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A platform for research: civil engineering, architecture and urbanism
Connecting joint structure of steel column and concrete beam
The invention relates to a connecting joint structure of a steel column and a concrete beam. The connecting joint structure comprises a vertical column body and a horizontal beam body, wherein a mounting groove penetrating through the two sides of the column body in the horizontal direction is formed in the column body, the beam body penetrates through the mounting groove and is arranged in the column body, a lower fixing plate arranged in the mounting groove is arranged on the column body, the lower fixing plate is arranged below the beam body, a lower buffer pad arranged in the mounting groove is fixedly arranged below the lower fixing plate, and the lower buffer pad abuts against the column body. When an operator enables the beam body to penetrate through the mounting groove and be installed on the column body, the lower buffer pad is arranged between the column body and the beam body at the moment, rigid connection between the column body and the beam body is converted into flexible connection, the damping effect between the column body and the beam body is improved, and the effect of improving the connection stability between the column body and the beam body is achieved.
本申请涉及一种钢柱与混凝土梁的连接节点结构，其包括竖直状的柱体和水平状的梁体，柱体上开设有沿水平方向贯穿柱体两侧的安装槽，梁体从安装槽内穿过且置于柱体内，柱体上设有置于安装槽内的下固定板，下固定板置于梁体的下方，下固定板下固设有置于安装槽内的下缓冲垫，下缓冲垫与柱体抵触。当操作员将梁体穿过安装槽，安装在柱体上时，此时下缓冲垫置于柱体与梁体之间，将柱体与梁体之间的刚性连接转化为柔性连接，提高柱体与梁体之间的减震效果，本申请具有提高柱体与梁体之间连接稳定性的效果。
Connecting joint structure of steel column and concrete beam
The invention relates to a connecting joint structure of a steel column and a concrete beam. The connecting joint structure comprises a vertical column body and a horizontal beam body, wherein a mounting groove penetrating through the two sides of the column body in the horizontal direction is formed in the column body, the beam body penetrates through the mounting groove and is arranged in the column body, a lower fixing plate arranged in the mounting groove is arranged on the column body, the lower fixing plate is arranged below the beam body, a lower buffer pad arranged in the mounting groove is fixedly arranged below the lower fixing plate, and the lower buffer pad abuts against the column body. When an operator enables the beam body to penetrate through the mounting groove and be installed on the column body, the lower buffer pad is arranged between the column body and the beam body at the moment, rigid connection between the column body and the beam body is converted into flexible connection, the damping effect between the column body and the beam body is improved, and the effect of improving the connection stability between the column body and the beam body is achieved.
本申请涉及一种钢柱与混凝土梁的连接节点结构，其包括竖直状的柱体和水平状的梁体，柱体上开设有沿水平方向贯穿柱体两侧的安装槽，梁体从安装槽内穿过且置于柱体内，柱体上设有置于安装槽内的下固定板，下固定板置于梁体的下方，下固定板下固设有置于安装槽内的下缓冲垫，下缓冲垫与柱体抵触。当操作员将梁体穿过安装槽，安装在柱体上时，此时下缓冲垫置于柱体与梁体之间，将柱体与梁体之间的刚性连接转化为柔性连接，提高柱体与梁体之间的减震效果，本申请具有提高柱体与梁体之间连接稳定性的效果。
Connecting joint structure of steel column and concrete beam
一种钢柱与混凝土梁的连接节点结构
CHEN ZHONGXIAN (author) / LIU HAIQIAO (author) / YAO MIAOQI (author) / HUANG WEI (author)
2020-11-17
Patent
Electronic Resource
Chinese
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