This document discusses the development of a smart shirt that can monitor vital signs through wearable technology. It begins by defining a smart shirt as a wearable analytical device that can detect analytes like respiration rate and body temperature. It describes the need for such technology to remotely monitor patients' vital signs and enhance safety. The key components, materials used, manufacturing processes, applications, limitations, and advantages of smart shirts are outlined. The document concludes by envisioning smart shirts as flexible wearable motherboards that can think and act based on a user's condition.

1. Enhancing The Quality Of
Life Through Wearable
Technology
Name: Utkarsh Tripathi
USN:1ce08ec094
Guide:Mrs.Shalini Prasad
College: city engg. college

2. Smart Shirt

3.  What is Wearable smart shirt
 Need for a wearable smart shirt
 Material Used
 Manufacturing technology
 Working of smart shirt
 Applications
 Limitation and issuse
 Future trends
 Advantages & Disadv.
 Conclusion

4. What is wearable smart shirt?
Wearable smart shirt = Wearable + smart shirt
Wearable smart shirt
 Object that can be worn  smart shirt is an analytical
on body. device used for detection of
analyte.
 e.g. wrist watches, ring,
shirts etc.  e.g.RespirationRate,body
temperature ,heart rate etc.

5. Need for a wearable Smart shirt
 Remote Monitor the vital sign.
 Communicate seamlessly with external devices.
 Enhance safety and quality of care for patient through
Telemedicine
 Monitoring of individuals who work with hazardous
condition .

6. Smart Shirts

7. Components Of Wearable smart shirt
Three main components of wearable smart shirt are:
Biological sensor: For sensing the presence and concentration of
a substance.
Transducer: The product of interaction of biological component
and sample may be a suitable chemical, charge etc., which can
be converted by transducer into an electrical signal.
Associated Electronic Devices: The electrical signal may be
further amplified and can be read on digital panels

8. Material used for Smart Shirt
 Penetrating sensing component (PSC)
1.Plastic optical fiber
2.Silica optical fiber
 Electrical conductivity component (ECC)
1.Copper core
2.Polyacetylene core
 Comfort component (CC)
1.Cotton
2.Cotton blend
3.Gore-Tex film

9. Manufacturing Technology
 Tubular weaving
• Warp/weft density
• Weave structure
• Weft yarn count
 Inlay weaving
• wale/course count
• Knit structure
 Embroidery
• Thread count

11. Working of Smart Shirt

13. Applications Of smart shirt
 Combat casualty care.
 Medical monitoring.
 Sports/ Performance monitoring.
 Space experiments.
 Mission critical/ hazardous application.
 Fire- fighting.
 Wearable mobile information infrastructure.

16. Limitation and issues
 GTWM that is outfitted with a microphone or GPS
may compromise the wearer's privacy.
 Technology like Bluetooth and WLAN using for data
transfer , having short range 30-300 m.
 The data that is transferred by the "Smart Shirt" could
be viewed and access by unauthorized people.

17.  Advantages
 Continuous monitoring.
 Right Treatment at the right
time
 Easy to wear and takeoff.  Disadvantages
 Reduce the work load of  Initial cost is high
medical assistance.  Battery life is less
 Washable  Repairing and maintaince
 very fast process. process is tedious.

18. Conclusion
 Smart Shirt is a wearable -
MOTHERBOARD.
 Smart Shirt is a Flexible Information
Infrastructure.
 To develop a “THINK and ACT”
System based on user condition.

19. THANK YOU