A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of attached scaffold under super-large span condition in variable-cross-section building
The invention discloses a construction method of an attached scaffold under the condition of super-large span in a variable cross-section building, which comprises the following steps of: 1, mounting an anti-falling device, the high-rise anti-falling device is installed and reinforced through an anti-falling device fixing assembly, a tie fixing assembly, a tie rod assembly and a reinforcing truss, and the high-rise anti-falling device is installed and reinforced through a horizontal fixing frame and a supporting frame assembly on a floor where a floor is not constructed of an existing building structure. 2, the attached scaffold assembly is installed; and 3, the attached scaffold assembly is lifted. The anti-falling devices are installed through the anti-falling device fixing assembly and the horizontal fixing frame, it can be guaranteed that the anti-falling devices on the upper layer and the lower layer are in the vertical state, abrasion of the attached scaffold in the using process is reduced, and the probability of faults is reduced; the pulling force of the tie rod and the supporting force of the supporting frame can guarantee the stability of the attached scaffold, and accidents are reduced.
本发明公开了一种变截面建筑中超大跨度情况下附着式脚手架施工方法，包括以下步骤：步骤1、安装防坠装置，其中，在既有建筑结构已施工楼板的楼层，高层的防坠装置通过防坠装置固定组件、结拉固定组件、结拉杆组件和加固桁架安装并加固，在在既有建筑结构未施工楼板的楼层，高层的防坠装置通过水平固定架和支撑架组件安装并加固；步骤2、安装附着式脚手架组件；步骤3、附着式脚手架组件提升。通过防坠装置固定组件和水平固定架将防坠装置安装，均能够保证上下层的防坠装置处于竖直的状态，减少了附着式脚手架在使用过程中的磨损，减小了发生故障的几率；结拉杆的拉力和支撑架的支撑力均能保证附着式脚手架的稳定性，减少了事故的发生。
Construction method of attached scaffold under super-large span condition in variable-cross-section building
The invention discloses a construction method of an attached scaffold under the condition of super-large span in a variable cross-section building, which comprises the following steps of: 1, mounting an anti-falling device, the high-rise anti-falling device is installed and reinforced through an anti-falling device fixing assembly, a tie fixing assembly, a tie rod assembly and a reinforcing truss, and the high-rise anti-falling device is installed and reinforced through a horizontal fixing frame and a supporting frame assembly on a floor where a floor is not constructed of an existing building structure. 2, the attached scaffold assembly is installed; and 3, the attached scaffold assembly is lifted. The anti-falling devices are installed through the anti-falling device fixing assembly and the horizontal fixing frame, it can be guaranteed that the anti-falling devices on the upper layer and the lower layer are in the vertical state, abrasion of the attached scaffold in the using process is reduced, and the probability of faults is reduced; the pulling force of the tie rod and the supporting force of the supporting frame can guarantee the stability of the attached scaffold, and accidents are reduced.
本发明公开了一种变截面建筑中超大跨度情况下附着式脚手架施工方法，包括以下步骤：步骤1、安装防坠装置，其中，在既有建筑结构已施工楼板的楼层，高层的防坠装置通过防坠装置固定组件、结拉固定组件、结拉杆组件和加固桁架安装并加固，在在既有建筑结构未施工楼板的楼层，高层的防坠装置通过水平固定架和支撑架组件安装并加固；步骤2、安装附着式脚手架组件；步骤3、附着式脚手架组件提升。通过防坠装置固定组件和水平固定架将防坠装置安装，均能够保证上下层的防坠装置处于竖直的状态，减少了附着式脚手架在使用过程中的磨损，减小了发生故障的几率；结拉杆的拉力和支撑架的支撑力均能保证附着式脚手架的稳定性，减少了事故的发生。
Construction method of attached scaffold under super-large span condition in variable-cross-section building
一种变截面建筑中超大跨度情况下附着式脚手架施工方法
LI JIANXIN (author) / CHEN XIAOHAN (author) / ZHAO HUAYING (author) / CHEN CONGYONG (author) / HAN FUCHENG (author) / ZHANG JIKAI (author) / NIU HONGWEN (author) / HOU LIXIA (author)
2024-07-09
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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