用于高速大批量生产环境的过程质量监控

P. W. Gold
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引用次数: 1

摘要

通过在制造机械中嵌入传感器来观察离散零件的制造操作,可以在制造的瞬间测量影响每个零件最终特性的参数,而不是在一段时间后对几个零件进行采样,从而可能且经济地显著提高成品零件的质量。通过将测量的工艺参数与零件的物理特性联系起来,人们可以立即推断出每个零件在制造时的质量特性。这提供了100%的检查,并消除了在高速大批量生产中制造和检查之间的时间滞后,从而消除了产品持有和相同的处置。好处是显著的过程改进,从而提高生产率和质量,从而节省成本
本文章由计算机程序翻译,如有差异,请以英文原文为准。
In-process quality monitoring for the high speed high volume manufacturing environment
By embedding sensors in manufacturing machinery to observe discrete part manufacturing operations as they happen, it is possible and economical to significantly improve the quality of the finished parts by measuring at the instant of manufacture those parameters which affect the final characteristics of each and every part, rather than sampling a few parts some time later. By relating the process parameters measured to the physical characteristics of the part, one can immediately infer quality characteristics to each and every part as it is made. This provides 100% inspection and does away with the time lag between manufacture and inspection in high speed high volume manufacturing with consequent elimination of product holds and disposition of same. Benefits are significant process improvements resulting in increased productivity and quality with resulting cost savings.<>
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