Mirrors TRIZ Cases

Segmented microfacets with varied orientations direct projected light toward viewers while minimizing ambient glare to improve contrast.

A vehicle mirror holding mechanism locks the assembly after manual restoration to prevent vibration.

A vehicle headlamp uses orthogonal mirror surfaces to shape light from a DMD module into a high-resolution distribution.

A polygon mirror lidar scanner reduces acoustic noise from rotating pressure waves using a dedicated noise-reducing feature on the bracket or mirror block.

A manganese-controlled glass composition enhances energy transmission for solar applications.

Interference filter assembly transmits electromagnetic spectrum through high refractive index dielectric material between parallel reflective surfaces.

A mesh-type spectrum purity filter transmits extreme ultraviolet light while reflecting CO2 laser beams.

Incorporating 4,4′-biphenyl dicarboxylate into polyester resins creates multilayer optical films with enhanced birefringence and clarity.

Central projector placement with mirrors prevents body light interference while expanding the viewing angle.

Intersecting beam axes reduce incidence angles and aberration effects, maintaining coupling efficiency in smaller LD modules.

Optimized actuator pad geometry minimizes peripheral rigidity losses during scanning to reduce parasitic deformations.

A projection lens uses a movable holding portion to adjust optical axis alignment without applying stress to the lens barrel.

Galvanic overcoating enables precise reflective optical element production with integrated cooling cavities, preventing detachment under vacuum.

A head-up display optical mechanism adjusts virtual image distance using a dedicated actuator during vehicle startup.

Tapered surface geometry and dynamic optical control suppress uneven luminance and outside light reflection on whole circumference screens.

A variable light transmittance element uses metal nanoparticles in a transparent semiconductor to control optical properties via voltage.

Acrylic core/shell graft polymers improve reflectance and reduce yellowness index in titanium dioxide polycarbonate while maintaining flame retardancy.

A spreading optics system uses offset concave and convex reflectors to redirect electromagnetic waves into a divergent vector fan.

Curved reflective surfaces in mirror assemblies focus light from cylindrical sources to ensure uniform illumination across the build material bed.

A polyester resin composition reduces mold residues during continuous molding of automotive lamp reflectors.

A surface-curved dichroic mirror reflects excitation light while transmitting fluorescence to maintain uniform optical characteristics.

A glass mirror layer uses regions of different reflectivity to convey information through a shaped boundary when illuminated from behind.

Supplying activated hydrogen removes oxidation from metal layers in UV optics, then low-H2O inert gas prevents renewed contamination.

Movable mirror clamps support adjustable reflective mirrors to correct sloping movements and minimize magnification tolerance during assembly.

A lensholder directly contacts variable focusing element electrodes to eliminate discrete connectors and enhance optical coupling efficiency.

A security element directs UV light via focusing means to fluorescent zones, creating angle-dependent color shifts that resist digital reproduction.

Dielectric coating layers on reflective units adjust reflectance to maintain uniform luminous intensity despite expanding field of view and eyebox.

A micromechanical Fabry-Perot interferometer uses a gap layer between polycrystalline silicon mirrors to reduce infrared attenuation.

A monolithic specular facet mirror guides EUV partial beams to an object field using continuous static reflection surfaces.

A lidar device uses an asymmetrical polygonal reflection mirror to selectively scan interested areas with higher resolution.

Solid-body joint with high length-to-thickness ratio enables precise tilting of individual mirrors in facet mirror assemblies.

A mirror integrates a non-reflective zone to transmit treatment beams while reflecting imaging light.

An edge-constrained optical membrane deformable mirror uses an elastically decoupled intermediate area to bond the membrane across actuators and support structures.

A variable-volume enclosure uses a pliable two-way mirror to create an isolated imaging zone.

Laminar flow in internal microchannels removes heat from EUV mirrors without inducing vibrations that compromise lithography accuracy.

Replacing complex dimming films, the microlens array simplifies manufacturing while minimizing side leakage and maximizing frontal luminance.

Matched filter units estimate voltage and current phases to calculate actuator impedance inline, avoiding costly external measurement equipment.

Optical film creates reflection intensity differences at display module edges for precise AOI monitoring.

Hybrid plastic-metal mirror base reduces weight while maintaining torsional stiffness through integrated steel mounting bolts.

A blur compensation system aligns peripheral wavelengths with a specific wavelength using an intermediary optical element.

Composite rhodium materials resist halogen and oxygen gases, preserving optical reflectance during lithography.

A wavelength selection portion with anisotropic regions enables simultaneous multi-wavelength imaging through a single optical element.

Crosslinked organic lacquer blocks aluminum-silver diffusion to maintain reflectivity at high temperatures.

An optical scanning apparatus integrates an attitude detector and drive unit to adjust a reflection member for stable light beam orientation.

Replacing organic dyes with semiconductor resonance layers eliminates UV sensitivity while maintaining high-chroma metallic color representation.

Dynamic adjustment of detection light direction resolves false touch detection caused by misalignment between the radiation beam and the projection surface.

A freeform mirror with varying surface slopes compensates for optical distortions in motor vehicle laser scanners, ensuring accurate object detection.

A dual-subunit EUV collector combines normal and grazing incidence mirrors to shape the radiation intensity distribution.