A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cantilever scaffold I-steel installation structure and construction method
The invention discloses a cantilever scaffold I-shaped steel installation structure which comprises a bottom plate arranged on a floor plate, a vertical plate arranged on the bottom plate, a transverse supporting plate assembly installed on the vertical plate and a vertical limiting assembly matched with the vertical plate for installation. The vertical limiting assembly is matched with the transverse supporting plate assembly to be used for limiting and abutting against I-shaped steel. According to the cantilever scaffold I-shaped steel installation structure, the bottom plate and the vertical plates are installed on the floor plate and matched with the vertical limiting assemblies, a cavity structure for supporting and limiting the I-shaped steel is formed, the I-shaped steel abuts against and is limited through the vertical limiting assemblies, and therefore the overall structure is stable and reliable in installation; compared with a traditional U-shaped anchor ring pre-embedded installation mode, according to the technical scheme, the floor plate does not need to be penetrated, the situation that the floor plate leaks water in the later period is avoided, and meanwhile the scaffold is convenient to dismantle and recycle after being used.
本发明公开了一种悬挑脚手架工字钢安装构造，包括设置于楼层板上的底板、设置于底板上的竖向立板、安装于竖向立板上的横向支撑板组件以及配合竖向立板安装的竖向限位组件，所述竖向限位组件配合横向支撑板组件用于对工字钢进行限位抵紧；本技术方案的悬挑脚手架工字钢安装构造，通过在楼层板上安装底板以及竖向立板，配合竖向限位组件，形成一个对工字钢进行支撑限位的腔体结构，通过竖向限位组件将工字钢进行抵紧限位，使其整体结构安装稳定可靠，相对于传统采用U型锚环预埋安装的方式，本技术方案无需对楼层板进行穿透，避免后期产生楼层板漏水的情况，同时脚手架使用完毕后便于拆除进行回收使用。
Cantilever scaffold I-steel installation structure and construction method
The invention discloses a cantilever scaffold I-shaped steel installation structure which comprises a bottom plate arranged on a floor plate, a vertical plate arranged on the bottom plate, a transverse supporting plate assembly installed on the vertical plate and a vertical limiting assembly matched with the vertical plate for installation. The vertical limiting assembly is matched with the transverse supporting plate assembly to be used for limiting and abutting against I-shaped steel. According to the cantilever scaffold I-shaped steel installation structure, the bottom plate and the vertical plates are installed on the floor plate and matched with the vertical limiting assemblies, a cavity structure for supporting and limiting the I-shaped steel is formed, the I-shaped steel abuts against and is limited through the vertical limiting assemblies, and therefore the overall structure is stable and reliable in installation; compared with a traditional U-shaped anchor ring pre-embedded installation mode, according to the technical scheme, the floor plate does not need to be penetrated, the situation that the floor plate leaks water in the later period is avoided, and meanwhile the scaffold is convenient to dismantle and recycle after being used.
本发明公开了一种悬挑脚手架工字钢安装构造，包括设置于楼层板上的底板、设置于底板上的竖向立板、安装于竖向立板上的横向支撑板组件以及配合竖向立板安装的竖向限位组件，所述竖向限位组件配合横向支撑板组件用于对工字钢进行限位抵紧；本技术方案的悬挑脚手架工字钢安装构造，通过在楼层板上安装底板以及竖向立板，配合竖向限位组件，形成一个对工字钢进行支撑限位的腔体结构，通过竖向限位组件将工字钢进行抵紧限位，使其整体结构安装稳定可靠，相对于传统采用U型锚环预埋安装的方式，本技术方案无需对楼层板进行穿透，避免后期产生楼层板漏水的情况，同时脚手架使用完毕后便于拆除进行回收使用。
Cantilever scaffold I-steel installation structure and construction method
悬挑脚手架工字钢安装构造及施工方法
WANG PENG (author) / WU RENMIN (author) / CHEN XINGXING (author)
2024-12-13
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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