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Anti-seismic bridge pier based on humanoid bionics
The invention relates to the technical field of civil engineering, and discloses an anti-seismic bridge pier based on humanoid bionics, the anti-seismic bridge pier comprises a bridge deck, a bridge pier main body, humanoid connecting sections and a bearing platform, the bridge pier main body is connected with the bridge deck and the bearing platform through the humanoid connecting sections on the upper and lower sides, and the humanoid connecting sections on the upper and lower sides are arranged in a mirror image mode; according to the anti-seismic bridge pier based on the humanoid bionics, the swing type foundation endows the bridge pier with the good anti-seismic capacity, the bridge pier is allowed to swing to achieve the seismic isolation design, meanwhile, the energy dissipation device is introduced to dissipate energy, and the influence of seismic oscillation on the bridge pier is reduced.
本发明涉及土木工程技术领域,且公开了基于人形仿生的抗震桥墩,包括桥面、桥墩主体、人形连接段以及承台,所述桥墩主体通过上下两侧的人形连接段与桥面以及承台连接,上下两侧的人形连接段为镜像设置,人形连接段由至少两个连接肢组成,且相邻的两个人形连接段为人字形摆放,该基于人形仿生的抗震桥墩,摇摆式基础赋予桥墩良好的抗震能力,允许桥墩摇摆实现隔震设计,同时引入耗能装置进行消能,减小地震动对桥墩的影响。
Anti-seismic bridge pier based on humanoid bionics
The invention relates to the technical field of civil engineering, and discloses an anti-seismic bridge pier based on humanoid bionics, the anti-seismic bridge pier comprises a bridge deck, a bridge pier main body, humanoid connecting sections and a bearing platform, the bridge pier main body is connected with the bridge deck and the bearing platform through the humanoid connecting sections on the upper and lower sides, and the humanoid connecting sections on the upper and lower sides are arranged in a mirror image mode; according to the anti-seismic bridge pier based on the humanoid bionics, the swing type foundation endows the bridge pier with the good anti-seismic capacity, the bridge pier is allowed to swing to achieve the seismic isolation design, meanwhile, the energy dissipation device is introduced to dissipate energy, and the influence of seismic oscillation on the bridge pier is reduced.
本发明涉及土木工程技术领域,且公开了基于人形仿生的抗震桥墩,包括桥面、桥墩主体、人形连接段以及承台,所述桥墩主体通过上下两侧的人形连接段与桥面以及承台连接,上下两侧的人形连接段为镜像设置,人形连接段由至少两个连接肢组成,且相邻的两个人形连接段为人字形摆放,该基于人形仿生的抗震桥墩,摇摆式基础赋予桥墩良好的抗震能力,允许桥墩摇摆实现隔震设计,同时引入耗能装置进行消能,减小地震动对桥墩的影响。
Anti-seismic bridge pier based on humanoid bionics
基于人形仿生的抗震桥墩
CAO SASA (Autor:in) / ZHANG FEITAO (Autor:in)
05.05.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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