本实用新型属于车辆坐椅减振装置。
The utility model belongs to a shock damping frame for a vehicle seat.
一种磁控流体阻尼器，涉及一种减振装置。
The invention provides a magnetic control liquid damper which relates to a damping device.
采用减振装置对某大跨人行天桥进行了消能减振设计。
Vibration energy dissipation design is performed for a pedestrian bridge with energy dissipation systems.
本文阐述了一个新的降低尾部振动的减振装置—阻尼舱。
This paper states a new vibration reduction system of afterbody vibration, called as damp tank.
得出的解析式和结论为减振装置阻尼阀的精确设计提供了依据。
The analytical equation and conclusions offer some guidance to design throttle valve of shock absorber.
本发明提供了一种发动机变阻尼悬置减振装置，属于悬置减 振装置领域。
The invention provides a variable damping suspension vibration absorber for an engine, belonging to the suspension vibration absorber field.
液压减振器是转向架上一个很重要的部件，它与弹簧一起构成弹簧减振装置。
Hydraulic damper, a key component of the locomotive truck, together with spring, composes the spring-damper system.
针对斜拉索的振动和疲劳，研究了斜拉索的减振措施，选择了合适的减振装置。
To solve the problems of vibration and fatigue of cable, the research on measurements to reduce the vibration is taken, and the suitable device is selected.
本实用新型是一种机械压力机阻尼减振装置，用于机械压力机冲击振动噪声控制。
The utility model relates to a mechanical press damping shock absorbing apparatus, which is used for controlling the noise caused by the impact vibration of the mechanical press.
文内还简要地讨论了减振装置，提出有关轮胎式起重机减振分析与措施的几点初步意见。
Besides, this article discusses briefly the damping device and gives some views on the damping analysis and measures of the tyre crane.
从理论上计算分析出由于安装阻尼减振装置，在全机各典型部位的减振优化设计的效果。
Theoretically calculate and analyses the effect for dynamical optimize design of the type place of the aircraft due to setting damp reduce thingamy.
本文介绍了一种新型船尾减振装置的模型试验原理，建立了理论模型，分析了减振机理。
The paper introduces the model test principles of a new type stern vibration damping device, sets up the theoretical model of the device and analyzes the vibration absorption mechanism of the device.
针对减振装置工作时温升对密封件及系统可靠性影响较大的问题，分析了油液通过阻尼阀生热的机理。
The increased temperature influences greatly on reliability of seal and system when shock absorber is working, the mechanism of heat generation when oil passes damping valve is analyzed.
在模型建立过程中，对各部件中存在的故障因素进行了全面分析，重点研究了二系悬挂减振装置的磨耗。
Various factors which can be the causes of faults are analyzed in the process of model constructing. The focus is on the wear of secondary suspension damping device.
另外，还例举说明了钢桁架桥的改造，其设计引入了震害控制的观念，采用了桁架桥板梁隔震系统和滞后减振装置。
Then an example of retrofit techniques of steel truss bridge is introduced, in which the concept of damage control design is adopted introducing an girder floor isolation system and hysteretic damper.
粘弹性阻尼器(VED)是减振被动控制中一种十分有效的耗能减震装置。
VED is a kind of efficient passive control device for suppressing vibration and dissipating energy.
本文采用动力机械和船体结构的模型装置测试了阻尼合金机座的减振特性。
To study the vibration isolation characteristics of the damping alloy mount, a special model test device is made to simulate the power machine and ship structure.
本文介绍了两座电视塔振动控制装置及其减振效果。
This paper introduced equipment and result in vibration control of two TV towers.
为了降低某水下航行装置的辐射噪声，增强其探测目标的能力，对该装置的重要噪声源——传动齿轮箱进行了减振降噪的试验研究。
An investigation was made on the main noise source-the gearbox of the underwater vehicle to reduce the noise and improve its capability of goal-detecting under the water.
浮筏隔振系统是一种广泛应用的减振降噪装置，但它在低频减振方面还存在较大不足。
Research shows that the application of dynamic vibration absorbers (DVAs) can significantly improve the low frequency isolation performance of floating raft system.
对核动力装置屏蔽式冷却剂泵的减振降噪进行了测试与分析。
The test and analysis about the vibration damping and noise reduction of the canned coolant pump are studied.
结构在环境振动或地震作用下的竖向振动不容忽略，有必要采取竖向隔振装置进行减振控制。
The vertical vibrations of building structures under ambient vibration or earthquake could not be ignored, and vertical vibration isolation devices are needed to reduce the dynamic amplitude.
通过使用消振管、增设缓冲器和调整支撑钢架的频率等措施，取得了良好的减振效果，消除了装置安全运行的一大隐患。
By using vibration absorbing tubes, vibroshock, adjusting the frequency of steel bracing, good vibration attenuation effect was achieved and hidden troubles to smooth running of the unit eliminated.
根据该理论模型设计了汽车减振系统实验装置，并利用该装置进行了不同情况下的减振效果对比实验。
Based on this model, a test rig was designed. The vibration reduction effect of the system was studied through a number of comparative experiments by using the developed test rig.
其次，对舰用动力装置及设备的减振抗冲机构进行力学建模分析，对试验结构在不同激励输入下的动力学特性进行了仿真研究。
Secondly, the mechanical model of basement of shipping power devices is deducted. The numerical simulations of dynamic characteristics of structure system are conducted.
粘弹性阻尼器（VED）是减振被动控制中一种十分有效的耗能减震装置。
VED is a kind of efficient passive control device for suppressing vibration and dissipating energy. By optimizing location, VED could bring better effects of suppressing vibration.
装置的设计关键为加热段与缓冲、分离段之间的隔断结构的设计制造和泵的减振措施。
Shutdown structure posited between heating interval and buffering-separating interval and measures for absorption of vibration of the bump are the designing key.
装置的设计关键为加热段与缓冲、分离段之间的隔断结构的设计制造和泵的减振措施。
Shutdown structure posited between heating interval and buffering-separating interval and measures for absorption of vibration of the bump are the designing key.
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