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Study of Real-time Monitoring System on the Underground Mining activities Based on Explosion Source Location Technology

机译:基于爆炸源地点技术的地下采矿活动实时监测系统研究

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The mining boundary ultra-layer & cross-border of some small coal mines in the profit-driven results in a many of safety accidents, waste of resources and environmental damage while the state can not achieve the full uninterrupted supervision because of the backward monitoring tools and equipment. In this situation the real-time monitoring system for underground mining activities is designed based on explosion source location technology. Small and medium-sized coal mines tunnel by blasting operations. The P waves are picked up by acceleration vibration sensors buried underground that are identified and dealt by using wavelet transform. The bursting point is located by the Geiger algorithm and displayed in the mine's electronic map. The monitor system has good stability, small positioning error by field-proven.
机译:矿业边界超级层和跨境的一些小煤矿在利润驱动的结果中,在许多安全事故中,资源浪费和环境损害,而国家无法达到全面不间断的监督,因为落后的监控工具 和设备。 在这种情况下,基于爆炸源地理技术设计了地下采矿活动的实时监控系统。 通过爆破操作中小型煤矿隧道隧道。 通过使用小波变换来掩埋和处理地下的加速振动传感器拾取P波。 突发点位于Geiger算法,并在矿山的电子地图中显示。 监控系统具有良好的稳定性,通过现场证实的定位误差小。

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