A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing frame system and modular installation method thereof
The invention discloses a climbing frame system and a modular installation method thereof, and belongs to the technical field of climbing frame installation. Comprising a building structure floor, a supporting scaffold, a frame body unit, an attached supporting system, an anti-overturning device, an anti-falling device, a lifting system, a temporary cable-stayed knot device, a steel plate mesh and a connecting device. The frame body unit is installed on the outer vertical face of a built building structure floor. The frame body units are connected, supported and fixed between the building structure floors and the frame body units through the supporting scaffolds, the attachment supporting systems and the temporary cable-stayed knot devices; after a building structure floor is built to meet the requirements for installation of the three-layer attachment supporting system and bearing and supporting of the frame body unit, supporting of the frame body unit is converted into common supporting of the three-layer attachment supporting system from a front supporting scaffold. The problems that in the prior art, a frame body is large in protection cumulative area, procedures are tedious in the assembling process, the high-altitude operation time of installation personnel is long, and the safety risk is high are solved.
本发明公开了一种爬架系统及其模块化安装方法，属于爬架安装技术领域。包括建筑结构楼层、支撑脚手架、架体单元、附着支承系统、防倾覆装置、防坠落装置、提升系统、临时斜拉结装置、钢板网片和连接装置；架体单元安装在已建成建筑结构楼层外立面上；在建筑结构楼层与架体单元之间，通过支撑脚手架、附着支承系统及临时斜拉结装置进行架体单元连接、支撑及固定；待建筑结构楼层建成至满足三层附着支承系统安装和架体单元承载支撑后，架体单元支撑由在前的支撑脚手架转换成三层附着支承系统的共同支撑。本发明解决了现有技术中的架体防护累计面积大，组装时工序较为繁琐，存有安装人员在高空作业时间长，安全风险高的不利影响因素。
Climbing frame system and modular installation method thereof
The invention discloses a climbing frame system and a modular installation method thereof, and belongs to the technical field of climbing frame installation. Comprising a building structure floor, a supporting scaffold, a frame body unit, an attached supporting system, an anti-overturning device, an anti-falling device, a lifting system, a temporary cable-stayed knot device, a steel plate mesh and a connecting device. The frame body unit is installed on the outer vertical face of a built building structure floor. The frame body units are connected, supported and fixed between the building structure floors and the frame body units through the supporting scaffolds, the attachment supporting systems and the temporary cable-stayed knot devices; after a building structure floor is built to meet the requirements for installation of the three-layer attachment supporting system and bearing and supporting of the frame body unit, supporting of the frame body unit is converted into common supporting of the three-layer attachment supporting system from a front supporting scaffold. The problems that in the prior art, a frame body is large in protection cumulative area, procedures are tedious in the assembling process, the high-altitude operation time of installation personnel is long, and the safety risk is high are solved.
本发明公开了一种爬架系统及其模块化安装方法，属于爬架安装技术领域。包括建筑结构楼层、支撑脚手架、架体单元、附着支承系统、防倾覆装置、防坠落装置、提升系统、临时斜拉结装置、钢板网片和连接装置；架体单元安装在已建成建筑结构楼层外立面上；在建筑结构楼层与架体单元之间，通过支撑脚手架、附着支承系统及临时斜拉结装置进行架体单元连接、支撑及固定；待建筑结构楼层建成至满足三层附着支承系统安装和架体单元承载支撑后，架体单元支撑由在前的支撑脚手架转换成三层附着支承系统的共同支撑。本发明解决了现有技术中的架体防护累计面积大，组装时工序较为繁琐，存有安装人员在高空作业时间长，安全风险高的不利影响因素。
Climbing frame system and modular installation method thereof
一种爬架系统及其模块化安装方法
ZHU DAOFU (author) / ZHU SHUNJIE (author) / QIAN JIELING (author) / ZHANG JUN (author) / YIN ZHENGZE (author)
2024-07-30
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Self-climbing protection frame and climbing method thereof
| European Patent Office | 2021