Proceedings of the JFPS International Symposium on Fluid Power
Online ISSN : 2185-6303
ISSN-L : 2185-6303
Study on adaptive hydraulic device for vertical vibration
Hideki HironakaHiroki YoshinoKen Itiryu
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2005 Volume 2005 Issue 6 Pages 106-109

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Abstract
In this study, hydraulic vibration controller was proposed and tentatively manufactured. Adaptive control method was tried in this experiment for vibration reduction. Proposed vibration absorber is composed of bellows, actuator and accumulator. The device is filled with oil. For input vibration, the actuator is controlled so as to make bellows inside pressure zero. Thus vibration transmission is aimed to reduce. In time, adaptive control method which is able to track non-stationary vibration phenomena is applied.
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© The Japan Fluid Power System Society
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