connection failure 中文意思是什麼

connection failure 解釋
連接失敗
  • connection : n. 〈美國〉=connexion.
  • failure : n 1 失敗 (opp success); 不及格。2 不足,缺乏;衰退;【醫學】衰竭。3 不履行,玩忽。4 破產,倒閉...
  1. In this thesis, four types of steel beam - rectangular cfst column connections, including normal welded flange plate ( wfp ) connection, bolted flange plate ( bfp ) connection, stiffened end plate ( sep ) connection and double split - tee plate ( dst ) connection, were designed based on the configuration of steel frame connection. total 8 models, 2 models of each kind of connections were tested under low - reversed cyclic loading at the end of cfst columns. the relationships between force and displacement at the end of columns, the relationships between the moment and rotation of the joints, degradations of strength and stiffness, ductility, failure mechanism and failure characteristics of these four connections under different axial - compression ratios were presented

    本文借鑒鋼框架節點構造,設計了四種類型矩形鋼管混凝土柱與鋼梁連接節點,包括常規栓焊( wfp )節點、翼緣全螺栓連接( bfp )節點、雙t板連接( dst )節點以及加勁端板連接( sep )節點,進行了四類節點8個模型試件在柱端低周反復荷載作用下的抗震性能試驗研究,比較了不同軸壓比下節點的滯回性能、強度與剛度退化、延性、破壞機理與破壞特徵,主要結論有: 1 、節點的位移滯回曲線與轉角滯回曲線為塊型分佈,沒有或略有捏攏現象,耗能能力強; 2 、軸壓比對節點滯回曲線有顯著影響,全部節點都有顯著的剛度退化; 3 、位移與轉角骨架曲線在峰值荷載後有較長的水平或下降段,具有良好的延性性能; 4 、從整體抗震性能上看,翼緣全螺栓連接節點、雙t板連接與加勁端板連接節點都優于常規栓焊節點,可在實際工程中加以推廣。
  2. Neither the bank, its associates, nor any of their directors, officers or employees, shall be liable to the customer for any expenses, loss or damage suffered by or occasioned to the customer by reason of any action taken or omitted to be taken by any one or all of the bank, its associates, their directors, officers, employees or agents pursuant to these conditions or in connection therewith other than as a result of the fraud, wilful default or negligence of the bank, its associates, their directors, officers, employees or agents ; the bank s failure in good faith to honour any stop - payment instructions given by the customer ; the presentation to the bank of any cheque or other payment order which is post - dated ; the bank failing to honour any draft drawn on it by the customer, but the bank shall immediately return such draft to the customer through the normal channels giving the reason for the dishonour ; any loss, damage, destruction or misdelivery of or to the securities howsoever caused unless the same shall result from the negligence of, or theft by, the bank or its associates or any of their directors, officers or employees, in which event the extent of the liability of the bank shall be limited to the market value of such securities at the date of discovery of the loss and even if the bank has been advised of the possibility of such loss or damage ; unauthorised use or forging of any authorised signature as a result of the negligence, wilful default or fraud of the customer ; subject to condition 5. 5, any act or omission, or insolvency of, any person not associated with the bank including, without limitation, a third party nominee or depositary ; viii the collection or deposit or crediting to the custodian accounts of invalid, fraudulent or forged securities or any entry in the custodian accounts which may be made in connection therewith ; any malfunction of, or error in the transmission of information caused by, any electrical or mechanical machine or system or any interception of communication facilities, abnormal operating conditions, labour difficulties, acts of god, or any similar or dissimilar causes beyond the reasonable control of the bank and notwithstanding paragraph, the error, failure, negligence, act or omission of any other person, system, institution or payment infrastructure

    本行其聯系人士其各董事高級人員或雇員均毋須向客戶因以下理由而使客戶蒙受或產生之任何開支損失或虧損負責: i本行其聯系人士其董事高級人員雇員或代理人根據此等條件採取或遺漏採取有關之行動,但由於本行其聯系人士其董事高級人員雇員或代理人之欺詐行為故意失責或疏忽所造成者除外ii本行本真誠地未能依約替客戶執行止付指示iii向本行提交任何遠期支票或其他付款指示iv本行未能兌現由客戶開出之匯票,但本行將立即透過正常渠道將該匯票退回客戶,並解釋拒付之理由v無論如何導致之任何證券之損失損毀毀壞或錯誤交付除非上述各項乃因本行或其聯系人士或其任何董事高級人員或雇員之疏忽或盜竊所引致,而在該等情況下,本行的責任將只限於在發現損失當日該等證券之市值,以及即使本行已獲知該等賠償之可能性vi因客戶之疏忽故意失責或欺詐行為而導致的任何偽造授權簽名或不獲授權使用該簽名vii在第5 . 5 a條之規限下,與本行無關者之任何行動或遺漏或無償債能力包括但不限於第三者代名人或寄存處viii代收或存入或貸存於保管人賬戶的無效偽造或假冒證券或在保管人賬戶記入可能與此有關之賬項ix任何電子機械或系統失靈或因該等機件或系統產生的資料傳送錯誤或任何通訊設施之終斷不正常操作情況勞工問題天災或非本行所能合理控制之任何類似或非類似原因及x盡管有第ix項,任何其他人系統機構或付款設施的錯誤故障疏忽行動或遺漏。
  3. The department will not be liable for any divulgence of those passwords or pin or loss or damage arising from the e - holder s failure to comply with the above conditions or the conditions for the use of any digital certificates in connection with any electronic applications made in the e - accounts

    本署不會對因該等密碼或個人辨識密碼( pin )的披露,或帳戶持有人未能遵守上述各項條件或使用數碼證書的使用條件以辦理電子申請,而引起的任何損失或損害承擔責任。
  4. It is proved that the connection and steel frame with beam flange dog - bone reduced have superior behavior to the frame of conventional design and the brittle failure is avoided in the steel frame. and conditions of stress development in the dog - bone, and the reason of the brittle failure in the rigid connections is obtained

    了解了狗骨處應力發展狀況;探討了剛性連接發生脆性破壞的原因;並強調指出樑柱連接處焊縫的焊接質量,對能否發揮狗骨式削弱的作用,達到預期的設計目的是至關重要的,必須予以重視。
  5. Pseudo - static force testing of 1 : 2 scale models of a steel frame with dog - bone connections is first carried out in china in order to obtain elastic - plastic behavior of dog - bone connections steel frames under cyclic loading as well as to analyze collapse characteristic after structural ultimate strength has lost. the influence of dog - bone connection on the coming order of plastic hinges and failure characteristic of steel frame, and the influence of dog - bone ' s shape and position on the behavior of structure is obtained

    通過試驗考察了狗骨式連接平面鋼框架結構在循環荷載作用下的彈塑性性能;了解狗骨式連接對結構塑性鉸出現的順序以及結構破壞形態的影響;了解節點處與狗骨處應力發展狀況,探討狗骨削弱的形狀和削弱位置對節點性能的影響。
  6. A qualitative perfect connection between union and hose ensures a low failure rate and long lifespan of the hose unions

    單元同軟管之間完美的連接可以確保低故障率以及軟管結合器的長使用壽命。
  7. Any clause, covenant or agreement in a contract of carriage relieving the carrier or the ship from liability for loss or damage to, or in connection with, goods arising from negligence, fault or failure in duties and obligations provided in this article or lessening such liability otherwise than provided in these rules shall be null and void and no effect

    運輸契約中任何條款、約定或協議,凡解除承運人或船舶由於疏忽、過失或未履行本條款規定的責任和義務,而引起貨物或關于貨物的丟失或損害責任的,或在本公約外減輕這種責任的,都應作廢或無效。
  8. The software system of smart spaces distinguishs ifself from traditional distributed systems in that : 1 ) they should deliver functionality in our everyday world, which is a complex and dynamic changing environment ; 2 ) the system will consist of many wireless networked devices, while wireless connection is prone to transient failure ; 3 ) the interaction points for the people are distributed and multimodal, which imposes tight temporal constraints on the messaging between related modules ; 4 ) modules coming from diversified domains need to cooperate, which raise the need for an abstraction model at a proper level for the construction of the system

    智能空間系統具有區別于傳統分散式系統的新特徵: 1 )背景環境是復雜、動態的物理空間,新的模塊可能隨時進入和離開; 2 )存在大量無線聯網設備,而無線網的一個典型特徵是暫時性故障頻繁; 3 )系統的交互點是分佈和多模態的,相關的模塊間消息的時間關系要求嚴格; 4 )各種不同應用領域的模塊都可能需要交互協作,同時需要考慮對遺留代碼的包容性。
  9. The problems mainly lie in that the previous research mainly focuses on the relation between education and life, especially on that between teaching and life, but little on the connection between moral and life or moral education and life, due to the failure to realize that life is more important for moral education. even if there are some, they are sporadic and unsystematic. most of the studies remain superficial without a radical transformation of the angle, let alone the construction of a theoretical model of moral education based on life to be put into practice

    但綜觀已有的研究,至少在理論上還存在以下幾個方面的問題:以往的研究主要是就教育、尤其是教學和生活間的關系進行的,很少正面闡述道德、道德教育和生活的聯系,而生活對于道德教育來說有著更為重要的意義;即便對于道德教育和生活的關系的探討,也主要還是零散的、缺乏系統深入的思考,大多數仍然停留在問題的表層,談不上研究視角的根本轉換,更談不上在理論上構建以生活為基礎的道德教育模式並轉化為相應的實踐。
  10. The study results reveal some laws : ( 1 ) two failure modes exist in different obliquity slope and influence the internal force of soil nailing ; ( 2 ) the connection between face shield and soil nailing determines the distribution of the axial force along length ; ( 3 ) the influence of face shield involves its connection with soil nailing and its stiffness on soil nailing wall ; ( 4 ) the transversal effect of soil nailing depended on the joint of nail head is little ; ( 5 ) the maximum axial forces of other soil nailings except the first soil nailing increase gradually with excavation

    研究表明: ( 1 )素土坡隨著坡角的變化,存在兩種破壞方式,破壞方式不同,土釘受力狀態不同; ( 2 )土釘和面層的連接方式決定著土釘長度方向上的軸力分佈形態; ( 3 )面層主要通過面層與土釘的連接和面層的本身剛度兩個方面對土釘內力和墻體變形產生影響; ( 4 )土釘橫向抗剪抗彎作用的發揮程度和土釘釘頭的連接方式有關,但作用不大,實際設計時可以忽略其影響; ( 5 )隨著坡體的開挖,第一排土釘的最大軸力變化不大,其它土釘的軸力都穩步增加。
  11. Source of failure in connection with cms used for 600m3 h nitrogen plant and measures to be taken for improvement

    制氮設備碳分子篩失效原因及改進措施
  12. Without prejudice to any other provision of these conditions, to the extent permitted by applicable law, the customer shall not assert and waives any claim, including, without limitation, any claim arising against the bank on any theory of liability for special, indirect, consequential or punitive damages as opposed to direct or actual damages arising out of or in connection with these conditions, all agreements and transactions to which these conditions apply or are made subject to and the relationship between the bank and the customer at all times and for any damages whatsoever caused by or arising from, directly or indirectly, the error, failure, negligence, act or omission of any other person, system, institution or payment infrastructure

    在不影響此等條件內任何條文的原則下,並於適用法律容許的范圍內,客戶不得提出並且放棄任何申索,包括但不限於就下列事項所引起對銀行的任何申索: i由於此等條件一切適用或受制於此等條件的協議和交易,以及在任何時間銀行與客戶之間的關系所產生或因與此有關連而引起對任何特別間接相應或懲罰性的損害賠償與直接或實際損害賠償成對比的法律責任的任何理論,及ii因任何其他人士系統機構或付款架構的直接或間接錯誤故障失敗疏忽作為或不作為所引起或導致的任何損害的申索。
  13. Analyzing the effect of failure modes to ductility of connection

    分析了節點破壞模式對節點延性的影響。
  14. 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。
  15. Secondly, been generalized the failure data of electrical connectors from working and testing environment, electric contact failure, insulation failure, mechanical connection failure and other failure are four mainly failure modes of connectors, moreover, built the faulty - tree to analyze their reliability level. however, contact fault failure was the most prevalent mode of electrical connectors. under natural working and reserving conditions, the contact stress decreasing, fretting and surface film growing are mainly reasons to make electrical connector failure

    其次,通過對現場、試驗場電連接器的失效情況進行統計和分析,總結出電連接器的四種主要失效模式:電接觸失效、絕緣失效、機械連接失效和其他失效,並對電連接器進行了故障樹分析,指出電接觸失效是電連接器失效的主要形式,而在正常的工作條件下,造成電接觸失效,即決定電連接器工作壽命的主要原因是氧化膜層的生長、接觸對磨損以及磨損腐蝕物的堆積,而影響氧化膜層的生長、接觸對磨損以及磨損腐蝕物堆積的主要因素是環境振動和溫度應力,為電連接器進行失效機理分析奠定了基礎。
  16. The connection failure occurs because the application is still running in the background on the device

    發生連接失敗的原因是應用程序仍然在設備上后臺運行。
  17. Turning off the device while the debugger is running causes the debugger to close because of the connection failure

    調試器運行時關閉設備將導致調試器由於連接失敗而關閉。
  18. Agent shuts down after unsuccessfully retrying an operation agent encounters an error such as server not available, deadlock, connection failure, or time - out failure

    代理在重試某項操作失敗后關閉(代理遇到服務器不可用、死鎖、連接失敗或超時故障之類的錯誤) 。
  19. During update of nod32, you may encounter " server connection failure ", one reason is that your firewall has blocked nod32, here ' s the settings on three main firewalls in the market to allow nod32 to pass through

    在更新時,你可能會遇到"伺服器連線失敗"的訊息,其中一個原因是你的防火墻並未設定好,請參照以下設定以允許nod32更新。
  20. By analysis, the purpose of transforming connection failure mode and controlling the position of plastic hinge has been reached by this connection construction another approach to improve ductility of structure is to utilize semi - rigid

    改善鋼框架結構延性的另一種途徑是半剛性節點的研究與利用,半剛性節點是通過角鋼和連接件的變形吸收能量達到延性的目的。
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