一种模型试验中煤层开采及废渣输送的模拟系统

By designing a simulation system that includes an excavation module, a slag removal module, a feeding module, and an intelligent control cabinet, the problems of low automation and difficulty in coal slag removal in existing technologies have been solved. This system achieves efficient integration of coal seam excavation and slag transportation, and improves the stability and realism of the simulation test.

CN117269454BActive Publication Date: 2026-07-17SHANDONG UNIV +2

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
SHANDONG UNIV
Filing Date
2023-09-18
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing coal seam mining simulation test systems have low automation levels, difficulty in coal slag removal, poor simulation realism, and cannot achieve integrated coal seam excavation, slag removal and feeding. Furthermore, they are complex to operate and have low mining efficiency.

Method used

A simulation system was designed, comprising an excavation module, a slag removal module, a feeding module, and an intelligent control cabinet. A single-roller coal mining mechanism was adopted, and the intelligent control cabinet was used to control the coordinated operation of each module to achieve efficient coal seam excavation and slag transportation.

Benefits of technology

It has achieved automation and integration of coal seam excavation and waste slag transportation, improved mining efficiency, ensured the stability and authenticity of simulation tests, avoided coal slag blockage and transportation difficulties, and supported the simulation of various complex coal seam structures.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明关于一种模型试验中煤层开采及废渣输送的模拟系统,涉及岩土工程、矿业工程试验技术领域。包括开挖模块、运渣模块、进给模块和智能控制操作柜;开挖模块,用于完成煤层的回采模拟工作;运渣模块,设置于所述开挖模块的下方,完成开挖回采后的煤渣的输送回收工作;进给模块,其输出端与所述运渣模块相连,用于运渣模块向回采方向的进给;智能控制操作柜用于真实地模拟不同厚度煤层的完整开挖回采及废渣输送过程;开挖模块采用单辊筒采煤机构,对同一高度煤层进行平行式同步回采。本发明操作简易、便捷,能够真实地模拟不同厚度煤层的完整开挖回采及废渣输送过程。
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