車間預算 的英文怎麼說

中文拼音 [jūjiānyùsuàn]
車間預算 英文
department budget
  • 車 : 車名詞1. （中國象棋棋子的一種） chariot, one of the pieces in chinese chess2. （國際象棋棋子的一種） castle; rook
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 預 : Ⅰ副詞（預先; 事先） in advance; beforehand Ⅱ動詞（參與） take part in
  • 算 : Ⅰ動詞1 （計算數目） calculate; reckon; compute; figure 2 （計算進去） include; count 3 （謀劃;計...
  • 車間 : farm; shop; workshop; department
  • 預算 : budget1991
  1. In this article i do a lot of analysis for the data formed in the mobile samples with the basis of the research of data mining, mainly including : it analyses and summarizes the theory and technology of data, especially the further discussion of the data mining algorithm for time sequential. it introduces the course of the test curve of the power transmission system of electric mobile and discusses the technology and methods of pretreatment for curve data. it studies and develops the antitype system for the analyses of test curve data of the power transmission system of electric mobile with the mining and analysis of test curve data of the power transmission system of electric mobile and the basis of the algorithm of time sequential

    本文以目前數據挖掘的研究為基礎，對汽車樣品試驗中形成的大量數據進行分析處理，主要研究內容包括:分析和綜述了數據挖掘理論基礎和相關技術，特別是對時間序列挖掘演算法進行了深入的討論介紹了電動汽車動力傳動系統檢測曲線生成的基本過程，討論了曲線數據的預處理技術與方法以時間序列挖掘演算法為基礎，對電動汽車動力傳動系統檢測曲線數據進行了挖掘與分析，研究並開發了電動汽車動力傳動系統檢測曲線數據分析原型系統。
  2. Axial load composed of five main kinds of vehicles was gained by eye - observing, and then the mean exchange coefficients of each kind of vehicles and equivalent standard axle load were obtained

    利用目測法得到各類車輛軸載組成，通過分析得到各類車輛平均軸載換算系數，然後求得標準軸載作用次數，採用空間換時間方法，最後建立了四個地區不同交通量等級下的路面使用性能預測方程。
  3. Measuring engine transient process data in ca1258p1k2l11t1 truck in accelerated mode, recording and analyzing the data, then analysis the test error. 4. building model and simulating two typical running mode ? fixed 6th gear acceleration with initial vehicle speed 40km / h and gear change acceleration starting with 2nd gear, comparing calculated result with test result, revising transient process simulation model and analyzing error between calculation

    本文基於ca1258p1k2l11t1載重卡車對ca6df2 - 26發動機的瞬變工況進行試驗和模擬計算，結果表明: 1 ） gt - power軟體可以很好的模擬、分析、預測發動機瞬變過程，模擬計算的結果與試驗結果很接近，試驗證明，預測分析指出的改進方向是正確的; 2 ）加裝電動增壓器可以降低整車使用油耗，改善低速煙度排放，縮短加速時間，改善整車的加速響應; 3 ） gt - power軟體預測分析配合發動機和整車試驗是分析、解決發動機瞬變過程的有力工具。
  4. It is proved by measuring noise of fan room of jcfk, that there are pretty good agreements between estimation and experiments. then, this model is applied for the practical engineering of noise control in fan room. the ways to connection qualitative with quantitative, analysis in theory with policy decision in practice are successfully used and the optimal scheme of noise control is achieved. moreover, the effect of the optimal scheme is estimated. this paper makes considerable headway about not only the research range and content but also the theoretical basis and research method. it has the important practical value

    把模型運用於復烤廠風機房噪聲污染治理的實際，採用定性分析與定量分析，理論計算與經驗決策相結合的方法，對風機房車間噪聲控制，隔聲間噪聲控制和傳播途徑噪聲控制三方面系統研究，制定風機房噪聲控制優化方案，並編程預測治理效果。這不僅將噪聲污染監測，評價治理，預測的研究有機地結合起來，拓展了研究范圍和內容，而且研究方法有所創新，對當前工業噪聲優化控制有較強的推廣和應用價值。
  5. In this paper the train running noise level has been predicted with the theory of point sound source. the sound exposure level of a train set pass, equivalent continuous sound level and maximum sound level of a train set pass has been taken as estimate values, and some kinds of affixation attenuation on the course of noise propagation is considered, then the corresponding visual software has been developed. these make it convenient and precise to predict the noise level

    本文從點聲源的理論出發，對列車運行噪聲進行預測計算，採用一列車通過時的單發暴露聲級、時間特性的最大聲壓級和一定時間內的等效聲級等作為噪聲評價量，並考慮了噪聲傳播過程中的各種附加衰減，編制了相應的可視化軟體，使噪聲預測計算方便、準確。
  6. Responsible for workshop department capital budget forecasts, maintaining current operational budgets and internal costs, maintaining sufficient consumables and stocks for the projects

    負責車間的資金預算，維持當前運作預算和內部成本，維持項目有足夠的消費品和庫存。
  7. In this paper, the relation among highway alignment, vehicle operating velocity, vehicle fuel consumption and vehicle dynamics is discussed synthetically. to evaluate and optimize the design of highway alignment, a " high alignment - vehicle move and system dynamic response " model has been established. by using the computer program of the system, which is written with visual c + + 6. 0, one could easily draw out the variation curves of vehicle operating velocity, vehicle fuel consumption and some certain vehicle dynamics index

    公路線形設計以汽車行駛規律為出發點，本文嘗試以汽車系統動力學的觀點研究道路線形設計問題，針對目前設計中存在的一些問題，建立了「公路路線? ?汽車運行響應模型」 ，分為行駛速度、耗油量預測和動力學響應計算兩大模塊，主要是為了克服傳統汽車理論在指導公路路線設計時過于簡化汽車，只考慮計算行車速度的弊端，力圖通過建立「路線方案? ?行駛車速? ?力學響應」相互之間的量化關系模型，為公路線形指標的選取和優化提供一定的參考價值。
  8. Due to the complexity of noise prediction calculation, the train running noise was taken as line sound source to predigest the model in fore prediction commonly, by this way, the error of the result and the fact value was relatively great

    由於噪聲預測計算的復雜性，在以前的預測方法中一般都是將列車運行噪聲作為線聲源，以使預測模型簡化，這樣得到的結果與實際值之間誤差較大。
  9. The transport department reminds passengers who intend to use the lok ma chau - huanggang cross boundary shuttle bus service or the six hong kong - huanggang cross boundary coach routes with fixed schedules and stopping points during ching ming and easter holidays to plan their journeys and to travel by rail via lo wu control point as far as possible

    運輸署提醒打算在清明及復活節假期期間利用過境穿梭巴士由落馬洲往皇崗，或六條定班定點過境巴士線由香港各區往皇崗的旅客，應預早計劃行程，並盡量利用火車到羅湖管制站過境。
  10. In this thesis, after introducing calculation of regressive analysis, calculation of timeliness sequence and calculation of seasonal variation, the author tried to find some calculating methods for xintian co. ltd through comparing many kinds of calculating method. after a great deal of calculation, analysis and comparison, the author found the suitable calculating methods for most kinds of xintian co. ltd ' s motorcycle respectively

    本文在介紹回歸分析預測法、時間序列預測法和季節變動預測法等預測方法的基礎上，通過大量的計算、比較和分析，為新田公司的幾種主要車型找到了各自的預測方法，並且把預測的銷售量和最新的銷售資料進行比較，從而為新田公司的各主要車型選定了各自合適的預測方法。
分享友人
分享到 Line

分享到臉書