A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Large-cantilever vase pier construction device and method using reinforcement cage jig frame
The invention relates to a large-cantilever vase pier construction device and method using a reinforcement cage jig frame. The construction device comprises reinforcement cage jig frame main bodies, and the different jig frame main bodies are connected through jig frame main body connecting plates to achieve reutilization of the reinforcement cage jig frame. And a driving vertical sliding rail and a driving transverse sliding rail are fixed on the jig frame main body, so that the detachable steel bar bending machine can move and bend steel bars to realize binding of stirrups. The movable steel reinforcement cage jig frame can complete binding work of steel reinforcement cages with different diameters and different shapes, the situation that the whole steel reinforcement cage jig frame is replaced is avoided, the movable steel reinforcement cage jig frame can be repeatedly used, the utilization rate of the movable steel reinforcement cage jig frame is improved, cost is reduced, and the problems that materials are repeatedly consumed, and installation sites are insufficient are solved; the structure is ingenious, on-site splicing installation is achieved, time and labor are saved in the manufacturing process, the site requirement is lower, abrasion in the carrying process is reduced, and the binding quality is improved; and automatic operation of the equipment is intelligent, manpower is saved, and precision, construction efficiency and quality are improved.
本发明涉及一种利用钢筋笼胎架的大挑臂花瓶桥墩施工装置及方法。该施工装置包括钢筋笼胎架主体，不同的胎架主体通过胎架主体连接板连接实现钢筋笼胎架的重复利用。胎架主体上固定有驱动竖滑轨和驱动横滑轨供可拆卸钢筋压弯机移动以及压弯钢筋实现箍筋的绑扎。本发明中可移动钢筋笼胎架可以完成不同直径、不同形状钢筋笼的绑扎工作，避免了整体更换钢筋笼胎架，可重复使用提高了其利用率，且降低了成本，解决了重复耗费材料、安装场地不足等问题；且结构巧妙，实现现场拼接安装，使得制作过程省时省力，对场地要求更低，减少了搬运过程中的磨损，提高了绑扎质量；且设备自主运行的智能化，节省人力、提高精度、施工效率以及质量。
Large-cantilever vase pier construction device and method using reinforcement cage jig frame
The invention relates to a large-cantilever vase pier construction device and method using a reinforcement cage jig frame. The construction device comprises reinforcement cage jig frame main bodies, and the different jig frame main bodies are connected through jig frame main body connecting plates to achieve reutilization of the reinforcement cage jig frame. And a driving vertical sliding rail and a driving transverse sliding rail are fixed on the jig frame main body, so that the detachable steel bar bending machine can move and bend steel bars to realize binding of stirrups. The movable steel reinforcement cage jig frame can complete binding work of steel reinforcement cages with different diameters and different shapes, the situation that the whole steel reinforcement cage jig frame is replaced is avoided, the movable steel reinforcement cage jig frame can be repeatedly used, the utilization rate of the movable steel reinforcement cage jig frame is improved, cost is reduced, and the problems that materials are repeatedly consumed, and installation sites are insufficient are solved; the structure is ingenious, on-site splicing installation is achieved, time and labor are saved in the manufacturing process, the site requirement is lower, abrasion in the carrying process is reduced, and the binding quality is improved; and automatic operation of the equipment is intelligent, manpower is saved, and precision, construction efficiency and quality are improved.
本发明涉及一种利用钢筋笼胎架的大挑臂花瓶桥墩施工装置及方法。该施工装置包括钢筋笼胎架主体，不同的胎架主体通过胎架主体连接板连接实现钢筋笼胎架的重复利用。胎架主体上固定有驱动竖滑轨和驱动横滑轨供可拆卸钢筋压弯机移动以及压弯钢筋实现箍筋的绑扎。本发明中可移动钢筋笼胎架可以完成不同直径、不同形状钢筋笼的绑扎工作，避免了整体更换钢筋笼胎架，可重复使用提高了其利用率，且降低了成本，解决了重复耗费材料、安装场地不足等问题；且结构巧妙，实现现场拼接安装，使得制作过程省时省力，对场地要求更低，减少了搬运过程中的磨损，提高了绑扎质量；且设备自主运行的智能化，节省人力、提高精度、施工效率以及质量。
Large-cantilever vase pier construction device and method using reinforcement cage jig frame
一种利用钢筋笼胎架的大挑臂花瓶桥墩施工装置及方法
PANG HAORAN (author) / DUAN XUEWEN (author) / GAO JIAN (author) / WANG LEI (author) / YANG LIU (author) / QIAN YONGQING (author) / HOU SHAOLIANG (author) / XIAO SHUN (author) / ZHU ZHAOXU (author) / GUO JIANPO (author)
2023-05-16
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Urban rail viaduct Y-shaped vase pier body reinforcement cage integral hoisting construction method
| European Patent Office | 2024
Pier column reinforcement cage binding jig frame and bent cap construction method
| European Patent Office | 2024