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A platform for research: civil engineering, architecture and urbanism
Disc buckle type scaffold structure capable of being rapidly installed
The invention discloses a plate buckle type scaffold structure capable of being rapidly installed, and relates to the technical field of scaffolds. The stability and efficiency problems are solved. The supporting joint is composed of a longitudinal beam, a cross beam and a diagonal draw bar, the supporting panel is connected to the top of the supporting joint through the disc buckle, and the base is connected to the bottom of the supporting joint through the disc buckle. The supporting joints are adopted as a main body support, the height of the whole scaffold can be determined according to the number of stacked layers of the supporting joints, on the other hand, when the supporting joints are assembled, the limiting rings and the limiting holes are used for limiting the upper layer and the lower layer, when the cross beams are installed, the connectors are used for further limiting the limiting positions of the limiting rings and the limiting holes, and when the longitudinal beams are installed, the supporting joints are fixed. And the movable head of the longitudinal beam is used for further limiting the limiting positions of the limiting ring and the inserting column, so that when the longitudinal beam, the cross beam and the diagonal draw bar are combined, the previous working procedures can be limited in sequence, and the limiting can be completed only by locking and limiting the last working procedure.
本发明公开了一种可快速安装的盘扣式脚手架结构，涉及脚手架技术领域；为了解决稳定性和效率问题；具体包括由纵梁、横梁、斜拉杆组成的支撑节和盘扣以及分别通过盘扣连接于支撑节顶部的支撑面板、底部的底座。本发明采用支撑节作为主体支撑，可根据支撑节的堆叠层数确定整个脚手架的高度，另一方面，对于支撑节的组装时，利用限位环与限位孔对上下层限位，随后安装横梁时，又利用连接头对限位环、限位孔限位处的进一步限位，接着安装纵梁时，又利用纵梁的活动头对限位环、插柱限位处的进一步限位，从而使得纵梁、横梁、斜拉杆结合时，可依次对前工序限位，仅需对最后一步进行锁止限位即可完成所有限位。
Disc buckle type scaffold structure capable of being rapidly installed
The invention discloses a plate buckle type scaffold structure capable of being rapidly installed, and relates to the technical field of scaffolds. The stability and efficiency problems are solved. The supporting joint is composed of a longitudinal beam, a cross beam and a diagonal draw bar, the supporting panel is connected to the top of the supporting joint through the disc buckle, and the base is connected to the bottom of the supporting joint through the disc buckle. The supporting joints are adopted as a main body support, the height of the whole scaffold can be determined according to the number of stacked layers of the supporting joints, on the other hand, when the supporting joints are assembled, the limiting rings and the limiting holes are used for limiting the upper layer and the lower layer, when the cross beams are installed, the connectors are used for further limiting the limiting positions of the limiting rings and the limiting holes, and when the longitudinal beams are installed, the supporting joints are fixed. And the movable head of the longitudinal beam is used for further limiting the limiting positions of the limiting ring and the inserting column, so that when the longitudinal beam, the cross beam and the diagonal draw bar are combined, the previous working procedures can be limited in sequence, and the limiting can be completed only by locking and limiting the last working procedure.
本发明公开了一种可快速安装的盘扣式脚手架结构，涉及脚手架技术领域；为了解决稳定性和效率问题；具体包括由纵梁、横梁、斜拉杆组成的支撑节和盘扣以及分别通过盘扣连接于支撑节顶部的支撑面板、底部的底座。本发明采用支撑节作为主体支撑，可根据支撑节的堆叠层数确定整个脚手架的高度，另一方面，对于支撑节的组装时，利用限位环与限位孔对上下层限位，随后安装横梁时，又利用连接头对限位环、限位孔限位处的进一步限位，接着安装纵梁时，又利用纵梁的活动头对限位环、插柱限位处的进一步限位，从而使得纵梁、横梁、斜拉杆结合时，可依次对前工序限位，仅需对最后一步进行锁止限位即可完成所有限位。
Disc buckle type scaffold structure capable of being rapidly installed
一种可快速安装的盘扣式脚手架结构
LIN JIANWEI (author) / YU JIEFENG (author) / GU CHENGCHAO (author) / JIN PENGSHUAI (author) / FANG GUOHONG (author) / YANG JIANQIAO (author) / ZHONG JUNYUE (author)
2023-07-21
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Adjustable fastening buckle disc for disc buckle type scaffold
| European Patent Office | 2024