Automobile anti-theft automatic control system based on biological information identification

Abstract

The invention discloses an automobile anti-theft automatic control system based on biological information identification. The automobile anti-theft automatic control system consists of a vibration detection subsystem, a fingerprint identification subsystem, an iris information identification subsystem, a voice identification and control subsystem and an alarm subsystem, wherein when an owner of an automobile wants to open a door, a trunk cover and an oil tank cover, the door, the trunk cover and the oil tank cover are opened automatically through fingerprint identification; when the owner of the automobile enters the automobile, the voice identification and control subsystem is activated through the iris identification; an engine and a vehicle-mounted device are controlled to work through voice identification; when a thief wants to prize doors, windows, the trunk cover and the oil tank cover, an alarm device is used for alarming in wireless communication and bell ringing ways; when the fingerprint identification is wrong, an alarm is sent to the owner of the automobile; and if the iris information is wrong or a person entering the automobile does not perform the iris detection after being prompted, bell ringing alarm is made, and an alarm is sent to the owner of the automobile. Due to the adoption of the reliable anti-theft automatic control system, the possibility that the automobile is stolen is lowered to the maximum extent, and the property security of the owner of the automobile is effectively protected.

Description

technical field [0001] The invention relates to an automobile anti-theft automatic control system. Background technique [0002] At present, there are many anti-theft devices for motor vehicles on the market, which can be divided into two categories according to the coverage of anti-theft: single-vehicle anti-theft technology and group prevention technology. [0003] Bicycle anti-theft technology mainly includes three types: 1. Electronic encryption lock, which mainly carries out electronic encryption to motor vehicle door locks and starting devices, and forms key matching with electronic vehicle keys to realize identity recognition. But thieves can easily break through a brute force decoder. 2. Mechanical anti-theft locks, mainly including transmission locks, steering wheel locks, etc. The anti-theft effect of this type of lock is relatively poor, and thieves who have a certain basis for unlocking can also easily open it. 3. GPS positioning system, which is a real-time t...

AI Technical Summary

Problems solved by technology

This type of system mainly uses wireless communication as the information transmission channel, but when the motor vehicle enters an environment with strong electromagnetic wave interference, a weak wireless signal environment or electronic interference by thieves, this system is also in danger of being paralyzed

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