摘要
针对现阶段“一通三防”专业管理较难满足矿井智能化日常管控需求,提出构建矿井“一通三防”智能管控系统;以物联网、大数据、信息技术和计算机智能算法等为核心技术,建立了“一通三防”智能管控体系,构建了以物联网和计算机智能算法为核心的协同作业模式;并基于此研发了矿井“一通三防”智能管控系统,其主要功能包括:矿井通风网络智能优化分析与辅助决策、矿井粉尘智能管控、瓦斯分析预警与智能管控、煤自燃监测预警与智能管控以及矿井外因火灾监测预警与智能管控。该智能化系统集监测、分析、决策、管控于一体,实现了矿井“一通三防”智能化管控,能够有效保障矿井安全生产,为煤矿智能化建设提供了重要技术支撑。
In view of the difficulty of professional management of “one ventilation and three prevention”to meet the demand of daily intelligent control of mine, the paper proposes to build an intelligent control system for one ventilation and three prevention in mines. Based on the core technologies of Internet of Things, big data, information technology and computer intelligent algorithm,the intelligent control system is established, and a collaborative operation mode with Internet of Things and computer intelligent algorithm is built. Based on this, the intelligent control system of “one ventilation and three prevention”is developed, the main functions of the system include intelligent optimization analysis and assistant decision of mine ventilation network, intelligent control of mine dust, gas analysis early warning and intelligent control, coal spontaneous combustion monitoring and early warning and intelligent control as well as mine external fire monitoring and early warning and intelligent control. The intelligent system integrates monitoring, analysis, decision-making and control, and realizes intelligent control of “one ventilation and three prevention” in mines, which can effectively ensure mine safety and provide important technical support for the intelligent construction of coal mines.
作者
王振平
闫振国
岳宁
王伟峰
肖旸
WANG Zhenping;YAN Zhenguo;YUE Ning;WANG Weifeng;XIAO Yang(School of Safety Science and Engineering,Xi'an University of Science and Technology,Xi'an 710054,China;Jinjitan Coal Mine,Shaanxi Future Energy Chemical Co.,Ltd.,Yulin 719000,China)
出处
《煤矿安全》
CAS
北大核心
2022年第9期193-197,共5页
Safety in Coal Mines
关键词
联动调控
“一通三防”
数据分析
智能算法
管控平台
linkage regulation
“one-ventilation and three-prevention”
data analysis
intelligent algorithm
management and control platform
