A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-collision wall beam railing integrated prefabricated structure and construction method
The invention discloses an anti-collision wall beam fence integrated prefabricated structure which comprises an anti-collision wall operation platform and an anti-collision wall cross slope simulation platform, the anti-collision wall operation platform is located on the left side of the anti-collision wall cross slope simulation platform, and a box girder body is connected to the anti-collision wall cross slope simulation platform. The lower end of a box girder flange plate on the left side of the box girder body is connected with a plurality of anti-collision wall anti-overturning supporting rods at equal intervals. The left side of the box girder body and the upper end face of the anti-collision wall operation platform are connected with a plurality of anti-collision wall formwork assemblies. The anti-collision wall formwork assembly comprises an anti-collision wall outer mold and an anti-collision wall inner mold. According to the beam-column integrated prefabrication construction device, the situation that the posture is consistent with the posture after the box girder is erected during beam-column integrated prefabrication is ensured by simulating the erecting state of the box girder, and box girder overturning caused by local loads generated in the construction process is avoided.
本发明公开了一种防撞墙梁栏一体化预制结构，包括防撞墙操作平台和防撞墙横坡模拟平台，所述防撞墙操作平台位于所述防撞墙横坡模拟平台左侧，所述防撞墙横坡模拟平台上连接箱梁梁体，所述箱梁梁体左侧的箱梁翼缘板下端等距离连接多根防撞墙防倾覆支撑杆；所述箱梁梁体左侧和所述防撞墙操作平台上端面连接多组防撞墙模板组件；所述防撞墙模板组件包括防撞墙外模具和防撞墙内模具；所述防撞墙操作平台上连接外模侧支撑杆和外模下支撑杆，所述外模下支撑杆上连接外模底扣板，本发明通过模拟箱梁的架设状态确保梁栏一体化预制时与箱梁架设后姿态一致，避免施工过程中产生局部荷载导致箱梁倾覆。
Anti-collision wall beam railing integrated prefabricated structure and construction method
The invention discloses an anti-collision wall beam fence integrated prefabricated structure which comprises an anti-collision wall operation platform and an anti-collision wall cross slope simulation platform, the anti-collision wall operation platform is located on the left side of the anti-collision wall cross slope simulation platform, and a box girder body is connected to the anti-collision wall cross slope simulation platform. The lower end of a box girder flange plate on the left side of the box girder body is connected with a plurality of anti-collision wall anti-overturning supporting rods at equal intervals. The left side of the box girder body and the upper end face of the anti-collision wall operation platform are connected with a plurality of anti-collision wall formwork assemblies. The anti-collision wall formwork assembly comprises an anti-collision wall outer mold and an anti-collision wall inner mold. According to the beam-column integrated prefabrication construction device, the situation that the posture is consistent with the posture after the box girder is erected during beam-column integrated prefabrication is ensured by simulating the erecting state of the box girder, and box girder overturning caused by local loads generated in the construction process is avoided.
本发明公开了一种防撞墙梁栏一体化预制结构，包括防撞墙操作平台和防撞墙横坡模拟平台，所述防撞墙操作平台位于所述防撞墙横坡模拟平台左侧，所述防撞墙横坡模拟平台上连接箱梁梁体，所述箱梁梁体左侧的箱梁翼缘板下端等距离连接多根防撞墙防倾覆支撑杆；所述箱梁梁体左侧和所述防撞墙操作平台上端面连接多组防撞墙模板组件；所述防撞墙模板组件包括防撞墙外模具和防撞墙内模具；所述防撞墙操作平台上连接外模侧支撑杆和外模下支撑杆，所述外模下支撑杆上连接外模底扣板，本发明通过模拟箱梁的架设状态确保梁栏一体化预制时与箱梁架设后姿态一致，避免施工过程中产生局部荷载导致箱梁倾覆。
Anti-collision wall beam railing integrated prefabricated structure and construction method
一种防撞墙梁栏一体化预制结构及施工方法
GU PINGPING (author) / LI JIANCHEN (author) / WANG WEI (author) / YUAN KOUFENG (author) / QIN ZHIAN (author) / YUAN CHENGCHENG (author) / WAN YUQING (author) / WANG XUESEN (author) / TANG JIANYAO (author) / CHEN WEIYONG (author)
2023-03-17
Patent
Electronic Resource
Chinese
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