Zusammenfassung
Mobile Manipulation ist das Kernstück eines hochflexiblen und autonomen Produktionssystems. Durch vernetzte und roboterbasierte Automatisierung ist eine individuell angepasste Fertigung möglich, wobei mobile Manipulatoren sowohl bei Transportaufgaben als auch bei der Werkstückbereitstellung eine signifikante Rolle spielen. Die Digitale Fabrik der FH Technikum Wien ist eine Forschungs- sowie Lehrplattform und dient der exemplarischen Erprobung neuer Technologien zur digitalen und flexiblen Produktion. Im Zuge mehrerer Forschungsarbeiten wurden mobile Manipulatoren in der Digitalen Fabrik integriert. Basierend darauf und auf einem konkreten und symbolischen Use Case diskutiert diese Arbeit verschiedene Methoden zur Navigation mobiler Manipulatoren. Es werden Positionierungsgenauigkeiten basierend auf unterschiedlichen Navigationsmethoden, Sicherheitsaspekte und Auswirkungen auf die Handhabung von Objekten diskutiert.
Abstract
Intelligent mobile robots and service robots are central parts of autonomous productions and flexible manufacturing. Interconnected industrial robot-based automation allows customized productions for which mobile robots are used for transport of material and tools. The digital factory of the UAS Technikum Wien is a research project which focuses on experimental evaluation of novel technologies for digital manufacturing. This paper discusses applications of mobile and service robots in the digital factory. Based on a production use case, we analyze several methods for navigation in terms of accuracy of those approaches and discuss safety aspects.
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Danksagung
Diese Arbeit wurde teilweise durch die MA23 der Stadt Wien im Rahmen der Projekte 26-04 „AI Anwenden und Verstehen (AIAV)“ sowie 22-04 „Engineering goes International (ENGINE)“ und 19-05 „Sicherheit in intelligenten Produktionsumgebungen (SIP4.0)“ unterstützt.
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Wöber, W., Rauer, J., Papa, M. et al. Evaluierung von Navigationsmethoden für mobile Roboter. Elektrotech. Inftech. 137, 316–323 (2020). https://doi.org/10.1007/s00502-020-00820-x
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DOI: https://doi.org/10.1007/s00502-020-00820-x