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Integration of machining and inspection

机译:机加工和检查一体化

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摘要

Fully automated machining would require automatic inspection process planning and real-time inspection result feedback. As inspection process planning is still based on G&M codes containing low level information or vendor-specific bespoke routines, inspection process planning is mostly isolated from machining process planning. With the development of new data model standards such as STEP and STEP-NC providing high level product information for the entire manufacturing chain, it is conceivable that both machining and inspection process planning are considered hand-in-hand to generate optimal machining and inspection sequences with real-time measurement result feedback. This paper introduces an integrated process planning system architecture for combined machining and inspection. On-machine inspection (OMI) is chosen to carry out inspection operations in-between machining operations and to provide real-time feedback to process planning. The system is able to automatically insert OMI operations for online measurement. A case study testified the feasibility of the proposed architecture.
机译:全自动加工将需要自动检查过程计划和实时检查结果反馈。由于检验过程计划仍基于包含低级信息或特定于供应商的定制例程的G&M代码,因此检验过程计划大多与机加工过程计划隔离。随着诸如STEP和STEP-NC之类的新数据模型标准的发展,为整个制造链提供了高水平的产品信息,可以想到,加工和检验过程的规划是携手并进的,以生成最佳的加工和检验顺序具有实时测量结果反馈。本文介绍了用于组合加工和检查的集成过程计划系统体系结构。选择机上检查(OMI)在加工操作之间执行检查操作,并为过程计划提供实时反馈。系统能够自动插入用于在线测量的OMI操作。案例研究证明了该架构的可行性。

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