能源科技

透明地质保障系统是煤矿智能化开采与通风等建设的基石，旨在构建高精度地质模型。金凤煤矿采用综合物探技术，包括三维地震、槽波地震勘探及钻孔地质雷达，超前探测煤岩层界面、断层、煤厚等关键技术，并通过GIS平台融合分析多源数据，建立矿井及工作面的高精度几何模型。在此基础上，结合物探成果与六分量旋转地震仪的应力测量数据，构建属性模型，辅助预警隐蔽致灾因素，并为智能化采掘等智能化子系统提供模型支撑。

The transparent geological guarantee system serves as the foundation for intelligent coal mining and ventilation, with the aim to construct high-precision geological models. At Jinfeng Coal Mine, integrated geophysical technologies—including 3D seismic surveys, in-seam seismic wave exploration, and borehole geological radar—were employed to advance the detection of key geological features such as coal-rock interfaces, faults and coal seam thickness. By integrating multi-source data through a GIS platform, high-precision geometric models of the mine and working faces were established. Furthermore, attribute modeling was conducted by combining geophysical results with stress measurement data from six-component rotational seismometers. This approach aids in early warning of hidden disaster risks and provides model support for intelligent subsystems, including automated mining and excavation.