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Overspeed Tracker System
Submitted to:
Praveen Agrawal
Deepak Sharma
Project Cordinators (sec.C)
Poornima College of Engin...
Contents
 Need of Overspeed Tracking System
 Brief Introduction
 Component List & Price Tag
 Block Diagram
 Basic Con...
Need of Speed Detection
Introduction to Project
• Tracking System : A system designed to
record and report on discrete activities
within a process
Introduction to Project
• Speed checker will come handy for the highway
traffic police as it will not only provide a digit...
Components
Name Cost (Unit Price)
 INTEGRATED CIRCUIT
 8051 microcontroller 60/-
 7805 5/-
 SWITCH (PUSH-TO-ON Switch ...
Components
Name Cost(Unit Price)
 RESISTORS
 8.2 KΩ 0.50/-
 SIP-Resistor 10KΩ 10/-
 CRYSTAL (11.0592MHz ) 15/-
 TRANS...
Block Diagram
100 cm
Concept
Concept
 Vehicle Speed = Distance between 2 sensors
Time taken by the timer
• A timer is started inside the microcontroll...
Circuit Diagram
Advantages
 The circuit is also running on +5V which is
easier to generate.
 They reduce the risk of accidents.
 It is ...
Disadvantages
 Sometimes the circuit got failure and causes
various problems.
 Infrared detectors are extremely expensiv...
Applications
 Bridge construction.
 Highways.
 Two lane road construction.
 Emergency response.
 Event Traffic contro...
References
 1. http://www.engineersgarage.com/
 2. http://engineeringactivity.com/
 3. http://www.pantechsolutions.net/...
Vehicle Speed detecter By PRAGYA AGARWAL
Vehicle Speed detecter By PRAGYA AGARWAL
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Vehicle Speed detecter By PRAGYA AGARWAL

The project mentioned here is “Speed checker and over speed detector for Highways”. This project is designed and developed by taking into consideration the problem mentioned above. We have used two sensors in this project. These sensors detect the vehicle speed. Condition is that, the two sensors should be installed at a distance of 100 meteres apart from one another.

Now-a-days we hear news about accidents on Highways very frequently. And in most of the cases main reason of accident is overspeed. Although all highways do have signboards indicating maximum speed limit for the sake of driver’s safety, but still people does not obey highway speed limit.

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Vehicle Speed detecter By PRAGYA AGARWAL

  1. 1. Overspeed Tracker System Submitted to: Praveen Agrawal Deepak Sharma Project Cordinators (sec.C) Poornima College of Engineering Submitted by: Pragya Agarwal (2EC/11/044) Rahul Porwad (2EC/11/061) Priyam Sharma (2EC/11/054) Electronics & Communication Engineering, 2014-15 A Minor Project Presentation On Submitted in partial fulfillment for the award of Degree of Bachelor of Technology in
  2. 2. Contents  Need of Overspeed Tracking System  Brief Introduction  Component List & Price Tag  Block Diagram  Basic Concept  Circuit Diagram  Advantages/Disadvantage  Applications  References
  3. 3. Need of Speed Detection
  4. 4. Introduction to Project • Tracking System : A system designed to record and report on discrete activities within a process
  5. 5. 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.
  6. 6. Components Name Cost (Unit Price)  INTEGRATED CIRCUIT  8051 microcontroller 60/-  7805 5/-  SWITCH (PUSH-TO-ON Switch ) 3/-  DIODE (1N4007 PN Diode 0 3/-  CAPACITORS  1000µF 25V 5/  33pF 1/  47µF 50V 2/-  10µF 40V 2/-
  7. 7. Components Name Cost(Unit Price)  RESISTORS  8.2 KΩ 0.50/-  SIP-Resistor 10KΩ 10/-  CRYSTAL (11.0592MHz ) 15/-  TRANSFORMER 60/-  LCD 280/-  IR LED 50/-  LED 2/-  PRESET 10/-
  8. 8. Block Diagram
  9. 9. 100 cm Concept
  10. 10. Concept  Vehicle Speed = Distance between 2 sensors Time taken by the timer • A timer is started inside the microcontroller whenever a low pulse is received on the first sensor. • Timer is stopped whenever low pulse is received on second receiver.
  11. 11. Circuit Diagram
  12. 12. 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.
  13. 13. Disadvantages  Sometimes the circuit got failure and causes various problems.  Infrared detectors are extremely expensive, which limits their use in many sectors
  14. 14. Applications  Bridge construction.  Highways.  Two lane road construction.  Emergency response.  Event Traffic control.
  15. 15. 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/

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