摘要
针对目前冲击地压灾害防控技术多以单物理量监控为主的研究现状,巴彦高勒煤矿结合"云技术",将应力监测、微震监测、钻屑量监测等数据采用多参量耦合预警算法体系进行系统融合,建立了冲击地压风险综合智能监控预警平台,实现了原始数据与分析结果的云实时同步存储。应用结果表明:冲击地压风险综合智能监控预警平台可实现多参量数据自动采集、联合监控预警和分析,能够进行基于多参量的初次来压分析,极大提高了冲击地压的检测效率,减少了经济损失。
The current technologies for rockburst preventing and controlling are mainly based on single physical quantity monitoring. Bayan Gaole Coal Mine uses cloud technology to integrate stress monitoring,microseismic monitoring,and cuttings monitoring and other data are fused using a multi-parameter coupling early warning algorithm system,and a comprehensive intelligent monitoring and early warning platform is established against rockburst hazard,which can synchronize the raw data and analysis results on cloud in real-time. The application results show,that the platform can realize the automatic collection of multi-parameter data,joint monitoring and early warning and analysis,and is able to analyze the first weighting based on multiple parameters,which greatly improves the detection efficiency of rockburst thus to reduce economic loss of the mine.
作者
张明鹏
曹连民
李鹏
杨朋威
ZHANG Ming-peng;CAO Lian-min;LI Peng;YANG Peng-wei(Bayan Gaole Coal Mine,Inner Mongolia Huangtao Legai Coal Co.,Ltd.,Ordos 017300,China;College of Mechanical and Electronic Engineering,Shandong University of Science and Technology,Qingdao 266590,China)
出处
《煤炭工程》
北大核心
2021年第2期137-140,共4页
Coal Engineering
关键词
冲击地压
监控预警
云技术
多参量耦合
rockburst
monitoring and early warning
cloud technology
multi parameter coupling
