A meta surface deflector changes light deflection direction based on polarization to focus images at distinct positions.
A plastic optical lens incorporates a thickness reducing region between the optical effective and peripheral portions to ensure uniform cooling.
An adhesive spreads through a leaf spring hole to mechanically interlock with a protrusion, preventing separation under impact.
Segmenting the optical system into a fixed main body and interchangeable functional housings reduces device volume while maintaining precise control.
Mirror mount platform uses aluminum alloy brackets to secure silicon carbide mirrors against thermal expansion forces.
A single lens module refracts and reflects incident light to capture images in all directions simultaneously.
Redundant kinematic components ensure continued optical element positioning despite individual actuator failures, enhancing system robustness.
An electromagnetic autofocus system rotates its optical axis via magnetic levitation to capture images beyond the standard field of view.