Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Synchronous motion cable gap bridge telescopic compensation device
A synchronous motion cable gap bridge telescopic compensation device comprises a conduction mechanism, a synchronous connecting rod mechanism, and a supporting mechanism, wherein one end of the conduction mechanism is connected with a first bridge box girder, and conduction mechanism is used for converting a telescopic change of a bridge expansion joint into power; one end of the synchronous connecting rod mechanism is movably connected with the other end of the conduction mechanism, the other end of the synchronous connecting rod mechanism is movably connected with the second bridge box girder, and a plurality of movable ends are arranged in the synchronous connecting rod mechanism and used for moving along with power of the conduction mechanism; and the supporting mechanism is arrangedon the second bridge box girder in a sliding mode and connected with the synchronous connecting rod mechanism, and the supporting mechanism is used for movably supporting the cable and forming a cable channel. According to the embodiment of the invention, the telescopic change of the bridge expansion joint can be converted into power for synchronous movement through the conduction mechanism. Andthe cable can be movably supported through the supporting mechanism. The synchronous connecting rod mechanism can adjust the position of the supporting mechanism through power transmitted by the conduction mechanism, and synchronization of a position change of the cable channel and the telescopic change of the cable is achieved.
一种同步运动电缆过桥伸缩补偿装置，包括：传导机构，其一端与第一桥箱梁连接，用于将桥伸缩缝的伸缩变化转化为动力；同步连杆机构，其一端与传导机构的另一端活动连接，另一端与第二桥箱梁活动连接，同步连杆机构的内部具有多个活动端，多个活动端用于跟随传导机构的动力进行运动；支撑机构，滑动设置于第二桥箱梁上并与同步连杆机构连接，支撑机构用于活动支撑电缆并形成电缆通道。本发明实施例通过传导机构可以实现将桥伸缩缝的伸缩变化转换为同步运动的动力。通过支撑机构可以实现对电缆的活动支撑。同步连杆机构通过传导机构传导的动力可以调整支撑机构的位置，实现电缆通道的位置变化和电缆的伸缩变化同步。
Synchronous motion cable gap bridge telescopic compensation device
A synchronous motion cable gap bridge telescopic compensation device comprises a conduction mechanism, a synchronous connecting rod mechanism, and a supporting mechanism, wherein one end of the conduction mechanism is connected with a first bridge box girder, and conduction mechanism is used for converting a telescopic change of a bridge expansion joint into power; one end of the synchronous connecting rod mechanism is movably connected with the other end of the conduction mechanism, the other end of the synchronous connecting rod mechanism is movably connected with the second bridge box girder, and a plurality of movable ends are arranged in the synchronous connecting rod mechanism and used for moving along with power of the conduction mechanism; and the supporting mechanism is arrangedon the second bridge box girder in a sliding mode and connected with the synchronous connecting rod mechanism, and the supporting mechanism is used for movably supporting the cable and forming a cable channel. According to the embodiment of the invention, the telescopic change of the bridge expansion joint can be converted into power for synchronous movement through the conduction mechanism. Andthe cable can be movably supported through the supporting mechanism. The synchronous connecting rod mechanism can adjust the position of the supporting mechanism through power transmitted by the conduction mechanism, and synchronization of a position change of the cable channel and the telescopic change of the cable is achieved.
一种同步运动电缆过桥伸缩补偿装置，包括：传导机构，其一端与第一桥箱梁连接，用于将桥伸缩缝的伸缩变化转化为动力；同步连杆机构，其一端与传导机构的另一端活动连接，另一端与第二桥箱梁活动连接，同步连杆机构的内部具有多个活动端，多个活动端用于跟随传导机构的动力进行运动；支撑机构，滑动设置于第二桥箱梁上并与同步连杆机构连接，支撑机构用于活动支撑电缆并形成电缆通道。本发明实施例通过传导机构可以实现将桥伸缩缝的伸缩变化转换为同步运动的动力。通过支撑机构可以实现对电缆的活动支撑。同步连杆机构通过传导机构传导的动力可以调整支撑机构的位置，实现电缆通道的位置变化和电缆的伸缩变化同步。
Synchronous motion cable gap bridge telescopic compensation device
一种同步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
Balanced motion cable gap bridge telescopic compensation device
| Europäisches Patentamt | 2020