Mine vehicle scheduling monitoring system

Abstract

The invention discloses a mine vehicle scheduling monitoring system for monitoring and prompting vehicles. An operator is allocated to each vehicle, and vehicles meet many obstacles around in the transportation process. The system comprises a vehicle terminal installed on each vehicle, and the vehicle terminal transmits signals with a scheduling center by a wireless communication network; the vehicle terminal is provided with a main control unit, a display unit, a GPS (Global Positioning System) unit and an information processing analysis module; a plurality of cameras are installed on the vehicle, the cameras are connected with the display unit, the display unit feeds back the information of the cameras to the main control unit after the information is processed by the information processing analysis module, the information of the GPS unit is processed by the information processing analysis module and then fed back to the main control unit or the scheduling center, and the information of a sensor is processed by the information processing analysis module and then fed back to the main control unit or the scheduling center or used for directly prompting the operator, so that the distance of an obstacle is known by the prompt of the sensor.

Description

technical field [0001] The invention relates to a vehicle dispatching and monitoring system for mining areas, in particular to a highly safe vehicle dispatching and monitoring system for mining areas. Background technique [0002] Due to the complex environment of the mining area, there are not only a large number of workers, but also a large number of vehicles and equipment. In order to prevent the accidents of the vehicles transporting mineral materials during the work process, a mining vehicle anti-collision dispatching system will be set up in the general mining area, which includes A dispatch center and a vehicle terminal. The dispatch center is connected to the vehicle terminal through the Internet for real-time monitoring of the vehicles in the mining area. The vehicle terminal is used to obtain the position and direction information of the vehicle and broadcast to other vehicle terminals. At the same time, it receives other The position and direction information ...

AI Technical Summary

Problems solved by technology

[0002] Due to the complex environment of the mining area, there are not only a large number of workers, but also a large number of vehicles and equipment. In order to prevent the accidents of the vehicles transporting mineral materials during the work process, a mining vehicle anti-collision dispatching system will be set up in the general mining area, which includes A dispatch center and a vehicle terminal. The dispatch center is connected to the vehicle terminal through the Internet for real-time monitoring of the vehicles in the mining area. The vehicle terminal is used to obtain the position and direction information of the vehicle and broadcast to other vehicle terminals. At the same time, it receives other The position and direction information broadcast by the vehicle terminal, and the wireless connection is used to transmit the position and direction information of the vehicle to the dispatching center through the Internet. This implementation method has many limitations, because GPS positioning is installed on the vehicle, and each There is a camera installed on the vehicle, and the images captured by the camera are transmitted to the GPS for positioning, and then sent to the dispatch center, and finally the dispatch center broadcasts the information. First, the angle that the camera can capture is very limited. Secondly, It needs to be transmitted through several programs, and loopholes or delays in the transmission of information are prone to occur in the middle. It is likely that the danger is at hand, but because there is no timely broadcast, the danger occurs. In addition, the noise environment in the mining area itself is very poor. Operation It is easy for the listener to not hear the content of the broadcast, so it is difficult to completely avoid the risk

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