超深矿井提升装备与上节所介绍的传统矿井提升装备相比较，具有自己独有的一

O 深矿井 提升装备 与节 的传统矿井井井介绍提升 ，拥有自己独特的个性的 ，超装备深矿井井 O 15 OOm ， 一些提升机提升 140t ， 提升速度 远大于 提升 提升 。资源部有效开发和利用，必须超深井提升装备展开深入研究以掌握其设计制造方法安全运行理论理论。实现<br>上节所介绍，由于原因。以及庞大的超深井提升的提升设备需要; 需要; 多绳摩擦擦式提升装备由于钢丝绳内部抗氧化的震动过大了不满足深井的需要。 ，需要提出的提升形式来超深井提升的需要。问题研究攻坚，多绳索提升的要点，提升组合立体结构是实现超祥提升的形态，马崇升研究在多绳摩式重要提升00的基础上提出多绳提升装备是解决<br>2500至3000米深井的方式屈冬婷、梁丽娟刘劲军等认为，绳子增加了膨胀强度，可以通过适当的方式实现安全增加，超深井为系统实现的实例提供了重要参考。

Compared with the traditional mine hoisting equipment introduced in the previous section, the ultra deep mine hoisting equipment has some unique characteristics. The ultra deep mine hoisting equipment needs to face the challenges of well depth of more than 15oom, hoisting load of more than 140t and hoisting speed much higher than the existing hoist. In order to realize the effective development and utilization of deep resources, it is necessary to carry out in-depth research on ultra deep well hoisting equipment in order to master its design and manufacturing method and safe operation theory.<br>As described in the previous section, single rope winding hoisting equipment is difficult to meet the needs of ultra deep well hoisting due to its wire rope diameter and huge hoisting equipment; The multi rope friction hoisting equipment can not meet the needs of ultra deep well hoisting because of the excessive fluctuation of the internal stress amplitude of the steel rope. Therefore, it is necessary to propose new and effective lifting forms to meet the needs of ultra deep well lifting. Scholars at home and abroad have done some research on this. The research results show that the multi-point lifting combination topology of multi-layer winding of multi wire rope is an effective form to realize the lifting of ultra deep wells. Ma chongxiang proposed that multi rope lifting equipment is the solution based on the in-depth study of multi rope friction hoist<br>An important way to solve the problem of 2500 to 3000m deep wells. Qu Dongting, Liang Lijuan, Liu Jinjun and others believe that the lifting depth can not be increased by increasing the diameter of the steel wire rope, and the limit lifting depth can be increased by appropriately reducing the safety factor of the steel wire rope, which provides an important reference for the realization of the lifting system of ultra deep wells.<br>