A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floor beam reinforcing structure for building structural design
The invention discloses a floor beam reinforcing structure for building structural design. The floor beam reinforcing structure comprises a bottom plate, four anti-inclination plates, a lifting assembly and a fixing shell. Through cooperative use of an anti-inclination plate, a lifting assembly, a fixing shell, a hydraulic air cylinder, a lifting rod, a lifting pipe, a moving hole and a reinforcing assembly, the lifting plate descends to drive an extrusion plate to extrude a reinforcing plate, the reinforcing plate moves to drive a control rod to move in a control groove, and the reinforcing plate moves to drive an extension plate to move in the moving hole and make contact with a face beam; the problems that after a main beam is built, more metal supporting rods are used for reinforcing, but the reinforcing method consumes more metal materials and affects attractiveness, and when cement and a metal frame are used for reinforcing the main beam, a plurality of long supporting rods are generally used for abutting against a wood board, so that the wood board cannot be damaged are solved. The problems that cement falls when not being coagulated, workers need to climb to attach wood boards to the surface of the cement during reinforcement, and the operation is troublesome are solved.
本发明公开了一种建筑结构设计楼面梁加固结构，包括底板、四个防倾斜板、升降组件和固定壳。通过设置防倾斜板、升降组件、固定壳、液压气缸、升降杆、升降管、移动孔和加固组件的配合使用，升降板下降带动挤压板挤压加固板，加固板移动会带动控制杆在控制槽内移动，加固板移动带动延伸板在活动孔内移动并与面梁接触，解决了主梁在建造完成后，使用较多的金属支杆进行加固，但是这种加固方法比较耗费金属材料，而且比较影响美观，而使用水泥和金属框架对主梁进行加固时，一般都是通过多个较长的支撑杆顶住木板，以达到防止水泥在没凝结时发生下降，这样在加固时需要工作人员爬高将木板贴合于水泥的表面，较为麻烦的问题。
Floor beam reinforcing structure for building structural design
The invention discloses a floor beam reinforcing structure for building structural design. The floor beam reinforcing structure comprises a bottom plate, four anti-inclination plates, a lifting assembly and a fixing shell. Through cooperative use of an anti-inclination plate, a lifting assembly, a fixing shell, a hydraulic air cylinder, a lifting rod, a lifting pipe, a moving hole and a reinforcing assembly, the lifting plate descends to drive an extrusion plate to extrude a reinforcing plate, the reinforcing plate moves to drive a control rod to move in a control groove, and the reinforcing plate moves to drive an extension plate to move in the moving hole and make contact with a face beam; the problems that after a main beam is built, more metal supporting rods are used for reinforcing, but the reinforcing method consumes more metal materials and affects attractiveness, and when cement and a metal frame are used for reinforcing the main beam, a plurality of long supporting rods are generally used for abutting against a wood board, so that the wood board cannot be damaged are solved. The problems that cement falls when not being coagulated, workers need to climb to attach wood boards to the surface of the cement during reinforcement, and the operation is troublesome are solved.
本发明公开了一种建筑结构设计楼面梁加固结构，包括底板、四个防倾斜板、升降组件和固定壳。通过设置防倾斜板、升降组件、固定壳、液压气缸、升降杆、升降管、移动孔和加固组件的配合使用，升降板下降带动挤压板挤压加固板，加固板移动会带动控制杆在控制槽内移动，加固板移动带动延伸板在活动孔内移动并与面梁接触，解决了主梁在建造完成后，使用较多的金属支杆进行加固，但是这种加固方法比较耗费金属材料，而且比较影响美观，而使用水泥和金属框架对主梁进行加固时，一般都是通过多个较长的支撑杆顶住木板，以达到防止水泥在没凝结时发生下降，这样在加固时需要工作人员爬高将木板贴合于水泥的表面，较为麻烦的问题。
Floor beam reinforcing structure for building structural design
一种建筑结构设计楼面梁加固结构
LYU RUIXIAO (author) / JIANG JIANHONG (author) / PENG YULIANG (author) / SHEN YAOFEI (author) / QIU NUAN (author) / HU XIAO (author) / LUO XUAN (author) / ZHU YIJUN (author) / LIU MINHUA (author)
2023-12-19
Patent
Electronic Resource
Chinese
Building structural design floor beam reinforcing equipment
| European Patent Office | 2023
Building structure design floor beam reinforcing structure
| European Patent Office | 2022