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Bidirectional rolling pendulum vibration isolation support for civil engineering
The invention belongs to the technical field of civil engineering vibration isolation, and discloses a bidirectional rolling pendulum vibration isolation support for civil engineering, the lower surface of an upper connecting plate is provided with a first concave spherical surface, and the first concave spherical surface is provided with an upper rolling groove; a second concave spherical surface is arranged on the upper surface of the lower connecting plate, and a lower rolling groove is formed in the second concave spherical surface; the sliding assembly comprises an upper sliding plate, a lower sliding plate, a guide rod and an elastic supporting piece, a first convex spherical surface is arranged on the upper surface of the upper sliding plate, a first rolling groove is formed in the first convex spherical surface and corresponds to an upper rolling groove formed in the first concave spherical surface, and a second convex spherical surface is arranged on the lower sliding plate and corresponds to a second rolling groove formed in the second concave spherical surface; a second rolling groove is formed in the second outer convex spherical surface, the second rolling groove corresponds to a lower rolling groove formed in the second inner concave spherical surface, and the guide rod is connected with the circular groove of the upper sliding plate; and the elastic supporting piece is arranged on the guide rod. According to the shock insulation support, vibration isolation in the horizontal direction and the vertical direction can be achieved at the same time, design is simple, and use is convenient.
本发明属于土木工程隔震技术领域,公开了一种土木工程用双向滚动摆隔振支座,上连接板的下表面设第一内凹球面,第一内凹球面设上滚动槽;下连接板的上表面设有第二内凹球面,第二内凹球面内设下滚动槽;滑动组件包括上滑动板、下滑动板、导杆和弹性支撑件,上滑动板的上表面设有第一外凸球面,第一外凸球面上设有第一滚动槽,第一滚动槽与第一内凹球面设置的上滚动槽相对应,下滑动端板设有第二外凸球面,第二外凸球面上设有第二滚动槽,第二滚动槽与第二内凹球面设置的下滚动槽相对应,所述的导杆连接上滑动板的圆形凹槽;所述的的弹性支撑件设在所述的导杆上。本发明的隔震支座可以同时实现水平方向和竖直方向的隔振,设计简单,使用便利。
Bidirectional rolling pendulum vibration isolation support for civil engineering
The invention belongs to the technical field of civil engineering vibration isolation, and discloses a bidirectional rolling pendulum vibration isolation support for civil engineering, the lower surface of an upper connecting plate is provided with a first concave spherical surface, and the first concave spherical surface is provided with an upper rolling groove; a second concave spherical surface is arranged on the upper surface of the lower connecting plate, and a lower rolling groove is formed in the second concave spherical surface; the sliding assembly comprises an upper sliding plate, a lower sliding plate, a guide rod and an elastic supporting piece, a first convex spherical surface is arranged on the upper surface of the upper sliding plate, a first rolling groove is formed in the first convex spherical surface and corresponds to an upper rolling groove formed in the first concave spherical surface, and a second convex spherical surface is arranged on the lower sliding plate and corresponds to a second rolling groove formed in the second concave spherical surface; a second rolling groove is formed in the second outer convex spherical surface, the second rolling groove corresponds to a lower rolling groove formed in the second inner concave spherical surface, and the guide rod is connected with the circular groove of the upper sliding plate; and the elastic supporting piece is arranged on the guide rod. According to the shock insulation support, vibration isolation in the horizontal direction and the vertical direction can be achieved at the same time, design is simple, and use is convenient.
本发明属于土木工程隔震技术领域,公开了一种土木工程用双向滚动摆隔振支座,上连接板的下表面设第一内凹球面,第一内凹球面设上滚动槽;下连接板的上表面设有第二内凹球面,第二内凹球面内设下滚动槽;滑动组件包括上滑动板、下滑动板、导杆和弹性支撑件,上滑动板的上表面设有第一外凸球面,第一外凸球面上设有第一滚动槽,第一滚动槽与第一内凹球面设置的上滚动槽相对应,下滑动端板设有第二外凸球面,第二外凸球面上设有第二滚动槽,第二滚动槽与第二内凹球面设置的下滚动槽相对应,所述的导杆连接上滑动板的圆形凹槽;所述的的弹性支撑件设在所述的导杆上。本发明的隔震支座可以同时实现水平方向和竖直方向的隔振,设计简单,使用便利。
Bidirectional rolling pendulum vibration isolation support for civil engineering
一种土木工程用双向滚动摆隔振支座
ZHENG JUHUAN (Autor:in) / YAN GUIYUN (Autor:in) / LIU RUYUE (Autor:in)
11.11.2022
Patent
Elektronische Ressource
Chinesisch
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