階段控製法 的英文怎麼說

中文拼音 [jiēduànkòngzhìfǎ]
階段控製法 英文
step mode of control
  • 階 : 名詞1. （臺階） steps; stairs 2. （等級） rank 3. [醫學] （耳蝸的三個螺旋管的任一個） scala 4. [數學] order 5. [地質學] stage
  • 段 : Ⅰ量詞（部分） section; segment; part; paragraph; passage Ⅱ名詞（姓氏） a surname
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 法 : Ⅰ名詞1 （由國家制定或認可的行為規則的總稱） law 2 （方法; 方式） way; method; mode; means 3 （標...
  • 階段 : stage; phase; period; gradation; bench
  1. The main points of hlsip quality control includes : during the design stage, it is necessary to control the scheme comparison and optimum design, esp. the waterwork, electromechanical device and irrigation region planning, to improve the design quality and pay attention to control the long - term benefits of design results ; during construction period, the supervisor should help proprietor choose construction contractor, sign the construction contract, supervise the manufacture of equipment and strictly execute the quality control procedure to subject the construction to controlled mode ; in addition, the contractors must improve their quality self - control, maintain the notion " quality first " and insist the full process, multiway, and multi system control of construction quality

    高揚程梯級提水灌溉工程質量控制的重點包括：設計階段控制好方案對比、設計優化，特別是水工建築、機電安裝、灌區規劃等多專業多目標的確定和協調，提高設計質量和深度，注重控制設計成果的長期效益；施工階段協助業主選擇好施工承包商，制定出嚴謹、完備的施工合同，搞好設備監造，嚴格執行質量控製程序，使工程施工時時處于受控狀態；同時要提高承包商的質量自控能力，堅持施工質量的全過程、多方法、多體系控制。
  2. Liquid - solid extrusion of composite material is a new kind of metal forming process, which has been developed in recent years with a promising practical application prospect for its simple working procedure, low cost and good workpiece performance. through a lot of experiments, the optimization and chosing method of key process parameters ( pouring temperature, mold warm - up temperature, impregnating pressure, impregnating time ) has been mastered. under the precondition of appropriate chosing these parameters, the effective control of extrusion velocity is the key of mading good workpiece. but the control of extrusion velocity remains a handwork, and it is heavily affected by such uncertainties as a handler ' s knowledge and skill about the process. in order to solve the problem, the automatic control of the extrusion velocity is studied, and a computer control system is also designed under existing condition

    通過大量實驗，已掌握了關鍵工藝參數（熔液澆注溫度、擠壓模預熱溫度、浸漬時間、浸漬力）的優化選取方法。在合理選取關鍵工藝參數的前提下，擠壓速度的控制是成形出質量良好製件的關鍵。但是，目前對于擠壓速度的控制仍停留在手動控制階段，利用該工藝制備管、棒材製件的成功與否受操作者對該工藝及其設備的經驗及熟練程度等不確定因素影響很大。
  3. 6. a new method that adopt small exciter emulation to the dual - shaker vibration system and research the numerical electric current phase synchronous controller, thus

    6 .提出採用小型激振器模擬並聯雙振動臺進行數字式電流相位同步控制器試驗研究的方法，從而降低同步控制器在研製階段的試驗成本，並且避免同步控制器的不確定性給振動臺造成損傷。
  4. On the basis of collecting and processing many datum and materials. firstly. this paper analyzes main activities and cost constitutions of each stage of the life cycle of a fcs, and lay a foundation for later analysis and evaluation of system lcc. secondly, a basis method and usage range for estimating the system lcc are introduced. a multivariate linear regression model of pcs development cost and cost driven factor is built by use of the parametric method and supplies the base of cost estimation of newly - developed systems. thirdly, combine actual examples and make statistical analysis of lcc of a certain pcs developed by our institute, predict unhappened usage and service cost with grey prediction method, obtain proportion of each constitute to the lcc. forthly, according to actual conditions, use the fuzzy theory to overall evaluate efficacy of the fcs, fifthly, combimng our actual conditions, investigate specific measures of how to implement the life cycle cost management in our institute and put forward a new conception of developing web - based flight control system lcc management information system with pdm as the platform. at last, investigate important factors such as reliability and maintainability that may affect the life cycle cost of the fcs in detail, and put forward specific methods of lowering the life cycle cost of the fcs

    論文在收集和整理大量資料的基礎上，首先深入分析了飛控系統壽命周期各階段的主要活動以及各階段的費用構成，為以後系統壽命周期費用的分析和評價奠定了基礎；其次，介紹了壽命周期費用估算的基本方法和使用范圍，並利用參數法建立了飛控系統研製費用與費用驅動因子的多元線性回歸模型，為新研系統的費用估算提供了依據；第三，結合實例對我所研製的某型飛控系統的壽命周期費用進行統計分析，運用灰色預測方法對未發生的使用及維修費用進行預測，得出了該系統的壽命周期費用以及各組成部分所佔比例；第四，根據實際情況，首次運用模糊理論對飛控系統的系統效能進行了綜合評價，構造了飛控系統系統效能模糊綜合評價模型；第五，結合我所實際，探討了如何在本單位實施加強壽命周期費用管理的具體措施，提出以pdm為平臺，開發基於web的飛控系統lcc管理信息系統的新構思；最後，對影響飛控系統壽命周期費用的重要因素如可靠性和維修性等進行了詳細地研究，提出了降低飛控系統壽命周期費用的具體方法。
  5. This text focuses on applying abc thought to make research of and design erp system ' s cost accounting and controlling flow on design stage 、 purchase stage 、 production stage and sale stage, primarily including that we : ( 1 ) on design stage, imitate and optimize activity - based cost, as well as establishing the relationship between production design and enterprise production activity chain and product bom through erp ' s cost imitation function, rejecting invalid and non value added activity on applying the thought of abcm, then optimizing activity chain 、 production structure and production design from the cost point of view ; ( 2 ) on purchase process, applies the thought of abc to account and control purchasing cost ; ( 3 ) on production stage, apply thought of abc to calculate the product cost, and use the method of activity difference variance analysis to control product cost ; ( 4 ) on sale stage, apply thought of

    本文重點在erp系統的設計、采購、生產和銷售等四個階段，運用作業成本思想對其成本核算及控制流程作相關的設計研究，主要包括，一在設計階段對作業成本進行模擬和優化，即通過erp成本模擬功能，建立產品設計方案與企業生產作業鏈和產品bom結構之間的對應關系，應用作業管理的思想，剔除無效非增值作業，優化作業鏈及產品結構，從成本的角度優化產品設計方案；二在采購過程中，應用作業成本思想核算與控制采購成本；三在生產製造階段，運用作業成本思想計算產品成本，並採用作業差異分析法控制企業的產品成本；四在銷售階段，運用作業成本思想計算客戶服務成本，為erp系統中的客戶關系管理提供準確的決策數據信息。
  6. The control system should be adjusted to give up successive index control in the new type research, set up stage management measure to control technology state, set up people resource development system according to people oneself

    應該調整控制體系，取消新型號研製對繼承性指標的控制；建立技術狀態控制的階段管理辦法；建立以人為本的人力資源開發體系。
  7. The project based on the present level of technology to control exhaust of car, and the shortage application for cool egr in our country, aimed to research a kind of cool egr system which could adjust egr temperature automatically according to different working conditions of internal combustion engine. so the intelligent cool egr would be realized to decrease nox from car, which can satisfy the roul of low emission in our country

    本課題基於我國當前汽車排放技術相對落後的現狀，針對我國現階段汽車發動機冷卻廢氣再循環（ egr ）應用較少的問題，研製開發出一種能根據發動機不同工況調節egr冷卻溫度的外部冷卻egr系統，以實現冷卻egr的智能控制和精確控制，減少汽車尾氣中nox的含量，滿足國家的排放法規，減少汽車尾對環境的污染。
  8. In the more than twenty years developing history, the variable blast air conditioning systems go through three developing stages : constant static pressure constant temperature ( cpct ) control method ; constant static pressure variable temperature ( cpvt ) control method ; variable static pressure variable temperature ( vpvt ) control method

    變風量空調系統在二十多年的發展歷史中，經歷了三個發展階段：即定靜壓定溫度控製法（ cpct ） ，定靜壓變溫度控製法（ cpvt ） ，變靜壓變溫度法控制（ vpvt ） 。
  9. The quality control of the development control is a kind of original control and system control, and need carry out the idea of " prevention first, success one time ", and devide the development period reasonablly, the basic requirement of the quality control during the development period. the quality control during the manufacturing period must strengthen the control for purchased parts, working procedure, batch, key parts and important parts, quality check, reject parts, technical status, treating of with quality issues, etc. we must adopt check method in effect to assure that the reject products can not be taken out of the factory. we must collect and treat the quality information for the employment period, and serve the users in a good way

    研製過程的質量管理是源頭的管理、系統的管理，必須貫徹預防為主、一次成功的思想，合理地劃分研製階段，遵循研製階段質量管理的基本要求；生產過程質量管理要從外購器材的管理、工序的管理、批次的管理、關鍵件和重要件的管理、質量檢驗的管理、不合格品的管理、技術狀態的管理、質量問題的處理等方面加強控制；採取有效的驗收方法保證不合格的產品不出廠；及時收集處理使用過程的質量信息，做好為用戶服務。
  10. A study on modeling, scheduling and optimal control problems for a class of hybrid manufacturing systems is investigated. in this framework, the discrete entities have a state characterized by a temporal component whose evolution is described by event - driven dynamics and a physical component whose evolution is described by continuous time - driven dynamics, thus it is a typical hybrid system. not only the optimal control for manufacturing process like that discussed in many references but also the optimal machining sequence are considered in this paper. the whole problem is solved by a two - level optimization method : at the inner loop, for any given machining sequence of the jobs, the optimal control for manufacturing process is considered ; while at the outer level, an improved genetic algorithm is used to decide the optimal machining sequence of a batch of jobs to be processed. finally, some examples are given to illustrate the validity of the algorithm

    研究了一類單階段混合製造系統的建模、分析與調度問題，這類系統既包含離散事件動態，也包含連續時間動態，前者用排隊網路描述，後者用微分方程描述.不僅考慮了a這類系統的最優控制問題，而且考慮了工件進入生產線的最優時間，並用一個復雜的優化模型描述，同時給出了一個兩層優化方法，內層給出對給定工件序列的最優控制，而外層用一改進的遺傳演算法求解工件進入生產線的最優時間序列.若干模擬實例說明了演算法的有效性
  11. The key point of the implementation of caiv method is the project performance design and the develop process, for the expense control of these two stages will determine the major part of the weapon model life cycle cost, therefore this paper mainly study the implement of caiv in the development project to the management and the optimized method of weapon equipment

    Caiv方法的實施重點是項目的性能、費用設計及研製過程，因為這兩個階段的費用控制將決定絕大部分的武器型號壽命周期費用，因此本文將主要研究武器裝備的研製項目中如何實施caiv的管理方法和權衡優化方法。
  12. This article proposes the multitudinous methods and the countermeasures enhancing the universities construction items design stage cost rational, as well as based on the value engineering and the level analytic method of the concrete operating procedure of the universities construction items design stage cost control, it provides the model for enhancing the universities construction items design stage the cost rationality in our country now, also provides the reference on the enhancement of the overall level of the construction item cost management in our country

    本文所提出的在設計階段（特別是建築設計階段）合理控製成本的眾多方法與對策，以及基於價值工程和層次分析法的設計階段成本控制的具體操作方法，旨在為我國目前高校建設項目設計階段合理控製成本提供借鑒，並試圖為我國建設項目成本管理整體水平的提高提供參考。
  13. That how to enhance the rational method and countermeasure of the universities construction items design stage cost is studied emphatic, and on the foundation of the concrete example in the universities construction item, the article carries on the science assignment to the design quota of the construction item to the universities using the value engineering, and carries on the overall appraises to three kinds of design to choose the most superior plan using the level analytic method, thus to enhance the cost rationality of the universities construction item design stage

    簡要介紹了高校建設項目的建築設計與成本的相關概念和相互關系，重點研究了設計階段合理控製成本的方法與對策，並在分析具體實例的基礎上，利用價值工程對設計限額進行科學的分配，運用層次分析法對多種設計方案進行總體評價來選擇最優方案，從而探討在設計階段（特別是建築設計階段）合理控製成本的有效途徑。
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