車間管理 的英文怎麼說

中文拼音 [jūjiānguǎnlǐ]
車間管理 英文
equipment manufacturing - mold manufacturing workshosupervirsor
  • 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...
  • 管 : Ⅰ名詞1 （管子） pipe; tube 2 （吹奏的樂器） wind musical instrument 3 （形狀似管的電器件） valve;...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 車間 : farm; shop; workshop; department
  • 管理 : manage; run; administer; supervise; rule; administration; management; regulation
  1. Mes ( manufacturing execution system ) is information systems that reside on the plant floor between the planning systems in offices and direct industrial controls in the production manufacturing management process, which provides real - time information about the product planning, product tracing and resource allocation for the plant floor managers

    製造執行系統（ manufacturingexecutionsystem ， mes ）是位於上層的計劃管理系統與底層的工業控制之間的面向車間生產的管理信息系統。它能夠為車間管理人員提供生產計劃的執行、跟蹤以及所有資源的當前狀態等信息。
  2. Insisting on the principle of general planning and implementing step by step, this paper aims at the detailed analysis and design of production management subsystem, and finally builds the subsystem that includes plan management subsystem, aviation material management subsystem, quality management subsystem, technology management subsystem and workshop. management subsystem

    本著整體規劃，分步實施的原則，以生產管理子系統為突破口，對生產管理子系統進行了詳細的分析與設計。建立了由計劃管理子系統、航材管理子系統、質量管理子系統、技術管理子系統和車間管理子系統五大模塊的生產管理子系統。
  3. Mes ( manufacturing execution system ) is a management information system for the workshop layer, which lies in the production manufacturing process between the upper layer of plan - management and the ground floor layer of industrial control

    製造執行系統mes是位於上層計劃管理系統與底層工業控制之間的面向車間生產的管理信息系統。它能夠為車間管理人員提供生產計劃的執行、跟蹤以及相關資源的當前狀態信息，對生產過程進行監控，保證生產的有序進行。
  4. It possesses not only the self - learning ability and adaptability, but also the function of self - adjusting factors. based on fuzzy set, neural network theory, the fuzzy control model and fuzzy neural network control model of multi variable system are presented. based on the automatic core - welding line of shop floor control system in yangzhou radiator plant computer integrated manufacturing system ( ys - cims / sfcs ), the fuzzy logic theory was applied to the controlling device and established the main heating room fuzzy temperature controller and finally was put into practical use

    本文採用了基於神經網路技術的智能pid控制策略，設計了一類具有自學習和自調整比例因子功能的神經元網路自適應pid控制器的結構及演算法；為解決結構不確定性的復雜多變量系統的控制，基於模糊集及模糊系統、神經網路理論，建立了多變量系統的模糊控制模型及模糊神經網路控制模型；針對揚州水箱廠計算機集成製造系統車間管理與控制系統（ ys - cims sfcs ）中的實際工程問題，設計和開發了散熱器芯子烘焊自動線主烘腔溫度模糊控制器，解決了生產中長期存在的老大難問題，提高了產品質量，降低了單產能耗。
  5. An innovative pattern of " workshop management triangle " is proposed for workshop management, the core of automotive manufacturing management, providing some guideline to automotive manufacturing management in china

    摘要就汽車製造管理的核心「車間管理」提出了「車間管理三角形」的創新模式，並闡述車間管理三角形運行的「三角博弈」方式，對我國汽車製造的核心管理有現實的指導意義。
  6. The shop floor is the most important part of a manufactory. therefore, to develop a universal and adaptive shop floor management and control system that can adapt to changes and disturbances is necessary

    因此，作為企業信息化和現代集成製造系統的重要組成部分的自動化車間管理與控制系統的通用性和適應性問題倍受人們關注。
  7. There are many factors that can influence the universality and adaptability of the shop floor management and control system. this paper primarily does research on the shop floor ' s architecture and the implementation technology. we use the holonic theory and component based software development ( cbsd ) method to introduce the reconfigurability into the system, thereby attaining a universal and adaptive shop floor management and control system

    影響自動化車間管理與控制系統的通用性和適應性的因素有許多，本論文從系統的體系結構和相關的實現技術入手，採用合弄結構理論、可重構理論和基於組件的軟體開發方法對自動化車間管理與控制系統的通用性和適應性問題進行了探討。
  8. Workplace management system based on network

    基於網路環境的車間管理系統
  9. Workshop management, quality control, product familiarity training

    車間管理，質量控制，產品認知培訓。
  10. On the ground of fact of photoelectricity industry, the paper puts forward idea and algorithm of flexible job shop scheduling

    並根據光電子加工中的實際情況，提出了柔性車間管理理論及演算法。
  11. He has imported this concept, complete with a japanese management consultant, to united technologies ' factories

    他引進並與一個日本管理顧問一起完善這一概念，然後用在聯合技術公司的車間管理上。
  12. Define performance indicators and implement them with the assistance of workshop management, follow up and analyze the indicators, and optimize it

    在車間管理層的幫助下，定義績效指標並實施。對該指標進行跟蹤、分析並進行優化。
  13. You will need to manage production and production scheduling, inventory control, manpower and shipment scheduling, administration and general affairs

    負責生產計劃安排和車間管理、庫存控制、人力資源、出貨計劃、行政和總務工作。
  14. As a layer of the 4 - layers architecture of networked manufacturing system, workshop manage system will affect the whole system ' s effects for it ' s management level and agility

    車間管理系統作為網路化製造系統4個層次之一，其管理水平和敏捷性將影響整個系統的成效。
  15. The present researching status and technology traits of several workshop management technologies are analyzed ; the main study contents and the structure of this paper are summarized

    並分析了幾種車間管理技術的研究現狀和技術特點，概述了本文的主要研究內容和論文結構。
  16. The center production model combines the advantages of specialization and comprehensiveness and differs from the traditional models as a totally new way of comprehensively production organizing method

    中心製造船模式不同於傳統車間管理模式，根據專業特性和綜合技術要求建立一種新的綜合型生產組織方式。
  17. In this paper, the actual status and trend of the research on shop floor management and control system, as well as the functions of holonic manufacturing system and manufacturing execution system is discussed

    本論文詳細論述了車間管理與控制系統的研究狀況和發展趨勢，分析了合弄製造系統與製造執行系統的功能。
  18. According to the information management system developed for the standard part workshop, chengdu airplane company ( cac ) to realize its agile and cooperative work, this paper puts forward an architecture of virtual workshop management and control, implementing model of virtual workshop production scheduling and management system based on multi - agent principle, programming technology and method of constructing knowledge management system

    本文以實現成都飛機公司標準件製造車間的敏捷性和協同作業需要為實際背景，研究了虛擬車間管理與控制的體系結構、基於多智能體技術的虛擬車間生產作業規劃與管理系統的實施方法、網路編程技術及虛擬車間中調度和知識管理問題。
  19. Then some implementing re - configuration key technology such as com / dcom, corba, workflow technology are introduced. chapters, after general analysis of production management system and description of the requirement of supported re - configuration pms, a system frame of supported - reconfiguration pms is presented. then under the supported re - configuration philosophy, the common function models ( including basic data, production schedule, production process management, workshop management ) are designed

    第三章通過對生產管理系統的總體分析，給出支持可重構的生產管理系統體系結構的需求，並提出了一個支持可重構的生產管理系統體系結構，進而根據支持可重構的設計思想對生產管理系統中的通用功能模塊（基礎數據、生產計劃、生產過程管理、能力需求計劃、車間管理等模塊）進行了功能設計。
  20. In this dissertation, special emphasis has been put on the methods of cost of manufacture resource planning ( mrp ii ) and manufacturing execution system ( mes ). the dissertation mainly consists of three sections : 1 ) because popular manufacture resource planning ( mrp ii ) software is lacking in controlling cost of manufacturing and manufacturing execution system ( mes ) software does n ' t contain cost management module, cost management is added to mes to enhance the controlling of cost of workshop. through combination of mrp ii and mes, the cost of product life cycle can be manipulated and the information of cost is accurate and timely

    本文以車間成本管理為研究課題，重點論述了離散性企業在製造資源計劃（ mrp ）和製造執行系統（ mes ）環境下的車間成本管理方法，主要研究內容有： 1 ）根據當今流行的製造資源計劃（ mrp ）系統對車間生產底層的成本控制不完善，而針對車間管理層的製造執行系統（ mes ）又缺乏成本管理的現狀，提出將成本管理加入到製造執行系統（ mes ）中，增強對車間層的成本控制，再通過mrp系統和mes系統的結合，可以對產品的整個生命周期的成本進行控制，從而提高成本的準確性和實時性。
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