A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a fabricated building supporting seat with damping and stabilizing effects, and relates to the technical field of building supporting, the fabricated building supporting seat comprises a supporting seat body, a supporting body is movably mounted in the supporting seat body through damping springs, a damping assembly is arranged in a bottom shell cavity of the supporting seat body, and a stroke groove is formed in the top surface of the supporting body; a positioning assembly is slidably mounted on the stroke groove, and a pressure bearing assembly is movably mounted in the supporting body. The damping springs and the cushioning assemblies are arranged inside, after a building is installed and in the using process, when some vibration occurs, the damping springs can achieve the first-stage damping effect on the building, when some large vibration occurs on the building, the cushioning assemblies can achieve the second-stage cushioning effect, the traditional design of multi-stage spring damping is abandoned, and the damping effect of the building is improved. The repulsive force is used for counteracting the vibration amplitude of the building, some negative effects caused by elastic deformation of the spring are effectively avoided, and the damping effect is effectively guaranteed.
本发明公开了一种具有减震稳定效果的装配式建筑用支撑座，涉及建筑支撑技术领域，包括支撑座，所述支撑座的内部通过减震弹簧活动安装有支撑体，所述支撑座的底部壳腔内设置有缓震组件，所述支撑体的顶面上设置有行程槽，所述行程槽上滑动安装有定位组件，所述支撑体的内部活动安装有承压组件。本发明通过在内设置有减震弹簧与缓震组件，在建筑安装后，使用过程中，发生一些震动时，减震弹簧可对于建筑物进行一级减震效果，当建筑物发生一些较大的震动时，缓震组件可实现二级缓震效果，摒弃传统的多级弹簧减震的设计，利用斥力去抵消建筑震动的振幅，有效解决了弹簧弹性形变带来的一些负面影响，有效地保证了减震效果。
The invention discloses a fabricated building supporting seat with damping and stabilizing effects, and relates to the technical field of building supporting, the fabricated building supporting seat comprises a supporting seat body, a supporting body is movably mounted in the supporting seat body through damping springs, a damping assembly is arranged in a bottom shell cavity of the supporting seat body, and a stroke groove is formed in the top surface of the supporting body; a positioning assembly is slidably mounted on the stroke groove, and a pressure bearing assembly is movably mounted in the supporting body. The damping springs and the cushioning assemblies are arranged inside, after a building is installed and in the using process, when some vibration occurs, the damping springs can achieve the first-stage damping effect on the building, when some large vibration occurs on the building, the cushioning assemblies can achieve the second-stage cushioning effect, the traditional design of multi-stage spring damping is abandoned, and the damping effect of the building is improved. The repulsive force is used for counteracting the vibration amplitude of the building, some negative effects caused by elastic deformation of the spring are effectively avoided, and the damping effect is effectively guaranteed.
本发明公开了一种具有减震稳定效果的装配式建筑用支撑座，涉及建筑支撑技术领域，包括支撑座，所述支撑座的内部通过减震弹簧活动安装有支撑体，所述支撑座的底部壳腔内设置有缓震组件，所述支撑体的顶面上设置有行程槽，所述行程槽上滑动安装有定位组件，所述支撑体的内部活动安装有承压组件。本发明通过在内设置有减震弹簧与缓震组件，在建筑安装后，使用过程中，发生一些震动时，减震弹簧可对于建筑物进行一级减震效果，当建筑物发生一些较大的震动时，缓震组件可实现二级缓震效果，摒弃传统的多级弹簧减震的设计，利用斥力去抵消建筑震动的振幅，有效解决了弹簧弹性形变带来的一些负面影响，有效地保证了减震效果。
Fabricated building supporting seat with damping and stabilizing effects
一种具有减震稳定效果的装配式建筑用支撑座
2022-05-10
Patent
Electronic Resource
Chinese
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