阅读说明：本技术 一种超深矿井提升机层间过渡装置可缠5层的结构设计方法 (Structural design method for 5-layer-winding ultra-deep mine hoist interlayer transition device ) 是由 彭霞 冯迎洲 张立新 于 2021-10-12 设计创作，主要内容包括：本发明公开了一种超深矿井提升机层间过渡装置可缠5层的结构设计方法,所述方法首先将原来最多能缠绕3层的层间过渡装置改为能缠绕5层的凹状面层间过渡装置,进而增加缠绕层数增大提升深度。其次,与3～4层和4～5层层间过渡装置同处于一个圆周的其它区域新增平衡块,这样可以避免超深矿井提升机因质量分布不均匀在惯性的作用下使得整个提升系统产生振动,得到一套钢丝绳在层间过渡装置上各个阶段的横向、径向及纵向位移公式。本发明设计的层间过渡装置可以使缠绕式超深矿井提升机在高速、重载和超深的运行条件下,保证提升系统能顺利缠绕到5层,钢丝绳磨损小且过渡平稳。(The invention discloses a structural design method for winding 5 layers of an ultra-deep mine hoist interlayer transition device, which is characterized in that firstly, an original interlayer transition device capable of winding 3 layers at most is changed into a concave surface interlayer transition device capable of winding 5 layers, so that the number of winding layers is increased, and the lifting depth is increased. And secondly, newly adding balance blocks in other areas of the same circumference with the 3-4 layers and 4-5 layers of interlayer transition devices, so that the vibration of the whole lifting system caused by uneven mass distribution of the ultra-deep mine hoist under the action of inertia can be avoided, and a set of transverse, radial and longitudinal displacement formulas of the steel wire rope at each stage on the interlayer transition device can be obtained. The interlayer transition device designed by the invention can ensure that the winding type ultra-deep mine hoist can smoothly wind to 5 layers under the running conditions of high speed, heavy load and ultra-deep, and the steel wire rope has small abrasion and stable transition.)