The invention provides a mine shaft tower and a tower structure thereof, and relates to the field of mine shaft towers, a lifting device is assembled on the tower structure, the tower structure comprises cross beam bodies, connecting assemblies, first reinforcing parts, cover plates and guide cylinders, the cross beam bodies are provided with containing spaces and first contact surfaces, the connecting assemblies are connected with the two adjacent cross beam bodies, and the first reinforcing parts are connected with the cover plates. The first reinforcing parts are arranged in the cross beam body and the connecting assembly and attached to the first contact faces, the cover plate is provided with a second contact face and connected with the cross beam body so that the first reinforcing parts can be attached to the second contact faces, one end of the guide cylinder penetrates through the first reinforcing parts and the cross beam body, and the other end of the guide cylinder penetrates through the second contact faces. According to the tower structure, the lifting end of the lifting assembly moves in the guide cylinder, stirrups for restraining the main reinforcements in the reinforced concrete frame are replaced with the built-in first reinforcing pieces, the construction process is simplified, the construction period is shortened, the assembling efficiency of the tower structure is improved, the mining efficiency is improved, and the occupied volume of the tower structure is reduced.

    本发明提供了一种矿山井塔及其塔架结构,涉及矿山井塔领域,塔架结构上装配有提升装置,塔架结构包括:横梁体、连接组件、第一加固件、盖板及导向筒,横梁体具有容纳空间,横梁体具有第一接触面,连接组件连接相邻两横梁体,以使相邻两容纳空间相连通,第一加固件设置于横梁体与连接组件中,第一加固件与第一接触面贴合,盖板具有第二接触面,盖板与横梁体连接,以使第一加固件与第二接触面贴合,导向筒的一端贯穿第一加固件及横梁体,提升组件的提升端在导向筒中移动,通过内置的第一加固件替代钢筋混凝土框架内约束主筋的箍筋,简化了施工流程且缩短了施工周期,提高了塔架结构的装配效率,提升了采矿的效率,且减少了塔架结构的占用体积。


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    Title :

    Mine shaft tower and tower structure thereof


    Additional title:

    一种矿山井塔及其塔架结构


    Contributors:
    QIAN CHENYANG (author) / HU GUISHENG (author) / WANG JIANWEN (author) / QIAO HAIJUN (author) / REN HONGGANG (author) / ZHAO XULIN (author) / ZHU KUNLEI (author) / JIANG SHENGLIN (author) / MI XIAXIA (author) / ZHANG TAO (author)

    Publication date :

    2024-11-08


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B66B Aufzüge , ELEVATORS / F16F SPRINGS , Federn



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