Decentralised identification of used exchange parts with a mobile application

Q2 Social Sciences
J. Lehr, M. Schlüter, J. Krüger
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引用次数: 0

Abstract

Sustainable product development and use requires an extended life cycle of used and defective mechanical parts. Remanufacturing saves resources and helps the industry to utilise the product more efficiently. Reverse logistics is one of the most important challenges towards efficient remanufacturing. To improve this process, we propose an on-site part identification at the workshops. A fast on-site identification is essential for assisting repair shop personnel and saving time on searching for the right spare parts. Based on images taken by a mobile device our application provides various machine vision services, e.g., visual identification of used parts, already successfully tested in a sorting facility for remanufacturing parts. The mobile application provides a robust visual identification for different environments. We show that enhancing data for machine vision approaches with images from decentral sensors, i.e., mobile devices, leads to an improved identification accuracy.
使用移动应用程序对使用过的交换部件进行分散识别
可持续的产品开发和使用需要延长使用过的和有缺陷的机械部件的生命周期。再制造节省了资源,帮助行业更有效地利用产品。逆向物流是实现高效再制造的重要挑战之一。为了改进这一过程,我们建议在车间进行现场零件鉴定。快速的现场识别对于协助维修车间人员和节省寻找合适备件的时间至关重要。基于移动设备拍摄的图像,我们的应用程序提供了各种机器视觉服务,例如,废旧零件的视觉识别,已经在再制造零件的分拣设施中成功测试。移动应用程序为不同的环境提供了强大的视觉识别。我们表明,通过分散传感器(即移动设备)的图像增强机器视觉方法的数据,可以提高识别精度。
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
International Journal of Sustainable Manufacturing
International Journal of Sustainable Manufacturing Social Sciences-Social Sciences (miscellaneous)
CiteScore
1.90
自引率
0.00%
发文量
0
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