Lens TRIZ Cases
- Multi-Group Imaging Lens Layout for Uniform Peripheral Resolution
A segmented lens-group layout with aspherical surfaces improves edge resolution, corrects aberrations, and keeps zoom optics compact.
- Curved Fresnel Lens Layout for Wide-Eyebox Vehicle HUDs
A curved Fresnel lens expands HUD field of view and eyebox while supporting durable image formation in harsh off-highway vehicles.
- Gradient-Index Rod Lens Array for Equal-Magnification Imaging
By tuning refractive index, aperture angle, and lens spacing, this rod lens array improves equal magnification and 0.1 mm image measurement accuracy.
- Eight-Element Imaging Lens Layout for Low F-Number and Large Image Height
An eight-element lens layout balances low F-number, large image height, compact size, and chromatic aberration control through surface-shape tuning.
- Micro-LED Beam Tuning With Optical Deflection for Uniform Near-Eye Displays
Offset optical elements deflect micro-LED beams to improve coupling efficiency, brightness uniformity, and reduce ghost images in near-eye displays.
- Color Filter Lens Layout for Oblique-Angle Color Fidelity
Elongated sub-pixels with multiple longitudinal lenses and light shielding reduce oblique-angle color mixing while improving front luminance.
- Gradient-Index Rod Lens Array for Low-Distortion Equal-Magnification Imaging
Controlled refractive index, aperture angle, and lens spacing let a rod lens array form erect equal-magnification images with 0.1 mm accuracy.
- Mobile Lens Coating Structure for Low-Reflection Imaging
An uneven layer, buffer layer, and water-repellent layer cut internal reflections and flare, improving sharpness in mobile lenses.