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A platform for research: civil engineering, architecture and urbanism
Full-automatic erecting system for scaffold board of external scaffold
The invention discloses an external scaffold scaffold board full-automatic erecting system which comprises four vertical upright rods distributed in a rectangular shape, transverse upright rods are fixed between every two vertical upright rods which are opposite in the front-back direction, and a scaffold scaffold board mechanism is installed between every two transverse upright rods. The hand frame scaffold board mechanism comprises a first steel die, a second steel die and a third steel die. The defects in the prior art are overcome, the stability is determined by the rigid structure, uncertain personnel walking and temporary material stacking can be dealt with, steel pipes do not need to be arranged below to increase the stability, the cost brought by steel pipe materials is saved, and the first hollow steel plate, the second hollow steel plate and the third hollow steel plate are arranged, so that the construction cost is reduced. Specifications can be specially customized according to the span of an on-site outer frame, all-directional and dead-corner-free laying is achieved, the situation that sundries fall off through gaps in the prior art is avoided, and using is safer.
本发明公开了一种外脚手架脚手板全自动化搭设系统，包括呈矩形分布的四个竖向立杆，前后相对的两个所述竖向立杆之间固定有横向立杆，两个所述横向立杆之间安装有手架脚手板机构，所述手架脚手板机构包括第一钢制模具、第二钢制模具、第三钢制模具。本发明改变了现有技术的缺陷，其本身的刚性结构决定了稳定性，能够应对不确定的人员行走和暂时的物料堆放，且下方不需要设置钢管来增加其稳定性，节省了钢管材料所带来的成本，且设置第一中空钢板、第二中空钢板、第三中空钢板，可以根据现场外架跨度专门定制规格，做到全方位、无死角的铺设，避免了现有技术存在杂物通过缝隙掉落的情况，使用更加安全。
Full-automatic erecting system for scaffold board of external scaffold
The invention discloses an external scaffold scaffold board full-automatic erecting system which comprises four vertical upright rods distributed in a rectangular shape, transverse upright rods are fixed between every two vertical upright rods which are opposite in the front-back direction, and a scaffold scaffold board mechanism is installed between every two transverse upright rods. The hand frame scaffold board mechanism comprises a first steel die, a second steel die and a third steel die. The defects in the prior art are overcome, the stability is determined by the rigid structure, uncertain personnel walking and temporary material stacking can be dealt with, steel pipes do not need to be arranged below to increase the stability, the cost brought by steel pipe materials is saved, and the first hollow steel plate, the second hollow steel plate and the third hollow steel plate are arranged, so that the construction cost is reduced. Specifications can be specially customized according to the span of an on-site outer frame, all-directional and dead-corner-free laying is achieved, the situation that sundries fall off through gaps in the prior art is avoided, and using is safer.
本发明公开了一种外脚手架脚手板全自动化搭设系统，包括呈矩形分布的四个竖向立杆，前后相对的两个所述竖向立杆之间固定有横向立杆，两个所述横向立杆之间安装有手架脚手板机构，所述手架脚手板机构包括第一钢制模具、第二钢制模具、第三钢制模具。本发明改变了现有技术的缺陷，其本身的刚性结构决定了稳定性，能够应对不确定的人员行走和暂时的物料堆放，且下方不需要设置钢管来增加其稳定性，节省了钢管材料所带来的成本，且设置第一中空钢板、第二中空钢板、第三中空钢板，可以根据现场外架跨度专门定制规格，做到全方位、无死角的铺设，避免了现有技术存在杂物通过缝隙掉落的情况，使用更加安全。
Full-automatic erecting system for scaffold board of external scaffold
一种外脚手架脚手板全自动化搭设系统
WANG HENG (author) / WU XINYANG (author) / LIU TIANBO (author) / YANG BAOSAN (author)
2023-09-05
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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