A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Reinforcing device of fabricated beam bridge and construction method of reinforcing device
The invention provides a reinforcing device of a fabricated beam bridge, the tops of the two sides of the fabricated beam bridge protrude outwards to form cantilevers, the reinforcing device comprises a base fixed to the bottom of the fabricated beam bridge and arranged opposite to the cantilevers, and the bottom face of the base is fixed to a transport vehicle; the stand columns are vertically arranged on the top face of the base at intervals and are adjustable in height, and supporting faces for supporting the cantilevers are formed at the top ends of the stand columns; the top end of the inclined strut is fixedly connected to the stand column, and the bottom end of the inclined strut is fixedly connected to the position, away from the stand column, of the top face of the base. The reinforcing device comprising the base, the stand column and the inclined strut is installed at the position, corresponding to the cantilever, of the fabricated beam bridge to support the cantilever, so that in the forward loading transportation process of the fabricated beam bridge, the cantilever position is stably stressed, the cantilever position is prevented from toppling due to stress, and therefore the fabricated beam bridge can be directly installed after being transported to the designated position; and the transportation efficiency and the installation efficiency of the assembly type beam bridge are improved.
本发明提供了一种装配式梁桥的加固装置，该装配式梁桥的两侧的顶部向外凸伸以形成悬臂，该加固装置包括：固定于该装配式梁桥的底部且与该悬臂相对设置的底座，该底座的底面固定于运输车；间隔立设于该底座的顶面且高度可调地的若干立柱，该立柱的顶端形成供支撑该悬臂的支撑面；以及顶端固定连接于该立柱且底端固定连接于该底座的顶面远离该立柱的位置的斜撑。本发明通过于装配式梁桥对应悬臂的位置安装包括底座、立柱以及斜撑的加固装置，以支撑起悬臂，使得装配式梁桥正装运输过程中，悬臂位置受力稳定，避免悬臂处受力发生倾倒，从而使得装配式梁桥运输到指定位置后能够直接进行安装，提高了装配式梁桥的运输效率和安装效率。
Reinforcing device of fabricated beam bridge and construction method of reinforcing device
The invention provides a reinforcing device of a fabricated beam bridge, the tops of the two sides of the fabricated beam bridge protrude outwards to form cantilevers, the reinforcing device comprises a base fixed to the bottom of the fabricated beam bridge and arranged opposite to the cantilevers, and the bottom face of the base is fixed to a transport vehicle; the stand columns are vertically arranged on the top face of the base at intervals and are adjustable in height, and supporting faces for supporting the cantilevers are formed at the top ends of the stand columns; the top end of the inclined strut is fixedly connected to the stand column, and the bottom end of the inclined strut is fixedly connected to the position, away from the stand column, of the top face of the base. The reinforcing device comprising the base, the stand column and the inclined strut is installed at the position, corresponding to the cantilever, of the fabricated beam bridge to support the cantilever, so that in the forward loading transportation process of the fabricated beam bridge, the cantilever position is stably stressed, the cantilever position is prevented from toppling due to stress, and therefore the fabricated beam bridge can be directly installed after being transported to the designated position; and the transportation efficiency and the installation efficiency of the assembly type beam bridge are improved.
本发明提供了一种装配式梁桥的加固装置，该装配式梁桥的两侧的顶部向外凸伸以形成悬臂，该加固装置包括：固定于该装配式梁桥的底部且与该悬臂相对设置的底座，该底座的底面固定于运输车；间隔立设于该底座的顶面且高度可调地的若干立柱，该立柱的顶端形成供支撑该悬臂的支撑面；以及顶端固定连接于该立柱且底端固定连接于该底座的顶面远离该立柱的位置的斜撑。本发明通过于装配式梁桥对应悬臂的位置安装包括底座、立柱以及斜撑的加固装置，以支撑起悬臂，使得装配式梁桥正装运输过程中，悬臂位置受力稳定，避免悬臂处受力发生倾倒，从而使得装配式梁桥运输到指定位置后能够直接进行安装，提高了装配式梁桥的运输效率和安装效率。
Reinforcing device of fabricated beam bridge and construction method of reinforcing device
装配式梁桥的加固装置及其施工方法
WANG LEI (author) / ZHANG QIANG (author) / ZHANG YANG (author) / FENG JIE (author) / YANG XIAOLIANG (author)
2022-04-12
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Supporting beam reinforcing device for bridge construction
| European Patent Office | 2020