Veröffentlichungen

[1] Ballier, F.; Dmytruk, T. & Fleischer, J. (2018), „A Gripper System Design method for the Handling of Textile Parts“. Tagungsband des 3. Kongresses Montage Handhabung Industrieroboter, Hrsg. Schüppstuhl, T.; Tracht, K. & Franke, J., S. 73-82.

Abstract

This paper presents the first results in the development of a method for designing gripper systems for handling non-rigid flat parts such as textiles. The work focuses on the use of multiple small individual grippers instead of large-scale grippers to reduce the weight on the end-effector. As a result, not every area of the non-rigid part has a direct contact to a gripper and, therefore, the material between the gripper elements deforms. The goal is to find a gripper system design which takes into account these deformations. Therefore, a first approach to the arrangement of the individual grippers on the non-rigid part will be presented. Furthermore, a reconfigurable gripper system is introduced which makes it possible to set up a wide range of gripper configurations.
[2] Fleischer, J.; Coutandin, S. C. & Ballier, F. (2018), „Automatisch zum richtigen Greifer“, Handling, S. 6-7. [29.10.18].

Abstract

Das Forschungsprojekt AsenBa hat Ansätze entwickelt, um den Aufwand für die Planung von Handhabungssystemen zu minimieren. Die individuelle Auslegung von Handhabungssystemen wird durch eine Auslegungslogik realisiert, die auf Simulationsergebnisse zurückgreift.