Prisms TRIZ Cases

Segmented dual mirror arrays achieve 180-degree horizontal coverage while minimizing scanning distortion for autonomous navigation.

Laser etched protrusions on optical films suppress Moire and Newton ring phenomena while maintaining brightness.

A switchable mirror layer directs data images and captures external images through dynamic mode switching.

A multi-facet display device uses a U-shaped first panel bonded to a planar second panel, forming a closed structure with arc surfaces for seamless transitions.

A light source device combines P-polarized white light and S-polarized colored light using dichroic mirrors to synthesize illumination.

Conjugate optical elements align polarization states across divided regions, resolving contrast loss from orthogonal light valve outputs.

A phase-sensitive compressed ultrafast photography system deflects spatially encoded phase images using a streak camera to capture ultrafast events.

A wide-angle lens uses an optical axis deflection prism to form an intermediate image between magnification and reduction sides.

Layered lens and prism structures scatter and redirect light, eliminating wet-out defects while maintaining high brightness across wide viewing angles.

Rotating wedge prisms within the projection optical system aligns pattern geometry with scanning deviations, reducing overlay errors below 0.3 nm.

A retroreflective display screen uses a light profile shaping medium to modify reflected light intensity distributions.

A dimming assembly uses two prisms with distinct intersection lines to narrow the light-emitting angle.

A curved prism driving unit rotates a refraction surface to correct light pathway changes caused by camera shake.

A dual light path projection optical system redirects blocked upper reflecting light via a prism lens to merge with lower beams.

Rotating the digital micromirror device relative to the prism guides off-light without increasing size, reducing back focus.

Segmented prism mountains with varying pitches uniformly spread light, preventing lamp mura in thin direct-lit displays.

A liquid lens uses an elastic membrane and shaping element to adjust curvature for stable focal length.

A polarization inspector spatially divides reflected light into multiple beams with different polarization directions.

A deflection prism assembly uses a partial prism holder to enlarge the light inlet surface without increasing the endoscope shaft diameter.

Free-form wedge prisms align exit pupil planes in a tiled head-mounted display, preventing pupil aberration and trapezoid distortion.

A Fresnel microprism structure corrects emission angles in color filterless displays by refracting light through tailored high and low refractive index layers.

A barrel positions a prism mirror between an image element and a combiner, preventing position shifts that degrade optical performance in head-mounted displays.

An optical film uses prisms with a bias angle between 2 to 88 degrees relative to subpixel axes.

Segmented polygonal cones expel gas voids from solar cell packaging, preventing delamination and boosting production yield.

Curved entrance and reflecting walls manipulate beam width via total internal reflection to shrink head-up display volume.

A rotating prism with polygonal pyramid portions splits coherent laser beams to drive dynamic speckle pattern changes.

A diffractive waveguide manages spectral components through optimized coupler structures to restore image clarity.

A light management unit combines a directional recycling layer with a diffusion structure to improve on-axis brightness.

Aligned louvers and microstructures absorb stray light while transmitting at least 85% of target illumination for automotive displays.

A universal optical receptacle adapts to varying fiber positions via a switchable inclined surface, reducing manufacturing costs.

A lens component integrates a filter over a groove to route light beams through collimating units toward a photo detector.

Achromatic prism removes chromatic aberration to eliminate image distortion and eye fatigue in surgical microscopy.

A dual-wedge prism spectrometer symmetrically disperses photons into two spectral channels for simultaneous spatial and spectral capture.

A triangular prism scanner refracts optical beams to enable 3D depth sensing.

An asymmetric total internal reflection surface reduces optical path length and transmission losses by eliminating air gaps between prisms.

A near-eye display apparatus uses a free-form surface prism coupled through an inclined optical path to an ultrathin waveguide.

Asymmetric wire grid positioning within a cube polarizer substrate equalizes optical path lengths between reflected and transmitted beams.

A prismatic element refracts light toward a reflective tube while an infrared control element absorbs excess radiation.

A high refractive index optical element shapes and steers light beams toward the eyebox center, preventing total internal reflection that causes stray glare.

Rotating wedge elements compensate for optical shake using a single actuator, reducing drive mechanism complexity and volume.

A compact optical lens uses an aperture stop and four aspheric lenses to refract light with positive power.

A depolarizer converts polarized light to non-polarized light before the polarization modulator.

A self-healing polymer target incorporates a reflective light diffuser to project illumination toward the shooter.

Hollow quadrilateral prism pillars reflect incident light to minimize visual obstruction in automotive windshields.

Adhesive bonding joins indexed prism wedges to achieve precise optical angles.

Wedge layers with distinct refractive indices control light emission angles while a blocking pattern prevents luminance loss at high cut-off angles.

An integrated optical film laminates a polarizer and diffusion sheet using an adhesive layer containing beads to create an air gap.

Air slit formed by light-blocking element and reflective surface blocks non-imaging stray light to improve optical quality.