A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel three-dimensional shock isolation device
The invention relates to the technical field of constructional engineering, equipment engineering and the like, in particular to a novel three-dimensional shock isolation device which comprises a horizontal shock isolation support with a horizontal shock absorption function, a platform upper connecting plate, a vertical supporting support capable of bearing a vertical load, a vertical shock isolation system capable of generating shearing motion or axial motion and a platform lower connecting plate. The horizontal shock insulation support is arranged on the upper portion of the platform upper connecting plate, the vertical supporting support and the vertical shock insulation system are arranged between the platform upper connecting plate and the platform lower connecting plate, the vertical shock insulation system comprises a vertical movement mechanism and a horizontal movement mechanism, the top of the vertical movement mechanism is connected with the bottom of the platform upper connecting plate, and the top of the horizontal movement mechanism is connected with the bottom of the platform lower connecting plate. The horizontal movement mechanism is connected with the platform lower connecting plate, when a vertical earthquake occurs, the vertical movement mechanism can push the horizontal movement mechanism to slide in a reciprocating mode in the horizontal direction, the vertical shock absorption function can be achieved, and the device has the horizontal two-way shock absorption function and the vertical shock absorption function at the same time.
本发明涉及建筑工程和设备工程等技术领域，具体涉及一种新型三维隔震装置，包括具有承担水平减震功能的水平隔震支座、平台上连接板、可承担竖向荷载的竖向支撑支座、可发生剪切运动或轴向运动的竖向隔震系统及平台下连接板，所述水平隔震支座设置于平台上连接板的上部，所述竖向支撑支座和竖向隔震系统设置于平台上连接板和平台下连接板之间，所述竖向隔震系统包括竖向运动机构和水平运动机构，所述竖向运动机构的顶部与平台上连接板的底部连接，所述水平运动机构与平台下连接板连接，当发生竖向地震时，所述竖向运动机构可推动水平运动机构在水平方向往复滑动，可起到竖向减震的功能，使得本装置同时具有水平双向减震和竖向减震功能。
Novel three-dimensional shock isolation device
The invention relates to the technical field of constructional engineering, equipment engineering and the like, in particular to a novel three-dimensional shock isolation device which comprises a horizontal shock isolation support with a horizontal shock absorption function, a platform upper connecting plate, a vertical supporting support capable of bearing a vertical load, a vertical shock isolation system capable of generating shearing motion or axial motion and a platform lower connecting plate. The horizontal shock insulation support is arranged on the upper portion of the platform upper connecting plate, the vertical supporting support and the vertical shock insulation system are arranged between the platform upper connecting plate and the platform lower connecting plate, the vertical shock insulation system comprises a vertical movement mechanism and a horizontal movement mechanism, the top of the vertical movement mechanism is connected with the bottom of the platform upper connecting plate, and the top of the horizontal movement mechanism is connected with the bottom of the platform lower connecting plate. The horizontal movement mechanism is connected with the platform lower connecting plate, when a vertical earthquake occurs, the vertical movement mechanism can push the horizontal movement mechanism to slide in a reciprocating mode in the horizontal direction, the vertical shock absorption function can be achieved, and the device has the horizontal two-way shock absorption function and the vertical shock absorption function at the same time.
本发明涉及建筑工程和设备工程等技术领域，具体涉及一种新型三维隔震装置，包括具有承担水平减震功能的水平隔震支座、平台上连接板、可承担竖向荷载的竖向支撑支座、可发生剪切运动或轴向运动的竖向隔震系统及平台下连接板，所述水平隔震支座设置于平台上连接板的上部，所述竖向支撑支座和竖向隔震系统设置于平台上连接板和平台下连接板之间，所述竖向隔震系统包括竖向运动机构和水平运动机构，所述竖向运动机构的顶部与平台上连接板的底部连接，所述水平运动机构与平台下连接板连接，当发生竖向地震时，所述竖向运动机构可推动水平运动机构在水平方向往复滑动，可起到竖向减震的功能，使得本装置同时具有水平双向减震和竖向减震功能。
Novel three-dimensional shock isolation device
一种新型三维隔震装置
SHEN CHAOYONG (author) / HUANG XIANGYUN (author) / LUO JUNJIE (author) / YANG ZHENYU (author) / MA YUHONG (author) / CHEN YANGYANG (author) / ZHOU FULIN (author)
2024-02-13
Patent
Electronic Resource
Chinese