Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Angle-adjustable H-shaped steel splayed supporting joint connecting device and construction method
The invention relates to an angle-adjustable H-shaped steel splayed supporting joint connecting device and a construction method, the angle-adjustable H-shaped steel splayed supporting joint connecting device comprises at least three H-shaped steels, and further comprises an axis cylinder and metal discs, and the two opening ends of the axis cylinder are each coaxially provided with one metal disc; the disc high-strength bolt penetrates through the axis cylinder and the metal disc along the central axis of the axis cylinder, and the metal disc and the axis cylinder are assembled; a rotating space is formed between the two metal discs which are arranged in parallel, at least three pieces of H-shaped steel are installed in the rotating space, the flange of each piece of H-shaped steel is connected with the corresponding metal disc in a sliding mode, and the web end of each piece of H-shaped steel is connected with the circumferential wall of the axis cylinder through a connecting piece; the angle formed between the adjacent H-shaped steels relative to the axis cylinder can be changed; various construction working conditions are met by adjusting the angle of the splayed support, the splayed support has the advantages of being flexible to install, convenient to disassemble, capable of being recycled, safe, reliable, free of field welding and the like, the joint strength is large, and the design principle of strong joints and weak rod pieces can be met.
本发明涉及一种可调节角度的H型钢八字撑节点连接装置及施工方法，包括至少三个H型钢，还包括轴心筒以及金属圆盘，在轴心筒的两个开口端分别同轴安装一个金属圆盘；圆盘高强螺栓沿着轴心筒中轴线贯穿轴心筒与金属圆盘，将金属圆盘与轴心筒装配；两个平行布设的金属圆盘之间形成旋转空间，在旋转空间内安装至少三个H型钢，每个H型钢的翼缘与对应的金属圆盘滑动连接，H型钢的腹板端部通过连接件与轴心筒圆周壁连接；相邻H型钢之间相对轴心筒形成的角度能够改变；本发明通过调整八字撑角度来满足各种施工工况，具备了安装灵活、拆卸方便、循环利用、安全可靠和无需现场焊接等优点，并且其节点强度较大，能够满足强节点、弱杆件的设计原则。
Angle-adjustable H-shaped steel splayed supporting joint connecting device and construction method
The invention relates to an angle-adjustable H-shaped steel splayed supporting joint connecting device and a construction method, the angle-adjustable H-shaped steel splayed supporting joint connecting device comprises at least three H-shaped steels, and further comprises an axis cylinder and metal discs, and the two opening ends of the axis cylinder are each coaxially provided with one metal disc; the disc high-strength bolt penetrates through the axis cylinder and the metal disc along the central axis of the axis cylinder, and the metal disc and the axis cylinder are assembled; a rotating space is formed between the two metal discs which are arranged in parallel, at least three pieces of H-shaped steel are installed in the rotating space, the flange of each piece of H-shaped steel is connected with the corresponding metal disc in a sliding mode, and the web end of each piece of H-shaped steel is connected with the circumferential wall of the axis cylinder through a connecting piece; the angle formed between the adjacent H-shaped steels relative to the axis cylinder can be changed; various construction working conditions are met by adjusting the angle of the splayed support, the splayed support has the advantages of being flexible to install, convenient to disassemble, capable of being recycled, safe, reliable, free of field welding and the like, the joint strength is large, and the design principle of strong joints and weak rod pieces can be met.
本发明涉及一种可调节角度的H型钢八字撑节点连接装置及施工方法，包括至少三个H型钢，还包括轴心筒以及金属圆盘，在轴心筒的两个开口端分别同轴安装一个金属圆盘；圆盘高强螺栓沿着轴心筒中轴线贯穿轴心筒与金属圆盘，将金属圆盘与轴心筒装配；两个平行布设的金属圆盘之间形成旋转空间，在旋转空间内安装至少三个H型钢，每个H型钢的翼缘与对应的金属圆盘滑动连接，H型钢的腹板端部通过连接件与轴心筒圆周壁连接；相邻H型钢之间相对轴心筒形成的角度能够改变；本发明通过调整八字撑角度来满足各种施工工况，具备了安装灵活、拆卸方便、循环利用、安全可靠和无需现场焊接等优点，并且其节点强度较大，能够满足强节点、弱杆件的设计原则。
Angle-adjustable H-shaped steel splayed supporting joint connecting device and construction method
一种可调节角度的H型钢八字撑节点连接装置及施工方法
LIN LIWEN ( Autor:in ) / JI XUAN ( Autor:in ) / CUI XIAOWEI ( Autor:in ) / LI JIANYANG ( Autor:in ) / GONG YONGPING ( Autor:in ) / CHEN GUOXING ( Autor:in ) / WANG SHICHANG ( Autor:in ) / LIANG SHUTING ( Autor:in )
20.02.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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