提出了一种测量隔振器冲击特性的方法。
A method of measuring vibration isolator's shock characteristics is advanced.
一个具有可调响应隔振器。
结论所得结果对分析该隔振器性能有实际应用价值。
Conclusion the results are of value to analyze the property of the isolator.
隔振器的性能受预压缩量和钢板层数等参数的影响。
Furthermore, the isolator performance is influenced by the pre-compression and the number of steel plate layers of isolator.
为此设计了主动隔振方案，制作一隔振用机器台座，下设隔振器。
We design a active vibration isolation scheme making a pedestal which is set on the vibration isolaters to reduce the diffusing energy.
隔振器有利于减小耦合系统的动力响应，从而提高桥梁的刚度和强度。
Isolator can help reduce the dynamic response of coupled systems, to improve the stiffness and strength of Bridges.
研究了隔振器刚度、隔振器阻尼和基础刚度对输入到基础的功率流影响。
The effects of the stiffness and damping of the isolator or the foundation on the power transmission are studied.
研究结果为利用金属橡胶隔振器来改善航空发动机的振动状况提供了依据。
The results of research offer evidences for MR isolator being applied to improve the vibration condition of aero-engine.
线性两自由度隔振器的瞬态最优设计问题是一类很难求解的非线性规划问题。
It is difficult to perform a design optimization of linear twodegrees of Freedom isolation system, because of that it is a nonlinear programming problem under transient impact conditions.
针对此种情况，采用在侧面和底面加装橡胶隔振器方法来降低其引起的振动噪声。
For this situation, the method of rubber vibration isolator fixed on the side and back face is adopted to reduce noise created by the inertial force.
磁悬浮隔振系统的主要元件就是磁悬浮主动隔振器，其核心技术是磁悬浮支承技术。
The maglev vibration isolator is the main components of maglev vibration isolation system, and its core technology is maglev supporting technology.
为了减少车辆振动对驾驶员的不良影响，采用钢丝绳隔振器来作为驾驶座的悬挂装置。
In order to alleviate effect of vehicle vibration on driver, a steel wire isolator is applied as suspension device of drivers seat.
该设计方法用以指导如何有效地调整各设计参数，实现橡胶隔振器系列化产品的快速开发。
The design method can be applied to adjusting design parameters effectively and to achieving rapid development for serial products of rubber vibration isolators.
设备基础平板配重及隔振器类型的选择为委托专业公司进行动力学及振动模式分析，设计。
Equipment foundation tablet weight and the selection of type of vibration isolator to entrust a specialized company in dynamics and vibration mode analysis of the design.
通过对不同气压、不同频率空气隔振器受迫振动运动行为的研究，探索了空气隔振器的特点。
The behavior of air shock absorber under various air pressure and vibrating frequence was researched, and the structural characteristics of air shock absorber was also discussed.
从对环境振动频谱分析得出了对隔振器的设计要求，并分析了低压充气囊式空气弹簧的隔振特性。
This paper gives the designing requirement of an air spring rubber sac vibration isolator on the basis of analysing the vibration disturbing frequency spectrum.
系统利用磁悬浮主动隔振器刚度和阻尼可控可调的特点，对宽频域的振动能起到很好的抑制作用。
The system USES the controllable and adjustable characteristics of stiffness and damping of maglev active vibration isolator to restrain the vibration in a wide frequency region.
其中，组合隔振器主动元件采用了压电堆作动器，被动隔振部分采用了一种衬套式的橡胶隔振器。
And a t forms rubber isolator is used to as the passive component of the integrated vibration isolator.
在不同外力激励的条件下，应用该方法对一种金属橡胶隔振器隔振系统进行动态特性的理论分析。
For different excitation input, a series of experiments are explored to analyze the performance of MR isolation system by his method.
本发明涉及一种铁路的轨道结构，它包括浮置板和弹簧隔振器，浮置板弹性地支承于弹簧隔振器上。
The present invention relates to one kind of railway track structure, which includes floating board and spring vibration isolator to support elastically the floating board on it.
结果表明，聚氨酯隔振器在寿命、蠕变、承载能力、承载范围、隔振性能等方面均优于橡胶隔振器。
The results show that the polyurethane vibration isolator defeats the rubber isolator at fatigue life, creep, carrying capacity, carrying region and isolation performance, etc.
结果表明，囊式空气弹簧隔振器的动刚度与充气气压基本成线性关系，与振动频率也基本是线性关系。
Experimental and analysis results show that, the dynamic stiffness shows linearity relation with inner gas pressure, and also with the vibration frequency.
另外磁悬浮隔振器的非线性变刚度特性使得隔振系统在振动位移较大时，能够更有效的隔离外界振动。
It is also found that magnetic suspension isolator's nonlinear characteristics make the system can isolate the external vibration more effectively, when the displacement is large.
隔振器式张紧系统带锯机是在原杠杆压砣式张紧系统带锯机的基础上加以改进而形成的一种新式带锯机。
A improving level and weight model tensile system for band saw machine was devised on existing level and weight tensile, compared to existing mechanism in band saw vibration.
本文借助连续系统理论分析了一个放置于刚性物体振源和刚性基础之间的单个隔振器的力绝对传递率特性。
The transmissibility of the isolator placed between a rigid body and a rigid base is analyzed by the use of the continuous system theory in this paper.
其在承受冲击载荷时，在冲击载荷脉宽不变的情况下，随着冲击载荷幅值的增加，隔振器吸收的能量增大。
The energy absorbed by the vibration isolator increases with the increase of the shock load value when its impulse width is invariable.
其在承受冲击载荷时，在冲击载荷脉宽不变的情况下，随着冲击载荷幅值的增加，隔振器吸收的能量增大。
The energy absorbed by the vibration isolator increases with the increase of the shock load value when its impulse width is invariable.
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