Automated inspection planning within the Rapid Design System

IEEE 1991 International Conference on Systems Engineering Pub Date : 1900-01-01 DOI:10.1109/ICSYSE.1991.161077

F. Merat, G. Radack, K. Roumina, S. Ruegsegger

引用次数: 16

Abstract

A methodology for automated inspection planning of machined parts within feature-based CIM in which part geometry and tolerances are represented as features is described. This representation of information as features is extended to inspection process planning where inspection plan fragments are inspection features containing specific information about how toleranced geometry is to be inspected. A rule base of methods and detailed procedures for evaluating tolerances based on industrial practices are used to generate the inspection plan fragments. A single tolerance can often be inspected in several ways, resulting in the generation of many inspection plan fragments. Inspection planing for computer-controlled coordinate measuring machines is emphasized. The inspection plan fragments for each tolerance in the design are combined into an overall time-efficient inspection plan. An algorithm for inspection process planning is described and applied to a sample part.<>

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快速设计系统内的自动检查计划

在基于特征的CIM中，将零件的几何形状和公差表示为特征，提出了一种用于机械零件自动检查计划的方法。作为特征的信息表示扩展到检验过程计划，其中检验计划片段是包含关于如何检验公差几何的特定信息的检验特征。基于工业实践的公差评定方法和详细程序的规则库用于生成检验计划片段。单个公差通常可以用几种方法进行检查，从而产生许多检查计划片段。重点介绍了计算机控制的三坐标测量机的检测计划。设计中每个公差的检验计划片段被组合成一个整体的时间效率检验计划。介绍了一种检测工艺规划算法，并将其应用于某样件。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

IEEE 1991 International Conference on Systems Engineering

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