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A platform for research: civil engineering, architecture and urbanism
Replaceable bridge shock absorption and energy dissipation connecting piece structure
The invention discloses a replaceable bridge shock absorption and energy dissipation connecting piece structure, relates to the technical field of railway and road traffic engineering. The replaceablebridge shock absorption and energy dissipation connecting piece structure comprises a plurality of piers, the tops of the piers are connected with two beam bodies through supports, first bridge shockabsorption and energy dissipation devices are arranged between the outer walls of the sides, corresponding to each other, of the two beam bodies; the multiple piers are arranged, and the multiple bridge piers are symmetrically distributed; a second bridge shock absorption and energy dissipation device is arranged between every two corresponding piers; and beam body embedded steel plates are fixedly connected to the tops and the bottoms of the outer walls of the sides, corresponding to each other, of the two beam bodies, and pier embedded steel plates are fixedly connected to the tops and thebottoms of the sides of the two corresponding piers correspondingly. By arranging the first bridge shock absorption and energy dissipation devices, the second bridge shock absorption and energy dissipation devices, the beam body embedded steel plates, the pier embedded steel plates, first connecting plates and second connecting plates, the bridge shock absorption and energy dissipation connectingpiece is convenient to mount and dismount, and overhauling of the bridge shock absorption and energy dissipation connecting piece and replacement after failure are facilitated.
本发明公开一种可更换式桥梁减震耗能连接件构造，涉及铁路、道路交通工程技术领域，包括桥墩，所述桥墩的顶部采用支座与梁体连接，所述梁体有两个，两个梁体相对应的一侧外壁之间设有第一桥梁减震耗能装置，所述桥墩有多个，多个所述桥墩对称分布，两个相对应的桥墩之间设有第二桥梁减震耗能装置，所述两个梁体相对应的一侧外壁顶部和底部均固定连接有梁体预埋钢板，所述两个相对应的桥墩的一侧顶部和底部均固定连接有桥墩预埋钢板。本发明通过设置第一桥梁减震耗能装置、第二桥梁减震耗能装置、梁体预埋钢板、桥墩预埋钢板、第一连接板和第二连接板，使得桥梁减震耗能连接件的安装拆卸方便，有利于桥梁减震耗能连接件的检修和失效后的更换。
Replaceable bridge shock absorption and energy dissipation connecting piece structure
The invention discloses a replaceable bridge shock absorption and energy dissipation connecting piece structure, relates to the technical field of railway and road traffic engineering. The replaceablebridge shock absorption and energy dissipation connecting piece structure comprises a plurality of piers, the tops of the piers are connected with two beam bodies through supports, first bridge shockabsorption and energy dissipation devices are arranged between the outer walls of the sides, corresponding to each other, of the two beam bodies; the multiple piers are arranged, and the multiple bridge piers are symmetrically distributed; a second bridge shock absorption and energy dissipation device is arranged between every two corresponding piers; and beam body embedded steel plates are fixedly connected to the tops and the bottoms of the outer walls of the sides, corresponding to each other, of the two beam bodies, and pier embedded steel plates are fixedly connected to the tops and thebottoms of the sides of the two corresponding piers correspondingly. By arranging the first bridge shock absorption and energy dissipation devices, the second bridge shock absorption and energy dissipation devices, the beam body embedded steel plates, the pier embedded steel plates, first connecting plates and second connecting plates, the bridge shock absorption and energy dissipation connectingpiece is convenient to mount and dismount, and overhauling of the bridge shock absorption and energy dissipation connecting piece and replacement after failure are facilitated.
本发明公开一种可更换式桥梁减震耗能连接件构造，涉及铁路、道路交通工程技术领域，包括桥墩，所述桥墩的顶部采用支座与梁体连接，所述梁体有两个，两个梁体相对应的一侧外壁之间设有第一桥梁减震耗能装置，所述桥墩有多个，多个所述桥墩对称分布，两个相对应的桥墩之间设有第二桥梁减震耗能装置，所述两个梁体相对应的一侧外壁顶部和底部均固定连接有梁体预埋钢板，所述两个相对应的桥墩的一侧顶部和底部均固定连接有桥墩预埋钢板。本发明通过设置第一桥梁减震耗能装置、第二桥梁减震耗能装置、梁体预埋钢板、桥墩预埋钢板、第一连接板和第二连接板，使得桥梁减震耗能连接件的安装拆卸方便，有利于桥梁减震耗能连接件的检修和失效后的更换。
Replaceable bridge shock absorption and energy dissipation connecting piece structure
一种可更换式桥梁减震耗能连接件构造
LI CHUANLIN (author) / ZHANG DUNBAO (author) / YAO ZHIGUO (author) / CHE WENQING (author) / PENG BO (author) / WEN DONG (author) / LI HONGBO (author) / YU YANG (author) / LUO TINGBIN (author) / ZHAO HAIYAN (author)
2020-12-18
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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