A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a beam column structure with a cross-shaped buckling mortise and tenon type energy dissipation beam column joint. The beam-column structure with the cross-shaped buckling mortise and tenon type energy dissipation beam column joint comprises the buckling mortise and tenon type beam column joint, an upper beam column module and a lower beam column module, wherein the center of the lower end of the upper beam column module and the center of the upper end of the lower beam column module are symmetrically provided with embedding openings, and the buckling mortise and tenon type beam column joint can be embedded into the embedding openings. The buckling mortise and tenon type beam column joint is of a vertically symmetrical structure, the upper structure of the buckling mortise and tenon type beam column joint is formed in an embedding opening in the center of the lower end of the upper beam column module in an embedded mode, and the lower structure of the buckling mortise and and tenon type beam column joint is formed in the embedding opening in the center of the upper end of the lower beam column module in an embedded mode, therefore, the upper beam column module and the lower beam column module integrally form the beam column structure without a joint node on the appearance. According to the beam column structure with the cross-shaped buckling mortise and tenon type energy dissipation beam column joint, a joint can effectively transmit vertical force and bidirectional horizontal force, and has the advantages of being simple in structure, convenient to install, good in anti-seismic performance and hidden in joint.
一种具有十字形对扣卡榫式耗能梁柱节点的梁柱结构，包括有对扣卡榫式梁柱节点、上梁柱模块和下梁柱模块，其中，所述上梁柱模块的下端中心和下梁柱模块的上端中心对称形成有能够嵌入所述对扣卡榫式梁柱节点的嵌入口，所述的对扣卡榫式梁柱节点为上下对称结构，所述对扣卡榫式梁柱节点的上部结构嵌入形成在所述上梁柱模块下端中心的嵌入口内，所述对扣卡榫式梁柱节点下部结构嵌入形成在所述下梁柱模块上端中心的嵌入口内，从而使上梁柱模块和下梁柱模块整体构成外观无连接处节点的梁柱结构。本发明中的节点可有效传递竖向力和双向水平力，具有结构简单，安装方便，抗震性能良好，连接处节点隐藏的特点。
The invention discloses a beam column structure with a cross-shaped buckling mortise and tenon type energy dissipation beam column joint. The beam-column structure with the cross-shaped buckling mortise and tenon type energy dissipation beam column joint comprises the buckling mortise and tenon type beam column joint, an upper beam column module and a lower beam column module, wherein the center of the lower end of the upper beam column module and the center of the upper end of the lower beam column module are symmetrically provided with embedding openings, and the buckling mortise and tenon type beam column joint can be embedded into the embedding openings. The buckling mortise and tenon type beam column joint is of a vertically symmetrical structure, the upper structure of the buckling mortise and tenon type beam column joint is formed in an embedding opening in the center of the lower end of the upper beam column module in an embedded mode, and the lower structure of the buckling mortise and and tenon type beam column joint is formed in the embedding opening in the center of the upper end of the lower beam column module in an embedded mode, therefore, the upper beam column module and the lower beam column module integrally form the beam column structure without a joint node on the appearance. According to the beam column structure with the cross-shaped buckling mortise and tenon type energy dissipation beam column joint, a joint can effectively transmit vertical force and bidirectional horizontal force, and has the advantages of being simple in structure, convenient to install, good in anti-seismic performance and hidden in joint.
一种具有十字形对扣卡榫式耗能梁柱节点的梁柱结构，包括有对扣卡榫式梁柱节点、上梁柱模块和下梁柱模块，其中，所述上梁柱模块的下端中心和下梁柱模块的上端中心对称形成有能够嵌入所述对扣卡榫式梁柱节点的嵌入口，所述的对扣卡榫式梁柱节点为上下对称结构，所述对扣卡榫式梁柱节点的上部结构嵌入形成在所述上梁柱模块下端中心的嵌入口内，所述对扣卡榫式梁柱节点下部结构嵌入形成在所述下梁柱模块上端中心的嵌入口内，从而使上梁柱模块和下梁柱模块整体构成外观无连接处节点的梁柱结构。本发明中的节点可有效传递竖向力和双向水平力，具有结构简单，安装方便，抗震性能良好，连接处节点隐藏的特点。
Beam column structure with mortise and tenon buckle type energy dissipation beam column joint
| European Patent Office | 2021
| European Patent Office | 2022
Mortise and tenon joint structure and beam column connecting method
| European Patent Office | 2024