在结构工业4.0中,航空元件光学测量软件自动化的可能性

G. Budzik, T. Dziubek, A. Paszkiewicz, Lukasz Przeszlowski, M. Bolanowski, J. Józwik
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引用次数: 0

摘要

本文分析了利用光学扫描仪在快速检测过程中实现快速光学测量的软件自动化的可能性。对增量制造产品的各种测量变体进行了测试,涉及到单个元素和通过软件和技术分组的元素的测量。已经开发了用于使用3D打印方法实现原型的数值和技术模型,这最终可以确保所选增材制造方法的测量过程的自动化和加速。也可以将它们集成到工业4.0结构中,作为检验4.0过程。这种方法是工业4.0中使用的智能诊断系统概念的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Possibilities of software automation of optical measurements of aeronautical elements produced additively in the structure Industry 4.0
The article presents an analysis of the possibility of software automation of the implementation of fast optical measurements in the Rapid Inspection process using optical scanners. Various variants of measurement of incrementally manufactured products were tested, referring to the measurement of single elements and elements grouped by software and technology. Numerical and technological models have been developed for the implementation of prototypes using 3D printing methods, which can ultimately ensure automation and acceleration of the measurement process for selected additive manufacturing methods. It is also possible to integrate them in the Industry 4.0 structure as the Inspection 4.0 process. This approach is part of the concept of intelligent diagnostic systems used in Industry 4.0.
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