Symmetric magnetic actuators move the focusing lens rapidly and precisely while limiting torsion, preserving optical axis alignment in laser heads.
An off-center image sensor shifts and rotates via driving wires to counter hand shake in thinner camera modules while simplifying components.
A folded optical path and multi-element lens layout enable smartphone macro imaging at short distances with higher magnification and optical Bokeh.
Double-coil electromagnetic actuation sets barrel lens position from current ratios, avoiding feedback delays and spring-related drift.
An overhanging faceted bracket adds space for mirror electronics without enlarging windshield footprint or increasing vibration.
A split coil with linear and arc windings around a center yoke shrinks the lens-barrel voice coil motor while preserving driving force.
Redirecting spring loads through the output gear cuts cut-line seal friction and jamming while keeping the exterior mirror head stable.
A glass-plastic lens layout boosts brightness and visible-to-NIR resolution while limiting aberrations, focus shift, and lens cost.
An inclined recessed back plate lets a tilted inner mirror camera reduce ghost images, improve recognition accuracy, and keep the mirror compact.