flexible manufacturing system 中文意思是什麼

flexible manufacturing system 解釋
彈性製造系統
  • flexible : adj. 1. 易彎的，撓性的。2. 柔韌的；柔順的。3. 靈活的。adv.
  • manufacturing : adj 製造的，從事工業的。 a manufacturing town 工業城市。 a manufacturing district 工業區。 the ma...
  • 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. Other projects include 3d laser scanner, computer - aided garment pattern design system, e - manufacturing system, and flexible manufacturing system that aims to help manufacturers upgrade their production quality and capability

    其他項目包括立體激光掃描器、電腦輔助成衣紙樣設計系統、電子生產系統及彈性製造系統，有關項目均旨在協助製造商提升生產質素及能力。
  2. Synthetic evaluation algorithm for flexible manufacturing system ' s scheme selection

    柔性製造系統選型的模糊綜合評價法
  3. ( 4 ) at the stage of producing, cost controlling based on activity is necessary. abm lies in that it indicates the just - in - time production system ( jit ) 、 the flexible manufacturing system ( fms ) 、 total quality management ( tqm ) and enterprise resource planning ( erp ) to work by activity analyzing

    4 、在產品製造階段，進行以作業為基礎的成本控制，它主要表現在作業分析為適時生產系統（ jit ） 、彈性製造系統（ fms ） 、全面質量管理（ tqm ） 、企業< wp = 6 >資源計劃（ erp ）等等指明了管理方向或者是落腳點。
  4. It improves the communication reliability in fms ( flexible manufacturing system ), which makes use of the broadcast and one - to - one function of mailslot combined with the windows socket, achieves the purpose that one equipment failed would not result in an end of the whole system

    本文所提出的一種新的採用郵槽與套接字相結合的通信方法，提高了fms （柔性製造系統）中通信的可靠性，利用郵槽的廣播和一對一通信功能與套接字相結合，達到了不因一臺設備故障導致全系統失效的目的。
  5. The research on discrete event systems ( des ) is begun in the 1980 ' s. with the rapid development of information techniques, computer science and robotics, lots of manmade systems have appeared in communications, manufacture, traffic and military affairs. the flexible manufacturing system ( fms ), communication network, aerodrome traffic control system and military c3i system are the typical examples of manmade systems

    離散事件系統（ des ）的研究興起在八十年代初期，隨著信息處理技術、計算機科學和機器人技術等的發展完善和廣泛應用，在通信、製造、交通管理、軍事指揮等領域相繼出現了一些反映技術發展方向的人造系統，其典型的例子如柔性生產線或裝配線、大規模計算機和通信網路、空中或機場交通管理系統、軍事指揮中的c ~ 3i系統等。
  6. High intellectual, high flexible manufacturing system based on multi - type low - volume production is the main mode in future

    摘要以多品種小批量為主的高智慧、高柔性自動化生產加工系統是未來的主導生產方式。
  7. There are some achievements of this subject : strengthen the open of the software ; double cpus have accelerated the computational speed ; the module structure of hardware has improved systematic dependability, and it benefits further expansion and upgrading the nc system ; strengthen programming function, figure function, man - machine dialogue function, diagnosing and communication function ; the developments of this system establish foundation for our school ' s develops machine control system, machining center and flexible manufacturing system, etc further in the future

    本課題取得了如下成果：增強了原機床軟體的開放性；採用雙cpu加快了計算速度；硬體模塊化的結構提高了系統的可靠性，便於數控系統進一步的擴展及升級；編程系統的功能、圖形功能、人機對話功能及自診斷功能、通信功能加強；此系統的開發為將來我校開發研製多機控制系統、加工中心和柔性製造系統等奠定了基礎。
  8. With the development of modern science and technology, it is more and more necessary to apply the advanced manufacturing technology with higher precision, efficiency and intelligence in the modern industrial manufacture. machine vision technology has much virtue such as rapid, repetition, intelligent, non - contact and with strong anti - jamming ability. it is used in the flexible manufacturing system ( fms ) and increases the systems ’ flexibility, automatization and intelligentizing level

    隨著現代科技的發展，現代化工業生產對製造精度更高、效率更快、智能化更高的先進製造技術要求越來越迫切;機器視覺技術具有快速性、可重復性、智能化、非接觸、現場抗干擾能力強等優點，機器視覺技術應用於柔性製造系統中大大提高了系統得柔性化、自動化、和智能化水平，適應了現代製造業的進步和發展要求，在實際應用中顯示出了廣闊的應用前景。
  9. Flexible manufacturing system in 21 century

    面向二十一世紀的柔性製造系統
  10. Flexible manufacturing system ; fms

    柔性製造系統
  11. Fms flexible manufacturing system

    柔性製造系統
  12. Flexible manufacturing system fms

    柔性製造系統
  13. The first is the interface of software and hardware which is based on opc technology, its function is building the communication between the devices and the function components ; the second is the control module which corresponds with all of the function components according to the task and process ; the third is fms configurable components module, it can provides not only the friendly operation environment but also the configurable operation interface in line with the layout of devices on the workshop. on this basis, a prototype system is developed, by which the control system of the flexible manufacturing system is constructed for the teaching fms system in the cims center of college

    基於opc技術的軟、硬體介面模塊，它實現了fms的各功能組件對底層設備的數據實時採集和控制指令的下達; fms調度控制模塊，它根據加工任務和加工路徑要求，協調並控制著fms系統各個功能組件之間的邏輯動作操作順序; fms系統組態配置模塊，它不僅提供了友好的人機操作界面環境，而且還可依據現場設備布局的具體情況進行界面的組態布局配置。
  14. In this paper, a structural methodology for bottom - up synthesis of petri nets for 1c flexible manufacturing systems is presented for the first time. with the help of a guarantying policy of liveness, a live, bounded and reversible final model can be obtained by merging different submodels through what is called autonomy subnet sharing among them. to demonstrate the application of the method, a flexible manufacturing system of integrated circuits is modeled and analyzed using the proposed theory

    本文首次提出了一種面向集成電路柔性製造系統的基於共享「自治子網」融合和活性保證策略的「至底向上」的petri網結構化建模方法，在理論上證明了該方法保證所得模型的活性、有界性和可逆性，並且利用該方法與著色petri網結合，對一個集成電路柔性製造系統進行了全面的建模和分析。
  15. In accordance with fact, the systematic structure is elaborated in the intelligent manufacturing system ; the model is established in the machining centers ; the automatic calculation of the dimensions chain is prevented ; the cell technique resources are selected in the system. for example : first, with the developing of manufacturing industry, a new mode of intelligent manufacturing has appeared. the paper elaborate the natural feature of intelligent manufacturing, proposes multiagents " architecture, and elaborates the means of the model building based on the available manufacture technique ( cnc : computer numerical control ; fms : flexible manufacturing system ; cim : computer integrated manufacturing ) 。 second, the paper introduces the fundamental theory of petri ' s net

    本文著重就以下幾個方面的內容進行深入闡述和探討: 1 .從現有製造技術（ cnc : computernumericalcontrol ; fms : flexiblemanufacturingsystem ; cim : computerintegratedmanufacturing ）闡述智能製造的特點，敘述了multiagent系統結構，進一步闡述了系統分析、設計中建模方法; 2 .介紹petri網的基本理論，利用它對某車間加工中心系統生產過程建立模型，反映整個系統的加工動態特性，用arena7 . 0語言進行模擬研究，分析系統資源配置的合理性、高效性，為復雜的製造自動化系統的建模與模擬打下基礎; 3 .論述了cad / capp / cam （ computeraideddesign / computeraidedprocessplanning / computeraidedmanufacturing ）智能化集成的網路結構、數據通信等技術，對智能化工藝設計中的尺寸鏈的自動計算進行了探討，提出了lu分析演算法的原理及實現方法，編寫了計算機程序，為capp （ computeraidedprocessplanning ）中的智能化設計提供了一個子模塊。
  16. As an advanced manufacturing technology researched thirty years ago, cms ( cellular manufacturing system ) has succeeded many merits of both cims ( computer integrated manufacturing system ) and fms ( flexible manufacturing system )

    單元式製造系統（ cms ）是繼計算機集成製造系統（ cims ）和柔性製造系統（ fms ）之後的又一項先進的製造理論體系。
  17. On simulating flexible manufacturing system with multithreading technique

    模擬的多線程技術
  18. Flexible manufacturing system

    加工自動系統
  19. Fms ( flexible manufacturing system ) is an automatic system with high technology and much investment

    柔性製造系統（ flexiblemanufacturingsystem ， fms ）是技術含量高、投資風險大的自動化製造系統。
  20. Flexible manufacturing system is a typical real - time dynamic discrete event system composed of a number of computer - controlled machines, automated material handling and storage equipments

    柔性製造系統（ flexiblemanufacturingsystem ）是一類極其復雜的離散事件動態系統（ discreteeventdynamicsystem ） 。
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