Series sampling resistors convert SMA wire strain to voltage, eliminating complex computation and enabling rapid optical anti-shaking control.
A lens driving device uses a pin and ball guide to minimize friction torque during optical axis movement.
Discrete cosine transform demodulation replaces Fourier transform in GPS receivers, reducing computational complexity and accelerating signal acquisition speed.
An actuator driver maps two-axis displacement to a radial distance for simplified crosstalk correction.
A zoom lens uses a moving subunit for image stabilization while maintaining compactness.
Shape memory alloy wires tilt a mirror to stabilize images, reducing actuator volume for folded camera packaging.
An articulating infrared window pivots within a cabinet panel to provide wide-angle thermal imaging without opening the enclosure.
A light adjusting apparatus integrates a rotary shaft member with an optical section to control incident light.
A lens barrel uses a rotating frame and spring to transfer urging force along the optical axis for smooth state switching.
A display panel features a transparent portion adjacent to the active area to house optical elements without border regions.
Periodic drive pulses maintain continuous servo cycles to eliminate abnormal noise from frequent start-stop operations in piezoelectric actuators.
Roller support structure stabilizes movable body rotation, preventing axis misalignment during shake correction.
An imaging support device derives inclination information from revolution angle time series data to adjust captured image positions.
A controller actuates a lateral sensor shift to correct positional deviation, maintaining accurate gaze tracking across varying interpupillary distances.