A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cable-stayed bridge inhaul cable anchoring structural member
The invention provides a cable-stayed bridge inhaul cable anchoring structural member, and relates to the technical field of anchoring structural members, the cable-stayed bridge inhaul cable anchoring structural member comprises a first anchoring member and a second anchoring member which are arranged at the two ends of an inhaul cable body, and the first anchoring member and the second anchoring member are respectively connected with a bridge and a tower wall in an assembling mode. The installation mode of the first anchoring part and the second anchoring part is the same as the installation mode of steel wires at the two ends in the inhaul cable body, the first anchoring part comprises an embedded pipe and a connecting piece, the embedded pipe is embedded in the side wall of a tower wall, and a tower groove is formed in the center position in the tower wall; the inhaul cable bodies on the tower walls on the two sides of the tower groove are symmetrically installed, the connecting pieces are arranged on the outer walls of the inhaul cable bodies and one ends of the steel wires, and the connecting pieces and the inhaul cable bodies penetrate through the embedded pipe and are arranged in the tower groove in an extending mode. Through the arrangement of the waterproof cover, the problem that in cloudy and rainy days, rainwater flows into the embedded pipe at the lower end along the exposed inhaul cable body and cannot be discharged, and consequently corrosion damage to the inhaul cable body is caused is solved.
本发明提供一种斜拉桥拉索锚固结构件，涉及锚固结构件技术领域，包括设置在拉索本体两端的第一锚固件和第二锚固件，所述第一锚固件和第二锚固件分别与桥梁和塔墙装配连接，所述第一锚固件和第二锚固件与所述拉索本体内部两端的钢丝安装方式相同，所述第一锚固件包括预埋管和连接件，所述预埋管预埋设置在塔墙侧壁上，所述塔墙内部中心位置处开设有塔槽，所述塔槽两侧塔墙上的拉索本体对称安装设置，所述连接件设置在所述拉索本体和钢丝一端的外壁，所述连接件和拉索本体贯穿所述预埋管并延伸设置在所述塔槽内。本发明通过设置的防水罩，避免阴雨天气雨水沿着裸露在外的拉索本体流进下端的预埋管内无法排出，造成对拉索本体的腐蚀侵害的问题。
Cable-stayed bridge inhaul cable anchoring structural member
The invention provides a cable-stayed bridge inhaul cable anchoring structural member, and relates to the technical field of anchoring structural members, the cable-stayed bridge inhaul cable anchoring structural member comprises a first anchoring member and a second anchoring member which are arranged at the two ends of an inhaul cable body, and the first anchoring member and the second anchoring member are respectively connected with a bridge and a tower wall in an assembling mode. The installation mode of the first anchoring part and the second anchoring part is the same as the installation mode of steel wires at the two ends in the inhaul cable body, the first anchoring part comprises an embedded pipe and a connecting piece, the embedded pipe is embedded in the side wall of a tower wall, and a tower groove is formed in the center position in the tower wall; the inhaul cable bodies on the tower walls on the two sides of the tower groove are symmetrically installed, the connecting pieces are arranged on the outer walls of the inhaul cable bodies and one ends of the steel wires, and the connecting pieces and the inhaul cable bodies penetrate through the embedded pipe and are arranged in the tower groove in an extending mode. Through the arrangement of the waterproof cover, the problem that in cloudy and rainy days, rainwater flows into the embedded pipe at the lower end along the exposed inhaul cable body and cannot be discharged, and consequently corrosion damage to the inhaul cable body is caused is solved.
本发明提供一种斜拉桥拉索锚固结构件，涉及锚固结构件技术领域，包括设置在拉索本体两端的第一锚固件和第二锚固件，所述第一锚固件和第二锚固件分别与桥梁和塔墙装配连接，所述第一锚固件和第二锚固件与所述拉索本体内部两端的钢丝安装方式相同，所述第一锚固件包括预埋管和连接件，所述预埋管预埋设置在塔墙侧壁上，所述塔墙内部中心位置处开设有塔槽，所述塔槽两侧塔墙上的拉索本体对称安装设置，所述连接件设置在所述拉索本体和钢丝一端的外壁，所述连接件和拉索本体贯穿所述预埋管并延伸设置在所述塔槽内。本发明通过设置的防水罩，避免阴雨天气雨水沿着裸露在外的拉索本体流进下端的预埋管内无法排出，造成对拉索本体的腐蚀侵害的问题。
Cable-stayed bridge inhaul cable anchoring structural member
一种斜拉桥拉索锚固结构件
CHEN KANG (author) / ZHANG PAN (author) / WU QIGANG (author) / LIU HONGCHI (author) / YIN FENGPING (author) / ZHANG NA (author) / YIN CHANGKUN (author) / CONG RICHENG (author) / LIU BAOGANG (author) / LI CAN (author)
2024-05-14
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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