Optical Elements TRIZ Cases
- Metalenslet Beam Homogenizer for Compact, Low-Loss Beam Uniformity
Nanophotonic metalenslet arrays combine beam splitting and convergence, reducing alignment complexity and optical losses.
- Six-Element Optical Lens Assembly for Compact Wide-Field Imaging
Specific refractive powers, aspheric surfaces, and two lens groups reduce aberrations while supporting compact, flexible imaging.
- Optical System With Aspherical Lenses for Uniform PSF Deblurring
This optical system uses aspherical lenses and PSF uniformity across the FOV to reduce deblurring computation and device size.
- Four-Lens Image Capturing Optics for Compact Aberration Control
A four-element lens layout uses shaped surfaces, air gaps, and an aperture stop to correct aberrations in compact imaging.
- Six-Element Wide-Angle Lens Assembly for Compact High-Resolution Imaging
A six-element lens layout uses refractive-power and curvature constraints to balance wide field of view, compact length, and resolution.
- Connectable Lens Assemblies With Magnetic Alignment Couplers
This case shows how magnetic couplers and elastic biasers secure interchangeable lens position and orientation during attachment.
- Seven-Lens Optical Imaging Assembly Balancing Wide Field and Compact Size
Specific refractive powers and surface shapes reduce aberrations while keeping the optical assembly compact and wide-field.