摘要
为了解决综采工作面中设备种类繁多、设备生产厂商不同导致的设备操作系统与数据协议不统一等诸多问题,以乌兰木伦煤矿12422综采面为例,对薄煤层综采面特点、设备布置情况进行分析,并结合煤矿智能化发展的相关指导要求,建立了井下5G通信网络,将矿鸿操作系统移植入薄煤层综采面设备。研究表明:该系统将设备之间的数据接口和数据协议标准进行了统一,实现了设备之间的互联、信息的互通,并且作业人员可以通过智能防爆手机实现对设备的掌控。矿鸿操作系统在12422薄煤层综采面的成功应用有效的提高了薄煤层的开采率和智能化水平。
In order to solve the problems in fully mechanized coal face such as a wide variety of equipment,the difference in operating systems and data protocols resulting from different equipment manufacturers,taking the 12422 fully mechanized coal face of Ulanmulun Coal Mine as an example,the characteristics and equipment layout of the comprehensive mining face of thin coal seam were analyzed.Combining with the relevant guidance requirements for the intelligent development of coal mines,an underground 5G communication network was established and the Mine Harmony operating system was transplanted into the equipment of the fully mechanized coal face of thin coal seam.The results show that the system unifies the data interface and data protocol standards between the equipment enabling the interconnection between the equipment,the intercommunication of information,and the controlling of the equipment through the intelligent explosion-proof mobile phone.Successful application of the system in the coal face effectively improves the mining rate and intelligence level.
作者
张国恩
严超超
王毅颖
ZHANG Guoen;YAN Chaochao;WANG Yiying(Wulanmulun Coal Mine,CHN Energy Shendong Coal Group,Ordos 017205,China;Hebei University of Engineering,Faculty of Mechanical and Equipment Engineering,Handan 056038,China;Hebei Coal Ecological Protection Mining Industry Technology Research Institute,Handan 056000,China)
出处
《煤炭工程》
北大核心
2023年第3期84-88,共5页
Coal Engineering
基金
河北省自然科学基金资助项目(E2020402064)
河北省高等学校科学技术研究项目(CXY2023002)
河北省创新能力提升计划项目(215676140H)。
关键词
矿鸿操作系统
薄煤层
综采工作面
智能化建设
Mine Harmony operating system
thin coal seam
fully mechanized coal face
intelligent construction
