Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Reinforcing and reinforcing device for plug welding connection under dislocation condition of steel plate pieces and reinforcing process of reinforcing and reinforcing device
The invention relates to the technical field of staggered plate reinforcing, in particular to a reinforcing device for plug welding connection under the condition of staggered steel plates and a reinforcing process of the reinforcing device. A reinforcing plate is adopted to reinforce and reinforce the staggered steel plate, and the method comprises the steps of brushing a structural adhesive between the reinforcing plate and a vertical bearing plate, grooving the top edge of the reinforcing plate for penetration welding, performing surrounding welding on the bottom edge of the reinforcing plate, and forming a plug welding hole in the middle of the reinforcing plate for plug welding; the reinforcing plates are evenly arranged and welded to the vertical bearing plates, the height and the width of the reinforcing plates are far smaller than those of the vertical bearing plates, and the reinforcing plates are rectangular steel plates with a certain thickness so that the stress performance of the whole structure can be improved. According to the reinforcing device for plug welding connection under the condition of dislocation of the steel plates and the reinforcing process of the reinforcing device, the effectiveness and durability of the reinforcing plates for reinforcing the dislocation plates are guaranteed, and therefore the bearing capacity of a steel structure with the dislocation plates is truly improved.
本发明涉及错位板件加固技术领域，尤其是涉及钢板件错位情况下塞焊连接的补强加固装置及其加固工艺。本发明采用补强板对错位钢板件进行补强加固，包括补强板与竖向支承板之间刷结构胶、补强板顶边开坡口进行熔透焊、补强板底边进行围焊和补强板中部开塞焊孔进行塞焊；补强板设置有若干个，均匀排列并焊接在竖向支承板上，其高度与宽度远小于竖向支承板，是具有一定厚度的矩形钢板，以改善整体结构的受力性能。本发明的钢板件错位情况下塞焊连接的补强加固装置及其加固工艺保证了补强板加固错位板件的有效性与耐久性，从而真正得以提高板件错位的钢结构的承载能力。
Reinforcing and reinforcing device for plug welding connection under dislocation condition of steel plate pieces and reinforcing process of reinforcing and reinforcing device
The invention relates to the technical field of staggered plate reinforcing, in particular to a reinforcing device for plug welding connection under the condition of staggered steel plates and a reinforcing process of the reinforcing device. A reinforcing plate is adopted to reinforce and reinforce the staggered steel plate, and the method comprises the steps of brushing a structural adhesive between the reinforcing plate and a vertical bearing plate, grooving the top edge of the reinforcing plate for penetration welding, performing surrounding welding on the bottom edge of the reinforcing plate, and forming a plug welding hole in the middle of the reinforcing plate for plug welding; the reinforcing plates are evenly arranged and welded to the vertical bearing plates, the height and the width of the reinforcing plates are far smaller than those of the vertical bearing plates, and the reinforcing plates are rectangular steel plates with a certain thickness so that the stress performance of the whole structure can be improved. According to the reinforcing device for plug welding connection under the condition of dislocation of the steel plates and the reinforcing process of the reinforcing device, the effectiveness and durability of the reinforcing plates for reinforcing the dislocation plates are guaranteed, and therefore the bearing capacity of a steel structure with the dislocation plates is truly improved.
本发明涉及错位板件加固技术领域，尤其是涉及钢板件错位情况下塞焊连接的补强加固装置及其加固工艺。本发明采用补强板对错位钢板件进行补强加固，包括补强板与竖向支承板之间刷结构胶、补强板顶边开坡口进行熔透焊、补强板底边进行围焊和补强板中部开塞焊孔进行塞焊；补强板设置有若干个，均匀排列并焊接在竖向支承板上，其高度与宽度远小于竖向支承板，是具有一定厚度的矩形钢板，以改善整体结构的受力性能。本发明的钢板件错位情况下塞焊连接的补强加固装置及其加固工艺保证了补强板加固错位板件的有效性与耐久性，从而真正得以提高板件错位的钢结构的承载能力。
Reinforcing and reinforcing device for plug welding connection under dislocation condition of steel plate pieces and reinforcing process of reinforcing and reinforcing device
钢板件错位情况下塞焊连接的补强加固装置及其加固工艺
SU QINGTIAN (Autor:in) / SHEN CHONG (Autor:in) / XIAO LIANG (Autor:in) / XIE WEI (Autor:in) / ZHANG SHUYA (Autor:in)
22.03.2022
Patent
Elektronische Ressource
Chinesisch
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