Intelligent mine transportation and sale system

Abstract

An intelligent mine transportation and sale system provided by the present invention comprises a monitoring center, a mining area gate sentry sub-system and a weighing sub-system. A gate sentry processor receives the license plate information sent by a gate sentry vehicle information identification module and the vehicle in and out time, sends out a vehicle image information obtaining control instruction to a gate sentry image identification module to control the gate sentry image identification module to shoot the image information of the vehicles, and transmits the license plate information, the vehicle in and out time, the image information of the vehicles and the types of the transported materials to the monitoring center via a gate sentry data communication module, the weighing sub-system weighs the materials loaded by the vehicles, uploads the weights of the materials loaded by the vehicles to the monitoring center, and the monitoring center obtains the data information transmitted by the mining area gate sentry sub-system and the weight information of the materials loaded by the vehicles transmitted by the weighing sub-system, and displays the obtained data information on a monitoring screen of the monitoring center to enable the monitoring personnel to query.

Description

technical field [0001] The invention relates to the field of mines, in particular to an intelligent mine transportation and marketing system. Background technique [0002] Coal mines are usually equipped with a 100M industrial ring network, and a comprehensive automation platform is enabled. The comprehensive automation platform of the coal mine is connected to the monitoring and monitoring of subsystems such as ground raw coal transportation, main fan machine room, compressor room, 35KV substation, and main and auxiliary shaft hoisting, realizing the access of safety monitoring systems such as safety monitoring and personnel positioning. Realize that the ground belt, the main fan room, and the compressor room are unattended. [0003] The transportation of mine materials into and out of the site has not yet fully realized the unattended, fully automated mode. Usually, the process of vehicle entry, confirmation of vehicle information, weighing, vehicle exit, and confirmation...

AI Technical Summary

Problems solved by technology

[0003] The transportation of mine materials into and out of the site has not yet fully realized the unattended, fully automated mode. Usually, manual operations are required in the process of vehicle entry, confirmation of vehicle information, weighing, vehicle exit, and confirmation of vehicle information.

This affects the efficiency of the in and out transportation of mine materials, and increases the labor intensity

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