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INTERACTIVE &
SMART FABRICSKIARII N
Contents Introduction Background Characteristics of devices/fabrics Product Types Conclusion
Interactive Fabrics aka,
Wearable devices Wearable technology or smart fabrics Smart devices etc.
Interactive Fabrics An integration of fabric or human
tissue with ‘micro’ technology Accessories Devices
Giving immediate Interaction &/Response
Background ~Early 70s, 1st trials
Invention/discovery Fibre optics/ Luminous fibres
No successful break-via ~ until now
Medical research ~
Driving Factors for Invention
Large potential market Portable devices
MP3 players Mobile phones/PDAsEtc
Need for readily accessible controls (’Realtime controls’)
Readily becoming ’wired’
Technology Advancement Light & durable (micro) devices Affordable Flexible
Can be embedded in clothes etc WR -> Washables Futuristic designs & fashions Etc
Environment/working conditions Construction & Mines Harsh weather conditions Military & Police Medicine
Characteristics of smart fabrics
Light – thus portable
Soft Upto 0.6mm thick Powered by
Parent device Mobile technology cells Luminous fibres Human muscle movt
Flexible Some are 100% fabric
No wires/lumps ’foldable’, ’creasable’
Durable Can be crumpled /compressed (driven over) Pierce resistant Water proof Can handle extreme conditions
Washable Dry cleanable Applicable in various garments
Nylon Denim Wool Silicon Cotton Polyester Plastics
Versatile Enables the creation of touchpads
with any number of controls In any layout Supports gesture controls & Scroll functions
Lit fabrics 256 spectrum of colors
Blend with human tissue BCI(Brain Computer Interface)
Bionic limbs http://news.bbc.co.uk/2/hi/health/5140090.stm
Product Types
MP3 player’s ’remote controls’
Mobile phones controls
Wired/-less fabric keyboards
Communicate, Locate & Monitor Army, Police, disaster response units
Communication systems GPS systems Monitoring systems Exoskeleton
Giving more stability Increase power by 25 – 35%
Carry wounded soldier Platform for more/heavier weapons
Enhanced armours Lighter stronger
Communicate, Locate & Monitor Constructors, miners Tour guides & tourists Space exploration & tourism suits Etc
Medicine Fabricated sensors Internal body sensor installation BCI study & treatment
Paralysm Deafness Blindness Loss of limbs
etc
Futuristic fashions Clothing
Carnivore Concerts
Personal accessories Purses etc
Furniture Loose covers
Security & emergency Rd construction Police, fire brigaders, paramedics etc
Areas of Application Medicine
Blood pressure monitor Heart rate moninor Bionic treatment & study
BCI Limb replacement
Space exploration Communication Monitoring positioning
Areas of Application (cnt’d) Emergency services
Fire Rescue Paramedics Break-down
Athletics Cyclists Runners Mountain climbers & explorers
Areas of Application (cnt’d) Entertainment
MP3’s controls Mobile/PDAs controls (whats the future)
IT PC/mobile keyboads (foldable screens)
Merits of smart fabrics Light/portable
Powered by Parent device Mobile technology cells Luminous fibres
Durable Flexible Pierce resistant
Merits of smart fabrics (cnt’d) Integratable with fabric/human body
Cotton, Polyester, Nylon, etc Washable BCIs & Exoskeletons
Color change Set to display the 256 spectrum
Seeable from a distant Police & emergency services Construction etc
Merits of smart fabrics (cnt’d) Tracking/communication systems
Army, police etc wildlife
Monitoring systems Army Patients Space explorers & tourists Wildlife
Merits of smart fabrics (cnt’d) Body strength enhancers
(Futuristic amours) (fabric + nanomachines)
Giving more stability Increase power by 25 – 35%
Carry wounded soldier Harbour more/heavier weapons
Merits of smart fabrics (cnt’d) Special working conditions
Constructors Miners Sea-study & exploration Army
Demerits Some
Charged & recharged Bulky yet to be commercially realised Need a battery pack Expensive
BCI
Conclusion More Smart fabrics soon
Market keeps growing Technology gets cheaper Get ’wired’
References http://news.bbc.co.uk/2/hi/programmes/click_online/5286594.stm http://www.luminex.it/ http://www.eleksen.com/ http://science.howstuffworks.com/ffw.htm http://en.wikipedia.org/wiki/Exoskeletons http://en.wikipedia.org/wiki/Brain-computer_interface#Human_BCI_research http://news.bbc.co.uk/2/hi/health/4411591.stm http://news.bbc.co.uk/2/hi/health/165596.stm http://news.bbc.co.uk/2/hi/health/5140090.stm http://health.howstuffworks.com/
bionic-arm.htm
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