車輔相 的英文怎麼說
中文拼音 [jūfǔxiāng]
車輔相
英文
vehicular phase-
The auxiliary motor test - bed is one of the devices which can examinant and tests the auxiliary motor ' s general performances such as d. c engine, a. c engine and phase converter
機車輔機試驗臺便是負責對直流電機、交流電機、劈相機等機車輔機綜合性能的試驗檢修測試的設備之一。Bus 6, 6a, 6x, 66 or 260 from exchange square bus terminus, central ; li yuen streets east and west central mtr exit c then walkalong des voeux road central towards sheung wan ; upper lascar row, also known as " cat street " sheung wan mtr exit a2, turn right and then left along hillier street, away from the tramlines, turn right at queen s road central, cross at the first " zebra " crossing then up the steps to " cat street " ; and hollywood road one block above upper lascar row
中環交易廣場巴士總站搭乘6 6a 6x 66或260線巴士利源東西街地鐵中環站c出口，沿德輔道中往上環方向走摩羅上街，又稱摩羅市集地鐵上環站a2出口轉右，然後左轉入禧利街，朝電車路相反方向走，再右轉入皇后大道中，橫過第一道斑馬線后沿石階步上，還有著名的荷李活道位於摩羅上街之上。Finally, we can not use electric power but the engine of bus or subsidiary engine to drive air compressors of bus air conditions. because the change range of turnaround speed of engine is very wide, that brings difficulties in controlling the rate of flow of cold - producing medium. in the control of bus air - conditions, preventing evaporator from freezing to make the air - conditions work with high efficiency and controlling the temperature of railway carriage are the basic tasks in air - condition control
與一般的建築空調相比，汽車空調的工作環境惡劣，條件差，控制難度要增加很多，主要體現在以下幾個方面：一是車外熱負荷變化大，難以確定控制參數；二是要求空調負荷大，而且要控制空調使其降溫迅速：三，不便於用電力作為動力源，必須用汽車發動機或輔助發動機來帶動壓縮機，當採用汽車發動機作為動力源時，由於汽車的車速變化大，發動機轉速的變化可從600r min到4000r min ，壓縮機轉速與發動機轉速成正比，其轉速變化高達7倍，給空調系統製冷劑流量控制帶來困難。The claimed train approval dss take advantage of the advanced es and dss techology. the practical system uses delphi6. 0 software platform of borland corp. and adopts the object oriented designing and programming to insure the advantage of the the design of the system. the whole database of the system is designed on the platform of the sql server2000, can connect oracle or sybase database etc. by using odbc, can achieve the data exchange and information use in common of the tmis and fmos, and can insure that the system is easy to develop and extend
鐵路請求車審批輔助決策系統採用先進的專家系統（ es ）和dss技術，研製開發的實際應用系統，選擇了最新的borland公司的delphi6 . 0軟體開發平臺，採用了面向對象的程序開發方法，確保了系統的先進性。系統綜合數據庫的設計是在sqlserver2000平臺上完成的，可通過odbc介面與oracle或sybase等大型數據庫連接，實現與外部相關的tmis （鐵路管理信息系統）及fmos （貨運營銷及生產管理系統）系統的直接數據交換與信息共享，保證了系統具有較好的開發性和信息可擴展性特點。Cms dense insertion wire tank is suitable for the electricity system with following conditions : four - wrie system or five - wire system, with frequency from 50 - 60hz, voltage up to 660v, carrent from 250a to 5000a. as the ancillary electricity supply equipment for engineering, corporation, and mansions it has special benefit for the regeneration of old enterprise
Cmc系列密集型插接式母線槽適用於交流三相四線制三相五線制，頻率50 - 60hz ，額定工作電壓至660v ，額定工作電流250a - 5000a的供配電系統，作為工礦企事業和高層建築中供配電設備的輔助設備，特別適合於老企業的車間改造。Because the traffic volume in beijing city incessantly rises in recent years, and will continue to rise in future, in order to solve the travel difficulty and to reduce trip time, many loop roads and expressways are built. it is convenient for long - distance traffic, but it is a disadvantage to block - to - block traffic. due to expressway ' s separation from arterial roads, considerable traffic bypass into the grade - crossing intersection under the flyover, and lead to the traffic jam
由於北京的交通量在近幾年持續增長，並在今後一段期繼續保持增長態勢，為了解決行車難，旅行時間長的問題，北京在修建了大量的環路和快速路，分隔了次幹道和支路與主路的便捷聯系，使得很多其他繞行交通走行在跨線橋下形成的環路輔道與主要幹道相交的平面交叉口，也使得此類交叉口交通壓力非常大，從交通構成來看，進口轉彎交通量比例也很大。They exist on mutual dependence and compose the operating system of newspaper group ' s sustainable development together
五者輔車相依，共同構成了報業可詩續發展運營大系統。Now there are two researching ways of the vehicle aerodynamics : testing and numerical analysis
迄今為止，國內外汽車空氣動力學的研究一般是用試驗和理論相結合、以試驗為主計算為輔的方法。The development of university evaluation leads to the university reform, and become to supplement each other
開展大學評估與推行大學改革猶如車之兩輪，相輔相成。Fifthly, the paper utilize the fuzzy mathematics principle to analyse model setting up, model discerning, fuzzy decision - making process of fuzzy mathematics, the conclusion is drawn that we appraised mould cost with fuzzy similar comparative method, with fuzzy mathematics the expert ' s behavior is simulated as well as the useful information is drawn lastly, the fuzzy similar appraisal mathematics model on basic of man - hour method is set up, the characteristic factors to describe automobile covering of mould and coefficient of influence factor to synthetically judge similar work are confirmed which raises the precision of price by mathematics foundation, work characteristic sureness, influence factor sureness, management of sample data, etc. of weight of factor of model, the paper set up more intact theoretical system of mould price estimate with fuzzy similar comparative method
建立了基於工時法的模糊相似評價數學模型，確定了描述汽車覆蓋件模具的特徵因素；並確定了綜合評判工件相似性所用各影響因素的權重集合，提高了模具價格估計的精度。通過對數學模型的建立、工件特徵因素的確定、影響因素權重的確定、樣本數據的管理等的研究，本文較完整的建立了利用模糊相似比較方法估算模具價格的理論體系。在分析模具報價流程和決策過程的基礎上，開發了汽車覆蓋件模具計算機輔助報價系統，該系統安全、方便、準確。Secondly, based on the theories of computer graphics and computer aided geometric design, and according to the traits of automobile panels, the related theory and experience about 3d geometric expressing of automobile panels are described. it is studied to the constitution methods of typical surfaces forming the surfaces of automobile panel, fairing quality and error analysis and optimization of reconstruction surfaces, and the storage structure of " half " edge for 3d model, data changes in different stamping steps and data exchange among the different software
然後，在計算機圖形學和計算機輔助幾何設計等理論的基礎上，根據汽車覆蓋件的特點，歸納總結了適用於汽車覆蓋件三維形體幾何表達的相關理論和經驗；研究了構成汽車覆蓋件曲面的典型曲面構造方法，重構曲面的光順品質分析、誤差分析與曲面品質優化的方法，三維重構模型的「半」邊數據結構、不同沖壓工序中的數據演化以及不同軟體平臺之間的數據交換；提出了根據周邊曲面的形狀特點構造交匯曲面的方法。Different from conventional hydraulic power steering, the eps system provides the correct steering assistance by the electric motor. the amount of power to assist is decided according to the speed of vehicle and input steering torque by the electronic control unit
相對傳統的液壓助力轉向系統而言，電動助力轉向系統由電動機提供輔助轉向動力，並由電子控制單元根據車速信號和扭矩信號來決定其大小。9. ancillary works including drainage, slope, landscaping and electrical and mechanical works, construction of embankments, retaining walls and cycle parks
9 .進行相關的輔助工程，包括渠道，斜坡，環境美化，機電等工程，以及興建路堤，護土墻和單車停放處In order to adapt well to the development of the overhaul with the locomotive, the article introduces a digital auxiliary motor test - bed based plc and touch screen technology, being an updated product of routine manual switch and relay - controlled test - bed, it can accomplish the functions such as testing, checking and other manipulations to d. c engine, a. c engine and phase converter through hmi - touch screen
為適應機車檢修水平現代化的發展步伐，本文研究設計了基於plc和觸摸屏技術控制的機車數字化輔機試驗臺，作為常規的手動開關和繼電器控制試驗臺的升級換代產品，通過人機界面（ hmi ） ? ?觸摸屏完成對直流電機、交流電機、劈相機的試驗檢測操作。The paper uses the romc method to analyse the claimed train approval optimization dss specifically. according to the peculiarity of the system, the paper uses the archetype method to design and develop the system, and design database subsystem, mb subsystem, kb subsystem in detail based on the giving the whole structure and the system structure
本文利用romc方法對鐵路請求車審批輔助決策系統進行了詳細的分析，基於本系統的特點，採用了原型法對系統進行了設計和開發，並在給出系統總體結構、系統體系結構的基礎上，相應進行了數據庫系統、模型庫系統、知識庫系統各個子系統的詳細設計。From the management mode and integrating the aircraft part production characteristics, analysis and studies the integrated management of the manufacturing information, the organizing of the production plan and the control of the production process of the part manufacturing workshops which is under the cims environment, integrate with lean production idea. and this paper also applies concrete system analysis, promote general design plan and model establishing method. this thesis mainly discusses the workshop production practical flow, brings forward the new " month, week, day three class plan control " method, expects to apply effective control to the overall production process
本論文在了解了同行業企業的製造管理模式之後，以西安飛機工業（集團）有限責任公司零件製造車間為例，對零件製造車間進行系統的研究和分析，在此基礎上開發一個基於cims環境下適合零件製造車間的生產作業計劃管理系統，與精益生產方式（ leanproduction ） 、精益思想相結合，並對其管理系統進行研究，達成以生產計劃、生產調度為龍頭，充分利用工藝、工裝、工時定額等製造信息，科學編制生產的月、周、日計劃，高效的支配生產資源（如人、設備、工具、輔助材料等等） ，動態組織生產調度，準確預測隱患，全面監控生產過程，從而達到有效的提高生產效率的目的，並利用科學的管理方式最終提高我們的製造水平。分享友人