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李村煤矿副立井提升机房设计
引用本文:郝柜珍,李嘉威.李村煤矿副立井提升机房设计[J].河北化工,2014(7):117-119.
作者姓名:郝柜珍  李嘉威
作者单位:中煤邯郸设计工程有限责任公司;
摘    要:在煤矿诸多地面建(构)筑物的设计中,提升机房的设计是较为重要和复杂的项目之一。在进行提升机房设计时,需要考虑绞车设备如何进入提升机房、设备如何在提升机房内堆放、绞车基础如何抗倾覆和滑移等诸多因素。针对这些问题,结合李村煤矿副立井提升机房设计工程中的实例,阐述煤矿提升机房设计的相关要点,为类似情况的提升机房设计提供借鉴依据。

关 键 词:提升机房  设备安装与运输  计算模型  立井提升  李村煤矿

Licun Mine Auxiliary Vertical Shaft Hoisting House Design
HAO Gui-zhen;LI Jia-wei.Licun Mine Auxiliary Vertical Shaft Hoisting House Design[J].Hebei Chemical Engineering and Industry,2014(7):117-119.
Authors:HAO Gui-zhen;LI Jia-wei
Affiliation:HAO Gui-zhen;LI Jia-wei;China Coal Handan Design Engineering Corporation Ltd.;
Abstract:A lot of ground building design in mine, hoist house design was one of the more important and complex project. In the hoist house design, how hoist equipment entering the hoist house, how to improve engine rooms stacked, how winch foundation resistive overturning and sliding, and many other factors should be considered. Based on these problems, combined with Lieun Mine auxiliany vertical shaft hoisting house design example, the design of hoist house points were expounded, which provided reference basis for hoist house design similar situation.
Keywords:hoist house  equipment installation and transportation  calculation model  vertical shaft ascension  LicunMine
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