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A platform for research: civil engineering, architecture and urbanism
Adjustable separation fluid inerter
The invention relates to an adjustable separation fluid inerter which comprises a hydraulic cylinder, a spiral pipe, a piston, a connecting pipe and internal liquid. The number of the hydraulic cylinders is two, one end of each hydraulic cylinder is a cylinder cover, the other end of each hydraulic cylinder is provided with a piston, a piston rod drives the piston to stretch out or retract back in the hydraulic cylinders, and cylinder bodies of the hydraulic cylinders are provided with connecting ends communicated with the interiors of the hydraulic cylinders. One ends of the two spiral pipes are respectively communicated with the connecting end of the hydraulic cylinder, and the other ends of the two spiral pipes are respectively communicated with the two ends of the connecting pipe; a cylinder body of the hydraulic cylinder, the spiral pipe, the piston and the connecting pipe jointly form a sealed space. The speed difference of internal liquid in the hydraulic cylinder and the spiral pipe is formed by utilizing the cross section area difference of the hydraulic cylinder and the spiral pipe; the method can be used for optimal control of vibration of various building structures under the action of earthquakes.
本发明涉及一种可调节式分离流体惯容器，它包括液压缸、螺旋管、活塞、连接管和内部液体；液压缸有两个，液压缸的一端为缸盖，液压缸的另一端安装活塞，活塞杆带动活塞在液压缸内做伸出或缩回运动，液压缸的缸体上设有与其内部连通的连接端头；螺旋管有两根，它们的一端与分别与液压缸的连接端头连通，它们的另一端分别与连接管的两端连通；液压缸的缸体、螺旋管、活塞和连接管共同形成密封空间。本发明利用液压缸和螺旋管的截面面积差，形成内部液体在液压缸和螺旋管内的速度差；可用于各类建筑结构在地震作用下振动的最优化控制。
Adjustable separation fluid inerter
The invention relates to an adjustable separation fluid inerter which comprises a hydraulic cylinder, a spiral pipe, a piston, a connecting pipe and internal liquid. The number of the hydraulic cylinders is two, one end of each hydraulic cylinder is a cylinder cover, the other end of each hydraulic cylinder is provided with a piston, a piston rod drives the piston to stretch out or retract back in the hydraulic cylinders, and cylinder bodies of the hydraulic cylinders are provided with connecting ends communicated with the interiors of the hydraulic cylinders. One ends of the two spiral pipes are respectively communicated with the connecting end of the hydraulic cylinder, and the other ends of the two spiral pipes are respectively communicated with the two ends of the connecting pipe; a cylinder body of the hydraulic cylinder, the spiral pipe, the piston and the connecting pipe jointly form a sealed space. The speed difference of internal liquid in the hydraulic cylinder and the spiral pipe is formed by utilizing the cross section area difference of the hydraulic cylinder and the spiral pipe; the method can be used for optimal control of vibration of various building structures under the action of earthquakes.
本发明涉及一种可调节式分离流体惯容器，它包括液压缸、螺旋管、活塞、连接管和内部液体；液压缸有两个，液压缸的一端为缸盖，液压缸的另一端安装活塞，活塞杆带动活塞在液压缸内做伸出或缩回运动，液压缸的缸体上设有与其内部连通的连接端头；螺旋管有两根，它们的一端与分别与液压缸的连接端头连通，它们的另一端分别与连接管的两端连通；液压缸的缸体、螺旋管、活塞和连接管共同形成密封空间。本发明利用液压缸和螺旋管的截面面积差，形成内部液体在液压缸和螺旋管内的速度差；可用于各类建筑结构在地震作用下振动的最优化控制。
Adjustable separation fluid inerter
一种可调节式分离流体惯容器
TANG HESHENG (author) / LIAO YANGYANG (author) / CHEN QIANXI (author) / KWAK TAE-GON (author)
2024-11-01
Patent
Electronic Resource
Chinese
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