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A platform for research: civil engineering, architecture and urbanism
Electric resistance welding steel plate concrete shear wall
The invention provides an electric resistance welding steel plate concrete shear wall. The electric resistance welding steel plate concrete shear wall comprises a main wall unit, the main wall unit comprises two steel plates and at least one connecting part, the two steel plates are oppositely mounted, the connecting part is arranged between the two steel plates, the connecting part is C-shaped steel integrally molded through cold bending, and comprises a web plate and two opposite wing plates, the two ends of the web plate are connected with the two wing plates correspondingly, and two wing plates of each connecting part in the main wall unit are connected with the corresponding steel plates in a resistance welding manner. Due to the fact that the connecting part is provided with the wingplates, the wing plates can be attached to the steel plates, and the condition is provided for enabling the wing plates and the steel plates to be connected together through electric resistance welding. During electric resistance welding, metal filling is not needed, productivity is high, welding part deforming is small, and automation is easily achieved. Due to the electric resistance welding manner, the connecting part and the steel plates can be connected more firmly, the strength of the shear wall is effectively improved, resistance welding operation is simpler, and the manufacturing efficiency of the shear wall can be obviously improved.
本申请提供了一种电阻焊钢板混凝土剪力墙，包括主体墙单元，主体墙单元包括两个钢板和至少一个连接部，两个钢板相对设置，连接部设置在两个钢板之间。连接部为一体冷弯成型的C形钢，包括腹板、以及两个相对的翼板，腹板的两端分别与两个翼板连接。主体墙单元中每个连接部的两个翼板，分别与对应的钢板以电阻焊的方式连接。由于连接部设置有翼板，翼板可以与钢板贴合，这为利用电阻焊将翼板和钢板连接在一起提供了条件。进行电阻焊接时，不需要填充金属，生产率高，焊件变形小，容易实现自动化。电阻焊接的方式使得连接部和钢板连接得更加牢固，有效地增加了剪力墙的强度，而且电阻焊接的操作更加简单，显著地提升了剪力墙的制作效率。
Electric resistance welding steel plate concrete shear wall
The invention provides an electric resistance welding steel plate concrete shear wall. The electric resistance welding steel plate concrete shear wall comprises a main wall unit, the main wall unit comprises two steel plates and at least one connecting part, the two steel plates are oppositely mounted, the connecting part is arranged between the two steel plates, the connecting part is C-shaped steel integrally molded through cold bending, and comprises a web plate and two opposite wing plates, the two ends of the web plate are connected with the two wing plates correspondingly, and two wing plates of each connecting part in the main wall unit are connected with the corresponding steel plates in a resistance welding manner. Due to the fact that the connecting part is provided with the wingplates, the wing plates can be attached to the steel plates, and the condition is provided for enabling the wing plates and the steel plates to be connected together through electric resistance welding. During electric resistance welding, metal filling is not needed, productivity is high, welding part deforming is small, and automation is easily achieved. Due to the electric resistance welding manner, the connecting part and the steel plates can be connected more firmly, the strength of the shear wall is effectively improved, resistance welding operation is simpler, and the manufacturing efficiency of the shear wall can be obviously improved.
本申请提供了一种电阻焊钢板混凝土剪力墙，包括主体墙单元，主体墙单元包括两个钢板和至少一个连接部，两个钢板相对设置，连接部设置在两个钢板之间。连接部为一体冷弯成型的C形钢，包括腹板、以及两个相对的翼板，腹板的两端分别与两个翼板连接。主体墙单元中每个连接部的两个翼板，分别与对应的钢板以电阻焊的方式连接。由于连接部设置有翼板，翼板可以与钢板贴合，这为利用电阻焊将翼板和钢板连接在一起提供了条件。进行电阻焊接时，不需要填充金属，生产率高，焊件变形小，容易实现自动化。电阻焊接的方式使得连接部和钢板连接得更加牢固，有效地增加了剪力墙的强度，而且电阻焊接的操作更加简单，显著地提升了剪力墙的制作效率。
Electric resistance welding steel plate concrete shear wall
电阻焊钢板混凝土剪力墙
CUI QINGSHU (author) / ZHANG YUEFENG (author) / ZHU CHENGUANG (author) / LIU PEIXIANG (author) / TIAN HUAMIN (author) / SUN CHANGYONG (author)
2020-04-24
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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