FINGERPRINT AND RFID BASED TWO WHEELER VEHICLE IGNITION SYSTEM


Introduction
    Now a day’s two wheeler security improvement is essential due to increased number of two wheeler theft cases. Generally used key locks available in the bikes are well known to the thieves and thus it can be easily unlocked by the professional thieves. By using master key it becomes very easy to unlock the lock of the bikes by the thieves. This creates new demands and provides an additional security level. The different and modern lock must be unique in itself i.e. it must be only unlocked by specific way. Increasing demands on performance, security, quality and cost are the main challenges for today's automotive industry. Coming to the security aspect, let us throw some light upon the statistics of automotive theft.
    In this project used input side two main input fingerprint and RFID module. This fingerprint and RFID module  output signals are gives to Atmega16 microcontroller.Atmega16 microcontroller are both input module signal can be check in a database of the microcontroller and if the input data is a incorrect than Atmega16 output gives to relay then relay become OFF. Otherwise data is a correct than Atmega16 output gives to relay then relay become ON then output are given to engine control unit (ECU) becomes vehicle ignition start.
    Fingerprint Sensor module is four pin electronic devices, which are used to apprehend a digitalized image of the fingerprint pattern. The apprehend image is called as a live scan Fingerprint Sensor Module has two sub modules: fingerprint Enrolment/Addition and Fingerprint Recognition. Fingerprint enrolment/addition module adds and stores the fingerprints of all the users who are authorized to drive the vehicle. This sub-module enables fingerprint of valid user to be enrolled in the database. Fingerprint sensor Module R303A sends the signals to the microcontroller board.
    Generally RFID is automatic identification technology which is use radio frequency electromagnetic fields to identify objects carrying tags when they are come close to a reader. RFID tags generally feature an electronic chip with an antenna in order to pass information onto reader. The assembly is called an inlay and is then packaged in different forms to be able to withstand the conditions in which it will operate. This product is known as a tag, label. RFID tag information is a unique identifier, once this identifier has been written.
    Atmega16 microcontroller handles user authentication. Once the scanned fingerprint matched with the one stored in the database, the microcontroller sends the desired signal to put the vehicle in motion. This is accomplished by turning on and open the valve attached to the fuel tank. Whenever an unauthorized user tries to run the vehicle, his/her fingerprint and RFID reader data mismatches the valve attached to the fuel tank shuts down or closes thus disallowing him/her access.

Block Diagram


Top View


Price of Project = Rs. 15000/-

Price with Documentation = Rs. 18000/-

Comments

Post a Comment

Popular posts from this blog

IoT Based Contact less Tachometer with Speed Control Using AVR Microcontroller and Hall Effect Sensor

Image
ABSTRACT Tachometer is device used to count the revolutions per minute of a rotating shaft. Generally tachometer makes direct contact with the rotating shaft. It will reduce the velocity of the shaft, giving faulty readings. Hence it is needed to measure the speed of rotating shaft without direct contact. This project describes a contact -less tachometer using AVR microcontroller ATmega328P and a hall affect sensor. This device can very accurately measure the rotational speed of a shaft without even touching it. This device is built on an ATmega328P microcontroller, an alpha-numeric LCD module and a Hall Effect sensor to detect the rotation of the shaft whose speed is being measured. In this project Hall Effect sensor acts as a digital counting device. It will detect any magnetic element passing in front of it and thus, will give an output pulse for each and every rotation of the shaft. These pulses are fed to microcontroller. Microcontroller counts the pulses coming from Ha...
Read more

Power Line Carrier Communication Using X10 Protocol

Image
ABSTRACT Most   electric   power   companies   employs   power   meter reader   to   collect   data   on   the customer’s energy consumption. Usually, this task is carried out manually, which can lead to high cost and errors, causing financial losses. This project has taken some approaches to minimize these problems. As in everywhere automation is required to reduce the work so we decided to implement to automatic meter reading using power line communication (PLC). Automatic meter reading (AMR) is the modern Power measuring device. It has advantages in safety, real time measuring and time saving as well as it has a better user interface and digital data analysis. Data is   send   over   existing   power   line   using   X10   protocol   that   reduces   the   complexity   and   cost   of system. In the latest generation of home automation systems, appl...
Read more