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A platform for research: civil engineering, architecture and urbanism
Foundation structure of shock-resistant vibration equipment test bed
The invention relates to the technical field of embedded part construction, and provides a foundation structure of an anti-impact vibration equipment test bed, which comprises a foundation body and a vibration isolation device, the foundation body comprises a plurality of foundation assemblies which are arranged at intervals and connecting assemblies which are connected among the foundation assemblies; the foundation assembly comprises a concrete foundation and a shock absorption damping device. The shock absorption damping device is connected with the equipment test bed; the vibration isolation device comprises an inner wall, an outer wall and a first damping device; the inner wall surrounds the periphery of the foundation body, a distance is kept between the inner wall and the outer wall to form a vibration isolation groove, and the first damping device is arranged in the vibration isolation groove. The vibration isolation device is used for reducing horizontal shock waves and vertical shock waves of the foundation pit, disturbance to peripheral equipment pits is reduced, stable operation and safety of the equipment test bed under the impact vibration working condition can be guaranteed, and meanwhile the service life of equipment is prolonged.
本申请涉及预埋件施工技术领域，提供了一种抗冲击振动设备试验台的基础结构，包括基础本体以及隔振装置；基础本体包括多个保持间距的基础组件以及连接于基础组件之间的连接组件；基础组件包括混凝土基础以及减震阻尼装置；减震阻尼装置连接所述设备试验台；隔振装置包括内墙、外墙和第一减震装置；内墙包围在基础本体的外围，内墙与外墙之间保持间距以形成隔振沟，第一减震装置设置在隔振沟内。利用隔振装置消减基坑的水平冲击波和竖向冲击波，减少对周边设备坑的扰动，可以确保设备试验台在冲击振动工况下的稳定运行和安全性，同时提升设备的使用寿命。
Foundation structure of shock-resistant vibration equipment test bed
The invention relates to the technical field of embedded part construction, and provides a foundation structure of an anti-impact vibration equipment test bed, which comprises a foundation body and a vibration isolation device, the foundation body comprises a plurality of foundation assemblies which are arranged at intervals and connecting assemblies which are connected among the foundation assemblies; the foundation assembly comprises a concrete foundation and a shock absorption damping device. The shock absorption damping device is connected with the equipment test bed; the vibration isolation device comprises an inner wall, an outer wall and a first damping device; the inner wall surrounds the periphery of the foundation body, a distance is kept between the inner wall and the outer wall to form a vibration isolation groove, and the first damping device is arranged in the vibration isolation groove. The vibration isolation device is used for reducing horizontal shock waves and vertical shock waves of the foundation pit, disturbance to peripheral equipment pits is reduced, stable operation and safety of the equipment test bed under the impact vibration working condition can be guaranteed, and meanwhile the service life of equipment is prolonged.
本申请涉及预埋件施工技术领域，提供了一种抗冲击振动设备试验台的基础结构，包括基础本体以及隔振装置；基础本体包括多个保持间距的基础组件以及连接于基础组件之间的连接组件；基础组件包括混凝土基础以及减震阻尼装置；减震阻尼装置连接所述设备试验台；隔振装置包括内墙、外墙和第一减震装置；内墙包围在基础本体的外围，内墙与外墙之间保持间距以形成隔振沟，第一减震装置设置在隔振沟内。利用隔振装置消减基坑的水平冲击波和竖向冲击波，减少对周边设备坑的扰动，可以确保设备试验台在冲击振动工况下的稳定运行和安全性，同时提升设备的使用寿命。
Foundation structure of shock-resistant vibration equipment test bed
一种抗冲击振动设备试验台的基础结构
DONG XIAOGANG (author) / CAI LIDONG (author) / WU BIAO (author) / YU JIAHANG (author) / WANG SHAOHUA (author) / CHI KUN (author)
2023-11-28
Patent
Electronic Resource
Chinese
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