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A platform for research: civil engineering, architecture and urbanism
Quakeproof bridge structure and construction method thereof
The invention discloses a quakeproof bridge structure and a construction method thereof. The quakeproof bridge structure comprises a bridge abutment, a plurality of stand columns are poured at the bottoms of the two ends of the bridge abutment correspondingly and evenly distributed at equal intervals, a bridge pier is poured at the bottoms of the stand columns, and bearing beams are poured on the two sides of the bottom of the bridge pier correspondingly; stabilizing steel bars are poured in the bearing beam, and reinforcing fillers are poured at the two ends of the exterior of the bearing beam correspondingly; secondary side plates and a primary side plate are respectively mounted at the top of the bridge abutment, the secondary side plates are respectively arranged at two ends of the top of the bridge abutment, and the primary side plate is arranged between the two secondary side plates. The modules composed of the main side plates and the secondary side plates are driven into the bridge abutment through the threaded piles, and cement is poured for fixing, so that the modular building mode replaces a traditional reinforced concrete building mode, the working efficiency of the quakeproof bridge during construction and building is improved, and the building cost is indirectly saved.
本发明公开了一种防震桥梁结构及其施工方法，包括桥台，所述桥台两端的底部分别浇筑有立柱，所述立柱设置有多个，且等距均匀的分布造所述桥台的底部，所述立柱的底部浇筑有桥墩，桥墩底部的两侧分别浇筑有承重梁，承重梁的内部浇筑有稳定钢筋，承重梁外部的两端分别浇筑有加固填充；所述桥台的顶部分别安装有次边板和主边板，次边板分别设置在所述桥台顶部的两端，主边板设置在两个次边板之间。本发明通过用螺纹桩将主边板和次边板组成的模块打入桥台的内部，并浇筑水泥固定的方式，实现了以模块化修建的方式代替用传统钢筋混凝土修建的方式，提高了该防震桥梁在施工修建时的工作效率，间接的节省了修建成本。
Quakeproof bridge structure and construction method thereof
The invention discloses a quakeproof bridge structure and a construction method thereof. The quakeproof bridge structure comprises a bridge abutment, a plurality of stand columns are poured at the bottoms of the two ends of the bridge abutment correspondingly and evenly distributed at equal intervals, a bridge pier is poured at the bottoms of the stand columns, and bearing beams are poured on the two sides of the bottom of the bridge pier correspondingly; stabilizing steel bars are poured in the bearing beam, and reinforcing fillers are poured at the two ends of the exterior of the bearing beam correspondingly; secondary side plates and a primary side plate are respectively mounted at the top of the bridge abutment, the secondary side plates are respectively arranged at two ends of the top of the bridge abutment, and the primary side plate is arranged between the two secondary side plates. The modules composed of the main side plates and the secondary side plates are driven into the bridge abutment through the threaded piles, and cement is poured for fixing, so that the modular building mode replaces a traditional reinforced concrete building mode, the working efficiency of the quakeproof bridge during construction and building is improved, and the building cost is indirectly saved.
本发明公开了一种防震桥梁结构及其施工方法，包括桥台，所述桥台两端的底部分别浇筑有立柱，所述立柱设置有多个，且等距均匀的分布造所述桥台的底部，所述立柱的底部浇筑有桥墩，桥墩底部的两侧分别浇筑有承重梁，承重梁的内部浇筑有稳定钢筋，承重梁外部的两端分别浇筑有加固填充；所述桥台的顶部分别安装有次边板和主边板，次边板分别设置在所述桥台顶部的两端，主边板设置在两个次边板之间。本发明通过用螺纹桩将主边板和次边板组成的模块打入桥台的内部，并浇筑水泥固定的方式，实现了以模块化修建的方式代替用传统钢筋混凝土修建的方式，提高了该防震桥梁在施工修建时的工作效率，间接的节省了修建成本。
Quakeproof bridge structure and construction method thereof
一种防震桥梁结构及其施工方法
SUN ZHIHUI (author) / SUN YINGXIN (author)
2022-01-14
Patent
Electronic Resource
Chinese
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