Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to the technical field of building dampers, in particular to a smart building-based shock absorption damper which comprises a top mounting assembly and a bottom mounting assembly, the top mounting assembly and the bottom mounting assembly are of the same structure, and a top bearing ring is slidably connected into the top mounting assembly. Through mutual cooperation of a top mounting assembly and a top bearing ring, the rotating speed of a bearing ball can be further reduced, and after a buffering air bag arranged in the buffering air bag is inflated, the friction force between a sliding plate and one side of the inner wall of a special-shaped groove is increased, so that shear force can be generated by transverse waves when vibration occurs, and the vibration is reduced. According to the invention, the bearing balls are dispersed, so that when the bearing balls swing due to vibration, it is ensured that the bearing balls can always keep acting force opposite to the direction generated by vibration of a building, the stability of the bearing balls can be improved, and energy generated by rotation of the bearing balls can be reduced.
本发明涉及建筑用阻尼器技术领域，具体为一种基于智慧建筑的减震阻尼器，包括：顶部安装总成和底部安装总成，所述顶部安装总成和底部安装总成具有相同结构，所述顶部安装总成内滑动连接有顶部承重环。通过对顶部安装总成和顶部承重环的相互配合的使用，能够进一步减缓承重球转动的速度，而且，缓冲气囊内设置的缓冲气囊在充气后，增加了滑动板与所述异形槽内壁一侧摩擦力，进而进一步能在发生振动时，能够将横波产生剪切力，进行分散，使得承重球能够在震动产生摆动时，保证承重球能够始终保持与建筑震动产生的方向相反的作用力，这样一来能够能增加承重球的稳定性，而且能够将承重球产生的转动的能量践行削减。
The invention relates to the technical field of building dampers, in particular to a smart building-based shock absorption damper which comprises a top mounting assembly and a bottom mounting assembly, the top mounting assembly and the bottom mounting assembly are of the same structure, and a top bearing ring is slidably connected into the top mounting assembly. Through mutual cooperation of a top mounting assembly and a top bearing ring, the rotating speed of a bearing ball can be further reduced, and after a buffering air bag arranged in the buffering air bag is inflated, the friction force between a sliding plate and one side of the inner wall of a special-shaped groove is increased, so that shear force can be generated by transverse waves when vibration occurs, and the vibration is reduced. According to the invention, the bearing balls are dispersed, so that when the bearing balls swing due to vibration, it is ensured that the bearing balls can always keep acting force opposite to the direction generated by vibration of a building, the stability of the bearing balls can be improved, and energy generated by rotation of the bearing balls can be reduced.
本发明涉及建筑用阻尼器技术领域，具体为一种基于智慧建筑的减震阻尼器，包括：顶部安装总成和底部安装总成，所述顶部安装总成和底部安装总成具有相同结构，所述顶部安装总成内滑动连接有顶部承重环。通过对顶部安装总成和顶部承重环的相互配合的使用，能够进一步减缓承重球转动的速度，而且，缓冲气囊内设置的缓冲气囊在充气后，增加了滑动板与所述异形槽内壁一侧摩擦力，进而进一步能在发生振动时，能够将横波产生剪切力，进行分散，使得承重球能够在震动产生摆动时，保证承重球能够始终保持与建筑震动产生的方向相反的作用力，这样一来能够能增加承重球的稳定性，而且能够将承重球产生的转动的能量践行削减。
Damping damper based on smart building
一种基于智慧建筑的减震阻尼器
JIANG MENG (Autor:in)
31.05.2022
Patent
Elektronische Ressource
Chinesisch
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