零件族的英文

• parts family

• "零件"英文翻译    part; element; detail; compo ...
• "族"英文翻译    clan
• "部件族" 英文翻译 :    component family; part family
• "文件族" 英文翻译 :    family of files
• "独立事件族" 英文翻译 :    family of independent events
• "零件" 英文翻译 :    [工业] part; element; detail; component; finding; section; spare part; spare; fitting; ancillary◇零件盒 workbin; 零件库 parts library; 零件箱 tote-box
• "输入部件族电子表格" 英文翻译 :    import family table spreadsheet
• "备件，零件" 英文翻译 :    spare parts
• "部分，零件" 英文翻译 :    part
• "部件,零件" 英文翻译 :    parts
• "附件，零件" 英文翻译 :    accessories details; accessories, details bulk container; accessories, details; accessory
• "换零件" 英文翻译 :    part replaced
• "加零件" 英文翻译 :    part added
• "零件,部件" 英文翻译 :    component
• "零件；备件" 英文翻译 :    spare part
• "零件；组件" 英文翻译 :    component
• "零件表" 英文翻译 :    parts list
• "零件册" 英文翻译 :    parts book
• "零件厂" 英文翻译 :    spare parts factory
• "零件单" 英文翻译 :    parts list
• "零件的" 英文翻译 :    partial
• "零件等" 英文翻译 :    finding
• "零件费" 英文翻译 :    parts costs
• "零件号" 英文翻译 :    part no; partno; partnumber; parts number; piece mark; piece number; piece part number
• "零件盒" 英文翻译 :    work bin; working accessories

• Capacity design of rms for double product families under stochastic demand
  双零件族随机环境下可重构制造系统的生产能力设计
• The concept of common part library and the roots of similar part family are set forth and retrieval system is developed
  提出了常用零件图库及相似零件族根的概念，开发了检索系统。
• Industrial automation systems and integration - parts library - part 42 : description methodology : methodology for structuring part families
  工业自动化系统和集成.零件库.第42部分:描述方法:结构化零件族方法学
• Industrial automation systems and integration parts library part 42 : description methodology : methodology for structuring parts families
  工业自动化系统与集成零件库第42部分:描述方法学:构造零件族的方法学
• The paper discussed a method combining integer programming based on similarity coefficient with quadratic programming considering ratio of capacity to loading in workshop to obtain parts families and machines groups in two steps
  摘要采用了基于相似系数的整数规划和考虑车间资源负荷分配比率的二次规划相结合的方法，分两步得到了零件族和设备组。
• A prototype of asp service center is put forward for users . all the results of the paper have given good contribution to the theory of asp . they will be much helpful to the application of asp to the enterprises in cina
  本文中有关asp服务模式的研究、相似零件族根和数据模型的研究与开发、图库的建立和图库检索引擎的开发，丰富了asp服务模式的理论技术研究，为asp在中国的推广作出了有益的探索和尝试。
• As a result of the innovation subject , the main work and contribution of this dissertation are concentrated in the following issues : 1 . the definition of rcms was suggested . that is , a rcms is one designed at the outset for rapid and cost - effective reconfiguration , being system level - oriented and production resource level - oriented , in order to provide rapidly and exactly production capacity needed in response to new market demands and functionality needed to produce a new part of the same part family
  本文提出可重构制造系统的定义，即可重构制造系统( rcms )是为了快速而准确地提供响应新的市场需求所需的生产能力和生产同一零件族内的新零件所需的制造功能，从一开始就设计成可面向系统级和生产资源级快速而又以有竞争力的成本重构的制造系统。
• According to mass customization theory , the thought is put forward that building up cross - enterprises part family utilizing great group technology and then offering basic element for establishing product family to lower the difficulty of mass customization hereby , part family great group shared platform oriented to mass customization is presented
  摘要结合大规模定制的原理，提出了利用大成组技术构建跨行业零件族，为构建可配置的产品族提供基本元素以降低大规模定制门槛的思想。
• Then , we make in - depth research on the key technology of spl system . we present a method for calling mfc in ug , which solves the interface problem among ug , mfc and database . we presents a method for driving three - dimensional model of standard parts based on parameterization and then gives the key codes of the parameterization driver and dynamic expansion of spl , which realizes automatic generation of the standard parts and expansion of the parts family ’ s member
  然后,对网络环境下标准件库系统的关键技术进行了深入的研究,提出了在ug中调用mfc的方法,解决了ug与mfc及数据库之间的接口问题;提出标准件三维模型参数化驱动的方法,给出了实现参数化驱动及标准件库动态扩充的关键代码,实现了标准件模型的自动生成和零件族成员的扩充。
• Based on the philosophy of gt ( group technology ) , cms abstracts technology information and shop ' s resource information so as to obtain two principle components : machine groups and part families by which manufacturing cells can be founded , and then group scheduling and shop configuration are implemented
  基于成组技术的哲理，单元式制造系统提取工艺信息和制造资源信息以获得形成制造单元的两个基本组成部分：设备组和零件族，并在此基础上进行成组调度和车间规划。