Vehicle-mounted robot system and driving management method thereof

Abstract

A vehicle-mounted robot system comprises an OBD acquisition terminal, a video acquisition terminal, an intelligent robot and a cloud system, the OBD acquisition terminal and the video acquisition terminal are both connected with the intelligent robot, and the intelligent robot is connected with the cloud system; the intelligent robot comprises a driving behavior recognition module, an image processing module, a local storage module, a wireless communication module, a voice playing module and a screen display module. The cloud system comprises a message queue, a cache, a database and an Internet of Things gateway. The driving management method of the vehicle-mounted robot system comprises the steps of conventional vehicle driving behavior management, dangerous driving behavior management, driving safety management, voice broadcasting and light reminding, real-time ornament monitoring, illegal prototype analysis and energy supply reminding. According to the system and the driving management method thereof, the functions of comprehensive monitoring, safe driving and intelligent management of the vehicle are realized, and the running vehicle can be effectively monitored.

Description

technical field [0001] The invention relates to the technical field of automobile auxiliary driving systems, in particular to a vehicle-mounted robot system and a driving management method thereof. Background technique [0002] The existing vehicle management and monitoring system of the enterprise manages the use process of the vehicle, monitors the position of the vehicle through the vehicle GPS track, and the management method is relatively simple. In the process of driving the vehicle, the driver makes different control behaviors on the vehicle according to the driving conditions of the vehicle and the surrounding road environment, which has a very important and direct impact on the safety of the vehicle and the people on the vehicle. [0003] The current general monitoring and management methods are relatively single, either only the driving status of the driver can be monitored, or the road driving status can only be monitored, or the location information of the vehicl...

AI Technical Summary

Problems solved by technology

[0003] The current general monitoring and management methods are relatively single, either only the driving status of the driver can be monitored, or the road driving status can only be monitored, or the location information of the vehicle can only be monitored, or there is only a single video monitoring, which cannot be stored in the cloud system Interactive analysis of the data, unable to integrate multiple data for analysis and early warning

Images