speed and dsitance measuring

1. Submitted to:
XXX
Lecturer,
Department of Mechanical Engineering
City University
Submitted by:
xx)
xx
Xx
Xx
xx
Vehicle Speed and Distance Measuring
System

2. Contents
Project Picture
Advantages
Disadvantage
Future Scope
Conclusion
Introduction
Objective
Concept
Equipment
Block Diagram
Circuit Diagram

3. Introduction to Project
• Tracking System : A system designedto
record and report on discrete activities
within a process

4. Introduction to Project
• Speed checker will come handy for the highway
traffic police as it will not only provide a digital
display in accordance with a vehicle’s speed but
sound an alarm if the vehicle exceeds the permissible
speed for the highway.

5. Objective
 To measure distance any vehicle.
 To measure speed.
 To break the vehicle for any object
 To prevent road accident

6. 100 cm
Concept

7. Concept
Vehicle Speed = Distance between 2 sensors
Time taken by the timer
• A timer is started inside the microcontroller whenevera
low pulse is received on the first sensor.
• Timer is stopped whenever low pulse is received on
second receiver.

8. Arduino Nano
 Instrument Description
FIG. 02. Arduino Nano

9. IR Proximity Sensor
 Instrument Description (Cont’d)
FIG. 01. IR Proximity Sensor

10. Ultrasonic Sensor
 Instrument Description
FIG. 03. Ultrasonic Sensor

11. LCD Display
 Instrument Description
FIG. 04. LCD Display

12. Arduino
Nano
IR Sensor
IR Sensor
Ultrasonic
Sensor
LCD Display
Buzzer
Power Supply
Block Diagram

13. Circuit Diagram

14. Advantages
The circuit is also running on +5V which is
easier to generate.
They reduce the risk of accidents.
It is easy to implement.
It reduces the man-effort.

15. Disadvantages
Sometimes the circuit got failure and causes
various problems.
Infrared detectors are extremely expensive,
which limits their use in many sectors

16. In future, this system can be extended by
integrating a camera which could capture the
image of the number plate of the vehicle and
sends to the traffic authorities or the
corresponding vehicle owner.
Future Improvement

17. Applications
Bridge construction.
Highways.
Two lane road construction.
Emergency response.
Event Traffic control.

18. References
1. http://www.engineersgarage.com/
2. http://engineeringactivity.com/
3. http://www.pantechsolutions.net/
4. http://www.8051projects.net/
5. http://www.dnatechindia.com/