单元生产

  • 网络Cell Production;CELL;cell line;WORK CELL
单元生产单元生产
  1. 并重点介绍了与工艺相关的单元生产、需求预测、FMEA分析等基础知识,提出用持续改进的思想来不断优化加工工艺,以适应企业产品需求、生产管理、质量要求的不断变化。

    The article highlights the basic knowledge related to machining technology such as cell production , market demand prediction , FMEA , and it also proposes that the machining technology should be optimized continuously to accommodate the ever changing requirements on products , production management and quality .

  2. 而单元生产(又称单元制造)是精益生产的一个模块,是大家对精益生产认识不断加深的产物,为日本以及欧美企业所广泛采用。

    Cell production is a module of lean production resulted from deepening understanding of lean production . It has been widely adopted by many companies of Japanese and European .

  3. H公司电池装配线单元生产方式的应用研究

    Application Research of Cell Production System in Battery Assembly Lines of H Corporation

  4. 而单元生产方式(CellularManufacturing)是一种适应多品种小批量的柔性生产方式。

    Cellular manufacturing is a flexible production mode adapting to multiple product types and small batch .

  5. 由于在工厂中往往很难采集到丰富的故障数据,所以利用aspenplus软件模拟CTA加氢精制单元生产过程,收集所需的故障数据。

    Since it is often difficult to collect the abundant fault data in the factory , ASPEN PLUS based CTA hydrofining process model is used to generate the needed data .

  6. 详细研究了FMS制造单元生产计划调度系统的功能需求,提出了由单元生产作业计划、静态作业调度和实时动态作业调度三个调度层次组成的递阶单元控制器生产计划调度系统。

    After researching the function requirements of the planning and scheduling in manufacturing cells , the paper advanced a control structure with three phases , i. e. planning , scheduling and dispatching .

  7. 介绍了国内外ADC生产技术的现状,包括水合肼生产、联二脲生产、联二脲洗涤、ADC洗涤、离心脱水、干燥、包装7个单元生产过程。

    The present situation of ADC production technology at home and abroad is introduced , including hydrazine hydrate production , biurea production , biurea-washing , ADC-washing , centrifugal dehydration , drying and packaging is introduced .

  8. 然后在GU公司组装线应用单元生产方式并进行效益对比分析。最后,基于层次分析法(AHP)建立生产方式评价模型。

    Then the application of cellular manufacturing system for an production assembly line and benefits are analyzed . Finally , it establishes the mode of production evaluation model that is based on the analytic hierarchy process ( AHP ) method .

  9. 井间不同流动单元生产压差预测方法

    Prediction method for producing pressure differences of interwell flow units

  10. 网络联盟企业制造单元生产控制与调度策略研究

    Research of production control and scheduling strategy in manufacturing cells for extended enterprise

  11. 模具制造网格中的制造单元生产调度系统研究及实现

    Research and Realization for the Manufacturing Cell Scheduling System in the Mould Manufacturing Grid

  12. 作业单元生产流程优化主要是对单元内部流程进行优化。

    The BPI of working unit is mainly improved in the unit inner flow .

  13. 单元生产方式产线布局设计与仿真研究

    Research on Layout and Simulation of Work Cell

  14. 独立制造岛是按成组技术原理构成封闭的单元生产系统。

    Autonomous Manufacturing Island ( AMI ) is a cell-manufacturing system based on group technology .

  15. 管理有效性反映的是评价单元生产绩效或经济绩效的相对改变程度。

    The effectiveness of management , a new level of performance management , is emerging before us .

  16. 基于分散搜索的零部件跨单元生产的单元管理方法单元生产方式产线布局设计与仿真研究

    Cell Management Considering Parts Processed on Machines in Multiple Cells Based on Scatter Search Approach Research on Layout and Simulation of Work Cell

  17. 生产流程优化包括两方面内容:一方面是供油系供油模式优化,一方面是作业单元生产流程优化。

    One is the improvement of oil supply model in oil supply system . The other is the optimization of product flow of business & working unit .

  18. 过程企业由于其特定的技术经济形态,由单元生产过程和市场需求协同作用,驱动决策流成为其知识管理显著的特点和难点。

    Due to its unique technical & economic characteristics of process enterprises-collaboration between product units and market demand , it is difficult to implement knowledge management in process enterprises .

  19. 车间内传统的固定单元生产模式以及仅靠经验来管理调度的模式已经不能应对实际车间中随机事件的发生,不能实现对每一次加工任务的最佳配置。

    And traditional fixed element manufacturing mode in job shop and management scheduling mode only with experience could not cope with the happening of random events , and could not realize the best configuration for each manufacturing task .

  20. 与此同时,企业中的生产方式也随着制造业的发展不断变化,从手工作坊式到流水线、大批量生产方式,再到柔性更好的单元生产方式等,这个过程中经历了许多的变革。

    At the same time , the production mode in enterprises with the development of the manufacturing sector changes gradually from hand-to workshops lines to mass production methods , and to more flexible production units , in which many changes are involved .

  21. 因此本文首先构造二阶段加法DEA模型的生产可能集及其生产前沿面,并进一步给出决策单元在生产前沿面上的投影。

    So in this paper we first construct the production possibility set and the production frontier of the two-stage additive DEA model , then define its projection .

  22. 单元式生产方式分析及对策研究

    The Analysis of Cell Line Production Mode and Countermeasure Research

  23. 一种单元制生产方式设备布局问题的研究方法

    The Facility Layout Study Based On Celluar Manufacturing

  24. 最后,通过离散动态规划形成虚拟制造单元的生产作业调度次优可行方案。

    Finally the static schedule in each virtual manufacturing cell is generated with discrete dynamic programming .

  25. 在制造系统的生产过程中,生产设备是制造生产过程的核心资源,也是完成制造加工的功能单元,生产设备的配置尤为重要。

    Facility is not only the core of manufacturing , but also completion of the functional unit of the manufacturing processing .

  26. 构造了钢铁生产单元、生产工序及钢铁生产流程的物质流图,建立了物质流输入-输出模型。

    The material-flow diagrams for a production unit , a process and a production flow are constructed , the material input-output model is established .

  27. 为了适应瞬息万变、不可预测的经营环境,多品种中小批量制造企业采取生产单元化生产方式已成一种发展趋势。

    In order to adapt to the fast-changing and unpredictable business environment , multi-species batch production enterprises taking the cellular manufacturing have became a development trend .

  28. 为了提高制造执行系统的整体执行性能,需要对各单元的生产业绩进行分析与评价。

    In order to enhance the total performance of manufacturing execution system , it is necessary to analyze and evaluate the performance of each manufacturing unit .

  29. 阐述了大型火电厂单元机组生产的一般过程和控制要求,并对锅炉燃烧过程及其控制系统做了较为详细的介绍。

    Production process and control demands of large units are introduced , and the process of boiler combustion and its control system are introduced in detail as well .

  30. 为了使可重构石材台面板生产线具有足够的柔性,采用基于可重构单元的生产线结构,结合混合整数规划模型完成了可重构单元构建。

    For enough flexibility and reconfigurability , the structure of reconfigurable stone countertop production line is built based on reconfigurable cells , which are constructed by mixed integer programming model .