Puzzlebox Orbit: Brain-Controlled Helicopter by Puzzlebox. For the past two years Puzzlebox has been producing brain-controlled helicopters for classrooms and television.
Now comes the chance to fly your own. The Purpose Join the experiment. We are building and selling this crazy new toy. Then we show everyone how we made it. Our overall goal is to explore an Open approach to Brain-Computer Interface (BCI) technology. Then we start the next experiment. The Product Puzzlebox Orbit features a unique spherical design that protects helicopter blades from unintended impact with objects such as walls and ceilings, while lending a pleasantly technical aesthetic. We offer two models, the first designed to be used with mobile devices such as tablets and smartphones. Puzzlebox Pyramid is supplied with our second, self-contained model. With either edition the user can select a "flight path" for the helicopter (such as "hover in place" or "fly across the room") to be carried out whenever a targetted personal mental state is detected and maintained.
The Process. Rostock_Delta. Digital Habit(s) Catalogues de composants 3D CAO à télécharger gratuitement, compatibles CATIA, SolidWorks, AutoCAD, Pro/ENGINEER, Inventor. Everything is not impossible. Sign Language Glove v1. Translation from one language to another is often like swapping variable values; you need something in the middle.
That’s why translators were invented, but the opportunity for them to interject obscene comments made communication between people of different languages uneasy. And since my understanding of other languages is a bit rusty, and my group needed a project with a biomedical bent, we decided to translate to American English from American Sign Language. That’s right, you should be really excited right now. It currently doesn't work because it's missing a user's hand. Pretty simple premise, if you ask me. 1) With the abundance of iPods and other media devices, why can’t this device also make noise? 2) Nobody likes to spell, so why do all currently made gloves mainly focus on finger spelling.
Anyway, lets talk about implementation. Like any good embedded system, this glove is merely a system of input and output, with some processing in the middle. Trackball for user input. Interactive Media Installation. As a follow-up of the spread.gun performance in 2008, SMSlingshot was created as an extension of VR/Urban's digital intervention activism.
The installation features a handheld digital slingshot device for spreading information on public screens. Having the conceptual idea of the device already in mind a year before, white nights 2009 at Kim? (Riga) was for us the right opportunity to actually create, finish and present our first prototype of the mobile textgun. Like the spread.gun installation for the media facade festival 2008 (Berlin), the SMSlingshot is a truely tangible, embedded interaction device for linking digital data with people acting in urban (real) space. Throughout the year 2010 we´ve been busy rethinking, recoding and redesigning the SMSlingshot. Because of the increased commercial interest of paving public space with digital advertising screens the need for an accessibel intervention devices seemed obvious and necessary.
Blog » earthquake detector. Sebastian Alegria, a 14 years old Chilean teen created an earthquake warning system based on Arduino, an earthquake detector (bought for less 100 $) and an ethernet shield.
Alegria’s rudimentary yet effective system comes from having survived Chile’s own earthquakes last year and seeing the devastation that covered Japan earlier this year. Keen on finding an inexpensive solution for early earthquake detection, he rigged an Arduino and domestic earthquake detector to tweet seconds before detectable seismic activity.
Tweeting from @AlarmaSismos, it has already successfully detected every major earthquake that could be felt from Santiago since May. And it’s piling on the Twitter followers. via [amazonNews] [HackDay] source [InfoBae] TxtBomber prints messages on walls.
Traceur suiveur photovoltaique. Robotique. Véhicules electriques. Exemples. Eolienne axe verticale. Main robotisée. Arduino.