Clamped dampers absorb vibrational energy from elastic members to stabilize linear vibration motor output.
Recessed grooves and baffles in the magnetic frame mechanically retain permanent magnets, preventing detachment during drop tests.
An electric linear actuator eliminates mechanical conversion mechanisms by aligning a magnet and coil along the winding axis, reducing device volume.
Parallel vibration with base blocks limits amplitude, reducing height while protecting elastic members.
A retaining plate clamps an angular position sensor against a bearing, resolving bulky adjustment systems while ensuring vibration resistance.
A scanner mirror drive uses a voice coil to generate torque directly on the pivotable mirror assembly.
Merging magnets into one slanted unit reduces device volume while maintaining driving force.
Embedding stator ends into housing holes reduces internal space, solving the trade-off between fixing reliability and housing size.
A linear vibrator weight includes a pole plate recess and magnetic fluid damper to absorb shocks during drops.
Bending points in the torsion shaft extend effective length to increase mirror rotation angle without enlarging the optical scanner.
An induction generator moves a coil within a stationary magnetic field using a spring element to induce oscillation.