首先运用成组技术基本原理，对注塑模具结构进行了分析，提出了模具零件按其功用可分为型腔型芯、模板、结构件和标准件等4类零件的分类方法。
Firstly, the structure of injection mold is analyzed by use of GT, mold parts are classified to 4 types of ones: cavity or core, mold plate, structure and standard parts.
本文运用成组技术原理，在对注塑模具零件结构特点和功能分析的基础上，对注塑模具零件的结构与工艺特征的分类标志进行总结，制定了一套适用于注塑模具零件的分类编码系统。
According to GT principle, a set of coding system for injection mold is built on the base of injection mold structure feature and function analysis by sorting out the classification mark.
然而在适当的时间里，要保证零件被制造出来并正确地分类摆放在卸载平台并不容易。
Ensuring parts are manufactured and sorted on the correct offload table at the right time isn't easy.
当维修订单完成后，库存中的零件和费用会被转移到此维修订单，并记录总分类账，以便追踪它的成本。
When the order is completed, parts are expensed thereby reducing inventory of those items and also posting the expense to the General Ledger in order to track maintenance costs.
许多像这样的问题仍然存在于这个平静被高度分类的环境中，在那里核弹头零件今天被拆除并且被再磨光，并且炸弹品级铀仍被储备。
Many of those questions remain in this still highly classified environment, where today nuclear warhead parts are dismantled and refurbished and bomb-grade uranium is stockpiled.
零件分类编码是实现派生式或创成式CAPP的核心内容。
The part classified codification is a core element to achieve derivative CAPP or generated CAPP.
针对加工中心在线检测技术，提出了零件的检测特征，并对检测特征进行分类和表达。
Aimed at the machining center on-line inspection technique, the inspecting features of parts are proposed, classified and expressed.
为了对比，本文附有顺序分枝法、聚类分析法和分枝-聚类法的计算机辅助零件分类结果。
For comparing, some printing output of computer aided part classification based on Successive Branching, Cluster Analysis and SB-CA methods are illustrated in this paper.
箱体类零件特征映射的过程包括特征筛选、特征分类、特征匹配、特征分解和可加工性评估。
The principle of feature mapping for box components has been discussed. It consists of feature selection, classification, match, decomposition, and machining judgement.
本文介绍了在机械CAD系统开发中，提出并建立的基于面向对象技术的机械零件设计分类树功能表设计法。
This paper introduces an object oriented method of classification tree and function table for the designing of machine parts for developing mechanical CAD software system.
本文在分析成组技术中现有零件分类编码系统面临的问题基础上，提出了一种新的编码方案。
Based upon the analysis of the problems of the present systems for parts Classification and coding in the Group Technlogy, this paper presents a new coding scheme.
根据烟机企业生产特点，对产品零件分类编码系统的要求及分类细则进行了探讨。
Based on the characteristic of cigarette enterprise, the requirement and classification rules of parts classification coding system are introduced.
研究了产品结构提取的实现技术以及零件特征知识分类方法等，在此基础上实现了产品设计知识的混合组织。
The realization technology of product structure distillation and knowledge sort method on part character are studied, based on which mix organization of product design knowledge is realized.
应用成组技术对冷冲模凸模的特征进行了分析，采用特征代码设计了其零件分类编码系统。
The feature of convex-die is analysis by GT technology, and it's classification and coding system is designed by using characteristic code in this article.
针对零件库中复杂结构零件难以分类和检索问题，提出一种基于概念零件结构定性模型的零件设计可重用方法。
Aiming at difficult sorting and retrieving complicated structure parts in part lib, a method for part design by using conceptual part structure qualitative models is presented.
还讨论了特征的定义、特征形面的分类以及零件信息描述体系的数据结构。
It also discussed the definition of features, group of characteristic profiles and the data structures of the describing system.
利用成组技术对客车零件进行了分类，建立零件信息数据库，并实现了零件信息的检索。
Using group technology the parts of bus are classified in reason. Not only parts database is created but also parts information is searched.
确定零件组的参考模式是零件分类系统的关键问题。采用模糊聚类分析法，解决了这一难题。
To define the part cluster reference patterns is the key in part classification system. The problem has been solved successfully by using fuzzy cluster analysis.
提出了适合于混合式CAPP系统的基于分类编码与方位特征要素输入法相结合的零件信息输入。
The part information importing method which based on coding and feature position element importing method and suitable for blend CAPP system was brought forward.
为了对比，本文附有顺序分枝法、聚类分析法和分枝-聚类法的计算机辅助零件分类结果。
For comparing, some printing output of computer aided part classification based on Successive Branching, Cluster Analysis and SB...
从面向特征识别的角度，对钣金零件的特征进行了分类，并采用图结构描述分类特征。
In this article, features for sheet metal parts are sorted and represented based on feature recognition.
介绍了满足集成模式的零件特征信息模型，并对零件特征分类体系作了探讨。
It also introduced the information model of parts feature which meets the demands of the integrated manufacture system and discussed the classification system of parts feature.
根据参数化技术的特点，对雩件参数进行分类，提出了零件的主参数信息模型。
According to the Parameterized Technology, the parameters of parts are classified and the main parameter information model of parts is presented.
现就尺寸及公差的无干涉自动标注问题提出了对零件及尺寸标注类型等进行统一分类编码、在视图内分区域标注等几点策略。
As to the strategy of automatic dimensioning in CAD, in this paper, the authors put forward several ideas to solve the interference of the dimensions and tolerances.
论述了特征的定义、分类及基于特征的零件分层结构。
The paper discusses the definition, classification and part classified structure based on feature, and expatiates the factor influencing part similarity.
首先在装配工艺信息的表达、零件装配顺序的染色体表示、装配中约束的分类方法方面进行了研究，并提出将不同类型的约束在遗传算法的不同阶段予以考虑。
Firstly, how to express the information about the process of assembly, and how to represent the sequence in which the parts of a product to be assembled by chromosomes were studied.
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.
简要介绍了材料热膨胀系数的定义及分类，并对经常使用的零件热变形的计算方法及计算产生的误差进行了分析。
The definition and classification of material's thermal expansion coefficient are introduced briefly. The thermal deformation calculation method and error of parts often used in practice are analyzed.
研究了装配特征的分类及装配特征的描述，在CAXA实体设计中进行零件的特征建模，并将这些零件装配成具有层次关系的装配设计模型。
The classification and the description of the assembly features are researched and the feature models of the parts are built in CAXA, and the parts are assembled to hierarchical assembly model.
研究了装配特征的分类及装配特征的描述，在CAXA实体设计中进行零件的特征建模，并将这些零件装配成具有层次关系的装配设计模型。
The classification and the description of the assembly features are researched and the feature models of the parts are built in CAXA, and the parts are assembled to hierarchical assembly model.
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