A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dehumidification structure and dehumidification system for cable saddle of cable-stayed bridge wire distribution pipe
A dehumidification structure and a dehumidification system for a cable saddle of a cable-stayed bridge wire distribution pipe are disclosed. The dehumidification structure comprises a wire distribution pipe bundle and an end anchor fixedly connected to the end of the wire distribution pipe bundle, the wire distribution pipe bundle comprises a plurality of wire distribution pipes, steel strands arearranged in the wire distribution pipes, gaps are formed between the wire distribution pipes and the steel strands, and the end anchor comprises a hollow closed space; and the ends of the wire distributing pipes are fixedly connected to the end anchor, the steel strands in the wire distributing pipes penetrate through the closed space, a sealing device is arranged in the closed space, fills the whole closed space and surrounds the steel strands, vent pipes are arranged in the end anchor and connected with the exteriors of the end anchor, and vent grooves are further formed in the end anchor and connected with the vent pipes and the wire distributing pipes. The cable saddle capable of being inflated with dry air for dehumidification of the cable-stayed bridge wire distribution pipe is reasonable in structure and easy to implement; and a structure and a system capable of monitoring the humidity of the cable saddle of the wire distribution pipe in real time and dehumidifying are providedfor the cable saddle of the non-replaceable cable-stayed bridge wire distribution pipe, the service life of the cable saddle is prolonged, and the operation and use safety of a bridge is facilitated.
一种斜拉桥分丝管索鞍的除湿结构及除湿系统，除湿结构包括分丝管束以及固定连接在分丝管束端部的端锚，分丝管束包括多根分丝管，分丝管内设有钢绞线，并且分丝管与钢绞线之间具有空隙，端锚包括一中空的封闭空间，分丝管的端部固定连接至所述端锚，并且其内的钢绞线穿过所述封闭空间，封闭空间内设有密封装置填充整个封闭空间并且包围所述钢绞线，端锚内设有通气管连通端锚外部，端锚内还设有通气槽连通所述通气管以及分丝管。本发明的斜拉桥分丝管索鞍的可充入干空气除湿的结构合理，易于实现；为不可更换的斜拉桥分丝管索鞍提供了一种可实时监测分丝管索鞍的湿度，并进行除湿的结构和系统，有利于提高索鞍使用寿命，有利于桥梁运营使用安全。
Dehumidification structure and dehumidification system for cable saddle of cable-stayed bridge wire distribution pipe
A dehumidification structure and a dehumidification system for a cable saddle of a cable-stayed bridge wire distribution pipe are disclosed. The dehumidification structure comprises a wire distribution pipe bundle and an end anchor fixedly connected to the end of the wire distribution pipe bundle, the wire distribution pipe bundle comprises a plurality of wire distribution pipes, steel strands arearranged in the wire distribution pipes, gaps are formed between the wire distribution pipes and the steel strands, and the end anchor comprises a hollow closed space; and the ends of the wire distributing pipes are fixedly connected to the end anchor, the steel strands in the wire distributing pipes penetrate through the closed space, a sealing device is arranged in the closed space, fills the whole closed space and surrounds the steel strands, vent pipes are arranged in the end anchor and connected with the exteriors of the end anchor, and vent grooves are further formed in the end anchor and connected with the vent pipes and the wire distributing pipes. The cable saddle capable of being inflated with dry air for dehumidification of the cable-stayed bridge wire distribution pipe is reasonable in structure and easy to implement; and a structure and a system capable of monitoring the humidity of the cable saddle of the wire distribution pipe in real time and dehumidifying are providedfor the cable saddle of the non-replaceable cable-stayed bridge wire distribution pipe, the service life of the cable saddle is prolonged, and the operation and use safety of a bridge is facilitated.
一种斜拉桥分丝管索鞍的除湿结构及除湿系统，除湿结构包括分丝管束以及固定连接在分丝管束端部的端锚，分丝管束包括多根分丝管，分丝管内设有钢绞线，并且分丝管与钢绞线之间具有空隙，端锚包括一中空的封闭空间，分丝管的端部固定连接至所述端锚，并且其内的钢绞线穿过所述封闭空间，封闭空间内设有密封装置填充整个封闭空间并且包围所述钢绞线，端锚内设有通气管连通端锚外部，端锚内还设有通气槽连通所述通气管以及分丝管。本发明的斜拉桥分丝管索鞍的可充入干空气除湿的结构合理，易于实现；为不可更换的斜拉桥分丝管索鞍提供了一种可实时监测分丝管索鞍的湿度，并进行除湿的结构和系统，有利于提高索鞍使用寿命，有利于桥梁运营使用安全。
Dehumidification structure and dehumidification system for cable saddle of cable-stayed bridge wire distribution pipe
一种斜拉桥分丝管索鞍的除湿结构及除湿系统
WAN ZHIYONG (author) / SHAN JI'AN (author) / XU DEZHI (author) / CAO QING (author) / PENG YAJUN (author) / TAN JULIANG (author) / LIU HAILONG (author) / FEI HANBING (author) / XU QIFENG (author) / JIANG PING (author)
2021-02-05
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
| European Patent Office | 2020
Cable-stayed bridge inhaul cable dehumidification system utilizing ventilation steel pipe structure
| European Patent Office | 2020
| European Patent Office | 2015
Large-span cable-stayed bridge tower drainage and dehumidification system
| European Patent Office | 2024
Suspension bridge main cable dehumidification system and dehumidification method
| European Patent Office | 2024