Mirrors TRIZ Cases

Radial and concentric reflective members in a ring-shaped transparent plate expand the viewing angle while maintaining illuminance for vivid images.

Applying a reflective coating directly onto a Peltier element dissipates heat deposited in the coating, reducing thermal accumulation in the mirror body.

Implanted noble metal ions catalyze activated hydrogen recombination, preventing volatile hydride formation and maintaining optical transmission.

Asymmetric gate positioning prevents resin birefringence from degrading image quality while avoiding increased lens volume and material cost.

A measurement instrument reflector inverts display information via specular reflection to enable clear viewing from obstructed angles.

A White cell configuration steers optical beams using spherical mirrors and trap doors to manipulate light paths.

Alternating birefringent and isotropic layers with specific slope ratios achieve broad wavelength reflection without increasing layer count.

A pupil facet mirror uses elliptical edge curves and varying refractive powers to manage optical paths in projection systems.

Segmented cholesteric liquid crystal layers with depth-dependent birefringence suppress sidelobe occurrence while maintaining high reflectivity.

A portable surface finishing device uses a micro-LED coherent light source and optical scanning module to deliver linear laser beams for target treatment.

A light source device uses a conical surface and cylindrical curved surface to diverge invisible light beams across a display area.

A buffer material at the substrate entry surface maintains laser focal energy density during oblique incidence.

A reflective layer combines specular and diffuse reflectors within electrowetting pixels to control light scattering.

Mirror optics redirect light into a single sensor to create a bidirectional field of view, expanding coverage without increasing hardware complexity.

A polyester resin composition with specific cis-trans isomer ratios and white pigment enhances reflectance.

A movable support structure shapes reflective material into half or full hemispheres, resolving complexity issues in wall and ceiling mount installations.

A multifaceted MEMS reflector with a chevron pattern enables two-dimensional scanning while maintaining vibration stability.

A resin-molded polygon mirror positions gate portions on virtual straight lines equidistant from adjacent reflecting surfaces to guide uniform material flow.

A conversion layer with an uneven surface accepts incident light and outputs transformed light through a segmented metal piece layer.

Direct length measurement sections between optical components determine relative positions in six degrees of freedom.

A reflective lens uses asymmetrical aspherical surfaces and a transflective coating to direct image light.

Periodic pillar structures in the photonic crystal backplate convert angled light to normal incidence, resolving uneven brightness from separated light sources.

Software converts mobile displays into mirrors with LED lighting, eliminating camera delay and shadows for precise makeup application.

Segmented contacting units exert localized forces on facet mirrors to stabilize position against carrier deformation from vibrational energy.

Height differences between pattern and non-pattern zones in the light-transmissible layer expand application scope without increasing structural complexity.

Layered relief structures with distinct color coatings create additive tricolor effects, resolving counterfeit resistance versus manufacturing complexity.

Alternating material layers block hydrogen diffusion, preventing delamination and maintaining reflectivity.

A vehicle outside mirror washer features an annular line contact portion to reduce surface area and prevent pseudo fixation.

Multilayer dielectric coating resolves low damage threshold and limited reflective band issues in conventional cold mirrors.

Micro-mirror arrays reduce device volume and eliminate complex focal adjustments while maintaining a wide field of view.

Light adjusting units reflect shallow-angle light to alter emission distribution, resolving backlight thickness and uniformity trade-offs.

A projection optical system uses a concave-surfaced mirror and refractive lenses to form an intermediate image.

Two orthogonal MEMS mirrors control scanning angles and frequencies separately, reducing image dragging in head-mounted displays.

Curved surface defects from nano-scale probe patterning optimize the quality factor to effective mode volume ratio for nanophotonic applications.

A segmented EUV collector guides used light while diverting extraneous radiation via a dedicated diffraction grating zone.

A mirror base cover uses a cap assembly with an elastic seal to bridge gaps in the opening.

An optical layered body with sesamol-type benzotriazole functional layers blocks harmful blue light while maintaining image color tone.

Triangular carbon fiber reinforced plastic honeycomb core resolves thermal expansion and anisotropy issues in optical instruments through segmented assembly.

An elastic vibration transmitting member couples a head-up display reflector to the vehicle housing, preventing information sway during travel.

Segmented EUV collector mirrors mitigate debris damage from plasma generation by assembling discrete substrates, preserving optical precision.

Rotating a polarizing plate aligns its absorption axis with a half mirror reflection axis during image display, reducing reflected glare from panoramic roofs.

Rigidly connecting two mirrors enhances stiffness and natural frequency to reduce sensitivity to parasitic forces in high-aperture microlithography.

A wavelength conversion device reflects light via a composite member of resin and nanoparticles, eliminating Brewster Angle losses.

A trough reflector collimates ultraviolet radiation from a high-density LED array to direct light along a focal line.

Protective layers isolate MEMS deformable elements from reactive chemicals, eliminating deformation memory accumulation and maintaining mechanical stability.

An asymmetric reflection surface corrects astigmatism and chromatic aberration while minimizing light non-uniformity in ultra-short throw projectors.

Integrates a shaft with a housing support member and annular wall to reduce part count in vehicle door mirrors.

Non-periodic multilayer stacks reflect harmful UV and IR radiation omnidirectionally, preventing thermal buildup and photo-degradation in coated materials.

An oxide layer reduces photocatalytic activity by 50% in structural pigments, preventing color fading from ultraviolet exposure.