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Outer wall connecting structure for building construction scaffold
The invention discloses an outer wall connecting structure for a building construction scaffold, and particularly relates to the technical field of outer wall connection. The outer wall connecting structure comprises connecting lapping plates connected between the scaffold and an outer wall, upper rotating wheels are installed on the connecting lapping plates, the upper rotating wheels are rotationally sleeved with lower sleeve wheels, and the lower sleeve wheels and the upper rotating wheels are located on the scaffold and the outer wall correspondingly; and the diameter value of rotating grooves outside the lower sleeve wheels is gradually changed along the circumference, the minimum diameter value of the rotating grooves is smaller than the outer diameter value of the upper rotating wheels, and the maximum diameter value of the rotating grooves is larger than the outer diameter value of the upper rotating wheels. According to the outer wall connecting structure, through the combination of the upper rotating wheels and the lower sleeve wheels, the upper rotating wheels and the lower sleeve wheels can rotate relatively to buffer the gravity borne by the connecting lapping plates or other passive force, and meanwhile the stability of connecting between the scaffold and the outer wall by the connecting lapping plates is further guaranteed by limiting the relative rotating amplitude and angle of the upper rotating wheels and the lower sleeve wheels.
本发明公开了一种建筑施工脚手架用外墙连接结构,具体涉及外墙连接技术领域,包括连接在脚手架与外墙之间的连接搭板,所述连接搭板上安装有上转轮,上转轮转动套装在上转轮的外部,且下套轮和上转轮分别位于脚手架和外墙上,所述下套轮外部的转槽沿着环周的径值渐变,其最小径值小于上转轮的外径值且其最大径值大于上转轮的外径值。本发明,通过上转轮和下套轮的组合,在使二者可相对转动,对连接搭板承受的重力或其他被动力缓冲的同时,通过限制上转轮和下套轮相对转动的幅度和角度,进一步保证了连接搭板对脚手架和外墙之间连接的稳定性。
Outer wall connecting structure for building construction scaffold
The invention discloses an outer wall connecting structure for a building construction scaffold, and particularly relates to the technical field of outer wall connection. The outer wall connecting structure comprises connecting lapping plates connected between the scaffold and an outer wall, upper rotating wheels are installed on the connecting lapping plates, the upper rotating wheels are rotationally sleeved with lower sleeve wheels, and the lower sleeve wheels and the upper rotating wheels are located on the scaffold and the outer wall correspondingly; and the diameter value of rotating grooves outside the lower sleeve wheels is gradually changed along the circumference, the minimum diameter value of the rotating grooves is smaller than the outer diameter value of the upper rotating wheels, and the maximum diameter value of the rotating grooves is larger than the outer diameter value of the upper rotating wheels. According to the outer wall connecting structure, through the combination of the upper rotating wheels and the lower sleeve wheels, the upper rotating wheels and the lower sleeve wheels can rotate relatively to buffer the gravity borne by the connecting lapping plates or other passive force, and meanwhile the stability of connecting between the scaffold and the outer wall by the connecting lapping plates is further guaranteed by limiting the relative rotating amplitude and angle of the upper rotating wheels and the lower sleeve wheels.
本发明公开了一种建筑施工脚手架用外墙连接结构,具体涉及外墙连接技术领域,包括连接在脚手架与外墙之间的连接搭板,所述连接搭板上安装有上转轮,上转轮转动套装在上转轮的外部,且下套轮和上转轮分别位于脚手架和外墙上,所述下套轮外部的转槽沿着环周的径值渐变,其最小径值小于上转轮的外径值且其最大径值大于上转轮的外径值。本发明,通过上转轮和下套轮的组合,在使二者可相对转动,对连接搭板承受的重力或其他被动力缓冲的同时,通过限制上转轮和下套轮相对转动的幅度和角度,进一步保证了连接搭板对脚手架和外墙之间连接的稳定性。
Outer wall connecting structure for building construction scaffold
一种建筑施工脚手架用外墙连接结构
WU CHANGCHUN (author)
2021-01-12
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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