故障復原 的英文怎麼說

中文拼音 [gùzhàngfùyuán]
故障復原 英文
restoration after a failure
  • 故 : Ⅰ名詞1 （事故） event; incident; happening; accident 2 （原因） cause; reason 3 （朋友; 友情） fr...
  • 障 : Ⅰ動詞（阻隔; 遮擋） block; hinder; obstruct Ⅱ名詞（遮擋物） barrier; block; obstacle
  • 復 : Ⅰ形容詞1 （重復） repeated; double; duplicate 2 （繁復） complex; compound Ⅱ動詞1 （轉過去或轉過...
  • 原 : Ⅰ形容詞1 （最初的; 原來的） primary; original; former 2 （沒有加工的） unprocessed; raw Ⅱ動詞（原...
  • 故障 : hitch; breakdown; stoppage; fault; faulting; accident; blunder; bug; conk; failure; impairment; i...
  1. Restore the system state from a recent backup, or use the recovery console to replace a damaged file with a clean copy

    從最近的備份中還原系統狀態，或使用故障恢復控制臺，用干凈的版本替換損壞的文件。
  2. Fault location techniques are used to pinpoint location of the fault on a tra - nsmission line. transmission line faults must be located accurately to allow maintena - nce crew to arrive at the scene and repair the faulted section as soon as possible, which can relief the burdens of patrol personnel and reduce the revenue losses due to power outage. the accurate fault location alogrithms play an important role in power system safety, economy and reliability. in this paper, diversified fault location algorithms are summarized. according to the principles of algorithms, they can be classified into two categories : impedence based algorithm and traveling wave based algorithm. based on the analysis and comparission of each algorithm, the corresponding merits and app - lication limitations are presented

    精確的故障定位為現場巡線工作人員及時提供準確、可靠的信息，減輕人工巡線的負擔，同時加快線路的恢復供電，減少因停電造成的綜合經濟損失，為提高電力系統運行的安全性、經濟性和可靠性發揮重要的作用。本文總結了現有的各種測距方法，根據測距的原理將其分為阻抗法和行波法兩大類，對各種演算法的優缺點及適用范圍進行了分析，在此基礎上提出了一種組合的測距方案，並對演算法進行了模擬分析。
  3. Typically, a peer recovery process is directed by the operator if an application server becomes unavailable for some reason, for example, a machine failure

    典型地，如果應用服務器因有些原因不能使用時，操作者可進行對等恢復處理。例如機器發生故障。
  4. After that, the author discusses a novel solid states limiting technology and provides a single - phase solid states bridge current limiter and a main circuit topology of three - phase fault current limiter. it can be found that the new type of three - phase solid states bridge current limiter can handle the fault conditions more flexibly. it can not only remove the fault circuit, but also control the value of stable fault current to cooperate with the existing line three - segment relay

    繼而，介紹了一種新型固態限流技術，給出了單相、三相限流器的主電路拓撲，分析了其基本工作原理和控制方式，指出以全控橋結構為基礎的變壓器耦合橋式限流器能夠更加靈活地處理電力系統的各種短路故障，及時地限制短路電流，並與現有的線路三段保護相配合，還可根據需要實現及時切除故障電路，在故障恢復時軟重合閘。
  5. The results indicates the new hybrid bridge type sfcl using the inductance of the superconducting state and the impendence of the normal state of the superconductor could be more efficient in fault current limiting than the traditional bridge type sfcl

    結果表明，該拓撲結構同時利用了超導體超導態的電感和失超后的電阻來限制故障電流，限流效果好，響應和復位速度快，是對橋式限流結構和混合型限流原理的有意義的探索。
  6. It mainly includes following aspects : in this paper, firstly implication of wavelet analysis in signal harmonic component extraction is presented in detail, and on this foundation signal given frequency band component extraction method is proposed. then we investigate frequency aliasing phenomenon, reason why frequency aliasing phenomenon is easy happened when wavelet is implied in field of motor fault diagnosis, and frequency bands where frequency aliasing phenomenon is easer happened, and put forward approved morlet wavelet analysis method which can effectively alleviates frequency aliasing phenomenon. third we set up vibration signal detected system, design experiments to obtain three groups of fault signals : eccentricity fault, mixed fault of eccentricity plus mild rub, mixed fault of eccentricity plus moderate rub, and process these data using analysis method proposed in this paper

    首先對論文的選題以及相關背景進行了探討，並對相關的小波基礎理論進行了闡述，主要針對感應電動機的偏心故障和偏心+碰摩復合故障形式及相關的應用演算法進行了詳細探討，主要工作內容包括下面幾個方面:在論文中，首先對小波分析在信號的諧波分量提取中的應用進行了研究，在此基礎上，提出了信號的特定頻帶成分的提取方法;研究了小波分析的頻域混疊現象，探討了小波分析應用於電機故障診斷領域時易發生頻域混疊現象的原因，以及混疊現象較易發生的頻帶，提出了可以有效減輕頻域混疊現象的改進的morlet小波分析方法;搭建了振動信號檢測系統，設計實驗採集得到三組故障數據:偏心故障，偏心+輕微碰摩復合故障，偏心+中度碰摩復合故障，並對這些數據應用本文提出的分析方法進行信號處理，提取出的特徵參數可有效區分這兩種故障形式;研究了基於matlab和labview的混合編程方法，完成了電機故障檢測系統的軟體開發。
  7. In the event that the original data on your hard disk is accidentally erased, overwritten, or becomes inaccessible because of a hard disk malfunction, you can easily restore the data from the archived copy

    如果硬盤上的原始數據因為磁盤故障意外地被刪除、覆蓋或變得不可訪問，就可以容易地從存檔的副本中恢復數據。
  8. New generation carrier rocket system is a complicated system which requires high reliability. in principle, any fault is not allowed when the rocket is launching

    新一代運載火箭系統是一個極其復雜的系統，可靠性要求極高，原則上不允許運載火箭系統在發射過程中出現任何故障。
  9. Fault section identification and isolation of distribution network with reclosers and sectionalizers are also talked about. based on load balancing, the way of optimal restoration is disussed

    以安全和負荷均衡分佈為原則，基於等長鄰接表的數據結構，建立了故障隔離后受故障影響的健全區域的優化恢復策略的搜尋方法。
  10. In accordance with the technological difficulties encountered in the process of insulation supervision based on the dissolved gases analysis ( dga ), several kinds of model and method are presented to improve the reliability and precision of fault diagnosis of the power transformer. main research content includes : by deeply studying the common transformer faults diagnosing methods, such as three - ratio methods and improved electrical committee agreements, several shortcomings such as uncertainness judgment when the fault reasons, phenomenon and principles come out together while can not consistent to each other etc. for this reason, the old methods can not fully meet the need to engineering practical application. considering fuzzy relationship matrix can fully represents the causality between fault symptoms and fault types, when diagnosing complex equipments with multiple symptoms and fault causes such as power transformer, a synthetic fuzzy diagnosing model is firstly proposed to diagnose transformer ' s insulation faults based on dga in this paper

    本文針對應用油中溶解氣體分析方法進行變壓器絕緣監督時所遇到的主要技術難點，提出了提高變壓器故障診斷的準確性、可靠性的幾種模診斷方法，主要研究內容有：通過對判斷變壓器故障常用的三比值法和改良電協研法的深入分析，其診斷準確率較高，但對故障原因、故障現象和故障機理間同時存在不確定性和模糊性的變壓器等電氣設備的故障診斷，難于滿足工程應用的需要；在處理變壓器等結構復雜設備的多癥狀、多原因故障診斷時，模糊關系矩陣可以全面反映這種癥狀與故障類型間的因果關系，進而提出了變壓器故障診斷的模糊綜合診斷模型；同時作者還深入分析了模糊運算元的特性；針對常用的模糊評判結果的模糊集的集化方法的不足性，提出了將模糊綜合診斷與模糊規則推理結合起來進行故障診斷的方法，能達到較好的效果。
  11. This is needed so that the sending process is not blocked by waiting for a server connection, network delays, etc. in a production system, this function would have to be more complex and handle issues of network failure, a server s going down, etc. with some sort of queuing mechanism

    這是必需的，只有這樣發送過程才不會因為等待服務器連接、網路延遲等原因被阻塞。在生產系統中，這個函數一定會變得更復雜，並需要使用某種排隊機制來處理網路故障、服務器宕機等問題。
  12. Overheating fault is the trickest in all usual faults of three - phase induction motor. the article analysed the cause on overheating fault hum five aspects, and expounded repaired ways

    摘要在三相異步電動機經常出現的各種故障中， 「過熱故障」最為棘手。本文著重從五個方面分析了產生過熱故障的原因，並闡述了修復方法。
  13. Failure detection and isolation ( fdi ) is the key technique of srfcs, which can forecast the occurrence of potential failure, tell why and where it occurs, and then provide relevant information for trigger test, control law reconfiguration and automated maintenance diagnostic

    故障檢測與隔離是自修復飛控系統的核心技術之一，它能及時判斷故障發生的原因和部位，預測潛在故障的發生，進而為及時預警以及進行飛行控制律重構和自主維護診斷提供相關信息和依據。
  14. Failure detection and isolation ( fdi ) is the key technique of srfcs, which can forecast the occurrence of potential failure, tell why and where it occurs, and then provide relevant information for trigger test, control law reconfiguration and automated maintenance diagnostic. flight control law reconstruction is the another core

    故障檢測與隔離是自修復飛控系統的核心技術之一，它能及時判斷故障發生的原因和部位，預測潛在故障的發生，進而為及時預警以及進行飛行控制律重構和自主維護診斷提供相關信息和依據。
  15. Electrical machines are the most important and main drive devices in manufactures and our daily life. no other kinds of machines can replace them. they are widely used in the modem world. without electrical machines, the world would not be what it is today. when operating, they might have a lot of faults. if a main electrical machine is wrong in a work line, the whole line will stop, even the whole productive system. the phenomenon of the faults are so complicated and various that the maintance worker should be skillful and very experienced. the history of fault diagnosis and protection is as archaic as the machines themselves

    電機是當今生產活動和日常生活中最主要的原動力和驅動裝置，它廣泛地應用於現代工業生產中，它們數量之多，地位之重要，幾乎沒有其他設備所能與之相比。電機在運行過程中，難免會出現這樣那樣的故障，假如一條生產線上的主要電機故障，必將造成生產線停工，甚至會影響整個大生產系統的工藝流程。電機的故障現象比較復雜，要求維修人員具有較高技術水平與經驗，才能發現和判斷。
  16. To abominable and complicated work condition of dynamic balancing machine and serious jamming, software anti - jamming technology is adopted. principle of software redundance, software hook, " watchdog " and auto - resume from malfunction is detailedly described and program is designed

    針對動平衡機的工作環境惡劣和復雜，干擾嚴重的特點，採用了軟體抗干擾技術，本文詳細論述了軟體冗餘、軟體陷阱、 「 watchdog 」和故障自動恢復處理等技術原理和程序設計方法。
  17. Provides information on : troubleshooting tools ; diagnosing and resolving replication issues ; and cause and resolution information for a number of replication error messages

    提供有關以下內容的信息：故障排除工具、診斷和解決復制問題、以及若干復制錯誤消息的原因和解決方法信息。
  18. In the paper, the relationships are introduced between gases category, and content dissolved in transformer oil and the destroy degree and fault style. the author have a deep research on the method of grey clustering, and classify together about consanguineous samples when giving attention to the sample characteristics " complexity and illegibility, so the system can realize expectant aims on the bases of lesser information. the analysis of instances testifies that the implement of theory of grey clustering on fault diagnosis in transformer is effective and the calculation is convenient

    針對目前電力變壓器故障診斷方法的現狀，特別是對結構復雜的大型電力變壓器等電氣設備的故障診斷，首要的問題是如何根據反映變壓器故障特徵量指標來正確判斷待診設備是哪一類故障，作者對灰色聚類方法原理進行詳細分析，在兼顧樣品特徵的復雜性和模糊性的基礎上，依據樣本一定的特徵因素，使兩樣本間關系比較密切、相似程度比較大的同屬一類，把一個不甚明確的整體信息不足的灰色系統盡可能地淡化、白化、量化、優化和模型化，以便能依據較少信息實現預期的目的。
  19. In the end, the real - time aspects and fault / error recover of high - level task supervisor are discussed. in chapter 6, based on analysis of features of the task execution level of the acr prototype system control architecture, the task execution level is divided into situation / event surveillance, task execution control and fault / error recovery subsystems

    第六章對acr原型系統控制體系結構任務執行層的具體特性作了詳細分析，將任務執行層分解為狀態/事件監視、任務執行控制以及故障診斷與恢復三部分，並分別針對這三部分的功能特性、組織結構以及運行機制等作了詳細描述。
  20. In chapter 5, based on analysis of requirements of the high - level task supervising of the acr prototype system, procedural reasoning system is selected to implement the high - level task supervisor of the decision level of the control architecture, and the detail implementation is introduced also

    第五章根據對acr原型系統高層任務管理的需求特性分析，選擇了過程推理系統用於具體實現決策層的高層任務管理器，並詳細描述了具體實現方案。對決策層高層任務管理的實時性進行了分析，並探討了高層任務管理中的故障和錯誤的恢復問題。
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