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A platform for research: civil engineering, architecture and urbanism
All-round scaffold applied to wind tunnel body construction and erecting method of all-round scaffold
The invention discloses an all-round scaffold applied to wind tunnel body construction. The all-round scaffold comprises supporting rods, bases, top seats, connecting joints, movable lock catches and sliding cylinder lock catches, wherein the supporting rods are combined through the connecting joints to form a regular square frame structure, the top seats are fixedly mounted at the upper ends of the connecting joints at the upper ends, the bases are fixedly installed on the connecting joints at the lower ends, the movable lock catches are fixedly installed on the transverse supporting rods, the sliding cylinder lock catches are fixedly installed on the longitudinal supporting rods, the upper movable lock catches are connected with the sliding cylinder lock catches on the lower portion of the adjacent side face through a tensioning steel wire, and the lower movable lock catches are connected with the sliding cylinder lock catches above the adjacent side face through a tensioning steel wire. The structure design is simple, meanwhile, after the overall combination, by means of the screwing traction of the tensioning steel wires, external stress is counteracted to a certain extent, the original vertical face connecting structure of the frame is changed through the screwing pulling force of the tensioning steel wires, and therefore the three-dimensional stress performance is improved, and the use stability is improved.
本发明公开了应用于风洞洞体施工的满堂脚手架，包括支撑杆、底座、顶座、连接节、活动锁扣与滑筒锁扣，所述支撑杆通过连接节进行组合，构成正四方体的框架结构，上端部所述的连接节的上端固定安装有顶座，下端部所述的连接节固定安装有底座，横向所述的支撑杆固定安装有活动锁扣，纵向所述的支撑杆固定安装有滑筒锁扣，上方所述的活动锁扣通过拉紧钢丝连接相邻侧面下方的滑筒锁扣，下方所述的活动锁扣通过拉紧钢丝连接相邻侧面上方的滑筒锁扣；结构设计简单，同时整体的组合后，通过拉紧钢丝的旋向拉力，对外部的应力进行一定的抵消，拉紧钢丝的旋向牵引，使得框架改变原有的立面连接结构，增加了立体受力性，从而增加了使用的稳定性。
All-round scaffold applied to wind tunnel body construction and erecting method of all-round scaffold
The invention discloses an all-round scaffold applied to wind tunnel body construction. The all-round scaffold comprises supporting rods, bases, top seats, connecting joints, movable lock catches and sliding cylinder lock catches, wherein the supporting rods are combined through the connecting joints to form a regular square frame structure, the top seats are fixedly mounted at the upper ends of the connecting joints at the upper ends, the bases are fixedly installed on the connecting joints at the lower ends, the movable lock catches are fixedly installed on the transverse supporting rods, the sliding cylinder lock catches are fixedly installed on the longitudinal supporting rods, the upper movable lock catches are connected with the sliding cylinder lock catches on the lower portion of the adjacent side face through a tensioning steel wire, and the lower movable lock catches are connected with the sliding cylinder lock catches above the adjacent side face through a tensioning steel wire. The structure design is simple, meanwhile, after the overall combination, by means of the screwing traction of the tensioning steel wires, external stress is counteracted to a certain extent, the original vertical face connecting structure of the frame is changed through the screwing pulling force of the tensioning steel wires, and therefore the three-dimensional stress performance is improved, and the use stability is improved.
本发明公开了应用于风洞洞体施工的满堂脚手架，包括支撑杆、底座、顶座、连接节、活动锁扣与滑筒锁扣，所述支撑杆通过连接节进行组合，构成正四方体的框架结构，上端部所述的连接节的上端固定安装有顶座，下端部所述的连接节固定安装有底座，横向所述的支撑杆固定安装有活动锁扣，纵向所述的支撑杆固定安装有滑筒锁扣，上方所述的活动锁扣通过拉紧钢丝连接相邻侧面下方的滑筒锁扣，下方所述的活动锁扣通过拉紧钢丝连接相邻侧面上方的滑筒锁扣；结构设计简单，同时整体的组合后，通过拉紧钢丝的旋向拉力，对外部的应力进行一定的抵消，拉紧钢丝的旋向牵引，使得框架改变原有的立面连接结构，增加了立体受力性，从而增加了使用的稳定性。
All-round scaffold applied to wind tunnel body construction and erecting method of all-round scaffold
应用于风洞洞体施工的满堂脚手架及其搭设方法
GU RUITIAN (author)
2021-06-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Scaffold in construction site and erecting method of scaffold
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