https://wiki.sgmk-ssam.ch/api.php?action=feedcontributions&feedformat=atom&user=Neo 2026-08-18T22:45:47Z User contributions MediaWiki 1.41.0 https://wiki.sgmk-ssam.ch/index.php?title=HOME_MADE_2022&diff=10340 2022-07-04T12:42:29Z

<p>Neo: /* Kid Champs Hack Camp */</p> <hr /> <div>[[Category:HOME MADE]]<br /> ==About==<br /> The Homemade summercamp is 1 week of DIY soldering &amp; geeking fun. The participants work on individual or group projects on music, robotics, visuals and other art related topics. <br /> During this participative research week we will do workshops and talks, run experiments, cook &amp; eat together, party and relax&lt;br /&gt;<br /> <br /> ==Date==<br /> 25.7. - 2.8.2022<br /> <br /> ==Venue==<br /> Gruppenhaus Alp Wang, 8842 Unteriberg<br /> <br /> [[File:AlpWang01.jpg|400px]][[File:AlpWang02.jpg|400px]][[File:AlpWang03.jpg|400px]] [[File:AlpWang04.jpg|400px]] <br /> <br /> <br /> [https://www.hikr.org/gallery/photo1061974.html Gruppenhaus Alp Wang]<br /> <br /> ==Fee==<br /> <br /> fee for the whole week<br /> <br /> SGMK Members CHF 295.-<br /> <br /> non SGMK Members CHF 345.-<br /> <br /> daily fee 50.-<br /> <br /> the fee includes food, accommodation and basic material. Please consider to increase the amount if you stay the whole 9 days.<br /> <br /> ==Registration==<br /> mail to [mailto:homemade@sgmk-ssam.ch homemade@sgmk-ssam.ch]<br /> <br /> ==Directions==<br /> Train from Zurich HB to Einsiedeln (via Wädenswil)<br /> <br /> Bus to Hoch-Ybrig, Talstation Weglosen<br /> <br /> You can walk to Alp Wang (without a roller case) but we will try to do a shuttle service<br /> <br /> [[File:AlpWang06.jpg|440px]]<br /> <br /> == Programm ==<br /> <br /> Please add your notes and thoughts here!<br /> <br /> Maybe go for a walk?<br /> <br /> [[File:AlpWang05.jpg|400px]]<br /> ----<br /> <br /> <br /> === WORKSHOPS ===<br /> ==== Kid Champs Hack Camp ====<br /> Kid-organized Hackspace<br /> <br /> We adults bring the infrastructure e.g. power, tools, ideas and space.<br /> You(r) kids run it. Parent supervision provided.<br /> <br /> You can play with your friends in the real world.<br /> You can create stuff digitally and print it out.<br /> You can make or do things together with your parent.<br /> You can share your interests with the other kids.<br /> <br /> You will have to give up your phones, computers and whatnot during most of the day, just as you would at home. Unless you are using them for something specific. Remember: Machines are just tools and the recommended screen time per day for a 12 year old is 1h ;)<br /> <br /> ===== [[Game Publishing for Kids]] =====<br /> <br /> ==Participants==<br /> <br /> [[HOME MADE 2022 Participants]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=HOME_MADE_2022&diff=10339 2022-07-04T12:41:28Z

<p>Neo: Kids Hack Safe Space</p> <hr /> <div>[[Category:HOME MADE]]<br /> ==About==<br /> The Homemade summercamp is 1 week of DIY soldering &amp; geeking fun. The participants work on individual or group projects on music, robotics, visuals and other art related topics. <br /> During this participative research week we will do workshops and talks, run experiments, cook &amp; eat together, party and relax&lt;br /&gt;<br /> <br /> ==Date==<br /> 25.7. - 2.8.2022<br /> <br /> ==Venue==<br /> Gruppenhaus Alp Wang, 8842 Unteriberg<br /> <br /> [[File:AlpWang01.jpg|400px]][[File:AlpWang02.jpg|400px]][[File:AlpWang03.jpg|400px]] [[File:AlpWang04.jpg|400px]] <br /> <br /> <br /> [https://www.hikr.org/gallery/photo1061974.html Gruppenhaus Alp Wang]<br /> <br /> ==Fee==<br /> <br /> fee for the whole week<br /> <br /> SGMK Members CHF 295.-<br /> <br /> non SGMK Members CHF 345.-<br /> <br /> daily fee 50.-<br /> <br /> the fee includes food, accommodation and basic material. Please consider to increase the amount if you stay the whole 9 days.<br /> <br /> ==Registration==<br /> mail to [mailto:homemade@sgmk-ssam.ch homemade@sgmk-ssam.ch]<br /> <br /> ==Directions==<br /> Train from Zurich HB to Einsiedeln (via Wädenswil)<br /> <br /> Bus to Hoch-Ybrig, Talstation Weglosen<br /> <br /> You can walk to Alp Wang (without a roller case) but we will try to do a shuttle service<br /> <br /> [[File:AlpWang06.jpg|440px]]<br /> <br /> == Programm ==<br /> <br /> Please add your notes and thoughts here!<br /> <br /> Maybe go for a walk?<br /> <br /> [[File:AlpWang05.jpg|400px]]<br /> ----<br /> <br /> <br /> === WORKSHOPS ===<br /> ==== Kid Champs Hack Camp ====<br /> '''Kid-organized Hackspace'''<br /> We adults bring the infrastructure e.g. power, tools, ideas and space.<br /> You(r) kids run it. Parent supervision provided.<br /> <br /> You can play with your friends in the real world.<br /> You can create stuff digitally and print it out.<br /> You can make or do things together with your parent.<br /> You can share your interests with the other kids.<br /> <br /> You will have to give up your phones, computers and whatnot during most of the day, just as you would at home. Unless you are using them for something specific. Remember: Machines are just tools and the recommended screen time per day for a 12 year old is 1h ;)<br /> <br /> ===== [[Game Publishing for Kids]] =====<br /> <br /> ==Participants==<br /> <br /> [[HOME MADE 2022 Participants]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=HOME_MADE_2022&diff=10338 2022-06-29T09:00:27Z

<p>Neo: </p> <hr /> <div>[[Category:HOME MADE]]<br /> ==About==<br /> The Homemade summercamp is 1 week of DIY soldering &amp; geeking fun. The participants work on individual or group projects on music, robotics, visuals and other art related topics. <br /> During this participative research week we will do workshops and talks, run experiments, cook &amp; eat together, party and relax&lt;br /&gt;<br /> <br /> ==Date==<br /> 25.7. - 2.8.2022<br /> <br /> ==Venue==<br /> Gruppenhaus Alp Wang, 8842 Unteriberg<br /> <br /> [[File:AlpWang01.jpg|400px]][[File:AlpWang02.jpg|400px]][[File:AlpWang03.jpg|400px]] [[File:AlpWang04.jpg|400px]] <br /> <br /> <br /> [https://www.hikr.org/gallery/photo1061974.html Gruppenhaus Alp Wang]<br /> <br /> ==Fee==<br /> <br /> fee for the whole week<br /> <br /> SGMK Members CHF 295.-<br /> <br /> non SGMK Members CHF 345.-<br /> <br /> daily fee 50.-<br /> <br /> the fee includes food, accommodation and basic material. Please consider to increase the amount if you stay the whole 9 days.<br /> <br /> ==Registration==<br /> mail to [mailto:homemade@sgmk-ssam.ch homemade@sgmk-ssam.ch]<br /> <br /> ==Directions==<br /> Train from Zurich HB to Einsiedeln (via Wädenswil)<br /> <br /> Bus to Hoch-Ybrig, Talstation Weglosen<br /> <br /> You can walk to Alp Wang (without a roller case) but we will try to do a shuttle service<br /> <br /> [[File:AlpWang06.jpg|440px]]<br /> <br /> == Programm ==<br /> <br /> Please add your notes and thoughts here!<br /> <br /> Maybe go for a walk?<br /> <br /> [[File:AlpWang05.jpg|400px]]<br /> ----<br /> <br /> <br /> === WORKSHOPS ===<br /> ==== [[Game Publishing for Kids]] ====<br /> <br /> ==Participants==<br /> <br /> [[HOME MADE 2022 Participants]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Game_Publishing_for_Kids&diff=10337 2022-06-29T08:58:27Z

<p>Neo: </p> <hr /> <div>So you want to get rich, because your idea is better ;)<br /> <br /> == Your Idea ==<br /> '''Make sure it is your idea.''' You can proove this best by making it yourself, out of your own head, in your own room. Inspiration is ok, ideas can not be patented but their unique presentation may well be.<br /> <br /> What this means is, whatever you create with your own hands is protected with your copyright automatically. Meaning you get to decide what to do with it: Whom to share it with and how, at what price or just give it to all your friends for free. For example, if you make your own game character out of painted clay, you even get to decide who can make pictures of it.<br /> <br /> What this doesn’t mean is to make a copy of something and then say the original is yours. The copy is yours, you made it, but it’s still a copy.<br /> <br /> To test the originality of your idea, if your friends say “wow how cool i wish i had thought of that” that is a good indicator of a fresh idea. If they say (and you think the same in private) “oh, this really reminds me of BLABLABLA” or “oh, isn’t this BLABLABLA” you might be in trouble. Usually things fall in the middle, some say “oh this reminds me of BLABLA but i like the blue hair better” while others go “wow, BLABLA is so lame you really took it to another level”, which is the point. Ideas spawn ideas, the more the better. Think of how memes work and you know what i mean.<br /> <br /> == Your Creation ==<br /> It doesn’t matter what form your game has. But depending on how many copies you want to make and how fast you want to share it, it will probably be digital. It is good to have clear pictures of how your game looks, you can even make a mockup or a storyboard just with pen and paper. That is called a concept and gets done by the Game Designer, aka you. This then needs to be made playable by the Game Programmer, also you, else it’s not really your own game but a collaboration between you and whoever helps you get it out in the world. Any art, characters, background pictures etc. you are using to bring your idea to live should also be done by you because '''copyright'''.<br /> <br /> == Intellectual Property ==<br /> Say you programmed your game in Scratch, or Minecraft or whatever. In theory, what you made, you own. So if you can export the game in it’s entirety, as a file or folder, that is best. You could call that the source code. You can then share it with the world and if you can make it work on another machine or from another account, it’s alive and jumping around.<br /> <br /> == Distribution ==<br /> === Online Repositories ===<br /> You may want to put your game on f.ex. Github, so whoever wants to play it will have to know what to do, how to install it etc. There you can control who can see and download it (make it private if you just want to share it with your best friends) or just see the statistics about the downloads if you published it for everyone free.<br /> === Online Platforms ===<br /> You can upload your finished game to a platform, like Steam, where your game can then be downloaded for different platforms. This usually costs money and will involve your parents to get some money paid to you.<br /> There are also closed corporate platforms like Apple or Android, which means only those that own such a machine can play your game and you share your profit with the company.<br /> == Free vs Fee ==<br /> You might want to think about wether you want many people to play your game and know your name and you trust that fame will make you rich OR you trust nobody and want to see some money first before giving a copy of your hard work that might then be stolen and copied for free. Ask yourself, where you got your own games and how and whom you had to pay for that and how, be it with money or data or both.</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Game_Publishing_for_Kids&diff=10336 2022-06-29T08:57:41Z

<p>Neo: </p> <hr /> <div>'''Bold text'''So you want to get rich, because your idea is better ;)<br /> <br /> == Your Idea ==<br /> '''Make sure it is your idea.''' You can proove this best by making it yourself, out of your own head, in your own room. Inspiration is ok, ideas can not be patented but their unique presentation may well be.<br /> <br /> What this means is, whatever you create with your own hands is protected with your copyright automatically. Meaning you get to decide what to do with it: Whom to share it with and how, at what price or just give it to all your friends for free. For example, if you make your own game character out of painted clay, you even get to decide who can make pictures of it.<br /> <br /> What this doesn’t mean is to make a copy of something and then say the original is yours. The copy is yours, you made it, but it’s still a copy.<br /> <br /> To test the originality of your idea, if your friends say “wow how cool i wish i had thought of that” that is a good indicator of a fresh idea. If they say (and you think the same in private) “oh, this really reminds me of BLABLABLA” or “oh, isn’t this BLABLABLA” you might be in trouble. Usually things fall in the middle, some say “oh this reminds me of BLABLA but i like the blue hair better” while others go “wow, BLABLA is so lame you really took it to another level”, which is the point. Ideas spawn ideas, the more the better. Think of how memes work and you know what i mean.<br /> <br /> == Your Creation ==<br /> It doesn’t matter what form your game has. But depending on how many copies you want to make and how fast you want to share it, it will probably be digital. It is good to have clear pictures of how your game looks, you can even make a mockup or a storyboard just with pen and paper. That is called a concept and gets done by the Game Designer, aka you. This then needs to be made playable by the Game Programmer, also you, else it’s not really your own game but a collaboration between you and whoever helps you get it out in the world. Any art, characters, background pictures etc. you are using to bring your idea to live should also be done by you because '''copyright'''.<br /> <br /> == Intellectual Property ==<br /> Say you programmed your game in Scratch, or Minecraft or whatever. In theory, what you made, you own. So if you can export the game in it’s entirety, as a file or folder, that is best. You could call that the source code. You can then share it with the world and if you can make it work on another machine or from another account, it’s alive and jumping around.<br /> <br /> == Distribution ==<br /> === Online Repositories ===<br /> You may want to put your game on f.ex. Github, so whoever wants to play it will have to know what to do, how to install it etc. There you can control who can see and download it (make it private if you just want to share it with your best friends) or just see the statistics about the downloads if you published it for everyone free.<br /> === Online Platforms ===<br /> You can upload your finished game to a platform, like Steam, where your game can then be downloaded for different platforms. This usually costs money and will involve your parents to get some money paid to you.<br /> There are also closed corporate platforms like Apple or Android, which means only those that own such a machine can play your game and you share your profit with the company.<br /> == Free vs Fee ==<br /> You might want to think about wether you want many people to play your game and know your name and you trust that fame will make you rich OR you trust nobody and want to see some money first before giving a copy of your hard work that might then be stolen and copied for free. Ask yourself, where you got your own games and how and whom you had to pay for that and how, be it with money or data or both.</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Game_Publishing_for_Kids&diff=10335 2022-06-29T08:57:14Z

<p>Neo: </p> <hr /> <div>'''Bold text'''So you want to get rich, because your idea is better ;)<br /> <br /> == Your Idea ==<br /> '''Make sure it is your idea.''' You can proove this best by making it yourself, out of your own head, in your own room. Inspiration is ok, ideas can not be patented but their unique presentation may well be.<br /> <br /> What this means is, whatever you create with your own hands is protected with your copyright automatically. Meaning you get to decide what to do with it: Whom to share it with and how, at what price or just give it to all your friends for free. For example, if you make your own game character out of painted clay, you even get to decide who can make pictures of it.<br /> <br /> What this doesn’t mean is to make a copy of something and then say the original is yours. The copy is yours, you made it, but it’s still a copy.<br /> <br /> To test the originality of your idea, if your friends say “wow how cool i wish i had thought of that” that is a good indicator of a fresh idea. If they say (and you think the same in private) “oh, this really reminds me of BLABLABLA” or “oh, isn’t this BLABLABLA” you might be in trouble. Usually things fall in the middle, some say “oh this reminds me of BLABLA but i like the blue hair better” while others go “wow, BLABLA is so lame you really took it to another level”, which is the point. Ideas spawn ideas, the more the better. Think of how memes work and you know what i mean.<br /> <br /> == Your Creation ==<br /> It doesn’t matter what form your game has. But depending on how many copies you want to make and how fast you want to share it, it will probably be digital. It is good to have clear pictures of how your game looks, you can even make a mockup or a storyboard just with pen and paper. That is called a concept and gets done by the Game Designer, aka you. This then needs to be made playable by the Game Programmer, also you, else it’s not really your own game but a collaboration between you and whoever helps you get it out in the world. Any art, characters, background pictures etc. you are using to bring your idea to live should also be done by you because '''copyright'''.<br /> <br /> == Intellectual Property ==<br /> Say you programmed your game in Scratch, or Minecraft or whatever. In theory, what you made, you own. So if you can export the game in it’s entirety, as a file or folder, that is best. You could call that the source code. You can then share it with the world and if you can make it work on another machine or from another account, it’s alive and jumping around.<br /> <br /> == Distribution ==<br /> === Online Repositories == <br /> You may want to put your game on f.ex. Github, so whoever wants to play it will have to know what to do, how to install it etc. There you can control who can see and download it (make it private if you just want to share it with your best friends) or just see the statistics about the downloads if you published it for everyone free.<br /> === Online Platforms ===<br /> You can upload your finished game to a platform, like Steam, where your game can then be downloaded for different platforms. This usually costs money and will involve your parents to get some money paid to you.<br /> There are also closed corporate platforms like Apple or Android, which means only those that own such a machine can play your game and you share your profit with the company.<br /> == Free vs Fee ==<br /> You might want to think about wether you want many people to play your game and know your name and you trust that fame will make you rich OR you trust nobody and want to see some money first before giving a copy of your hard work that might then be stolen and copied for free. Ask yourself, where you got your own games and how and whom you had to pay for that and how, be it with money or data or both.</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=10334 2022-06-29T08:09:46Z

<p>Neo: </p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[E-bow (Ralf)]] ==<br /> <br /> == [[DIY Solder Mask]] ==<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> == [[ELVESolar]] ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolboxELVES]]<br /> <br /> Solar Upgrade Kits for vintage Swiss Army flashlights<br /> <br /> == [[Game Publishing for Kids]] ==<br /> <br /> So you wanna get rich because your idea is better ;)</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Game_Publishing_for_Kids&diff=10333 2022-06-29T08:08:56Z

<p>Neo: Created page with &quot;So you want to get rich, because your idea is better ;) == Your Idea == &#039;&#039;&#039;Make sure it is your idea.&#039;&#039;&#039; You can proove this best by making it yourself, out of your own head, in your own bed. Inspiration is ok, ideas can not be patented but their unique presentation may well be. What this means is, whatever you create with your own hands is protected with your copyright automatically. Meaning you get to decide what to do with it, whom to share it with and how, at what...&quot;</p> <hr /> <div>So you want to get rich, because your idea is better ;)<br /> <br /> == Your Idea ==<br /> '''Make sure it is your idea.''' You can proove this best by making it yourself, out of your own head, in your own bed. Inspiration is ok, ideas can not be patented but their unique presentation may well be.<br /> <br /> What this means is, whatever you create with your own hands is protected with your copyright automatically. Meaning you get to decide what to do with it, whom to share it with and how, at what price or just give it to your friends for free. For example, if you make your own game character out of painted clay, you even get to decide who can make pictures of it.<br /> <br /> What this doesn’t mean is to make a copy of something and then say the original is yours. The copy is yours, you made it, but it’s still a copy.<br /> <br /> To test the originality of your idea, if your friends say “wow how cool i wish i had thought of that” that is a good indicator of a fresh idea. If they say (and you think the same in private) “oh, this really reminds me of BLABLABLA” or “oh, isn’t this BLABLABLA” you might be in trouble. Usually things fall in the middle, some say “oh this reminds me of BLABLA but i like the blue hair better” while others go “wow, BLABLA is so lame you really took it to another level”, which is the point. Ideas spawn ideas, the more the better. Think of how memes work and you know what i mean.</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=10332 2022-06-29T07:40:12Z

<p>Neo: </p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[E-bow (Ralf)]] ==<br /> <br /> == [[DIY Solder Mask]] ==<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> == [[ELVESolar]] ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolboxELVES]]<br /> <br /> Solar Upgrade Kits for vintage Swiss Army flashlights<br /> <br /> == [[Game Publishing for Kids]] ==<br /> So you wanna get rich because you have a better idea…</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=10331 2022-06-29T07:39:17Z

<p>Neo: </p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[E-bow (Ralf)]] ==<br /> <br /> == [[DIY Solder Mask]] ==<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> == [[ELVESolar]] ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolboxELVES]]<br /> Solar Upgrade Kits for vintage Swiss Army flashlights<br /> <br /> == [[Game Publishing for Kids]] ==<br /> So you wanna get rich because you have a better idea…</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=HOME_MADE_2022&diff=10330 2022-06-28T20:37:20Z

<p>Neo: </p> <hr /> <div>[[Category:HOME MADE]]<br /> ==About==<br /> The Homemade summercamp is 1 week of DIY soldering &amp; geeking fun. The participants work on individual or group projects on music, robotics, visuals and other art related topics. <br /> During this participative research week we will do workshops and talks, run experiments, cook &amp; eat together, party and relax&lt;br /&gt;<br /> <br /> ==Date==<br /> 25.7. - 2.8.2022<br /> <br /> ==Venue==<br /> Gruppenhaus Alp Wang, 8842 Unteriberg<br /> <br /> [[File:AlpWang01.jpg|400px]][[File:AlpWang02.jpg|400px]][[File:AlpWang03.jpg|400px]] [[File:AlpWang04.jpg|400px]] <br /> <br /> <br /> [https://www.hikr.org/gallery/photo1061974.html Gruppenhaus Alp Wang]<br /> <br /> ==Fee==<br /> <br /> fee for the whole week<br /> <br /> SGMK Members CHF 295.-<br /> <br /> non SGMK Members CHF 345.-<br /> <br /> daily fee 50.-<br /> <br /> the fee includes food, accommodation and basic material. Please consider to increase the amount if you stay the whole 9 days.<br /> <br /> ==Registration==<br /> mail to [mailto:homemade@sgmk-ssam.ch homemade@sgmk-ssam.ch]<br /> <br /> ==Directions==<br /> Train from Zurich HB to Einsiedeln (via Wädenswil)<br /> <br /> Bus to Hoch-Ybrig, Talstation Weglosen<br /> <br /> You can walk to Alp Wang (without a roller case) but we will try to do a shuttle service<br /> <br /> [[File:AlpWang06.jpg|440px]]<br /> <br /> == Programm ==<br /> <br /> Please add your notes and thoughts here!<br /> <br /> Maybe go for a walk?<br /> <br /> [[File:AlpWang05.jpg|400px]]<br /> ----<br /> <br /> <br /> === WORKSHOPS ===<br /> ==== Game Publishing for Kids ====<br /> <br /> ==Participants==<br /> <br /> [[HOME MADE 2022 Participants]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10063 2021-12-06T21:34:48Z

<p>Neo: </p> <hr /> <div>== ELVESolar ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:Etch Mask ELVESolar V.01.pdf|thumb|center|Etch Mask Version 0.1]]<br /> [[File:Solder Mask Mask.pdf|frame|center|Solder Mask Mask]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> <br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == Gallery ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == Parts ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> <br /> <br /> == proof of concept ==<br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> collecting photons from fire, the blurred red dot shows charging<br /> <br /> [[File:Solarbodyelves2.jpeg|200px]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]<br /> <br /> == Sources &amp; inspiration ==<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel] where i got the idea<br /> <br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies] this made me want to build my own case<br /> <br /> [https://github.com/sgmk/BlinkeShit3000 Blinkeshit 3000] being colorblind, it has to include blinkeshit 4sure<br /> <br /> [https://idiot.io/projects/ Idiot.io] flexible pcb and other advanced techniques<br /> <br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief] good idea<br /> <br /> == About ELVES==<br /> Elves was a factory in Mendrisio, TI, Svizzera<br /> <br /> == About ==<br /> with Help from and Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> <br /> [https://www.dock18.ch/ Dock18]<br /> <br /> [https://github.com/owalkhoff Oliver Walkhoff]<br /> <br /> [http://dusseiller.ch/labs/ Marc Dusseiler] <br /> <br /> [https://github.com/chkummer Christoph Kummer]<br /> <br /> [https://zurich.fablab.ch/ Fablab Tsueri]<br /> <br /> Tripton Engineering<br /> <br /> Ministry of Magical Objects</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=File:Solder_Mask_Mask.pdf&diff=10062 2021-12-06T21:32:47Z

<p>Neo: </p> <hr /> <div>Solder Mask V.01</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=File:Etch_Mask_ELVESolar_V.01.pdf&diff=10061 2021-12-06T21:28:37Z

<p>Neo: </p> <hr /> <div>etch mask v.01</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10008 2021-11-24T02:34:03Z

<p>Neo: /* Sources &amp; inspiration */</p> <hr /> <div>== ELVESolar ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == Gallery ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == Parts ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> <br /> <br /> == proof of concept ==<br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> collecting photons from fire, the blurred red dot shows charging<br /> <br /> [[File:Solarbodyelves2.jpeg|200px]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]<br /> <br /> == Sources &amp; inspiration ==<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel] where i got the idea<br /> <br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies] this made me want to build my own case<br /> <br /> [https://github.com/sgmk/BlinkeShit3000 Blinkeshit 3000] being colorblind, it has to include blinkeshit 4sure<br /> <br /> [https://idiot.io/projects/ Idiot.io] flexible pcb and other advanced techniques<br /> <br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief] good idea<br /> <br /> == About ELVES==<br /> Elves was a factory in Mendrisio, TI, Svizzera<br /> <br /> == About ==<br /> with Help from and Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> <br /> [https://www.dock18.ch/ Dock18]<br /> <br /> [https://github.com/owalkhoff Oliver Walkhoff]<br /> <br /> [http://dusseiller.ch/labs/ Marc Dusseiler] <br /> <br /> [https://github.com/chkummer Christoph Kummer]<br /> <br /> [https://zurich.fablab.ch/ Fablab Tsueri]<br /> <br /> Tripton Engineering<br /> <br /> Ministry of Magical Objects</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10007 2021-11-24T02:32:11Z

<p>Neo: </p> <hr /> <div>== ELVESolar ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == Gallery ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == Parts ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> <br /> <br /> == proof of concept ==<br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> collecting photons from fire, the blurred red dot shows charging<br /> <br /> [[File:Solarbodyelves2.jpeg|200px]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]<br /> <br /> == Sources &amp; inspiration ==<br /> [https://github.com/interactive-matter/Kultpfunzel] where i got the idea<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies] this made me want to build my own case<br /> [https://github.com/sgmk/BlinkeShit3000] being colorblind, it has to include blinkeshit 4sure<br /> [https://idiot.io/projects/] flexible pcb and other advanced techniques<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief] good idea<br /> <br /> == About ELVES==<br /> Elves was a factory in Mendrisio, TI, Svizzera<br /> <br /> == About ==<br /> with Help from and Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> <br /> [https://www.dock18.ch/ Dock18]<br /> <br /> [https://github.com/owalkhoff Oliver Walkhoff]<br /> <br /> [http://dusseiller.ch/labs/ Marc Dusseiler] <br /> <br /> [https://github.com/chkummer Christoph Kummer]<br /> <br /> [https://zurich.fablab.ch/ Fablab Tsueri]<br /> <br /> Tripton Engineering<br /> <br /> Ministry of Magical Objects</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10006 2021-11-24T02:30:18Z

<p>Neo: /* Parts */</p> <hr /> <div>== ELVESolar ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == Gallery ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == Parts ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == proof of concept ==<br /> collecting photons from fire, the blurred red dot shows charging<br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]<br /> <br /> == Sources &amp; inspiration ==<br /> [https://github.com/interactive-matter/Kultpfunzel] where i got the idea<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies] this made me want to build my own case<br /> [https://github.com/sgmk/BlinkeShit3000] being colorblind, it has to include blinkeshit 4sure<br /> [https://idiot.io/projects/] flexible pcb and other advanced techniques<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief] good idea<br /> <br /> == about ELVES==<br /> Elves was a factory in Mendrisio, TI, Svizzera<br /> <br /> == '''''About''''' ==<br /> with Help from and Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> <br /> [https://www.dock18.ch/ Dock18]<br /> <br /> [https://github.com/owalkhoff Oliver Walkhoff]<br /> <br /> [http://dusseiller.ch/labs/ Marc Dusseiler] <br /> <br /> [https://github.com/chkummer Christoph Kummer]<br /> <br /> [https://zurich.fablab.ch/ Fablab Tsueri]<br /> <br /> Tripton Engineering<br /> <br /> Ministry of Magical Objects</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10005 2021-11-24T02:29:33Z

<p>Neo: </p> <hr /> <div>== ELVESolar ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == Gallery ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == ''Parts'' ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> == proof of concept ==<br /> collecting photons from fire, the blurred red dot shows charging<br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]<br /> <br /> == Sources &amp; inspiration ==<br /> [https://github.com/interactive-matter/Kultpfunzel] where i got the idea<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies] this made me want to build my own case<br /> [https://github.com/sgmk/BlinkeShit3000] being colorblind, it has to include blinkeshit 4sure<br /> [https://idiot.io/projects/] flexible pcb and other advanced techniques<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief] good idea<br /> <br /> == about ELVES==<br /> Elves was a factory in Mendrisio, TI, Svizzera<br /> <br /> == '''''About''''' ==<br /> with Help from and Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> <br /> [https://www.dock18.ch/ Dock18]<br /> <br /> [https://github.com/owalkhoff Oliver Walkhoff]<br /> <br /> [http://dusseiller.ch/labs/ Marc Dusseiler] <br /> <br /> [https://github.com/chkummer Christoph Kummer]<br /> <br /> [https://zurich.fablab.ch/ Fablab Tsueri]<br /> <br /> Tripton Engineering<br /> <br /> Ministry of Magical Objects</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10004 2021-11-24T02:18:30Z

<p>Neo: </p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> <br /> <br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == '''Gallery''' ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == ''Parts'' ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]<br /> <br /> == '''Inspiration and Sources''' ==<br /> [https://github.com/interactive-matter/Kultpfunzel] where i got the idea<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies] this made me want to build my own case<br /> [https://github.com/sgmk/BlinkeShit3000] being colorblind, it has to include blinkeshit 4sure<br /> [https://idiot.io/projects/] flexible pcb and other advanced techniques<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief] good idea<br /> <br /> == '''ELVES''' brand ==<br /> Elves was a factory in Mendrisio, TI, Svizzera<br /> <br /> == '''''About''''' ==<br /> with Help from and Thanks to<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff]<br /> [https://github.com/chkummer]<br /> [http://dusseiller.ch/labs/] <br /> Tripton Engineering<br /> Ministry of Magical Objects</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10003 2021-11-24T02:04:04Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> <br /> <br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> <br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == ''Parts'' ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''Gallery''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10002 2021-11-24T02:02:57Z

<p>Neo: /* Parts */</p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> <br /> <br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> <br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == ''Parts'' ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium 1000mAh<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> Creating a dedicated pcb is done exactly for safety reasons only. The effort is worth it because it improves efficiency as well.<br /> <br /> '''4. Lights''' <br /> 6V 0.5W<br /> <br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10001 2021-11-24T01:58:39Z

<p>Neo: /* SolarELVESoHowDoesThisWork? */</p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> <br /> <br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> <br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == ''Parts'' ==<br /> '''0. Flashlight case'''<br /> <br /> Find one in your grandparents attic and give it a new life.<br /> <br /> Swiss model probably based on early 20th century german design, many many different versions produced. Of course many different international versions exist. Some are quite fancy andor ingenious, some are plain crap. Both kinds deserve a new life, the nice ones because of reasons and the crappy ones would have been plain waste otherwise. Those flashlights are a study in industrial production techniques and resource management by themselves.<br /> <br /> <br /> Read more here: https://www.armeemuseum.ch/wp-content/uploads/2015/05/Lampenkatalog_03-08-1.pdf ''Katalog der Lampen und Laternen in der Sammlung des Schweizer Armeemuseums (Bearbeitungsstand März 2008)''<br /> <br /> '''1. Solar Panel'''<br /> <br /> 5.5v, high-efficiency<br /> <br /> charging from sunup until sundown, no matter the weather<br /> <br /> '''2. Charge Controller'''<br /> Lithium is very energy dense, don't mess with that. See http://www.batso.org/<br /> <br /> '''3. Secondary Cell'''<br /> 3.7V Lithium<br /> <br /> Please be aware that every battery will expand when malfunctioning / shortcircuited / punctured / too hot etc. Lithium battery safety is an interesting topic by itself. So no, this will never be on sale here. Build your own if you know what you're doing. Ask your friends and listen to them, if not. As for battery life, since this is liquid chemistry, you don't want to stress it. Meaning low or overcharge, mainly. If you allow for 10% at each end, meaning you neither fully charge nor discharge it, livespan can surpass 10 years.<br /> <br /> Again, any safety systems contained on the cell are there for the cell, not the user and thus should be regarded as nonexistent.<br /> <br /> This project considers at least three separate safety aspects: using a commercial charge controller tailored for the cell used, using a commercial battery matching the charge controller, physical safety to ensure the pack can expand somehow. You have been warned. It's not even about electricity, it's just that Li is number 3 in the periodic system, number 1 is hydrogen. If you don't understand that, don't even start.<br /> <br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on, transistor switched'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=10000 2021-11-24T00:52:11Z

<p>Neo: /* ELVESolar */</p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> <br /> <br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> <br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1.<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=9999 2021-11-24T00:51:21Z

<p>Neo: </p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|ELVESparts]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1.<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=9998 2021-11-24T00:49:41Z

<p>Neo: /* ELVESolar */</p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Modules for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight plus some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * bentobox with peltier cooling<br /> * calling card case<br /> * ''whatever you want and can make to fit''<br /> <br /> Show it to the sun during the day, have some light at night. Prototype charges in 2 days, runs for 2 weeks.<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1.<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=ELVESolar&diff=9997 2021-11-24T00:43:56Z

<p>Neo: rewrite</p> <hr /> <div>== '''ELVESolar''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''Solar Powered DIY Levelup Module for Traditional Swiss Army Flashlights'''<br /> <br /> Mission:<br /> Fit a solar-charged, battery powered lo-energy function into an ubiquitous milspec case for nomad use.<br /> Keep it simple, sturdy, sleek. Minimize waste energy, maximize efficiency. Learn some stuff about transistors on the way...<br /> <br /> Since such lamps can be opened like a book, creating a shallower and a deeper box of equal width and length, it seems to make sense to fit some solar cells inside.<br /> While the shallow side (left, when open, usually containing some optics) poses an interesting challenge to go really flat, the other side's depth is about double (the right side used to house the battery, lamp and switch).<br /> Because the halves can be more or less easily separated, this being a wartime product made from bent sheet metal, straight wire and other crude parts, they can be planned as such.<br /> Imagine you always have a nightlight and some fancier function, f.ex<br /> * powerbank<br /> * microcomputer, mediaserver, dac, etc.<br /> * a bentobox with peltier cooling<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1.<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from ] Thanks to<br /> [https://github.com/sgmk/BlinkeShit3000]<br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg|200px|elloello]]<br /> [[File:Solarbodyelves3.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves4.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves5.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves6.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves7.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves8.jpeg|200px|elloell]]<br /> [[File:Solarbodyelves9.jpeg|200px|elloell]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=9996 2021-11-24T00:07:49Z

<p>Neo: /* SolarElves */</p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[STM32 dev]] ==<br /> [[File:Stm32pcb1d.jpg|320px|link=STM32_dev]]<br /> <br /> == [[SolarRC]] ==<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> <br /> == [[cappaddy]] ==<br /> [[File:cappaddy_DSCN1111.JPG]]<br /> <br /> == [[rawcoco]] ==<br /> [[File:rawcoco_DSCN0342.JPG]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[simple soap]] ==<br /> <br /> == [[PAMAMP]] ==<br /> [[File:Pamamp rev0.02 pic 00a.png|400px|link=PAMAMP]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> ==[[ELVESolar]]==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolboxELVES]]<br /> <br /> Solar Upgrade Kits for vintage Swiss Army flashlights</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9823 2021-09-13T22:37:48Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''transistor switched self-assembled solar powered levelup modules for traditional swiss flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1.<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9822 2021-09-13T22:37:06Z

<p>Neo: /* SolarELVESoHowDoesThisWork? */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''transistor switched self-assembled solar powered levelup modules for traditional swiss flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1.<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> <br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> <br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> <br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> <br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> <br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9821 2021-09-13T22:36:16Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|right|FresnELVES]]<br /> '''transistor switched self-assembled solar powered levelup modules for traditional swiss flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> <br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> <br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> <br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> <br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> <br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc Solar Bodies]<br /> [https://github.com/interactive-matter/Kultpfunzel Kultpfunzel]<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/ Joule Thief]<br /> == '''ELVES''' brand ==<br /> if you know more, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9820 2021-09-13T14:18:21Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> '''upgrades for swiss traditional flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> <br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> <br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> <br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> <br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> <br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources and Parts''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> [https://samueldperry.com/2017/12/25/multi-led-joule-thief-v2/]<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9815 2021-09-08T20:38:02Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> '''upgrades for swiss traditional flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> <br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> <br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> <br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> <br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> <br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9814 2021-09-08T16:31:19Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> '''upgrades for swiss traditional flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> [[File:Solarbody4elves.jpeg|200px|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|blue means overcharge]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9813 2021-09-08T16:29:21Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> '''upgrades for swiss traditional flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> [[File:Solarbody4elves.jpeg|200px|thumb||solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|thumb||emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|thumb||FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|thumb||FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|thumb||nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|thumb||blue means overcharge]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9812 2021-09-08T16:27:58Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> '''upgrades for swiss traditional flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> [[File:Solarbody4elves.jpeg|200px|thumb|right|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|thumb|left|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|thumb|left|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|thumb|left|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|thumb|left|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|thumb|left|blue means overcharge]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton<br /> [http://dusseiller.ch/labs/] <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9811 2021-09-08T16:25:29Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> '''upgrades for swiss traditional flashlights'''<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> [[File:Solarbody4elves.jpeg|200px|thumb|right|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|thumb|left|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|thumb|left|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|thumb|left|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|thumb|left|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|thumb|left|blue means overcharge]]<br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9810 2021-09-08T16:23:35Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> upgrades for swiss traditional flashlights<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> [[File:Solarbody4elves.jpeg|200px|thumb|right|solarELVES]]<br /> [[File:Solarelvesready.jpeg|200px|thumb|left|emptyELVES front open]]<br /> [[File:Solarelves0.jpeg|200px|thumb|left|FresnELVES open]]<br /> [[File:Solarbodyelves13.jpeg|200px|thumb|left|FresnELVES side]]<br /> [[File:Solarbodyelves1.jpeg|200px|thumb|left|nightELVES]]<br /> [[File:Solarbodyjewelcase.jpeg|200px|thumb|left|blue means overcharge]]<br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9809 2021-09-08T16:15:47Z

<p>Neo: /* SolarELVESamples */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> upgrades for swiss traditional flashlights<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> [[File:Solarvelvesready.jpeg|200px|thumb|left|emptyELVES front]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9808 2021-09-08T16:11:13Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> upgrades for swiss traditional flashlights<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESamples''' ==<br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9807 2021-09-08T16:09:46Z

<p>Neo: /* SolarELVESoHowDoesThisWork? */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> upgrades for swiss traditional flashlights<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> '''1.''' downloading energy with high-efficiency 5.5V 1+W solar panels<br /> '''2.''' charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> '''3.''' storing energy with 3.7V lipo battery packs<br /> '''4.''' connecting energy drain like 6V 1W led via transistor switch<br /> <br /> '''always-on'''<br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9806 2021-09-08T16:08:06Z

<p>Neo: /* SolarELVESoHowDoesThisWork? */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> upgrades for swiss traditional flashlights<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> 1. downloading energy with high-efficiency 5.5V 1+W solar panels<br /> 2. charge controlling 1. as close to the source as possible to avoid loss and minimize faults (a wire doubles the solder point…)<br /> 3. storing energy with 3.7V lipo battery packs<br /> 4. connecting energy drain like 6V 1W led via transistor switch<br /> <br /> *system stores solar energy when available<br /> *else it emits its energy<br /> *at a rate slower than received if possible<br /> *'''matching your specs carefully decides performance ultimately'''<br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9805 2021-09-08T15:57:45Z

<p>Neo: /* SolarELVES */</p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> upgrades for swiss traditional flashlights<br /> <br /> fit a solar-charged, battery powered digilife function into an ubiquitous milspec case.<br /> for nomad use.<br /> f.ex.<br /> * flashlight<br /> * blinkeshit<br /> * powerbank<br /> * microcontroller<br /> * wifi server<br /> * dac<br /> * bentobox with peltier cooling<br /> * '''''Your ideas..?!'''''<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> <br /> <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9804 2021-09-08T15:48:27Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> [[File:Toolelf.jpeg|200px|thumb|right|toolELVES]]<br /> 1. '''Photoncounter''' upgrade for swiss traditional flashlights<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:SolarELVESblue.jpeg|200px|thumb|left|FresnELVES]]<br /> <br /> <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons gallery<br /> read means power download<br /> conclusions: harvests from dusk til dawn, works all night<br /> <br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9803 2021-09-08T15:44:25Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> '''Photoncounter''' upgrade for swiss traditional flashlights<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|alt text]]<br /> <br /> <br /> <br /> == '''SolarELVESEfficiency''' ==<br /> photoncounting firephotons<br /> read means power download<br /> harvests from dusk til dawn<br /> works all night<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> A Ministry Of Magical Objects initiative<br /> <br /> with Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9802 2021-09-08T15:41:19Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> '''Photoncounter''' upgrade for swiss traditional flashlights<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> [[File:Toolelf.jpeg|200px|thumb|left|alt text]]<br /> <br /> <br /> <br /> Efficiency Testing<br /> photoncounting fire<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> by Ministry Of Magical Objects<br /> <br /> Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=9801 2021-09-08T15:39:47Z

<p>Neo: /* SolarElves */</p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[STM32 dev]] ==<br /> [[File:Stm32pcb1d.jpg|320px|link=STM32_dev]]<br /> <br /> == [[SolarRC]] ==<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> <br /> == [[cappaddy]] ==<br /> [[File:cappaddy_DSCN1111.JPG]]<br /> <br /> == [[rawcoco]] ==<br /> [[File:rawcoco_DSCN0342.JPG]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[simple soap]] ==<br /> <br /> == [[PAMAMP]] ==<br /> [[File:Pamamp rev0.02 pic 00a.png|400px|link=PAMAMP]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> ==[[SolarElves]]==<br /> [[File:Toolelf.jpeg|200px|thumb|left|toolboxELVES]]<br /> <br /> Solar Upgrade Kits for vintage Swiss Army flashlights</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9800 2021-09-08T15:38:28Z

<p>Neo: /* SolarELVESoHowDoesThisWork? */</p> <hr /> <div>== '''SolarELVES''' ==<br /> '''Photoncounter''' upgrade for swiss traditional flashlights<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> <br /> <br /> [[File:Toolelf.jpeg|200px|thumb|left|alt text]]<br /> <br /> <br /> == Efficiency Testing ==<br /> photoncounting fire<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> by Ministry Of Magical Objects<br /> <br /> Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=9799 2021-09-08T14:58:52Z

<p>Neo: /* SolarElves */</p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[STM32 dev]] ==<br /> [[File:Stm32pcb1d.jpg|320px|link=STM32_dev]]<br /> <br /> == [[SolarRC]] ==<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> <br /> == [[cappaddy]] ==<br /> [[File:cappaddy_DSCN1111.JPG]]<br /> <br /> == [[rawcoco]] ==<br /> [[File:rawcoco_DSCN0342.JPG]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[simple soap]] ==<br /> <br /> == [[PAMAMP]] ==<br /> [[File:Pamamp rev0.02 pic 00a.png|400px|link=PAMAMP]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> ==[[SolarElves]]==<br /> Solar Upgrade Kits for vintage Swiss Army flashlights</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=Projects&diff=9798 2021-09-08T14:58:18Z

<p>Neo: /* SolarElves */</p> <hr /> <div>== [[3rd Party Boards]] ==<br /> Getting started with different Boards<br /> <br /> == [[Ralf's Piezo-Amp]] ==<br /> <br /> [[File:Piezo_pre_workshop_circuit.jpeg|400px|link=Ralf's Piezo-Amp]]<br /> <br /> == [[Pimp Up Your Volca]] ==<br /> [[File:IMG_20191210_121029~2.jpg|400px|link=Pimp Up Your Volca]]<br /> <br /> == [[Gcode 2d-plotter]] ==<br /> <br /> Based on GCodeToAnalog board by GaudiLabs: https://github.com/GaudiLabs/GCodeToAnalog<br /> <br /> == [[DIY LED-NEON Signs]] ==<br /> [[File:AllSign_mechartlab.jpg|400px|link=DIY_LED-NEON_Signs]]<br /> <br /> == [[PCB tinning]] ==<br /> [[File:pcb_before_and_after_tinning.JPG|320px|link=PCB_tinning]]<br /> <br /> == [[Volx Micro Mechanic Macintosh Monitor]] ==<br /> [https://www.flickr.com/photos/haus-ek/24444823599/in/album-72157663717666630/ Photos H3K]<br /> <br /> == [[Motörheadz]] ==<br /> [[File:MotörheadzEntwurf.jpg|320px|link=Motörheadz]]<br /> <br /> == [[BalanZBot]] ==<br /> [[File:BalanZeBot_Prototyp.jpg|320px|link=BalanZBot]]<br /> <br /> == [[MicMacMC]] ==<br /> [[File:MicMacMc_Set.jpg|320px|link=MicMacMC]]<br /> <br /> == [[SmartHomeNightLight]] ==<br /> [[File:SmartHome_NightLight.pdf|320px|link=SmartHomeNightLight]]<br /> <br /> == [[IoT Clock]] ==<br /> That blinky thing hanging over the door now.<br /> <br /> The web app to control it:<br /> https://iot-clock2.appspot.com/<br /> <br /> == [[Arduino Uno R3 as HID]] ==<br /> Turning the Arduino UNO R3 into a HID is very easy. But the documentation on the web just sucks. Get the recipe here at SGMK.<br /> <br /> == [[Elektronisches Heimatwerk Luzern 28.2.-10.3.2013]] ==<br /> <br /> <br /> == [[Workshopology]] ==<br /> <br /> <br /> == [[WatchOut]] ==<br /> <br /> <br /> == [[Thermal IR-Camera]] ==<br /> [[File:ThermalCam_PD.png|320px|link=Thermal_IR-Camera]]<br /> <br /> == [[STM32 dev]] ==<br /> [[File:Stm32pcb1d.jpg|320px|link=STM32_dev]]<br /> <br /> == [[SolarRC]] ==<br /> <br /> == [[SGMKmorseAttacks]] ==<br /> [[File:P1080620.JPG|320px|link=SGMKmorseAttacks]]<br /> <br /> == [[CyberDudelsack]] ==<br /> <br /> == [[SGMKtiny]] ==<br /> <br /> == [[SGMKduino]] ==<br /> [[File:SGMKduino_v3_web.png|320px|link=SGMKduino]]<br /> <br /> == [[Gnusbuino]] ==<br /> [[File:Gnusbuino_pcb.gif|320px|link=Gnusbuino]]<br /> <br /> The Gnusbuino is an adaption of Michael Egger's gnusb that is (more or less) compatible with the Arduino environment.<br /> It uses the V-USB virtual USB driver from obdev.at instead of a dedicated USB chip (FTDI on the Arduino) - is thus a lot easier and cheaper to build oneself - very few components, single sided PCB…<br /> It has a bootloader and can programmed directly through USB. It can mimic many devices (like the USBasp AVR programmer or a standard USB-MIDI interface). <br /> <br /> Offspring:<br /> *[[Midignusbuino]] - Arduino compatible USB-MIDI controller / interface<br /> *[[Babygnusbuino]] - ridiculously small bare-bones Arduino<br /> * [https://github.com/mirdej/gnusbuino/tree/gnusbuino88 Gnusbuino88] Atmega88 version<br /> *[[Babygnusbuino-v2]] - more free pins on already ridiculously small bare-bones Arduino<br /> * [[Babymidimultiplexgnusbuino]] - 8 channel MIDI controller<br /> * [[8bit Mix Tape]] <br /> [[File:Babygnusbuino.jpg|400px]]<br /> <br /> == [[Postduino]] and related Fantasies ==<br /> <br /> Discussions at the anyma research week 2014, after hours and hours of discussions, late night fights and yelling, nightmares and fantasies about what comes after the arduino.... cheap, simple, easy to make? or next level shit using arm-processors? more pins / less pins? fuck attiny85 forever? what about the 32u4 chip? or just buy the [http://arduino.cc/en/Main/arduinoBoardMicro arduino micro]? or should we just use the [[Gnusbuino]], as we always had? or what about that Atmega88 chip? or, or, or, or,...<br /> <br /> == [[8bit Mix Tape]] ==<br /> [[File:8bit_mixedTapev02.jpg|left|400px|link=8bit_Mix_Tape]] {{#widget:Vimeo|id=58727965}}<br /> <br /> The 8bit MixTape is an arduino compatible sound gadget, based on the BabyGnusbuino ([http://www.anyma.ch/blogs/research/ anyma]) and [http://youtube.com/watch?v=GtQdIYUtAHg Viznut's &quot;Algorithmic symphonies from one line of code&quot;], put together by dusjagr, [http://lifepatch.org/ ucok] and iyok...<br /> <br /> New version, v0.2, nicely fits into a tape, with battery, USB programming interface, LEDs and a button to choose different codes.<br /> <br /> links:<br /> http://youtube.com/watch?v=GtQdIYUtAHg<br /> http://wurstcaptures.untergrund.net/music/<br /> http://wiki.sgmk-ssam.ch/index.php/Babygnusbuino<br /> <br /> == [[DIY Micro Laser Cutter]] ==<br /> <br /> Step by Step Instruction for building your DIY Laser Cutter.<br /> <br /> == little cutie code snippets ==<br /> * [[tone sweep arduino]] combine with a maotor driver or mosfet for speakers + maizena<br /> <br /> <br /> == [[20_pix display]] ==<br /> <br /> {{#widget:Vimeo|id=10895002}}<br /> <br /> [[Category:Projects]]<br /> <br /> == [[Vive la Resistance aka NanoSmano Sajica]] ==<br /> [[File:sajica_circuit.jpg|320px|link=Vive_la_Resistance_aka_NanoSmano_Sajica]]<br /> <br /> == [[Shruti Hacking - Radel Nano Dx]] ==<br /> Instruction on how to digitally hack the legendary Indian musical instruments by Radel. Radel Electronics Pvt. Ltd. is the pioneer in the field of electronic musical instruments for Indian music. &lt;br&gt;<br /> [[File:shruti_hack.jpg|140px|link=Shruti_Hacking__-_Radel_Nano_Dx]]<br /> <br /> == [[microRing]] ==<br /> <br /> The Idea is to generate two squarewaves with two NAND-Gatters of a 4093 IC and use the other two NAND as an XOR stage. The two waveforms are then send as inputs to the XOR and we have a Ring Modulation. Best of it, it's all on just one 4093. The additional parts are also very easy.<br /> <br /> == [[microNAND]] ==<br /> <br /> This Circuit is the result of the first try to build the microRing described above. Due to some misonceptions, this circuit is not a ring modulator, but nevertheless sounds great. So i leave this stuff on.<br /> <br /> {{#widget:Vimeo|id=72336145}}<br /> <br /> == [[micronoise]] ==<br /> [[File:mask_engl.png|320px|link=Micronoise]]<br /> <br /> == [[micronoise pro]] ==<br /> <br /> the micronoise pro is a further development of the original micronoise. it uses all 4 NAND gates of the 4093 chip.<br /> <br /> [[File:micronoise_pro.jpg|320px|link=micronoise_pro]]<br /> <br /> == [[8step sequencer]] ==<br /> <br /> some designs of simple 8step sequencers based on the 4022 chip<br /> <br /> [[File:Modula_seq_small.jpg|320px|link=8step_sequencer]]<br /> <br /> == [[SinkDriverArduinoShield]] ==<br /> [[File:ArduinoPOWERshield-1.jpg|320px|link=SinkDriverArduinoShield]]<br /> <br /> == [[CapSense (QTouchADC)]] ==<br /> <br /> == [[Fermento Mods]] ==<br /> <br /> == Masken ==<br /> <br /> <br /> === BitBadge ===<br /> <br /> [[File:BitBadge_2014.pdf]]<br /> <br /> [[Category:Projects]]<br /> <br /> == Bits&amp;Bytes ==<br /> <br /> [[processingDataDDisplay]]<br /> <br /> == [[EtchingBox]] ==<br /> A mobile PCB etching station<br /> <br /> <br /> == [[Dual TBridge Percussion]] ==<br /> <br /> Dual Electronic Percussion based on the TBridge Circuit<br /> <br /> [[File:dualTbridge.JPG|300px|link=Dual_TBridge_Percussion]]<br /> <br /> <br /> == [[cappaddy]] ==<br /> [[File:cappaddy_DSCN1111.JPG]]<br /> <br /> == [[rawcoco]] ==<br /> [[File:rawcoco_DSCN0342.JPG]]<br /> <br /> == [[CocoTeens7 - Hit The Tune]] ==<br /> [[File:CocoTeens7_HitTheTune_front.jpg|400px|link=CocoTeens7_-_Hit_The_Tune]]<br /> <br /> == [[Shenzhen Ready]] ==<br /> [[File:IMG_20160518_102335.jpg|400px|link=Shenzhen_Ready]]<br /> <br /> == [[Electronic Voodoo Doll Advanced]] ==<br /> [[File:voodoo.jpg|400px|link=Electronic_Voodoo_Doll_Advanced]]<br /> <br /> == [[Simple Theremin]] ==<br /> [[File:Simple_theremin_case.jpg|400px|link=Simple_Theremin]]<br /> <br /> == [[LDR - Cell Phone Door Opener]] ==<br /> [[File:DoorOpener.jpg|400px|link=LDR_-_Cell_Phone_Door_Opener]]<br /> <br /> == [[simple soap]] ==<br /> <br /> == [[PAMAMP]] ==<br /> [[File:Pamamp rev0.02 pic 00a.png|400px|link=PAMAMP]]<br /> <br /> == [[Pixel drift]] ==<br /> [[File:Pixel_drift_earphones.jpg|400px|link=Pixel_drift]]<br /> <br /> == [[Solar bird]] ==<br /> [[File:solarbird_pcb_top_400x1000.png|x400px|link=Solar_bird]]<br /> <br /> == [[Krabbenarm]] ==<br /> [[File: Krabbenarm_Render.png|400px]]<br /> A better helping hand. Very easy to build DIY version.<br /> <br /> ==[[SolarElves]]==<br /> Solar Upgrade Kit for vintage Swiss Army flashlights</div>

Neo https://wiki.sgmk-ssam.ch/index.php?title=SolarElves&diff=9797 2021-09-07T23:52:58Z

<p>Neo: </p> <hr /> <div>== '''SolarELVES''' ==<br /> '''Photoncounter''' upgrade for swiss traditional flashlights<br /> <br /> == ''SolarELVESoHowDoesThisWork?'' ==<br /> photoncounting fire<br /> <br /> [[File:Solarbodyelves2.jpeg]]<br /> [[File:Solarbodyelves3.jpeg]]<br /> [[File:Solarbodyelves4.jpeg]]<br /> [[File:Solarbodyelves5.jpeg]]<br /> [[File:Solarbodyelves6.jpeg]]<br /> [[File:Solarbodyelves7.jpeg]]<br /> [[File:Solarbodyelves8.jpeg]]<br /> [[File:Solarbodyelves9.jpeg]]<br /> <br /> == '''SolarELVESources''' ==<br /> [[https://docs.google.com/document/d/19TtMNIMzowRlPA4QfyN1gT4DCKCag237W-XHAKcbLk8/edit#heading=h.hg7z7ax6wdsc]] Solar Bodies<br /> [https://github.com/interactive-matter/Kultpfunzel] Kultpfunzel<br /> == '''ELVES'''==<br /> if you know more, please contribute, thanks you very much<br /> == '''''SolarELVES Handmade in Switzerland''''' ==<br /> <br /> by Ministry Of Magical Objects<br /> <br /> Help from &amp; Thanks to<br /> <br /> [http://vios.ch/content/ueber-vios Vios]<br /> [https://www.dock18.ch/ Dock18]<br /> [https://github.com/owalkhoff Oli Walkhoff]<br /> [https://github.com/chkummer Christoph Kummer]<br /> Tripton</div>

Neo