Abs

1. Underthe Guidance of:- ~UJhffllled It~
MR. YESWANT KUMAR
ARUN KUMAR MAHATO - 21020495003
NIRAJ KUMAR GUPTA - 21020495006
RAJAN KUMAR - 21020490022
PAWAN KUMAR -
KHIRODHAR SAY -
21020490017
21020490012

2. Introduction
Components
Working
Conclusion
Advantages
Application
CONTENTS

3. INTRODUC
1
TION
Need ofAutomatic Braking System
Automatically operated braking system
Fully Automated braking
Beneficial to Customers

4. COMPONENTS
1. ULTRASONIC SENSOR
2. TYRES
3.DCMOTOR
4. BRAKING SYSTEM
5. CHASIS & BODY

5. C.
COMPONENTS
INTELLIGENT BRAKING SYSTEM :•
~ ,"'"'-TToc::'1-r-'
..._________, COMPRESSED
AIRINLET'
~)
I.SENSOR~
2.WHEEL
3.PNFJJMATIC CYLINDER
4.PISTON
5.BRAKELIVER
6.FLOW CmmtoL VALVE
.. 7.POLYURETHENB 'ruBB
&FRAME STAND
9.Mar0R

6. FLOW
CONTROL
VANVE
Allt TANK
WORKING
ONTAl.a , ..,
SOUNOIO
VALVE

7. ULTRASONIC SENSOR
Specifications:-
Working Voltage
Working Current
Working Frequency
Max Range
Min Range
Measuring Angle
Dimension
DC5V
15mA
40Hz
Im
2cm
15 degree
45*20*15mm

8. CONCLUSION
The whole system works only while reversing the
vehicle.When sensor senses any obstacle behind the
vehicle,its sends the signal to the control unit(solenoid
valve and flow control valve) which allows the passage
ofair from the compressor to the pneumatic cylinder
which push the piston forward and just stopping the
running wheel.Thus we have an "INTELLIGENT
BRAKING SYSTEM" which helps in understanding
how to achieve low cost automation.

9. ADVANTAGES
• Less operating force is required.
• Greater safety in braking.
• Automated operation.
• Can be used in running as well as parking mode.

10. APPLICATIONS
e In Automatic Parking ofcar developed
by Volvo
e Used in cars,trucks

11. THANKYOU