A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multiple hyperbolic butterfly-shaped conversion connection node and manufacturing method thereof
The invention discloses a multiple hyperbolic butterfly-shaped conversion connection node which comprises a group of tubular columns, a group of connectors, a friction connection plate, a group of end sealing plates and a group of connector internal stiffeners, the tubular columns are oppositely arranged, the connectors are oppositely arranged between the two tubular columns, the friction connection plate is arranged between the two oppositely arranged connectors, and the friction connection plate is arranged between the two oppositely arranged connectors. The end sealing plates are oppositely arranged on the two sides of the friction connecting plate and connected through a set of high-strength bolts, and the connecting body internal stiffeners are arranged on the outer sides of the end sealing plates and connected with the tubular column. According to the multi-hyperbolic butterfly-shaped conversion connection joint, through the arrangement of the friction connection plate, the set of end sealing plates and the internal stiffeners of the connection body, the connection body and the tubular column are well connected and supported, the firmness and stability of the whole joint structure are improved, and through the arrangement of the friction connection plate, the connection body and the tubular column can be well connected and supported. Abrasion between the two end sealing plates can be effectively relieved, the connection stability is guaranteed, and the service life is prolonged.
本发明公开了一种多重双曲蝶形转换连接节点，包括：一组圆管柱、一组连接体、摩擦连接板、一组端部封板和一组连接体内部加劲，所述圆管柱相对设置，所述连接体相对设于两圆管柱之间，所述摩擦连接板设于两相对设置的连接体之间，所述端部封板相对设于摩擦连接板的两侧，并通过一组高强螺栓连接，所述连接体内部加劲设于端部封板的外侧，并与圆管柱连接。本发明所述的一种多重双曲蝶形转换连接节点，通过摩擦连接板、一组端部封板以及连接体内部加劲的设置，对连接体与圆管柱之间进行很好的连接、支撑，提高整个节点结构的牢固性和稳定性，摩擦连接板的设置，能够有效的减缓两端部封板之间磨损，保证其连接的稳定性，提高其使用寿命。
Multiple hyperbolic butterfly-shaped conversion connection node and manufacturing method thereof
The invention discloses a multiple hyperbolic butterfly-shaped conversion connection node which comprises a group of tubular columns, a group of connectors, a friction connection plate, a group of end sealing plates and a group of connector internal stiffeners, the tubular columns are oppositely arranged, the connectors are oppositely arranged between the two tubular columns, the friction connection plate is arranged between the two oppositely arranged connectors, and the friction connection plate is arranged between the two oppositely arranged connectors. The end sealing plates are oppositely arranged on the two sides of the friction connecting plate and connected through a set of high-strength bolts, and the connecting body internal stiffeners are arranged on the outer sides of the end sealing plates and connected with the tubular column. According to the multi-hyperbolic butterfly-shaped conversion connection joint, through the arrangement of the friction connection plate, the set of end sealing plates and the internal stiffeners of the connection body, the connection body and the tubular column are well connected and supported, the firmness and stability of the whole joint structure are improved, and through the arrangement of the friction connection plate, the connection body and the tubular column can be well connected and supported. Abrasion between the two end sealing plates can be effectively relieved, the connection stability is guaranteed, and the service life is prolonged.
本发明公开了一种多重双曲蝶形转换连接节点，包括：一组圆管柱、一组连接体、摩擦连接板、一组端部封板和一组连接体内部加劲，所述圆管柱相对设置，所述连接体相对设于两圆管柱之间，所述摩擦连接板设于两相对设置的连接体之间，所述端部封板相对设于摩擦连接板的两侧，并通过一组高强螺栓连接，所述连接体内部加劲设于端部封板的外侧，并与圆管柱连接。本发明所述的一种多重双曲蝶形转换连接节点，通过摩擦连接板、一组端部封板以及连接体内部加劲的设置，对连接体与圆管柱之间进行很好的连接、支撑，提高整个节点结构的牢固性和稳定性，摩擦连接板的设置，能够有效的减缓两端部封板之间磨损，保证其连接的稳定性，提高其使用寿命。
Multiple hyperbolic butterfly-shaped conversion connection node and manufacturing method thereof
一种多重双曲蝶形转换连接节点及其制作方法
HWU HAI-GWO (author) / GUI BIN (author) / WANG ZHENKUN (author) / ZHU SHUCHENG (author) / GUO YIN (author) / CHEN LONG (author)
2022-09-20
Patent
Electronic Resource
Chinese
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