Results 1 - 5 of 5
Project Persons Year Tags
Eeonyx Jamshid Avloni (Eeonyx) 1995 biomedical instruments, microwave absorbing structures, hi tech, design, corporation, piezoresistive fabric, conductive textile, company, dynamic pressure sensors, antennas, magnetic fabrics, smart materials
Weíve developed a core lineup of products including textiles, foams, felts and powders all with specifiable degrees of conductivity. Our textiles have been used in a wide range of commercial and military applications (from static controlled clean rooms to microwave absorbing structures, biomedical instruments, dynamic pressure sensors, antennas, and resistive heaters), and engineers are discovering more uses for them all the time.
IndossaMe: design and wearable electronics Marita Canina 2010 product design, fashion, style, rules, politecnico di milano, book, teacher
The book is targeted towards designers and extensively analyzes the apparent knowledge gaps. Thanks to the contribution of different experts the book tries to address the specific areas involved, presenting the biomedical, electronics and psychological states of art.
Material Beliefs (Interaction research Studio, Department of Design at Goldsmiths, University of London) biomedical, cybernetic, public space, body, Goldsmiths
Material Beliefs takes emerging biomedical and cybernetic technology out of labs and into public spaces. The project focuses on technologies which blur the boundaries between our bodies and materials, and how design as a tool for public engagement can be used to stimulate discussion about the value of these forms of hybridity
SFIT (CSEM, CORDIS, IST ) projects cluster, collaborations, MyHeart, BIOTEX, PROETEX, STELLA, OFSETH, CONTEXT, MERMOTH, smart fabrics, interactive textile, flexible wearable systems, smart textile, smart clothes, sensor, piezo-resistive yarns, optic fibers, colored multi layers, Research and Development, Intelligent Biomedical Clothing, Biomedical Clothing, European Commission, Wearable Healthcare System
The symbiosis of textiles with wearable computing, augmented reality, human machine interfaces, media and interface design and the collaboration between established electronics and textile industries currently lead to a totally new class of flexible, conformable informative and interactive wearable systems. The current market size for wearable computing and smart fabrics and interactive textiles (SFIT) is modest but presents a strong future outlook.
Smartex (Smartex s.r.l.) 1999 health monitoring, easy-to-use interfaces, Electronic textile, processor, actuator, sensor, power supply, fabrics, textile, E-textile, innovative solutions, smart materials, centre of research, rehabilitation, sport medicine, biomedical, ergonomics, security, Research and development, Consulting
Smartex was founded in 1999 to exploit new findings in the field of ìsmart materialsî with the aim to develop innovative solutions and products answering the need of innovation and hi-tech transfer processes towards the textile world.