A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Lifting scaffold structure for building adduction structure
The invention discloses a lifting scaffold structure for a building adduction structure. The lifting scaffold structure comprises a lifting scaffold, a cantilever frame and a lattice frame. The lifting scaffold is vertically arranged and connected with the upper layer and the lower layer through the first wall-attached supports. The cantilever frame is horizontally arranged, the cantilever frame comprises an attachment section and a cantilever section which are connected with each other, the attachment section covers a floor slab of the inner receiving layer and is connected with the floor slab and the multiple cross beams, the cantilever section extends out of the floor slab of the inner receiving layer and extends outwards to be close to the scaffold, and a cantilever end is formed on the outer side of the cantilever section; the lattice frame is vertically arranged, the bottom end of the lattice frame is installed on a floor on the lower layer, the top end of the lattice frame is connected with the bottom of the cantilever end, and the outer side of the top end of the lattice frame is connected with the lifting scaffold through a second wall attaching support. The second wall-attached support serves as a supporting structure of the lifting scaffold and provides an acting point for the lifting scaffold on the inward-retracting layer, the adhesive force of the lifting scaffold to the building inward-retracting structure is effectively improved, and it is ensured that the lifting scaffold can climb safely.
本发明公开了一种用于建筑内收结构的升降脚手架结构，包括升降脚手架、悬挑架和格构架；升降脚手架竖向设置，且升降脚手架分别通过第一附墙支座与上层及下层连接；悬挑架水平设置，悬挑架包括相互连接的附着段和悬挑段，附着段覆盖于内收层的楼板上并与楼板及多个横梁连接，悬挑段伸出内收层的楼板并向外延伸至靠近脚手架，悬挑段的外侧形成悬挑端；格构架竖向设置，格构架的底端安装于下层的楼板上，格构架的顶端与悬挑端的底部连接，且格构架的顶端外侧通过第二附墙支座与升降脚手架连接。第二附墙支座作为升降脚手架的支承结构，在内收层为升降脚手架提供着力点，有效提高升降脚手架对建筑内收结构的附着力，确保升降脚手架能够安全爬升。
Lifting scaffold structure for building adduction structure
The invention discloses a lifting scaffold structure for a building adduction structure. The lifting scaffold structure comprises a lifting scaffold, a cantilever frame and a lattice frame. The lifting scaffold is vertically arranged and connected with the upper layer and the lower layer through the first wall-attached supports. The cantilever frame is horizontally arranged, the cantilever frame comprises an attachment section and a cantilever section which are connected with each other, the attachment section covers a floor slab of the inner receiving layer and is connected with the floor slab and the multiple cross beams, the cantilever section extends out of the floor slab of the inner receiving layer and extends outwards to be close to the scaffold, and a cantilever end is formed on the outer side of the cantilever section; the lattice frame is vertically arranged, the bottom end of the lattice frame is installed on a floor on the lower layer, the top end of the lattice frame is connected with the bottom of the cantilever end, and the outer side of the top end of the lattice frame is connected with the lifting scaffold through a second wall attaching support. The second wall-attached support serves as a supporting structure of the lifting scaffold and provides an acting point for the lifting scaffold on the inward-retracting layer, the adhesive force of the lifting scaffold to the building inward-retracting structure is effectively improved, and it is ensured that the lifting scaffold can climb safely.
本发明公开了一种用于建筑内收结构的升降脚手架结构，包括升降脚手架、悬挑架和格构架；升降脚手架竖向设置，且升降脚手架分别通过第一附墙支座与上层及下层连接；悬挑架水平设置，悬挑架包括相互连接的附着段和悬挑段，附着段覆盖于内收层的楼板上并与楼板及多个横梁连接，悬挑段伸出内收层的楼板并向外延伸至靠近脚手架，悬挑段的外侧形成悬挑端；格构架竖向设置，格构架的底端安装于下层的楼板上，格构架的顶端与悬挑端的底部连接，且格构架的顶端外侧通过第二附墙支座与升降脚手架连接。第二附墙支座作为升降脚手架的支承结构，在内收层为升降脚手架提供着力点，有效提高升降脚手架对建筑内收结构的附着力，确保升降脚手架能够安全爬升。
Lifting scaffold structure for building adduction structure
用于建筑内收结构的升降脚手架结构
WAN CHAOHUI (author) / GUO XIAOMIN (author) / LIANG SHIXU (author) / ZHAO ZHENHENG (author) / FENG ZEYUAN (author) / LI XIAOJING (author) / CHEN SHUAIGUO (author) / SUN JIANWEN (author) / HE YISHAN (author) / WU XIANZHU (author)
2023-10-27
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste