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A platform for research: civil engineering, architecture and urbanism
Bidirectional moving anti-drawing friction pendulum support
The bidirectional moving anti-drawing friction pendulum support comprises a supporting component, a sliding assembly and a support assembly, the supporting component comprises an anti-drawing support and two stainless steel plates, and the stainless steel plates are welded and attached to the upper and lower concave cylindrical curved surfaces of the anti-drawing support; the sliding assembly comprises a spherical crown lining plate and two sliding wear-resisting plates, and the two sliding wear-resisting plates are embedded into an upper groove and a lower groove in the spherical crown lining plate respectively; the support assembly comprises an anti-drawing support and a stainless steel plate, and the stainless steel plate is welded and attached to the concave cylindrical curved surface of the anti-drawing support. According to the friction pendulum support, the anti-drawing function under bidirectional large displacement can be achieved, the total height of the friction pendulum support is effectively reduced, the torque of a building to the friction pendulum support is reduced, and the building is more effectively prevented from overturning.
本发明公开了一种双向移动抗拉拔的摩擦摆支座，包括支撑构件、滑动组件和支座组件，支撑构件包括抗拉拔支撑和两块不锈钢板，不锈钢板与抗拉拔支撑上下凹圆柱曲面焊接贴合；滑动组件包括球冠衬板和两块滑动耐磨板，两块滑动耐磨板分别嵌入球冠衬板上的上下凹槽中；支座组件包括抗拉拔支座和不锈钢板块，不锈钢板块与抗拉拔支座的凹圆柱型曲面焊接贴合。该摩擦摆支座可实现双向大位移下抗拉拔功能，并有效降低摩擦摆支座总高度，减小建筑对摩擦摆支座的扭矩，更有效防止建筑倾覆。
Bidirectional moving anti-drawing friction pendulum support
The bidirectional moving anti-drawing friction pendulum support comprises a supporting component, a sliding assembly and a support assembly, the supporting component comprises an anti-drawing support and two stainless steel plates, and the stainless steel plates are welded and attached to the upper and lower concave cylindrical curved surfaces of the anti-drawing support; the sliding assembly comprises a spherical crown lining plate and two sliding wear-resisting plates, and the two sliding wear-resisting plates are embedded into an upper groove and a lower groove in the spherical crown lining plate respectively; the support assembly comprises an anti-drawing support and a stainless steel plate, and the stainless steel plate is welded and attached to the concave cylindrical curved surface of the anti-drawing support. According to the friction pendulum support, the anti-drawing function under bidirectional large displacement can be achieved, the total height of the friction pendulum support is effectively reduced, the torque of a building to the friction pendulum support is reduced, and the building is more effectively prevented from overturning.
本发明公开了一种双向移动抗拉拔的摩擦摆支座，包括支撑构件、滑动组件和支座组件，支撑构件包括抗拉拔支撑和两块不锈钢板，不锈钢板与抗拉拔支撑上下凹圆柱曲面焊接贴合；滑动组件包括球冠衬板和两块滑动耐磨板，两块滑动耐磨板分别嵌入球冠衬板上的上下凹槽中；支座组件包括抗拉拔支座和不锈钢板块，不锈钢板块与抗拉拔支座的凹圆柱型曲面焊接贴合。该摩擦摆支座可实现双向大位移下抗拉拔功能，并有效降低摩擦摆支座总高度，减小建筑对摩擦摆支座的扭矩，更有效防止建筑倾覆。
Bidirectional moving anti-drawing friction pendulum support
一种双向移动抗拉拔的摩擦摆支座
QIU WEIJIAN (author) / WU YANGYANG (author)
2022-07-26
Patent
Electronic Resource
Chinese
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