Intelligent rearview mirror-based vehicle scheduling management system

Abstract

The invention discloses an intelligent rearview mirror-based vehicle scheduling management system, which comprises an intelligent rearview mirror device, wherein the intelligent rearview mirror device comprises an OBD (on-board diagnostic) peripheral interface module and an intelligent rearview mirror module; the OBD peripheral interface module is connected to an OBD interface in a plug-and-play manner, and is used for recording, transmitting, sending and analyzing CAN (controller area network) bus data and an ECU (electronic control unit) communication protocol of a vehicle, and connecting the CAN bus data to the intelligent rearview mirror module through a communication serial port; the intelligent rearview mirror module is used for sending the CAN bus data to a vehicle scheduling management server through a communication module; the vehicle scheduling management server is used for receiving reported vehicle state information and positioning information for a scheduling terminal to use; an instruction transmitted by a scheduler through the scheduling terminal is pushed to the intelligent rearview mirror device through the scheduling management server. According to the system, the information of the vehicle is mastered in real time, and vehicle tasks are wholly arranged, so that the scheduling efficiency and the management capability are improved, the using cost of the vehicle is reduced, and meanwhile, safety support is also improved.

Description

technical field [0001] The invention relates to the technical field of vehicle dispatching, in particular to a vehicle dispatching management system based on an intelligent rearview mirror. Background technique [0002] At present, due to production and operation requirements, the company needs to send company vehicles to various places to perform tasks, such as production repairs, after-sales service, official work, etc., which requires the company's vehicles to be dispatched to perform tasks. [0003] However, in actual production activities, the location of the vehicle is always changing dynamically, and the activity area and task duration are also different. Therefore, it is difficult to grasp the real situation of the vehicle, and the vehicle may be vacant or overused, which will increase the company's operating costs. [0004] After the driver enters the operation activities, the dispatcher can only communicate the production operation status and issue dispatch tasks t...

AI Technical Summary

Problems solved by technology

[0003] However, in actual production activities, the location of the vehicle is always changing dynamically, and the activity area and task duration are also different. Therefore, it is difficult to grasp the real situation of the vehicle, and the vehicle may be vacant or overused, which will increase the cost of the company's operation.

[0004] After the driver enters the operation activities, the dispatcher can only communicate the production operation status and issue dispatch tasks through mobile phones, which brings hidden dangers to safe production operation

[0005] The patent (application number: 201310486486.X name: emergency vehicle dispatching system and method) proposes an emergency vehicle dispatching system and method, which receives location information and vehicle status information sent by mobile terminals on several emergency vehicles, and according to the location information and vehicle status The information determines the vacant emergency vehicle closest to the target location. The monitoring center and the mobile terminal can only communicate by phone, which brings great hidden dangers to safe production and operation. Moreover, it is impossible to upload vehicle information to the monitoring center in real time, which is unreasonable. arrange vehicle

Images