補償系統 的英文怎麼說

中文拼音 [chángtǒng]
補償系統 英文
bos back off system
  • : Ⅰ動詞1 (修理; 修補) repair; mend; patch 2 (補充; 補足;填補) fill up; add supplement; supply; ...
  • : 動詞1. (歸還; 抵補) repay; compensate for 2. (滿足) meet; fulfil
  • : 系動詞(打結; 扣) tie; fasten; do up; button up
  • : Ⅰ名詞1 (事物間連續的關系) interconnected system 2 (衣服等的筒狀部分) any tube shaped part of ...
  • 補償 : compensate; make up; make up for; make it up to sb. ; make sth. good; compensation; offset
  • 系統 : 1. (按一定關系組成的同類事物) system 2. (有條理的;有系統的) systematic
  1. In oilfield, feeder line of 6kv often has many branches. the pole high voltage automotive capacitor compensation system controlled by single chip computer is designed for this situation. in the system, we separate the measure position and compensation position and realize the supervision of reactive load in local area

    文章以油田6kv輸配電線路為例,針對多分支樹狀結構線路的特點,研製出由單片機控制的戶外術上型高壓電容器自動補償系統
  2. Can technology traits are analyzed, and can technology is applied on the power factor dynamic compensation system. on the basis of analyzing thoroughly the theories and techniques, software module of power factor dynamic compensation system are classed and their time - period is analyzed. the techniques of real time sampling idle current and generating compensation current are simulated with software

    在分析電網的頻率特性和功率因素動態補償系統的性能特點基礎上,對功率因素動態補償系統的軟體功能模塊進行了層次劃分和時序特點分析;對無功電流實時檢測、無功電流的產生等技術實現了軟體的模擬。
  3. Appling closed loop control strategy in the power factor dynamic compensation system. then the key techniques, for example, the fashion of real time sampling idle current and the fashion of compensation capacitor connected with, the time when the compensation capacitor are thrown up, are researched

    針對本的應用對象,確定了本中所應用的無功電流實時檢測理論和方式、電容器接線和分組方式、電容器投入時刻的選擇等關鍵技術;並對can技術應用於功率因素動態補償系統進行了研究。
  4. Comparison about instantaneous power theory in idle work compensation system

    無功補償系統中瞬時功率理論的比較研究
  5. The principle and the mechanical structure of the air - gap inductance - type transducer are analyzed in this article, and the static parameters are calibrated. dynamic calibration is applied to air - gap inductance - type transducer which is not good in dynamic capability, to obtain the dynamic parameters of the transducer and its measuring circuit. based on the result of the dynamic calibration, the transducer and its serving circuit are modeled so that the method of how to improve the dynamic performance can be found

    本文對現有氣隙式電感傳感器在原理和機械結構上作了深入的分析,對其參數進行了靜態標定;並且針對常規電感傳感器動態響應低,不宜用於快速動態測量的缺點,引入測試動力學的思想,設計了一套動態校準,對現有傳感器進行多次動態校準,根據動態校準的實驗結果對現有傳感器建立數學模型,得到現有傳感器的動態特性;在此基礎上,根據磨床工件在線檢測的要求,設計一個硬體補償系統來提高整個測試的動態特性。
  6. The development of static reactive power compensation system

    靜止無功補償系統的研製
  7. Moreover, the epiipc functions properly and stably under well due to the reasonable electrical circuit design and very strong anti - jamming design. this design successfully solves the directionally power current leakage fault action and reject action, and makes it working in both neutral point non - grounded and grounded through resistors or coils under compensate systems and over compensate systems

    本次研製的保護器較好地解決了功率方向型漏電的誤動作和拒動作問題,使得它既能較好地運行在中性點不接地的中,又能用在中性點經消弧線圈接地的欠補償系統中,同時試用於過補償系統中。
  8. Reactive compensation system based on dsp intelligent monitoring

    智能監控的無功補償系統
  9. Control algorithms in adaptive pmd compensation system

    自適應偏振模色散補償系統中的控制演算法
  10. Research on adaptive feedback controlling techniques in pmd compensation systems

    偏振模色散補償系統中自適應反饋控制技術的研究
  11. In the paper, a successful development of a set of useful system combined with microprocessor is introduced which detects and supplements absent seeds. this system combines computer and. mechbocal measurement

    本文研製成功了一套新型、實用的微處理機監測和漏播補償系統,它將計算機與檢測相結合,提高的性能,用於播種各個項目的測試,以提高精度、效率和降低成本。
  12. Speed difference compensation system will assure uniformly and precisely feeding

    速差補償系統,確保線速一致性,保障精度。
  13. Of course, that doesn ' t mean that flying a battleship in the atmosphere of a planet will be safe either : you will have to be careful with your speed and the pressure of “ air ” on the hull, or the temperature ; you will have to carefully watch your fuel as the bottom thrusters will be continuously firing to maintain you in flight ; and if you disable the automatic compensation or have damaged thrusters, you might have to play “ lunar landing ” with your ship

    當然,那並不說明在大氣層內用戰列艦也安全:你需要注意你的速度,以及空氣對船身的壓力,還有溫度;當底部推進器持續的點火來維持飛行,你將要小心的注意你的燃料;如果你的推進器損壞,而且解除自動推力補償系統,那麼你只有玩「月球登陸」了。
  14. Based on experiments, a 24 - bits absolute photoelectric rotary encoder is presented in this paper. it ' s advantages lie in : 1. it has a system for thick code tracks to automatically compensate ; 2

    本文研究的是24位絕對式光電軸角編碼器,此編碼器在結構設計上與傳的編碼器的不同之處在於: 1 )粗碼道光強的自動補償系統
  15. According to the fact that power factor of low voltage power networks is very low in china and field bus technology is developing in the world, in order to enhance power factor of low voltage power networks, on the basis of central transmitting and controlling information among every compensation equipment, the author of this dissertation studies systematically the design principles of power factor dynamic compensation system. based on analyzing structure of control system at present, the author of the dissertation puts forward a distributed completely and multi - layer structure framework based on field bus technology and builds a power factor intelligent dynamic compensation system. the functions of compensation unit, intelligent node, host computer, are presented

    根據目前低壓電網用電負載功率因數偏低和國內外現場總線技術的應用現狀,立足於提高交流電機的功率因數,基於將每個裝置進行集中監控、信息集中傳遞的思路,本文作者在分析現有的控制結構的基礎上,提出了基於現場總線技術的全分散式多層控制的體結構,構建了功率因素智能動態補償系統;對執行單元子、智能節點子、上位機子三部分進行了功能分析。
  16. With the high accurate transfer function it is possible to design frequency characteristic compensator to eliminate the mechanic resonance frequency characteristic of the control object. the fast steering mirror system closed bandwidth is no longer restricted by the mechanic resonance frequency and the closed bandwidth is expanded effectively

    在獲得對象的高精度傳遞函數以後,使用零極點對消的方法補償系統的機械諧振,有效地擴展了快速控制反射鏡的帶寬,使快速控制反射鏡的閉環帶寬不再受制於的開環諧振頻率。
  17. Responsible for ensuring all shipping and receiving procedures are understood and adhered to as defined by materials team and bos

    負責發送和收貨流程的正常運行,嚴格遵從物料組及補償系統的規定。
  18. This dissertation presented two new methods of robust adaptive track control for a class of mimo strong nonlinear system with external disturbance. one method makes use of taylor approximation principle to linearize the mimo strong nonlinear system at the ideal equilibrium point, meanwhile external disturbance is considered, and then designs two on - line neural network controller respectively, which can dynamically compensate the high order items of taylor series and the control signals at ideal equilibrium point under the drive of state error between linear and nonlinear system. a linear feedback controller obtained by pole assignment and two on - line neural network act on the practical mimo high nonlinear system together, guaranteeing the whole system robust stable and tracking the specified signal ; the other method designs three on - line neural networks for this class of system

    本文對於一類含有外部擾動的多輸入多輸出( mimo )強非線性,提出了兩種新的魯棒自適應跟蹤控制方法,第一種利用了taylor近似的原理,在考慮了外部擾動的情況下,將mimo強非線性在理想平衡點處線性化,分別設計了兩個在線神經網路控制器,在線性和非線性之間的狀態誤差驅動下動態補償系統的taylor近似高階項及理想平衡點處的控制信號,滿足極點配置方法的線性反饋控制器和兩個在線神經網路聯合作用於實際的被控mimo強非線性,在保證整個魯棒穩定性的情況下,能夠跟蹤給定的指令信號;另一種方法是針對這類設計了3個在線神經網路,分別實時抵消這類非線性中的非線性部分、與控制量耦合的非線性項以及外部擾動,使得受控的輸出可以完全跟蹤給定輸入參考信號。
  19. The three major types of machining error are geometric, thermal and cutting - force induced error. at the present time, error compensation model usually aims at single type of error and is used for the specific machine tool. this paper develops a universal synthetical model of error compensation for three - axis numerical control ( nc ) machine tool, which can be updated on time when manufacturing surroundings is changed

    論文廣泛研究了機床誤差技術目前的發展狀況,針對目前誤差補償系統存在的不足(諸如大多為單項誤差、通用性較差,模型多為靜態等) ,提出了機床綜合誤差的策略,以三軸數控機床為例建立了綜合誤差摘要的誤差模型可實時更新,該補償系統可直接移植到多軸加工中。
  20. Intelligent compensation system for grinding dimensional error and its input - output response

    磨削加工誤差智能補償系統及輸入輸出響應
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