摘要
摩擦提升矿井中,滑绳、溜车事故时有发生,已严重困扰生产,影响安全。分析了HLB型防滑绳、溜车安全保护装置的系统构成及原理,分别建立了提升系统处于滑绳和溜车事故状态时的制动力学模型,并将其应用到淮北临涣矿。理论计算及现场应用的情况表明,该装置对于保障矿井安全高效生产意义重大。
The sliding rope and slipping cage accident happen very often in friction hoisting mine, affect production and safety. Analysis composition and principle of the rope sliding and cage slipping protection device, established the break dynamic model in sliding rope and slipping cage accident state, apply the device in mine. Through the theoretical calculation and its application, this device has a great significance to protect the safe and efficient production of mine.
出处
《煤矿机械》
北大核心
2014年第9期202-204,共3页
Coal Mine Machinery
关键词
滑绳
溜车
首绳
制动力
sliding rope
slipping cage
head rope
brake dynamic
