An Optical Shape Sensor for Integration in Soft Grippers

M. Grube, R. Seifried
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Abstract

Soft grippers are very popular for complex gripping tasks, as they can easily grip objects of different shapes. Also, usually they cannot damage gripped objects because of their inherent softness. Additionally, in contrast to rigid grippers no or only very little control effort is needed for the gripping process. However, also for soft grippers sensor feedback can help to improve the gripping process and thus expand the range of applications. Thereby, besides gripping force measurements, especially curvature measurements are of interest to reconstruct the deformation of the gripper. In this contribution, a soft three-finger-gripper with integrated optical shape sensor, based on curvature sensors, is presented. The shape sensor allows to control the gripping process and check if an object is gripped correctly.
一种集成在软爪上的光学形状传感器
软爪在复杂的抓握任务中非常受欢迎,因为它们可以很容易地抓住不同形状的物体。此外,由于它们固有的柔软性,通常不会损坏抓握的物体。此外,与刚性夹持器相比,夹持过程不需要或只需要很少的控制努力。然而,对于软夹持器,传感器反馈也可以帮助改善夹持过程,从而扩大应用范围。因此,除了夹持力测量之外,特别是曲率测量对于重建夹持器的变形是有意义的。本文提出了一种基于曲率传感器的集成光学形状传感器的柔性三指夹持器。形状传感器可以控制夹持过程并检查物体是否被正确夹持。
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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