液壓技術 的英文怎麼說

中文拼音 [yèyājìshù]
液壓技術 英文
oil hydraulics
  • 液 : 名詞（液體） liquid; fluid; juice
  • 壓 : 壓構詞成分。
  • 技 : 名詞（技能; 本領） skill; ability; trick; technique
  • 術 : 術名詞1. （技藝; 技術; 學術） art; skill; technique 2. （方法; 策略） method; tactics 3. （姓氏） a surname
  • 液壓 : hydraulic pressure液壓泵 hydraulic pump; 液壓表 hydraulic pressure gauge; hydraulic pressure indi...
  1. With the deveiopment of hydraulic technology, hydraulic system and hydraulicequipment are more complicated, hydraulic technology is more widely and morecomp1icatedly used in agricultural machine and their malfunction is more difficu1t to bedetected. fault diagnosis of hydraulic system is not as apt to be observed as that of themechanical equipmeflt or is not as easy to be detected as that of electric equipmeflt bymu1tipurpose meter or other meters. flux meter gage and pressure gage ca n ' t meet the needof fault diagnosis for hydraulic system because its working medium and workingcomponents are hiding inside the sealed vessel

    隨著液壓技術的發展，液壓系統及液壓設備越來越復雜，液壓技術在農機上的應用也變得廣泛而復雜，農機液壓系統的故障診斷也越來越困難，液壓系統的故障診斷不象機械設備那樣直觀，也不象電氣設備那樣通過萬用表等儀器測得，液壓系統的工作介質和工作部件都在密閉的容腔內，流量計、壓力表等測量儀器遠遠不能滿足故障診斷的需求。
  2. Electro - hydraulic servo control ' s technology becomes an important constitute of modern time control technology as a bridge between the micro - electronics, computer technology and electro - hydraulic control technology. for electro - hydraulic servo control ' s technology has the advantage of fine linearity, little deadband, high sensitivity, fine dynamic performance, rapid respond, high precision and so on, it is used in many fields

    電液伺服控制技術作為現代微電子技術、計算機技術和液壓技術的橋梁，已經成為現代控制技術的重要組成部分。由於它具有線性好、死區小、靈敏度高、動態性能好、響應快、精度高等顯著優點，因而得到了廣泛的應用。
  3. According to the actuality of the studied water power station, the thesis combine the advanced fieldbus technique, ethernet and the traditional hydraulic technique together, and use them to design the supervise controlling system of the water power station. base on the gate - controlling request of the water power station, designed the gate ' s hydraulic hoist system

    文章從結合所研究的水電站的實際需要出發，將先進的現場總線技術、以太網技術與傳統的液壓技術相結合，並應用到水電站閘門監控系統的實際設計過程中。論文根據所研究水電站閘門控制的具體技術要求，設計了適合該水電站的液壓啟閉機系統。
  4. Solving the difficulties in water hydraulics, such as poor lubrication, serious erosion for common metals, and large leakage, are the requirement to redevelop it, which can also promote hydraulics to a new step

    重新發展水壓驅動技術要求解決其存在的難題，如潤滑性差、對一般金屬腐蝕性強及泄漏量大等，才能促進液壓技術步入新的臺階。
  5. Know well functions, buildup of hydraulic and pneumatic circuits and the application areas ; know the achievements of advanced hydraulic and pneumatic technology used in the mechanical industries

    熟悉各類液壓基本迴路的功能、組成和應用場合，了解國內外先進的液壓技術和成果在機械設備中的應用。
  6. The development trends of er technology, theory of er effect and principle of engineering application is presented. the application of er technology in hydraulic technology is introduced in detail

    本文首先介紹了電流變技術的發展動態、電流變效應的機理及工程應用的原理，詳細介紹了電流變流體在液壓技術中的應用。
  7. Electrohydraulic servovalve is a kind of important competent in the electrohydraulic servo control system, its condition decides the performance of the whole system

    電液伺服閥是結合了機械、電子和液壓技術的高度精密部件，它的性能直接影響甚至決定整個電液伺服系統系統的性能。
  8. The futre trends of hydraulics

    液壓技術的發展動向
  9. Fluid power - hydraulik filters - part 1 : definitions, nominal pressures, nominal sizes, fitting dimensions

    液壓技術.液壓過濾器.第1部分:定義額定壓力額定
  10. Provide hydraulics professional technical support to all csr to maintain and develop hydraulic parts and service sales

    為csr提供專業的液壓技術支持，發展和提高液壓零件和維修銷售。
  11. Yuci hydraulics plant was began to found in 1964. in1965, with the technology of hydraulic component processing equipment and testing devices introduced from yuken, the paint started to make hydraulic component

    年引進日本油研成套液壓技術及工藝設備建成投產。榆液廠是目前國內規模最大的液壓件生產基地，擁有職工
  12. With the development of the science and technology, the development of hydraulic technology is also rapid, and its applying range is more and more extensive, so the requirement to the hydraulic instrument is much higher

    隨著科學技術的發展，液壓技術的發展非常迅速，其應用范圍也愈來愈廣，對它的元件和系統的性能要求也就愈來愈高。
  13. Pneumo - hydraulic technology system drives and controls all kinds of mechanical equipments through the different combinations of pneumatic actuators with control valves etc., so as to realize automation for production process

    氣動、液壓技術系統是通過氣動執行器與控制閥等的不同組合，來驅動和控制各種機械設備，從而實現生產過程的自動化。
  14. Enterprise s profile the plant is the largest base for producing hydraulics component in china and also one of the key enterprises in national engineering industry. there are 2, 258 employees, including more than 500 technicians, eleven divisions, one technical developing centre and two joint ventures : yuci yuken hydraulics co., ltd and yuci yinan hydraulic pump co., ltd, in the period of

    榆次液壓件廠以下簡稱榆液廠始建於1964年， 1965年引進日本油研成套液壓技術及工藝設備建成投產，是目前國內規模最大的液壓件生產基地，擁有職工2258人，專業工程技術人員500餘名，下設十一個生產分廠，一個技術中心兩個合資企業：中日合資榆次油研液壓有限公司和中港合資榆次銀安液壓有限公司。
  15. The low oil consumption and low bleeder of vehicle are achieved by using of transmission, hydraulic power control. and the compound drive system works harmoniously with engine to raise the motive capability effectively. it is the important way of automobile saving energy and environmental protection

    本系統由液壓技術、傳動技術、控制技術相結合實現車輛的低油耗、低排放，並有效地提高車輛的動力性能，是現有汽車節能、環保的重要途徑。
  16. During the designing of the electricity control system, the thesis used the mode that made up of monitor system and control system, formatted a network that is combined by far concentrates control system and nearly control system. the monitor system chooses the functional monitoring software - the king monitor and the man - machine interface, which operated conveniently. and the control system chooses dependably programmable logic controller and advance profibus fieldbus to completely control the spot equipments. author hopes the thesis ' s researches can do a little for the development of the water power control technique, and the combination of the hydraulic technique and the advanced technique, author also hoping heartily the control technique of the our country develop quickly

    上位機選用功能強大的工控組態軟體? ?組態王和操作方便靈活的觸摸屏。下位機則採用可靠性高的可編程式控制制器和先進的profibus現場總線完成對現場設備的控制。作者希望通過該課題的研究，能夠對水電行業控制技術的發展，對液壓技術與當今先進技術更好的相結合，起到一定的促進作用，也衷心地希望我國的控制技術取得飛速的發展。
  17. The hydraulic with inverter is a new kind of energy saving transmission technique. high power & high inertia pump - control - motor speed governing system with inverter is the basic transmission system of hydraulic systems with inverter, and it has extensive potential application in many kinds of equipments such as tunnel boring machine, hydraulic heave machine and injection machine

    變頻驅動液壓技術是一種新型的節能傳動技術，大功率大慣性變頻泵控馬達調速系統是變頻液壓系統中一類基本的傳動系統，在盾構、液壓提升機械、注塑機等諸多設備中有著廣泛的潛在的應用。
  18. In addition, with the development of the hydraulic technology, the experiment table may be in step with the developing need of the hydraulic teaching by applying the enlarged module of the plc and ameliorating the pc control program

    不僅如此，而且隨著液壓技術的發展，該實驗臺可以通過增加可編程式控制制器的開關量和模擬量擴展模塊，並且完善相應的上位機數據採集控製程序，增加相應的控制柜上所需按鈕，滿足不斷發展的液壓教學需要。
  19. With the scale of social production extends and the production horizontal exalts, the electricity control technique and the hydraulic technique all develop very quickly. electricity control technique developed from the relay system to the direct digit control ( ddc ) system the disperse control system ( dcs ) to the fieldbus control system ( fcs ). the modem hydraulic control technique have developed to a complete automation which include of transmit control testing computer technique, and gradually turn to the digit control and full - automatic control

    隨著社會生產規模的擴大、生產水平的提高，電氣控制技術和液壓技術都在非常迅速的發展。電氣控制從繼電器控制系統發展到直接數字控制（ ddc ）系統、集散控制系統（ dcs ）到目前的現場總線控制系統（ fcs ） 。現代的液壓傳動及控制技術已發展成一門集傳動、控制、檢測、計算機一體化的完整的自動化技術，並逐步趨向數字控制和全自動化。
  20. During the research on erf ( electrorheological fluids ) applied to hydraulic technology, the working performance analysis of er - valve is mostly based on the information that is got from rotary shear measurements. there are few reports about er - valve analysis under practical large flow model using erf as actuating medium

    在電流變流體應用於液壓技術的研究當中，對電流變閥工作特性的分析大多是基於旋轉剪切型測量所得的信息來進行，以電流變流體為工作介質，在實際的大流量狀態下對其工作特性進行分析的研究報道較為少見。
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