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1
Most Innovative RFID Tyre
Management System
JAMATECH SDN BHD
Annual average is
2.5% to 3.5%
(million)
1970
1975
1980
1985
1990
2000
2005
2010 >1,000
897
750
580
490
420
330
250
3
3,260
2,585
2,103
2015
2010
2005
(Million units)
4
But…
Almost 250,000 accidents occur in
the United States annually due to low
tire pressure.
6
Globally, about 1 billion tires are thrown
away each year. There are about 7 billion
sitting in landfills.”
“
In Malaysia?
8
For trucks and buses, there is a large
amount of tires with poor maintenance
Sep 18 2009
10
Annually an estimated 8.2 million
tires (approx. 57,391 tones) were
wasted.
of the waste tires are disposed
via unknown routes.
%
And serious
environmental
impacts…
Mosquito
breeding
Air pollution
associated with
open burning of
tires
What’s the criteria for
a good tire management?
In other words,
it’s a proper tire
management.
Our propose
19
Environment
Reduce CO2
Save fuel
Life cycle mgt.
20
Safety
Optimum condition
History record mgt.
Accident prevention
21
Economy
Tire life span
Fuel efficiency
Business efficiency
Before After
Visibility
What are the differences?
Conventional Method
Tire
Measurement
probes
Record
Lots of workers
As a result,
inability to manage tire properly.
e-tyre manager
“Wireless communication”
Tire
Measurement
probes
Record
Unique ID
Tire information is
now manageable with
less effort
System Overview
Tyre / Tag Device Host
- Thread depth
- Air pressure
Tire
registration
Tire
inspection
Tire
maintenance
an...
Physical
Dimension 120 x 35 x 5mm
Weight 10g
RFID
Frequency
Ultra High Frequency
(860 – 960MHz)
Air protocol
EPC C1 Gen2
I...
General
Weight 280g
Wireless Bluetooth V2.0
Operation cycle 6 hours max.
Tyre thread depth probe
Measurement range 0 – 30m...
General
Weight 400g
Wireless Bluetooth V2.0
Operation cycle 12 hours typical
Tyre thread depth probe
Measurement range 0 –...
Dimension 158 x 78 x 26 mm
Weight 270g and above
Sealing IP65
RFID
Ultra High Frequency
(EPC C1 Gen2, ISO 18000-6c)
Wirele...
e-tyre manager software
RFID R/W Host PC
How simple is it?
1
Tire, Vehicle etc.
data transfer
Data transfer
2 Vehicle selection
Tire selection
3
Capture the ID
number
4
Tire inspection
5
Tire observation
6
With major
functions on the
host terminal
Select the fleet
Tyre Info. by fleet
Time series graph
Select period
Info. by
Vehicle
Time series graph
Raw data
Raw data
Data export
Demo Video
http://youtu.be/T7GjQf_2qVc
Effect of
Implementation?
Driver’s safety
“When my company decided to
implement e-tyre manager, I feel
safer and drive more comfortable on
the road”
Improves
operation
efficiency
Reduce the tire inspection
span by 60%
Economical fuel
consumption
“You can improve fuel consumption by
about 3.3% when tyres are kept inflated
properly, accordi...
Reduce human error
Track & trace of each tire
Visible of each tire cost
Thank you!
eTyre manager presentation by JAMATECH SDN BHD
eTyre manager presentation by JAMATECH SDN BHD
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eTyre manager presentation by JAMATECH SDN BHD

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e-Tyre Manager uses the tyre tread and pressure probe together with the UHF Handheld RFID reader and RFID tyre tag to deliver the most advanced tyre maintenance system. The system provides a paperless, error free and efficient data capturing environment by incorporating the advanced wireless technologies like Bluetooth and WIFI connection.

A system which allows fleet owners to track and monitor their fleet tyres condition effortlessly

Published in: Automotive
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eTyre manager presentation by JAMATECH SDN BHD

  1. 1. 1 Most Innovative RFID Tyre Management System JAMATECH SDN BHD
  2. 2. Annual average is 2.5% to 3.5% (million) 1970 1975 1980 1985 1990 2000 2005 2010 >1,000 897 750 580 490 420 330 250
  3. 3. 3 3,260 2,585 2,103 2015 2010 2005 (Million units)
  4. 4. 4 But…
  5. 5. Almost 250,000 accidents occur in the United States annually due to low tire pressure.
  6. 6. 6 Globally, about 1 billion tires are thrown away each year. There are about 7 billion sitting in landfills.” “
  7. 7. In Malaysia?
  8. 8. 8 For trucks and buses, there is a large amount of tires with poor maintenance
  9. 9. Sep 18 2009
  10. 10. 10 Annually an estimated 8.2 million tires (approx. 57,391 tones) were wasted.
  11. 11. of the waste tires are disposed via unknown routes. %
  12. 12. And serious environmental impacts…
  13. 13. Mosquito breeding
  14. 14. Air pollution associated with open burning of tires
  15. 15. What’s the criteria for a good tire management?
  16. 16. In other words, it’s a proper tire management.
  17. 17. Our propose
  18. 18. 19 Environment Reduce CO2 Save fuel Life cycle mgt.
  19. 19. 20 Safety Optimum condition History record mgt. Accident prevention
  20. 20. 21 Economy Tire life span Fuel efficiency Business efficiency
  21. 21. Before After Visibility
  22. 22. What are the differences?
  23. 23. Conventional Method Tire Measurement probes Record
  24. 24. Lots of workers
  25. 25. As a result, inability to manage tire properly.
  26. 26. e-tyre manager “Wireless communication” Tire Measurement probes Record
  27. 27. Unique ID
  28. 28. Tire information is now manageable with less effort
  29. 29. System Overview Tyre / Tag Device Host - Thread depth - Air pressure Tire registration Tire inspection Tire maintenance and discard Host PC terminal Data Sync. +
  30. 30. Physical Dimension 120 x 35 x 5mm Weight 10g RFID Frequency Ultra High Frequency (860 – 960MHz) Air protocol EPC C1 Gen2 ISO 18000-6c Memory 96-bit (EPC) 192-bit (user area) Tire Patch Spec.
  31. 31. General Weight 280g Wireless Bluetooth V2.0 Operation cycle 6 hours max. Tyre thread depth probe Measurement range 0 – 30mm Accuracy +/- 0.1mm Operations 200,000+ Tyre pressure port Measurement range 10-150 PSI Accuracy +/- 3% Operations 1,000,000+ Tire Probe Spec
  32. 32. General Weight 400g Wireless Bluetooth V2.0 Operation cycle 12 hours typical Tyre thread depth probe Measurement range 0 – 130mm Accuracy +/- 0.25mm Operations 200,000+ Tyre pressure port Measurement range 10-190 PSI Accuracy +/- 3% Operations 1,000,000+ OTR Probe Spec.
  33. 33. Dimension 158 x 78 x 26 mm Weight 270g and above Sealing IP65 RFID Ultra High Frequency (EPC C1 Gen2, ISO 18000-6c) Wireless  Bluetooth Ver. 2.1  IEEE802.11a/b/g OS Microsoft® WinCE 5.0 RFID R/W Spec.
  34. 34. e-tyre manager software RFID R/W Host PC
  35. 35. How simple is it?
  36. 36. 1 Tire, Vehicle etc. data transfer Data transfer
  37. 37. 2 Vehicle selection
  38. 38. Tire selection 3
  39. 39. Capture the ID number 4
  40. 40. Tire inspection 5
  41. 41. Tire observation 6
  42. 42. With major functions on the host terminal
  43. 43. Select the fleet Tyre Info. by fleet Time series graph
  44. 44. Select period Info. by Vehicle Time series graph Raw data
  45. 45. Raw data Data export
  46. 46. Demo Video http://youtu.be/T7GjQf_2qVc
  47. 47. Effect of Implementation?
  48. 48. Driver’s safety “When my company decided to implement e-tyre manager, I feel safer and drive more comfortable on the road”
  49. 49. Improves operation efficiency Reduce the tire inspection span by 60%
  50. 50. Economical fuel consumption “You can improve fuel consumption by about 3.3% when tyres are kept inflated properly, according to DOE.” Improves tyre life “Extend tyre life by up to 25%, according to Translogik.”
  51. 51. Reduce human error Track & trace of each tire Visible of each tire cost
  52. 52. Thank you!

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