Segmented bearing surfaces create volumetric adhesive slots that boost anchoring force, preventing lens loosening and ensuring imaging stability.
A processor predicts focus positions ahead of current frames to move the lens before exposure starts.
Hexagonal apertures in flare-cut members resolve asymmetry issues during rotational lens adjustments, maintaining light flux incidence on image sensors.
A lens assembly spacer with alignment portions seats in lens ribs to stabilize optical axes against displacement during vibration.
Inverted L-shaped plates fill corner spaces in auto-focus modules to concentrate electromagnetic fields between magnets and windings.
Segmented lens architecture with independent second unit movement suppresses aberrations while maintaining compact structure and wide angle of view.
ZnSe lenses focus thermal radiation onto a thermistor to detect targets through smoke and darkness.
Embedding metal sheets in a voice coil motor pedestal strengthens fixation, preventing detachment and maintaining lens travel despite reduced thickness.
A mobile phone filter assembly uses magnets and a Mylar film to secure detachable optical components.
A lens barrel guide unit uses a biasing member to stabilize rotating elements along a fixed guide bar.
A control device calculates focus positions from multiple phase difference detection regions to determine an optimal lens position.