A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hanging frame system for super high-rise core tube inclined wall construction
The invention discloses a hanging frame system for super high-rise core tube inclined wall construction, which comprises a climbing system and a hanging frame system, the hanging frame system is arranged on the two sides of a wall body, the climbing system drives the hanging frame system to lift, the wall body is an inclined wall, the hanging frame system comprises an inner hanging frame and an outer hanging frame, the inner hanging frame is arranged on the inclined side of the inclined wall, and the outer hanging frame is arranged on the inclined side of the inclined wall. The outer hanging frame is arranged on the other side of the inclined wall; the vertical rods of the outer hanging frame are connected with the sliding beams through the rolling wheels, the outer hanging frame can move in the direction close to the inclined wall along the sliding beams, and an operation platform meeting operation requirements is provided for inclined wall section construction; meanwhile, the walkway plate, the first turning plate and the second turning plate are connected through the lug plates and the bolt pins, the turning plates can be turned over flexibly, and mounting and dismounting construction is convenient; the inner hanging rack vertical rod can be detached from the cross beam and the sliding beam, so that the inner hanging rack vertical rod can be locally detached and changed at high altitude conveniently; through overall sliding of the outer hanging frame and local dismounting and modification of the inner hanging frame, overall lifting of the hanging frame system on the inclined wall section is achieved, the construction period is shortened, and high-altitude dismounting and hoisting operation is avoided.
本发明公开了一种用于超高层核心筒斜墙施工的挂架系统，包括爬升系统和挂架系统，挂架系统设置在墙体两侧，爬升系统带动挂架系统提升，墙体为斜墙，挂架系统包括内挂架和外挂架，内挂架设置在斜墙倾斜的一侧，外挂架设置在斜墙的另一侧；本发明采用外挂架立杆与滑梁之间通过滚轮连接，外挂架能沿着滑梁朝靠近斜墙方向移动，为斜墙段施工提供满足作业需要的操作平台；同时，走道板、第一翻板和第二翻板采用耳板和销栓进行连接，翻板可灵活翻转，方便安拆施工；内挂架立杆能从横梁和滑梁上拆除，方便内挂架立杆在高空进行局部拆改；通过外挂架整体滑动和内挂架局部拆改，实现挂架系统在斜墙段的整体提升，节省施工工期，避免高空拆除和吊装作业。
Hanging frame system for super high-rise core tube inclined wall construction
The invention discloses a hanging frame system for super high-rise core tube inclined wall construction, which comprises a climbing system and a hanging frame system, the hanging frame system is arranged on the two sides of a wall body, the climbing system drives the hanging frame system to lift, the wall body is an inclined wall, the hanging frame system comprises an inner hanging frame and an outer hanging frame, the inner hanging frame is arranged on the inclined side of the inclined wall, and the outer hanging frame is arranged on the inclined side of the inclined wall. The outer hanging frame is arranged on the other side of the inclined wall; the vertical rods of the outer hanging frame are connected with the sliding beams through the rolling wheels, the outer hanging frame can move in the direction close to the inclined wall along the sliding beams, and an operation platform meeting operation requirements is provided for inclined wall section construction; meanwhile, the walkway plate, the first turning plate and the second turning plate are connected through the lug plates and the bolt pins, the turning plates can be turned over flexibly, and mounting and dismounting construction is convenient; the inner hanging rack vertical rod can be detached from the cross beam and the sliding beam, so that the inner hanging rack vertical rod can be locally detached and changed at high altitude conveniently; through overall sliding of the outer hanging frame and local dismounting and modification of the inner hanging frame, overall lifting of the hanging frame system on the inclined wall section is achieved, the construction period is shortened, and high-altitude dismounting and hoisting operation is avoided.
本发明公开了一种用于超高层核心筒斜墙施工的挂架系统，包括爬升系统和挂架系统，挂架系统设置在墙体两侧，爬升系统带动挂架系统提升，墙体为斜墙，挂架系统包括内挂架和外挂架，内挂架设置在斜墙倾斜的一侧，外挂架设置在斜墙的另一侧；本发明采用外挂架立杆与滑梁之间通过滚轮连接，外挂架能沿着滑梁朝靠近斜墙方向移动，为斜墙段施工提供满足作业需要的操作平台；同时，走道板、第一翻板和第二翻板采用耳板和销栓进行连接，翻板可灵活翻转，方便安拆施工；内挂架立杆能从横梁和滑梁上拆除，方便内挂架立杆在高空进行局部拆改；通过外挂架整体滑动和内挂架局部拆改，实现挂架系统在斜墙段的整体提升，节省施工工期，避免高空拆除和吊装作业。
Hanging frame system for super high-rise core tube inclined wall construction
一种用于超高层核心筒斜墙施工的挂架系统
ZHENG WEI (author) / YIN GUANGHUA (author) / SHEN YU (author) / TANG WEIYAO (author) / XIAO YAO (author) / QIU XINCHENG (author)
2024-04-12
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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