Vehicle communication security tracking set

Abstract

The invention discloses a vehicle communication security tracking set comprising a microprocessor of a control center, a direct input interface, an output interface, a GPS receiver, and a GSM communication master. The microprocessor is provided with a tracking device. The direct input interface composed of a key or sensor switch directly connected with the microprocessor is used for entry of input commands or on and off signals. The output interface controls a circuit of a vehicle through signals transmitted by the output end of the microprocessor. One end of the GPS receiver is connected with a GPS antenna, and the other end of the GPS receiver is connected with an input port of the microprocessor. The GPS receiver is capable of receiving vehicle coordinate data from navigation satellites and transmitting the data to the microprocessor for processing. One end of the GSM communication master is connected with a GSM antenna, and the other end of the GSM communication master is connected with an output / input port of the microprocessor. Under control of the microprocessor, the GSM communication master sends out a radio signal indicating current coordinates of the vehicle or receiving external GSM signals. The vehicle communication security tracking set coordinates with a monitor center to dynamically track the current location of the vehicle, thus providing a good antitheft function.

Description

technical field [0001] The invention relates to a vehicle communication security tracking device, in particular to a communication security device with both static anti-theft and dynamic tracking of vehicle positions. Background technique [0002] Today's society is affluent and the national income is increasing. Vehicles have become a very common means of transportation. At the same time, they have also become targets for thieves to make huge profits. In terms of vehicle security, it is nothing more than using mechanical locks such as steering wheel locks, crutch locks, and gear lever locks. Or electronic anti-theft devices, built-in locks, original chip combination locks, etc., to prevent your car from being stolen. [0003] However, the aforementioned locks, no matter what type they are, at best only provide a static anti-theft function. If the lock is damaged or cracked and the vehicle is stolen, there is no way to know where the vehicle is lost, and the probability of i...

AI Technical Summary

Problems solved by technology

[0003] However, the aforementioned locks, no matter what type they are, at best only provide a static anti-theft function. If the lock is damaged or cracked and the vehicle is stolen, there is no way to know where the vehicle is lost, and the probability of its being found is very small. Therefore, , the preservation effect of the existing vehicle anti-theft system is relatively insignificant, and there is a need to improve it

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