桑樹坪煤礦奧灰水動態(tài)監(jiān)測管理系統(tǒng)方案設計與驗證
[Abstract]:After nearly a century of coal mining in China, the mining of most coal mines has entered deep strata, and mine water damage has a great impact on coal mine production. At present, 15 billion tons of coal reserves are threatened by karst water. It is necessary to collect and deal with the hydrogeological information of coal mine in order to extract the coal which is threatened by karst water safely. Therefore, it is of great significance to accurately detect the water-rich floor of mining face for the realization of coal mine safety and efficient production. The water-rich detection of roadway floor in mining face needs real time, fast and real-time geophysical exploration method which can analyze the detection data instantly. According to the demand of mine floor water hazard prevention in coal mine field work in our country, we need to develop a light, simple, real time and professional mine water hazard information management system, which can realize all mine roadway floor and roof in the whole company. Head-on structure and prediction of water enrichment. Using advanced computer technology, geophysical detection technology and data communication technology, based on the internal network platform of the enterprise, the dynamic monitoring and management system of Ordovician ash water in Sangshuping Coal Mine is studied and developed in this paper. In view of the actual situation of water disaster prevention and control in Sangshuping Mine of Hancheng Mining Company, the overall scheme design and implementation scheme of mine water dynamic early warning monitoring system are put forward. The scheme can realize the real-time detection of roadway floor, roof, head-on water rich, quick detection, and can analyze the detection data instantly, and the detection results can be done with the result, and the roadway floor and roof can be realized. Head-on structure and water-rich prediction and intelligent monitoring and control.
【學位授予單位】:西安科技大學
【學位級別】:碩士
【學位授予年份】:2017
【分類號】:TD745.2
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