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Dou Linming Gong Siyuan Liu Peng Ding Enjie Hua Gang He Jiang Liu Peng, . Remote online early warning platform of mine seismic and bump disaster[J]. COAL SCIENCE AND TECHNOLOGY, 2015, (6).
Citation: Dou Linming Gong Siyuan Liu Peng Ding Enjie Hua Gang He Jiang Liu Peng, . Remote online early warning platform of mine seismic and bump disaster[J]. COAL SCIENCE AND TECHNOLOGY, 2015, (6).

Remote online early warning platform of mine seismic and bump disaster

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  • Available Online: April 02, 2023
  • Published Date: June 24, 2015
  • According to the present status of the mine pressure bump disaster as the world difficult problem, according to the mine analyzers hard to effectively imp rove the early warning potential of the micro- seismic monitoring and measuring system, based on the multithread technology and ASP. NET technology, the Client/ Ser ver type ( Client 1 Server) network framework and Browser 1 Server model were aplied to establish the remote early warning platform of the mine seismic and pressure bump disaster consisted with the integration server, client terminal and web browsing and issuing three sections. In combination with the mine pressure bump danger q ualitative and quantitative evaluation method of the micro- seismic method, the expert diagnosis system of the mine pressure bump danger was established and the min e pressure bump prevention and control was realized with the remote online early warning platform of the mine seismic and pressure bump disaster. Application results showed that the online early warning platform could accurately predicting rock- burst disaster impact in 28 mines.
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