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A platform for research: civil engineering, architecture and urbanism
Anti-seismic composite steel structure
The invention relates to an anti-seismic composite steel structure. The anti-seismic composite steel structure comprises a steel column and further comprises a bearing assembly, a steel beam and a connecting assembly which are arranged on the right side of the steel column; and the bearing assembly is arranged on the right side face of a right wing plate and comprises a bearing body and a connecting vertical plate, the steel beam is arranged on the right side of the bearing assembly and is horizontally-arranged H-shaped steel, a bearing plate located in the left end of a web of the steel beam is arranged at the left end of the steel beam, the connecting assembly comprises an upper connecting assembly and a lower connecting assembly which are same in structure and size, the upper connecting assembly and the lower connecting assembly are arranged on the upper side and the lower side of the bearing block and are in an up-down symmetrical state, and the upper connecting assembly comprises a connecting transverse plate and a buffer plate.The problem that after rigid connection of the steel beam and the steel column is affected by vibration, the connecting joint of the steel beam and the steel column is damaged is solved.
本发明涉及一种抗震复合钢结构，包括钢柱，还包括设置于钢柱右侧的承载组件、钢梁和连接组件；所述承载组件设置于右翼板的右侧面上，所述承载组件包括承载体和连接竖板，所述钢梁设置于承载组件的右侧，所述钢梁为水平设置的H型钢，所述钢梁的左端设置有位于钢梁腹板左端内的承载板，所述连接组件包括结构大小均相同的上连接组件和下连接组件，所述上连接组件和下连接组件分别设置于承载块上下两侧、且呈上下对称状态，所述上连接组件包括连接横板和缓冲板。本发明解决了钢梁和钢柱的刚性连接在受到震动影响后导致钢梁和钢柱的连接节点损坏的问题。
Anti-seismic composite steel structure
The invention relates to an anti-seismic composite steel structure. The anti-seismic composite steel structure comprises a steel column and further comprises a bearing assembly, a steel beam and a connecting assembly which are arranged on the right side of the steel column; and the bearing assembly is arranged on the right side face of a right wing plate and comprises a bearing body and a connecting vertical plate, the steel beam is arranged on the right side of the bearing assembly and is horizontally-arranged H-shaped steel, a bearing plate located in the left end of a web of the steel beam is arranged at the left end of the steel beam, the connecting assembly comprises an upper connecting assembly and a lower connecting assembly which are same in structure and size, the upper connecting assembly and the lower connecting assembly are arranged on the upper side and the lower side of the bearing block and are in an up-down symmetrical state, and the upper connecting assembly comprises a connecting transverse plate and a buffer plate.The problem that after rigid connection of the steel beam and the steel column is affected by vibration, the connecting joint of the steel beam and the steel column is damaged is solved.
本发明涉及一种抗震复合钢结构，包括钢柱，还包括设置于钢柱右侧的承载组件、钢梁和连接组件；所述承载组件设置于右翼板的右侧面上，所述承载组件包括承载体和连接竖板，所述钢梁设置于承载组件的右侧，所述钢梁为水平设置的H型钢，所述钢梁的左端设置有位于钢梁腹板左端内的承载板，所述连接组件包括结构大小均相同的上连接组件和下连接组件，所述上连接组件和下连接组件分别设置于承载块上下两侧、且呈上下对称状态，所述上连接组件包括连接横板和缓冲板。本发明解决了钢梁和钢柱的刚性连接在受到震动影响后导致钢梁和钢柱的连接节点损坏的问题。
Anti-seismic composite steel structure
一种抗震复合钢结构
HAO YING (author) / YAO XIANHUA (author) / GUAN JUNFENG (author) / LI LIELIE (author) / ZHANG MIN (author) / CHEN SHANSHAN (author) / HE SHUANGHUA (author) / HAN RUICONG (author)
2021-09-07
Patent
Electronic Resource
Chinese