1) monolithic part
整体零件
2) Box parts
箱体零件
1.
A new way to establish processing knowledge base can be supplied by the application of fuzzy integrated inferential theory into the CAPP expert system of box parts,and knowledge rules governing the choice of processing ways for fuzzy membership in the form of matrix storage method.
将模糊综合推理的理论用于箱体零件CAPP专家系统中,以模糊隶属度矩阵的形式存储选择加工方法的知识规则,可以提供建立工艺知识库的新途径,通过对该知识库的模糊运算可得到相关特征的加工方案,可满足多工艺方案的决策要求。
2.
This paper introduces a box parts CAPP system based on numerical control machining.
介绍基于数控加工的箱体零件CAPP系统。
3) box part
箱体零件
1.
Study and analysis on box part modeling based on feature;
基于特征的箱体零件建模方法研究与分析
2.
Through analyzing and inducing,the design and manufacture features of the box parts are summed up.
通过分析和归纳,总结了箱体类零件的设计制造特征,阐述了特征技术的基本概念,提出了一种基于方位特征的箱体零件信息描述方法。
4) cavity parts
腔体零件
5) box-parts
箱体零件
1.
Taken the complex processing design of transmission box-parts into consideration,this paper proposes a design method based on cases of feature process to generate processing chain quickly when feature modeling is performed,thus achieving the integration of CAD and CAPP.
针对传动箱体零件工艺设计的复杂性,提出基于特征工艺实例的工艺设计方法,在进行特征造型的同时,快速生成特征加工链,实现CAD/CAPP集成。
补充资料：整体
整体
即"整倍体"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条