A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent vibration isolator
The invention discloses an intelligent vibration isolator. The intelligent vibration isolator comprises an inner cylinder assembly and an outer cylinder assembly which are arranged in an axial inner-outer sleeving mode, the top end of the outer cylinder assembly is used for being connected with a floating slab track, the inner cylinder assembly is arranged in the outer cylinder assembly in a sleeved mode, and the bottom end of the inner cylinder assembly extends out of the bottom end of the outer cylinder assembly to be used for being connected with a track foundation. The intelligent vibration isolator further comprises a dynamic response monitoring device. Part of the structure of the dynamic response monitoring device is arranged in an outer sleeve so as to acquire dynamic response data; and the other part of the structure of the dynamic response monitoring device is arranged in a remote monitoring center so as to process and display the obtained dynamic response data, so that monitoring personnel in the remote monitoring center can evaluate the health state of the floating slab track in real time. The intelligent vibration isolator further comprises a vibration energy conversion device, and the vibration energy conversion device is used for converting vibration of the floating slab track into electric energy so as to carry out self power supply on the dynamic response monitoring device and carry out power supply on low-power electrical apparatus elements along the floating slab track.
本发明公开了一种智能隔振器，包括：沿轴向内外套合设置的内筒组件和外筒组件，外筒组件的顶端用于与浮置板轨道相连，内筒组件套设于外筒组件内，且内筒组件的底端由外筒组件的底端伸出以用于与轨道基础相连。智能隔振器还包括动力响应监测装置，动力响应监测装置部分结构设置于外套筒内以对动力响应数据进行获取，动力响应监测装置的另一部分结构设置于远程监控中心以对获取的动力响应数据进行处理和显示，以使位于远程监控中心的监控人员实时评估浮置板轨道的健康状态。智能隔振器还包括振动能量转换装置，振动能量转换装置用于将浮置板轨道的振动转换为电能，以对动力响应监测装置进行自供电及对浮置板轨道沿线的小功率电器元件进行供电。
Intelligent vibration isolator
The invention discloses an intelligent vibration isolator. The intelligent vibration isolator comprises an inner cylinder assembly and an outer cylinder assembly which are arranged in an axial inner-outer sleeving mode, the top end of the outer cylinder assembly is used for being connected with a floating slab track, the inner cylinder assembly is arranged in the outer cylinder assembly in a sleeved mode, and the bottom end of the inner cylinder assembly extends out of the bottom end of the outer cylinder assembly to be used for being connected with a track foundation. The intelligent vibration isolator further comprises a dynamic response monitoring device. Part of the structure of the dynamic response monitoring device is arranged in an outer sleeve so as to acquire dynamic response data; and the other part of the structure of the dynamic response monitoring device is arranged in a remote monitoring center so as to process and display the obtained dynamic response data, so that monitoring personnel in the remote monitoring center can evaluate the health state of the floating slab track in real time. The intelligent vibration isolator further comprises a vibration energy conversion device, and the vibration energy conversion device is used for converting vibration of the floating slab track into electric energy so as to carry out self power supply on the dynamic response monitoring device and carry out power supply on low-power electrical apparatus elements along the floating slab track.
本发明公开了一种智能隔振器，包括：沿轴向内外套合设置的内筒组件和外筒组件，外筒组件的顶端用于与浮置板轨道相连，内筒组件套设于外筒组件内，且内筒组件的底端由外筒组件的底端伸出以用于与轨道基础相连。智能隔振器还包括动力响应监测装置，动力响应监测装置部分结构设置于外套筒内以对动力响应数据进行获取，动力响应监测装置的另一部分结构设置于远程监控中心以对获取的动力响应数据进行处理和显示，以使位于远程监控中心的监控人员实时评估浮置板轨道的健康状态。智能隔振器还包括振动能量转换装置，振动能量转换装置用于将浮置板轨道的振动转换为电能，以对动力响应监测装置进行自供电及对浮置板轨道沿线的小功率电器元件进行供电。
Intelligent vibration isolator
智能隔振器
ZHU ZHIHUI (author) / LIU YUBING (author) / ZENG ZHIPING (author) / CHEN WEI (author) / HUANG YUJIA (author)
2020-05-12
Patent
Electronic Resource
Chinese
Vibration isolator and parameter optimization method of vibration isolator
| European Patent Office | 2022