Shutters TRIZ Cases
- Camera Actuator Welding at Magnetic Pole Boundary
Welding the rotor to the outputting member at the magnetic pole boundary suppresses characteristic degradation while ensuring positional accuracy.
- Aperture Assembly with Non-Circular Shape for Thin Devices
Non-circular apertures maximize lens area within thin device constraints.
- Focal-plane shutter current adjustment for temperature stability
Adjusting coil current synchronizes blade run-up periods to stabilize exposure time against temperature fluctuations.
- Shutter Device Motor Control via Crank Mechanism
Replacing driving springs with a motor, decelerator, and position detectors enables precise curtain speed control while reducing mechanical complexity.
- Camera Module Aperture Blades Rotated by Coil Magnet System
A rotary aperture mechanism uses electromagnetic force to rotate blades, resolving the trade-off between precise light control and device thickness.