A dual authentication based car starting safety locking system

Abstract

The application relates to the technical field of vehicle safety control, and discloses a vehicle starting safety locking system based on double verification, which comprises a starting request identification and sequence generation module, a blowing collection and effectiveness judgment module, an alcohol detection module, a wireless networking verification module, a result association and inheritance control module, a lock core cover execution and state detection module and a central control and interaction module. When starting vehicle operation is detected, the system generates a single starting sequence corresponding to the current starting process, generates an alcohol detection result based on the blowing effectiveness result, and executes double verification judgment through an external traffic management database to generate a driving qualification verification result. If any condition is not met, locking is maintained. Only when the driving license qualification meets the requirements and no alcohol is drunk, the lock core cover is automatically opened, the key is inserted, and the vehicle is started, active interruption and pre-control of the vehicle starting behavior are realized, no license driving and drunk driving are effectively refused, and the effect of reducing accidents is achieved.

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