A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Frame beam joint structure
The invention discloses a frame beam node structure which comprises a frame column and a frame beam, a first connecting assembly is formed on the frame column, a second connecting assembly is arranged on a frame, and the first connecting assembly and the second connecting assembly are fixed so that the frame beam can be installed on the frame column; the second connecting assembly comprises a spherical hinge assembly, a shell and an elastic piece, the spherical hinge assembly is hinged to the end of the frame beam, and the spherical hinge assembly and at least part of the frame beam are located in the shell; an elastic piece is arranged between the shell and the frame beam, and the elastic piece can reduce vibration abrasion of the frame beam. The spherical hinge assembly is hinged to the end of the frame beam, the spherical hinge assembly and at least part of the frame beam are installed in the shell, then the frame beam can conduct universal free rotation in the shell under the action of earthquakes and wind loads, and the situation that the structure is damaged due to weak-direction vibration is avoided.
本发明公开一种框架梁节点结构，包括框架柱和框架梁，框架柱上形成有第一连接组件，框架上设置有第二连接组件，第一连接组件与第二连接组件相固定，以使框架梁安装在框架柱上；第二连接组件包括球铰组件、壳体和弹性件，球铰组件与框架梁端部相铰接，球铰组件和至少部分框架梁位于壳体内；壳体与框架梁之间设置有弹性件，弹性件能够降低框架梁的震动磨损。本发明中球铰组件与框架梁端部相铰接，且球铰组件和至少部分所述框架梁安装在所述壳体内，进而框架梁在地震、风荷载作用下能够在壳体内进行万向自由转动，避免出现弱方向震动导致结构损坏的情况。
Frame beam joint structure
The invention discloses a frame beam node structure which comprises a frame column and a frame beam, a first connecting assembly is formed on the frame column, a second connecting assembly is arranged on a frame, and the first connecting assembly and the second connecting assembly are fixed so that the frame beam can be installed on the frame column; the second connecting assembly comprises a spherical hinge assembly, a shell and an elastic piece, the spherical hinge assembly is hinged to the end of the frame beam, and the spherical hinge assembly and at least part of the frame beam are located in the shell; an elastic piece is arranged between the shell and the frame beam, and the elastic piece can reduce vibration abrasion of the frame beam. The spherical hinge assembly is hinged to the end of the frame beam, the spherical hinge assembly and at least part of the frame beam are installed in the shell, then the frame beam can conduct universal free rotation in the shell under the action of earthquakes and wind loads, and the situation that the structure is damaged due to weak-direction vibration is avoided.
本发明公开一种框架梁节点结构，包括框架柱和框架梁，框架柱上形成有第一连接组件，框架上设置有第二连接组件，第一连接组件与第二连接组件相固定，以使框架梁安装在框架柱上；第二连接组件包括球铰组件、壳体和弹性件，球铰组件与框架梁端部相铰接，球铰组件和至少部分框架梁位于壳体内；壳体与框架梁之间设置有弹性件，弹性件能够降低框架梁的震动磨损。本发明中球铰组件与框架梁端部相铰接，且球铰组件和至少部分所述框架梁安装在所述壳体内，进而框架梁在地震、风荷载作用下能够在壳体内进行万向自由转动，避免出现弱方向震动导致结构损坏的情况。
Frame beam joint structure
一种框架梁节点结构
FANG PAILIN (author) / LUO GUOZHANG (author) / LIU ZONGTUAN (author) / FENG YIWEN (author) / JI MENGHUI (author) / WANG ZHIJIE (author) / LIAO FAN (author)
2024-06-18
Patent
Electronic Resource
Chinese