A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cooperative construction method of attached climbing scaffold suitable for high-rise building
The invention discloses a collaborative construction method of an attached climbing scaffold suitable for a high-rise building. Comprising the following steps of sequentially constructing a starting layer main body of the high-rise building, erecting a mounting platform for supporting a scaffold, mounting a starting frame body at the bottom of the scaffold, constructing a first adhesive layer main body, and constructing a second adhesive layer main body. Performing construction of a third adhesive layer main body and construction of a next adhesive layer building main body structure on the third adhesive layer main body until all required adhesive layer building main body structures are completed, then performing integrated adhesive frame body installation, performing multi-work-type cooperative construction of building main bodies and facade decoration, constructing a first layer of building main bodies, lifting a first layer of scaffolds, and constructing a second layer of building main bodies; and after roof main body and decoration operation of the building main body is completed, the scaffold is dismantled. And through cooperative construction operation of multiple types of work, the scaffold body adopts a mode that the scaffold body only ascends but does not descend, so that the construction safety and the construction efficiency are remarkably improved.
本发明公开了一种适用于高层建筑的附着式爬升脚手架的协同施工方法，包括以下步骤：依次施工高层建筑的起步层主体、搭设支撑脚手架的安装平台、安装脚手架底部的起步架体、进行第一道附着层主体施工、进行第二道附着层主体施工、进行第三道附着层主体施工并在其上方进行下一道附着层建筑主体结构施工，直至完成所需的所有附着层建筑主体结构再进行集成附着架体安装，进行多工种协同施工建筑主体与外立面装修，并施工一层建筑主体提升一层脚手架，完成建筑主体的屋面主体与装饰作业后拆除脚手架。通过多工种协同施工作业，脚手架体采用只升不降的方式，显著提高了施工安全性和施工效率。
Cooperative construction method of attached climbing scaffold suitable for high-rise building
The invention discloses a collaborative construction method of an attached climbing scaffold suitable for a high-rise building. Comprising the following steps of sequentially constructing a starting layer main body of the high-rise building, erecting a mounting platform for supporting a scaffold, mounting a starting frame body at the bottom of the scaffold, constructing a first adhesive layer main body, and constructing a second adhesive layer main body. Performing construction of a third adhesive layer main body and construction of a next adhesive layer building main body structure on the third adhesive layer main body until all required adhesive layer building main body structures are completed, then performing integrated adhesive frame body installation, performing multi-work-type cooperative construction of building main bodies and facade decoration, constructing a first layer of building main bodies, lifting a first layer of scaffolds, and constructing a second layer of building main bodies; and after roof main body and decoration operation of the building main body is completed, the scaffold is dismantled. And through cooperative construction operation of multiple types of work, the scaffold body adopts a mode that the scaffold body only ascends but does not descend, so that the construction safety and the construction efficiency are remarkably improved.
本发明公开了一种适用于高层建筑的附着式爬升脚手架的协同施工方法，包括以下步骤：依次施工高层建筑的起步层主体、搭设支撑脚手架的安装平台、安装脚手架底部的起步架体、进行第一道附着层主体施工、进行第二道附着层主体施工、进行第三道附着层主体施工并在其上方进行下一道附着层建筑主体结构施工，直至完成所需的所有附着层建筑主体结构再进行集成附着架体安装，进行多工种协同施工建筑主体与外立面装修，并施工一层建筑主体提升一层脚手架，完成建筑主体的屋面主体与装饰作业后拆除脚手架。通过多工种协同施工作业，脚手架体采用只升不降的方式，显著提高了施工安全性和施工效率。
Cooperative construction method of attached climbing scaffold suitable for high-rise building
一种适用于高层建筑的附着式爬升脚手架的协同施工方法
ZHU JUNHUI (author) / LIN KAIXIN (author) / YANG BINGYAO (author) / HUANG SHAOTENG (author) / DUAN SHIPENG (author) / HE ZHUOXUAN (author) / CHEN BOKE (author)
2024-12-13
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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