Recherche par propriété

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Liste de résultats

Hands up Ready Go Scratch tutorial + (First of all, click on the small cat pictu … First of all, click on the small cat picture called “Sprite”. Pick a ‘starting block’ in the Event section (in brown). The green flag block is the most common. Next, pick one “if then” block for each team (you can find this in the Control -yellow- section). Choose a key for each “if then” block and connect it via the alligator clip to the Makey makey. It’s now time to discover a new type of blocks under the section “Looks”. We will start by using ‘switch backdrop to …’, we need one for the beginning of the code to set the background to the initial position (multicolor one), and one per each “IF THEN” block.or one), and one per each “IF THEN” block.)
Hands up Ready Go Scratch tutorial + (First of all, click on the small cat pictu … First of all, click on the small cat picture called “Sprite”. Pick a ‘starting block’ in the Event section (in brown). The green flag block is the most common. Next, pick one “if then” block for each team (you can find this in the Control -yellow- section). Choose a key for each “if then” block and connect it via the alligator clip to the Makey makey. It’s now time to discover a new type of blocks under the section “Looks”. We will start by using ‘switch backdrop to …’, we need one for the beginning of the code to set the background to the initial position (multicolor one), and one per each “IF THEN” block.or one), and one per each “IF THEN” block.)
Escooterfix - Relace mainboard any Xiaomi Mi electric scooter + (The battery connects to the ESC via a '''yellow XT30 plug''', carefully pull this out)
Buzzing Bee Circuit + (The battery holder can be found on TinkerC … The battery holder can be found on TinkerCAD as 'Battery Holder - Buzzing Bee' at the link This CAD will need to be saved as a .stl file Open the .stl file in the printer software for your printer After centring and adjusting the settings as needed, slice the print and transfer the new created file to the printer. PRINT!
created file to the printer. PRINT! )
How to Download Spotify to MP3 in 320kbps High Quality + (The best Spotify to MP3 320kbps downloader … The best Spotify to MP3 320kbps downloader is the [https://www.audkit.com/spotilab-music-converter.html AudKit Spotify Music Converter]. It can download '''any audio content''' including songs, playlists, podcasts, albums, and audiobooks from Spotify to '''MP3, AAC, M4A, M4B, FLAC, and WAV''' at '''5X''' '''in batches'''. It allows '''all Spotify users''' including those free users to download Spotify music '''without Spotify Premium'''. You don't need to worry about the audio quality since it can retain '''100% lossless sound quality''' and '''full ID3 tags''' (i.e., title, artist, cover, year). This great tool also endows you with the ability to change the output quality parameters such as the '''bit rate, sample rate, channel''', and the like. Before using it, please go to the [https://www.audkit.com/ AudKit.com] to install this powerful downloader on your '''Windows PC or MacBook'''.oader on your '''Windows PC or MacBook'''.)
How to Make Amazon Music Louder + (The first and most straightforward way to … The first and most straightforward way to make Amazon Music louder is by adjusting the volume settings on your device. Whether you're using a smartphone, tablet, or computer, there should be dedicated volume controls that allow you to increase the sound output. Simply locate the volume buttons or slider and turn them up to your desired level. Keep in mind that you can also adjust the volume within the Amazon Music app itself for finer control.Amazon Music app itself for finer control.)
DIY Custom NeoPixel Rings From Scratch! + (The next step in making your printed circu … The next step in making your printed circuit board is making your connections between your LEDs. NeoPixels each have one data-input pad and one data-output pad. First create a long chain starting with the pixel closest to where you plan on placing your interface pins, going from one pixel's data-out pin to the next pixel's data-in pin. After that you'll need to route power and ground. The easiest method I have come up with to do this is to use a combination of circles and semi-circles, four in total, alternating between power and ground as you move outward from the origin. This makes it easy to create a small "jumper" connection as apposed to manually wiring every since LED together, twice. The two pairs of circles/semi-circles can then be tied together whichever way is most convenient. Finally, a copper pour is added. This essentially just causes all extra space to be filled by "ground", which has multiple advantages including being easier to manufacture at home. You will also want to install one roughly .1uf capacitor between power and ground between each set of two LEDs. The manufacture recommends one per LED however its likely one per two will do and they are time consuming to solder. These are not necessary for the functionality of the device, they simply improve the lifespan of the LEDs, so they can be ignored if needed.he LEDs, so they can be ignored if needed.)
DIY Custom NeoPixel Rings From Scratch! + (The next step in making your printed circu … The next step in making your printed circuit board is making your connections between your LEDs. NeoPixels each have one data-input pad and one data-output pad. First create a long chain starting with the pixel closest to where you plan on placing your interface pins, going from one pixel's data-out pin to the next pixel's data-in pin. After that you'll need to route power and ground. The easiest method I have come up with to do this is to use a combination of circles and semi-circles, four in total, alternating between power and ground as you move outward from the origin. This makes it easy to create a small "jumper" connection as apposed to manually wiring every since LED together, twice. The two pairs of circles/semi-circles can then be tied together whichever way is most convenient. Finally, a copper pour is added. This essentially just causes all extra space to be filled by "ground", which has multiple advantages including being easier to manufacture at home. You will also want to install one roughly .1uf capacitor between power and ground between each set of two LEDs. The manufacture recommends one per LED however its likely one per two will do and they are time consuming to solder. These are not necessary for the functionality of the device, they simply improve the lifespan of the LEDs, so they can be ignored if needed.he LEDs, so they can be ignored if needed.)
Colorado Top Bar Assembly + (1. Lay the Back Legs flat on the floor and then place the two side panels into the corresponding slots. 2. Place the front legs into place)
DIY Makey Makey with Arduino Leonardo + (The image below shows the wiring that is needed for one key of your makey-makey-like device. In order to obtain 6 functional keys, you will need to repeat this wiring 6 times overall, each time using a different analog pin on your arduino leonardo.)
Arduino to ThingSpeak via SIM800 No Wi-Fi + (The legacy project documents that were ori … The legacy project documents that were originally designed with the SIM800 module may necessitate slight adjustments. This project will prove invaluable to those who continue to rely on 2G and GPRS technology. It offers essential support and guidance for individuals who intend to persist with these communication methods. Sending data from an Arduino microcontroller to the ThingSpeak platform using a GPRS module, specifically the SIM800, is a fundamental concept. The crucial aspect is that this communication method operates independently of Wi-Fi, constituting an IoT connectivity solution that relies on GPRS for data transmission. 1 / 2 In this project, LM35 temperature sensor data is being transmitted to the ThingSpeak platform through an Arduino Nano and a SIM800 module. The SIM800 module is leveraged to establish a GPRS connection, facilitating the transmission of data to ThingSpeak at specified intervals. To ensure a reliable connection between ThingSpeak and the hardware, users must configure the SIM800 module to establish a connection with their mobile network. This configuration encompasses setting the Access Point Name (APN) specific to their mobile carrier. It's important to note that the specific AT commands for this configuration may vary based on the user's chosen mobile network provider. For this project, I utilized the services of the network provider '''Airtel''' to establish the connection. Communication between the hardware components, specifically the SIM800 module, Arduino Nano, and ThingSpeak platform, relies entirely on AT commands. To ensure successful project implementation and effectively troubleshoot any issues that may arise, users must possess a basic understanding of SIM800 AT commands. This knowledge is crucial for configuring, managing, and diagnosing the communication process and resolving potential challenges during the project.g potential challenges during the project.)
Straw connectors + (The objects we have prototyped are several … The objects we have prototyped are several different 3D printed straw connectors, allowing the construction of different shapes. They are easily done and cost-effective: it takes about 5 minutes of printing to achieve one item. It is possible to modify the design in order to adapt it to different straw diameters, and to different numbers of connected straws. These 3D printed straw connectors can be printed by designers, amateurs, teachers, educators, parents and even children, under appropriate supervision. The straw connectors designs can be downloaded from [https://www.thingiverse.com/thing:11255 here]..thingiverse.com/thing:11255 here].)
Straw connectors + (The objects we have prototyped are several … The objects we have prototyped are several different 3D printed straw connectors, allowing the construction of different shapes. They are easily done and cost-effective: it takes about 5 minutes of printing to achieve one item. It is possible to modify the design in order to adapt it to different straw diameters, and to different numbers of connected straws. These 3D printed straw connectors can be printed by designers, amateurs, teachers, educators, parents and even children, under appropriate supervision. The straw connectors designs can be downloaded from [https://www.thingiverse.com/thing:11255 here]..thingiverse.com/thing:11255 here].)
How to Get Spotify Mini Player on Windows and Mac + (The official Spotify desktop app doesn’t o … The official Spotify desktop app doesn’t offer a mini player, but you can get it on your computer in several ways, here’s how. = 1. Get Spotify Mini Player on Chrome = Chrome is not only a mighty web browser, but also can be a great Spotify music player. Spotify provides web player for both free and Premium to access Spotify music which is way easier than installing the desktop app. And you can get a mini player on web player. '''1.''' Open Chrome and type in ''open.spotify.com'' to get Spotify web player. '''2.''' Sign in your Spotify account and play a song, then click on the mini player icon next to the album art to open Spotify mini player. '''3.''' A small window with the album art will pop up and be pinned to the front of the screen. You can play, pause or skip through songs using this mini player. = 2. Lofi Spotify Mini Player = Lofi is a compact desktop client that can play Spotify songs with a window that only takes up 150X150 pixels of the screen. Go to ''lofi.rocks'' to download the app and log in with your Spotify account. Then you can play, stop, skip forwards and backwards in its tiny interface displays with album artwork. It also creates visualizations, you can choose one among Blue Wave, Rainbow Road, String Theory and seascape. Rainbow Road, String Theory and seascape.)
OpenKnit: digital fabrication tool to create your own clothes + (You'll need to thread: two 20x20x800 mm bars: 6 mm tool on both sides. two 30x30x800 mm bars: 8 mm tool on both sides. two 30x30x162 mm bars: 8 mm tool on ONE side, plus one 8 mm hole on the top (see image).)
Ultimate Guide to Fix Tidal Not Playing Songs + (The tidal app for music streaming is now a … The tidal app for music streaming is now available on Windows, iOS, and Android devices. You can get its app from its official website or from app stores. Well, some people have complained that they keep meeting issue of Tidal songs not playing and it is said the versions downloaded from '''Microsoft Store''' performs much better. You can take the below instructions as references. 1# Search for '''Microsoft Store''' from your '''Quick Start menu''' to launch the Microsoft Store on your computer. 2# Type in '''Tidal''' in the search bar and find the Tidal app in the appearing results. 3# In the detail page, tap '''Get''' to install the Tidal desktop on your computer.nstall the Tidal desktop on your computer.)
How to Play Spotify on Yoto Player + (There is a companion Yoto app available on … There is a companion Yoto app available on mobile phones that can help us to upload our audio files including compatible Spotify downloads to Yoto cards for offline listening for free. As we know, Spotify songs are protected in a special OGG Vorbis format. In this case, you'd better download Spotify to MP3, AAC, and M4A files that are supported by Yoto. And [https://www.audfun.com/spotify-music-converter.html AudFun Spotify Music Converter] is a great shot. The '''AudFun Music Converter for Spotify''' is dedicated to downloading and converting Spotify songs, albums, playlists, audiobooks, and [https://www.audfun.com/spotify/download-spotify-podcasts-to-mp3.html Spotify podcasts to MP3], AAC, WAV, FLAC, M4A, and M4B '''without Spotify Premium'''. Also, it retains 100% original audio quality and full ID3 tags, which enables you to play Spotify music on Yoto Mini Player or Yoto Original Player without any metadata info loss.nal Player without any metadata info loss.)
Geiger counter + (This is a timelapse of the assembly process of the geiger counter)
E-Textile Monster + (This is where you need to decide what shap … This is where you need to decide what shape you want your monster to be and what components it will include. You need to make sure there is room for each of your components and the battery pack as well as decide where you want to squeeze the monster for the components to turn on. TIP: do not make your monster too big making your circuit components too spread out! Otherwise you will spend a long time sewing to connect the components together sewing to connect the components together)
Node Red with MQTT on Raspberry Pi + (This project works without much additional hardware. The one and only requirement is you just need a Raspberry Pi.)
8bits & Chocolate - decorative candy dispenser + (For the modules assembly I suggest that you refer to the PDF files. You'll find the pieces numbering and how to assemle them (with a few additional hints))
How to Listen to Tidal on Multiple Devices Simultaneously + (Tidal offers several major plans for you t … Tidal offers several major plans for you to choose from, including Free, Hi-Fi, Hi-Fi Plus, Family Hi-Fi, and Family Hi-Fi Plus. Since the Family Plan supports family members with up to '''6''' people, obviously, this is the simplest way. You’re supposed to sign up for the [https://tidal.com/plans/family Tidal Family plan] to enjoy the playback on multiple devices. Currently, the Tidal Family Hi-Fi plan is '''$14.99''' per month with unlimited skips and is ad-free. If you want to enjoy high-resolution quality, you can subscribe to Tidal Family Hi-Fi Plus to get the high lossless quality which is almost equal to CD at '''$29.99''' per month. # If you’re a new user, you’re able to enjoy the Family plans for free in '''30''' days. # If you’re not a new user, you can choose to change or '''upgrade''' your plan to Tidal Family Hi-Fi or Hi-Fi Plus. # To upgrade to or manage a Family plan, go to [http://account.tidal.com/ account.tidal.com] and sign in using the primary account holder’s credentials and select TIDAL Family. # After then, you will be given the option to select '''Upgrade to Family Plan''' from Family Hi-Fi or Hi-Fi Plus.
'' from Family Hi-Fi or Hi-Fi Plus. )
Snap circuits activities for 12+ + (To begin with, kids will need to build or … To begin with, kids will need to build or assemble a miniature house. They can build one using cardboard, or you can laser cut them in advance, using for example a 3mm thick MDF board. [https://drive.google.com/open?id=1JGQVbJy4yhH1qOw0H3IVO0c7uRhI1ZIY Here]’s the design of a miniature house, ready for laser cut. the design of a miniature house, ready for laser cut.)
How to Download Spotify Podcast to MP3 in 2024 + (Now, let's walk through the stepwise guide … Now, let's walk through the stepwise guide on how to download your favorite Spotify podcasts to MP3 using the AudFun Spotify Music Converter: Step 1. Go to [https://www.audfun.com/ AudFun.com] and install this software on a Windows or Mac. Step 2. '''Drag and drop''' the episodes or the whole podcast from the Spotify app to the screen of AudFun to load all episodes. Step 3. Tap on the top-right '''Menu''' tab and pick '''Preferences''' > '''Convert'''. Then you can select the '''Format''' as MP3 and customize the '''Bit Rate''' as 320kbps. Step 4. Once set, hit the '''Convert''' button at the bottom right on AudFun. This software will work at 5X to download all added podcasts in batches to MP3.ownload all added podcasts in batches to MP3.)
How to Play Apple Music Soundtrack in GTA5 + (To enjoy your Apple Music library while pl … To enjoy your Apple Music library while playing GTA 5, you'll first need to convert your Apple Music tracks into a compatible format. The best tool for this job is [https://www.audfree.com/auditior AudFree Apple Music Converter]. This powerful software allows you to convert Apple Music songs into formats like MP3 or M4A, making them compatible with GTA 5. Here's why AudFree Apple Music Converter stands out: 1) '''Convert encrypted Apple Music content to various formats:''' AudFree Apple Music Converter can convert all content from Apple Music to unprotected MP3, FLAC, WAV, AAC, M4A, and M4B files. 2) '''Keep lossless audio quality:''' This expert tool ensures that your tracks are converted with the original quality audio, preserving the integrity of your music. 3) '''Support batch conversion at 30X speed:''' The software is user-friendly, and the conversion process is quick at up to 30X faster speed. It enables you to convert unlimited number of tracks together. 4) '''Preservation of Metadata Info:''' It retains important song metadata information. With it, ID3 tags such as artist, album, and cover art will be retained, ensuring your GTA 5 experience is as immersive as possible. 5) '''Play Apple Music without premium:''' Once converted, you can keep the Apple Music conversions forever. That means you can play those unprotected Apple Music audio files at all devices and players whenever you like.io files at all devices and players whenever you like.)
Timelapes with Raspberry Pi Camera + (To install the camera use the ribbon cable and press the side of the connector and pull up.)
Casse brique game Maker + (Comme pour les sprites, vous allez devoir … Comme pour les sprites, vous allez devoir créer un objet par élément de votre jeu. Nous allons d'abords créer chaque objet (raquette, mur, brique, balle), c'est important de créer chaque objet avant de commencer à les paramétrer en profondeur. Une fois chaque objet créer nous allons nous intéresser à la raquette. Tout d'abord dans l'évenement create de votre raquette, initialisez quatre variables : * nb_brique à 0 * ismoving_right à 0 * ismoving_left à 0 * ismoving à 0 la première servira à savoir s'il reste des briques sur le terrain et les trois autres seront utiles pour le contrôle des mouvement de la raquette. sur l'évènement Step, entrez l'algorithme suivant : si nb_brique = 0 { alors restart la room; } ensuite créer un évènement "collision avec mur", et mettez comme le "bounce" avec les paramètre suivant : appliquer aux autre, précision précise, et rebondir sur tous les objet. maintenant passons aux mouvement : pour tout ce qui concerne la gauche, créez un évènement left pressed et left released. Dans left pressed, implantez l'algo suivant : si ismoving =0 { start moving in a direction (droite, force -7, relative) set variable ismoving_left to 1 set variable ismoving to 1 } Ce bout de code signifie, que si la raquette ne bouge alors elle commence à se déplacer à gauche lorsque l'on appuie sur la flèche de gauche, il permet aussi d'empécher certain bug si jamais la flêche droite et la flèche gauche sont appuyées en même temps. Pour left released le code ressemblera à ça : si ismoving_left = 1 { start moving in a direction (droite, 7, relative) set variable ismoving_left to 0 set variable ismoving to 0 } Sachez que le 7 est une valeur arbitraire, vous pouvez la changer à tout moment pour moduler la vitesse de votre raquette. Par contre n'oubliez pas que la vitesse lors du pressage de touche doit être l'opposée de celle lors du release. Pour faire le déplacement vers la droite il suffit d'inverser la puissance de déplacement et de remplacer tout les ismoving_left, par des ismoving_right. Et voilà vous n'aurez plus à toucher la raquette.à vous n'aurez plus à toucher la raquette.)
Casse brique game Maker + (Comme pour les sprites, vous allez devoir … Comme pour les sprites, vous allez devoir créer un objet par élément de votre jeu. Nous allons d'abords créer chaque objet (raquette, mur, brique, balle), c'est important de créer chaque objet avant de commencer à les paramétrer en profondeur. Une fois chaque objet créer nous allons nous intéresser à la raquette. Tout d'abord dans l'évenement create de votre raquette, initialisez quatre variables : * nb_brique à 0 * ismoving_right à 0 * ismoving_left à 0 * ismoving à 0 la première servira à savoir s'il reste des briques sur le terrain et les trois autres seront utiles pour le contrôle des mouvement de la raquette. sur l'évènement Step, entrez l'algorithme suivant : si nb_brique = 0 { alors restart la room; } ensuite créer un évènement "collision avec mur", et mettez comme le "bounce" avec les paramètre suivant : appliquer aux autre, précision précise, et rebondir sur tous les objet. maintenant passons aux mouvement : pour tout ce qui concerne la gauche, créez un évènement left pressed et left released. Dans left pressed, implantez l'algo suivant : si ismoving =0 { start moving in a direction (droite, force -7, relative) set variable ismoving_left to 1 set variable ismoving to 1 } Ce bout de code signifie, que si la raquette ne bouge alors elle commence à se déplacer à gauche lorsque l'on appuie sur la flèche de gauche, il permet aussi d'empécher certain bug si jamais la flêche droite et la flèche gauche sont appuyées en même temps. Pour left released le code ressemblera à ça : si ismoving_left = 1 { start moving in a direction (droite, 7, relative) set variable ismoving_left to 0 set variable ismoving to 0 } Sachez que le 7 est une valeur arbitraire, vous pouvez la changer à tout moment pour moduler la vitesse de votre raquette. Par contre n'oubliez pas que la vitesse lors du pressage de touche doit être l'opposée de celle lors du release. Pour faire le déplacement vers la droite il suffit d'inverser la puissance de déplacement et de remplacer tout les ismoving_left, par des ismoving_right. Et voilà vous n'aurez plus à toucher la raquette.à vous n'aurez plus à toucher la raquette.)
Bouchon passe câble + (Tout d'abord pour faire un bouchon passe câble il faut bien prendre la mesure du trou de la table avec un pied a coulisse. )
Étagères tiroirs + (Tout d'abord, couper les tiroirs de la pro … Tout d'abord, couper les tiroirs de la profondeur souhaitée de vos futures étagères. Attention ! plus elles seront "profondes" moins elles tiendront bien contre votre mur ! pour ma part je leur ai donné une profondeur d'environ 15cm Vous pouvez aussi choisir de leur donner une profondeur différente à chacune !nner une profondeur différente à chacune !)
Étagères tiroirs + (Tout d'abord, couper les tiroirs de la pro … Tout d'abord, couper les tiroirs de la profondeur souhaitée de vos futures étagères. Attention ! plus elles seront "profondes" moins elles tiendront bien contre votre mur ! pour ma part je leur ai donné une profondeur d'environ 15cm Vous pouvez aussi choisir de leur donner une profondeur différente à chacune !nner une profondeur différente à chacune !)
Applique abat-jour avec lampe murale à la découpe laser + (Tout d'abord, j'ai choisi sur Wikifab, le tutoriel [[Applique Abat-Jour Mural Volcano]])
Pavé Numérique MIDI + (Souder les headers sur la stripboard, vous … Souder les headers sur la stripboard, vous pouvez vous aider de l’arduino micro pour ne pas vous tromper sur l’espacement (de 5 cases entre les deux) ''Personnellement, je n’ai pas utilisé de headers pour l’afficheur OLED, car j’avais retiré les broches.''ur OLED, car j’avais retiré les broches.'')
Pavé Numérique MIDI + (Vous pouvez soit coller le keypad (avec un pistolet à colle à chaud) où soit le visser en faisant des trous sur la stripboard. Il vaut mieux fixer le keypad avant de souder les câbles pour pouvoir plus facilement vérifier la longueur des câbles.)
Meuble en bois et impressions 3D + (Tout d’abord, téléchargez nos pièces 3D et imprimez-les grâce à votre imprimante 3D. Vous devez avoir 3 lots de pièces miroir (Reverse) et normal. Il en faut 2 de chaque.)
Meuble en bois et impressions 3D + (Tout d’abord, téléchargez nos pièces 3D et imprimez-les grâce à votre imprimante 3D. Vous devez avoir 3 lots de pièces miroir (Reverse) et normal. Il en faut 2 de chaque.)
Fabrication d'une lampe + (Toutes les découpes ont été effectuées ave … Toutes les découpes ont été effectuées avec une découpeuse laser Speedy 300 Trotec CO2 60 Watts. Paramètres: Puissance 40% Vitesse : 1 Vous remarquerez qu'une pièce à été coupée en 2 sur le fichier : Celle ci permet d’insérer le câble de la douille; Une fois le câble inséré , celles ci doivent être collées ensemble.
s ci doivent être collées ensemble. )
Little umbrella by Hyades + (Ouvrir le boitier en plastique. Visser le … Ouvrir le boitier en plastique. Visser le moteur sur le socle en bois. Et le placer dans la boîte en plastique. Ne pas refermer totalement la boîte. Faire passer fil de fer dans le trou à côté du bouchon de liège. Enfoncer la tige du parapluie dans le bouchon. Placer le fil de fer au deuxième trou de l'hélice du moteur. Démarrer le logiciel et le parapluie devrait s'ouvrir. Placer l'Arduino dans la boîte et laisser sortir le câble par le trou. Refermer totalement la boîte.ar le trou. Refermer totalement la boîte.)
ShadeBox + (Choisir la carte ESP32 (Outils -> Type … Choisir la carte ESP32 (Outils -> Type de carte -> ESP32 Module). Télécharger le code à l'adresse suivante : [https://l.facebook.com/l.php?u=https%3A%2F%2Fdrive.google.com%2Fopen%3Fid%3D1LYvDXH7z0-pO_Zc277ANGW5R21F2FPL0&h=ATOeyxhqj3OFVRNEAhPL5HtK39aj6nEVcym_XhnVPXHsVbJk1ukNCBXbPrnILPPdc8umjD1T75uPT22SuKkK9BkLMSQgAiXRqSe6S9H8UXOYCe0JtDBEDs07jXVp1Kh7sEthh7Bl9Y4ygfnehQA4PcBKQZc drive.google.com/open?id=1LYvDXH7z0-pO_Zc277ANGW5R21F2FPL0]. Téléverser le code fourni sur la ESP3. Si ça ne marche pas, vérifier que le bon port série soit affecter (Outils -> Ports série).on port série soit affecter (Outils -> Ports série).)
RainMan 2 + (A l'aide d'un petit tournevis plat, visser … A l'aide d'un petit tournevis plat, visser le moteur sur la plaque en bois comme sur la photo ci-contre. Une fois le moteur fixé, assembler les plaques en plastique du haut, du bas et de deux côtés, pour que l'intérieur reste accessible. La plaque contenant le socle en liège et le plaque de bois doit se trouver en haut (la face contenant socle en liège vers le haut). Fixer les plaques avec de la colle ou du scotch.les plaques avec de la colle ou du scotch.)
ShadeBox + (Choisir la carte ESP32 (Outils -> Type … Choisir la carte ESP32 (Outils -> Type de carte -> ESP32 Module). Télécharger le code à l'adresse suivante : [https://l.facebook.com/l.php?u=https%3A%2F%2Fdrive.google.com%2Fopen%3Fid%3D1LYvDXH7z0-pO_Zc277ANGW5R21F2FPL0&h=ATOeyxhqj3OFVRNEAhPL5HtK39aj6nEVcym_XhnVPXHsVbJk1ukNCBXbPrnILPPdc8umjD1T75uPT22SuKkK9BkLMSQgAiXRqSe6S9H8UXOYCe0JtDBEDs07jXVp1Kh7sEthh7Bl9Y4ygfnehQA4PcBKQZc drive.google.com/open?id=1LYvDXH7z0-pO_Zc277ANGW5R21F2FPL0]. Téléverser le code fourni sur la ESP3. Si ça ne marche pas, vérifier que le bon port série soit affecter (Outils -> Ports série).on port série soit affecter (Outils -> Ports série).)
RainMan 2 + (A l'aide d'un petit tournevis plat, visser … A l'aide d'un petit tournevis plat, visser le moteur sur la plaque en bois comme sur la photo ci-contre. Une fois le moteur fixé, assembler les plaques en plastique du haut, du bas et de deux côtés, pour que l'intérieur reste accessible. La plaque contenant le socle en liège et le plaque de bois doit se trouver en haut (la face contenant socle en liège vers le haut). Fixer les plaques avec de la colle ou du scotch.les plaques avec de la colle ou du scotch.)
Lampe Triangulaire, Bois et Calque + (Afin de diffuser la lumière, entourer les baguettes extérieur avec du papier calque. Vous pouvez, si vous le désirez, découper de petite fenêtre ou agrémenter de papier coloré.)
Little UMBRELLA + (Faites passer le fil de fer dans le socle … Faites passer le fil de fer dans le socle près du bouchon -> plantez la tige du parapluie dans le liège Accrochez le fil de fer à l'hélice du moteur (le parapluie doit pouvoir s'ouvrir et rester ouvert en restant bien figé sur le bouchon) Placez la carte Arduino à l'intérieur de la boite, en faisant passer le câble USB par le trou prévu à cet effet.r le câble USB par le trou prévu à cet effet.)
Petit compteur - compteur de passages à horaires programmables + (Téléchargez le fichier Coque3D et imprimez le dans une résolution suffisamment fine (0,1mm environ) pour ne pas obstruer les divers trous de vis et de connectique.)
Petit compteur - compteur de passages à horaires programmables + (Téléchargez le fichier Coque3D et imprimez le dans une résolution suffisamment fine (0,1mm environ) pour ne pas obstruer les divers trous de vis et de connectique.)
Dôme Géodésique Fréquence 2 paramétrable + (Quel que soit le diamètre d’un dôme de fréquence 2, les angles des montants sont toujours identiques : 16 et 18 degrés respectivement pour les types A et B.)
Dôme Géodésique Fréquence 2 paramétrable + (Un dôme géodésique est une structure aux m … Un dôme géodésique est une structure aux multiples propriétés très intéressantes : outre l’aspect esthétique original, ce type de structure offre une excellente résistance aux intempéries et une résistance mécanique élevée. Elle est composée de montants (en bois, métal, PVC...) reliés entre eux par des connecteurs. Lors de la conception d’un dôme : plusieurs facteurs sont à prendre en compte : *Le diamètre : Plus il est élevé, plus la construction du dôme sera complexe et plus la hauteur sous plafond du dôme sera importante (hauteur sous plafond = rayon du dôme). A noter que toute construction dépassant 20 m² doit faire l’objet d’une demande de permis de construire auprès de la commune. *La fréquence : Pour un diamètre donné, il est possible de construire le dôme avec une densité plus ou moins élevée de montants et de connecteurs : c’est ce qu’on appelle la fréquence. Ici nous allons réaliser un dôme de fréquence 2, le plus simple à réaliser (et donc le moins coûteux), cependant la méthodologie reste applicable pour tous types de dôme. *Le support : Selon l’utilisation du dôme il faut prévoir un système de support (ou base) : dans notre cas l’utilisation du dôme en tant que serre nous permet de poser directement le dôme sur des plots en béton sans construire de plancher. poser directement le dôme sur des plots en béton sans construire de plancher.)
TonUINO + (Vous allez devoir aller télécharger l’[htt … Vous allez devoir aller télécharger l’[https://github.com/tonuino/TonUINO-TNG archive TonUINO sur Github]. Pour ce faire, cliquez sur le bouton « code », puis « Download zip ». De base, tout est en allemand. Pour que l’utilisation de votre TonUINO soit plus simple à terme, je vous recommande de télécharger les fichiers audio en français à partir de [https://oc.gryzan.de/s/bdjoMEsKLWbo7cX ce lien. ] Vous pourrez utiliser le contenu du dossier «sdcard_fr» pour mettre sur votre MicroSD.r le contenu du dossier «sdcard_fr» pour mettre sur votre MicroSD.)
How to Use Spotify as an Alarm on iPhone, Android, and Smart Speakers + (Unfortunately, the default Clock app on iP … Unfortunately, the default Clock app on iPhones does not integration with Spotify. However, you can use third-party alarm apps such as Music Alarm Clock for Spotify+ or Kello Alarm Clock to set Spotify songs as your alarm. Here's how: '''Step 1.''' Install and launch the Music Alarm Clock for Spotify+ app or Kello Alarm Clock app on your iPhone. '''Step 2.''' Sign in with your Spotify account on those alarm app and open the app settings. '''Step 3.''' Create a new alarm by tapping the Add button and setting a specific alarm time. '''Step 4.''' Select the alarm sound and choose Spotify as the source. Browse and add your preferred Spotify songs or playlists as the alarm sound. '''Step 5.''' Save the settings, and your alarm will wake you with Spotify songs.ur alarm will wake you with Spotify songs.)
Temperature display on LCD and Android device + (Unplug the bluetooth module before you upl … Unplug the bluetooth module before you upload the sketch to your Arduino board, then plug it back in right after, or you might experience communication problems between your computer and the Arduino To get the temperature on your android device, install Bluetooth Terminal App ( from Qwerty as i recall). Once you're connected, sending the A letter enables you to get the temperature back. Pieces of code were harvested form the web . [http://monespabidou.fr/2016/08/affichage-de-la-temperature-sur-un-afficheur-lcd-et-sur-un-appareil-android/ Click here to get the code.]reil-android/ Click here to get the code.])
Glowing LED Butterfly + (Use TinkerCad to design the component that … Use TinkerCad to design the component that will be 3D printed. This is a great opportunity to develop your computer aided design (CAD) skills! What to think about.. - Needs to have holes for the light to go through - Needs to be big enough to hide the Arduino and PCB - Needs to be able to sit on the top of the 9V battery Pre-made butterfly design can be found through this linkrfly design can be found through this link)
Escooterfix - Replace front LED lamp Xiaomi Mi electric scooter + (Using your nails or a plastic spudger, carefully lift the two plastic covers from the top of the stem. They are held on with foam tape so a hairdryer on a cool setting can warm the adhesive and aide the release if you are having difficulty.)
Replace dashboard and bluetooth card Xiaomi electric scooter + (Using your nails or a plastic spudger, carefully lift the two plastic covers from the top of the stem. They are held on with foam tape so a hairdryer on a cool setting can warm the adhesive and aide the release if you are having difficulty.)
Fabrication D'une Borne D'arcade + (Ce dont vous avez avez besoin : * Une cart … Ce dont vous avez avez besoin : * Une carte micro SD ( Minimum 8go ) : Cette carte servira de disque dur pour le raspberry '''FORMATEZ VOTRE CARTE MICRO-SD EN FAT32''' Si ce n’est pas déjà fait, vous allez devoir formater votre carte micro-SD (ou carte-SD) au format FAT32. Pour cela, connectez là sur votre PC (via un slot micro-SD ou en USB via un adaptateur), ouvrez l’explorateur Windows et faites un clic droit sur votre carte et cliquez sur ''Formater''… Dans la fenêtre qui s’ouvre, sélectionnez FAT32 dans le menu ''Système de fichiers''. Vous pouvez donner un nom à votre carte si vous le voulez. Il est possible ici de faire un formatage rapide. Cliquez enfin sur démarrer. '''TÉLÉCHARGER LES SOURCES DE RECALBOXOS''' Rendez-vous sur https://github.com/recalbox/recalbox-os/releases et téléchargez la dernière version, en cliquant sur le nom du fichier Zip. Au moment où je fais ce tutoriel, il s’agit de la version 4.0.1 Décompressez le contenu du fichier zip téléchargé sur votre carte micro-SD. Pour ma part j’utilise, 7-Zip mais vous pouvez utiliser un autre gestionnaire d’archive. utiliser un autre gestionnaire d’archive.)
Fabrication D'une Borne D'arcade + (Ce dont vous avez avez besoin : * Une cart … Ce dont vous avez avez besoin : * Une carte micro SD ( Minimum 8go ) : Cette carte servira de disque dur pour le raspberry '''FORMATEZ VOTRE CARTE MICRO-SD EN FAT32''' Si ce n’est pas déjà fait, vous allez devoir formater votre carte micro-SD (ou carte-SD) au format FAT32. Pour cela, connectez là sur votre PC (via un slot micro-SD ou en USB via un adaptateur), ouvrez l’explorateur Windows et faites un clic droit sur votre carte et cliquez sur ''Formater''… Dans la fenêtre qui s’ouvre, sélectionnez FAT32 dans le menu ''Système de fichiers''. Vous pouvez donner un nom à votre carte si vous le voulez. Il est possible ici de faire un formatage rapide. Cliquez enfin sur démarrer. '''TÉLÉCHARGER LES SOURCES DE RECALBOXOS''' Rendez-vous sur https://github.com/recalbox/recalbox-os/releases et téléchargez la dernière version, en cliquant sur le nom du fichier Zip. Au moment où je fais ce tutoriel, il s’agit de la version 4.0.1 Décompressez le contenu du fichier zip téléchargé sur votre carte micro-SD. Pour ma part j’utilise, 7-Zip mais vous pouvez utiliser un autre gestionnaire d’archive. utiliser un autre gestionnaire d’archive.)
Manette double d'arcade + (Vous pouvez commander un kit d'arcades sur … Vous pouvez commander un kit d'arcades sur ce site : http://www.smallcab.net/joysticks-zippy-boutons-p-608.html ou sur des sites chinois, à vous de voir. Pensez aussi à commander les câbles GPIO et des switchs s'ils ne sont pas inclus dans le kit. Par défaut, vous pouvez relier directement votre manette à votre raspberry pi par les câbles GPIO (Cf cas 1 plus loin). Le raspberry pi doit être accroché à votre structure. Pour ma part, je voulais pouvoir relier ma manette à l'aide d'un câble USB pour pouvoir l'enlever facilement de mon raspberry pi qui me sert de mediacenter dans le salon. J'ai donc acheté en plus une carte USB Xin-Mo (http://www.smallcab.net/joueurs-p-1318.html) sur laquelle je viens connecter les câbles GPIO (cf cas 2 plus loin).cter les câbles GPIO (cf cas 2 plus loin).)
Manette double d'arcade + (Vous pouvez commander un kit d'arcades sur … Vous pouvez commander un kit d'arcades sur ce site : http://www.smallcab.net/joysticks-zippy-boutons-p-608.html ou sur des sites chinois, à vous de voir. Pensez aussi à commander les câbles GPIO et des switchs s'ils ne sont pas inclus dans le kit. Par défaut, vous pouvez relier directement votre manette à votre raspberry pi par les câbles GPIO (Cf cas 1 plus loin). Le raspberry pi doit être accroché à votre structure. Pour ma part, je voulais pouvoir relier ma manette à l'aide d'un câble USB pour pouvoir l'enlever facilement de mon raspberry pi qui me sert de mediacenter dans le salon. J'ai donc acheté en plus une carte USB Xin-Mo (http://www.smallcab.net/joueurs-p-1318.html) sur laquelle je viens connecter les câbles GPIO (cf cas 2 plus loin).cter les câbles GPIO (cf cas 2 plus loin).)
Nutridome I SDG 11 I South Africa + (This is a PVC pipe that has been drilled w … This is a PVC pipe that has been drilled with holes we were going to use disposable plastic cups but we found some plastic growing cups in the store room and we used those. for this demonstration we are using an ordinary aquarium pump and pipes for the water flow. The bucket is just a normal bucket. The dome was made from 25mm PVC electrical wiring pipes. The dome was inspiration for the idea as we saw it at the Centre and realised its potential. the PVC pipes are held together with cable ties, glue and connectors. The shading is normal garden shade and plastic sheeting can be placed over the structure to create more controlled environments. This will be when you have put the hydroponic system with lighting inside the dome we just wanted to illustrate the look for the final product of the dome.he look for the final product of the dome.)
Light sensitive e-textile bag + (We will be using S4A to program the board. … We will be using S4A to program the board. Therefore, we need to first set up our Arduino adequately. Download the S4A software by reaching [http://s4a.cat/ S4A] and then clicking on “Downloads” > Choose the correct version based upon your operating system. Afterwards, download the S4A firmware by reaching this [http://vps34736.ovh.net/S4A/S4AFirmware16.ino link] > Right-click > Save as > Remove the .txt part of the name > Save as type: Change from “Text Document” to “All Files” > Save. = Upload the S4A firmware = You will also need to use Arduino IDE to code and upload the firmware onto your Arduino Leonardo board. Download the software by visiting [https://www.arduino.cc/en/Main/Software? Arduino IDE] > Scroll down until you see the “Download the Arduino IDE” section and choose the version based upon your operating system (e.g. If you have Windows 7, choose “Windows Installer” / if you have Windows 10, choose “Windows app”) > On the next page choose “Just download” and run the installation files. Launch Arduino IDE and open the S4A firmware by going to File > Open or by pressing Ctrl+O and then browsing to the location you previously saved the firmware to. Connect the Arduino to your computer. Select Arduino Leonardo from Tools menu > Board. Select the correct port from the Tools menu > Port. Upload the S4A firmware into it by using the right arrow (→) button at the top right corner of the window, by choosing Sketch > Upload or by pressing Ctrl+U on the keyboard. = Launch S4A = If the S4A firmware was successfully uploaded into the Arduino board, the “searching board…” message should disappear in a few seconds.duino board, the “searching board…” message should disappear in a few seconds.)
Light sensitive e-textile bag + (We will be using S4A to program the board. … We will be using S4A to program the board. Therefore, we need to first set up our Arduino adequately. Download the S4A software by reaching [http://s4a.cat/ S4A] and then clicking on “Downloads” > Choose the correct version based upon your operating system. Afterwards, download the S4A firmware by reaching this [http://vps34736.ovh.net/S4A/S4AFirmware16.ino link] > Right-click > Save as > Remove the .txt part of the name > Save as type: Change from “Text Document” to “All Files” > Save. = Upload the S4A firmware = You will also need to use Arduino IDE to code and upload the firmware onto your Arduino Leonardo board. Download the software by visiting [https://www.arduino.cc/en/Main/Software? Arduino IDE] > Scroll down until you see the “Download the Arduino IDE” section and choose the version based upon your operating system (e.g. If you have Windows 7, choose “Windows Installer” / if you have Windows 10, choose “Windows app”) > On the next page choose “Just download” and run the installation files. Launch Arduino IDE and open the S4A firmware by going to File > Open or by pressing Ctrl+O and then browsing to the location you previously saved the firmware to. Connect the Arduino to your computer. Select Arduino Leonardo from Tools menu > Board. Select the correct port from the Tools menu > Port. Upload the S4A firmware into it by using the right arrow (→) button at the top right corner of the window, by choosing Sketch > Upload or by pressing Ctrl+U on the keyboard. = Launch S4A = If the S4A firmware was successfully uploaded into the Arduino board, the “searching board…” message should disappear in a few seconds.duino board, the “searching board…” message should disappear in a few seconds.)
ESP32 with WebSerial: A Comprehensive Guide + (WebSerial is a web standard that allows we … WebSerial is a web standard that allows websites to communicate with serial devices. It bridges the web and the physical world, enabling web applications to interact with hardware devices. This opens up a world of possibilities for IoT projects, allowing real-time interaction between web applications and physical devices.een web applications and physical devices.)
Empty room activity v12 + (What you need[https://docs.google.com/docu … What you need[https://docs.google.com/document/d/1HVWFDdyiLj6ORTMYcQF-VPyJCPGuPzeTj_FaKip4pS4/edit#heading=h.kft4zwyruhwh ?] 1 - A remote control device #Deedu; 2 - Environments Nodered and Blynq; 3 - A box whose purpose is to abstract the concept of the home environment. How to create the environment Here we have to describe how the miniature house is created, the environment to be simulated and the things you need to do it: How to build the box[https://docs.google.com/document/d/1HVWFDdyiLj6ORTMYcQF-VPyJCPGuPzeTj_FaKip4pS4/edit#heading=h.rocl9tvc6md5 ?] * We take a box of shoes that we no longer use; * With the help of a pair of scissors with a rounded tip, let's cut one of the shorter sides of the box. From here we could observe inside the box itself what will be simulated; * Let's cut the other minor side in the same way. From this we will insert the small fan; * By inserting the device inside the box, we created our miniature room and we are ready for the experiment. How to build the device? For the construction of the device, consult the guide at the following link: [LINK PINTEREST]. https://studio.youtube.com/video/Kr0x0o6c8DM/edit https://www.youtube.com/watch?v=UEqjpMs15jo To close everything in a wrapper, it may be useful to 3D print the suitable box whose source can be downloaded at the following link. https://www.thingiverse.com/thing:4062244 === How to put precisely the[https://docs.google.com/document/d/1HVWFDdyiLj6ORTMYcQF-VPyJCPGuPzeTj_FaKip4pS4/edit#heading=h.sci31hnwrn1 Blynk app]? === To set up the software system via Blynk, follow the guide: https://www.instructables.com/id/Digital-Environmental-Education-Domotics/ How to put precisely the server Nodered on Raspberry? To set up the Nodere software system, follow the guide: [LINK PINTEREST]. on Raspberry? To set up the Nodere software system, follow the guide: [LINK PINTEREST].)
Brightness control activity v12 + (What you need[https://docs.google.com/docu … What you need[https://docs.google.com/document/d/1HVWFDdyiLj6ORTMYcQF-VPyJCPGuPzeTj_FaKip4pS4/edit#heading=h.kft4zwyruhwh ?] 1 - A remote control device #Deedu; 2 - Environments Nodered and Blynq; 3 - A box whose purpose is to abstract the concept of the home environment. How to create the environment Here we have to describe how the miniature house is created, the environment to be simulated and the things you need to do it: How to build the box[https://docs.google.com/document/d/1HVWFDdyiLj6ORTMYcQF-VPyJCPGuPzeTj_FaKip4pS4/edit#heading=h.rocl9tvc6md5 ?] * We take a box of shoes that we no longer use; * With the help of a pair of scissors with a rounded tip, let's cut one of the shorter sides of the box. From here we could observe inside the box itself what will be simulated; * Let's cut the other minor side in the same way. From this we will insert the small fan; * By inserting the device inside the box, we created our miniature room and we are ready for the experiment. room and we are ready for the experiment.)
How to Add Subtitles to YouTube Video + (With [https://www.joyoshare.com/video-join … With [https://www.joyoshare.com/video-joiner/ Joyoshare Video Joiner] downloaded and installed on your desktop, double-click to launch it. At the bottom left, click the "Open File" to browse your local file and select the target YouTube video. You can also drag your video to its interface quickly and simply.video to its interface quickly and simply.)
How to Play Spotify While Playing Roblox + (With a few simple steps, you can now enjoy your favorite tunes from Spotify while immersing yourself in the world of Roblox, whether on mobile or PC.)
Cardboard Cable Car Model With Recycled Materials, Working Model 250rpm Electric Motor and Basic Slide Switch ON-OFF-ON (School Science Project) + (You can check all steps on video briefly or follow below steps. • Mount plastic pulley wheel onto DC motor shaft and glue on it.)
How to Save Spotify Music Tracks without a Premium + (You can convert Spotify songs using either the Web player mode or the App mode.)
SunZilla - Guide 5: Assembling solar panels frames + (You can find the positions and diameter of … You can find the positions and diameter of the holes in the .PDF technical drawing which you can download below. For marking those of the PV-modules use a marker pen. For drilling use a metal or wood drill. Two of the 20mm-L-profiles need to have a slot cut along one side; the position of the slots is shown in the .PDF technical drawing downloadable below. These slots will allow the angle of incidence can be adjusted. To slot the profile you should use a milling cutter.e profile you should use a milling cutter.)
Line Follower Robot - King of Maze + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Ethernet-Enhanced LoRa Gateway Minimizing Delay + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop. Also, check out this useful blog on PCBWay Plugin for KiCad from [https://www.pcbway.com/blog/News/PCBWay_Plug_In_for_KiCad_3ea6219c.html here.] Using this plugin, you can directly order PCBs in just one click after completing your design in KiCad.ick after completing your design in KiCad.)
Getting Started with TivaWare Launchpad - Basics + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] to order PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
DHT11 with ESPNOW + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] toget them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
AWS IoT Core IoT Platform Series - 6 + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY f]or ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY t]o get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Temperature Control Neo Pixels with Arduino Nano + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop. Also, check out this useful blog on PCBWay Plugin for KiCad from [https://www.pcbway.com/blog/News/PCBWay_Plug_In_for_KiCad_3ea6219c.html here]. Using this plugin, you can directly order PCBs in just one click after completing your design in KiCad.ick after completing your design in KiCad.)
Node Red Controlled Web LED on ESP32 with Raspberry Pi 4 + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shopou can get free stuff from their gift shop)
Node Red with Raspberry Pi + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Neo Pixels Ring with Arduino Nano + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY t]o get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop. Also, check out this useful blog on PCBWay Plugin for KiCad from [https://www.pcbway.com/blog/News/PCBWay_Plug_In_for_KiCad_3ea6219c.html here. U]sing this plugin, you can directly order PCBs in just one click after completing your design in KiCad.ick after completing your design in KiCad.)
M5Stick C Captive Portal + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Node Red Controlled Neo Pixel on Raspberry Pi 4 + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Getting Started with ESP-NOW + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Node-Red Telegram Bot with Temperature Logger Part-2 + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop. Also, check out this useful blog on PCBWay Plugin for KiCad from [https://www.pcbway.com/blog/News/PCBWay_Plug_In_for_KiCad_3ea6219c.html here.] Using this plugin, you can directly order PCBs in just one click after completing your design in KiCad.ick after completing your design in KiCad.)
Water Quality Monitoring System Based on IOT + (You must check out [https://www.pcbway.com … You must check out [https://www.pcbway.com/ PCBWAY] for ordering PCBs online for cheap! You get 10 good-quality PCBs manufactured and shipped to your doorstep for cheap. You will also get a discount on shipping on your first order. Upload your Gerber files onto [https://www.pcbway.com/ PCBWAY] to get them manufactured with good quality and quick turnaround time. PCBWay now could provide a complete product solution, from design to enclosure production. Check out their online Gerber viewer function. With reward points, you can get free stuff from their gift shop.u can get free stuff from their gift shop.)
Vo3D - Aeron chair headrest mount + (You should receive these in the package * 2 x long M5x35mm socket head cap screws)
Minetest and 3D scanning + (You will be suing Qlone, an application fo … You will be suing Qlone, an application for smartphone, to 3D scan an objet of your choice. Beware that Qlone requires you to pay for each export, or to buy a subscription that offers unlimited exports over a certain period of time. Unfortunately at the moment, there is not free technology that we are aware of, and that allows 3D scanning with a smartphone. Find how to 3D scan an object with Qlone on [https://docs.google.com/document/d/1ZOmi6oMzwFPIWjr0ZaCyUKKssK1Wi9xdnHIzgtfL5Zc/edit?usp=sharing this] tutorial.IzgtfL5Zc/edit?usp=sharing this] tutorial.)
Minetest and 3D scanning + (You will be suing Qlone, an application fo … You will be suing Qlone, an application for smartphone, to 3D scan an objet of your choice. Beware that Qlone requires you to pay for each export, or to buy a subscription that offers unlimited exports over a certain period of time. Unfortunately at the moment, there is not free technology that we are aware of, and that allows 3D scanning with a smartphone. Find how to 3D scan an object with Qlone on [https://docs.google.com/document/d/1ZOmi6oMzwFPIWjr0ZaCyUKKssK1Wi9xdnHIzgtfL5Zc/edit?usp=sharing this] tutorial.IzgtfL5Zc/edit?usp=sharing this] tutorial.)
ESP32 DHT22 IFTTT + (You will need a Python IDE such as Thonny for this project. You can use any IDE, but for this project, we are using Thonny. To install and use Thonny: *Go to https://thonny.org/ *Download *Install and then open)
Marble Machine No 1 Motor Assembly Instructions + (The parts can be glued together in one go … The parts can be glued together in one go and the parts held in place with rubber bands The bottom '''should not '''be glued but can be used to hold parts aligned while the glue dries. The bottom is left loose for access to switch and batteries. If you don't want the text to be visible, simply turn the part so it face inwards. When viewed from the front the holes for the motor mount (circled in red) should face left as shown in the picture below.d face left as shown in the picture below.)
Analogic Drawing Pad + (You will need to draw 10 pulleys in total. … You will need to draw 10 pulleys in total. To draw the pulleys, just place them on the board and draw their contour. Place de pulleys marked with “1” at 2cm from the sides of the board, and 5cm from the bottom of the board (the bottom of the board is the longest side). bottom of the board is the longest side).)
Analogic Drawing Pad + (You will need to draw 10 pulleys in total. … You will need to draw 10 pulleys in total. To draw the pulleys, just place them on the board and draw their contour. Place de pulleys marked with “1” at 2cm from the sides of the board, and 5cm from the bottom of the board (the bottom of the board is the longest side). bottom of the board is the longest side).)
Pet that lights up upon interaction + (You will need to use Arduino IDE to code a … You will need to use Arduino IDE to code and upload the firmware onto your ESP32 board. Download the software by visiting [https://www.arduino.cc/en/Main/Software? Arduino IDE] > Scroll down until you see the “Download the Arduino IDE” section and choose the version based upon your operating system (e.g. If you have Windows 7, choose “Windows Installer” / if you have Windows 10, choose “Windows app”) > On the next page choose “Just download” and run the installation files. “Just download” and run the installation files.)
Pet that lights up upon interaction + (You will need to use Arduino IDE to code a … You will need to use Arduino IDE to code and upload the firmware onto your ESP32 board. Download the software by visiting [https://www.arduino.cc/en/Main/Software? Arduino IDE] > Scroll down until you see the “Download the Arduino IDE” section and choose the version based upon your operating system (e.g. If you have Windows 7, choose “Windows Installer” / if you have Windows 10, choose “Windows app”) > On the next page choose “Just download” and run the installation files. “Just download” and run the installation files.)
Simple Train Blocking System + (You'll need to cut the rails or isolate th … You'll need to cut the rails or isolate them to make sure each block is independent. The last track is the security track and is isolated from the rest. The sticker on the plaque is right on the security track. What you see before is the main track (stop zone) and what you see after is the stop zone of the next block. after is the stop zone of the next block.)
Lampe de bureau + (fixation de l'abat-jour Sweet, 19 cm, toiline, brun taupe n°3 INSPIRE 6.5 €)
Lampe de bureau + (fixation de l'abat-jour Sweet, 19 cm, toiline, brun taupe n°3 INSPIRE 6.5 €)
Malinette + (http://files.wikifab.org/f/fb/Malinette_boite-malinette-laser.svg)
Malinette + (http://files.wikifab.org/f/fb/Malinette_boite-malinette-laser.svg)
BENTORAMIDE + (Test de la Bentolux en conditions réels et présentation de l' objet final.)
Sac à Main pour fauteuil roulant + (a la date de sa réalisation, en tout cas)
Disquorde - Meuble lecteur vinyle + ( * percer avec une mèche de 10 les angles arrondis du carré (en bleu dans la première image) * découper le bords de la poche (en rouge dans la première image) à la scie radiale et la scie sauteuse par exemple )
Best Amazon Music Converter in 2021 Is Here + (“Our Audio Capture also enables users to r … “Our Audio Capture also enables users to rip Amazon Music to common audio tracks. But it's a little complicated to operate as it works on any sound playing on the computer. Therefore, there are more and more customers who feedback that they need a customized Amazon Music Converter,” Charles David said, the product manager of AudFree Software. “Under this circumstance, with the hardworking of our professional engineers, AudFree Amazon Music Converter is created and developed successfully, which can automatically detect and split songs, and realize batch addition and conversion,” added he. batch addition and conversion,” added he.)

ASKotec Tutorials - DIY Simple analog synth + ( # Cut off the middle leg of the Transisto … # Cut off the middle leg of the Transistor SS9018HBU TO-92, and plug it into the socket left 1st and 3rd # Plug in the first capacitor into the socket right, with + in the 1st and - in the 4th # Plug in an audio cable to an amplified speaker, or laptop # Connect the battery FINISHED! OFF YOU GO, AND HAVE FUN WITH YOUR LITTLE SYNTH!!! Remember. If you change the capacitor size, you will have different pitch ranges.
u will have different pitch ranges. )
ASKotec Tutorials - DIY Simple analog synth + ( # Cut off the middle leg of the Transisto … # Cut off the middle leg of the Transistor SS9018HBU TO-92, and plug it into the socket left 1st and 3rd # Plug in the first capacitor into the socket right, with + in the 1st and - in the 4th # Plug in an audio cable to an amplified speaker, or laptop # Connect the battery FINISHED! OFF YOU GO, AND HAVE FUN WITH YOUR LITTLE SYNTH!!! Remember. If you change the capacitor size, you will have different pitch ranges.
u will have different pitch ranges. )

Petit bras robotique + (Dans mBlock ouvrez un nouveau dossier. N'o … Dans mBlock ouvrez un nouveau dossier. N'oubliez pas les étapes : - connecter le câble usb après branchement - connecter > usb - téléverser le microporgramme - cliquer le drapeau vert Pour ceci on cré une variable, position. Changez la variable quand on presse la flèche droite. De combien de degrés est-ce qu'on peut changer la position du moteur ?ce qu'on peut changer la position du moteur ?)
Module aquaponique de recuperation + ( # Suivre le plan d'assemblage ci-joint # … # Suivre le plan d'assemblage ci-joint # Construire en premier le fond, avec une planche coupé en biais dans le sens de la longueur. ## Placer et visser les tasseau sur le tour complet de la pièce 1 ## l'assemblage permet de maintenir les planches entre elles # met de maintenir les planches entre elles # )
ASKotec Tutorials - DIY Simple analog synth + ( # Take your time and look at the schematic. Start with + and run through the different ways till you end back to - pole # The second image shows you the pins you are going to use # Go and mark all pins on your board )
ASKotec Tutorials - DIY Simple analog synth + ( # Take your time and look at the schematic. Start with + and run through the different ways till you end back to - pole # The second image shows you the pins you are going to use # Go and mark all pins on your board )
Tree planting preparation (Sadhana Forest method) + ( #Install the tube on the planting zone, # … #Install the tube on the planting zone, #Dig dirt from uphill part of the planting zone, #Add the dirt around the tube to form a mound (looks like a volcano), #Add humanure, urine-activated charcoal and soil (e.g. topsoil from other grown trees) in the tube; opsoil from other grown trees) in the tube; )
Tree planting preparation (Sadhana Forest method) + ( #Install the tube on the planting zone, # … #Install the tube on the planting zone, #Dig dirt from uphill part of the planting zone, #Add the dirt around the tube to form a mound (looks like a volcano), #Add humanure, urine-activated charcoal and soil (e.g. topsoil from other grown trees) in the tube; opsoil from other grown trees) in the tube; )
Laboîte + ( #La première étape consiste à souder le c … #La première étape consiste à souder le connecteur « 5 broches sécable » sur un des modules « 4 matrices de LEDs » #Vous pouvez ensuite insérer les deux modules « 4 matrices de LEDs » dans le boîtier imprimé en 3D en vérifiant que les connecteurs extérieurs passent par les trous sur le côté (le module où vous avez soudé le connecteur doit se trouver en haut) #Connectez ensuite le microcontrôleur avec les matrices de LEDs comme suit :

Module « 4 matrices de LEDs » Microcontrôleur
VCC USB
GND GND
DIN MOSI
CLK SCK
CS 4
t;</tr><tr> <td><code>DIN</code> </td><td><code>MOSI</code> </td></tr><tr> <td><code>CLK</code> </td><td><code>SCK</code> </td></tr><tr> <td><code>CS</code> </td><td><code>4</code> </td></tr></table> )
Potato Tower + ( #If necessary, collect the stones (see '' … #If necessary, collect the stones (see ''"Gather construction material"''), #Collect the potato eyes, #Collect the soil, #If available, collect the compost or other organic fertilizer solution you want to use for your potatoes, #If necessary and possible, already collect mulching material (corn stalks, rice hulls, hay, straw, dry leaves, BRF …); rice hulls, hay, straw, dry leaves, BRF …); )
Potato Tower + ( #If necessary, collect the stones (see '' … #If necessary, collect the stones (see ''"Gather construction material"''), #Collect the potato eyes, #Collect the soil, #If available, collect the compost or other organic fertilizer solution you want to use for your potatoes, #If necessary and possible, already collect mulching material (corn stalks, rice hulls, hay, straw, dry leaves, BRF …); rice hulls, hay, straw, dry leaves, BRF …); )
Commande et instrumentation de trottinette électrique 500W avec Arduino méga + (<nowiki>'''2. Bibliographie :'''< … '''2. Bibliographie :'''

Lien download :

'''sketch_escooter_feed_back_reel_V1.ino'''

https://drive.google.com/file/d/0B_fB3GAsM02FSlRTWHdyRkhuUW8/view?usp=sharing

'''escooter_ampli_SIMULINK.mdl'''

https://drive.google.com/file/d/0B_fB3GAsM02FOW9OdmlhdDhJZGc/view?usp=sharing

'''escooter feed back ISIS.DSN'''

https://drive.google.com/file/d/0B_fB3GAsM02FOXdRWFN5OWRMQkE/view?usp=sharing

En anglais

https://forum.arduino.cc/index.php?topic=477397.0

article : « Etude de trottinettes électriques 100W et 500W (Arduino), Revue 3EI 2017 »

En attente

'''3. Programme en boucle ouverte'''

Pour tester la programmation, nous simulons le programme dans ISIS, comme on peut le voir sur la figure suivante. De plus, nous avons un afficheur LCD pour afficher des données (rapport cyclique correspondant à la PWM à 32Khz, le courant moteur, la tension moteur, l'action sur les boutons poussoirs. En effet, 4 boutons poussoirs sont utilisés.

BP1 pour incrémenter manuellement le rapport cyclique, BP2 le décrémenter. BP3 mettre le rapport cyclique à 0, correspondant au contact frein.

La vitesse du moteur est pratiquement proportionnelle au rapport cyclique

https://i58.servimg.com/u/f58/17/56/35/17/a211.jpg

Nous avons réalisé notre propre amplificateur de courant qui s'appelle un hacheur abaisseur mais il est possible d'acheter un shield

Il existe de nombreuses cartes pour Arduino pour commander des moteurs DC surtout de faibles puissances et aussi de grandes puissances comme on peut l'observer sur les liens suivants.

http://www.robotpower.com/products/MegaMotoPlus_info.html

http://www.robotshop.com/en/dc-motor-driver-2-15a.html

https://www.pololu.com/file/0J51/vnh3sp30.pdf

https://i58.servimg.com/u/f58/17/56/35/17/a310.jpg

mais, tous ces hacheurs shields mesurent le courant en interne mais il n'y a pas de limitation de courant.

Pour avoir une limitation de courant il faut une boucle de courant analogique en utilisant des AOP ou CI spécialisée ou une boucle de courant numérique rapide.

Mais quel doit être la valeur du courant de limitation ?

Le choix de la valeur du courant est normalement pour le Service de fonctionnement 1 heure pour pouvoir effectuée des montées relativement longue sans atteindre la température critique du moteur.

Dans notre cas, le courant de limitation devra etre de

Imoteur limitation=Puissance/Ubatterie=500W/24 V=20A

De plus, le transistor de puissance du hacheur ne peut supporter que 50A dans notre cas.

Mais en boucle ouverte, il n'a pas de régulation de courant, pour ne pas avoir de dépassement du courant maximum, une rampe du rapport cyclique sera utilisé.

Une routine d'interruption de 0.1 seconde sera utilisé pour faire la mesure de la tension est du courant (échantillon de mesure, sample ). Ce temps de sampler est arbitraire, mais ne permet pas d'être plus rapide que le temps de montée du courant car la constante de temps électrique du moteur étant de L/R= 1.5ms.

Le fonctionnement en boucle ouverte avec une rampe de 25.5s (8bit et routine d'interruption de 0.1s) permet de bien comprendre la problématique du fonctionnement d'une commande à moteur DC.

l'affichage se fera seulement tous les 0.2s pour avoir une stabilité des chiffres à l’écran. De plus, un filtrage numérique, se fera sur le courant et la tension sur 4 valeurs donc sur 0.4s.

'''Algo boucle ouverte'''

Routine d'interruption toutes les 0.1S

Lire tension et courant

Boucle loop (scrutation des boutons poussoirs)

Si BP1=1 alors incrementer PWM

Si BP2=1 alors décrementer PWM

Si BP3=1 alors PWM=0

Affichage des variables tous les 0.2s

'''code'''

{{

// include the library code:

#include

#include

#include

#define SERIAL_PORT_LOG_ENABLE 1

#define Led 13 // 13 pour la led jaune sur la carte

#define BP1 30 // 30 BP1

#define BP2 31 // 31 BP2

#define BP3 32 // 32 BP3

#define LEDV 33 // 33 led

#define LEDJ 34 // 34 led

#define LEDR 35 // 35 led

#define relay 36 // 36 relay

#define PWM10 10 //11 timer2

LiquidCrystal lcd(27, 28, 25, 24, 23, 22); // RS=12, Enable=11, D4=5, D5=4, D6= 3, D7=2, BPpoussoir=26

// Configuration des variables

unsigned int UmoteurF = 0; // variable to store the value coming from the sensor

unsigned int Umoteur = 0;

unsigned int Umoteur2 = 0;

unsigned int Umoteur3 = 0;

unsigned int Umoteur4 = 0;

unsigned int ImoteurF = 0;

unsigned int Imoteur = 0;

unsigned int Imoteur2 = 0;

unsigned int Imoteur3 = 0;

unsigned int Imoteur4 = 0;

byte Rcy=0 ; //rapport cyclique 8bit

unsigned int temps;

// the setup function runs once when you press reset or power the board

void setup() {

pinMode(Led, OUTPUT); //led carte arduino

pinMode(LEDV, OUTPUT);

pinMode(LEDR, OUTPUT);

pinMode(LEDJ, OUTPUT);

pinMode (PWM10,OUTPUT); // broche (10) en sortie timer2

// digitalWrite(LEDV,LOW);

Timer1.initialize(100000); // initialize timer1, and set a 0,1 second period => 100 000

Timer1.attachInterrupt(callback); // attaches callback() as a timer overflow interrupt

lcd.begin(20, 4);

Serial1.begin(9600);

TCCR2B = (TCCR2B & 0b11111000)r power the board void setup() { pinMode(Led, OUTPUT); //led carte arduino pinMode(LEDV, OUTPUT); pinMode(LEDR, OUTPUT); pinMode(LEDJ, OUTPUT); pinMode (PWM10,OUTPUT); // broche (10) en sortie timer2 // digitalWrite(LEDV,LOW); Timer1.initialize(100000); // initialize timer1, and set a 0,1 second period => 100 000 Timer1.attachInterrupt(callback); // attaches callback() as a timer overflow interrupt lcd.begin(20, 4); Serial1.begin(9600); TCCR2B = (TCCR2B & 0b11111000)</nowiki>)
Commande et instrumentation de trottinette électrique 500W avec Arduino méga + (<nowiki>'''2. Bibliographie :'''< … '''2. Bibliographie :'''

Lien download :

'''sketch_escooter_feed_back_reel_V1.ino'''

https://drive.google.com/file/d/0B_fB3GAsM02FSlRTWHdyRkhuUW8/view?usp=sharing

'''escooter_ampli_SIMULINK.mdl'''

https://drive.google.com/file/d/0B_fB3GAsM02FOW9OdmlhdDhJZGc/view?usp=sharing

'''escooter feed back ISIS.DSN'''

https://drive.google.com/file/d/0B_fB3GAsM02FOXdRWFN5OWRMQkE/view?usp=sharing

En anglais

https://forum.arduino.cc/index.php?topic=477397.0

article : « Etude de trottinettes électriques 100W et 500W (Arduino), Revue 3EI 2017 »

En attente

'''3. Programme en boucle ouverte'''

Pour tester la programmation, nous simulons le programme dans ISIS, comme on peut le voir sur la figure suivante. De plus, nous avons un afficheur LCD pour afficher des données (rapport cyclique correspondant à la PWM à 32Khz, le courant moteur, la tension moteur, l'action sur les boutons poussoirs. En effet, 4 boutons poussoirs sont utilisés.

BP1 pour incrémenter manuellement le rapport cyclique, BP2 le décrémenter. BP3 mettre le rapport cyclique à 0, correspondant au contact frein.

La vitesse du moteur est pratiquement proportionnelle au rapport cyclique

https://i58.servimg.com/u/f58/17/56/35/17/a211.jpg

Nous avons réalisé notre propre amplificateur de courant qui s'appelle un hacheur abaisseur mais il est possible d'acheter un shield

Il existe de nombreuses cartes pour Arduino pour commander des moteurs DC surtout de faibles puissances et aussi de grandes puissances comme on peut l'observer sur les liens suivants.

http://www.robotpower.com/products/MegaMotoPlus_info.html

http://www.robotshop.com/en/dc-motor-driver-2-15a.html

https://www.pololu.com/file/0J51/vnh3sp30.pdf

https://i58.servimg.com/u/f58/17/56/35/17/a310.jpg

mais, tous ces hacheurs shields mesurent le courant en interne mais il n'y a pas de limitation de courant.

Pour avoir une limitation de courant il faut une boucle de courant analogique en utilisant des AOP ou CI spécialisée ou une boucle de courant numérique rapide.

Mais quel doit être la valeur du courant de limitation ?

Le choix de la valeur du courant est normalement pour le Service de fonctionnement 1 heure pour pouvoir effectuée des montées relativement longue sans atteindre la température critique du moteur.

Dans notre cas, le courant de limitation devra etre de

Imoteur limitation=Puissance/Ubatterie=500W/24 V=20A

De plus, le transistor de puissance du hacheur ne peut supporter que 50A dans notre cas.

Mais en boucle ouverte, il n'a pas de régulation de courant, pour ne pas avoir de dépassement du courant maximum, une rampe du rapport cyclique sera utilisé.

Une routine d'interruption de 0.1 seconde sera utilisé pour faire la mesure de la tension est du courant (échantillon de mesure, sample ). Ce temps de sampler est arbitraire, mais ne permet pas d'être plus rapide que le temps de montée du courant car la constante de temps électrique du moteur étant de L/R= 1.5ms.

Le fonctionnement en boucle ouverte avec une rampe de 25.5s (8bit et routine d'interruption de 0.1s) permet de bien comprendre la problématique du fonctionnement d'une commande à moteur DC.

l'affichage se fera seulement tous les 0.2s pour avoir une stabilité des chiffres à l’écran. De plus, un filtrage numérique, se fera sur le courant et la tension sur 4 valeurs donc sur 0.4s.

'''Algo boucle ouverte'''

Routine d'interruption toutes les 0.1S

Lire tension et courant

Boucle loop (scrutation des boutons poussoirs)

Si BP1=1 alors incrementer PWM

Si BP2=1 alors décrementer PWM

Si BP3=1 alors PWM=0

Affichage des variables tous les 0.2s

'''code'''

{{

// include the library code:

#include

#include

#include

#define SERIAL_PORT_LOG_ENABLE 1

#define Led 13 // 13 pour la led jaune sur la carte

#define BP1 30 // 30 BP1

#define BP2 31 // 31 BP2

#define BP3 32 // 32 BP3

#define LEDV 33 // 33 led

#define LEDJ 34 // 34 led

#define LEDR 35 // 35 led

#define relay 36 // 36 relay

#define PWM10 10 //11 timer2

LiquidCrystal lcd(27, 28, 25, 24, 23, 22); // RS=12, Enable=11, D4=5, D5=4, D6= 3, D7=2, BPpoussoir=26

// Configuration des variables

unsigned int UmoteurF = 0; // variable to store the value coming from the sensor

unsigned int Umoteur = 0;

unsigned int Umoteur2 = 0;

unsigned int Umoteur3 = 0;

unsigned int Umoteur4 = 0;

unsigned int ImoteurF = 0;

unsigned int Imoteur = 0;

unsigned int Imoteur2 = 0;

unsigned int Imoteur3 = 0;

unsigned int Imoteur4 = 0;

byte Rcy=0 ; //rapport cyclique 8bit

unsigned int temps;

// the setup function runs once when you press reset or power the board

void setup() {

pinMode(Led, OUTPUT); //led carte arduino

pinMode(LEDV, OUTPUT);

pinMode(LEDR, OUTPUT);

pinMode(LEDJ, OUTPUT);

pinMode (PWM10,OUTPUT); // broche (10) en sortie timer2

// digitalWrite(LEDV,LOW);

Timer1.initialize(100000); // initialize timer1, and set a 0,1 second period => 100 000

Timer1.attachInterrupt(callback); // attaches callback() as a timer overflow interrupt

lcd.begin(20, 4);

Serial1.begin(9600);

TCCR2B = (TCCR2B & 0b11111000)r power the board void setup() { pinMode(Led, OUTPUT); //led carte arduino pinMode(LEDV, OUTPUT); pinMode(LEDR, OUTPUT); pinMode(LEDJ, OUTPUT); pinMode (PWM10,OUTPUT); // broche (10) en sortie timer2 // digitalWrite(LEDV,LOW); Timer1.initialize(100000); // initialize timer1, and set a 0,1 second period => 100 000 Timer1.attachInterrupt(callback); // attaches callback() as a timer overflow interrupt lcd.begin(20, 4); Serial1.begin(9600); TCCR2B = (TCCR2B & 0b11111000)</nowiki>)
Thermomètre infrarouge microbit + (Rendez vous sur ce lien : https://makecod … Rendez vous sur ce lien : https://makecode.microbit.org/_Up33c2V57WXt *assurez-vous que votre microbit est connecté à votre ordinateur par un câble micro-USB. *vous devriez constater que le microbit est utilisé par votre ordinateur comme une clé USB *cliquez sur le bouton "Download" de MakeCode, un fichier .hex sera téléchargé. Glissez et déposez le fichier .hex sur le lecteur (ou copiez et collez le). *Pendant la transmission, le voyant orange au dos de la carte micro:bit se met à clignoter. Une fois quele clignottement s'arrête, le transfert est terminé. Voilà, maintenant nous pouvons voir si le microbite fonctionne comme nous l'espérons.
e fonctionne comme nous l'espérons. )

ESP32 HC-SR04 Ultrasonic IFTTT + (<nowiki> <div class="mw …
import machine
import time
import urequests
import network

# Wi-Fi credentials
ssid = 'wifi_name' #input your own wifi name
password = 'password' #input your own password

# IFTTT webhook key
api_key = 'your_own_key' #input your own key

# Connect to Wi-Fi
station = network.WLAN(network.STA_IF)
station.active(True)
station.connect(ssid, password)
while station.isconnected() == False:
pass
print('Connection successful')
print(station.ifconfig())

# Set up ultrasonic sensor
trigger = machine.Pin(4, machine.Pin.OUT)
echo = machine.Pin(5, machine.Pin.IN)

def main():
while True:
# Send trigger pulse
trigger.value(0)
time.sleep_us(5)
trigger.value(1)
time.sleep_us(10)
trigger.value(0)

# Measure duration of echo pulse
while echo.value() == 0:
start = time.ticks_us()
while echo.value() == 1:
end = time.ticks_us()
duration = time.ticks_diff(end, start)

# Calculate distance
distance = duration * 0.034 / 2

# Send data to IFTTT
data = {'value1': distance}
submitData("ultrasonic_distance", data)

# Delay before next measurement
time.sleep(5)

def submitData(event, data):
try:
print('Sending data to IFTTT:', data)
request_headers = {'Content-Type': 'application/json'}
request = urequests.post(
'https://maker.ifttt.com/trigger/'+ event + '/with/key/' + api_key,
json=data,headers=request_headers)
print(request.text)
request.close()
except OSError as e:
print('Failed to send data to IFTTT.', e)

if __name__ == '__main__':
main()
) request.close() except OSError as e: print('Failed to send data to IFTTT.', e) if __name__ == '__main__': main()</pre></div></nowiki>)

PP Sheetpress + (====Tools==== same as above ====Parts==== … ====Tools==== same as above ====Parts==== 36 corner brackets ====Steps==== # Prepare your parts. Each "cell" will require 4 brackets, 16 M8Bolts, and 16 washers # Starting with the 4 corners of the ''entire assembly'', attach the corner brackets and tighten the bolts only to finger-tight. # Next attach the 920 beam ends to the outer perimeter. # Next, attach the inner beams in place. Ensure that all beams are equally spaced. (remember that the 2 interior beams are shorter though)
interior beams are shorter though) )
Virtual Fence - Anti Theft Device + (<nowiki>A Fence is a physical bounda … A Fence is a physical boundary, which is used to restrict kids and dogs from exiting the border Boundaries provide a layer of security, which also restricts entry from outside. But these boundaries need to be maintained heavily. And once an object has moved out or stolen, then the theft cannot be further located.

This brings us to a solution, which is geofencing a physical device attached to our belonging. This belonging would be a mere part of the IoT - Internet of ''''Things'.'''

The above pictorial is a sample of Geofence in a public area. Best part? Since it is on a virtual map, having a virtual fence would have no effect on whether you own the area. This area could be your Home, Office, favorite Coffee Shop, or even parlor.

But before we get started -e Coffee Shop, or even parlor. But before we get started -</nowiki>)
How to Delete Tidal Account Permanently without Subscription + (<nowiki>If you are using Apple produ … If you are using Apple products such as iOS devices, you will find a Delete Account option on your iOS Tidal app. Just follow the steps below to close Tidal account permanently.

Step 1. Open the Tidal app on your iPhone.

Step 2. Tap the top-right '''gear''' icon from the '''My Collection''' section to go to Tidal '''Settings'''.

Step 3. Scroll down and choose ''''Manage account''''.

Step 4. On the new screen, tap the bottom ''''Delete account'''' option.

gt;Step 4. On the new screen, tap the bottom ''''Delete account'''' option. </nowiki>)
How to Set Tidal Sleep Timer + (<nowiki>If you are using an Android … If you are using an Android phone, you need to install a professional Sleep Timer app from the Google Play store on your Android device and then create a sleep timer according to your needs. Now, look at the steps below.

'''Step 1.''' Download ''''Sleep Timer (Turn music off)'''' on your Android from Google Play.

'''Step 2.''' Launch the app and tap on the three vertical dots in the top right corner of the home screen.

'''Step 3.''' On the '''Setting''' menu, click ''''Player to launch on start'''' and select ''''Tidal'''' from the app list.

'''Step 4.''' Go back to the '''Settings''' menu and then choose ''''On sleep'''' > ''''Perform action'''' to personalize details of the sleep timer for Tidal music.''' > ''''Perform action'''' to personalize details of the sleep timer for Tidal music.</nowiki>)
Copier Youtube + (En France, vous êtes soumis à une taxe qui vous autorise à réaliser des copies Pour un usage privé, vous bénéficiez d'une exception qui vous permet de faire cette copie sans que cela ne soit illégal!!! http://www.procirep.fr/Bases-juridiques.html)
Copier Youtube + (En France, vous êtes soumis à une taxe qui vous autorise à réaliser des copies Pour un usage privé, vous bénéficiez d'une exception qui vous permet de faire cette copie sans que cela ne soit illégal!!! http://www.procirep.fr/Bases-juridiques.html)
Qubitro Device Data - IoT Platform Series + (<nowiki>To get started with Qubitro, … To get started with Qubitro, we will first need to create an account. Go to the Qubitro website (https://www.qubitro.com/) and click on the "Sign Up" button. You will be prompted to enter ''Full Name'', ''Email Address,Country'', and ''password'' to create your account.

Once, we have created the account, we can log in from '''https://portal.qubitro.com/login.''' However, we shall automatically be logged in to our account. shall automatically be logged in to our account.</nowiki>)
Water probe 9-11 activities + (<nowiki>To have a functioning water … To have a functioning water probe, you ll need to upload a specific program onto the arduino uno board.

Here is the sketch you need to upload:

/*

Water Conductivity Monitor

Sketch for an Arduino gadget that measures the electrical

conductivity of water.

This example code is based on example code that is in the public domain.

*/

const float ArduinoVoltage = 5.00; // CHANGE THIS FOR 3.3v Arduinos

const float ArduinoResolution = ArduinoVoltage / 1024;

const float resistorValue = 10000.0;

int threshold = 3;

int inputPin = A0;

int ouputPin = A5;

void setup()

{

Serial.begin(9600);

pinMode(ouputPin, OUTPUT);

pinMode(inputPin, INPUT);

}

void loop()

{

int analogValue=0;

int oldAnalogValue=1000;

float returnVoltage=0.0;

float resistance=0.0;

double Siemens;

float TDS=0.0;

while(((oldAnalogValue-analogValue)>threshold)> int oldAnalogValue=1000; float returnVoltage=0.0; float resistance=0.0; double Siemens; float TDS=0.0; while(((oldAnalogValue-analogValue)>threshold)</nowiki>)
EMI probe 9-11 + (<nowiki>Whether you re using an ardu … Whether you re using an arduino uno or a nano, the code that you ll need to upload in order for the probe to function correctly is basically the same.

Just make sure to program the correct digital pin for the piezo speaker. In the instructions above, we connected the speaker on D9 on an arduino uno, and D3 on an arduino nano.

// Arduino Electromagnetic interference detector

// Code modified by Patrick Di Justo, based on

// Aaron ALAI EMF Detector April 22nd 2009 VERSION 1.0

// aaronalai1@gmail.com

//

// This outputs sound and numeric data to the 4char

#include

#define SerialIn 2

#define SerialOut 7

#define wDelay 900

int inPin = 5;

int val = 0;

SoftwareSerial mySerialPort(SerialIn, SerialOut);

void setup()

{

pinMode(SerialOut, OUTPUT);

pinMode(SerialIn, INPUT);

mySerialPort.begin(19200);

mySerialPort.print("vv");

mySerialPort.print("xxxx");

delay(wDelay);

mySerialPort.print("----");

delay(wDelay);

mySerialPort.print("8888");

delay(wDelay);

mySerialPort.print("xxxx");

delay(wDelay);

Serial.begin(9600);

}

void loop()

{

val = analogRead(inPin);

Serial.println(val);

dispData(val);

val = map(val, 1, 100, 1, 2048);

tone(9,val,10);

}

void dispData(int i)

{

if ((i<-999)lay); Serial.begin(9600); } void loop() { val = analogRead(inPin); Serial.println(val); dispData(val); val = map(val, 1, 100, 1, 2048); tone(9,val,10); } void dispData(int i) { if ((i<-999)</nowiki>)
Automated Gardening Plant with arduino Uno under the DEEDU project + (<nowiki>You will need < … You will need

electronic control and command part (listed below)

water tank

a plant in a pot

a box for electronic (https://www.thingiverse.com/thing:4106140)

3d printed light sensor support (https://www.thingiverse.com/thing:3986667)

3d printed sprinkler (https://www.thingiverse.com/thing:3986672)

For the Command & Control part the material used are the following:

- 1 Arduino UNO link

- 1 moisture sensor link

- 1 CO2 Gas sensor Mq7 link

- 1 Lcd screen 2x16 (+i2c)) link

- 1 LDR light sensor (photoresistor) link

- 2 push buttons link

- 1 Temp + humidity sensor DHT11 link

- 1 5V water pump link

- 1 5v relay link

- 3 1k resistor link

- 1 Breadbord or prototyping PCB link

-2 5v power supply linklink - 1 5V water pump link - 1 5v relay link - 3 1k resistor link - 1 Breadbord or prototyping PCB link -2 5v power supply link</nowiki>)
3D CNC milling avec CAM Fusion 360 + (<section class="step"> Be …

Before beginning CAM programming, you need to consider the part and the best approach to machining. These decisions depend on the shape of the model, the material, and the constraints of the CNC machine you are using. In this lesson, you will learn how these factors impact your machining strategy with respect to workholding, registration (making sure the CNC knows where the part is), and CAM settings.

3D Toolpathing

If you completed the CAD and CAM Class, you worked with 2D toolpaths, in which the end mill stays at a fixed depth (Z-level) throughout a machining pass, moving only in X and Y while cutting. This type of machining is ideal for prismatic parts - parts in which all machined faces lie normal to the machine tool spindle.

When programming non-prismatic parts, such as molds or organic shapes like the the parts below, 2D operations are insufficient. You need to use 3D CAM operations, in which the end mill moves dynamically in X, Y, and Z.

Workholding

Workholding is the strategy for holding your part rigidly during the machining process. When programming with 3D toolpaths, workholding is an important initial consideration. This is especially true of parts that require machining on both sides, when the part will be flipped between setups.

When programming for prismatic parts, you may have noticed that 2D and 2.5D CAM only requires a CAD model of the part that you want to machine, without any extra features for workholding attachment or registration. This is because the part takes the shape of a rectangular prism, which can be held easily inside a vise or fixed to a spoiler board.

But what do you do when your shape is more organic or irregular, and also must be flipped to machine on both sides? In this case, you need to model additional material that will hold your part inside a vise, against a spoiler board, or flat against the bottom of the machine. It's very hard to program the CAM without having these features incorporated into your model.

In other words, 3D flip machining requires that you model the stock you want left behind, as well as tabs to prevent your part from coming loose inside the machine. These tabs will be cut off and sanded down after machining, usually with a bandsaw and disk sander.

Note: Another, more advanced, technique for workholding for irregular shapes in metal is a soft jaw system. You would machine your own custom aluminum jaws to use with a Lang or Kurt vise, and these custom jaws would hold your part after the flip. No tabs needed.

For your serving spoon, you will have two tabs--one on each end--and a rectangular prism of stock that will hold the spoon flat after the flip. When modeling, it's a good idea to make your stock and tabs another body, separate from your part.

Registration

Because the spoon will be machined from both sides (flip machining), you need a way to ensure that the CNC machine can locate the part accurately after it has been moved. This is called registration.

If you have used the Haas before, you're familiar with using a probe to locate your part . The DMS, however, like many table routers, does not have a probe. When using the DMS to locate the origin of your Work Coordinate System (Work Home), you will insert a tool into the spindle and jog it to the correct location. It's common to trap a piece of paper between the stock and the tool to ensure that Z is correct. In the DMS machine class you will learn how to enter the codes to set your WCS in this way. As you might imagine, this system is not accurate, because you're just "eyeballing" this location.

This means that if you have a part that requires flip machining, you need to consider how to get the two sides to line up properly with one another. There are lots of options, and they all have advantages and disadvantages based on the specifics of your part. Some common methods include:

--Attaching stops to your spoiler board (waste board under your part that can be machined) or machine bed

--Machining a contour into your spoiler board, then placing your stock exactly inside that contour

--Drilling holes for dowels that go into the spoiler board beneath your part (most accurate)

This final technique is the the method you will use for the spoon. While machining the front side of the spoon, you will also drill three holes through the stock and partially into the spoiler board. After you flip your part, you will insert dowels through the holes and into the spoiler board that will align your part perfectly with your first side.

CAM Settings

The specifics of the project - machining wood on the DMS router - will also determine some of the choices you make when programming toolpaths. 

 -Tool numbering

If you are a Pier 9 shop user, you will be using the DMS tool library. When you have simulated and finalized your CAM program, make sure that your tools are labeled in the chronological order that they are used. You will learn later in this class how to edit tool numbers.

Remember that the chronological tool numbers in your program do not correspond to the numbers in the DMS tool library drawer. For instance, the fifth tool you use in your program might be the 1" Rough Short End Mill, which is labeled #34 in the DMS library. You will see the DMS library number in the comment for each tool, which will appear in your setup sheet (machining plan). You will learn later how to generate setup sheets.

If you are not using Pier 9's DMS, you'll either be using custom tools, or tools from your own tool library. If using your own library, be sure to label your tools in the chronological order they will be used.

-Rules for roughing

Machining in wood or plastic on the DMS is not high speed machining (HSM). This means that you may use Adaptive toolpaths for roughing, but you cannot use the whole length of the cutter.

When machining wood or plastic, follow the Stepover and Stepdown Rule: The stepover and stepdown should never exceed 50% of the tool diameter.
lt;br />Machining in wood or plastic on the DMS is not high speed machining (HSM). This means that you may use Adaptive toolpaths for roughing, but you cannot use the whole length of the cutter. When machining wood or plastic, follow the Stepover and Stepdown Rule: The stepover and stepdown should never exceed 50% of the tool diameter. </section>)
FoldaRap 2.5 : 2ème partie + ('''Axe-X:''' * x1 chariot-x * x1 profilé 200mm * x6 vis sans tête)
Animatronic Interactif : Le Live + ('''... Jusqu'à ce que ça marche...''' Ou qu'on abandonne (à un moment, il faut))
Lampe de bureau, lampe à poser + (Profitez du spectacle ! Filmez, photographiez, partagez !)
Lampe de bureau, lampe à poser + (Encollez les deux parties et assemblez les, le tour est joué.)
Pet-feeder : distributeur de croquettes Arduino imprimé en 3D + ('''Durée:''' 28h 49min '''Composants nécessaires: ''' *Les STLs de votre box *Cura by dagoma ou *Cura 15.04.3 + profil de discovery 200 ou *Votre slicer préféré '''Outils:''' *Votre ordinateur *Une imprimante 3D)
Pet-feeder : distributeur de croquettes Arduino imprimé en 3D + (Vérifiez que la vis sans fin tourne librement)
Dispositif de sécurité à enregistrement de zone de tir + (Afin de valider le principe, j'ai réalisé … Afin de valider le principe, j'ai réalisé une maquette constituée par un "fusil photographique" auquel j'ai adjoint le système de repérage de la ligne de visée (circuit BNO055 + carte Arduino + buzzer). '''Les photos 1 et 2''' montrent les différents éléments de cette maquette: 1) Un smart phone fixé sur le fusil en bois permet d'enregistrer ce que voit et entend le chasseur lors de l'enregistrement et lors de la phase de chasse. L'objectif du smartphone est situé à l'endroit où se trouve l’œil du chasseur. Cet objectif voit le guidon du fusil en même temps que l'endroit précis visé dans le paysage. 2) Le système de repérage inertiel de la ligne de visée se compose - d'un petit circuit imprimé portant l'unité de mesure inertielle BNO055 - d'une carte de contrôle (Arduino UNO) reliée au BNO055 par un petit câble (alimentation + interface I2C). 3) J'ai également ajouté un buzzer à cette carte. Ce buzzer produit tous les signaux sonores nécessaires pour le suivi de l'enregistrement et de la phase de chasse. '''Nota:''' A l'origine j'aurais souhaité allonger la liaison I2C de façon que seul le petit circuit imprimé du BNO055 se trouve fixé au fusil, la carte de contrôle étant logée dans une poche de veste. Malheureusement la liaison I2C supporte mal l'allongement de la liaison. Pour un développement futur il faudrait donc plutôt utiliser la liaison UART du circuit.lutôt utiliser la liaison UART du circuit.)
How to Share Spotify Song on Snapchat + ('''''Q: Is there a way to share and at the … '''''Q: Is there a way to share and at the same time, play Spotify music on Snapchat?''''' '''A:''' Spotify hasn’t rolled out the playing option on Snapchat yet. To do so, you have to download music from Spotify in advance and share the full song file on Snapchat to your friends. But then again, Spotify songs are protected by DRM and users are not allowed to play them on any other platforms.So a third party tool like [https://www.tuneskit.com/music-converter-for-spotify/ TunesKit Spotify Music Converter] is needed to transform Spotify DRM songs into common audio files such as MP3, AAC and M4A. Then you can apply them into any platform without restrictions. '''TunesKit Spotify Music Converter''' is a feature-rich tool designed to convert Spotify Ogg files into 6 types of common audio formats including MP3, FLAC, AAC, WAV, M4A and M4B. With a 5X faster converting speed, it maintains the output files with 100% original audio quality. '''Step 1 Launch TunesKit and Import Spotify Songs''' Open TunesKit Spotify Music Converter. And then drag and drop songs from Spotify into TunesKit’s interface, and they’ll be automatically imported. '''Step 2 Set Up Output Format and Configurations''' Turn to Preference and then enter Convert menu. There're 6 types of output formats you can choose including MP3, M4A, M4B, AAC, WAV and FLAC. You can also customize the output channel, sample rate and bit rate. '''Step 3 Start Converting''' Click the "Convert" button and TunesKit will start operating. When it is all done, click the "Converted" button and you'll get the output file list. '''Step 4 Share and Play Spotify Songs on Snapchat''' Connect your phone with your computer, and then send the converted Spotify song files to your phone. Now you can share these songs to your friends and listen to them together on Snapchat.s and listen to them together on Snapchat.)
Bentolux a code + ('''Matériaux :''' *contreplaqué de peupli … '''Matériaux :''' *contreplaqué de peuplier 3mm 800*500mm (pour 2 boîtes) *colle à bois *serre-joint *Filament PLA pour les supports écran OLED et LCD (cf fichier joint) *tapis de découpe (pour garder un plan de travail propre) '''Electronique''' : *Une carte Arduino Uno *4 borniers wago *Un moteur solenoide 6 volts *Un keypad 4x3 *Un écran LCD *Un connecteur de pile 9V *Une diode 1N4004 *Une résistance de 2,2k (ou 1k) *Un transistor TIP102 *Un anneau 12 LED neopixel '''Machines :''' * Découpeuse laser Perez Camp 13/90 * Imprimante 3D Creality ender3 '''Logiciels''' : * Tinkercad * Arduino IDE * Ultimaker Cura* Tinkercad * Arduino IDE * Ultimaker Cura)
Lampe à poser, Miroir à poser et Bougeoir en découpe laser + (Emboitez les bakubons comme indiqué sur les photos)
Lampe à poser, Miroir à poser et Bougeoir en découpe laser + (Emboitez les bakubons comme indiqué sur les photos)
Turn signal biking jacket + ('''Plan the aesthetic and electrical layou … '''Plan the aesthetic and electrical layout of your piece''' Decide where each component is going to go and figure out how you will sew them together with as few thread crossings as possible. Make a sketch of your design that you can refer to as you work. The photos below show the sketches for my jacket. Stitching for power (+) is shown in red, ground (-) in black, LEDs in green, and switch inputs in purple.EDs in green, and switch inputs in purple.)
Turn signal biking jacket + ('''Plan the aesthetic and electrical layou … '''Plan the aesthetic and electrical layout of your piece''' Decide where each component is going to go and figure out how you will sew them together with as few thread crossings as possible. Make a sketch of your design that you can refer to as you work. The photos below show the sketches for my jacket. Stitching for power (+) is shown in red, ground (-) in black, LEDs in green, and switch inputs in purple.EDs in green, and switch inputs in purple.)
Drone aile volante + ( *Commencez par couper les marges avec une … *Commencez par couper les marges avec une règle et un cutter, prenez garde à suivre correctement le tracé en pointillé. *Se munir du tube de colle, puis encollez la feuille du coin en haut à gauche (Répartissez de la colle sur toute la surface du verso ) , là positionner sur un carton plein d'au moins 76cm*50.6cm et de 3mm d'épaisseur. Les deux bords en traits pleins doivent être superposés aux bords du carton. *Encoller la seconde section, là positionner à côté de la première en veillant à ce que les repères coïncident. *Poursuivre ceci jusqu'à ce que tout le plan soit reconstitué, puis faire de même pour les quatre autres. Les deux derniers peuvent êtres découpés pour utiliser les chutes de cartons. *Laisser sécher quelques heures. *A l'aide d'un cutter et d'une règle découper les pièces une par une sur les très pleins, évider les parties à évider. Les courbes peuvent êtres découpé à la scie à champ tourné. *Pour terminer poncer les bords des pièces découpés. miner poncer les bords des pièces découpés. )
FoldaRap 2.5 : 3ème partie + (Un côté du plateau aluminium possède des trous fraisés...)
OpenReflex: 3D Printed Camera + (1- Start by putting the two M3 hexagonal n … 1- Start by putting the two M3 hexagonal nuts in the holes provided for on the Body. It's a tight fit, so you'll need to push a bit. You can screw a screw from the other side for pull the nut. 2- Install the BackCover on its axis and insert the nut & bolt. The BackCover should fit nicely and rotate freely on its axis. Also set the BackShutter on his groove on the Body. 3- Put the UnwinderP2 and the UnwinderButton in place in the Cover. They should rotate, but not too much. 4- Set the Unwinder and the two FilmGuides in place in the Body. Put the Cover over all of this. You'll have to turn the UnwinderButton to align it with the Unwinder. Note : If the FilmGuide don't rotate on their axis it's not a problem. 5- Once everything is in place, put squared nuts in the columns and screw them in place through the Cover. 6- Algih the BackCover with the Cover and screw them together. Everything should fit in place, the UnwinderButton should make the Unwinder turn with some friction and the BackShutter should slide on its groove. All done ! For the Rewinder and the final light proofing we'll see this later. ;) final light proofing we'll see this later. ;))
OpenReflex: 3D Printed Camera + (1- Start by putting the two M3 hexagonal n … 1- Start by putting the two M3 hexagonal nuts in the holes provided for on the Body. It's a tight fit, so you'll need to push a bit. You can screw a screw from the other side for pull the nut. 2- Install the BackCover on its axis and insert the nut & bolt. The BackCover should fit nicely and rotate freely on its axis. Also set the BackShutter on his groove on the Body. 3- Put the UnwinderP2 and the UnwinderButton in place in the Cover. They should rotate, but not too much. 4- Set the Unwinder and the two FilmGuides in place in the Body. Put the Cover over all of this. You'll have to turn the UnwinderButton to align it with the Unwinder. Note : If the FilmGuide don't rotate on their axis it's not a problem. 5- Once everything is in place, put squared nuts in the columns and screw them in place through the Cover. 6- Algih the BackCover with the Cover and screw them together. Everything should fit in place, the UnwinderButton should make the Unwinder turn with some friction and the BackShutter should slide on its groove. All done ! For the Rewinder and the final light proofing we'll see this later. ;) final light proofing we'll see this later. ;))
SolarOSE : concentrateur solaire thermique linéaire de fresnel + ('''Sorties:''' Le concentrateur de démonst … '''Sorties:''' Le concentrateur de démonstration : * champ de miroirs * récepteur * système électronique * usage de démonstration + déchets et ressources restantes : restes de miroir, restes de métal (chutes d’acier, visserie, plomberie), restes de bois, restes d’isolant, restes de colle, restes de mastic.solant, restes de colle, restes de mastic.)
SolarOSE : concentrateur solaire thermique linéaire de fresnel + ('''Sorties:''' Le concentrateur de démonst … '''Sorties:''' Le concentrateur de démonstration : * champ de miroirs * récepteur * système électronique * usage de démonstration + déchets et ressources restantes : restes de miroir, restes de métal (chutes d’acier, visserie, plomberie), restes de bois, restes d’isolant, restes de colle, restes de mastic.solant, restes de colle, restes de mastic.)
How to Allow or Block Apple Music Explicit Content + ('''Step 1.''' Go to '''Settings''' on your … '''Step 1.''' Go to '''Settings''' on your iPhone and tap '''Screen Time'''. '''Step 2.''' Scroll to the '''Content & Privacy Restrictions''' option under '''Screen Time'''. '''Step 3.''' Make sure your Content & Privacy Restrictions toggle is enabled and tap the '''Content Restrictions''' option beneath. '''Step 4.''' Tap the '''Music, Podcasts, Fitness''' to select what content to allow. '''Step 5.''' Here you can select allow content from '''Explicit''' to '''Clean'''. allow content from '''Explicit''' to '''Clean'''.)
How to Clear Tidal Cache on iOS and Android + ('''Step 1.''' On the Home screen of your A … '''Step 1.''' On the Home screen of your Android phone, press and hold the '''Tidal app icon''' until a menu appears. '''Step 2.''' Tap the icon with i to enter the app’s settings. Or you can go to '''Settings''' > '''Apps''' > '''Tidal''' to set up, too. '''Step 3.''' On the detail page, tap '''Storage & cache''' and then '''Clear cache'''.''Storage & cache''' and then '''Clear cache'''.)
How to Create Spotify Codes for Sharing with Others + ('''Step 1.''' Open the Spotify app and tap … '''Step 1.''' Open the Spotify app and tap the '''search''' button at the bottom. '''Step 2.''' Type in the name of the song in the search bar and search for it. '''Step 3.''' Scroll down the search results and find the exact song you’d like to share. '''Step 4.''' Here tap the '''three-dot icon''' beside the song name directly. '''Step 5.''' You’ll see a wave-alike Spotify code in the menu.see a wave-alike Spotify code in the menu.)
Caisson d'ordinateur + ('''Support en Bois''' * 300mm x 320mm x 1 … '''Support en Bois''' * 300mm x 320mm x 18mm * 300mm x 240mm x 18mm '''Coffrage Face A''' * 300mm x 260mm x 90mm '''Ventilateur carte mère''' * 80mm x 80mm '''Ventilateur sortie''' * 90 mm x 90mm '''Coffrage Face B''' * 305mm x 263mm x 90mm '''“Cratère”''' * 103.6mm x 90.9mm x 15mm'''“Cratère”''' * 103.6mm x 90.9mm x 15mm)
Caisson d'ordinateur + ('''Support en Bois''' * 300mm x 320mm x 1 … '''Support en Bois''' * 300mm x 320mm x 18mm * 300mm x 240mm x 18mm '''Coffrage Face A''' * 300mm x 260mm x 90mm '''Ventilateur carte mère''' * 80mm x 80mm '''Ventilateur sortie''' * 90 mm x 90mm '''Coffrage Face B''' * 305mm x 263mm x 90mm '''“Cratère”''' * 103.6mm x 90.9mm x 15mm'''“Cratère”''' * 103.6mm x 90.9mm x 15mm)
Wio WM1110: Quick Start Guide for Seamless Integration + ('''This guide explains the steps to seamle … '''This guide explains the steps to seamlessly integrate the WM1110 sensor module with The Things Network (TTN) and ThingSpeak for data transmission and visualization.''' The [https://www.seeedstudio.com/Wio-WM1110-Dev-Kit-p-5677.html?queryID=86ddeaf2f0e1846781c93ee0739996d3&objectID=5677&indexName=bazaar_retailer_products seeed studio Wio-WM1110 Dev Kit] is based on the [https://www.seeedstudio.com/Wio-WM1110-Module-LR1110-and-nRF52840-p-5676.html?queryID=777e87bf936e9951b01169e582eaaa0b&objectID=5676&indexName=bazaar_retailer_products Wio-WM1110] Wireless Module, which integrates both a Semtech LoRa® transceiver and a multi-purpose radio front-end for geolocation functionalities. The LoRa® transceiver enables low-power, high-sensitivity network coverage, while GNSS (GPS/BeiDou) and Wi-Fi scanning work together to offer comprehensive location coverage. Additionally, the Dev Kit provides connectivity options for a variety of peripherals, making it a versatile platform for developing diverse IoT applications. The [https://www.seeedstudio.com/Wio-WM1110-Module-LR1110-and-nRF52840-p-5676.html?queryID=777e87bf936e9951b01169e582eaaa0b&objectID=5676&indexName=bazaar_retailer_products Wio-WM1110] is a powerful fusion positioning module designed for developing low-power, long-range IoT applications. It combines the capabilities of the [https://www.semtech.com/products/wireless-rf/lora-edge/lr1110 Semtech LR1110] LoRa transceiver and the [https://www.nordicsemi.com/products/nrf52840 Nordic nRF52840] microcontroller, offering a comprehensive solution for building connected devices with the following features: * '''Long-range wireless communication:''' Utilizing Semtech's LoRa technology, the Wio-WM1110 enables low-power communication over vast distances, making it ideal for connecting devices in remote locations. * '''Global Navigation Satellite System (GNSS):''' Integrated GNSS support, including GPS and BeiDou, provides accurate location tracking capabilities for your IoT devices. * '''Wi-Fi connectivity:''' In addition to LoRaWAN and GNSS, the Wio-WM1110 also offers Wi-Fi connectivity, providing another option for device communication and internet access. * '''Bluetooth:''' The module further extends its connectivity options by supporting Bluetooth protocols, enabling communication with other Bluetooth-enabled devices. * '''Fusion positioning:''' By combining the data from LoRaWAN, GNSS, Wi-Fi, and Bluetooth, the Wio-WM1110 can achieve highly accurate and reliable positioning, even in challenging environments. * '''Low-power operation:''' The Wio-WM1110 is designed for low-power consumption, allowing your devices to operate for extended periods on battery power. * '''Open-source platform:''' The Wio-WM1110 is based on an open-source platform, providing developers with access to the underlying hardware and software, allowing for greater customization and flexibility. and software, allowing for greater customization and flexibility.)
VERBIS - Desktop 8x8 RGB LED Matrix Word Clock + ('''Wooden photo frame''' You can make you … '''Wooden photo frame''' You can make your own frame, there are a dozen of articles about this, even here on Instructables. But a simpler solution would be finding a framing company where you can order a personalized frame with your required dimensions and you can choose from many frame types. This is exactly what I did. I ordered my frames with a specific dimension: the framed photo, in my case object (display) is 80x80mm. I also asked for an accurate dimension, I didn't want the frame to be too big for the 3D printed plastic grid. '''Plexiglass support''' The plexiglass support can be also be made DIY but for an amateur it is not very easy to cut and blend plexiglass. So I ordered several supports from an advertising company that makes all kinds of plexiglass objects. The dimensions I used are: width - 120mm, first part length - 180mm, second part length - 50mm, 15° bending angle. '''Display plexiglass sheet''' The 3mm grey smoked plexiglass sheet can be cut from a bigger sheet, obtaining the required 80x80mm dimension. '''Plastic grid''' The STL file for 3D printing can be downloaded from [https://www.tinkercad.com/things/arRYOVE5Lbk Tinkercad] '''Display Printed Paper Sheet''' The SVG file for the Printed Paper Sheet is attached, and it can be edited with Inkscape. You can make your own display layout based on this SVG file, I used [https://www.wordsearchkit.com/ Word Search Construction Kit] software to generate a words layout for the time display. You can print the file repeatedly on the same sheet of paper to achieve a good, opaque, black background. I got very good results with a cheap inkjet printer and standard white copier paper. I cut off the layout with a pair of scissors. '''Plastic box for electronics''' The files that you can 3d print are also on [https://www.tinkercad.com/things/2vKBHQ1HEI3 Tinkercad]. I used some already purchased jewelry boxes, I only designed a new box base because the boxes were too tall. The files on Tinkercad are based on this type of boxes. '''Detailed instructions''' (follow the images above) * choose (and mark) a side of the frame to be the top of the clock, clean the smoked plexiglass sheet, put it in the frame; * place the printed paper sheet and the 3D printed grid; * drill with 2 mm diameter bit through the plastic grid to make room for the screws in the frame; * screw the plastic grid; * mark on the frame the place for holes and lock the frame to the plexiglass support; * drill the holes with a 2mm diameter bit (enlarge the holes in the support with a 3mm diameter bit, make the coining with a 10mm diameter bit) and screw it all together. The last image shows an almost finished enclosure. image shows an almost finished enclosure.)
VERBIS - Desktop 8x8 RGB LED Matrix Word Clock + ('''Wooden photo frame''' You can make you … '''Wooden photo frame''' You can make your own frame, there are a dozen of articles about this, even here on Instructables. But a simpler solution would be finding a framing company where you can order a personalized frame with your required dimensions and you can choose from many frame types. This is exactly what I did. I ordered my frames with a specific dimension: the framed photo, in my case object (display) is 80x80mm. I also asked for an accurate dimension, I didn't want the frame to be too big for the 3D printed plastic grid. '''Plexiglass support''' The plexiglass support can be also be made DIY but for an amateur it is not very easy to cut and blend plexiglass. So I ordered several supports from an advertising company that makes all kinds of plexiglass objects. The dimensions I used are: width - 120mm, first part length - 180mm, second part length - 50mm, 15° bending angle. '''Display plexiglass sheet''' The 3mm grey smoked plexiglass sheet can be cut from a bigger sheet, obtaining the required 80x80mm dimension. '''Plastic grid''' The STL file for 3D printing can be downloaded from [https://www.tinkercad.com/things/arRYOVE5Lbk Tinkercad] '''Display Printed Paper Sheet''' The SVG file for the Printed Paper Sheet is attached, and it can be edited with Inkscape. You can make your own display layout based on this SVG file, I used [https://www.wordsearchkit.com/ Word Search Construction Kit] software to generate a words layout for the time display. You can print the file repeatedly on the same sheet of paper to achieve a good, opaque, black background. I got very good results with a cheap inkjet printer and standard white copier paper. I cut off the layout with a pair of scissors. '''Plastic box for electronics''' The files that you can 3d print are also on [https://www.tinkercad.com/things/2vKBHQ1HEI3 Tinkercad]. I used some already purchased jewelry boxes, I only designed a new box base because the boxes were too tall. The files on Tinkercad are based on this type of boxes. '''Detailed instructions''' (follow the images above) * choose (and mark) a side of the frame to be the top of the clock, clean the smoked plexiglass sheet, put it in the frame; * place the printed paper sheet and the 3D printed grid; * drill with 2 mm diameter bit through the plastic grid to make room for the screws in the frame; * screw the plastic grid; * mark on the frame the place for holes and lock the frame to the plexiglass support; * drill the holes with a 2mm diameter bit (enlarge the holes in the support with a 3mm diameter bit, make the coining with a 10mm diameter bit) and screw it all together. The last image shows an almost finished enclosure. image shows an almost finished enclosure.)
AttendSyS : Système de pointage connecté + ( * '''Description :''' … * '''Description :''' Ce premier boîtier nous a permis de faire un ensemble de tests notamment de s'assurer que la carte RFID est bien détectée même à plusieurs centimètres du module avec un couvercle de séparation de 1 mm. Il a été produit en lien avec la première carte électronique été produit en lien avec la première carte électronique )
AttendSyS : Système de pointage connecté + ( * '''Description :''' … * '''Description :''' Ce premier boîtier nous a permis de faire un ensemble de tests notamment de s'assurer que la carte RFID est bien détectée même à plusieurs centimètres du module avec un couvercle de séparation de 1 mm. Il a été produit en lien avec la première carte électronique été produit en lien avec la première carte électronique )
URMATCH, le GPS qui suit votre équipe lors de tous ses matchs + ( * '''Réalisation:''' Nous avons réalisé d … * '''Réalisation:''' Nous avons réalisé dans un premier temps une boite en boit qui contient le circuit électronique. Par la suite, nous avons mis la boite dans une demi sphère en plastique mou réalisée grâce à une imprimante 3D. * '''Problèmes rencontrés:''' En imprimant la pièce nous nous sommes rendu-compte que notre dôme avait une hauteur trop grande et que le haut du dôme était trop dur ce qui risquait de gêner ou blesser les joueurs. * '''Modifications à envisager:''' La version 2 sera dôme plus aplati avec un couvercle et beaucoup plus vide à l’intérieur. De plus, nous avons abandonné l’idée de la boite en bois car elle n’a finalement aucune utilité. car elle n’a finalement aucune utilité. )
NEXT ENGINE 3D SCANNER :How to use it + ( * '''WEIGHT''' 7.68 KG * '''INPUT POWER'' … * '''WEIGHT''' 7.68 KG * '''INPUT POWER''' 100-240 VAC/60W * '''Measurement system''' MultiStripe Laser Triangulation (MLT) *'''Sensor''' Twin 5.0 Mega-pixel CMOS RGB image sensors *'''SIZE''' 276 x 223 x 91mm *'''Field AREA''' 5.1" x 3.8" (Macro) and 13.5" x 10.1" (Wide) *'''Capteur density''' 268K points/in (Macro) and 29K points/in (Wide) *'''Texture Density''' 500DPI ( Macro) and 200DPI (Wide) *'''Dimensional Accuracy''' 100 micorn ( Marco) and 300 micron ( Wide) *'''Acquisition Speed''' 50,000 points/sec *'''CONNECTIVITY''' USB 2.0 *'''OPERATING SYSTEM''' Windows XP/Vista/7/8 (64-bits) *'''MINIMUM REQUIREMENT''': 2 GHz Dual-core, 3GB RAM, 256MB graphics *''' FILE FORMAT''' STL, OBJ, VRML, XYZ, PLY *'''FILE SIZE''' 200MB fot typical model * '''SOFTWARE''' ScanStudio™ (FREEWARE) del * '''SOFTWARE''' ScanStudio™ (FREEWARE) )
Openbioréacteur + ( * 1-Capteurs sans fils (hardware non impl … * 1-Capteurs sans fils (hardware non implémenté) * 2-Contrôleur chauffage, contrôleur agitation magnétique * 3-Contrôle des pompes, réception des données capteurs, et émission sur serveur annexe. * 4-Intrants La version que je présente ne comprend ni les capteurs, ni le contrôleur de chauffage, ni le contrôleur d'agitation magnétique. Ceci dans un souci de simplification. ue. Ceci dans un souci de simplification. )
Robot artiste avec Arduino + ( * Carte Arduino uno * Plateforme support … * Carte Arduino uno * Plateforme support de la carte, (par exemple une petite planche de 5 x7 cm en contreplaqué de 3mm d’épaisseur) * Batterie externe avec USB * Deux roues de « lego » ou à fabriquer avec une imprimante 3d * Deux servomoteurs arduino * Fils * Logiciel de codage Arduino ( à télécharger https://www.arduino.cc/en/software) * Un feutre avec pointe épaisse n/software) * Un feutre avec pointe épaisse )
Impression 3D standard + ( * Direction thingiverse.com * Trouver un STL à son goût (ici un T. Rex) * Le-télécharger )
Case pour synthétiseur modulaire 2*3U / 84hp + (Le fichier contient un porte cables de patches, emboitable dans le case !)
Case pour synthétiseur modulaire 2*3U / 84hp + (Le fichier contient un porte cables de patches, emboitable dans le case !)
TOLOU SENFABLAB + ( * Fer à souder + étain * Pistolet à colle * Multimètre * Pince coupante * Imprimante 3D )
Porte cable + ( * Je suis allée chercher des images de st … * Je suis allée chercher des images de stencil de Bob Marley afin d'avoir un image simple à colorier. Apres avoir importer et vectoriser l'image dans Inkscape, j'ai retravaillée la coupe de cheveux afin d'avoir un porte cable joli même vide. * J'ai laissée l'intérieur en vert pour le graver et découper le contour rouge.(suivant votre laser ce sera l'épaisseur du trait, couleur, etc) ce sera l'épaisseur du trait, couleur, etc) )
Porte cable + ( * Je suis allée chercher des images de st … * Je suis allée chercher des images de stencil de Bob Marley afin d'avoir un image simple à colorier. Apres avoir importer et vectoriser l'image dans Inkscape, j'ai retravaillée la coupe de cheveux afin d'avoir un porte cable joli même vide. * J'ai laissée l'intérieur en vert pour le graver et découper le contour rouge.(suivant votre laser ce sera l'épaisseur du trait, couleur, etc) ce sera l'épaisseur du trait, couleur, etc) )
Design your personal logo with Tinkercad + ( * Open a new document in tinkercad * Sel … * Open a new document in tinkercad * Select view TOP * Switch to Orthographic view Always use Shift plus Right-click to move the workplace. Use the Mouse-wheel to zoom-in zoom-out. This tutorial aims to give suggestion on how to combine shapes, in order to create a logo using the tools that Tinkercad provides. No technical drawing skill is required. es. No technical drawing skill is required. )
Laser cut Spirograph + ( * Open a new document in tinkercad * Select view TOP * ''Switch to Orthographic view'' ''Always use Shift plus Right-click to move the workplane.'' ''Use the Mouse-wheel to zoom-in zoom-out.'' )
RainMan Clémence.F + ( * Branchez les trois fils de couleur sur le moteur: - le fil orange dans le trou "9∼" - le fil rouge dans le trou "5V" - le fil marron dans le trou "GND" )
OpenHandiDesk + (la toute premiere esquisse du projet, la version 0 !)
OpenHandiDesk + ((si on prend pas en compte les petites erreurs de dessin, oups))
FoldaRap 2.5 : imprimante 3D facilement transportable + ( * pied-avant-gauche: http://reprap.org/wi … * pied-avant-gauche: http://reprap.org/wiki/File:Foot-front-left.png * pied-avant-droite: http://reprap.org/wiki/File:Foot-front-rightt.png * pied-arrière-droite: http://reprap.org/wiki/File:Foot-front-left.png * pied-arrière-gauche: http://reprap.org/wiki/File:Foot-front-rightt.png * charnière-intérieur-gauche: http://reprap.org/wiki/File:FR2-5-hinge-inner-left.png * charnière-intérieur-droite: http://reprap.org/wiki/File:FR2-5-hinge-inner-right.png p.org/wiki/File:FR2-5-hinge-inner-right.png )
FoldaRap 2.5 : imprimante 3D facilement transportable + ( * pied-avant-gauche: http://reprap.org/wi … * pied-avant-gauche: http://reprap.org/wiki/File:Foot-front-left.png * pied-avant-droite: http://reprap.org/wiki/File:Foot-front-rightt.png * pied-arrière-droite: http://reprap.org/wiki/File:Foot-front-left.png * pied-arrière-gauche: http://reprap.org/wiki/File:Foot-front-rightt.png * charnière-intérieur-gauche: http://reprap.org/wiki/File:FR2-5-hinge-inner-left.png * charnière-intérieur-droite: http://reprap.org/wiki/File:FR2-5-hinge-inner-right.png p.org/wiki/File:FR2-5-hinge-inner-right.png )
Tree planting (Aranya Agricultural Alternatives method) + ( #If you use a bottle-irrigation system: # … #If you use a bottle-irrigation system: ##Loosen the cap to open the bottle-irrigation system, ##As you add water in the bottle, measure the amount of water added in the bottle-irrigation system: ###If the bottle was empty, increase the frequency of your examinations, ###If the bottle was not empty, reduce the frequency of your examinations; ##Tighten the cap to close the bottle-irrigation system; #If you use a clay-pot-irrigation system: ##Remove the clay plate from the clay pot to open the clay-pot-irrigation system, ##As you add water in the clay pot, measure the amount of water added in the clay-pot-irrigation system: ###If the clay pot was empty, increase the frequency of your examinations, ###If the clay pot was not empty, reduce the frequency of your examinations; ##Install the clay plate on the clay pot to close the clay-pot-irrigation system: #Else: ##If the moisture level is low, add water and increase the frequency of your examinations, ##If the moisture level is high, reduce the frequency of your examinations. reduce the frequency of your examinations. )
Tree planting (Aranya Agricultural Alternatives method) + ( *Define the plantation zone, *Make sure t … *Define the plantation zone, *Make sure that your sapling is ready for transplantation, *Make sure that weather conditions will be favorable for the young tree to grow (avoid dry season peak), *If applicable, [[Clay-pot-irrigation system (Aranya Agricultural Alternatives method)|build your clay-pot irrigation system]], *If applicable, [[Tree planting preparation (Sadhana Forest method)|build your bottle-irrigation system]]. Feel free to adapt the procedure to your environment. to adapt the procedure to your environment. )
Maker' pot + (- '''3.1 les composants''' * 1 Feather Hu … - '''3.1 les composants''' * 1 Feather Huzzah ESP8266 * 1 Trinket Pro 5V * 1 régulateur 12V - 5V * 1 pompe (brushless DC pump, 12V 9W) * 1 alimentation 12V 3000mA * 1 connecteur pour l'alimentation * 1 capteur de niveau d'eau (capacitif à créer en amont) * 2 transistors * 1 diode * 1 lampe (2 rubans de leds froides dans l'idéal) - '''3.2 le circuit''' Découper une plaque de prototypage de 75x90mm et suivre le schéma ci-joint pour réaliser les soudures. Il est conseillé: * de souder des pins males sur la feather huzzah et la trinket pro et des pins femelles à leur futur emplacement sur la PCB. * d'être en mesure de brancher et débrancher les câbles d'alimentation de la pompe, des leds et du capteur d'eau. Utiliser des pins males et femelles ou des connecteurs comme nous l'avons fait. - '''3.3 Création des comptes''' * Adafruit https://io.adafruit.com/ Créer un compte Adafruit IO et mettre de côté les informations : ''AIO Key'' et ''username''. Créer les feeds "alert0", "alert1", "alert2", "leds", "ledsetter", "pump" & "waterlevel". * IFTTT https://ifttt.com/ Créer un compte IFTTT. Chercher le service "Adafruit" et connecter le avec votre compte adafruit IO. Faire de même avec le service "Gmail" ou "mail". Créer les 4 applets suivants: # "IF '''any new data on alert1 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 1. # "IF '''any new data on alert0 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 0 et qu'il faut remplir le réservoir d'eau. # "IF '''every day at 06:00AM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet allume les leds à 6h tous les matins, ledsetter = 1. # "IF '''every day at 10:00PM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.tter feed'''" (Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.)
Maker' pot + (- '''3.1 les composants''' * 1 Feather Hu … - '''3.1 les composants''' * 1 Feather Huzzah ESP8266 * 1 Trinket Pro 5V * 1 régulateur 12V - 5V * 1 pompe (brushless DC pump, 12V 9W) * 1 alimentation 12V 3000mA * 1 connecteur pour l'alimentation * 1 capteur de niveau d'eau (capacitif à créer en amont) * 2 transistors * 1 diode * 1 lampe (2 rubans de leds froides dans l'idéal) - '''3.2 le circuit''' Découper une plaque de prototypage de 75x90mm et suivre le schéma ci-joint pour réaliser les soudures. Il est conseillé: * de souder des pins males sur la feather huzzah et la trinket pro et des pins femelles à leur futur emplacement sur la PCB. * d'être en mesure de brancher et débrancher les câbles d'alimentation de la pompe, des leds et du capteur d'eau. Utiliser des pins males et femelles ou des connecteurs comme nous l'avons fait. - '''3.3 Création des comptes''' * Adafruit https://io.adafruit.com/ Créer un compte Adafruit IO et mettre de côté les informations : ''AIO Key'' et ''username''. Créer les feeds "alert0", "alert1", "alert2", "leds", "ledsetter", "pump" & "waterlevel". * IFTTT https://ifttt.com/ Créer un compte IFTTT. Chercher le service "Adafruit" et connecter le avec votre compte adafruit IO. Faire de même avec le service "Gmail" ou "mail". Créer les 4 applets suivants: # "IF '''any new data on alert1 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 1. # "IF '''any new data on alert0 feed''', THEN '''send an email to yourself'''" (Adafruit -> Gmail). Cet applet permet de recevoir un mail notifiant que le niveau d'eau du makers' pot est à 0 et qu'il faut remplir le réservoir d'eau. # "IF '''every day at 06:00AM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet allume les leds à 6h tous les matins, ledsetter = 1. # "IF '''every day at 10:00PM''', THEN '''send send data to ledsetter feed'''" (Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.tter feed'''" (Date & Time -> Adafruit). Cet applet éteint les leds à 22h tous les soirs, ledsetter = 0.)
Lampe en bois + (- Assembler le tout à l'aide de vis a bois ou colle. - Percer les planchettes par le dessous.)
Tab2Lux + (Source : https://syskb.com/lecteur-audio- … Source : https://syskb.com/lecteur-audio-raspberry-pi-dac/#A4 Temps estimé : 30 minutes en comptant le téléchargement d’une image de 600 MB #Téléchargez la [http://www.runeaudio.com/download/ dernière version de RuneAudio]. Notez que si vous avez un vieux Raspberry Pi, ça le fait !
#Insérez votre carte Micro SD sur votre PC.
#Téléchargement d'Etcher : En effet, Etcher est extrêmement simple à utiliser. On le télécharge, l’installe et on le lance. L'avantage de ce logiciel, c'est qu'il peut utiliser une ISO zippé sans devoir la décompresser
> On choisit l'ISO (1) puis la carte SD de destination (2) et enfin, on lance l'installation (3).
#Une fois l’installation terminée insérez la carte SD dans le RPi.
br/> #Une fois l’installation terminée insérez la carte SD dans le RPi. )
Multi-console Raspberry pi 3/zeroW + Tuto PITFT 2.8/3.5/ect + (- Pour formater la MicroSd rien de plus simple ouvrir SdFormatter -1- Choisir ça MicroSd normalement reconnu auto -2- Puis click sur '''Format''' et voila!! votre MicroSd et bien formater pour recevoir RetroPie.)
RainMan 4 + (Utiliser le tournevis plat pour visser le moteur sur la plaque en bois, puis assembler les plaques en plastique du haut, du bas et des côtés de manière à pouvoir garder un accès à l'intérieur et au moteur.)
RainMan 4 + (Utiliser le tournevis plat pour visser le moteur sur la plaque en bois, puis assembler les plaques en plastique du haut, du bas et des côtés de manière à pouvoir garder un accès à l'intérieur et au moteur.)
Plotter de découpe - Caméo Silouhette + (Préparation de la machine : * Allumage : le bouton situé à droite de la Caméo)
Comment créer une lampe carton + (-Collez les anneaux de 480mm de dia. ext. … -Collez les anneaux de 480mm de dia. ext. et 470mm de dia. int. les uns sur les autre jusqu’à obtenir une épaisseur d’une dizaine de cartons (en fonction de l’épaisseur désirée). -Ces anneaux constituent le profil de la lampe. En cas de difficultés, la photo ci-contre peut éventuellement vous guider.ci-contre peut éventuellement vous guider.)
Comment créer une lampe carton + (-Collez les anneaux de 480mm de dia. ext. … -Collez les anneaux de 480mm de dia. ext. et 470mm de dia. int. les uns sur les autre jusqu’à obtenir une épaisseur d’une dizaine de cartons (en fonction de l’épaisseur désirée). -Ces anneaux constituent le profil de la lampe. En cas de difficultés, la photo ci-contre peut éventuellement vous guider.ci-contre peut éventuellement vous guider.)
Jeu puissance 4 fait en bois + (Après avoir tout découpé, vérifier que les différentes parties s’emboîtent correctement. Modifier le .Gcode si nécessaire.)
BlindTouch : Nina + (-Prenez le tournes vis plat afin de visser le moteur sur le support en bois -Assemblez tout les parties du socle à l'aide de scotch et de colle , Placez la plaque du moteur en haut.)
Little Umbrella by Hyades + (-Faites passer le fil de fer dans le socle … -Faites passer le fil de fer dans le socle à coté du bouchon et plantez la tige du parapluie dans le liège. -Accrochez le fil de fer à l'hélice du moteur. Il y a des accroches sur l'hélice prévu à cet effet . - Tentez une simulation sur le logiciel, le parapluie doit s'ouvrir en restant en place sur le liège. Ressayer l'opération tant que le parapluie ne reste pas fixé au liège. -Placez la carte Arduino à l'intérieur de la boite, en faisant passer le câble USB par le trou prévu à cet effet. -Vous pouvez alors fermez la boit et la solidifier avec du scotch.z la boit et la solidifier avec du scotch.)
Little Umbrella by Hyades + (-Faites passer le fil de fer dans le socle … -Faites passer le fil de fer dans le socle à coté du bouchon et plantez la tige du parapluie dans le liège. -Accrochez le fil de fer à l'hélice du moteur. Il y a des accroches sur l'hélice prévu à cet effet . - Tentez une simulation sur le logiciel, le parapluie doit s'ouvrir en restant en place sur le liège. Ressayer l'opération tant que le parapluie ne reste pas fixé au liège. -Placez la carte Arduino à l'intérieur de la boite, en faisant passer le câble USB par le trou prévu à cet effet. -Vous pouvez alors fermez la boit et la solidifier avec du scotch.z la boit et la solidifier avec du scotch.)
Grenouille Bleue 2 + (-placer les 3 fils de couleur sur le cable du moteur prévu à cet effet, et les brancher dans les trous correspondant (voir photo ci contre))
Grenouille Bleue 2 + (-placer les 3 fils de couleur sur le cable du moteur prévu à cet effet, et les brancher dans les trous correspondant (voir photo ci contre))
TomBot + (- Souder deux jumpers aux deux pattes arge … - Souder deux jumpers aux deux pattes argentées (un par patte) de l'interrupteur. Attention, la dorée est pour la LED (figure 6). - Souder l'un des fils de l'interrupteur au fil noir du support de pile 9v (figure 6). - Souder un troisième jumper au fil rouge du support de pile 9v (figure 6). - Connecter le jumper de l'interrupteur libre à l'un des GND de l'Arduino et celui du support de pile à VIN (figure 7 et 8). - Brancher la pile 9v et mettre l'interrupteur sur la position on. Vérifier que les LEDs de l'Arduino s'allument bien et éteindre l'interrupteur.'allument bien et éteindre l'interrupteur.)
TomBot + (- Souder deux jumpers aux deux pattes arge … - Souder deux jumpers aux deux pattes argentées (un par patte) de l'interrupteur. Attention, la dorée est pour la LED (figure 6). - Souder l'un des fils de l'interrupteur au fil noir du support de pile 9v (figure 6). - Souder un troisième jumper au fil rouge du support de pile 9v (figure 6). - Connecter le jumper de l'interrupteur libre à l'un des GND de l'Arduino et celui du support de pile à VIN (figure 7 et 8). - Brancher la pile 9v et mettre l'interrupteur sur la position on. Vérifier que les LEDs de l'Arduino s'allument bien et éteindre l'interrupteur.'allument bien et éteindre l'interrupteur.)
Créer une application avec Lora32u4 pour The Things Network + (1 - Télécharger les fichiers [http://bsfra … 1 - Télécharger les fichiers [http://bsfrance.fr/documentation/11355_LORA32U4II/driver_windows.zip Driver windows] et [http://bsfrance.fr/documentation/11355_LORA32U4II/BSFrance.zip Arduino Hardware folder] sur la page [https://bsfrance.fr/lora-long-range/1345-LoRa32u4-II-Lora-LiPo-Atmega32u4-SX1276-HPD13-868MHZ-EU-Antenna.html BSFrance] 2 - Pour les drivers, il suffit de dézipper et de cliquer sur adafruit_drivers.exe. Parmi la liste des drivers proposés, il faut choisir Feather32u4 3 - Bon, là, normalement, il est possible de brancher la carte sur le port USB de l'ordinateur.

Il est possible que vous ayez le message que l'installation du pilote n'a pas été possible. Pas de panique, on y reviendra

3 - Pour les fichiers Arduino, il faut le dézipper dans le répertoire Mes Documents/Arduino/hardware (ce qui est le répertoire par défaut de l'installation de l'environnement Arduino, mais peut-être différent suivant votre installation. si le sous-répertoire hardware n'existe pas, créez le. Cette bibliothèque sert à gérer le microcontrôleur AT Mega32u4 de la carte. 4 - Démarrez l'IDE Arduino. Vous devriez pouvoir trouver la carte dans le menu Outils > Type de carte > LoRa32u4II 868 5 - Dans l'environnement Arduino, à ce stade on sélectionne le port par le menu Outils > Port, mais s'il y a eu l'erreur d'installation de pilote précédemment mentionnée, le port n'apparait pas. Il faut appuyer sur le bouton reset de la carte et sélectionner à nouveau, dans le laps de temps du reset, le menu Outils > Port. Là normalement le port devrait apparaitre quelques instants et on peut le sélectionner. 6 - Il reste encore à installer un bibliothèque : la bibliothèque LMIC qui contient les fichiers pour le protocole LoraWan. Pour cela il y a 2 méthodes : Méthode 1 : * La première est d'aller dans le menu Croquis > Inclure une bibliothèque > Gérer les bibliothèques. * Dans la barre de recherche, du gestionnaire de bibliothèque, tapez "lmic"

Si vous ne voyez rien apparaitre, vérifiez que les listes déroulantes Type et Sujet soient bien sur "Tout"

* Choisissez d'installer le bibliothèque IBM LMIC Framework Méthode 2 : * Téléchargez l'archive du projet GitHub https://github.com/matthijskooijman/arduino-lmic dans le répertoire Mes Documents/Arduino/Libraries. Vous devriez avoir un répertoire arduino-lmic-master 7 - Lorsque cette bibliothèque est bien installée, vous pouvez choisir dans le menu Fichier > Exemples > LMIC-Arduino le sketch ttn-otaa

Pour faire court, la différence entre les sketches ttn-abp et ttn-otaa vient des deux différentes façon de s'enregistrer sur le réseau The Thing Network (par enregistrement, je parle de l'échange qui a lieu entre notre carte et la passerelle TTN lors de la mise sous tension de la carte) La première est l'Activation By Personalization (ou abp) pour laquelle il faut avoir une adresse réseau de la carte appelée DevAddr) La seconde est l'Over-The-Air-Activation (ou otaa). Dans ce mode DevAddr est transmis automatiquement pendant la phase d'enregistrement.

(ou abp) pour laquelle il faut avoir une adresse réseau de la carte appelée DevAddr) La seconde est l'Over-The-Air-Activation (ou otaa). Dans ce mode DevAddr est transmis automatiquement pendant la phase d'enregistrement.</div> </div>)
RainMan 5 + (1) A l'aide du tournevis plat, vissez le m … 1) A l'aide du tournevis plat, vissez le moteur sur la plaque de bois. 2) Assemblez la plaque avec le moteur et le socle en liège avec les autres plaques. Placez la plaque du moteur en haut, veillez bien à ce que le socle en liège soit en haut. Assemblez-la avec deux autres plaques en plastique placées sur les côtés. Puis finissez avec la plaque du bas. 3) Afin de tout solidifier, fixez le tout avec de la colle et du scotch.xez le tout avec de la colle et du scotch.)
FlyPi + (2- Gathering materials & Creating Part … 2- Gathering materials & Creating Parts: Not all parts are necessary to order for basic functionality. The repository has a detailed bill of materials that can be tailored to specific needs. * Electronic parts can be ordered from this kitspace page (lists have been conveniently compiled in various online market shopping carts): https://kitspace.org/boards/github.com/prometheus-science/flypi/ * 3D print files can be found in the files tab above. I started printing at the local fablab (fabrication laboratory) after ordering the parts I needed to build the microscope. This way I would have the body ready when the electronics arrived.e the body ready when the electronics arrived.)
FlyPi + (4- Software Installation: How to install useful software on SD card)
How to Convert iTunes Movies to MP4 + (1. Full iTunes 12.13 Compatibility: The up … 1. Full iTunes 12.13 Compatibility: The updated converter ensures flawless operation with the latest version of iTunes, supporting all features and functionalities. 2. Preservation of Lossless Quality: The software ensures that the original video and audio quality is preserved during the conversion process, including HD 1080p resolution, Dolby 5.1 audio tracks, subtitles, and closed captions. 3. Wide Range of Output Formats: Convert iTunes M4V to popular formats such as MP4, MOV, MKV, AVI, and more, making your media playable on any device, including non-Apple devices. 4. High-Speed Conversion: Convert iTunes movies, TV shows, and other videos at 30x faster speed without compromising quality. 5. Intuitive Design: DRmare M4V Converter features an intuitive and user-friendly interface that makes the conversion process straightforward, and suitable for both beginners and advanced users. 6. Output Customization: Users can customize output settings such as video codec, bitrate, frame rate, and resolution to suit their specific needs. 7. Batch Conversion: The software supports batch conversion, allowing users to convert multiple video files simultaneously, saving time and effort.es simultaneously, saving time and effort.)
Plante connectée + (Nous allons faire le montage en utilisant … Nous allons faire le montage en utilisant la sortie digital (Broche 3 – D0) du capteur. Cette sortie serait connectée sur l’entrée Digital 4 du Arduino. Pour le branchement de la LED nous allons réutiliser le principe du montage « Allumer une LED » avec la sortie Digital 3 du Arduino.

La programmation du montage est assez proche de celle utilisée avec un simple bouton. On paramètre les entrées (Capteur) et sorties (LED) du Arduino dans la fonction setup. Si l’entrée lue correspondant au capteur est à l’état haut (HIGH) on allume la LED. Si l’entrée lu est à l’état bas, on éteint la LED.

const int L1 = 2; // broche 2 du micro-contrôleur se nomme maintenant : L1 const int plante = 3; // broche 3 du micro-contrôleur se nomme maintenant : plante void setup() // fonction d'initialisation de la carte { // contenu de l'initialisation pinMode(L1, OUTPUT); // L1 est une broche de sortie pinMode(plante, INPUT); // plante est une broche d entree } void loop() // fonction principale, elle se repete (s execute) a l'infini { // contenu du programme int humide = digitalRead(plante); // Lecture de l etat du capteur if(humide == HIGH) // Si le capteur est a l etat haut { digitalWrite(L1, HIGH); // Allumer L1 } else // Sinon { digitalWrite(L1, LOW); // Eteindre L1 } delay(1000); // Attendre 1 seconde }non { digitalWrite(L1, LOW); // Eteindre L1 } delay(1000); // Attendre 1 seconde })
Plante connectée + (Nous allons faire le montage en utilisant … Nous allons faire le montage en utilisant la sortie digital (Broche 3 – D0) du capteur. Cette sortie serait connectée sur l’entrée Digital 4 du Arduino. Pour le branchement de la LED nous allons réutiliser le principe du montage « Allumer une LED » avec la sortie Digital 3 du Arduino.

La programmation du montage est assez proche de celle utilisée avec un simple bouton. On paramètre les entrées (Capteur) et sorties (LED) du Arduino dans la fonction setup. Si l’entrée lue correspondant au capteur est à l’état haut (HIGH) on allume la LED. Si l’entrée lu est à l’état bas, on éteint la LED.

const int L1 = 2; // broche 2 du micro-contrôleur se nomme maintenant : L1 const int plante = 3; // broche 3 du micro-contrôleur se nomme maintenant : plante void setup() // fonction d'initialisation de la carte { // contenu de l'initialisation pinMode(L1, OUTPUT); // L1 est une broche de sortie pinMode(plante, INPUT); // plante est une broche d entree } void loop() // fonction principale, elle se repete (s execute) a l'infini { // contenu du programme int humide = digitalRead(plante); // Lecture de l etat du capteur if(humide == HIGH) // Si le capteur est a l etat haut { digitalWrite(L1, HIGH); // Allumer L1 } else // Sinon { digitalWrite(L1, LOW); // Eteindre L1 } delay(1000); // Attendre 1 seconde }non { digitalWrite(L1, LOW); // Eteindre L1 } delay(1000); // Attendre 1 seconde })
Fix Spotify Songs Disappeared + (1. The original songs and playlists may be … 1. The original songs and playlists may be deleted by their artist or creator. This mostly happens to the songs or playlists that are grayed out after you've downloaded them to your device. It's probably because that the artist or the creator of these songs or playlists does not want these tracks on Spotify for some reason. See also: Fix [https://www.tuneskit.com/spotify-music-tips/fix-spotify-greyed-out-songs.html Spotify songs greyed out] 2. Something got wrong with your Internet connection when you check or download these downloaded songs in Spotify. While you are saving any track or playlist offline on Spotify, an Internet connection is required. So you should confirm the network runs well when you are downloading the songs or playlists from Spotify. If it is this reason that causes your problem, you should download the songs again with a good internet connection. 3. Your downloads of songs from Spotify exceed the 10,000 number limit. As Spotify only allows Premium users to download up to 10,000 tracks in total, you should check whether you have hit that limit or not. If so, Spotify will delete the previously downloaded songs automatically if it finds you adding some new tracks. Normally, you'll be noticed by Spotify with a warning message once you reached this limit. 4. You may be out of Spotify Premium. So you need to verify your premium membership. You are required to log into your account online every 30 days even if you use Spotify Offline mode. Otherwise, the downloaded songs would disappear from your Spotify account. In other cases, the previously downloaded songs could become unavailable on Spotify if you changed the region of your VPN network. That's because some Spotify songs are not allowed in certain countries and regions. To get the music back again, you should change your VPN network settings.ck again, you should change your VPN network settings.)
PP Shredder Basic + (1/2" Socket wrench 11/16" Socket" 6mm Allen/Hex Wrench Locking Pliers Adjustable pliers Metal File Screwdriver )

Module « 4 matrices de LEDs »	Microcontrôleur
`VCC`	`USB`
`GND`	`GND`
`DIN`	`MOSI`
`CLK`	`SCK`
`CS`	`4`