We propose a new linear oscillatory actuator which converts rotational motion into linear motion using brushed DC motors for Active Control Engine Mounts (ACMs). It was assumed that ACMs using this actuator would be low cost because brushed DC motors can be easily mass produced and the control method has already been established. Finally, we verified the performance of this actuator through FEM analysis, dynamic simulation, and experiments on a prototype.
MatsuokaH., MisakaT. and NemotoH., Development of Active Control Engine Mount, Honda R&D Technical Review15(2) (2003), 209-214.
2.
ParkH., LeeB.H. and LeeC.W., Design of an Active Control Engine Mount using a Direct Drive Electrodynamic Actuator, Proceeding of the ASME 2007 International Design Engineering Technical Conference & Computers and Information in Engineering Conference IDETC/CIE 2007, 2007, pp. 103-108.
3.
LeeB.H. and LeeC.W., Model Based Feed-forward Control of Electromagnetic Type Active Control Engine-mount System, Journal of sound and Vibration323 (2009), 574-593.
4.
KitayamaF., HirataK., SakaiM. and YamadaT., Linear Oscillatory Actuator Using New Magnetic Movement Converter, Proceedings of IEEE ICMA2013 (International Conference on Mechatronics and Automation), Takamatsu, Japan, 2013, pp. 431-436.
5.
HirataK., IchiiY. and ArikawaY., Linear oscillatory actuator with dynamic vibration control, Trans. IEE Japan.122-D(4) (2002), 519-351.
