A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Temporary supporting system for preventing buckling deformation of frame column and construction method
The invention relates to a temporary supporting system for preventing buckling deformation of a frame column and a construction method. The temporary supporting system comprises a first restraining unit, a second restraining unit, two adjusting units, a base unit, two supporting units and two locking units. The first restraining unit is arranged on the side face of the frame column. An included angle of 90 degrees is formed between the second constraint unit and the first constraint unit; the two adjusting units are rotationally arranged on the outer sides of the first restraining unit and the second restraining unit respectively; the base unit is arranged on the outer side of the first restraining unit and the outer side of the second restraining unit; the two supporting units are arranged between the corresponding adjusting units and the corresponding base units respectively. The two locking units are detachably connected with the corresponding adjusting units and the corresponding supporting units respectively. The method has the advantages that the first restraining unit and the second restraining unit which form the right angle are used for restraining the 1/3-2/3 height of the frame column, and the problem that buckling deformation is prone to being caused by external force application in the frame column reinforcing process is solved.
本发明涉及一种防止框架柱屈曲变形的临时支撑系统及施工方法，临时支撑系统包括第一约束单元、第二约束单元、两调节单元、底座单元、两支撑单元、两锁定单元；第一约束单元设置于框架柱的侧面；第二约束单元与第一约束单元呈90°夹角设置；两调节单元分别转动地设置于第一约束单元、第二约束单元的外侧；底座单元设置于第一约束单元的外侧、第二约束单元的外侧；两支撑单元分别设置于对应的调节单元与对应的底座单元之间；两锁定单元分别与对应的调节单元、对应的支撑单元进行可拆卸连接。其优点在于，利用互成直角的第一约束单元、第二约束单元对框架柱的1/3～2/3高度处进行约束，解决了框架柱加固过程中施加外力易导致屈曲变形等问题。
Temporary supporting system for preventing buckling deformation of frame column and construction method
The invention relates to a temporary supporting system for preventing buckling deformation of a frame column and a construction method. The temporary supporting system comprises a first restraining unit, a second restraining unit, two adjusting units, a base unit, two supporting units and two locking units. The first restraining unit is arranged on the side face of the frame column. An included angle of 90 degrees is formed between the second constraint unit and the first constraint unit; the two adjusting units are rotationally arranged on the outer sides of the first restraining unit and the second restraining unit respectively; the base unit is arranged on the outer side of the first restraining unit and the outer side of the second restraining unit; the two supporting units are arranged between the corresponding adjusting units and the corresponding base units respectively. The two locking units are detachably connected with the corresponding adjusting units and the corresponding supporting units respectively. The method has the advantages that the first restraining unit and the second restraining unit which form the right angle are used for restraining the 1/3-2/3 height of the frame column, and the problem that buckling deformation is prone to being caused by external force application in the frame column reinforcing process is solved.
本发明涉及一种防止框架柱屈曲变形的临时支撑系统及施工方法，临时支撑系统包括第一约束单元、第二约束单元、两调节单元、底座单元、两支撑单元、两锁定单元；第一约束单元设置于框架柱的侧面；第二约束单元与第一约束单元呈90°夹角设置；两调节单元分别转动地设置于第一约束单元、第二约束单元的外侧；底座单元设置于第一约束单元的外侧、第二约束单元的外侧；两支撑单元分别设置于对应的调节单元与对应的底座单元之间；两锁定单元分别与对应的调节单元、对应的支撑单元进行可拆卸连接。其优点在于，利用互成直角的第一约束单元、第二约束单元对框架柱的1/3～2/3高度处进行约束，解决了框架柱加固过程中施加外力易导致屈曲变形等问题。
Temporary supporting system for preventing buckling deformation of frame column and construction method
一种防止框架柱屈曲变形的临时支撑系统及施工方法
QIN ZIDONG (author) / HUANG QIANG (author) / XUE SONG (author) / LI SHENGYONG (author) / ZHANG HONGRU (author) / HUANG KEFENG (author)
2024-05-10
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2024
| European Patent Office | 2024
| European Patent Office | 2023