Smart fabrics are fabrics that can change or react automatically to their surroundings through the integration of electronics like sensors, microprocessors and actuators. Some examples include smart fabric heaters that heat on demand when pressure is applied, wireless fabric keyboards and wearable electronic textiles that can control devices. Smart fabrics allow for applications in health monitoring, military gear, interactive fashion and more. Researchers are working to develop smart fabrics that can keep the wearer warm or cool, dry, moisturized and protected from bacteria, odour and stains.
this presentation tells about smart textile and shows some of the example with the use
Smart textiles have been called e-textiles or intelligent textiles, electro active textiles, wearable electronics, and textronic depending on the approach.
this presentation tells about smart textile and shows some of the example with the use
Smart textiles have been called e-textiles or intelligent textiles, electro active textiles, wearable electronics, and textronic depending on the approach.
Smart Fabrics are ones which can change automatically to their surrounding. Smart fabrics are being developed to be able to sense what is happening to the wearer or its immediated surroundings.
According to engineering curriculum we have to choose a topic which is currently trending in the engineerig field. So, I had prepared a ppt on the topic Smart Fabrics for my seminar. You can also refer to this ppt . I hope this ppt would be informative for you. I have also uploaded the pdf of seminar report for this topic.
In this slide i am sharing introduction to E Textile and thier application in daily life .
An e-textile is a fabric developed with electronics in it to
enable conductivity and the use of various technologies.
• Electronic textiles may be embedded with sensors, batteries
LEDs and hands-free computing devices.
• The field of electronic textiles combines the worlds of
textiles and electronics, and explores techniques that
redefine construction methods .
• They usually contain conductive yarns that are either spun
or twisted and incorporate some amount of conductive
material to enable electrical conductivity.
E-Textile Applications
There are several applications of e-textiles,
ranging from healthcare to consumer goods.
Health Monitoring :
The most well-researched application of
e-textiles is medical. Specifically, the
monitoring of health conditions.
Currently, there are medical wearables
that have been invented to monitor
several aspects of a person’s health, such
as blood pressure, heart rate, and
symptoms of disease.
Worker Safety :
Occupational safety is another area where e-textiles
can provide a great deal of service. One hypothetical
use is for construction workers who are working
outdoors late at night. LED lights can be affixed to a
uniform and automatically turn on when it gets dark
outside, improving visibility.
A favorable feature among drivers is heated seats. Who
doesn’t like being blanketed in warmth while driving?
While it is often a luxury, heated seats and steering
wheels are essential for drivers in frigid temperatures.
Smart Textiles – Adding Value to Sri Lankan Textiles The Electronic Textiles ...SLINTEC
Smart Textiles – Adding Value to Sri Lankan Textiles The Electronic Textiles Option (Handout)
By Tilak Dias
School of Materials
The University of Manchester, UK
Smart Fabrics are ones which can change automatically to their surrounding. Smart fabrics are being developed to be able to sense what is happening to the wearer or its immediated surroundings.
According to engineering curriculum we have to choose a topic which is currently trending in the engineerig field. So, I had prepared a ppt on the topic Smart Fabrics for my seminar. You can also refer to this ppt . I hope this ppt would be informative for you. I have also uploaded the pdf of seminar report for this topic.
In this slide i am sharing introduction to E Textile and thier application in daily life .
An e-textile is a fabric developed with electronics in it to
enable conductivity and the use of various technologies.
• Electronic textiles may be embedded with sensors, batteries
LEDs and hands-free computing devices.
• The field of electronic textiles combines the worlds of
textiles and electronics, and explores techniques that
redefine construction methods .
• They usually contain conductive yarns that are either spun
or twisted and incorporate some amount of conductive
material to enable electrical conductivity.
E-Textile Applications
There are several applications of e-textiles,
ranging from healthcare to consumer goods.
Health Monitoring :
The most well-researched application of
e-textiles is medical. Specifically, the
monitoring of health conditions.
Currently, there are medical wearables
that have been invented to monitor
several aspects of a person’s health, such
as blood pressure, heart rate, and
symptoms of disease.
Worker Safety :
Occupational safety is another area where e-textiles
can provide a great deal of service. One hypothetical
use is for construction workers who are working
outdoors late at night. LED lights can be affixed to a
uniform and automatically turn on when it gets dark
outside, improving visibility.
A favorable feature among drivers is heated seats. Who
doesn’t like being blanketed in warmth while driving?
While it is often a luxury, heated seats and steering
wheels are essential for drivers in frigid temperatures.
Smart Textiles – Adding Value to Sri Lankan Textiles The Electronic Textiles ...SLINTEC
Smart Textiles – Adding Value to Sri Lankan Textiles The Electronic Textiles Option (Handout)
By Tilak Dias
School of Materials
The University of Manchester, UK
http://www.ualberta.ca/~jag3/smart_textiles/index.htm
Jose A. Gonzalez
Protective Clothing Research Group
Department of Human Ecology
University of Alberta
Smart Textile
Smart textiles are defined as textiles that can sense and react via an active control mechanism to environmental conditions or stimuli, such as mechanical, thermal, magnetic, chemical, electrical, or other sources. They are able to sense and respond to external conditions (stimuli) in a predetermined way.
The textile industry is about to take a giant step from being a supplier of fabrics to become a positive force in the development of society. Textile innovations improve people’s everyday lives and benefit the industry, the health care sector and the environment.
Smart textiles can be defined as textiles that are able to sense and respond to changes in their environment.
The integration of electronics in clothing promises a variety of new products and applications. . Whether for performance or aesthetic reasons, the focus within the textiles orb is on smart fabrics – from those that change their hue to those that regulate body temperature. Researchers are developing smart fabrics that do things that traditional fabrics cannot.
"Smart dust"are tiny wireless micro electromechanical sensors (MEMS) that can detect everything from light to vibrations.
More Info - www.TechzClub.com
Abstract : Smart textiles or E-Textiles are the fabrics that have been created by embedding smart wearables into garments. Clothing is the only wearable that can be adjust to our everyday lifestyle over the course of a lifetime. It appears as a strong candidate to become the next interface between the real and the digital world by replacing or extending the use of smartphones and other portable connected devices. . During the last few decades we have witnessed the increase in the demand of smart textiles based on IoT i.e. smart sportswear, smart dresses for army personals, smart medical textiles etc. IoT refers to a system in which many computing devices, mechanical and digital machines, objects, animals or people are interrelated and are provided with a unique identification, Have the ability to transfer data over a network without requiring interaction between human to human or human to computer. These textiles have huge potential applications, such as the ability to communicate with other devices, transform into other materials, conduct energy and protect the wearer from environmental hazards. In the present time when all are concerned about their health so these Smart textiles can help to monitor their health parameters such as heart rate, perspiration rate, calorie count, sleep monitoring, body temperature through which we can do a simple self-assessment of our health. These functionalities can be achieved by incorporating different sensors into the garments. The basic material used to construct these smart textiles are conductive threads and yarns that can be pure metal based or blended with natural fibres, conductive polymer coated and special carbon based yarns. These smart textiles can sense and react to environmental conditions or stimuli, from mechanical, thermal, magnetic, chemical, electrical, or other sources. This paper focuses on the application of wearable smart textiles or e-textiles.
Keywords: IoT based smart textiles, Wearable textiles, Sensors, Conductive polymers and Yarns
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3. Smart fabric is a phenomenon that entails merging computer
components seamlessly into ordinary clothing.
manufacturers use various conductive textiles, data and
power distribution as well as sensing circuitry.
There are various techniques used to build circuits from
commercially available fabrics, yarns, fasteners and components.
Smart fabrics are fabrics that can change or react automatically
to their surroundings.
These response could be thermal, chemical, mechanical, electric,
magnetic or from other source.
Smart fabrics are being developed by scientist not only keep you
warm but also cool, dry, moisturised and free of bacteria, odour
and stains while measuring your heart rate.
These components may range from microcontrollers to sensors
and actuators.
Smart Fabrics
4. Artificial Horizon.
Direction Finding Low Radar Cross Section Antenna
systems.
Smart Fabrics in Electronics
Collapsible Impulse Radiating Antenna.
6. Wireless Fabric Keyboard
• The Wireless Fabric Keyboard provides a 63-key QWERTY layout
and has a footprint of 306mm.
• The only control is a power on/off button.
• First we have to press quite hard on the slightly raised 'keys' to
get a result, which is signalled by an audible click.
• battery life -10 hours.
7. Wearable Electronic Textiles
Wearable electronic textiles are often controlled by soft
switches which are sewn into products using printing, coating
and embroidery.
Switches are washable and durable.
It will eventually be incorporated into interior textiles to
control lighting, appliances, TVs and stereos.
They can be used to dial telephones, pager messages and
control music from MP3 players.
9. Sun Protective Clothing
Sun protective
clothing is clothing specifically
designed for sun protection and is
produced from a fabric rated for its
level of ultraviolet (UV) protection.
This technique is often used as
swimwear for children.
some textiles and fabrics employed
in the use of sun protective clothing
may be pre-treated with UV
inhibiting ingredients during
manufacture to enhance their UV
blocking capacity.
Some hats and umbrellas,
particularly for children may also use
this technique.
10. Pressure Sensors
A pressure sensor measures pressure, typically of gases or liquids
Pressure is an expression of the force required to stop a fluid from
expanding, and is usually stated in terms of force per unit area
Pressure sensors are used for control and monitoring in thousands
of everyday applications.
Pressure sensors can also be used to indirectly measure other
variables such as fluid/gas flow, speed, water level, and altitude.
Pressure sensors can vary drastically in technology, design,
performance, application suitability and cost.
11. Smart Shirt Architecture
Electronic devices
Heart rate
Breathing
Body temperature
Electrocardiogram
Voice
Weave with optical
fibers net
19. 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
20. Blend with human tissue
BCI(Brain Computer Interface)
A brain–computer interface (BCI), often called a mind-
machine interface (MMI)
BCIs are often directed at assisting, augmenting, or
repairing human cognitive or sensory-motor functions.
21. 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
23. Merits of smart fabrics
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
25. Demerits of Smart Fabrics
Some of the demerits are as follows
Charged & recharged
Bulky
yet to be commercially realised
Need a battery pack
Expensive
BCI