in this pdf, I shared to represent smart technology and smart textile. This is the vast developing industry in the world. Through textile is a huge area but smart textile is a revolution in the textiles world. This pdf can help to gain knowledge about more ..for intelligent textiles.
4. Contents
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About Smart Technology
Smart Textiles
The future of smart textiles
with smart Technology
5. Technology refers to
methods, systems, and devices
which are the result
of scientific knowledge
being
used for practical purposes.
5
Technology
6. “
» The word “SMART” refers to “self-
monitoring, analysis, and reporting
technology”.
» It is a technology that uses artificial
intelligence, machine learning, and big
data analysis to provide cognitive
awareness to objects that were in the
past considered inanimate.
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8. Examples of Smart Technology
Smart technology can be divided into three different kinds:
» Internet of Things (IoT) devices
» Smart Connected Devices
» Smart Devices
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9. Internet of Things (IoT) devices
A network of devices that make use of sensors,
chips, software, online connectivity, analytics, and
applications to bring static physical objects to life.
These devices create substantial value, and they are
futuristic, scalable, and automated.
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10. Smart Connected Devices
» Controlled via a remote and connected via the internet or
Bluetooth, smart connected devices can offer a customised
experience but have to be handled given that they don’t adapt
to the extent IoT devices do.
» Smart security cameras, smart bulbs, and smartphones are
some examples of smart connected devices.
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11. Smart Devices
With limited automation, no need for internet connectivity,
and programmable nature, smart devices, for instance,
smart coffeemakers, provide certain personalised services
at a particular time.
11
12. 5 Benefits of Smart Technology 12
1) Convenience
2) Ensures Sustainability
3) Security
4)Efficiency
5) Saves Money and Time
14. What is Smart Textile 14
• Smart Textiles means intelligent textiles
• During the last decade ,textiles have entered a new era
• ,the one of smart textiles.
• It can sense and react to environmental condition
• It can also sense and respond in a predetermined way
15. Components 15
• There are three components in smart
textile Material
-sensor: sensors provide a nerve system to detect signals
-Actuator:Actuators act upon the signals.
_Controlling units: Controlling units produce
an appropriate output.
16. Functional Activity 16
1.Passive smart Textile:
-using sensor only
-only sense the environment change.
2.Active smart textile
-using sensor and actuator.
-Sense and react with environmental changing.
3.Very or Ultra Smart Textile
-Sensor,actuator and controlling unit present in textile.
-Can sense ,react and adapt themselves to
environment.
17. End Use 17
Smart textiles used for the following broad categories:
-Comfort wear
-Heat protection
-Medical applications
-Military Application
-Computing Textile
-Fashion
-Aviation
-Space Research
19. Challenges of Smart Textile
• The functional yarn has high rigidity
• The absorber material for solar cells
• Low power conversion efficiency (PCE)
• Photodetectors exhibit high production costs
20. Solution of Smart Textile
• A woven fabric composed of a warp & a
weft
• Wire-shaped perovskite devices
• Uniform layer thickness of perovskite
21. Industrial Products of Smart Textile
• Heating
• Home Décor
• Health monitoring
• Wearable charging source
22. Application of Smart Textile
• Thermoelectric Textile
• Photovoltaic has woven fabric
• Energy harvesting from nanofibers
• Triboelectric effect-based wearable fabric
23. Smart Textiles with smart Technology 23
The technology of SMART TEXTILES is an integration of almost all disciplines of applied sciences like:
v Textile chemistry
v Fiber technology
v Cloth manufacturing technology
v Material science
v Structural mechanics and aviation hydraulics
v Electronics and instrumentation
v Telecommunication
v Artificial intelligence
v Molecular biology and organic chemistry
v Molecular engineering and nanotechnology
v Biotechnology
v Information technology
v Theory of chaos and randomizations.
