Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Friction plate of main cable saddle of suspension bridge
The invention discloses a friction plate of a main cable saddle of a suspension bridge. The friction plate of the main cable saddle of the suspension bridge comprises a plurality of main cable saddle bodies, an upper bearing plate, a lower friction surface friction plate, a mounting plate and a lower bearing plate, the bottom of the main cable saddle body is connected with the top of the upper bearing plate, the bottom of the upper bearing plate is connected with the top of the mounting plate, and a plurality of lower friction surface friction plates are embedded in the top of the mounting plate; the bottom of the upper bearing plate is connected with the bottom of the upper sliding face sliding plate, and the bottom of the upper sliding face sliding plate is slidably connected with the lower friction face friction plate. A plurality of through plug welding holes are formed in the upper sliding face sliding plate, the side wall of the mounting plate and the side wall of the upper sliding face sliding plate are welded through peripheral fillet welds, and the upper sliding face sliding plate and the upper bearing plate are welded in a plug welding mode through plug welds. According to the design, the phenomenon that the friction plate falls off due to scraggness of the friction plate in the sliding process is avoided, and it is guaranteed that main cable saddle pushing sliding is reliably conducted.
一种悬索桥主索鞍的摩擦板，所述悬索桥主索鞍的摩擦板包括多个主索鞍鞍体、上承板、下摩擦面摩擦板、安装板与下承板；所述主索鞍鞍体的底部与上承板的顶部连接，上承板的底部与安装板的顶部连接，安装板的顶部嵌设有多个下摩擦面摩擦板，所有下摩擦面摩擦板；所述上承板的底部与上滑动面滑板的底部连接，上滑动面滑板的底部与下摩擦面摩擦板滑动连接；所述上滑动面滑板上设置有贯通的多个塞焊孔，所述安装板的侧围与上滑动面滑板的侧围之间通过四周角焊缝焊接，上滑动面滑板通过塞焊缝与上承板塞焊焊接。本设计避免滑动过程中摩擦板凸凹不平导致的摩擦板脱落现象，保证可靠进行主索鞍顶推滑移。
Friction plate of main cable saddle of suspension bridge
The invention discloses a friction plate of a main cable saddle of a suspension bridge. The friction plate of the main cable saddle of the suspension bridge comprises a plurality of main cable saddle bodies, an upper bearing plate, a lower friction surface friction plate, a mounting plate and a lower bearing plate, the bottom of the main cable saddle body is connected with the top of the upper bearing plate, the bottom of the upper bearing plate is connected with the top of the mounting plate, and a plurality of lower friction surface friction plates are embedded in the top of the mounting plate; the bottom of the upper bearing plate is connected with the bottom of the upper sliding face sliding plate, and the bottom of the upper sliding face sliding plate is slidably connected with the lower friction face friction plate. A plurality of through plug welding holes are formed in the upper sliding face sliding plate, the side wall of the mounting plate and the side wall of the upper sliding face sliding plate are welded through peripheral fillet welds, and the upper sliding face sliding plate and the upper bearing plate are welded in a plug welding mode through plug welds. According to the design, the phenomenon that the friction plate falls off due to scraggness of the friction plate in the sliding process is avoided, and it is guaranteed that main cable saddle pushing sliding is reliably conducted.
一种悬索桥主索鞍的摩擦板，所述悬索桥主索鞍的摩擦板包括多个主索鞍鞍体、上承板、下摩擦面摩擦板、安装板与下承板；所述主索鞍鞍体的底部与上承板的顶部连接，上承板的底部与安装板的顶部连接，安装板的顶部嵌设有多个下摩擦面摩擦板，所有下摩擦面摩擦板；所述上承板的底部与上滑动面滑板的底部连接，上滑动面滑板的底部与下摩擦面摩擦板滑动连接；所述上滑动面滑板上设置有贯通的多个塞焊孔，所述安装板的侧围与上滑动面滑板的侧围之间通过四周角焊缝焊接，上滑动面滑板通过塞焊缝与上承板塞焊焊接。本设计避免滑动过程中摩擦板凸凹不平导致的摩擦板脱落现象，保证可靠进行主索鞍顶推滑移。
Friction plate of main cable saddle of suspension bridge
一种悬索桥主索鞍的摩擦板
29.12.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
Saddle cover for main cable saddle of suspension bridge
| Europäisches Patentamt | 2023