基于CMS的采空区探测及残矿回采

Goaf Detection and Residual Ore Mining Based on CMS

阐述了空区探测系统(CMS)的工作原理和数据处理过程,并以某金属矿山为例,详细介绍了基于CMS的采空区探测技术和残矿的探测、回采设计过程。结果表明,CMS技术能有效解决采空区安全隐患,提高残矿资源的安全高效回收利用效率,增加矿山企业经济效益,在矿山实际生产中具有重要的推广应用价值。

The operating principle and data processing process of cavity monitoring system（ CMS） is expounded. Taking a metal mine as the research example,the goaf detection technology and residual ore detection,mining design are analyzed in detail. The research results show that,the CMS technology can effectively solve the potential safety hazard of goaf,improve the safety recycle efficiency of residual ore resources and increase the economic benefits of mining enterprises. Therefore,the CMS technology has important application value in the actual production in mines.