Comprehensive demonstration simulation model of mine production system

Abstract

The invention relates to the field of mining engineering, in particular to a comprehensive demonstration simulation model of a mine production system. The comprehensive demonstration simulation modelof the mine production system comprises a frame, and a ground industrial square and an underground production system are arranged on the frame. The comprehensive demonstration simulation model is characterized in that the ground industrial square comprises a shaft tower, a coal dressing system, a loading station, a gas storage tank and a fan room, wherein the shaft tower comprises a main shaft tower and an auxiliary shaft tower, an unloading station is arranged beside the main shaft tower and connected with a belt corridor, the belt corridor is connected with the coal dressing system, one endof the coal dressing system is connected with the main shaft unloading station through the belt corridor, and the other end is connected with the loading station through the belt corridor; the gas storage tank is connected with a gas pipe, and the pipe goes deep into an underground gas drill site through an air shaft; a diffuser is arranged on the fan room which is mounted above the air shaft. Thecomprehensive demonstration simulation model has the beneficial effects of being reasonable in structural design and convenient to operate and use.

Description

(1) Technical field [0001] The invention relates to the field of mining engineering, in particular to a comprehensive demonstration simulation model of a mine production system. (2) Background technology [0002] Mine production system is a general term for facilities, equipment, structures, lines and shafts that complete specific functions, and is composed of subsystems such as mine coal transportation, ventilation, material transportation, gangue discharge, drainage, power supply, communication, and monitoring. [0003] The mine production system is a spatial, three-dimensional, and dynamically operating "macroscopic and giant" system. Even at the production site, technicians can only see a part of the system, and cannot observe and grasp the composition and operation of the system as a whole. Therefore, the design, optimization, teaching, training and display of the mine production system all rely on plane data, such as text descriptions and plane drawings. Designers and...

AI Technical Summary

Problems solved by technology

Conventional static 3D models cannot intuitively and vividly display the time-space relationship of systems such as coal transportation, ventilation, lifting, and gas drainage, which affects the teaching and technical exchange effects of mine production systems

[0004] With the development of the coal industry, the demand for mining engineering and technical personnel is increasing year by year. Due to the particularity of mining engineering, production internships are mainly in industrial and mining enterprises or special positions. Mining enterprises consider safety responsibilities and affect production. Reluctant to accept students for internships, even if they accept it, it is "flying around", some practical teaching links are difficult to carry out, and students' hands-on ability cannot be truly exercised

There are too many interns in the same internship site, and there are great difficulties in transportation, board and lodging, and safety management.

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