Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Balanced motion cable gap bridge telescopic compensation device
A balanced motion cable gap bridge telescopic compensation device comprises two fixed bases which are fixed on a bridge body and are positioned on two sides of a bridge expansion joint, a telescopic mechanism, and a supporting mechanism, wherein the telescopic mechanism is provided with two rotary connecting ends and a movable connecting end, and the two rotary connecting ends are rotatably connected with the two fixed bases respectively; the supporting mechanism includes a top support, a plurality of middle supports and a plurality of end supports, the top support and the middle supports areused for movably supporting the cable, and the plurality of end supports are used for fixing the cable; and the top support is connected with a movable connecting end of the telescopic mechanism, themultiple middle supports are all arranged on the telescopic mechanism and located between the two rotary connecting ends and one movable connecting end, and the multiple end supports are fixed to thebridge body and located on the two sides of the two fixed bases. According to the embodiment of the invention, a telescopic change of the bridge expansion joint can be converted into movable displacement of the movable connecting end of the telescopic mechanism through the fixed base and the telescopic mechanism, and the cable can be effectively supported through the top support, the plurality ofmiddle supports and the plurality of end supports.
一种均衡运动电缆过桥伸缩补偿装置，包括：两个固定底座，分别固定在桥体上并位于桥伸缩缝的两侧；伸缩机构，其具有两个转动连接端和一个活动连接端，其两个转动连接端分别与两个固定底座转动连接；支撑机构，包括皆用于活动支撑电缆的顶部支架和多个中间支架、以及用于固定电缆的多个端部支架，顶部支架与伸缩机构的活动连接端连接，多个中间支架皆设置于伸缩机构上并位于两个转动连接端和一个活动连接端之间，多个端部支架固定在桥体上并位于两个固定底座的两侧。本发明实施例通过固定底座和伸缩机构可以将桥伸缩缝的伸缩变化转变为伸缩机构的活动连接端的活动位移，通过顶部支架、多个中间支架和多个端部支架可以实现对电缆的有效支撑。
Balanced motion cable gap bridge telescopic compensation device
A balanced motion cable gap bridge telescopic compensation device comprises two fixed bases which are fixed on a bridge body and are positioned on two sides of a bridge expansion joint, a telescopic mechanism, and a supporting mechanism, wherein the telescopic mechanism is provided with two rotary connecting ends and a movable connecting end, and the two rotary connecting ends are rotatably connected with the two fixed bases respectively; the supporting mechanism includes a top support, a plurality of middle supports and a plurality of end supports, the top support and the middle supports areused for movably supporting the cable, and the plurality of end supports are used for fixing the cable; and the top support is connected with a movable connecting end of the telescopic mechanism, themultiple middle supports are all arranged on the telescopic mechanism and located between the two rotary connecting ends and one movable connecting end, and the multiple end supports are fixed to thebridge body and located on the two sides of the two fixed bases. According to the embodiment of the invention, a telescopic change of the bridge expansion joint can be converted into movable displacement of the movable connecting end of the telescopic mechanism through the fixed base and the telescopic mechanism, and the cable can be effectively supported through the top support, the plurality ofmiddle supports and the plurality of end supports.
一种均衡运动电缆过桥伸缩补偿装置，包括：两个固定底座，分别固定在桥体上并位于桥伸缩缝的两侧；伸缩机构，其具有两个转动连接端和一个活动连接端，其两个转动连接端分别与两个固定底座转动连接；支撑机构，包括皆用于活动支撑电缆的顶部支架和多个中间支架、以及用于固定电缆的多个端部支架，顶部支架与伸缩机构的活动连接端连接，多个中间支架皆设置于伸缩机构上并位于两个转动连接端和一个活动连接端之间，多个端部支架固定在桥体上并位于两个固定底座的两侧。本发明实施例通过固定底座和伸缩机构可以将桥伸缩缝的伸缩变化转变为伸缩机构的活动连接端的活动位移，通过顶部支架、多个中间支架和多个端部支架可以实现对电缆的有效支撑。
Balanced motion cable gap bridge telescopic compensation device
一种均衡运动电缆过桥伸缩补偿装置
LI SHAOBIN (Autor:in) / PENG YONG (Autor:in) / YE BO (Autor:in) / ZUO GE (Autor:in)
20.11.2020
Patent
Elektronische Ressource
Chinesisch
Synchronous motion cable gap bridge telescopic compensation device
| Europäisches Patentamt | 2020