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Portable serial robot manipulator with distributed actuation mechanism

Sunghwan Kim, Byungho Yoon, Ho Ju Lee, Soohyun Kim, Kyung‐Soo Kim, Jong Cheol Kim, Tae Yang Noh

Year
2014
Citations
2

Abstract

In this paper, a portable robot manipulator is developed with distributed actuation mechanism. In order to achieve the high performance and suitable size simultaneously, a distributed actuation mechanism is implemented. The proposed robot manipulator has several advantages such as high payload capacity and small size with high efficiency. In particular, a folding function is adopted for the portability. Prototype 2-DOF manipulator is developed, and the performance is experimentally verified.

Keywords

Payload (computing)Software portabilityMechanism (biology)RobotComputer scienceManipulator (device)Parallel manipulatorControl engineeringFunction (biology)Serial manipulator

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