Coal mine underground traffic operation display method and device

Abstract

The invention provides a coal mine underground traffic operation display method and further provides a coal mine underground traffic operation display device. The coal mine underground traffic operation display method comprises the following steps that a positioning base station, a vehicle-mounted terminal, a display terminal and a processor are provided, the vehicle-mounted terminal is in communication connection with the positioning base station, and the display terminal and the positioning base station are in communication connection with the processor; the positioning base station is usedfor determining the positioning of the vehicle-mounted terminal; and the processor displays the position of the vehicle-mounted terminal on the display terminal in real time. The coal mine undergroundtraffic operation display method has the following advantages that coal mine underground vehicle transporting can be monitored and controlled dynamically and timely, and the transport efficiency of underground vehicles is improved.

Description

Technical field [0001] The invention relates to the technical field of underground coal mine vehicle transportation, in particular to a method and device for displaying underground coal mine traffic operation. Background technique [0002] In order to achieve safe and efficient construction of coal mines, especially mines developed with auxiliary inclined shafts, most of them use flexible and convenient rubber-tyred vehicles as the main transportation method. Therefore, the transportation tasks in coal mines are very busy. At the same time, due to the underground coal mine front Long, many posts, and relatively scattered, coupled with the impermeability of the field of vision, the lack of timely communication, the inability to timely and dynamically control the transportation of vehicles, and it is inconvenient to dispatch vehicles; resulting in excessive vehicle transportation tasks. Full or unsaturated, low transportation efficiency, resulting in more serious vehicle idling phe...

AI Technical Summary

Problems solved by technology

[0002] In order to achieve safe and efficient construction in coal mines, especially mines developed with auxiliary inclined shafts, most of them use flexible and convenient rubber-tyred vehicles as the main mode of transportation. Therefore, the transportation tasks in coal mines are very busy. At the same time, due to the Long, many posts, and relatively scattered, coupled with opaque vision and untimely communication, the loading situation of vehicles cannot be controlled in a timely and dynamic manner, and it is not convenient to dispatch vehicles; resulting in excessive transportation tasks of vehicles Full or unsaturated, the transportation efficiency is low, and the phenomenon of no-load vehicles is more serious, that is, the waste of fuel and the wear of the vehicles when the vehicles are no-load, and the limited transportation space is occupied, which is not conducive to the safe and efficient construction of mines.

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