To provide a micro-guide structure requiring a shorter plating time and less aftertreatment by reducing a difference in electric plating speed and keeping the height of the finally completed structure in order.
A micro-guide mechanism comprises a substrate, a fixed member fixed to the substrate, and a micro-spring member having a rectangular flat member with a portion swollen in the cross direction to form a columnar portion, the micro-spring member having a micro-cantilever fixed at one end to the fixed member and a mover, the mover being connected to the free end of the micro-cantilever and adapted to be movable relative to the substrate with the deflection of the micro-cantilever, and the mover and the micro- cantilever being formed of the same material.
WO/2013/123524 | ACOUSTICALLY TRIGGERED NANO/MICRO-SCALE PROPULSION DEVICES |
JP5108783 | Micromachining sensor element |
JP3230347 | ANGLULAR VELOCITY SENSOR |
HIROSE FUTOSHI
YAGI TAKAYUKI
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