production planning and control system 中文意思是什麼

production planning and control system 解釋
生產計劃管理系統
  • production : n 1 生產，產生；【物理學】（粒子的）生成；製造；（電影的）攝制；（戲劇的）演出；著作。2 產品，製...
  • planning : n. 計劃，規劃。 an overall planning 全面規劃。
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. This article focuses on the study of workshop level ' s management reform based on the factory level production management system, to accomplish the process standardization and automatization of workshop work planning management, workshop work management, vehicle vin bar code tracking management, and workshop resources management and control, to finally accomplish the goal to use information technology to support production management modernization

    本文著重研究，在工廠級的生產管理系統的基礎上向下延伸，著重於車間級管理上進行改革，實現車間作業計劃管理、車間作業管理、汽車vin條碼追蹤管理、車間資源管理與控制的流程化、自動化，達到以信息化支持生產管理模式現代化的目的。
  2. As to how to reduce inventory and optimize logistics to enhance the administrative level of the company, the article dwells with sound evidence on the points as follows : how to make sales forecast more accurate ; how to stengthen the execution of planning ; how to improve inventory management and how to have a better control of logistics in production, which says the company should creat a whole logistics management system to reduce the inventory, to optimise the management level, with all the processes basing on the same flat roof, so as to helping the company chance it " s management level, and the competitiveness in the market

    文章圍繞著如何降低庫存，提高企業物流運作效率，提升企業整體運作水平的論點，聯系了物流的相關的理論知識與實踐經驗，在提高預測的準確率，加強計劃的制定與執行，改善倉庫的日常物流事務管理，強化企業生產物流管理等方面，以有力的論據進行了詳細地闡述，以此說明了企業必須建立一整套物流體系，使整個物流過程處于同一個操作平臺，以利於庫存降低和企業管理水平的提高，最終提高企業的市場競爭力。
  3. This paper analysis production control mode and characteristic of discrete custom manufacturing, bring forward that push - pull mode can better solve its planning and controlling. matter - element which is holonic has application in describing manufacturing system. on this basis, establish extension control model

    本文分析了離散型製造業定製生產的生產控制模式和特點，提出了推拉相結合的混合控制模式，這種模式能較好的解決品種變化頻繁、批量小的製造系統計劃控制問題。
  4. This paper combines the application and research of cellular manufacturing resource management system in high - efficient numerical control machining technique research of commission of science technology and industry for national defense and demonstration project research of chengdu aerocraft corporation, studies and practice the management of workshop ' s resource management which according to mrp hand jit " s thoughts and the characteristic of manufacturing execution system to meet advanced management concept ; have realized the computer - assisted management of the measuring tool, cutter, fixture and material in numerical control manufacturing center of chengdu aerocraft corporation, have introduced some manage method, concept and the management thought in production planning and controlling management, stock management and cost management ; makes the information of cost manage department, technology department and resource management department can be shared and integrated with each other, have guaranteed the production of numerical control manufacturing center of chengdu aerocraft corporation can go on by order ; this paper is taking the management of cutter as a sample, have studied the major working process and the realistic demand of resource management in the environment of numerical control ; have established systematic function model and information model with the method of idefo, idef1x ; under the support of intranet, with the method of joint application and development, combines advanced management theory and reality, using mature software development tool, this paper have developed the computer - aided manufacturing resource management software under the pattern of c / s

    本文結合國防科工委「高效數控加工技術研究?成飛示範工程」課題中單元化製造資源管理系統的研究與應用，從車間層開始圍繞製造資源計劃（ mrp ）和準時制生產（ justintime ，簡稱jit ）的需求並結合製造執行系統（ manufacturingexecutionsystem ）的特點對車間資源的管理作了一定的研究和探討，並付諸實踐，以適應先進的管理理念；實現了成飛數控加工中心刀具、量具、工裝、物料等製造資源的計算機輔助管理，介紹了一些計劃與調度管理、庫存管理、成本管理的管理思想、理念及方法，完成了與車間生產調度部門、工藝部門、經營管理部門的信息共享和集成，從製造資源的角度保證了成飛數控加工中心的生產能有序、受控的進行；對今後的車間層製造資源管理探索出了一條切實可行的解決途徑。本文以刀具管理為例，研究了高效數控環境下製造資源管理的現實需求及主要的工作流程；採用idefo 、 idef1x方法建立了系統的功能模型和信息模型；並在車間局域網的支持下，採用聯合應用開發（ jad ）方法（即程序開發人員與最終用戶共同開發系統） ，以先進的管理理論為指導，結合生產現場的實際情況，利用成熟的軟體開發工具開發了c s模式下的計算機輔助製造資源管理系統軟體。
  5. The system includes production planning, quality management, energy management, statistical reports, basic datum management and users management. the system adopts a special coding method to track production quality, and the electrobaths " state is fed back to adjust production. this method realizes the efficient quality control in the successive production process

    系統以質量問題為核心，採用批號跟蹤主要生產設備狀態備案的方法考核產品質量，為生產過程提供反饋信息，從而實現了在不間斷的流程型生產過程中產品質量的跟蹤和控制；以生產成本中占據最大比例的能源費用為重點，對能源使用進行規劃控制。
  6. It presents the principle for concurrent engineering application in the enterprise tooling system, and it presents the adjusting, reform and reorganization on the aspects of tooling design, manufacture as we11 as work f1ow process and p1anning management etc. it specifies the production / planning control and coordination during the application of concurrent engineering method in tooling system. it has acguired good effect through real application of tooling system, and it has made some advantage theory study and try - - out for enterprise system further improving implementing concurrent engineering

    本文基於并行工程環境下對企業工藝裝備系統的生產性管理進行研究，重點研究了企業工裝系統組織模式，計劃管理和工裝技術與質量的管理，提出了應用并行工程原理對企業工裝系統在工裝設計、製造以及工作流程和計劃管理等方面進行調整、改造和重組，詳細闡述了工裝系統在生產過程中運用并行工程方法進行生產、計劃的控制和協調，並通過工裝系統的實際應用取得了良好的效果，為企業進一步綜合實施并行工程作了一些有益的理論研究和嘗試。
  7. This dissertation focuses on the production planning and control system of dispersed enterprises for the agile manufacturing environment and a general reconstructable holonic production planning and control system ( gr - hppcs ) is put forward. an extensive study on the system ’ s crucial technologies is carried out. 1. a general reconstructable holonic production planning and control system frame based on prosa is proposed, and a new production planning and control holarchy is developed not only with independence and collaboration but also with self - comparability and flexibility

    為此，本文面向敏捷製造環境以離散製造業的生產計劃與控制系統為研究對象，在對國內外文獻的研究和工程項目實踐的基礎上，提出了通用的可重構holonic生產計劃與控制系統，並著重對系統框架結構、信息組織、生產計劃、生產控制的若干關鍵技術問題進行了研究。
  8. Wether in handicraft workshop, or in modern enterprise, enterprise production planning and control is the core of production management system. the traditional manufacturing resources planning system ca n ' t adapt to the need of virtual enterprise

    虛擬企業生產計劃與控制的重點和難點在於協作成員企業之間協調，傳統的製造資源計劃系統難以適應虛擬企業這種新的製造模式對生產管理的要求。
  9. Next in order this paper presents the idea of establishing abc thought in the erp financial accounting module, mostly including first is establishing the relationship between cost driver and product 、 cost 、 expenses ； second is designing appropriate accounting evidence ； the third is establishing abc accounting process in financial system. and then bring up to reform the erp system from four aspects to adapt to the demand of abc cost accounting process design, we ( 1 ) divide activity center according to process means 、 process object 、 process craft and concentration degrees of geography position, ( 2 ) revise production craft flow detailed list, ( 3 ) compile resource requirements planning, ( 4 ) compile activity input / output control statement

    其次提出在erp財務會計模塊中構建abc思想的思路，主要包括建立成本動因與產品、成本、費用之間的聯系、設計適當的會計憑證、建立財務系統abc核算流程；而後提出從四個方面改造erp系統以適應abc成本核算流程設計的需要，一是按加工手段、加工對象、加工工藝和地理位置集中程度四個條件劃分作業中心、二是對生產工藝流程清單進行修訂、三是編制資源需求計劃、四是編製作業投入/產出控制報表。
  10. And then it gives a detailed specification of the ideal of holonic manufacturing. after compared holonic manufacturing architecture with traditional hierachical control system, it presents the architecture of production planning and scheduling based the concept of holonic manufacturing which consists of basic holons ( production holon, resource holon, order holon ) and assistant holon

    緊接著提出了基於合弄的生產計劃與調度系統體系結構由三個基本合弄（產品合弄、資源合弄與訂單合弄）和相應的輔助合弄組成，並詳細論述了該結構的構成原理以及各部分的分析。
  11. Informatization of man - hour management is an important issue of informatization in manufacturing enterprises. it is not only a necessary part for integration system of design ( cad / capp ), manufacture ( cam ) and information management ( mis / erp ), but also as an important basis for production planning, accounting and cost control in enterprises

    工時定額管理的信息化是製造信息化的重要組成部分，它是企業實現設計（ cad capp ） 、製造（ cam ）和管理信息（ mis erp ）信息集成的重要環節之一，也是企業進行生產組織、計劃、核算和成本控制的重要依據。
  12. Finally, the paper establishes system frame of ve ' s production planning and control

    最後，論文建立了虛擬企業生產計劃與協調控制系統的框架體系。
  13. In this thesis, on the basis of researching characteristic and emphasis of the production planning and control system of ve, the author study on the key enabled technology of virtual enterprise eynergic planning and control

    論文在分析了虛擬企業生產計劃與控制的特點、重點、難點的基礎上，重點對虛擬企業協同計劃與控制的關鍵使能技術進行了研究。
  14. The achievement of mass customization must be based on the internet and on the production planning and control system. therefore the paper systematically studies and analyses the customer relationship management, rapid reaction, cost, organization pattern, enterprise resource plan, production planning and production activity scheduling through synthetically applying many methods such as quantitative, qualitative, comparative, integration, emulation and case analysis, and also puts forward some new concepts, new ideas and new methods

    因此本文在綜合應用定性分析、定量分析、比較分析、集成分析、模擬以及案例分析等方法對大規模定製生產中的客戶關系管理、快速反應、成本、組織模式、企業資源計劃、生產計劃以及生產作業計劃進行了系統的研究和分析，提出了一些新概念、新思想和新方法。
  15. This article studies application of genetic algorithm in virtual enterprise production planning and control system ， and discusses the methods and skills of using genetic algorithm. at last, take a concrete application example as the background, the thesis designed a frame of synergic production planning and control information system of ve

    論文對遺傳演算法在虛擬企業計劃與控制優化中的應用進行了初步研究，針對虛擬企業生產計劃和控制中的兩個具體問題，設計了適合該問題的數學模型、編碼方法、適應度函數和遺傳運算元，探討了用遺傳演算法解決實際問題的方法和技巧。
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