驅動元件 的英文怎麼說

中文拼音 [qūdòngyuánjiàn]
驅動元件 英文
drive element
  • 驅 : 動詞1. （趕） drive （a horse, car, etc. ） 2. （快跑） run quickly 3. （趕走） expel; disperse
  • 件 : Ⅰ量詞（用於個體事物） piece; article; item Ⅱ名詞1. （指可以一一計算的事物） 2. （文件） letter; correspondence; paper; document
  • 驅動 : [機械工程] drive; prime mover
  1. In this paper, at the cut - in spot of beam active vibration control and use the pzt material as the drive component, the main research works can be summarized as follows : 1 ) using the finite element theory, a general finite element formulation of piezoelectric media is derived, the direct and converse piezoelectric effects are considered in the formulation

    本文從梁的振動主動控制研究為切入點，利用了pzt材料作為驅動元件，作了如下幾個方面的研究： 1 ）利用有限元理論，考慮壓電材料的正、逆壓電效應的影響，導出了機電耦合壓電元件的有限元方程。
  2. Smart materials and structure have definite requirements of sensor components and driving components, for example, they can adhere well to the matrix and have higher strength, fatigue strength, more broad scope of frequency response and faster response speed, etc. piezodielectric ceramics have characteristic of easily preparing, heat - resistance, wet - resistance, high strength and broad scope of frequency response, etc. furthermore, it has piezoelectric effect and inverse piezoelectric effect, namely it can produce electric potential energy when it is transformed by mechanical strength and its mechanical dimension can be transformed when voltage is put on it

    壓電陶瓷能與基體材料很好結合，具有制備容易、耐熱、耐濕、強度高、頻響寬等特點，另外它具有正壓電效應和逆壓電效應，即當它受到機械力變形時，能產生電勢，對它施加電壓時，能改變其機械尺寸，因此它在智能材料結構中既能用作傳感元件又能用作驅動元件。
  3. Adopts vdsm process technology however two outstanding problems are faced to ic layout design when the feature size reaches to 0. 18 m or lower : 1. timing convergence problem seriously affects the circuits schedule, and the interconnect - delay has exceeded more than 70 % of the total circuits ’ delay. 2. si problem, usually it consists two aspects of ir - drop and crosstalk. these problems often affect the chip function after tapout

    本篇論文就是針對超深亞微米階段soc晶元後端設計所面臨的挑戰，提出了運用連續收斂的布局布線策略，尤其是虛擬原型的設計理論，來快速驗證布局，進而提高布線的成功率，並且提出了一種改進的布局評估模型，提高對soc晶元預測布線的準確度;同時，對于時鐘驅動元件選擇，文中提出了一種基於正態分佈模型來達到更有效的選取。
  4. And lpmsm using high energy permanent magnet has strong electromagnetism thrust, lower cost, small electrical time constant and rapid response etc. using linear permanent magnet synchronous ac motors as driving parts in gantry - moving type milling machine is first proposed in this paper, to bring their high - speed dynamic response ability into play for further realizing rapid synchronism

    因此，本文提出了在龍門移動式鏜銑床同步傳動的驅動元件中採用永磁直線同步電機，以發揮其高速的動態響應能力，快速實現同步。本文提出將解耦控制方法應用於龍門移動式鏜銑床的同步傳動中。
  5. According to the calculating the driving power of the agv, the twists of the motor and the storage battery capacitywere set up and the dcmotor and the driving elements were selected

    根據小車驅動功率、電機扭矩和蓄電池容量的計算結果，選擇直流電動機和驅動元件，研製驅動電路。
  6. Secondly, servo control tache is introduced briefly, and how to realize a closed - loop position control system which uses stepping motor as driver component is presented

    其次，對于伺服控制環節，實現了以步進電機為驅動元件的閉環位置控制系統。
  7. The piezoelectric - pump driven by piezoelectric - stack is a newly development trend, it can accommodate frequency and pressure in a large scale and control the output flux in precision. this pump will widely apply to transfusion, feed oil and clean the equipment in industrial automation, and scientific research, lab, chemical preparation and cooling of cpu etc. driven theory of piezoelectric - stack because the piezoelectric - stack is the core part of the pump that we designed, we should pay more attention to driven principle of the piezo - stack so that we can using it correctly. this paper introduces piezoelectric material and interrelated parameter, output characteristic and driven principle and driving type of piezoelectric - stack

    壓電疊堆泵是一種以壓電疊堆作為驅動元件的微型泵，它是隨著mems的發展而發展起來的。本文提出利用壓電疊堆與柔性鉸鏈放大機構配合來驅動微型泵的橫隔膜，以達到泵送流體的目的。本文在查閱國內外大量文獻的基礎上，總結了國內外壓電疊堆泵的研究現狀，分析了壓電疊堆的動靜態特性，提出一種以壓電疊堆作為驅動源的壓電流體泵的構想。
  8. In this project, using lpmsm as driving parts in modern mechanical systems involved high - precision synchronized feed technology such as gantry - moving type milling machine is first proposed so as to bring their high - speed dynamic response ability into play for realizing dynamically synchronized feed

    本項目首次提出了在諸如龍門移動式鏜銑床等涉及高精度同步進給技術的現代加工設備中，採用永磁直線同步電機作為同步進給的驅動元件，以發揮其高速的動態響應能力，實現動態同步進給。
  9. The piezoelectric actuator becomes one of the most prospective components because of its outstanding advantage. but the hysteresis and creep character of the material restrict the development of this actuator. new stable characteristic tungsten bronze piezoelectric actuator was adopted as driving component in this article, we develop the anti - hysteresis control method through contrasting the crystal structure of the tungsten bronze actuator with which of the perovskite actuator, at the same time corresponding software and hardware were studied in order to prove the validity of this control method, and then demarcated the other characters of the actuators through lots of experiment results

    本研究選用了性能穩定的硬性鎢青銅型壓電陶瓷驅動器作為驅動元件，從壓電陶瓷驅動器遲滯產生的微觀機理入手，通過對比硬性鎢青銅型壓電陶瓷驅動器和軟性鈣鈦礦型壓電陶瓷驅動器的晶體結構，研製出壓電陶瓷驅動器抗遲滯驅動方法，設計了相應的軟硬體裝置以從實驗結果上證明這種方法的正確性，並對其他影響定位精度的因素進行了特性標定實驗。
  10. This series gearmotor consist of square gearbox and ac indution motor, suitable to use as driving element on low speed transmission units

    本系列為交流異步電動機與方箱齒輪組合為一體的減速電動機，適用於低速傳動裝置中作為驅動元件能起到簡化機械結構，降低成本和降低能耗的作用。
  11. After analyzing compensation conditions for 3 - axis stabilization to overcome disturbance from ship surge, sway and yaw, two control strategies - feed - forward compensation and closed - loop feedback compensation - are given. these two strategies are applied to antenna stabilized tracking system with good performance. intelligent pid is used in closed - loop feedback compensation to get high tracking precision and rapid response

    重點分析了天線穩定控制系統的三軸補償條件，提出了穩定系統抑止載體擾動的控制策略：對于橫滾和俯仰系統採用前饋補償的控制策略；對于方位系統，在以步進電機為驅動元件的特定條件下，研究了變控制周期的閉環反饋策略，同時成功將智能pid演算法應用於實際系統，提高了系統的跟蹤精度和響應快速性。
  12. Driving components ; polygon profiles p4c

    驅動元件.多邊形輪廓p4c
  13. Preliminary experimental study on latent thermal energy storage employing multiple phase change materials

    熱電控制記憶合金驅動元件的實驗與數值研究
  14. In addition a number of technologies of shape memory alloy acted as actuator were disscussed

    對形狀記憶合金作為驅動元件的若干應用技術問題進行了探討。
  15. Based on the background, this paper proposes a novel method of combining the position senor with the drive motor

    本文就是在這樣的背景下，提出了將驅動元件與傳感元件合為一體的新論點。
  16. The problem this paper researches is vibration controlling with piezoelectric material as driver and sensor part

    本課題所研究的問題就是以壓電材料作為傳感、驅動元件的懸臂梁的主振動控制。
  17. The choice and use of driving element in the nano - orientation control system directly affect the ultimate performance target of the control system

    納米級定位控制系統中驅動元件的選擇和使用直接影響著控制系統的最終性能指標。
  18. Abstract : in this paper, the reasons for internal leakage of hydro - motor as driving component of antenna base for airborne radar are analyzed, and their structures are correspondingly improved

    文摘:本文針對某機載雷達天線座驅動元件液壓馬達的內漏進行分析，並對結構作相應改進。
  19. Abstract : principle of working motion controlled by microcomputer and equipment of hydraulic excavator are introduced in this paper. electro - hydraulic system is controlled by using fuzzy method through microcomputer. the motion of driving element, traces the motion of working mechanism, and motion trajectory of equipment can be controlled

    文摘:本文介紹用微機控制液壓挖掘機作業運動的原理及工作裝置，應用模糊控制演算法，通過微機控制電液系統，使驅動元件的動作跟蹤工作機構的運動，從而實現工作裝置的運動軌跡控制。
  20. According to the technique parameter which be put forward by related unit, the author designed the mechanical structure of testing table and choose the drive components and angular measurement components. based on these, the author finished to build all of mechanical table. aimed at the position control of dc motor which drive loading, the author particularly built the mathematic model of three axis dynamoelectric testing turn table

    本文根據相關單位提出的轉臺的各項技術參數和指標，完成三軸慣導元件測試轉臺機械臺體部分的工程設計、驅動元件和測角元件的選擇及安裝，參與三軸轉臺機械臺體部分的加工、裝配和調試。
分享友人
分享到 Line

分享到臉書