Passive and active grasping with a prehensile robot end-effector

Abstract: "This report presents a design of a new type of robot end-effector with inherent mechanical grasping capabilities. Concentrating on designing an end-effector to grasp a simple class of objects, cylindrical, allowed a design with only one degree of actuation. The key features of this d...

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1. Verfasser: Greiner, Helen (VerfasserIn)
Format: Buch
Sprache:English
Veröffentlicht: [Cambridge, Mass.] MIT Artificial Intelligence Laboratory 1990
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MARC

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520 3 |a Abstract: "This report presents a design of a new type of robot end-effector with inherent mechanical grasping capabilities. Concentrating on designing an end-effector to grasp a simple class of objects, cylindrical, allowed a design with only one degree of actuation. The key features of this design are high bandwidth response to forces, passive grasping capabilities, ease of control, and ability to wrap around objects with simple geometries providing form closure. A prototype of this mechanism was built to evaluate these features." 
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Datensatz im Suchindex

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physical VII, 65 S. Ill., graph. Darst 28 cm
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spellingShingle Greiner, Helen
Passive and active grasping with a prehensile robot end-effector
Detectors
Robots Motion
subject_GND (DE-588)4113937-9
title Passive and active grasping with a prehensile robot end-effector
title_alt AI TR 1235
title_auth Passive and active grasping with a prehensile robot end-effector
title_exact_search Passive and active grasping with a prehensile robot end-effector
title_full Passive and active grasping with a prehensile robot end-effector
title_fullStr Passive and active grasping with a prehensile robot end-effector
title_full_unstemmed Passive and active grasping with a prehensile robot end-effector
title_short Passive and active grasping with a prehensile robot end-effector
title_sort passive and active grasping with a prehensile robot end effector
topic Detectors
Robots Motion
topic_facet Detectors
Robots Motion
Hochschulschrift
work_keys_str_mv AT greinerhelen passiveandactivegraspingwithaprehensilerobotendeffector
AT greinerhelen aitr1235