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The article emphasizes the importance of the European project SysTex.

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Presentación de WIT, sistema vestible de monitorización de actividad física basado en tecnología de textiles inteligentes, microelectrónica y comunicaciones inalámbricas.

 

Video stream in Spanish

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Demo de prendas con prestaciones especiales y aplicacion de microelectronica - Indarra.DTX

Video stream in Spanish.

 

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Cetemmsa - Technological center specialized in smart textiles

 

Video stream in English/Spanish with English subtitles

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Smart Textiles from Cetemmsa in Cuatrosfera, a TV programm.
 
Video stream in Spanish
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IFA 2007 Smart textiles

 

video stream

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A simple modulating pulse loop on some electro-luminescent fibre. It's really more of a cord than a fiber, quite thick, but this is all we have to work with right now. It starts looking nice when it hits the .01 second area.
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Matrix pressure sensitive fabric. It simulates the functioning of a resistive touch screen. It can be produced transparent.
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WHYY TV News segment featuring start up company Textronics Inc. The company combines textiles and electronics for comfortable bio-monitoring.
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This is a small experiment using fabric with conductive fibers (steel/acrylic : 30/70), acts as a variable resistor, changing input data to a BX-Basic micro-controller based on how much or how little it is stretched

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Some of the smartest clothing and fabrics around, including the Flame 5 jacket, the Eleksen Interactive Pouch and the Ribcap.
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Check out this cool new technology Philips is showcasing at IFA 2006 in Berlin. It's amazing! They are integrating LEDs into fabric and had some jackets and a couch there.
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The Kukkia and Vilkas video describes our first experiment in kinetic garments. We have integrated the shape memory alloy Nitinol in textile substrates to create Kukkia and Vilkas, two animated dresses that move or change shape over time, using resistive heating and control electronics. XS Labs © 2005
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Designer Mariëlle Leenders has experimented with fabric that features shape memory wire either woven into the material or added later as one or more lines of stitching. Her Moving Textiles (2000) react to differences in temperature by shrinking, creasing, changing structure or rolling up. Lines of stitching added to the basic material in certain places cause the fabric to creep up when temperatures rise.
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Extract of study programme E-TEAM (AUTEX)

European Masters Programme in Textile Engineering

 

The E-TEAM programme is a two-year Master programme in the field of

textile engineering. The programme was developed in the framework of

and with full support of the Socrates programme of the European Union.

http://autex.ugent.be/eteam/

 

 

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thermochromic cloth

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We use thermochromic ink, conductive threads, and custom control electronics to make textiles change color!

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The piece, woven on a Jacquard loom, using a Broché technique to weave additional conductive thread in specific areas to act as electrodes for capacitive sensing.

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Thermo Chromic, Optical illusion, Smart Textiles, Dynamic Patterns

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Email: info@visibled.com MSN: visibled@hotmail.com Flexible LED curtain—our new patent product, besides in possession of the function of tradition LED screen, the most outstanding characteristic is...

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Putting computer software into clothes and clothing accessories, scientists in the field of so-called 'wearable' technology are developing devices for both professional and domestic use. This week's Futuris looks at projects in Ireland and Germany that aim to bring us the wonders of multi-tasking.

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In the Wearable Computing Laboratory at ETH Zürich, we want to weave eletronics directly into textiles. Here is our first demonstrator, showing woven LEDs in a textile band.

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These are two examples of how the Fabric Pressure Sensor principle can be stitched to form a matrix of individual sensors.

The larger purple example has the individual sensors, which cover 1cm2 spaced every other cm2.

The smaller white example has the 1cm2 individual sensors spaced right next to each other, every cm2.

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The CE glove prototype is wearable unobtrusive device able to detect human hand gesture, posture and movement. It is made of piezoresistive and elastic sensors directly printed on fabrics. Sensor and interconnections are made with the same elastic material, thus keeping unmodified the mechanical properties of the fabric itself. The prototype is light and flexible and can be wear from the users for a long time with no discomfort.

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Article on SysTex published in Texpress in October 2009.

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Projects related to smart textiles at Ghent University

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Concept                                                                                                   

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SysTex Student Award Submission

A Report About my Work Within Intelligent Textiles

My name is Laura Wilson and I would like to share my unique vision of the future for smart technologies. I am a textiles student who is determined to redefine public opinions on wearable technologies towards a more accessible public availability from the ‘concept pieces’ seen in galleries, towards more public availability.

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Introduction

The basis for this project started with questioning how much we can give the consumer. What do they want that

they cannot get from each other? What do they get from each other that they may not be getting enough of? And

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Innovation Sighting - Smart Floors

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Onderzoek gaat stug door

Gerda Penning

BIOTEX, Ofseth, STELLA, SYSTEX zijn Europees gesponsorde research projecte, met het oog op het ontwikkelen en vermarkten van gevanceerd en intelligent textiel, die de levenskwaliteit kunnen verhogen.

(...)

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Presentation of Contex-T realisations

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„the utope project“ approaches a textile utopia:

The exterior of clothing becomes a display.This creates the possibility to change its surface like a chameleon´s skin or to use it like a computer display.