How To - Handweave with Conductive Thread and LEDs. Early Detection Technology for Breast Cancer. eTextile Tutorial – Audience Jacket - Audience, LilyPad, eTextile, Accelerometers, Loretta, Tutorial, Accelerometer, Costume, Reading, Mainboard - talk2myShirt. eTextile Tutorial – Audience Jacket One of my favorite wearable tech resources is OCAD’s (Ontario College of Art & Design University) Social Body Lab headed by one of the most prominent persons in the wearable tech space – Kate Hartman, co-creator of the LilyPad XBee and Assistant Professor of Wearable & Mobile Technology at OCAD.
Examples of the amazing works coming out of the Social Body Lab are the Stock Market Lingerie by Erin Lewis, the Belly Dancer Costume by Loretta Faveri or the Breath Scarf by Hilary Hayes to name a few. During my recent scan of the Social Body Lab site the Audience Jacket Tutorial caught my attention instantly as it demonstrates highly complex wearable techniques in astonishing details and simplicity. Guide.pdf. LilyTiny_LilyTwinkle/LilyTiny.ino at master · sparkfun/LilyTiny_LilyTwinkle. Fabric Battery Pouch : Sewing loops. Work It Out: An interactive fitness motivation system : Programming your Garment.
LilyPad Accelerometer ADXL335 - DEV-09267. Serial Communication on a ATtiny85 with the SoftwareSerial Library. Wearable Technology 2014-2024: Technologies, Markets, Forecasts: IDTechEx. Wearable technology mainly concerns devices and apparel/textiles.
Glasses, jewellery, headgear, belts, armwear, wristwear, legwear, footwear, skin patches, exoskeletons and e-textiles are involved and the device business is already large. As the wearable electronics business powers from over $14 billion in 2014 to over $70 billion in 2024, the dominant sector will remain the healthcare sector which merges medical, fitness and wellness. YUME SWEET DREAMS OFFICIAL SITE - Home Page. Trademark. Creative Commons DMCA Notice & Takedown Procedure. Creative Commons abides by the federal Digital Millennium Copyright Act (DMCA) by responding to notices of alleged infringement that comply with the DMCA and other applicable laws.
As part of our response, we may remove or disable access to material residing on a site that is controlled or operated by Creative Commons (such as creativecommons.org or sciencecommons.org) that is claimed to be infringing, in which case we will make a good-faith attempt to contact the person who submitted the affected material so that they may make a counter notification, also in accordance with the DMCA. Creative Commons does not control content hosted on third party websites, and cannot remove content from sites it does not own or control. If you are the copyright owner of content hosted on a third party site, and you have not authorized the use of your content, please contact the administrator of that website directly to have the content removed. Notice of Infringing Material Then send this notice to: Re-Programming the LilyTiny / LilyTwinkle. Introduction.
Control EL Wire with an Arduino. Anouk Wipprecht on Vimeo. 254_Final_Manuscript.pdf. Biosignals « Medical and Health Related Projects with Arduino. It is is very clear that EEG sensors and headsets are becoming more commercialized and thus accessible to users for building custom brain machine interfaces with various functionalities from switching TV channels to controlling wheelchairs as in this case: The parts of this system include an electric wheelchair, a laptop computer, an Arduino, an interface circuit, an EEG headset, and a collection of ready-made and custom software.
FreqMeasure Library, for Measuring Frequencies in the 0.1 to 1000 Hz range, or RPM Tachometer Applications. FreqMeasure measures the elapsed time during each cycle of an input frequency.
See FreqCount vs FreqMeasure below to choose the best library. FreqMeasure works well for RPM (rotations per minute) tachometer applications. Download: FreqMeasure.zip (version 1.1) Hardware Requirements FreqMeasure requires the input frequency as a digital level signal on a specific pin. If the input signal may have noise or could be a high frequency, adding a low pass filter is a good idea. An amplifier may be needed if the input signal is a sine wave or small AC signal which can not directly drive a TTL logic level input. Basic Usage FreqMeasure.begin(); PulseSensor - Code and Guide. Display a temperature on processing with arduino - Processing 2.x and 3.x Forum.
Re-Programming the LilyTiny / LilyTwinkle. Studio 5050: embrace-me. Involving the Machines. The objective of this project is to explore the combination of semi-automated machinery and handcraft processes for the production of electronic textiles.
Electronic textiles (E-Textiles) are textiles that have electronic components embedded in them, or are constructed from fibers with electronic properties. We are interested in creating E-Textiles that have the ability to sense various stimuli such as pressure, bend and stretch. Whereas industry often looks to automate processes and eliminate human involvement, we are interested in developing production processes that rely heavily on human intervention and skill, while taking advantage of automation. We believe that such hybrid creative processes will allow us to produce more unique and diverse results. King Jim Wearable Futon Air Mat Set. E-traces creates visual sensations from ballerinas. E-traces creates visual sensations from ballerinas Zoe Romano — November 5th, 2014 Electronic Traces is an interactive project designed to allow ballet dancers to recreate their movements in digital pictures using a customizable mobile application.