摘要
地质保障系统是煤矿智能化重要技术支撑,对矿井的开拓开采有着重要的保障作用。根据万利一矿地质特征,结合掘进工作面设备布置、掘进速度以及4_(-2)煤智能化综采工作面地质保障需求,采用随采地震、随掘地震、长掘长探等先进地质勘探手段进行探测。利用矿井历史数据、静态数据及动态数据进行矿井高精度地质建模,并对模型进行适时更新,满足矿井地质保障建设需求。
The geological guarantee system is an important technical support for the intelligentization of coal mines,and plays an important role in guaranteeing the development and mining of mines.According to the geological characteristics of Wanli No.1 coal mine,combined with the characteristics of equipment layout and driving speed of the driving face,and the geological guarantee requirements of the intelligent fully mechanized coal mining face of 4_(-2) coal,advanced geological exploration methods such as mining seismic,driving seismic,long excavation and long exploration were adopted to probe.Used mine historical data,static data and dynamic data to carry out high-precision mine geological modeling,and update the model in time to meet the needs of mine geological support construction.
作者
胡腾飞
辛德林
陈一兵
刘艳
王昭舜
Hu Tengfei;Xin Delin;Chen Yibing;Liu Yan;Wang Zhaoshun(Wuhan Design and Research Institute,China Coal Technology and Engineering Group,Wuhan 430064,China)
出处
《煤矿机械》
2023年第5期184-186,共3页
Coal Mine Machinery
基金
国家能源集团2020年第二批科技项目(GJNY-20-238)
中煤科工集团武汉设计研究院有限公司科研项目(ZZYF202108,ZZYF202236)。
关键词
煤矿智能化
地质保障
智能探测
三维地质模型
Intelligentization of coal mine
geological guarantee
intelligent detection
three-dimensional geological model
