变型设计相似性识别系统开发及应用
摘要
大批量定制生产模式作为新出现的生产模式,受到企业及学术界的高度重视,它被认为是未来21世纪的主流生产模式。大批量定制生产模式的含义是用接近于大批量生产的成本来满足具体客户的定制要求。市场调查分析发现,随着经济的发展,市场正逐步向多样化,客户化方向发展。如何经济的满足每个客户的具体要求成为越来越多企业竞相追逐的目标,大批量定制生产模式正是基于这样一种需求而逐步发展起来的。
本文在阅读大量相关资料和参与大批量定制变型设计项目实施基础上,探讨了大批量定制中变型设计的相似性识别和相关的理论及方法,开发出变型零件设计的相似性识别系统
As a new production pattern, mass customization has drawnmost attention from the academia and enterprise and is considered as the most important pattern of the 21st century. The meaning of mass customization is to meet the specific demand of a customer with the cost close to that of Mass production. Market survey has discovered that, with the development of economy, market demand is driving toward variety and custom-made. How to meet the specific demand of each customer economically hay become the goal pursued by more and more enterprises, Mass customization evolves gradually from this reason.
On the basis of reading lot of related articles and taking part in the project of variant design for Mass Customization. This paper discussed key technology involved in implementation of mass customization and related implementation theory and method, developing the variant design of comparability identify system.
本文在阅读大量相关资料和参与大批量定制变型设计项目实施基础上,探讨了大批量定制中变型设计的相似性识别和相关的理论及方法,开发出变型零件设计的相似性识别系统
As a new production pattern, mass customization has drawnmost attention from the academia and enterprise and is considered as the most important pattern of the 21st century. The meaning of mass customization is to meet the specific demand of a customer with the cost close to that of Mass production. Market survey has discovered that, with the development of economy, market demand is driving toward variety and custom-made. How to meet the specific demand of each customer economically hay become the goal pursued by more and more enterprises, Mass customization evolves gradually from this reason.
On the basis of reading lot of related articles and taking part in the project of variant design for Mass Customization. This paper discussed key technology involved in implementation of mass customization and related implementation theory and method, developing the variant design of comparability identify system.
引文
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[8]M Kantardazic, 数据挖掘,[M] 清华大学出版社,2003,223
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[10]张宁等,基于零件分类编码的模糊聚类分析,[J] 轻工机械,2003,3:7～9
[11]马鹏举等,在敏捷制造中基于成组技术的相似零件的获取方法,机械科学与技术,1999,18(5):742～745
[12]李梦群等,面向多品种引信类产品的相似制造工程,组合机床与自动化加工技术,2003,5:7～9
[13]徐武斌等,基于成组技术原理的机械零件三维 CAD 设计模式,组合机床与自动化加工技术,2002,6:21～25
[14]顾新建等,21 世纪成组技术的发展方向初探,成组技术与生产现代化,2005,22(2):1～4
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[16]蔡敏等,煤矿机械制造中工装设计及管理的探讨,煤矿机械,1999,4:21～24
[17] B. Z. Gong,The processing of parts with group technology in an individual CNC machining center,Journal of Materials Processing Technology,Volume 129, Issues 1-3, 11 October 2002, Pages 645-648
[18] Belarmino Adenso-Díaz 等,Machine cell formation in generalized group technology,Computers & Industrial Engineering, Volume 41, Issue 2, November 2001, Pages 227-240
[2] 田 玲 等 . 基 于 变 型 设 计 和 成 组 技 术 的 零 件 建 模 方 法 [ J ] . 机 械 科 学 与 技术,1997,16(3):527～530.
[3]杨靖等.面向装备的智能变型设计技术及应用研究 [J].湖南工程学院学报,2005,15(1),25～28.
[4]顾恒评等,大规模定制企业生产作业计划系统研究 [J] 包装工程,2006,21(6),184～186
[5]杨明忠等,面向客户的产品规模定制设计及其应用 [J] 环渤海经济瞭望,2004,5,47～49
[6]裘聿皇等,成组技术与相似性系数,[J] 自动化学报,1999,25(2):275～279
[7]荫国恩等,分类中相似性的理论与模型,[J] 心理学探悉,2005,25(3):41～43
[8]M Kantardazic, 数据挖掘,[M] 清华大学出版社,2003,223
[9]金以元,成组技术的研究与探讨,[J] 航天制造技术,2005,3:32～34
[10]张宁等,基于零件分类编码的模糊聚类分析,[J] 轻工机械,2003,3:7～9
[11]马鹏举等,在敏捷制造中基于成组技术的相似零件的获取方法,机械科学与技术,1999,18(5):742～745
[12]李梦群等,面向多品种引信类产品的相似制造工程,组合机床与自动化加工技术,2003,5:7～9
[13]徐武斌等,基于成组技术原理的机械零件三维 CAD 设计模式,组合机床与自动化加工技术,2002,6:21～25
[14]顾新建等,21 世纪成组技术的发展方向初探,成组技术与生产现代化,2005,22(2):1～4
[15]陈禹六等,先进制造业运行模式[M].北京:清华大学出版社,1998.
[16]蔡敏等,煤矿机械制造中工装设计及管理的探讨,煤矿机械,1999,4:21～24
[17] B. Z. Gong,The processing of parts with group technology in an individual CNC machining center,Journal of Materials Processing Technology,Volume 129, Issues 1-3, 11 October 2002, Pages 645-648
[18] Belarmino Adenso-Díaz 等,Machine cell formation in generalized group technology,Computers & Industrial Engineering, Volume 41, Issue 2, November 2001, Pages 227-240