A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vibration isolation laboratory and construction method
The invention belongs to the technical field of vibration isolation laboratories, and particularly relates to a vibration isolation laboratory which comprises a laboratory building body and further comprises a laboratory supporting foundation, a side wall body, a precise instrument vibration isolation platform, a movable disc, a turnover supporting rod and a supporting spring. Supporting legs are fixed to the four corners of the bottom face of the precise instrument vibration isolation platform, air spring dampers B are installed between the supporting legs and the inner bottom face of the laboratory building body, and guide supporting columns are further fixed to the inner top face of the laboratory building body. According to the vibration isolation laboratory disclosed by the invention, the damping vibration isolation mechanism and the air spring shock absorber A are arranged to carry out anti-seismic treatment on the laboratory building main body, and the air spring shock absorber B is arranged to carry out anti-seismic treatment on the precise instrument vibration isolation platform; the precise instrument vibration isolation platform is stably supported through cooperation of the guide supporting column, the movable disc, the overturning supporting rod and the supporting spring, the problems of inclination and shaking of the precise instrument vibration isolation platform are solved, and therefore the safety of a precise instrument is improved.
本发明属于隔振实验室技术领域，尤其为一种隔振实验室，包括实验室建筑主体，还包括实验室支撑地基、侧墙体、精密仪器隔振平台、活动盘、翻转支撑杆和支撑弹簧；精密仪器隔振平台的底面四角均固定有支撑腿，且在所述支撑腿与所述实验室建筑主体的内底面之间安装有空气弹簧减振器B，在所述实验室建筑主体的内顶面上还固定有导向支柱；本发明的隔振实验室，通过设置的阻尼隔振机构和空气弹簧减振器A对实验室建筑主体进行抗震，通过设置的空气弹簧减振器B对精密仪器隔振平台进行抗震，通过导向支柱、活动盘、翻转支撑杆和支撑弹簧的配合对精密仪器隔振平台稳定支撑，避免精密仪器隔振平台出现倾斜和晃动的问题，从而提高精密仪器的安全性。
Vibration isolation laboratory and construction method
The invention belongs to the technical field of vibration isolation laboratories, and particularly relates to a vibration isolation laboratory which comprises a laboratory building body and further comprises a laboratory supporting foundation, a side wall body, a precise instrument vibration isolation platform, a movable disc, a turnover supporting rod and a supporting spring. Supporting legs are fixed to the four corners of the bottom face of the precise instrument vibration isolation platform, air spring dampers B are installed between the supporting legs and the inner bottom face of the laboratory building body, and guide supporting columns are further fixed to the inner top face of the laboratory building body. According to the vibration isolation laboratory disclosed by the invention, the damping vibration isolation mechanism and the air spring shock absorber A are arranged to carry out anti-seismic treatment on the laboratory building main body, and the air spring shock absorber B is arranged to carry out anti-seismic treatment on the precise instrument vibration isolation platform; the precise instrument vibration isolation platform is stably supported through cooperation of the guide supporting column, the movable disc, the overturning supporting rod and the supporting spring, the problems of inclination and shaking of the precise instrument vibration isolation platform are solved, and therefore the safety of a precise instrument is improved.
本发明属于隔振实验室技术领域，尤其为一种隔振实验室，包括实验室建筑主体，还包括实验室支撑地基、侧墙体、精密仪器隔振平台、活动盘、翻转支撑杆和支撑弹簧；精密仪器隔振平台的底面四角均固定有支撑腿，且在所述支撑腿与所述实验室建筑主体的内底面之间安装有空气弹簧减振器B，在所述实验室建筑主体的内顶面上还固定有导向支柱；本发明的隔振实验室，通过设置的阻尼隔振机构和空气弹簧减振器A对实验室建筑主体进行抗震，通过设置的空气弹簧减振器B对精密仪器隔振平台进行抗震，通过导向支柱、活动盘、翻转支撑杆和支撑弹簧的配合对精密仪器隔振平台稳定支撑，避免精密仪器隔振平台出现倾斜和晃动的问题，从而提高精密仪器的安全性。
Vibration isolation laboratory and construction method
一种隔振实验室及施工方法
LI YUNQIAO (author)
2023-04-28
Patent
Electronic Resource
Chinese
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