Mirrors TRIZ Cases

A polarization-influencing arrangement uses double reflection surface units to reduce shadings and beam offset in EUV microlithography.

A projection optical system uses a conjugate mirror to fold the light path and enable ultra-short throw imaging.

A UV irradiating apparatus uses a liquid filter layer to transmit short-wavelength light for semiconductor substrate processing.

Silver coating on airplane window panes reflects infrared heat radiation, reducing air conditioning energy consumption.

A layered coating structure combines a transparent resin with a metallic texture layer to provide a durable metallic appearance.

A magnesium-lithium alloy substrate supports a resin-coated reflective film to attenuate mechanical vibrations.

Optimized PVDF content in PMMA blends resolves clarity losses from miscibility issues while UV coatings prevent yellowing under intense light.

Surface deformation on uncoated mirror supports corrects manufacturing aberrations without damaging reflectivity or light intensity uniformity.

A rotating polygon with a multi-facet mirror directs light pulses to increase point density while reducing mechanical steering complexity.

Alternating resin layers with graded thickness resolve inter-layer peeling and warping while suppressing interference patterns.

Dual polarizing beam splitters filter off-angle skew rays before they reach the exit pupil, eliminating light leakage and preserving image contrast.

Textured amorphous substrate reduces fingerprint visibility while maintaining wireless signal transmission.

Curved optical means integrate reflective units to resolve the contradiction between vision correction and limited field of view.

An asymmetric multilayer stack reduces the second functional layer thickness by 4% to resolve low selectivity and unstable color reflections in glazing.

Spring-material copper alloys resist plastic deformation in curvature variable mirrors, extending operational life.

Segmented multilayer coatings resolve the contradiction between mechanical hardness and optical appearance on glass-ceramic substrates.

A catadioptric optical system uses a single lens element coated with a retarder to guide light.

Annular line contact on mirror washer abutment faces minimizes sliding friction to reduce abnormal noise.

Segmented optical waveguides with tilted beam-splitting surfaces expand image areas while maintaining compact thickness, resolving incomplete projection issues.

Segmented Bragg reflectors sandwiched between backplane and front surface enhance color purity while reducing structural complexity.

Pressure differentials draw thin sheets onto mandrels below glass transition temperatures, expanding material choices and simplifying manufacturing processes.

Angled gaps between mirror arrays enable scan-integrated homogenization, resolving illumination intensity trade-offs in EUV lithography.

Composite resin with titanium oxide fillers maintains dimensional accuracy and heat resistance during curing.

A projection optical system uses aspherical lenses and free-form curved surfaces to correct curvature of field and distortion aberrations.

Segmented amplifier modules spatially combine wavefronts to overcome the weight and cost constraints of bulky tube-based high power sources.

Multi-reflective optical device directs image light to the eye using small pinhole units, widening field of view while lowering manufacturing costs.

PTFE coated washers replace mechanical tightening in a rear view mirror, eliminating frequent adjustment operations.

The multilayer system replaces base materials at extreme field intensity points to increase maximum reflectivity while managing material absorption losses.

Zinc tin oxide composite metal oxide layers and cross-linked ester protective layers prevent interlayer peeling while maintaining visible ray transmittance.

A dual-layer reflective system reduces variability between lamps by combining a metalized base with a TiO2 silicone layer for over 90% reflectivity.

Multi-level diffraction suppresses stray light with differing wavelengths, improving EUV collector performance.

A polyamide composition with titanium oxide and antioxidants maintains high light reflectance.

A diffractive optical element directs circular laser beams based on wavelength to align focal positions and enhance irradiation power density.

A lithographic apparatus adjusts movable facet mirrors to maintain illumination modes.

Rear polymer chrome layers on transparent plastic prevent peeling and reduce costs while maintaining durability.

A couch-mounted display and reflecting mirror project virtual images to reduce the cooped-up feeling in enclosed gantry spaces.

Static free-form surfaces guide imaging light through projection optics to increase degrees of freedom.

Mirror arrangement guides laser beams through multiple reflections within a compact resonator structure.

Tilted curvature axes on alignment facets optimize beam guidance, reducing light losses and extending operational lifespan in EUV projection lithography.

A reflective mobile phone cinema lens uses a concave spherical mirror to magnify screen output for immersive viewing.

A single optical coating uses alternating high and low refractive index layers to achieve wide passband transmission.

A display device uses an optical enhance layer with mixed even and uneven structures to improve light diffusion.

Optical element with wave plate and polarizing filter transmits display light while reflecting external glare to prevent concave mirror reflections.

Removable internal supports in a honeycomb cavity decouple front and rear walls, reducing mass without compromising stiffness for large EUV mirrors.

Matched conics of rotation form conjugate focal rings to transmit light energy without central obscuration.

A light emitting device uses a reflective layer to redirect generated light back through the semiconductor structure for improved extraction.

Random amorphous copolyester expands glass transition temperatures to resolve PETG shrinkage limits.