成组工艺

  • 网络Group Technology;group process
成组工艺成组工艺
  1. 成组工艺分类编码法则的研究

    A Study on Classification and Code System of Group Technology

  2. 船用主辅机零件成组工艺应用研究

    Group Technology and Its Application in the Development of Marine Main and Auxiliary Mechanical Parts

  3. 本文着重介绍的基于成组工艺的CAPP开发工具是CAPP系统工具化研究的重要内容之一。

    In this paper , the main part of a GT based developing tool for CAPP has been introduced .

  4. 针对压力容器的设计和制造的特点,结合数据库技术、模块化参数设计和成组工艺技术,介绍了面向并行设计的压力容器CAD/CAPP系统的开发过程。

    According to the characteristics of design and manufacture of pressure vessel , combined with data base technique , modularized parameter design and group technique , the development of pressure vessel CAN / CAPP system oriented to concurrent design is introduced .

  5. 针对研究对象零件型面复杂的特点,使用Pro/eWildfire创建典型零件,并重点考虑典型零件设计和成组工艺过程设计的相关性,保持产品数据统一。

    Regarding the complex moulding surface of aerospace part components , this issue elaborates the typical part constitution with the help of Pro / E Wildfire , and emphasizes the correlation of typical part design and process planning as well as product data unification .

  6. 阀门零件分类编码与成组工艺的编制及应用

    Application and composition of classification codes of valve parts and classified procedure

  7. 成组工艺中用计算机进行分组方法的探讨

    A method of dividing the machining groups of the parts with the computer in group technology

  8. 将成组工艺的思想与遗传算法相结合,进行工艺路线排序优化,建立了工艺路线排序优化的数学模型。

    A methodology of process sequencing , based on group technology and genetic algorithms , is introduced .

  9. 按照成组工艺的思想,生成零件的典型工艺路线,采用遗传算法不断改进典型工艺路线,得到最优化的工艺路线。

    This approach makes use of group technology to create typical process route , and makes use of genetic algorithms to improve the route .

  10. 借鉴成组工艺的思想,提出了工艺可重用的层次化设计方法,将该方法应用到产品建模的不同层次,以及不同的零件对象。

    With the discussion of application mode of group process , the layering design method of process plans reuse is introduced . This method is applied to different level of product modeling and different parts .

  11. 在进行成组工艺规程设计后,在单元内通过生产能力平衡、工艺调整,才有可能在虚拟成组生产单元中形成准流水线生产,最终达到极大地提高生产效率。

    After the design of the group technology process planning , balance of production capability and adjustment of process are needed . Thus it is possible that organizing the Quasi - Flow - Line can attain to highly enhance the efficiency of production .

  12. 用成组技术实现工艺文件标准化

    Applying Group Technology to Realize Processing File Standardization New arts NEW CRAFT

  13. 根据生产工艺中物料流动的方向规划了车间并应用成组技术和工艺原则对设备的位置重新确定。

    The plants are planned according to the direction to material flow , and the place of the equipment is reconfirmed using the group technology and process optimization rules .

  14. 针对工艺编制过程中存在的问题,阐述了工艺文件标准化的必要性和应用成组技术实现工艺文件标准化的可能性,提出了实现工艺标准化的工作程序。

    Being directed against the problems existed in processing work out , elaborates the necessity of processing file standardization , possibility of applying group technology to realize processing file standardization and puts forward the work procedure to realize processing standardization .

  15. 结合CAPP系统在企业的应用实践,论述了面向对象的工艺信息建模技术、成组技术在动态工艺知识管理上的应用及实现方法。

    Based on the practice of CAPP system in many enterprises , the application and fulfillment methods of the process information modeling of object-oriented technology and group technology ( GT ) in dynamic process knowledge management are discussed .

  16. 成组零件计算机助工艺规程设计

    Computer Aided Process Planning for The Group Parts

  17. 通过建立特征模型,引入成组技术,建立工艺数据库,系统的功能得以实现。

    The function of this system fulfilled by establishing feature model , presenting group technology , founding process database .

  18. 全方面应用成组设计、成组工艺、成组管理等技术将有助于提高企业的技术水平和管理水平,也有助于提高生产效率和降低成本。

    Application of group designing , group processing , group management technology in all aspects will be helpful to im-prove the enterprise 's technology levels and management levels , and also helpful to improve production efficiency and reduce costs .

  19. 成组夹具是专门为成组工艺中的一组相似性很强的零件而设计的。

    Modular fixture is specially designed for a group of similar very strong parts in the group process .

  20. 通过应用成组技术,按零件数控化加工的特点和订单量进行了成组工艺分类,即把原来124种零件分成了9大组,安排在11台数控机床上进行加工。

    This article uses the group technology to divide the 124 parts into 9 groups based on the CNC manufacturing process and order quantity . Then we arranged the 9 groups on 11 different CNC machines .

  21. 对一种用于热处理成组生产管理的编码系统进行了研究,以解决设备分流、成组工艺的确定以及炉次生产的组织等同题。

    This paper studies the coding system for group production management of heat treatment so as to solve the problem of equipment classification and decide on group technology parameters and the management of the load-stove plan .