Mirrors TRIZ Cases

A cover glass structure uses a pattern layer with holes and a color layer to create a self-luminous effect without separate light-emitting units.

A dual-surfaced mirror wedge employs a thin transparent layer and dark mask to hide edges, maintaining illusion consistency across viewing angles.

A handwriting support device projects a virtual image onto a writing surface using a half mirror and image display control unit.

A check frame positions a document against a mirror to enable simultaneous dual-side image capture, reducing the time required for check deposit operations.

An aspheric mirror with reverse curvature and low surface roughness resolves manufacturing precision trade-offs to deliver larger, high-quality AR HUD images.

A microlithographic imaging optical system uses a deformable mirror to compensate for shape distortions in adjacent components.

A six-mirror optical structure uses Y-Zernike polynomial surfaces to image extreme ultraviolet light at high numerical aperture.

A light scanning apparatus determines beam source lighting-up timing using signals from a rotary polygon mirror to align scan positions.

Cyanate ester resin prevents outgassing at the reflective coating while preserving the stiffness required for precise optical alignment.

A non-imaging secondary concentrator shapes light onto a solar cell using total internal reflection and specular reflection.

An aerial image display device uses an orthogonal optical plate and counter mirror to reflect projection light into a bright, less distorted image in the air.

Exterior mirror assembly uses a transition surface to display visual alerts for objects in the blind spot.

A doped quartz glass substrate adapts its zero-crossing temperature distribution to match the operating profile.

Conductive glass substrates with organic radical cation layers reflect infrared radiation while maintaining visible light transmittance.

Graded reflective coatings with rotationally-asymmetric thickness profiles enhance overall transmission in EUV projection objectives.

A compact interferometric system uses optical filters to measure surface shape and roughness simultaneously in a single configuration.

A multilayer mirror uses an intermediary separation layer between metal and boron compound layers to reflect extreme ultraviolet radiation.

A stretchable reflective film uses a continuous metal layer of tin or indium to maintain specular reflectivity when stretched by 50 percent.

A compact infrared gas measuring cell uses multiple reflection surfaces to extend the optical path length within a confined volume.

A front surface stress counteracting layer neutralizes coating-induced bending in high-energy laser mirrors.

A segmented optical component divides collective beams into individual outputs to stabilize dose fluctuations in projection exposure systems.

Multi-layer B4C/CsI coatings on obscured mirrors enhance EUV reflectivity by minimizing reflection losses.

An internal cone mirror creates a telecentric view for large fields of view, avoiding the high cost and complexity of traditional bulky optics.

Automated ultrasonic shaking dispenses spacer beads onto glass substrates for electro-optic mirror assembly.

Segmented HfO2/SiO2 dielectric mirrors overcome low transmittance and laser damage limits in high-power multiwavelength beam expanders.

A three-dimensional aperture diaphragm warps its inner surface to match the actual pupil shape, reducing image distortion in EUV lithography.

Segmented pupil facet coatings tailor local reflectivity to correct illumination intensity gradients, enabling uniform EUV lithography exposure.

Auxiliary photodiode detects laser output power via reflected beam, enabling safe operation at maximum levels while preventing eye safety violations.

An interior marker indicator reflected by a rear under view mirror resolves visibility issues caused by exterior wiper obstructions.

A capping layer on an EUV mirror accepts particles of a second material to block surface defects and prevent contamination deposition.

Segmented reflector facets orient LED light into parallel beams, eliminating diverging rays and shadows for homogeneous symbol representation.

A ceramic wavelength converter uses a dielectric buffer layer to reflect primary light while transmitting secondary emission.

A thin protective coating shields the reflective surface from plasma debris erosion, extending component lifetime and maintaining reflectivity.

Monolithic pigmented polymer film merges color and environmental protection functions to resolve device complexity trade-offs in identification devices.

Anisotropic film laminates polarize light to enhance rearview mirror contrast, resolving display visibility trade-offs in automotive assemblies.

A multipass scanner uses a coupler to direct light onto a tiltable reflector multiple times, expanding the angular scanning range.

Nested LEDs and a sensor within a spherical diffuser provide multi-angle illumination, detecting edge defects without increasing system size.

A semitransparent mirror applies a composite multilayer coating to achieve high front reflectance while maintaining rear transmittance for display illumination.

Segmented piezoelectric columns reduce substrate indentation and hysteresis, enabling larger deflections with high setting accuracy.

A soluble smoothening layer coats diamond-turned masters to achieve sub-5 Angstrom surface roughness without mechanical polishing.

A phenolic compound and specific photopolymerization initiator enhance adhesiveness of an active energy ray-curable resin composition to base materials.

A light guide plate with a recessed reflective surface redirects scattered light to resolve non-uniform illumination intensity in direct-type backlight modules.

Segmenting the cover into alternating oxide and silicon layers improves radiation resistance while maintaining high EUV reflectivity.

Edge-sealing the undersized graphite or copper layer prevents curling and contamination while maintaining high reflectivity.

Timing control prevents reflection ghosts from chamfers on a rotary polygonal mirror, maintaining image quality at high printing speeds.

Textured mirror surface deflects stray light away from driver line of sight, preventing video quality degradation without expensive coatings.

Tilted high refractive index regions in the diffusion layer maintain visibility and reduce brightness differences when display orientation changes.

Angled semiconductor laser emission eliminates flat mirrors, resolving three-dimensional alignment complexity while maintaining image quality.

A half mirror uses a retardation layer and cholesteric liquid crystal layers to convert linearly polarized light into circularly polarized light.

A test apparatus aligns conic optical surfaces using a retro ball and interferometer to verify machining accuracy.