| In China, after nearly a century of coal mining, the mining of most coal seams have become deeper. Mine water disaster has great influence on coal mine production. At present,there are 150 tons of coal reserves in the major mining areas in northern China, and the coal reserves are threatened by karst water. It is necessary to collect and deal with the hydrogeological information of coal mine safely by mining the coal which is threatened by karst water. Then, it is of great significance to realize the safe and efficient production of coal mine by accurately detecting the ground water-beraing of the bottom of the mining face. In the mining face, the detection of the ground water-beraing in the floor of the roadway needs real-time, fast and geophysical method that can analyze the detected data immediately. It requires the detection results to be done as they come out. According to the demand of floor water disaster prevention and control in the field work of coal mine in china, we need to develop a portable, simple, real-time and professional mineral company mine water disaster information management system, to realize the prediction of the floor, roof, frontal structure and water abundance of all mine roadways in the whole company.This project uses advanced computer technology, geophysical exploration technology and data communication technology, establishes a whole set of water hazard real-time forewarning and monitoring system based on the group intranet platform , According to the practical water hazard prevention status of Shanxi Coal Mine, proposed a group-level mine water hazard forewarning and monitoring system construction and implementation scheme.The scheme can realize real-time and fast water abundance detection of the roadway floor,roof and head structure, realize instant data analysis and provide the results immediately,achieving the forecasting, monitoring and controlling of the water abundance thereof. |
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