Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Double-layer steel inhaul cable-cast aluminum alloy special-shaped joint
The invention discloses a double-layer steel inhaul cable-cast aluminum alloy special-shaped joint which comprises a cast aluminum alloy connecting component, a steel inhaul cable, a positioning plate, a clamping piece, a rubber ring and an aluminum alloy perforated box type connecting rod piece, and the aluminum alloy perforated box type connecting rod piece is connected with the cast aluminum alloy connecting component through the steel inhaul cable. Compared with an existing traditional double-layer latticed shell joint, the double-layer steel inhaul cable-cast aluminum alloy special-shaped joint is less in material consumption, construction is more convenient and faster, the connecting area of the structure is better in rigidity and stability, and the traditional double-layer joint is suitable for connecting an H-shaped rod piece and a round rod piece; the double-layer steel inhaul cable-cast aluminum alloy special-shaped joint designed by the invention can be used for connecting a rectangular rod piece with better overall bending resistance and shearing resistance and a rod piece connecting form of a double-layer latticed shell joint. According to the cast aluminum alloy special-shaped node connecting component, the number of connecting ports and the connecting angle can be adjusted according to actual engineering requirements, so that the design of a local double-layer reticulated shell structure in a double-layer reticulated shell structure or a single-layer reticulated shell structure is more flexible.
本发明公开了一种双层钢拉索‑铸铝合金异形节点，包括铸铝合金连接构件、钢拉索、定位板、夹片、橡胶圈、铝合金带孔箱型连接杆件，铝合金带孔箱型连接杆件与铸铝合金连接构件通过所述钢拉索连接。该双层钢拉索‑铸铝合金异形节点比现有的传统双层网壳节点用料更少、施工更便捷、结构的连接区域刚度和稳定性更好，并且传统的双层节点适用于连接H型杆件和圆形杆件，本发明所设计的双层钢拉索‑铸铝合金异形节点可连接整体抗弯性能，抗剪性能更好的矩形杆件，双层网壳节点的杆件连接形式。本发明采用铸铝合金异形节点连接构件能根据实际工程需求调整连接口数量和连接角度，使得双层网壳结构或单层网壳结构中局部双层网壳结构的设计更加灵活。
Double-layer steel inhaul cable-cast aluminum alloy special-shaped joint
The invention discloses a double-layer steel inhaul cable-cast aluminum alloy special-shaped joint which comprises a cast aluminum alloy connecting component, a steel inhaul cable, a positioning plate, a clamping piece, a rubber ring and an aluminum alloy perforated box type connecting rod piece, and the aluminum alloy perforated box type connecting rod piece is connected with the cast aluminum alloy connecting component through the steel inhaul cable. Compared with an existing traditional double-layer latticed shell joint, the double-layer steel inhaul cable-cast aluminum alloy special-shaped joint is less in material consumption, construction is more convenient and faster, the connecting area of the structure is better in rigidity and stability, and the traditional double-layer joint is suitable for connecting an H-shaped rod piece and a round rod piece; the double-layer steel inhaul cable-cast aluminum alloy special-shaped joint designed by the invention can be used for connecting a rectangular rod piece with better overall bending resistance and shearing resistance and a rod piece connecting form of a double-layer latticed shell joint. According to the cast aluminum alloy special-shaped node connecting component, the number of connecting ports and the connecting angle can be adjusted according to actual engineering requirements, so that the design of a local double-layer reticulated shell structure in a double-layer reticulated shell structure or a single-layer reticulated shell structure is more flexible.
本发明公开了一种双层钢拉索‑铸铝合金异形节点，包括铸铝合金连接构件、钢拉索、定位板、夹片、橡胶圈、铝合金带孔箱型连接杆件，铝合金带孔箱型连接杆件与铸铝合金连接构件通过所述钢拉索连接。该双层钢拉索‑铸铝合金异形节点比现有的传统双层网壳节点用料更少、施工更便捷、结构的连接区域刚度和稳定性更好，并且传统的双层节点适用于连接H型杆件和圆形杆件，本发明所设计的双层钢拉索‑铸铝合金异形节点可连接整体抗弯性能，抗剪性能更好的矩形杆件，双层网壳节点的杆件连接形式。本发明采用铸铝合金异形节点连接构件能根据实际工程需求调整连接口数量和连接角度，使得双层网壳结构或单层网壳结构中局部双层网壳结构的设计更加灵活。
Double-layer steel inhaul cable-cast aluminum alloy special-shaped joint
一种双层钢拉索-铸铝合金异形节点
ZHANG YAOYUE (Autor:in) / ZHANG WEIJING (Autor:in)
16.08.2024
Patent
Elektronische Ressource
Chinesisch
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