Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Internal expansion type wood structure anti-pulling connecting joint and wood structure assembling method
The invention discloses an internal expansion type wood structure anti-pulling connecting joint and a wood structure assembling method.The anti-pulling connecting joint comprises a connecting cylinder and an extruding plate which are arranged at the end of a wood component, the connecting cylinder comprises a straight-cylinder-shaped sleeve and a connecting piece arranged on the sleeve, the sleeve is connected to the end of the wood component in a sleeving mode, and the extruding plate is arranged on the connecting piece; an end with the width larger than that of an inner cavity of the sleeve is arranged at the tail end of the extrusion plate, the head end of the extrusion plate is driven into the end of the wooden column till the end abuts against the end of the sleeve, and the end of the wooden column is expanded and pressed in the sleeve. The connecting joint is used for wood structure assembly, the situation that a wood column is split and damaged when the extrusion plates are pressed in can be avoided, meanwhile, the extrusion plates are directly hung, connected and fixed to the sleeve through the ends, the multiple extrusion plates and the sleeve can form a whole, and therefore the anti-pulling contact face between the extrusion plates and the wood column is increased; the friction force between the sleeve and wood is greatly improved, and the anti-pulling capacity of the joint is effectively improved.
本发明公开的是建筑工程技术领域的一种内胀型木结构抗拔连接节点及木结构装配方法，抗拔连接节点包括设置在木构件端部的连接筒和挤压板，所述连接筒包括直筒形的套筒和设置在套筒上的连接件，所述套筒套接在木构件端部，所述挤压板的尾端设有宽度大于套筒内腔宽度的端头，挤压板的头端从木柱端部打入，直到端头与套筒端部抵接，使木柱端部膨胀压紧在套筒内。采用上述连接节点进行木结构装配，可避免在压入挤压板时导致木柱劈裂破坏的情况，同时挤压板通过端头与套筒直挂连接固定，可使多个挤压板与套筒成为一个整体，从而增加与木柱之间的抗拔接触面，极大的提高了套筒与木材的摩擦力，有效提高了节点的抗拔能力。
Internal expansion type wood structure anti-pulling connecting joint and wood structure assembling method
The invention discloses an internal expansion type wood structure anti-pulling connecting joint and a wood structure assembling method.The anti-pulling connecting joint comprises a connecting cylinder and an extruding plate which are arranged at the end of a wood component, the connecting cylinder comprises a straight-cylinder-shaped sleeve and a connecting piece arranged on the sleeve, the sleeve is connected to the end of the wood component in a sleeving mode, and the extruding plate is arranged on the connecting piece; an end with the width larger than that of an inner cavity of the sleeve is arranged at the tail end of the extrusion plate, the head end of the extrusion plate is driven into the end of the wooden column till the end abuts against the end of the sleeve, and the end of the wooden column is expanded and pressed in the sleeve. The connecting joint is used for wood structure assembly, the situation that a wood column is split and damaged when the extrusion plates are pressed in can be avoided, meanwhile, the extrusion plates are directly hung, connected and fixed to the sleeve through the ends, the multiple extrusion plates and the sleeve can form a whole, and therefore the anti-pulling contact face between the extrusion plates and the wood column is increased; the friction force between the sleeve and wood is greatly improved, and the anti-pulling capacity of the joint is effectively improved.
本发明公开的是建筑工程技术领域的一种内胀型木结构抗拔连接节点及木结构装配方法，抗拔连接节点包括设置在木构件端部的连接筒和挤压板，所述连接筒包括直筒形的套筒和设置在套筒上的连接件，所述套筒套接在木构件端部，所述挤压板的尾端设有宽度大于套筒内腔宽度的端头，挤压板的头端从木柱端部打入，直到端头与套筒端部抵接，使木柱端部膨胀压紧在套筒内。采用上述连接节点进行木结构装配，可避免在压入挤压板时导致木柱劈裂破坏的情况，同时挤压板通过端头与套筒直挂连接固定，可使多个挤压板与套筒成为一个整体，从而增加与木柱之间的抗拔接触面，极大的提高了套筒与木材的摩擦力，有效提高了节点的抗拔能力。
Internal expansion type wood structure anti-pulling connecting joint and wood structure assembling method
一种内胀型木结构抗拔连接节点及木结构装配方法
LI XIAOWEI (Autor:in) / XIAN ZHENGCHAO (Autor:in) / ZHANG ZHAOQIANG (Autor:in) / XIANG JUNCHEN (Autor:in) / LI TINGTING (Autor:in) / QI FENGHAO (Autor:in) / GONG CHUNYUE (Autor:in) / ZHAO HAITAO (Autor:in)
14.06.2024
Patent
Elektronische Ressource
Chinesisch
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