A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-seismic connecting piece for constructional engineering
The invention discloses a constructional engineering anti-seismic connecting piece, and relates to the technical field of constructional engineering equipment, the constructional engineering anti-seismic connecting piece comprises a lower connecting mechanism, the lower connecting mechanism comprises a lower connecting block, multiple groups of second springs are uniformly mounted on the top wall of the lower connecting block, and dampers are mounted in the second springs; a plurality of sets of first vertical connecting holes are evenly formed in the top wall of the lower connecting block, and first springs are installed on the bottom walls of inner cavities of the multiple sets of first vertical connecting holes formed in the lower connecting block. When the device is vibrated or shaken, an upper connecting block and a lower connecting block vertically move relatively, so that a second spring stretches out and draws back to generate elastic deformation, and a vertical connecting rod relatively moves in an inner cavity of a first vertical connecting hole and an inner cavity of a second vertical connecting hole; and therefore, a third spring and a first spring can stretch out and draw back to generate elastic deformation, and under the action of a vertical connecting rod, a first vertical connecting hole and a second vertical connecting hole, relative lateral movement between a lower connecting block and an upper connecting block can be avoided.
本申请公开了一种建筑工程抗震连接件，涉及建筑工程设备技术领域，包括下连接机构，其包括下连接块，所述下连接块的顶壁均匀安装有多组第二弹簧，所述第二弹簧的内部安装有阻尼器，所述下连接块的顶壁位置均匀开设有多组第一竖向连接孔，所述下连接块开设的多组第一竖向连接孔内腔底壁位置均安装有第一弹簧。本申请在受到震动或摇晃时，上连接块和下连接块之间发生相对竖向移动使得第二弹簧伸缩产生弹性形变，并且使得竖向连接杆在第一竖向连接孔和第二竖向连接孔的内腔中发生相对移动，进而可以使得第三弹簧和第一弹簧伸缩产生弹性形变，在竖向连接杆、第一竖向连接孔和第二竖向连接孔的作用下可以避免下连接块和上连接块之间发生相对侧移。
Anti-seismic connecting piece for constructional engineering
The invention discloses a constructional engineering anti-seismic connecting piece, and relates to the technical field of constructional engineering equipment, the constructional engineering anti-seismic connecting piece comprises a lower connecting mechanism, the lower connecting mechanism comprises a lower connecting block, multiple groups of second springs are uniformly mounted on the top wall of the lower connecting block, and dampers are mounted in the second springs; a plurality of sets of first vertical connecting holes are evenly formed in the top wall of the lower connecting block, and first springs are installed on the bottom walls of inner cavities of the multiple sets of first vertical connecting holes formed in the lower connecting block. When the device is vibrated or shaken, an upper connecting block and a lower connecting block vertically move relatively, so that a second spring stretches out and draws back to generate elastic deformation, and a vertical connecting rod relatively moves in an inner cavity of a first vertical connecting hole and an inner cavity of a second vertical connecting hole; and therefore, a third spring and a first spring can stretch out and draw back to generate elastic deformation, and under the action of a vertical connecting rod, a first vertical connecting hole and a second vertical connecting hole, relative lateral movement between a lower connecting block and an upper connecting block can be avoided.
本申请公开了一种建筑工程抗震连接件，涉及建筑工程设备技术领域，包括下连接机构，其包括下连接块，所述下连接块的顶壁均匀安装有多组第二弹簧，所述第二弹簧的内部安装有阻尼器，所述下连接块的顶壁位置均匀开设有多组第一竖向连接孔，所述下连接块开设的多组第一竖向连接孔内腔底壁位置均安装有第一弹簧。本申请在受到震动或摇晃时，上连接块和下连接块之间发生相对竖向移动使得第二弹簧伸缩产生弹性形变，并且使得竖向连接杆在第一竖向连接孔和第二竖向连接孔的内腔中发生相对移动，进而可以使得第三弹簧和第一弹簧伸缩产生弹性形变，在竖向连接杆、第一竖向连接孔和第二竖向连接孔的作用下可以避免下连接块和上连接块之间发生相对侧移。
Anti-seismic connecting piece for constructional engineering
一种建筑工程抗震连接件
GONG LIANG (author) / QI QI (author) / ZHANG WENBIN (author) / XIAO FEI (author) / SUN JINBO (author)
2023-08-29
Patent
Electronic Resource
Chinese
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