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

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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

and discard

Host PC terminal

Data Sync.

+

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.

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

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.

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.

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, according to DOE.”

Improves tyre

life “Extend tyre life by up to 25%, according

to Translogik.”

Reduce human error

Track & trace of each tire

Visible of each tire cost

Thank you!