This is an innovative project for the purpose of preventing accidents happens in the restricted roadways using communication technologies. The major objective of our project is to provide a safety system for our society.
Nowadays communication is flourishing everywhere, it just spread all over the world. We could able to communicate with every nook and corner of the world. The micro controllers are helping to develop the communication field in a very quick manner. RF (Radio Frequency) is playing a very important role in communication systems. This Radio Frequency (RF) module consists of transmitters and receivers. One of the features of the RF modules is its easy interface facility with the Micro Controller. Hence, we in our project aim to innovate an idea to use the RF modules for the automatic speed control for vehicles in high speed restricted areas.
Our project consists of the following devices:
(a) RF transmission Module
(b) RF reception module.
The RF Transmission Module consists of
1) RF transmitter,
2) Micro controller (89C51),
3) Power supply
4) Encoder and
The RF Reception Module consists of
1) RF receiver module,
2) Micro controller (89c51),
3) Power supply
5) Relay and
6) LCD unit
(a) RF TRANSMISSION MODULE:
The transmitter module is fitted in all vehicle high-speed restricted areas where we like to control the vehicle speed. In this the micro controller is programmed to generate the RF signal by RF transmitter module and it will be transmitting to the receiver unit by means of encoding data. Here encoder is interfaced with this module it is used to encode the transmitting data to the receiver station through wireless communication.
(b) RF RECEPTION MODULE:
The receiver module is fitted in all automobiles in order to receive the RF signal which is transmitted from RF transmitter which is located in the high speed limit zone i.e.) high speed restricted areas .In this receiver section consists of the micro controller that is programmed to control the vehicle speed by means receiving data. For reception of transmitting data we use a decoder circuit that is used to decode the information and it is fed to micro controller for further controlling operations. If we entered in to the high-speed restricted area it will displays in the LCD display unit.
Thus using our project we prevent the accidents happens in the roadways using communication technologies.
Sachin is a B-TECH graduate in Mechanical Engineering from a reputed Engineering college. Currently, he is working in the sheet metal industry as a designer. Additionally, he has interested in Product Design, Animation, and Project design. He also likes to write articles related to the mechanical engineering field and tries to motivate other mechanical engineering students by his innovative project ideas, design, models and videos.