摘要
地质保障系统是实现煤矿智能化开采与安全开采的重要基础,随着煤矿智能化开采技术的发展,精准开采成为煤炭采掘的新要求。为实现煤矿安全规划与高效开采,提出了基于地质保障技术的开采控制方法,该方法依托巷道地质写实、钻孔探测技术与槽波地震勘探技术等构建了地质模型,在自适应开采与协同开采过程中揭露信息对智能决策平台进行修正,并对相关设备与模块系统进行优化,实现了工作面自动控制与模块协同调配,满足了工作面开采中安全规划与高效开采的需求,该系统在黄陵二号煤矿的实际应用中,实现了减损增效的功能。
Geological assurance system is an important foundation to realize intelligent mining and guarantee coal mine safety.With the development of intelligent mining technology in coal mines,precise mining becomes a new requirement for coal mining.In order to achieve safe planning and efficient mining in coal mines,a mining control method based on geological support technology is proposed.The method builds a geological model based on roadway exposure exploration technology,borehole detection technology and channel wave seismic exploration technology,and uses the geological assurance system to collect relevant data in the process of mining adaptive mining and cooperative mining to correct the intelligent decision-making platform and improve the decision-making level.The relevant equipment and module systems are optimized to realize automatic control of the working face and cooperative deployment of modules to achieve safe planning and efficient mining of the working face.The practical application of the system in Huangling No.2 mine has realized the function of reducing losses and increasing efficiency.
作者
董博
李旭
史云
李磊
乔佳妮
DONG Bo;LI Xu;SHI Yun;LI Lei;QIAO Jiani(Xi’an Hertz Universe Information Technology Co.,Ltd.,Xi’an 710075,China;Shaanxi Coal Chenghe Mining Co.,Ltd.,Weinan 714000,China)
出处
《煤矿安全》
CAS
北大核心
2023年第12期167-174,共8页
Safety in Coal Mines
关键词
地质模型
地质保障
智能开采
规划开采
三维建模
大数据
geological model
geological support
intelligent mining
planning mining
three-dimensional modeling
big data
