A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-altitude cantilever platform formwork system and construction method thereof
The invention relates to a high-altitude cantilever platform formwork system and a construction method thereof.The high-altitude cantilever platform formwork system comprises a triangular truss supporting structure, a formwork supporting frame and a platform formwork, and the triangular truss supporting structure is fixed to a building wall below a cantilever platform construction position; the coverage range of the triangular truss supporting structure in the horizontal circumferential direction of the building wall is not smaller than the range of the construction position of the cantilever platform in the horizontal circumferential direction of the building wall, the formwork supporting frame is installed on the triangular truss supporting structure, and the platform formwork is detachably connected to the upper portion of the formwork supporting frame. The high-altitude cantilever platform formwork system can be used for a formwork and support system for construction of high-altitude and superaltitude cantilever platform structures in building engineering, and the safety, feasibility and economical efficiency of construction of the high-altitude and superaltitude cantilever platform structures are innovatively achieved; the situation that a conventional high-altitude and super-high-altitude cantilever platform structure formwork system is poor in stability, feasibility and economical efficiency is effectively improved.
本发明涉及一种高空悬挑平台模架体系及其施工方法，高空悬挑平台模架体系包括三角桁架支撑结构、模板支撑架以及平台模板，所述三角桁架支撑结构固定在悬挑平台施工位置下方的建筑墙体上，所述三角桁架支撑结构的沿建筑墙体水平周向覆盖范围不小于悬挑平台施工位置沿建筑墙体水平周向范围，所述模板支撑架安装在所述三角桁架支撑结构上，模板支撑架的上方可拆卸连接所述平台模板。本发明的高空悬挑平台模架体系，可以用于建筑工程中高空、超高空悬挑平台结构施工的模板及支架体系，创新性的实现高空、超高空悬挑平台结构施工的安全性、可行性、经济性，有效改善了常规高空、超高空悬挑平台结构模架体系的稳定性差、可行性差、经济性差的情况。
High-altitude cantilever platform formwork system and construction method thereof
The invention relates to a high-altitude cantilever platform formwork system and a construction method thereof.The high-altitude cantilever platform formwork system comprises a triangular truss supporting structure, a formwork supporting frame and a platform formwork, and the triangular truss supporting structure is fixed to a building wall below a cantilever platform construction position; the coverage range of the triangular truss supporting structure in the horizontal circumferential direction of the building wall is not smaller than the range of the construction position of the cantilever platform in the horizontal circumferential direction of the building wall, the formwork supporting frame is installed on the triangular truss supporting structure, and the platform formwork is detachably connected to the upper portion of the formwork supporting frame. The high-altitude cantilever platform formwork system can be used for a formwork and support system for construction of high-altitude and superaltitude cantilever platform structures in building engineering, and the safety, feasibility and economical efficiency of construction of the high-altitude and superaltitude cantilever platform structures are innovatively achieved; the situation that a conventional high-altitude and super-high-altitude cantilever platform structure formwork system is poor in stability, feasibility and economical efficiency is effectively improved.
本发明涉及一种高空悬挑平台模架体系及其施工方法，高空悬挑平台模架体系包括三角桁架支撑结构、模板支撑架以及平台模板，所述三角桁架支撑结构固定在悬挑平台施工位置下方的建筑墙体上，所述三角桁架支撑结构的沿建筑墙体水平周向覆盖范围不小于悬挑平台施工位置沿建筑墙体水平周向范围，所述模板支撑架安装在所述三角桁架支撑结构上，模板支撑架的上方可拆卸连接所述平台模板。本发明的高空悬挑平台模架体系，可以用于建筑工程中高空、超高空悬挑平台结构施工的模板及支架体系，创新性的实现高空、超高空悬挑平台结构施工的安全性、可行性、经济性，有效改善了常规高空、超高空悬挑平台结构模架体系的稳定性差、可行性差、经济性差的情况。
High-altitude cantilever platform formwork system and construction method thereof
一种高空悬挑平台模架体系及其施工方法
LIU GUANGXIAN (author) / QIAO HAIYING (author) / ZHOU XINGGUO (author) / ZHANG MENGSHI (author) / XU HAIYUN (author) / ZHENG DA (author) / CUI YUANQING (author) / FAN ZHIYANG (author) / CHEN QINGPING (author) / SONG LEI (author)
2023-04-04
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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