Intelligent automobile interconnection and exchange safety system

Abstract

The invention discloses an intelligent automobile interconnection and exchange safety system, which comprises a central data storage and processor, a big data cloud server, a vehicle-mounted sensor, adriver identity recognition system, a face recognition device, a safety monitoring system, a vehicle-mounted alarm system, a driver driving information system, a camera, an auditing system, a replacement system, a prompting system and a marking system, wherein the vehicle-mounted sensor comprises a GPS / INS integrated navigation system, a laser radar and a camera, collected vehicle driving state information is transmitted to the central data storage and processor through a CANBUS, and the face recognition device comprises a plurality of face recognition cameras with different angles. The accuracy of the information is ensured, some irrelevant information can be prevented from occupying information space or confusing information viewing of people, and when a user drives to a picture information or video information uploading road section, the user can be marked and prompted, so that the user can know the road condition information in advance, and the driving safety of the user is ensured.

Description

technical field [0001] The invention relates to the technical field of interconnection and exchange of intelligent vehicles, in particular to a security system for interconnection and exchange of intelligent vehicles. Background technique [0002] The actual driving conditions of the vehicle directly determine its fuel economy and driving range, especially for pure electric vehicles or hybrid vehicles with limited on-board energy. For the same (model) car, driving under the same traffic conditions, different drivers will get different actual driving conditions. Therefore, it is difficult to achieve control for a car with control logic set for the same design working condition. More rational application of logic; at present, drivers mainly collect vehicle driving status information through the built-in sensor of the mobile phone, and upload it to the navigation software APP, so as to obtain the vehicle driving status information in the navigation software APP. [0003] Compa...

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Problems solved by technology

[0005] In the process of realizing the present invention, the inventor found that at least the following problems in the prior art have not been solved: the road condition information cannot be interconnected, and the user cannot understand the road condition information, so it cannot be guaranteed that the user cannot drive the car. Knowing the road condition information in advance, it is difficult to prevent subsequent vehicles from avoiding unsafe road conditions in time, and there are disadvantages in using it

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