Publikation
Equipping industrial deep-sea manipulators with a sense of touch
Peter Kampmann; Timo Stoffregen; Frank Kirchner
In: Proceedings of the Oceans'15 MTS/IEEE Washington Conference & Exhibition, At Washington D.C. OCEANS MTS/IEEE Conference (OCEANS-15), October 19-22, Washington D.C. USA, MTS/IEEE, 2015.
Zusammenfassung
Tactile manipulation underwater is a topic that is still mainly implemented in research. To change the situation, a drop-in replacement for the jaw gripper of an industrial deepsea
manipulator is developed that is equipped with tactile sensing elements. Special focus has been paid on the robustness of the tactile sensing elements to operate under the harsh environmental conditions during offshore operations. This paper discusses the system design and the sensor performance of the deveveloped gripper module.
Projekte
- LIMES - LIMES - Lernen intelligenter Bewegungen kinematisch komplexer Laufroboter für die Exploration im Weltraum
- SeeGrip - Autonomer Unterwassergreifer mit taktiler Rückkopplung für form- und kraftschlüssige Objektmanipulation
- TransTerrA - Semi-autonome kooperative Exploration planetarer Oberflächen mit Errichtung einer logistischen Kette sowie Betrachtung terrestrischer Anwendbarkeit einzelner Aspekte