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Large-volume metrology instrument selection and measurability analysis

机译:大批量计量仪器的选择和可测量性分析

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摘要

A wide range of metrology processes are involved in the manufacture of large products. In addition to the traditional tool-setting and product-verification operations, increasingly flexible metrology-enabled automation is also being used. Faced with many possible measurement problems and a very large number of metrology instruments employing diverse technologies, the selection of the appropriate instrument for a given task can be highly complex. Also, as metrology has become a key manufacturing process, it should be considered in the early stages of design, and there is currently very little research to support this. This paper provides an overview of the important selection criteria for typical measurement processes and presents some novel selection strategies. Metrics that can be used to assess measurability are also discussed. A prototype instrument selection and measurability analysis application is also presented, with discussion of how this can be used as the basis for development of a more sophisticated measurement planning tool.
机译:大型产品的制造涉及多种计量过程。除了传统的工具设置和产品验证操作外,还使用了越来越灵活的支持计量的自动化。面对许多可能的测量问题以及采用多种技术的大量计量仪器,为特定任务选择合适的仪器可能会非常复杂。另外,由于计量已成为关键的制造过程,因此应在设计的早期阶段就进行考虑,并且目前很少有研究支持这一过程。本文概述了典型测量过程的重要选择标准,并提出了一些新颖的选择策略。还讨论了可用于评估可度量性的度量标准。还介绍了原型仪器选择和可测量性分析应用程序,并讨论了如何将其用作开发更复杂的测量计划工具的基础。

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