Development of Micro Hydraulic Actuator for Force Assistive Wearable Robot

Title
Development of Micro Hydraulic Actuator for Force Assistive Wearable Robot
Authors
Soojun Lee오재욱Yong-Kwon Lee최준호
Keywords
Micro Hydraulic Actuator (MHA); High Power Density; Cam Mechanism; Fluid Power Generator
Issue Date
2013-10
Publisher
the 44th International Symposium on Robotics
Abstract
This paper presents Micro Hydraulic Actuator(MHA). MHA has high power density and it is small enough to be installed inside of a small robot, such as humanoid robots. MHA consists of a cylindrical cam mechanism, pistons having ball joints, and combination of a valve plate and a cylinder block. The cylindrical cam has a Modified Sine (MS) curve and dwells at the trapping region of the cylinder ports on the cylinder block. The valve plate has slot ports in a circumferential direction on the inside and it induces high-precision contact with the cylinder block. In this study, MHA is designed and produced focusing on the mechanisms mentioned above and the applicability of the humanoid robots through the performance test is verified.
URI
http://pubs.kist.re.kr/handle/201004/46342
Appears in Collections:
KIST Publication > Conference Paper
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