A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel pipe scaffold facade diagonal bridging
The invention relates to the technical field of supporting structures, in particular to a steel pipe scaffold facade cross bridging which comprises a scaffold steel pipe, a connecting steel plate and a supporting steel pipe, a positioning steel plate is arranged on one side of the connecting steel plate and fixedly connected with the connecting steel plate through first connecting bolts, and an annular guide groove is formed in the outer wall of the connecting steel plate. The supporting steel pipe is fixed in the annular guide groove through a rotary fixed connecting assembly, and an extension adjusting steel pipe is installed at one end of the supporting steel pipe and fixedly connected with one end of the supporting steel pipe by pushing an unlocking type buckle connecting assembly; the extension adjusting steel pipe can be conveniently and flexibly disassembled and assembled on the supporting steel pipe, different use requirements can be met, meanwhile, the problem that a large amount of stress is easily generated between the outer side steel pipe and a scaffold due to the fact that the steel pipes are crossed and stacked through a traditional diagonal bridging can be solved, the supporting steel pipe can be installed at different angles, and the construction efficiency is improved. Construction is flexible, and universality is good.
本发明涉及支撑结构技术领域，具体为一种钢管脚手架外立面剪刀撑，包括脚手架钢管、连接钢板和支撑钢管，连接钢板一侧设置有定位钢板，定位钢板通过第一连接螺栓与连接钢板固定连接，连接钢板外壁上开设有环形导向槽，支撑钢管通过旋转式固定连接组件固定在环形导向槽中，支撑钢管一端安装有延伸调节钢管，且延伸调节钢管通过推动解锁式卡扣连接组件与支撑钢管一端固定连接；本发明能够方便使得延伸调节钢管在支撑钢管上进行灵活拆装，能够满足不同的使用需求，同时能够避免传统的剪刀撑交叉层叠钢管容易造成外侧钢管与脚手架之间产生大量应力的问题，能够使得支撑钢管以不同角度进行安装，施工起来灵活，通用性好。
Steel pipe scaffold facade diagonal bridging
The invention relates to the technical field of supporting structures, in particular to a steel pipe scaffold facade cross bridging which comprises a scaffold steel pipe, a connecting steel plate and a supporting steel pipe, a positioning steel plate is arranged on one side of the connecting steel plate and fixedly connected with the connecting steel plate through first connecting bolts, and an annular guide groove is formed in the outer wall of the connecting steel plate. The supporting steel pipe is fixed in the annular guide groove through a rotary fixed connecting assembly, and an extension adjusting steel pipe is installed at one end of the supporting steel pipe and fixedly connected with one end of the supporting steel pipe by pushing an unlocking type buckle connecting assembly; the extension adjusting steel pipe can be conveniently and flexibly disassembled and assembled on the supporting steel pipe, different use requirements can be met, meanwhile, the problem that a large amount of stress is easily generated between the outer side steel pipe and a scaffold due to the fact that the steel pipes are crossed and stacked through a traditional diagonal bridging can be solved, the supporting steel pipe can be installed at different angles, and the construction efficiency is improved. Construction is flexible, and universality is good.
本发明涉及支撑结构技术领域，具体为一种钢管脚手架外立面剪刀撑，包括脚手架钢管、连接钢板和支撑钢管，连接钢板一侧设置有定位钢板，定位钢板通过第一连接螺栓与连接钢板固定连接，连接钢板外壁上开设有环形导向槽，支撑钢管通过旋转式固定连接组件固定在环形导向槽中，支撑钢管一端安装有延伸调节钢管，且延伸调节钢管通过推动解锁式卡扣连接组件与支撑钢管一端固定连接；本发明能够方便使得延伸调节钢管在支撑钢管上进行灵活拆装，能够满足不同的使用需求，同时能够避免传统的剪刀撑交叉层叠钢管容易造成外侧钢管与脚手架之间产生大量应力的问题，能够使得支撑钢管以不同角度进行安装，施工起来灵活，通用性好。
Steel pipe scaffold facade diagonal bridging
一种钢管脚手架外立面剪刀撑
LONG ZHI (author) / CHEN KUNPENG (author) / WU XIYUAN (author) / HAN JIFEI (author) / HONG LIDUAN (author) / LI TIANYANG (author) / YANG WENGEN (author)
2024-08-20
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste