A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Arch bridge buckle cable anchoring connection system and method
The invention relates to an arch bridge buckle cable anchoring connection system and method.The system comprises an anchoring plate connected to an arch rib, the anchoring plate is rotationally connected with a distribution beam, the distribution beam is transversely arranged, the rotating plane of the distribution beam is a vertical plane, and the distribution beam is rotationally connected with a plurality of steering connectors; the rotating plane of the distribution beam is perpendicular to the rotating plane of the steering connector, each steering connector is rotationally connected with an anchoring head, the rotating plane of the steering connector is perpendicular to the rotating plane of the anchoring head, the rotating plane of the anchoring head is a vertical plane, and the anchoring head is used for being connected with a buckle cable. By arranging the distribution beams, anchoring point positions and one transverse degree of freedom of the buckle cable are increased, two vertical degrees of freedom are achieved, the error-tolerant rate of buckle cable installation is increased, and the machining and installation difficulty of the arch rib connecting buckle cable is reduced; all parts are assembled and systematically designed and can be directly machined in a factory to form a whole set of arch bridge buckle cable anchoring system, and the reliability and the repeated utilization rate of the system are improved.
本发明关于一种拱桥扣索锚固连接系统及方法，该系统包括连接于拱肋的锚拉板，锚拉板转动连接有分配梁，分配梁横向设置，分配梁的转动平面为竖直平面，分配梁上转动连接有若干个转向接头，分配梁的转动平面和转向接头的转动平面相互垂直设置，每个转向接头转动连接有锚固头，转向接头的转动平面和锚固头的转动平面相互垂直设置，锚固头的转动平面为竖直平面，锚固头用于连接扣索。本发明通过设置分配梁，增加了扣索的锚固点位和一个横向自由度，还具有两个竖向自由度，提高了扣索安装的容错率，降低了拱肋连接扣索的加工和安装难度；各个部件装配化、系统化设计，能够工厂直接加工，形成一整套拱桥扣索锚固系统，提高系统可靠性和重复利用率。
Arch bridge buckle cable anchoring connection system and method
The invention relates to an arch bridge buckle cable anchoring connection system and method.The system comprises an anchoring plate connected to an arch rib, the anchoring plate is rotationally connected with a distribution beam, the distribution beam is transversely arranged, the rotating plane of the distribution beam is a vertical plane, and the distribution beam is rotationally connected with a plurality of steering connectors; the rotating plane of the distribution beam is perpendicular to the rotating plane of the steering connector, each steering connector is rotationally connected with an anchoring head, the rotating plane of the steering connector is perpendicular to the rotating plane of the anchoring head, the rotating plane of the anchoring head is a vertical plane, and the anchoring head is used for being connected with a buckle cable. By arranging the distribution beams, anchoring point positions and one transverse degree of freedom of the buckle cable are increased, two vertical degrees of freedom are achieved, the error-tolerant rate of buckle cable installation is increased, and the machining and installation difficulty of the arch rib connecting buckle cable is reduced; all parts are assembled and systematically designed and can be directly machined in a factory to form a whole set of arch bridge buckle cable anchoring system, and the reliability and the repeated utilization rate of the system are improved.
本发明关于一种拱桥扣索锚固连接系统及方法，该系统包括连接于拱肋的锚拉板，锚拉板转动连接有分配梁，分配梁横向设置，分配梁的转动平面为竖直平面，分配梁上转动连接有若干个转向接头，分配梁的转动平面和转向接头的转动平面相互垂直设置，每个转向接头转动连接有锚固头，转向接头的转动平面和锚固头的转动平面相互垂直设置，锚固头的转动平面为竖直平面，锚固头用于连接扣索。本发明通过设置分配梁，增加了扣索的锚固点位和一个横向自由度，还具有两个竖向自由度，提高了扣索安装的容错率，降低了拱肋连接扣索的加工和安装难度；各个部件装配化、系统化设计，能够工厂直接加工，形成一整套拱桥扣索锚固系统，提高系统可靠性和重复利用率。
Arch bridge buckle cable anchoring connection system and method
一种拱桥扣索锚固连接系统及方法
QIN DAYAN (author) / LUO XIAOBIN (author) / HAN YU (author) / TANG RUIKAI (author) / GAO FENG (author) / HUANG YOU (author) / HOU KAIWEN (author)
2023-08-08
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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