RadioShack presents 18 More Awesome Projects To make all of these Instructables, download this collection of How To’s as an ebook. Download » When RadioShack announced last year that it was starting to stock Arduinos we knew just what to do: we went shopping. It's one of our favorite tools to use and we were up for any excuse to use more of them. The cool thing about Arduino is that it lets you do so many different things that it's really about what the user can think of. So please dig into all these projects of ours and find out what the Arduino is capable of. OpenViBE | Software for Brain Computer Interfaces and Real Time Neurosciences Arduino + GH + Firefly | ControlMAD Curso de ARDUINO y su interacción con Grasshopper (GH) mediante Firefly, orientado a DOMÓTICA ARQUITECTÓNICA en la que haremos que prototipos construídos con ayuda de la máquina de control numérico a escala 1:1 reaccionen a diferencias de luz, distancias, sonido… Así unas lamas que se cierran y abren en función del ángulo de la luz incidente, huecos en fachada dotados de dispositivos en diafragma que reaacioanan a la luminosidad, fachadas de pieles porosas que reaccionan al entorno, etc. Los propios participantes plantearán los proyectos que quieren realizar. Arduino es una plataforma de hardware libre basada en una sencilla placa con un microcontrolador y un entorno de desarrollo que implementa el lenguaje de programación deProcessing. Los alumnos aprenderán nociones elementales en electrónica para poder construir sus propias instalaciones en diseño paramétrico basándose en Grasshopper + Rhinoceros. Nivel: Básico Número total de horas: 18 Número máximo de alumnos: 14 Precio: 245 euros.
Hacking My Vagina : scanlime Hacking My Vagina Posted by Micah on Saturday, November 24, 2012 · Leave a Comment This project has been an astonishing little journey. This is the opposite kind of project. In other words, I wanted to hack something I actually use: my vagina. I love feedback loops. To me, a good sex toy helps form feedback loops. I was in the market for a remote-controlled vibrator recently, and I ended up with LELO’s Lyla vibe: (Update: LELO was nice enough to send me their updated model, the Lyla 2, which also works with this remote. There are some things I really like about this toy. The optional accelerometer input on the remote was a good idea, but I feel like the execution leaves much to be desired. So, naturally, I wanted to see if I could do better. My early prototype used a simple knob attached to a variable resistor, and that already seemed like a big improvement over the original LELO remote. But I was rummaging through my sensor drawer, and thought: Why not sonar? So, what does it look like?
Taller Arduino Hacelo vos solito parte 2 [megapost] Construye tu propio sistema de sonido wireless En serio, en este link podrán ver un paso a paso de cómo ahorrarse más del 100% del costo, al construir nosotros mismos nuestro propio sistema de audio wireless, jalando música de nuestra PC, de manera inalámbrica. un taburete con viejas revistasEs tan sencillo como elegir un buen número de ellas del mismo tamaño y apilarlas, para unirlas con cuerdas o lazos fuertes colocando sobre ellas un cojín, por un lado liberamos espacio en los muebles de almacenaje de la casa y por otro conseguimos asientos auxiliares para los días en los que tenemos visitas, parece una buena manera de aprovechar las revistas, además el tamaño de ellas es perfecto para configurar un asiento. cortina de ducha personalizada Una mesilla de noche con un archivador Una silla hecha con cassettes Una de las soluciones que os propongo es reciclarlas para “tapizar” una silla con cassettes como la que tenéis sobre estas líneas. silla Domo Kun
create your robot fish with Arduino Today we introduce you a robot fish that is able to swim and recognize tank edges and obstacles. We’ll find out how we can easily create it with common insulating material and a few servo motor controlled by Arduino. The mechanical part For the fish body we used common polystyrene as the one used as insulating material for walls. To make fish’s swimming more realistic, we need three joints between the trunk and the caudal fin. The flexibility of the fin allows you to give more realism to movement. Obviously Robofish needs a system to detect obstacles such as the tank edges. Position the sensors on the front, tilted to 45°, one on left and one on the right. Electrical connections As control we opted for an Arduino-compatible Board produced by Seeedstudio but any Arduino board will do. The firmware Using Arduino it’s easier as cabling is easy and immediate and the realization of the sketch is deadly simple. The two sens_SX and sens_DX named sensors are wired respectively on pins 5 and 6.
Twine. Listen to your world. Talk to the web. Cloud Shield provides an interface for Arduino projects to talk to the Internet via Twine. Email, tweet, text message, text-to-speech phone call,* and send HTTP notifications that web applications can receive for all sorts of physical-web magic. It comes with an Arduino library and capacitive pads to trigger Twine actions with a line of code, your fingers or anything conductive. Prototypers, artists and designers use Arduino to execute their vision — an interactive installation, a product interaction prototype, logging user activity for field research. But networking is messy, and your time is better spent making your idea great. Cloud Shield stacks on top of any Arduino board and connects to your Twine with the included 3' cable. *SMS and voice calls with a paid Twine account, coming in March.
Arduino - BeJUG - The Belgian Java User Group Abstract Arduino is a popular, open source electronics prototyping platform that is intended for artists, hobbyists, and anyone interested in creating interactive objects. It can sense the environment and affect its surroundings by controlling just about anything: light, motor, and more. This session will introduce you to Physical Computing, Arduino and how Arduino can be integrated with the Java platform. The session will include: An introduction to Physical Computing and Arduino How to develop Arduino applications A brief overview of electronics key principles How to integrate Arduino with Java Live demos to illustrate the various points This session is for anyone who wants to learn how they can, with just their Java skills, extend their applications to reach the physical world.
List of gear nomenclature Addendum[edit] Principal dimensions The addendum is the height by which a tooth of a gear projects beyond (outside for external, or inside for internal) the standard pitch circle or pitch line; also, the radial distance between the pitch diameter and the outside diameter.[1] Addendum angle[edit] Addendum angle in a bevel gear, is the angle between elements of the face cone and pitch cone.[1] Addendum circle[edit] Internal gear diameters Root circle The addendum circle coincides with the tops of the teeth of a gear and is concentric with the standard (reference) pitch circle and radially distant from it by the amount of the addendum. Pressure Angle[edit] Apex to back[edit] Apex to back examples Apex to back, in a bevel gear or hypoid gear, is the distance in the direction of the axis from the apex of the pitch cone to a locating surface at the back of the blank.[1] Back angle[edit] Back cone[edit] Back cone distance[edit] Backlash[edit] Base circle[edit] Involute teeth Base cylinder[edit] Base cylinder