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Holo Pick'n'Place

Martin Rudorfer, Jan Guhl, Paul Hoffmann, Jörg Krüger

Year
2018
Citations
15

Abstract

In this paper we contribute to the research on facilitating industrial robot programming by presenting a concept for intuitive drag and drop like programming of pick and place tasks with Augmented Reality (AR). We propose a service-oriented architecture to achieve easy exchangeability of components and scalability with respect to AR devices and robot workplaces. Our implementation uses a HoloLens and a UR5 robot, which are integrated into a framework of RESTful web services. The user can drag recognized objects and drop them at a desired position to initiate a pick and place task. Although the positioning accuracy is unsatisfactory yet, our implemented prototype achieves most of the desired advantages to proof the concept.

Keywords

SMT placement equipmentAugmented realityComputer scienceRobotScalabilityProof of conceptTask (project management)Programming by demonstrationDragArchitecture

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