A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a scaffold for tunnel construction. The scaffold structurally comprises a bottom plate, longitudinal steel pipes, crossed rods, fastener structures, transverse steel pipes anda platform. The bottom plate is horizontally arranged at the lower ends of the longitudinal steel pipes, the crossed rods are obliquely arranged on the outer sides of the longitudinal steel pipes, thefastener structures are arranged on the outer sides of the longitudinal steel pipes, the transverse steel pipes are horizontally arranged between the fastener structures, and the platform is horizontally arranged at the upper ends of the transverse steel pipes. Each fastener structure comprises a connecting base, a fixing structure, a screw and a nut. The fixing structures are welded through theconnecting bases. The screws are arranged on the right sides of the fixing structures. The nuts are arranged on the outer sides of the screws and are connected through threads. The fixing structures are arranged at the upper ends of the connecting bases, water drop inflow is reduced, inner side rusting is prevented, and later detachment is more flexible; and the connecting structures are arrangedbetween the fixing bases and movable hoops, flowing water vertically drips and does not make contact with the steel pipes, dripping water is guided, rusting due to long-time contact with water is prevented, and later detachment is convenient.
本发明公开了一种隧道施工用脚手架，其结构包括底板、纵钢管、交叉杆、扣件结构、横钢管、平台，底板水平安装于纵钢管下端，交叉杆倾斜设于纵钢管外侧，扣件结构安装于纵钢管外侧，横钢管水平安装于扣件结构之间，平台水平设置于横钢管上端，扣件结构包括连接座、固定结构、螺杆、螺母，固定结构之间通过连接座相焊接，螺杆安装于固定结构右侧，螺母安装于螺杆外侧并且采用螺纹连接，本发明在连接座上端设置了固定结构，减少了水滴的进入，进而防止了内侧的生锈，使后期的拆卸更加的灵活；在固定座与活动箍之间设置了连接结构，将使流下的水垂直滴落，而不再与钢管接触，对滴下的水进行导向，防止与水的长时间接触而生锈，便于后期的拆卸。
The invention discloses a scaffold for tunnel construction. The scaffold structurally comprises a bottom plate, longitudinal steel pipes, crossed rods, fastener structures, transverse steel pipes anda platform. The bottom plate is horizontally arranged at the lower ends of the longitudinal steel pipes, the crossed rods are obliquely arranged on the outer sides of the longitudinal steel pipes, thefastener structures are arranged on the outer sides of the longitudinal steel pipes, the transverse steel pipes are horizontally arranged between the fastener structures, and the platform is horizontally arranged at the upper ends of the transverse steel pipes. Each fastener structure comprises a connecting base, a fixing structure, a screw and a nut. The fixing structures are welded through theconnecting bases. The screws are arranged on the right sides of the fixing structures. The nuts are arranged on the outer sides of the screws and are connected through threads. The fixing structures are arranged at the upper ends of the connecting bases, water drop inflow is reduced, inner side rusting is prevented, and later detachment is more flexible; and the connecting structures are arrangedbetween the fixing bases and movable hoops, flowing water vertically drips and does not make contact with the steel pipes, dripping water is guided, rusting due to long-time contact with water is prevented, and later detachment is convenient.
本发明公开了一种隧道施工用脚手架，其结构包括底板、纵钢管、交叉杆、扣件结构、横钢管、平台，底板水平安装于纵钢管下端，交叉杆倾斜设于纵钢管外侧，扣件结构安装于纵钢管外侧，横钢管水平安装于扣件结构之间，平台水平设置于横钢管上端，扣件结构包括连接座、固定结构、螺杆、螺母，固定结构之间通过连接座相焊接，螺杆安装于固定结构右侧，螺母安装于螺杆外侧并且采用螺纹连接，本发明在连接座上端设置了固定结构，减少了水滴的进入，进而防止了内侧的生锈，使后期的拆卸更加的灵活；在固定座与活动箍之间设置了连接结构，将使流下的水垂直滴落，而不再与钢管接触，对滴下的水进行导向，防止与水的长时间接触而生锈，便于后期的拆卸。
Scaffold for construction of inner wall on top of tunnel
| European Patent Office | 2023
| European Patent Office | 2021
Scaffold assembly, scaffold and scaffold construction method
| European Patent Office | 2023