Increasing Product Safety Through the use of Deep Learning in Manual Assembly

Johanna Gerlach, Alexander Riedel, F. Engelmann
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Abstract

Avoiding product defects takes a high priority in many sectors of industry. An opportunity to reduce errors can be found in the integration of Deep Learning to the production process. Errors might be detected automatically and appropriate interventions could be initiated. The research project investigated to what extent assembly errors can be reduced by using Deep Learning. For this purpose, an Assembly was mounted on two workstations, which only differed in terms of the assistance system used (paper-based instruction vs. digital system with Deep Learning). During this process, all occurring assembly errors were recorded. The results show an error reduction of 45% and prove the high error prevention potential by using Deep Learning.
通过在手工装配中使用深度学习来提高产品安全性
避免产品缺陷在工业的许多部门都是高度优先考虑的问题。在将深度学习集成到生产过程中可以找到减少错误的机会。可以自动检测错误,并启动适当的干预措施。该研究项目调查了使用深度学习可以在多大程度上减少装配错误。为此,一个组装被安装在两个工作站上,它们只是在使用的辅助系统方面有所不同(纸质教学与深度学习的数字系统)。在此过程中,记录了所有发生的组装错误。结果表明,使用深度学习可以减少45%的错误,证明了深度学习具有很高的防错潜力。
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