Recherche par propriété

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Recherche par propriété

Une liste de toutes les pages qui ont la propriété « Material » avec la valeur « Monitor Computer mouse - USB Keyboard - USB 3D print files (.stl) : Under 'Files' tab above Custom PCB (Principle Component Board parts can be found on: https://kitspace.org/boards/github.com/prometheus-science/flypi/ ) ». Puisqu’il n’y a que quelques résultats, les valeurs proches sont également affichées.

Affichage de 89 résultats à partir du n°1.

Voir (200 précédentes | 200 suivantes) (20 | 50 | 100 | 250 | 500).


    

Liste de résultats

    • FlyPi  + (Monitor Computer mouse - USB Keyboard - USB 3D print files (.stl) : Under 'Files' tab above Custom PCB (Principle Component Board parts can be found on: https://kitspace.org/boards/github.com/prometheus-science/flypi/ ))
    • FlyPi  + (Monitor Computer mouse - USB Keyboard - USB 3D print files (.stl) : Under 'Files' tab above Custom PCB (Principle Component Board parts can be found on: https://kitspace.org/boards/github.com/prometheus-science/flypi/ ))
    • Timer : An Arduino based Timer  + (""Electronics"" * Arduino UNO * Prototypin""Electronics"" * Arduino UNO * Prototyping shield * 7 segments display SH5461AS * 12mm pushbutton '''x3''' * 220 Ω resistor '''x4''' * 1 kΩ resistor '''x3''' * Adafruit Neopixel 24-LEDs ring (RGB, not RGBW) * Prototyping plate ''All needed components EXCEPT THE LED RING AND THE BUTTONS can be found in the '''"Super Starter Kit ELEGOO"''' available an Amazon.'' ""Casing"" * 150x290x6mm piece of wood * woodscrew (4x25 mm) '''x4''' * woodglue * Stratifié ou bois de placage 100x100mm * Stratifié ou bois de placage 100x100mm)
    • PiKon telescope  + ('''Parts to print:''' * Spider (x1) * Cam'''Parts to print:''' * Spider (x1) * Camera Mount (x1) * Raspberry Pi Mount (x1) * Focus Knob (x1) * Mirror Mount (x1) * Mirror Base (x1) '''Other parts''' * Telescope Tube (x1) * Mirror (x1) * 3.5 mm x 10 mm Self Tapping Screws (x1) * 8mm Nuts (x3) * 8mm x 25mm Bolts (x3) * Springs (x3) * Double Sided Tape Pad * Raspberry Pi 2 Computer * Raspberry Pi Camera * Ribbon Cable * Raspberry Pi Case * M2 x 12mm Nylon Bolts (x4) * M2 Nylon Nuts (x4) * Micro SD card * Tripod Mount * Rubber Rack – T2.5 Timing belt * Screw Threaded Shaft (5mm) * 5mm Square Nuts * 5mm Dome Nut * Cog * Camera adaptorNuts * 5mm Dome Nut * Cog * Camera adaptor)
    • Bwat de partage  + ('''Pour les cloisons extérieures et intéri'''Pour les cloisons extérieures et intérieures''' * 2 planches de contreplaqué (plywood) extérieur 1/2pox4pix8pi minimum (3/4po sinon) Possible d’utiliser tout autre type de bois, tant que celui-ci est traité correctement pour être en extérieur (vernis, ...). Les dimensions données ci dessus permettent d’éviter les pertes de bois. '''Pour finitions intérieures''' * 4 plaques de 1/4X24X48 planches perforées marron (Std Perforated Hp brun) * 4 à 8 boulons (+ rondelles et écrous) selon dimension aménagement intérieur souhaité Pour la structure * 72 boulons de carrosserie (1/4x1 ¼) – une boite de 100 * + boite de rondelle et d’écrous * 1 planches de contreplaqué (plywood) extérieur 1/2pox2pix4pi (même épaisseur que les cloisons) Un pot de peinture spéciale bois extérieur « orange » Un pot de « protection » du bois contre les intempéries Pour les crochets à outils * fil d’impression 3D orange * Peg Board Basic Clip PEGBOARD Hook J hangereg Board Basic Clip PEGBOARD Hook J hanger)
    • DIY Custom NeoPixel Rings From Scratch!  + ( * '''[https://www.ebay.com/itm/LED-Chip-W * '''[https://www.ebay.com/itm/LED-Chip-WS2812B-Strip-5050-SMD-Individually-Addressable-Digital-RGB-5V/252319870385?ssPageName=STRK%3AMEBIDX%3AIT&var=551161731383&_trksid=p2057872.m2749.l2649 ws2128b] LEDs '''(NeoPixels) * '''[https://www.mouser.com/ProductDetail/KEMET/C0603C105K8PACTU?qs=sGAEpiMZZMs0AnBnWHyRQFqPnX0OlvcoH0hWHQB3lFc%3d 1uf Caps] (1 for every two LEDs) '''(technically optional) * '''[https://www.amazon.com/Solder-Paste-Lead-Free-Temperature-ChipQuik/dp/B0195V1QEI/ref=sr_1_1_sspa?ie=UTF8&qid=1528847967&sr=8-1-spons&keywords=Solder+Paste&psc=1 Solder Paste]''' * '''[https://www.amazon.com/YAOGONG-Solder-Paste-Charge-Clean/dp/B071ZJVL8P/ref=sr_1_2_sspa?ie=UTF8&qid=1528847947&sr=8-2-spons&keywords=Flux&psc=1 Flux]'''('''recommended '''but optional) * '''[https://www.amazon.com/McIgIcM-copper-laminate-circuit-100x70mm/dp/B01MCVLDDZ/ref=sr_1_3?ie=UTF8&qid=1528846022&sr=8-3&keywords=Copper+Clad+Board Copper Clad Board]''' * '''[https://www.amazon.com/dp/B008UH3SAE/ref=sxts_k2p-hero-vn_bs_1?pf_rd_m=ATVPDKIKX0DER&pf_rd_p=3338417525430323799&pd_rd_wg=lk2S8&pf_rd_r=ACHJM7769GK7JGD8ASGJ&pf_rd_s=desktop-sx-top-slot&pf_rd_t=301&pd_rd_i=B005T8Y20W&pd_rd_w=YKjjw&pf_rd_i=ferric+chloride&pd_rd_r=f24f449a-fadc-4af5-b2ba-4681d7f77753&ie=UTF8&qid=1528845993&sr=1 Ferric Chloride]''' * '''[https://www.ebay.com/itm/Press-n-Peel-Blue-PCB-Transfer-Paper-Film-Etch-Circuit-Boards-Jewelry-5-Sheets/162806284780?hash=item25e802c1ec:m:mqZU_vgnA5CECpWzQWfvwqw PCB Paper]''' * '''[https://www.ebay.com/itm/3M-Transparency-Film-for-Laser-Printers-CG3360-New-Factory-Sealed-50-sheets/263732201949?epid=1201588270&hash=item3d67aa09dd:g:VGEAAOSwXXVarypT Transparency]'''(Optional for Solder Stencil) * '''[https://www.ebay.com/itm/Dry-Film-Solder-Mask-Roll-of-12-in-x-42-5-in-bigger-lenght-by-request/152191019782?hash=item236f4aab06:g:skYAAMXQ~c9RHbJY Solder Mask Film]'''(Optional for Solder Mask) Roll-of-12-in-x-42-5-in-bigger-lenght-by-request/152191019782?hash=item236f4aab06:g:skYAAMXQ~c9RHbJY Solder Mask Film]'''(Optional for Solder Mask) )
    • DIY Custom NeoPixel Rings From Scratch!  + ( * '''[https://www.ebay.com/itm/LED-Chip-W * '''[https://www.ebay.com/itm/LED-Chip-WS2812B-Strip-5050-SMD-Individually-Addressable-Digital-RGB-5V/252319870385?ssPageName=STRK%3AMEBIDX%3AIT&var=551161731383&_trksid=p2057872.m2749.l2649 ws2128b] LEDs '''(NeoPixels) * '''[https://www.mouser.com/ProductDetail/KEMET/C0603C105K8PACTU?qs=sGAEpiMZZMs0AnBnWHyRQFqPnX0OlvcoH0hWHQB3lFc%3d 1uf Caps] (1 for every two LEDs) '''(technically optional) * '''[https://www.amazon.com/Solder-Paste-Lead-Free-Temperature-ChipQuik/dp/B0195V1QEI/ref=sr_1_1_sspa?ie=UTF8&qid=1528847967&sr=8-1-spons&keywords=Solder+Paste&psc=1 Solder Paste]''' * '''[https://www.amazon.com/YAOGONG-Solder-Paste-Charge-Clean/dp/B071ZJVL8P/ref=sr_1_2_sspa?ie=UTF8&qid=1528847947&sr=8-2-spons&keywords=Flux&psc=1 Flux]'''('''recommended '''but optional) * '''[https://www.amazon.com/McIgIcM-copper-laminate-circuit-100x70mm/dp/B01MCVLDDZ/ref=sr_1_3?ie=UTF8&qid=1528846022&sr=8-3&keywords=Copper+Clad+Board Copper Clad Board]''' * '''[https://www.amazon.com/dp/B008UH3SAE/ref=sxts_k2p-hero-vn_bs_1?pf_rd_m=ATVPDKIKX0DER&pf_rd_p=3338417525430323799&pd_rd_wg=lk2S8&pf_rd_r=ACHJM7769GK7JGD8ASGJ&pf_rd_s=desktop-sx-top-slot&pf_rd_t=301&pd_rd_i=B005T8Y20W&pd_rd_w=YKjjw&pf_rd_i=ferric+chloride&pd_rd_r=f24f449a-fadc-4af5-b2ba-4681d7f77753&ie=UTF8&qid=1528845993&sr=1 Ferric Chloride]''' * '''[https://www.ebay.com/itm/Press-n-Peel-Blue-PCB-Transfer-Paper-Film-Etch-Circuit-Boards-Jewelry-5-Sheets/162806284780?hash=item25e802c1ec:m:mqZU_vgnA5CECpWzQWfvwqw PCB Paper]''' * '''[https://www.ebay.com/itm/3M-Transparency-Film-for-Laser-Printers-CG3360-New-Factory-Sealed-50-sheets/263732201949?epid=1201588270&hash=item3d67aa09dd:g:VGEAAOSwXXVarypT Transparency]'''(Optional for Solder Stencil) * '''[https://www.ebay.com/itm/Dry-Film-Solder-Mask-Roll-of-12-in-x-42-5-in-bigger-lenght-by-request/152191019782?hash=item236f4aab06:g:skYAAMXQ~c9RHbJY Solder Mask Film]'''(Optional for Solder Mask) Roll-of-12-in-x-42-5-in-bigger-lenght-by-request/152191019782?hash=item236f4aab06:g:skYAAMXQ~c9RHbJY Solder Mask Film]'''(Optional for Solder Mask) )
    • Colorado Top Bar Assembly  + ( * 01. Base Plate x1 * 02. Roof Panel x2 * * 01. Base Plate x1 * 02. Roof Panel x2 * 03. Entrance Door x1 * 04. Back Legs x1 * 05. Front Legs x1 * 06. Gabel x2 * 07. Follower Board x1 * 08. Roof Beam x1 * 09. Wedges x16 * 10. Top Bars x16 * 11. Side Panel x2 Download the [https://github.com/opensourcebeehives/Hive_Colorado_Top_Bar design files] on Github. e_Colorado_Top_Bar design files] on Github. )
    • Build a Longboard from Scratch in Your Own Home  + ( * 1 Skateboard Wood - Lumber * 2 Wheels S * 1 Skateboard Wood - Lumber * 2 Wheels Skateboard Accessory - Mixed * Bearings 608zz * MBS All-terrain skateboard wheel * 4-way outlet galvanized steel 1/2" * Nipple galvanized steel 1/2"-3"inch * Sandpaper tape skateboard * Maple skate board * 6° Wedge risers * Steel Brackets * Threaded Rods 5/16" x 12" inch * Nipple galvanized steel 1/2"-1"inch * INOX Allen Bolt 1/4" x 1.5" inch * 12- Nut 5/16" inch Bolt 1/4" x 1.5" inch * 12- Nut 5/16" inch )
    • Réveil2018  + ( * 1 carte Arduino * 1real time clock module * 1 écran 7 segments * 1 anneau lumineux * 1 bread board * 1 écran LCD * 1 buzzers * contre plaqué bois (peuplier) de 5mn * Autocollant vinyle mat * cuir de vachette * voilage kvadrat )
    • Réveil2018  + ( * 1 carte Arduino * 1real time clock module * 1 écran 7 segments * 1 anneau lumineux * 1 bread board * 1 écran LCD * 1 buzzers * contre plaqué bois (peuplier) de 5mn * Autocollant vinyle mat * cuir de vachette * voilage kvadrat )
    • Eclairage de cave sur batterie 12V  + ( * 1 microcontrolleur ATMEL ATtiny85 avec * 1 microcontrolleur ATMEL ATtiny85 avec son support * 1 régulateur linéaire LM7805 * 1 LED RGB "neopixel" diam. 5mm * 1 Relais 'prêt à l'emploi' sur breakout board (ex: http://www.microbot.it/product/135/Relay-Module.html ) * résistances (1/4W) : 1x 1 kohm, 1x 10 kohm, 1x 47 kohm * condensateurs : 2x 10µF 50V électrolytique, 1x 0.1µF céramique * 1 plaque de prototypage pour souder le tout (exemple : ''perma-proto board'' ''half-size'' d'''Adafruit'', en optimisant un peu, la ''quarter-size'' devrait suffire) * 1 bornier à souder 2 bornes (optionnel : c'est possible de souder directement les fils à la place du bornier) * fils 22AWG de différentes couleurs (au moins noir, rouge et une troisième) pour l'électronique * gaine thermorétractable de différentes sections et couleurs * 1 barrette de 3 dominos 4 mm² * 1 interrupteur à bascule acceptant plusieurs Ampères en 12V (10A c'est pas mal) * 1 batterie acide-plomb 12V (type batterie de moto) avec les cosses adaptées si besoin. * 1 boite plastique suffisamment grande pour accueillir la batterie choisie et les composants. IMPORTANT : PAS de boîte étanche, la batterie produit des gaz qui doivent pouvoir s'évacuer ! * visserie M2.5 et M3 : vis, rondelles, écrous, entretoises... pour fixer l'électronique Pour les spots (quantité par spot): * filament ABS ou autre filament "haute température" * 1 douille GU5.3 précablé * 1 ampoule LED 12V GU5.3 (max 4 W !!!) * 1 barrette de 2 domino 4mm² * 1 aimant au néodyme diamètre 20mm, épaisseur 3mm, percé et chanfreiné * 2 vis M2.5, 10mm + écrous * 1 vis M2.5, 8mm * 1 vis M3, 15mm + écrou + rondelle * 1 vis M4, 15mm à tête fraisée * câble 2x0.75mm² type câble hi-fi : plusieurs mètres (section 0.75mm² minimum, ça dépend du nombres et de la puissante totale des spots nombres et de la puissante totale des spots )
    • Eclairage de cave sur batterie 12V  + ( * 1 microcontrolleur ATMEL ATtiny85 avec * 1 microcontrolleur ATMEL ATtiny85 avec son support * 1 régulateur linéaire LM7805 * 1 LED RGB "neopixel" diam. 5mm * 1 Relais 'prêt à l'emploi' sur breakout board (ex: http://www.microbot.it/product/135/Relay-Module.html ) * résistances (1/4W) : 1x 1 kohm, 1x 10 kohm, 1x 47 kohm * condensateurs : 2x 10µF 50V électrolytique, 1x 0.1µF céramique * 1 plaque de prototypage pour souder le tout (exemple : ''perma-proto board'' ''half-size'' d'''Adafruit'', en optimisant un peu, la ''quarter-size'' devrait suffire) * 1 bornier à souder 2 bornes (optionnel : c'est possible de souder directement les fils à la place du bornier) * fils 22AWG de différentes couleurs (au moins noir, rouge et une troisième) pour l'électronique * gaine thermorétractable de différentes sections et couleurs * 1 barrette de 3 dominos 4 mm² * 1 interrupteur à bascule acceptant plusieurs Ampères en 12V (10A c'est pas mal) * 1 batterie acide-plomb 12V (type batterie de moto) avec les cosses adaptées si besoin. * 1 boite plastique suffisamment grande pour accueillir la batterie choisie et les composants. IMPORTANT : PAS de boîte étanche, la batterie produit des gaz qui doivent pouvoir s'évacuer ! * visserie M2.5 et M3 : vis, rondelles, écrous, entretoises... pour fixer l'électronique Pour les spots (quantité par spot): * filament ABS ou autre filament "haute température" * 1 douille GU5.3 précablé * 1 ampoule LED 12V GU5.3 (max 4 W !!!) * 1 barrette de 2 domino 4mm² * 1 aimant au néodyme diamètre 20mm, épaisseur 3mm, percé et chanfreiné * 2 vis M2.5, 10mm + écrous * 1 vis M2.5, 8mm * 1 vis M3, 15mm + écrou + rondelle * 1 vis M4, 15mm à tête fraisée * câble 2x0.75mm² type câble hi-fi : plusieurs mètres (section 0.75mm² minimum, ça dépend du nombres et de la puissante totale des spots nombres et de la puissante totale des spots )
    • Create a wooden pet that connects with Facebook  + ( * 1 x ESP32 board with power cable * 4 x jumper wires * 1 x breadboard * 1 x Led * 1 x 250 kohm resistor (or similar) )
    • Create a wooden pet that connects with Facebook  + ( * 1 x ESP32 board with power cable * 4 x jumper wires * 1 x breadboard * 1 x Led * 1 x 250 kohm resistor (or similar) )
    • Pet-feeder : distributeur de croquettes Arduino imprimé en 3D  + ( * 1 x L298N Dual H Bridge Stepper Motor D * 1 x L298N Dual H Bridge Stepper Motor Driver Board For Arduino * 1 x LCD1602 LCD characters input/output expansion board LCD Keypad Shield * 1 x carte de contrôle (Arduino) * 1 x moteur NEMA 17, 25mm de corps * 6 x fils Dupont (femelle / femelle) * 1 x câble d’alimentation * 1 x câble pour moteur * 1 x alimentation 12V et 4.2A * 1 x set de quincaillerie Poids de plastique nécessaire : 500 grammes Vous retrouverez ces produits dans le commerce ou pouvez les commander en ligne directement [http://www.dagoma.fr/produit/box-petfeeder-by-damaju/ sur le site de Dagoma] . tfeeder-by-damaju/ sur le site de Dagoma] . )
    • Pet-feeder : distributeur de croquettes Arduino imprimé en 3D  + ( * 1 x L298N Dual H Bridge Stepper Motor D * 1 x L298N Dual H Bridge Stepper Motor Driver Board For Arduino * 1 x LCD1602 LCD characters input/output expansion board LCD Keypad Shield * 1 x carte de contrôle (Arduino) * 1 x moteur NEMA 17, 25mm de corps * 6 x fils Dupont (femelle / femelle) * 1 x câble d’alimentation * 1 x câble pour moteur * 1 x alimentation 12V et 4.2A * 1 x set de quincaillerie Poids de plastique nécessaire : 500 grammes Vous retrouverez ces produits dans le commerce ou pouvez les commander en ligne directement [http://www.dagoma.fr/produit/box-petfeeder-by-damaju/ sur le site de Dagoma] . tfeeder-by-damaju/ sur le site de Dagoma] . )
    • Ruche en kit  + ( * 1 x Plateau de base [1] * 2 x Plateau d * 1 x Plateau de base [1] * 2 x Plateau du toit [2] * 1 x Porte d'entrée [3] * 1 x Pattes arrière [4] * 1 x Pattes avant [5] * 2 x Fourchette [6] * 2 x Follower board [7] * 2 x Toit été [8] * 16 x Cales [9] * 16 x Barres du haut [10] * 2 x Panneau glissant [11] * 1 x planche de contre-plaqué standard de 1220mm x 2440mm e contre-plaqué standard de 1220mm x 2440mm )
    • Ruche en kit  + ( * 1 x Plateau de base [1] * 2 x Plateau d * 1 x Plateau de base [1] * 2 x Plateau du toit [2] * 1 x Porte d'entrée [3] * 1 x Pattes arrière [4] * 1 x Pattes avant [5] * 2 x Fourchette [6] * 2 x Follower board [7] * 2 x Toit été [8] * 16 x Cales [9] * 16 x Barres du haut [10] * 2 x Panneau glissant [11] * 1 x planche de contre-plaqué standard de 1220mm x 2440mm e contre-plaqué standard de 1220mm x 2440mm )
    • Ruche facile à assembler sans visse ni colle (Colorado Top Bar)/fr  + ( * 1 x Plateau de base [1] * 2 x Plateau d * 1 x Plateau de base [1] * 2 x Plateau du toit [2] * 1 x Porte d'entrée [3] * 1 x Pattes arrière [4] * 1 x Pattes avant [5] * 2 x Fourchette [6] * 2 x Follower board [7] * 2 x Toit été [8] * 16 x Cales [9] * 16 x Barres du haut [10] * 2 x Panneau glissant [11] * 1 x planche de contre-plaqué standard de 1220mm x 2440mm e contre-plaqué standard de 1220mm x 2440mm )
    • SolarOSE - Guide 1: Support structure of the mirror field  + ( * 2 main square tubes 25x25 mm * 2 square * 2 main square tubes 25x25 mm * 2 square tubes for the support 30x40 mm (the mirrors are fixed on it) * Square tubes for the support 30x40 mm, length of 1430 mm * Wood board * Laser cutter * Square tube made of aluminum * Stainless steel bar * Wood board * Mirror sheet nless steel bar * Wood board * Mirror sheet )
    • SolarOSE - Guide 1: Support structure of the mirror field  + ( * 2 main square tubes 25x25 mm * 2 square * 2 main square tubes 25x25 mm * 2 square tubes for the support 30x40 mm (the mirrors are fixed on it) * Square tubes for the support 30x40 mm, length of 1430 mm * Wood board * Laser cutter * Square tube made of aluminum * Stainless steel bar * Wood board * Mirror sheet nless steel bar * Wood board * Mirror sheet )
    • Standing desk made from 2x12’ wood board and plumbers pipe  + ( * 2"x12"x12' Board (We cut the 12’ board * 2"x12"x12' Board (We cut the 12’ board into two 5’6” lengths for our table top.) * We used the mending plates to join the two tabletop boards together. * 3/4" Diameter Black Iron Pipe (see the table) * 3/4" Black Iron Couplings (see the table) * 1/4" Black Drywall Screws (We used the screws to attach the mending plates and the legs.) to attach the mending plates and the legs.) )
    • Standing desk made from 2x12’ wood board and plumbers pipe  + ( * 2"x12"x12' Board (We cut the 12’ board * 2"x12"x12' Board (We cut the 12’ board into two 5’6” lengths for our table top.) * We used the mending plates to join the two tabletop boards together. * 3/4" Diameter Black Iron Pipe (see the table) * 3/4" Black Iron Couplings (see the table) * 1/4" Black Drywall Screws (We used the screws to attach the mending plates and the legs.) to attach the mending plates and the legs.) )
    • Design for lasercut with Makercase  + ( * MDF boards )
    • Design for lasercut with Makercase  + ( * MDF boards )
    • Plastic-Waste Pavement  + ( * Parts: ** NA (we collect them) * Consumables: ** Soap (for the rest, we collect them) )
    • Plastic-Waste Pavement  + ( * Parts: ** NA (we collect them) * Consumables: ** Soap (for the rest, we collect them) )
    • Simple Train Blocking System  + ( * Relays (3 per block) * Rails and isolat * Relays (3 per block) * Rails and isolators (optional, you can basically cut the rails, but it's quite brutal) * Arduino boards, one per block (recommended: Nano) * LEDs and IR sensors (can be replaced by other sensors) * The software 'Arduino IDE' to upload the code to the Arduino board * One bridge rectifier for the whole network * A AC power supply, doesn't have to be Märklin or anything, just used to be converted into DC by the bridge rectifier * Your usual power supply, used to control train (ex: Märklin station) * 5V power supply for Arduino boards
      * 5V power supply for Arduino boards <br/> )
    • SolarOSE - Guide 2: Mirror facets  + ( * Square tube made of aluminum * Stainless steel bar * Wood board * Mirror sheet )
    • SolarOSE - Guide 2: Mirror facets  + ( * Square tube made of aluminum * Stainless steel bar * Wood board * Mirror sheet )
    • Laboîte  + ( * Un microcontrôleur [https://github.com/ * Un microcontrôleur [https://github.com/laboiteproject/laboite-maker/wiki#un-microcontr%C3%B4leur-adafruit-huzzah32-ou-%C3%A9quivalent Adafruit HUZZAH32] (ou équivalent) * Deux bandeaux de [https://github.com/laboiteproject/laboite-maker/wiki#matrices-de-led matrices de LED 32×8 pixels] * Un [https://github.com/laboiteproject/laboite-maker/wiki#bo%C3%AEtier-imprim%C3%A9-en-3d boîtier imprimé en 3D] * Un [https://github.com/laboiteproject/laboite-maker/wiki#prot%C3%A8ge-%C3%A9cran-en-pmma protège écran en PMMA] découpé au laser * Un câble USB vers micro USB oupé au laser * Un câble USB vers micro USB )
    • Concrete and wood coffee table  + ( * White concrete * 36” long 1 ¼” square Fir Balusters * ¾” Melamin board * Scrap 2x4s or 2x2s * 2 ¼” Trim Head Square Drive Screws )
    • Concrete and wood coffee table  + ( * White concrete * 36” long 1 ¼” square Fir Balusters * ¾” Melamin board * Scrap 2x4s or 2x2s * 2 ¼” Trim Head Square Drive Screws )
    • Turn signal biking jacket  + ( * [https://www.sparkfun.com/products/1334 * [https://www.sparkfun.com/products/13342 LilyPad Arduino main board] * [https://www.sparkfun.com/products/9873 FTDI connector] * [https://www.sparkfun.com/products/11301 mini USB cable] * [https://www.sparkfun.com/products/11259 LilyPad power supply] * [https://www.sparkfun.com/products/10081 16 LilyPad LEDs] * [https://www.sparkfun.com/products/97 2 push button switches] * [https://www.sparkfun.com/products/retired/8549 a spool of 4-ply conductive thread] * a garment or a piece of fabric to work on ''disclosure: I designed the LilyPad, so I'll make some $ if you buy one.'' yPad, so I'll make some $ if you buy one.'' )
    • Turn signal biking jacket  + ( * [https://www.sparkfun.com/products/1334 * [https://www.sparkfun.com/products/13342 LilyPad Arduino main board] * [https://www.sparkfun.com/products/9873 FTDI connector] * [https://www.sparkfun.com/products/11301 mini USB cable] * [https://www.sparkfun.com/products/11259 LilyPad power supply] * [https://www.sparkfun.com/products/10081 16 LilyPad LEDs] * [https://www.sparkfun.com/products/97 2 push button switches] * [https://www.sparkfun.com/products/retired/8549 a spool of 4-ply conductive thread] * a garment or a piece of fabric to work on ''disclosure: I designed the LilyPad, so I'll make some $ if you buy one.'' yPad, so I'll make some $ if you buy one.'' )
    • Veste clignotants pour cycliste  + ( * [https://www.sparkfun.com/products/1334 * [https://www.sparkfun.com/products/13342 LilyPad Arduino main board] * [https://www.sparkfun.com/products/retired/8772 FTDI connector] * Cable USB mini * [https://www.sparkfun.com/products/11259 LilyPad power supply] * [https://www.sparkfun.com/products/10081 16 LilyPad LED] * [https://www.sparkfun.com/products/retired/8549 une bobine de fil conducteur (4ply)] Choix de la veste : Je vous recommande de choisir un vêtement avec un tissu épais et non extensible (de type sweatshirt). Mais n'utilisez pas un t-shirt, ce serait trop fin pour fixer correctement les composants. J'ai utilisé une veste avec une doublure en polaire et j'ai cousu seulement à travers la doublure intérieure de sorte qu'aucun des points de suture ne soient visibles sur l'extérieur de la veste. oient visibles sur l'extérieur de la veste. )
    • Veste clignotants pour cycliste  + ( * [https://www.sparkfun.com/products/1334 * [https://www.sparkfun.com/products/13342 LilyPad Arduino main board] * [https://www.sparkfun.com/products/retired/8772 FTDI connector] * Cable USB mini * [https://www.sparkfun.com/products/11259 LilyPad power supply] * [https://www.sparkfun.com/products/10081 16 LilyPad LED] * [https://www.sparkfun.com/products/retired/8549 une bobine de fil conducteur (4ply)] Choix de la veste : Je vous recommande de choisir un vêtement avec un tissu épais et non extensible (de type sweatshirt). Mais n'utilisez pas un t-shirt, ce serait trop fin pour fixer correctement les composants. J'ai utilisé une veste avec une doublure en polaire et j'ai cousu seulement à travers la doublure intérieure de sorte qu'aucun des points de suture ne soient visibles sur l'extérieur de la veste. oient visibles sur l'extérieur de la veste. )
    • Electronic textile bag  + ( * conductive thread (about 13 meters) * 2 * conductive thread (about 13 meters) * 2mm thick textile (or thinner) * 1 x Led * 1 x 8 ohm speaker * 1 x mini vibrating motor * 1 x photoresistor * 1 x textile bag * 1 x Arduino board + power cable * 6 x jumper wires * 6 x small safety pins (around 4 cm long) * 9 x metal snap buttons (make sure they are not coated and are conductive) * 1 x 250 ohm resistor (or similar) * electric wire (about 1 meter) or similar) * electric wire (about 1 meter) )
    • Electronic textile bag  + ( * conductive thread (about 13 meters) * 2 * conductive thread (about 13 meters) * 2mm thick textile (or thinner) * 1 x Led * 1 x 8 ohm speaker * 1 x mini vibrating motor * 1 x photoresistor * 1 x textile bag * 1 x Arduino board + power cable * 6 x jumper wires * 6 x small safety pins (around 4 cm long) * 9 x metal snap buttons (make sure they are not coated and are conductive) * 1 x 250 ohm resistor (or similar) * electric wire (about 1 meter) or similar) * electric wire (about 1 meter) )
    • Fibonacci Clock  + ( * plywood 5mm thick * plexi * Arduino UNO * plywood 5mm thick * plexi * Arduino UNO board * Real Time clock module RTC DS1307 * addressable RGB LED strip * 4 push buttons * power supply for arduino * supply connector * electric wires Warning : check that your RGB LED strip is addressable. The strip I used has the following reference : WS2812B used has the following reference : WS2812B )
    • ASKotec Tutorials - DIY Simple analog synth  + ( *1k Resistor *100k Resistor *Transistor SS9018HBU TO-92 *10k Potentiometer *LED Diode *Capacitors (smaller value higher pitch) *Wires (2 Colors) *Prototype Board *Battery Connector (and 9V Battery) *Mini Jack Audio Socket *8 Pin RoHS PCB IC Socket )
    • ASKotec Tutorials - DIY Simple analog synth  + ( *1k Resistor *100k Resistor *Transistor SS9018HBU TO-92 *10k Potentiometer *LED Diode *Capacitors (smaller value higher pitch) *Wires (2 Colors) *Prototype Board *Battery Connector (and 9V Battery) *Mini Jack Audio Socket *8 Pin RoHS PCB IC Socket )
    • Clay-pot-irrigation system (Aranya Agricultural Alternatives method)  + ( *Parts: **(1) Clay pot, **(1) Concave clay plate (to close the pot), **(1) Rope (use biodegradable rope, e.g. coconut fiber rope); *Consumables: **Water, **Seeds (leguminous ); )
    • Clay-pot-irrigation system (Aranya Agricultural Alternatives method)  + ( *Parts: **(1) Clay pot, **(1) Concave clay plate (to close the pot), **(1) Rope (use biodegradable rope, e.g. coconut fiber rope); *Consumables: **Water, **Seeds (leguminous ); )
    • Tree planting preparation (Sadhana Forest method)  + ( *Parts: **(1) Small-diameter pipe (see pr *Parts: **(1) Small-diameter pipe (see procedures for details), **(1) Rope (use biodegradable rope, e.g. coconut fiber rope), **(1) Plastic bottle (recycle); *Consumables: **Soil (e.g. topsoil from other grown trees), **Humanure compost, **Urine-activated charcoal, **Water, **Mulching material (corn stalks, rice hulls, hay, straw, dry leaves, Chopped Rameal Wood (CRW, a.k.a. “Bois Raméal Fragmenté” (BRF)) …), **Glue (for plastics, e.g. epoxy) BRF)) …), **Glue (for plastics, e.g. epoxy) )
    • Tree planting preparation (Sadhana Forest method)  + ( *Parts: **(1) Small-diameter pipe (see pr *Parts: **(1) Small-diameter pipe (see procedures for details), **(1) Rope (use biodegradable rope, e.g. coconut fiber rope), **(1) Plastic bottle (recycle); *Consumables: **Soil (e.g. topsoil from other grown trees), **Humanure compost, **Urine-activated charcoal, **Water, **Mulching material (corn stalks, rice hulls, hay, straw, dry leaves, Chopped Rameal Wood (CRW, a.k.a. “Bois Raméal Fragmenté” (BRF)) …), **Glue (for plastics, e.g. epoxy) BRF)) …), **Glue (for plastics, e.g. epoxy) )
    • Potato Tower  + ( *Parts: **(8) Wooden poles (sturdy), **(1 *Parts: **(8) Wooden poles (sturdy), **(1*) Pipe (not available on site => we used stones rather than a pipe); *Consumables: **Flexible wood sticks (or hence fence wire), **Banana leaves (or newspaper, carton), **Stones (see *), **Potato eyes, **Soil, **If available, compost, **Water, **Mulching material (corn stalks, rice hulls, hay, straw, dry leaves, BRF …); s, rice hulls, hay, straw, dry leaves, BRF …); )
    • Potato Tower  + ( *Parts: **(8) Wooden poles (sturdy), **(1 *Parts: **(8) Wooden poles (sturdy), **(1*) Pipe (not available on site => we used stones rather than a pipe); *Consumables: **Flexible wood sticks (or hence fence wire), **Banana leaves (or newspaper, carton), **Stones (see *), **Potato eyes, **Soil, **If available, compost, **Water, **Mulching material (corn stalks, rice hulls, hay, straw, dry leaves, BRF …); s, rice hulls, hay, straw, dry leaves, BRF …); )
    • Tree planting (Aranya Agricultural Alternatives method)  + ( *Parts: **Not Applicable; *Consumables: * *Parts: **Not Applicable; *Consumables: **If available, soil, compost and/or manure (e.g. topsoil from other grown trees), **Water, **Mulching material (corn stalks, rice hulls, hay, straw, dry leaves, Chopped Rameal Wood (CRW, a.k.a. “Bois Raméal Fragmenté” (BRF)) …); , a.k.a. “Bois Raméal Fragmenté” (BRF)) …); )
    • Tree planting (Aranya Agricultural Alternatives method)  + ( *Parts: **Not Applicable; *Consumables: * *Parts: **Not Applicable; *Consumables: **If available, soil, compost and/or manure (e.g. topsoil from other grown trees), **Water, **Mulching material (corn stalks, rice hulls, hay, straw, dry leaves, Chopped Rameal Wood (CRW, a.k.a. “Bois Raméal Fragmenté” (BRF)) …); , a.k.a. “Bois Raméal Fragmenté” (BRF)) …); )
    • Humanure Dry Toilets, low-tech tricks  + ( *Parts: **¾”-thick wood (see FAQ & Tr *Parts: **¾”-thick wood (see FAQ & Troubleshooting? for alternative sizes): ***(1) 18” x 18” [A], ***(1) 18” x 3” [B], ***(2) 10” x 18” [C1] and [C2], ***(2) 10” 19,5” [D1] and [D2], ***(4) 3” x 12” [E1] to [E4]; **(2) Hinges, **(1) Toilet seat, **(4) Buckets (20 L, identical), *Consumables: **Nails AND/OR screws* (for wood) (2” \ 5 cm), **Sandpaper; OR screws* (for wood) (2” \ 5 cm), **Sandpaper; )
    • Humanure Dry Toilets, low-tech tricks  + ( *Parts: **¾”-thick wood (see FAQ & Tr *Parts: **¾”-thick wood (see FAQ & Troubleshooting? for alternative sizes): ***(1) 18” x 18” [A], ***(1) 18” x 3” [B], ***(2) 10” x 18” [C1] and [C2], ***(2) 10” 19,5” [D1] and [D2], ***(4) 3” x 12” [E1] to [E4]; **(2) Hinges, **(1) Toilet seat, **(4) Buckets (20 L, identical), *Consumables: **Nails AND/OR screws* (for wood) (2” \ 5 cm), **Sandpaper; OR screws* (for wood) (2” \ 5 cm), **Sandpaper; )
    • Grenouille Bleue - InèsC  + (- parapluie cocktail (avec fil de fer et - parapluie cocktail (avec fil de fer et ressort), - impression 3D, - carte Arduino - boîte en plexiglas ou plastique (6 plaques capables de s'emboiter les unes aux autres) - bois (poirier) pour le support du moteur - liège pour le support du parapluie - 3 fils - Moteur avec hélice + une vis [[https://github.com/mathemagie/little_umbrella]]ttps://github.com/mathemagie/little_umbrella]])
    • Grenouille Bleue - InèsC  + (- parapluie cocktail (avec fil de fer et - parapluie cocktail (avec fil de fer et ressort), - impression 3D, - carte Arduino - boîte en plexiglas ou plastique (6 plaques capables de s'emboiter les unes aux autres) - bois (poirier) pour le support du moteur - liège pour le support du parapluie - 3 fils - Moteur avec hélice + une vis [[https://github.com/mathemagie/little_umbrella]]ttps://github.com/mathemagie/little_umbrella]])
    • Grenouille Bleue Anaëlle  + (- 3 cables - Cable USB - Carte Arduino - M- 3 cables - Cable USB - Carte Arduino - Moteur - Parapluie cocktail - Support en bois - https://github.com/mathemagie/little_umbrella https://raw.githubusercontent.com/mathemagie/icp/master/servo.ino Lien pour construire le moteur http://www.julienlevesque.net/little-umbrella/://www.julienlevesque.net/little-umbrella/)
    • Connected house publishes sensor data on-line  + (- ESP32 board - jumper wires - power cable - breadboard - light sensor)
    • Connected house publishes sensor data on-line  + (- ESP32 board - jumper wires - power cable - breadboard - light sensor)
    • Energy saving house with ESP32  + (- ESP32 board - micro USB cable to power - ESP32 board - micro USB cable to power the board - laser cut house (downloadable [https://drive.google.com/file/d/1JGQVbJy4yhH1qOw0H3IVO0c7uRhI1ZIY/view?usp=sharing here]) - Breadboard - 3 jumper wires (one M/F) - light sensor - optional (Led) - 1kohm resistorsensor - optional (Led) - 1kohm resistor)
    • Energy saving house with ESP32  + (- ESP32 board - micro USB cable to power - ESP32 board - micro USB cable to power the board - laser cut house (downloadable [https://drive.google.com/file/d/1JGQVbJy4yhH1qOw0H3IVO0c7uRhI1ZIY/view?usp=sharing here]) - Breadboard - 3 jumper wires (one M/F) - light sensor - optional (Led) - 1kohm resistorsensor - optional (Led) - 1kohm resistor)
    • IoT with ESP32 board  + (1 x ESP32 board + Micro USB cable 1 x light sensor About 5 jumper wires 1 x 1Kohm resistor)
    • Analogic Drawing Pad  + (10x M4x25mm screws<br /><br />10x M4x25mm screws


      34x M4 Nuts




      === [https://fr.opitec.com/opitec-web/articleNumber/809350 2x big pulleys] ===

      === [https://fr.opitec.com/opitec-web/articleNumber/801433 8 x small pulleys] ===
      1x A4 size MDF board, 3mm thick


      2 long wooden skewers


      nylon wire




      lt;br /><br />nylon wire<br /><br /><br /><br /><br/>)
    • Analogic Drawing Pad  + (10x M4x25mm screws<br /><br />10x M4x25mm screws


      34x M4 Nuts




      === [https://fr.opitec.com/opitec-web/articleNumber/809350 2x big pulleys] ===

      === [https://fr.opitec.com/opitec-web/articleNumber/801433 8 x small pulleys] ===
      1x A4 size MDF board, 3mm thick


      2 long wooden skewers


      nylon wire




      lt;br /><br />nylon wire<br /><br /><br /><br /><br/>)
    • Robot "ABC" in wood  + (1x wooden board thickness 5mm (13/64 inch)1x wooden board thickness 5mm (13/64 inch) - 610mm (2 ft 1/64 inch) - 407mm (1 ft 4 1/32 inch)
      1x Arduino Uno http://www.robotshop.com/en/arduino-uno-r3-usb-microcontroller.html Product Code : RB-Ard-34
      1x Green LED Strip Flexible https://www.banggood.com/50CM-Waterproof-USB-SMD3528-TV-Background-Computer-LED-Strip-Tape-Flexible-Light-DC5V-p-1102998.html?rmmds=search 1x power supply battery (for LED strip) http://www.robotshop.com/en/waterproof-3xaa-battery-case-switch.html 2x Motors DC http://www.robotshop.com/en/makeblock-25mm-dc-motor-kit-blue.html 1x Motor Shield http://www.robotshop.com/en/arduino-motor-shield-rev3.html 1x infrared sensor 1x Infrared Remote Control http://www.robotshop.com/en/dfrobot-ir-remote-kit-arduino.html 2x battery holders (6 x 1,5 Volt LR6 batteries) (Arduino Uno main power supply) 4x Batteries 4,5Volts (2 pack mounted in parallel, each pack includes 2 4.5V batteries mounted in series) - (it makes a power supply under 9V for the power supply I paralleled to have a longer battery life ) 8x M4 Nuts http://www.screwfix.com/p/easyfix-hex-nuts-a2-stainless-steel-m4-100-pack/8398t 8x Screw M4 - 50 http://uk.farnell.com/tr-fastenings/m450-psstmcz100/screw-slt-pan-steel-bzp-m4x50/dp/1419307 4x M4 Spacer http://uk.farnell.com/c/fasteners-mechanical/fasteners-fixings/spacers-feet/standoffs?thread-size-metric=m4 1x swivel caster wheel http://www.robotshop.com/en/2-swivel-caster-wheel.html
      http://www.robotshop.com/en/2-swivel-caster-wheel.html)
    • Biped dancing robot  + (Arduino UNO Nano breadboard or Buzzer Futaba servo S3003 x4 HC-SR04 Ultrasound sensor Powerbank (optional) Nut M3 x20 Screw M3 x20 3d print Head 3d print Base 3d print Leg x2 3d print Foot R 3d print Foot L)
    • Biped dancing robot  + (Arduino UNO Nano breadboard or Buzzer Futaba servo S3003 x4 HC-SR04 Ultrasound sensor Powerbank (optional) Nut M3 x20 Screw M3 x20 3d print Head 3d print Base 3d print Leg x2 3d print Foot R 3d print Foot L)
    • OpenKnit: digital fabrication tool to create your own clothes  + (Bill of materials (updates) [https://githuBill of materials (updates) [https://github.com/g3rard/OpenKnit/tree/master/Wally120/bill_of_materials available here]. * Two 800x3 mm aluminum strips * Two 800x2 mm aluminum strips * Two 30x30x162 mm aluminum bars * Two 30x30x300 mm aluminum bars * Two 20x20x800 mm aluminum bars * Two 30x30x800 mm aluminum bars * Two 15x15x800 mm aluminum T-profile * One Arduino Leonardo * One micro interruptor * One rotary encoder * One axial bearing * One stepper motor * One timing pulley * Six threaded rods, sizes: 2x16 2x17 and 2x22 mm * 120 Knitmaster empisal silver knitting machine needles * Four servo motors * Four servo motor driver * One timing belt * 16 v-groove bearings * One block of paraffine * One bag Molex c-grid plastic holders: 4-pin, 3-pin and 2-pin * One bag Molex c-grid female pins * Phone cable on a reel (5 meter minimum) * 120 paperclips 32 mm type N.2 * One piano hinge 510 mm * Two wooden strips: flat on one side, a hole every 60 mm * One rass rod 1.5 mm * A bag of pin headers, male and female * One terminal block * One switching power supply * One cross-shaped bead '''Bolts and nuts, in generous amounts''' * M3 tapered 7 mm * M3 tapered 10 mm * M3 tapered 12 mm * M3 tapered 16 mm * M3 tapered 20 mm * M3 tapered 30 mm * M3 flat head 8 mm * M3 flat head 10 mm * M3 flat head 12 mm * M3 flat head 16 mm * M3 flat head 20 mm * M3 flat head 30 mm * M3 regular nuts * M3 nylock * M3 washers * M8 nuts and bolts (only a few) * M8 washers (only a few)lts (only a few) * M8 washers (only a few))
    • Le réveil passoire  + (Contre-plaqué peuplier 5 mm, dit CTP peuplContre-plaqué peuplier 5 mm, dit CTP peuplier 265X95X95 mm Tissu transparent (Kvadrat) quantité suivant le nombre de découpe. Carte Arduino 1 real time clock module (module de temps réel) DS1302 1 écran 7segments 1 anneau lumineux-neapixel ring adafruit 1 bread board 1 écran LCD 1 buzzers Du scotch double face Colle blanchezers Du scotch double face Colle blanche)
    • VERBIS - Desktop 8x8 RGB LED Matrix Word Clock  + (Enclosure: # wooden photo frame (80x80mm iEnclosure: # wooden photo frame (80x80mm interior) thin frame (1cm); # 3mm plexiglass support; # 80x80mm 3mm grey smoked transparent display plexiglass sheet; # [https://www.tinkercad.com/things/arRYOVE5Lbk 3D printed 80x80mm 8x8 plastic grid]; # letter layout 80x80mm Printed Paper Sheet; # [https://www.tinkercad.com/things/2vKBHQ1HEI3 3d printed plastic box for electronics]; # 2mm diameter 10mm length screws. . Electronics # ESP-01 Board; # 5v to 3.3v stabilizer module; # 80x80mm RGB 8x8 LedMatrix; # 3pin 2.54mm Pitch XH Pin Header+Connector; # Female DC Conector cable 5.5mmx2.1mm(2.5mm); # 5v/1.5A Power supply with 5.5mmx2.1mm(2.5mm) Male connector.ly with 5.5mmx2.1mm(2.5mm) Male connector.)
    • VERBIS - Desktop 8x8 RGB LED Matrix Word Clock  + (Enclosure: # wooden photo frame (80x80mm iEnclosure: # wooden photo frame (80x80mm interior) thin frame (1cm); # 3mm plexiglass support; # 80x80mm 3mm grey smoked transparent display plexiglass sheet; # [https://www.tinkercad.com/things/arRYOVE5Lbk 3D printed 80x80mm 8x8 plastic grid]; # letter layout 80x80mm Printed Paper Sheet; # [https://www.tinkercad.com/things/2vKBHQ1HEI3 3d printed plastic box for electronics]; # 2mm diameter 10mm length screws. . Electronics # ESP-01 Board; # 5v to 3.3v stabilizer module; # 80x80mm RGB 8x8 LedMatrix; # 3pin 2.54mm Pitch XH Pin Header+Connector; # Female DC Conector cable 5.5mmx2.1mm(2.5mm); # 5v/1.5A Power supply with 5.5mmx2.1mm(2.5mm) Male connector.ly with 5.5mmx2.1mm(2.5mm) Male connector.)
    • Piccolo cnc drawing robot  + (Instructions on how to create a replica of the piccolo robot, including a list of parts, are available [http://www.piccolo.cc/#Build-Your-Own <u>here</u>].)
    • Piccolo cnc drawing robot  + (Instructions on how to create a replica of the piccolo robot, including a list of parts, are available [http://www.piccolo.cc/#Build-Your-Own <u>here</u>].)
    • How to create a 3D sculpture  + (Lasercut puzzle parts, 3d printed model)
    • How to create a 3D sculpture  + (Lasercut puzzle parts, 3d printed model)
    • MoodBoxByFaBteam  + (Necessary materials are listed here below Necessary materials are listed here below by category.

      ==== For the box ====
      * poplar plywood 3mm-thick for laser cutting


      Poplar is pretty cheap and allows precise and fast laser cutting


      * brass bar 80x7x2mm - to change and increase the touching area with regards to the capacitive sensor


      A 1m-length brass bar can be found in DIY store for about 7€ but is easily replaceable by any conductive material whatever is shape.


      * transparent PLA for 3D printing:
      ** access door to base tier
      ** figurine's stand and support - the stand will also diffuse the LED-ring light
      ** button for volume control
      ** lateral joints
      * colored PLA (according to maker's preference) for the figurine and/or scenery set on top of the box

      ==== Electronic supplies ====
      * 1 Arduino Uno Rev.3
      * 1 MW power supply: 1500mA Rotary Switch Adaptor
      * 1 reversing switch KNX-1, 3A, 250V AC, to be used as main switch
      * 1 Seeed Studio potentiometer: Grove Rotary Angle Sensor (P)
      * 1 Seeed Studio capacitive sensor: Grove Touch Sensor
      * 1 Adafruit LED-ring: Neopixel Ring 12 x 5050 RGB
      * 1 Seeed Studio MP3-player: Grove MP3 v2.0
      * 1 micro SD-Card to store the playlist
      * 1 Seeed Studio Gear Stepper Motor with Driver: Step Motor 28BYJ-48 5V DC
      * 1 Adafruit BME280 sensor: temperature, humidity, pressure (ADA2652)
      * 1 Seeed Studio "Base Shield V2"

      ==== Misc. ====
      * wood glue, to assemble and joint laser cut parts of the box tiers
      * cyanoacrylate glue
      * some screws to fasten sensors and other components inside the box tiers
      * cables and jumper wires
      screws to fasten sensors and other components inside the box tiers<br />* cables and jumper wires)
    • MoodBoxByFaBteam  + (Necessary materials are listed here below Necessary materials are listed here below by category.

      ==== For the box ====
      * poplar plywood 3mm-thick for laser cutting


      Poplar is pretty cheap and allows precise and fast laser cutting


      * brass bar 80x7x2mm - to change and increase the touching area with regards to the capacitive sensor


      A 1m-length brass bar can be found in DIY store for about 7€ but is easily replaceable by any conductive material whatever is shape.


      * transparent PLA for 3D printing:
      ** access door to base tier
      ** figurine's stand and support - the stand will also diffuse the LED-ring light
      ** button for volume control
      ** lateral joints
      * colored PLA (according to maker's preference) for the figurine and/or scenery set on top of the box

      ==== Electronic supplies ====
      * 1 Arduino Uno Rev.3
      * 1 MW power supply: 1500mA Rotary Switch Adaptor
      * 1 reversing switch KNX-1, 3A, 250V AC, to be used as main switch
      * 1 Seeed Studio potentiometer: Grove Rotary Angle Sensor (P)
      * 1 Seeed Studio capacitive sensor: Grove Touch Sensor
      * 1 Adafruit LED-ring: Neopixel Ring 12 x 5050 RGB
      * 1 Seeed Studio MP3-player: Grove MP3 v2.0
      * 1 micro SD-Card to store the playlist
      * 1 Seeed Studio Gear Stepper Motor with Driver: Step Motor 28BYJ-48 5V DC
      * 1 Adafruit BME280 sensor: temperature, humidity, pressure (ADA2652)
      * 1 Seeed Studio "Base Shield V2"

      ==== Misc. ====
      * wood glue, to assemble and joint laser cut parts of the box tiers
      * cyanoacrylate glue
      * some screws to fasten sensors and other components inside the box tiers
      * cables and jumper wires
      screws to fasten sensors and other components inside the box tiers<br />* cables and jumper wires)
    • Un agenda PEG BOARD  + (Pour réaliser cet agenda peg-board, il vous faut: * du bois fin d’environ 5mm)
    • Un agenda PEG BOARD  + (Pour réaliser cet agenda peg-board, il vous faut: * du bois fin d’environ 5mm)
    • Mölkky  + (The main thing you need for this is wood. The main thing you need for this is wood. You can buy finished wood, recycle chair legs, or use found wood like driftwood or fallen branches (remember, do not cut or break wood from live trees). Aim for a thickness of around five to eight centimetres (two to three inches), and around two metres (six feet) in total. The exact dimensions are not crucial, go with what fits your available materials and suits your personal taste (there isn't even a hard reason for your skittles to have a circular cross section, so, go ahead, make them square if you want)., go ahead, make them square if you want).)
    • Mölkky  + (The main thing you need for this is wood. The main thing you need for this is wood. You can buy finished wood, recycle chair legs, or use found wood like driftwood or fallen branches (remember, do not cut or break wood from live trees). Aim for a thickness of around five to eight centimetres (two to three inches), and around two metres (six feet) in total. The exact dimensions are not crucial, go with what fits your available materials and suits your personal taste (there isn't even a hard reason for your skittles to have a circular cross section, so, go ahead, make them square if you want)., go ahead, make them square if you want).)
    • Prothèse de main commandée par des capteurs musculaires  + (Télécharger le projet [https://github.com/Télécharger le projet [https://github.com/exiii/HACKberry Github du HACKberry]. Vous y trouverez : * 1 dossier 3D * 1 dossier electronics 2 fichiers Excel : * HACKberry_BOM_v1.xls * HACKberry_BOM_v1_for_print.xls La liste du matériel est sur le fichier Excel: HACKberry_BOM_v1.xls Comme il était difficile de trouver les équivalents des composants en Europe, nous avons décidé de les acheter directement auprès de l'équipe de Exiii ce qui nous a permis de gagner du temps. Pour acheter les composants, envoyer un mail à Genta Kondo : genta.kondo(at)exiii.jp (écrivez lui en Anglais ou en Japonais) 3 types de pack à acheter : * 1. PCB pour HACKberry (3 PCBs pour le control de la main, capteur et batterie) : 30 USD * 2. PCB + Electronique/Mecanique composants (Tous sauf batterie et parties imprimées) : 135 USD * 3. PCB + Electronique/Mécanique composants + impression 3D des pièces (tous sauf la batterie) : 720 USDs pièces (tous sauf la batterie) : 720 USD)
    • Prothèse de main commandée par des capteurs musculaires  + (Télécharger le projet [https://github.com/Télécharger le projet [https://github.com/exiii/HACKberry Github du HACKberry]. Vous y trouverez : * 1 dossier 3D * 1 dossier electronics 2 fichiers Excel : * HACKberry_BOM_v1.xls * HACKberry_BOM_v1_for_print.xls La liste du matériel est sur le fichier Excel: HACKberry_BOM_v1.xls Comme il était difficile de trouver les équivalents des composants en Europe, nous avons décidé de les acheter directement auprès de l'équipe de Exiii ce qui nous a permis de gagner du temps. Pour acheter les composants, envoyer un mail à Genta Kondo : genta.kondo(at)exiii.jp (écrivez lui en Anglais ou en Japonais) 3 types de pack à acheter : * 1. PCB pour HACKberry (3 PCBs pour le control de la main, capteur et batterie) : 30 USD * 2. PCB + Electronique/Mecanique composants (Tous sauf batterie et parties imprimées) : 135 USD * 3. PCB + Electronique/Mécanique composants + impression 3D des pièces (tous sauf la batterie) : 720 USDs pièces (tous sauf la batterie) : 720 USD)
    • GPS Piéton  + (Vous trouverez dans la documentation (lien GitHub) tout ce dont vous avez besoin pour fabriquer un bracelet connecté à une application Android.)
    • GPS Piéton  + (Vous trouverez dans la documentation (lien GitHub) tout ce dont vous avez besoin pour fabriquer un bracelet connecté à une application Android.)
    • Aggrozouk: véloculteur pour le travail du sol en surface  + ([http://files.wikifab.org/7/70/Aggrozouk_Materiaux.pdf Cliquez ici] pour télécharger la liste des matériaux.)
    • Aggrozouk: véloculteur pour le travail du sol en surface  + ([http://files.wikifab.org/7/70/Aggrozouk_Materiaux.pdf Cliquez ici] pour télécharger la liste des matériaux.)
    • DIY Solar Charger  + (·        Solar panel of (10v) optional ·        Diode ·        Resistors ·        Regulator(5MA-20AM) ·        Capacitors of (10-100) ·        LED light of(2v or 3v) ·        Jumper wire ·        Circuit board ·        Bread board)
    • Solar Charger  + (·        Solar panel of (10v) optional ·        Diode ·        Resistors ·        Regulator(5MA-20AM) ·        Capacitors of (10-100) ·        LED light of(2v or 3v) ·        Jumper wire ·        Circuit board ·        Bread board)
    • Solar Charger  + (·        Solar panel of (10v) optional ·        Diode ·        Resistors ·        Regulator(5MA-20AM) ·        Capacitors of (10-100) ·        LED light of(2v or 3v) ·        Jumper wire ·        Circuit board ·        Bread board)