damping spring 中文意思是什麼
damping spring
解釋
緩沖彈簧-
Use the damping spring stick and pq servo valve in the system
在結構上，選擇了減震彈簧桿作為緩沖；選用pq閥作為電液伺服閥。 -
Choosing of parameter for damped reducer is then presented, and its nature is compared. the best effective reducer is chosen based on actual condition. at last, one suffered harmonic load steel beam is applied by high damping spring tmd to reduce vibration, and experiment results indicate that tmd with high damping spring performs better
接著提出了阻尼吸振器新的參數選擇方法，對無阻尼吸振器和阻尼吸振器的性能進行了比較，根據具體情況，選擇吸振效果最佳的吸振器類型。 -
A good vibration damping measure is very important for the enhanced working accuracy of machine tools, especially for that of ultra - precision machines. taking the sub - micron cnc ultra - precision turning machining for an example, this paper illustrated the vibration damping design features on configuration and material selecting, and put the emphasis on the vibration analysis of air spring vibration and aero - static bearing spindle. the theoretical analysis and experimental result have proved that the vibration damping measure is practical
良好的減振措施是提高機床，特別是超精密機床加工精度的重要技術之一.本文以亞微米超精密車床為研究對象，論述了該機床從結構到材料選取上的減振特點，並重點進行了空氣彈簧和空氣靜壓軸承主軸減振分析，由理論分析和實驗表明:減振措施合理，減振效果良好 -
This paper first present concept of new type damping spring, then through four types circular spring ' s experiment when filled with tinsel and soaked with pitch, to study its vary rules of damping
本文首先提出了新型阻尼彈簧的概念，通過對4種不同規格圓柱螺旋彈簧塞金屬絲和浸瀝青的試驗研究，探討了其阻尼變化規律。 -
At last, in according to the experiment results, the interpretation of the mechanism of the slip phenomenon of prepressing - contact spring - damping system was given in this dissertation. further more, the relationship among the limit frequency, the value of prepressing, excitation frequency, the amplitude of excitation and the materiel parameter was analyzed. base on the theory analysis the limit frequency formula was given, and the contact - slip condition for engineering application was concluded
最後根據理論研究與試驗分析的結果，分析預緊接觸式彈簧阻尼系統產生滑移現象的機理以及共振峰值漂移現象的理論解釋，並通過定性分析接觸分離時的頻率與預緊量、激勵頻率、激勵力幅值以及墊層的材料參數之間的關系，提出能定量描述系統出現滑移現象的極限頻率公式，總結了預緊接觸式結構始終保持接觸的條件。 -
Against the status of large scale ultra low frequency air spring vibration isolation platform, which is low damping and poor performance of low frequency, and after analyzing the existing key damping system, a new type differential electromagnetic damping system ( emds ) is developed in this article in order to reduce the resonance peak of the platform effectively and improve the low frequency performance of the platform
本文針對大型超低頻空氣彈簧隔振平臺阻尼小、低頻隔振性能較差的現狀，在比較多種提供阻尼力的方法后，提出了用電磁力作為隔振平臺的阻尼力，並開發研製了差動式電磁阻尼器系統。該系統可以有效降低隔振平臺的諧振峰值，從而達到了提高隔振平臺低頻性能的目的。 -
Considering effect of damping ratio and frequency ratio to vertical amplitude of block foundation under dynamic action, this paper adopts calculating mode of mass - spring - damper and mass - spring to make account and analysis on the assumption of damping ratio and frequency ratio, then provides the range of damping ratio and frequency ratio by using two modes to calculate vertical amplitude of block foundation under dynamic action
摘要考慮阻尼比和頻比對動力作用下塊體式基礎豎向振幅計算的影響，對質彈阻計算模式和質彈計算模式在設定的阻尼比和頻比下進行計算分析，提出了在採用2種模式動力作用下塊體式基礎豎向振幅計算時的阻尼比和頻比范圍。 -
Some basic concepts, failure criterion, formula and determination of analytical parameters such as spring modulus, coefficient of damping and time step of the extended model are presented
文中詳細介紹了離散單元法的基本原理、破壞準則、基本方程以及彈簧剛度系數、阻尼系數、時間步等計算參數的確定方法。 -
Building hardware - controlled door closing devices with hydraulic damping - part 1 : surface mounted door closer with crank drive and spiral spring pot - type door closer
建築五金.受控門鎖.第1部分:用曲軸傳動和螺旋彈簧的 -
The single point suspending system kinetic model including secondary suspending structure is built at the beginning of the paper, then this paper gives the relation between the stiffness and damping of air spring and dynamic characteristic of single point suspending system
因此，本文首先建立了二級結構單點懸浮系統的動力學模型，研究了二級結構中空氣彈簧剛度和阻尼對系統動態特性的影響。 -
The simplified prepressing - contact spring - damping system was studied in this dissertation. the nonlinear dynamic characteristic of this system was research by experiment method
本文以簡化的預緊接觸式彈簧阻尼系統為研究對象，著重於用試驗方法來研究系統在動態載荷作用下的非線性動力學特性。 -
In the theoretical analysis, first the dynamics model of the prepressing - contact spring - damping system was established by vibration theory. then the stability of the solution of this system was studied base on the qualitative theory of nonlinear vibration
在理論分析方面，首先根據振動理論建立預緊接觸式彈簧阻尼系統的力學模型，然後利用非線性振動的定性理論研究系統周期解的穩定性。 -
Diversity between new type damping spring and common spring is its damper form variation and coefficient of damping increment
新型阻尼彈簧與普通彈簧的區別是阻尼表現形式的變化和阻尼系數值顯著增加。 -
Jgd - hq damping spring suspension
Jgd - hq型阻尼彈簧吊架 -
These factors include the nonlinearity of suspension spring, the nonlinearity of damping force and the nonlinearity of driving force, etc, in which suspension spring and damping force are main factors that influence the distortion of ultra - low - frequency vibrator
影響振動臺臺面波形失真的因素有：乳膠管彈簧的非線性、阻尼力的非線性、驅動力的非線性等，其中，彈簧和阻尼力的非線性是影響振動臺超低頻失真度的主要因素。 -
Detailed numerical studies are presented for the transitional dynamics of the steady - state motions of those systems with the variation of the excitation and the system parameters, with the illustrations given for rich nonlinear phenomena, such as the bifurcations of periodic vibro - impact motions and the chaotic vibro - impact motions. in chapter 5, the existence of the periodic vibro - impacts, as well as the corresponding stability is analyzed for an oblique - impact vibrating system composed of a spring - pendulum and an oscillator. when the system damping and the tangential friction
結果表明，在無阻尼、無摩擦的簡化情況下，周期斜碰撞振動運動具有嚴格的存在條件，並隨激勵參數的變化出現復雜的分叉和穩定性的反復切換；運動阻尼可在較大參數范圍內對非穩定運斜碰撞振動系統動力學研究（ 5 ） （ 6 ）動鎮定;相對而言，切向摩擦對系統穩態特徵的影響不大。 -
( 5 ) we studied the forced and damping system of the spring pendulum, and both theoretically and numerically investigated this nonlinear wave equation and obtained some interesting results
（ 5 ）對受迫阻尼彈簧擺系統的運動進行分析，結合數值計算和理論分析判斷了非線性方程的解的各種性質，即系統運動的各種狀態。 -
The modle of linear compressor ' s dynamics was set up, influence on spring rate, damping coefficient and power frequency to linear compressor ' s performance were studied by numerical simulation and experiment, result of study has large guidance significance to design of linear compressor
摘要建立了直線壓縮機的動力學模型，通過數值模擬和試驗研究了彈簧剛度系數、阻尼系數及電源頻率對直線壓縮機性能的影響，研究結果對直線壓縮機的設計有較大的指導意義。
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