A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Super-large embedded part high-precision mounting system and construction method
The invention discloses a super-large embedded part high-precision installation system and a construction method.The installation system comprises a supporting portal, an embedded part jig frame, an electric hoist chain block and a lead screw back shore, the supporting portal is arranged above an equipment foundation at the to-be-embedded position of a large embedded part in a crossing mode, and the embedded part jig frame is hung on the supporting portal through the electric hoist chain block; the embedded part jig frame is suspended above an equipment foundation at the position where the large embedded part is to be embedded, the large embedded part located at the position where the large embedded part is to be embedded is fixed to the embedded part jig frame, and the embedded part jig frame and the supporting door frame are relatively fixed through a plurality of sets of detachable lead screw shores. The large embedded part mounting device is novel in structure and ingenious in design, large embedded parts are suspended and mounted by arranging the supporting door frame and the embedded part jig frame, the large embedded parts are prevented from making contact with foundation steel bars, disturbance during concrete pouring and vibrating is reduced to a great extent, and the mounting precision and efficiency of the large embedded parts are greatly improved; and the mounting system in the form of the supporting door frame and the embedded part jig frame can be recycled, residual values can be recycled, and the economical efficiency is better.
本发明公开了一种超大埋件高精度安装体系及施工方法，安装体系包括支撑门架、埋件胎架、电葫芦倒链和丝杠顶撑，支撑门架跨设在大型埋件待埋设位置的设备基础上方，埋件胎架通过电葫芦倒链吊挂在支撑门架上，且埋件胎架悬吊在大型埋件待埋设位置的设备基础上方，位于待埋设位置的大型埋件固定在埋件胎架上，且埋件胎架与支撑门架之间通过若干组可拆卸的丝杠顶撑相对固定。本发明结构新颖，设计巧妙，通过设置支撑门架+埋件胎架将大型埋件悬挂安装，避免大型埋件和基础钢筋接触，极大程度减少了混凝土浇筑振捣时的扰动，使得大型埋件的安装精度和效率得以大幅提高，而且，支撑门架+埋件胎架形式的安装体系可循环利用，残值亦可回收，经济性更佳。
Super-large embedded part high-precision mounting system and construction method
The invention discloses a super-large embedded part high-precision installation system and a construction method.The installation system comprises a supporting portal, an embedded part jig frame, an electric hoist chain block and a lead screw back shore, the supporting portal is arranged above an equipment foundation at the to-be-embedded position of a large embedded part in a crossing mode, and the embedded part jig frame is hung on the supporting portal through the electric hoist chain block; the embedded part jig frame is suspended above an equipment foundation at the position where the large embedded part is to be embedded, the large embedded part located at the position where the large embedded part is to be embedded is fixed to the embedded part jig frame, and the embedded part jig frame and the supporting door frame are relatively fixed through a plurality of sets of detachable lead screw shores. The large embedded part mounting device is novel in structure and ingenious in design, large embedded parts are suspended and mounted by arranging the supporting door frame and the embedded part jig frame, the large embedded parts are prevented from making contact with foundation steel bars, disturbance during concrete pouring and vibrating is reduced to a great extent, and the mounting precision and efficiency of the large embedded parts are greatly improved; and the mounting system in the form of the supporting door frame and the embedded part jig frame can be recycled, residual values can be recycled, and the economical efficiency is better.
本发明公开了一种超大埋件高精度安装体系及施工方法，安装体系包括支撑门架、埋件胎架、电葫芦倒链和丝杠顶撑，支撑门架跨设在大型埋件待埋设位置的设备基础上方，埋件胎架通过电葫芦倒链吊挂在支撑门架上，且埋件胎架悬吊在大型埋件待埋设位置的设备基础上方，位于待埋设位置的大型埋件固定在埋件胎架上，且埋件胎架与支撑门架之间通过若干组可拆卸的丝杠顶撑相对固定。本发明结构新颖，设计巧妙，通过设置支撑门架+埋件胎架将大型埋件悬挂安装，避免大型埋件和基础钢筋接触，极大程度减少了混凝土浇筑振捣时的扰动，使得大型埋件的安装精度和效率得以大幅提高，而且，支撑门架+埋件胎架形式的安装体系可循环利用，残值亦可回收，经济性更佳。
Super-large embedded part high-precision mounting system and construction method
一种超大埋件高精度安装体系及施工方法
LIU YINCHANG (author) / ZHOU GUOLIANG (author) / WANG DONGFENG (author) / CHEN HONGLIANG (author) / QI HE (author) / LIU SI (author) / CUI ZHEMING (author) / LI JIABAO (author) / KOU DALI (author)
2024-03-15
Patent
Electronic Resource
Chinese
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