Prisms TRIZ Cases

A polarizing beam splitter and alignment compensator correct wavelength-dependent position shifts to enable precise terahertz wave monitoring.

Negative front and positive rear lens groups with a prism enable compact oblique viewing while correcting aberrations from small pixel pitch elements.

Segmented optical film applies custom dioptric power to screens, eliminating expensive professional installation and complex device integration.

A stereoscopic endoscope uses a single image sensor with dual optical paths to capture aligned left and right images.

Independent prism rotation compensates for hand tremors, improving image quality without increasing device thickness.

An integral light guide merges prism and microstructure sections into a single body to simplify optical assembly.

A prismatic structure optical element refracts light between adjacent display panels to mask frame edges and improve visual continuity.

A polar-symmetric tapered light guide with a transition region directs light rays to maintain constant bounce angles and suppress image banding.

Inclined prism patterns and diffusion structures weaken periodic brightness interference to eliminate moiré effects in LCD panels.

Segmenting the optical path into a negative prism and positive lens group reduces system diameter while maintaining a wide angle of view.

Varying prism bottom angles redirect edge-position light toward the imaging lens, increasing energy utilization by 2.76 times compared to conventional designs.

Irregular prism structures on an optical substrate reduce moire patterns by varying pitch, avoiding interference from periodic designs.

Chromium coating on endoscope prisms forms an air gap, eliminating fragile mask handling and simplifying assembly.

A lighting film with asymmetrical polygonal prisms directs natural light inward through refraction.

Optical detection unit uses a retro-reflecting element with a passage surface to transmit measuring light for sensor-based orientation determination.

Integrating prism patterns with diffusion members reduces luminance differences and eliminates hot spots in edge-illumination backlight assemblies.

A beamsplitter directs light to different sensor areas, resolving complexity trade-offs in endoscopic imaging.

A LOV prism device generates a lattice of polarization-orbit states using birefringent gradients to transform optical beams.

Tilting wedge prisms steer light beams to adjust the point of aim, reducing chromatic errors and decoupling adjustment range from main tube size.

Loose tolerance substrate stacks reduce manufacturing costs while mounted optical elements compensate for dimensional fluctuations to balance accuracy.

A hybrid optical tracking device combines a reflective mirror and transmissive prism to steer light beams across wide elevation angles.

A reinforced layer with specific glass transition temperature prevents warp in thinner backlight modules.

Dual-index prism layers redirect stray light toward reflective surfaces, reducing luminance loss in backlight units.

Microlens arrays replace Faraday rotators to enable cost-effective large-area device manufacturing while maintaining high isolation performance.

An optical correction component equalizes beam focus across orthogonal axes in imaging probes.