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2012 - Europe Direct Iasi

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EUROINVENT <strong>2012</strong><br />

2.19.<br />

Title Magnetostrictive vibromotor<br />

CERNOMAZU Dorel, MANDICI Leon, GRAUR Adrian<br />

Authors<br />

et.al.<br />

Institution Stefan cel Mare University of Suceava<br />

Patent no. Patent application No. A/01427/2011<br />

The invention concerns a vibromotor whose operation is<br />

based on the phenomenon of magnetostriction. Operation<br />

Description and performance of the magnetostrictive vibromotor is due<br />

to an material called terfenol which are under the action of<br />

magnetic field generated by a coil supplied with<br />

alternating current.<br />

2.20.<br />

Title VIBROMOTORS<br />

Dorel CERNOMAZU, GRAUR Adrian, Alecsandru<br />

Authors<br />

SIMION, Mihai RAŢĂ, IRIMIA Daniela et.al.<br />

Institution Stefan cel Mare University of Suceava<br />

Patent applications No. A/00203/2010, A/00650/2010,<br />

Patent no.<br />

A00210/2010<br />

The inventions relate to different types of roller bladed<br />

vibromotors operating at industrial frequency. The<br />

Description<br />

working principle consists of transmitting of the vibrations<br />

obtained from a electromagnet mobile armature, through<br />

some roller blades and force friction to the rotor disk type.<br />

2.21.<br />

Title Electromechanical actuator with bellow<br />

Cernomazu Dorel, Laurenţiu Dan MILICI, Mariana<br />

Authors Rodica MILICI, Ilie NIŢAN, Constantin Ungureanu,<br />

Olariu Elena, Mihai Raţă, Romaniuc Ilie<br />

Institution Stefan cel Mare University of Suceava<br />

Patent no. Patent application No. A/00911/2010<br />

Actuator operation principle is based on decomposition of<br />

Description liquids in gas medium. The obtained gases, acting on the<br />

bellows, with a certain pressure, which leads to a linear<br />

movement of a shaft placed at the top of the actuator.<br />

Class 2<br />

54

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