Mirrors TRIZ Cases

A nano-nano composite optical ceramic lens compensates for temperature-induced focal drift by matching the thermo-optic coefficient to the mounting structure.

A rear window lateral mirror assembly reflects light from blind spots to the driver's rear-view mirror.

A mirror device channels liquid through a gap between the mirror and covering member to an external outlet.

A display screen module integrates a reflective component between the LCD and cover plate to route light for fingerprint recognition.

A fluorescent color wheel integrates light absorbing zones to insert black frames between active images.

A dichroic mirror separates measurement light from laser light within an interference optical system to enable accurate spectral detection.

Condensing light from segmented display regions onto a single reflector expands the field of view while maintaining luminance and reducing device complexity.

Transparent portions and a mirror element route light in a wafer-level optical module, reducing part count and manufacturing complexity.

A reflective composite material uses a metallic chromium or nickel barrier layer to inhibit silver particle migration and maintain surface reflectivity.

Passivated regions in the silicon substrate isolate sensor electrodes, reducing parasitic capacitance and temperature-dependent leakage currents.

Matching refractive indices in the planarization layer eliminate internal reflections and halation while preserving thin HUD profiles.

Protrusions on the polygon mirror surface distribute axial pressure uniformly, preventing uneven deformation of reflecting surfaces during molding.

Asymmetrical triangular pillars minimize light absorption and heat generation while maintaining retroreflection performance for building surfaces.

Segmented condenser lenses optimize spacing between light sources and principal planes, reducing physical size while maintaining high illumination efficiency.

Glycerine reduces tin(II) chloride to metallic tin, achieving 40% deposition yield and cutting wastewater waste by 90%.

A Bragg mirror light source directs illumination through a photonic substrate to enable dark-field imaging.

A gaseous spectral purity filter enriches extreme ultraviolet beams using a supersonic gas jet, preventing solid filter degradation.

Stationary beam splitter captures retinal fixation data without mechanical scanning components, eliminating mirror vibrations and extending device lifespan.

A single reflector with partial elliptical cavities directs thermal radiation to create uniform energy distribution across the sintering area.

Electron beam irradiation locally modifies multilayer structures to correct reflectivity, resolving intensity fluctuations in EUV lithography.

A light receiving module uses a reflective mirror with wavelength selective layers to filter optical signals.

Composite film layers on the ultraviolet lamp tube achieve wavelength selectivity without increasing structural complexity.

A polarization mirror with transmission and reflection areas directs linearly polarized light to form overlapping virtual images.

Multi-layer silver reflectors suppress film stress to prevent optical surface deformation under hot and humid conditions.

An asymmetric inclined mounting surface distributes optical components transversely to reduce device weight while minimizing field of view obstruction.

A silicon oxide intermediate layer prevents ruthenium oxidation, maintaining EUV reflectivity and extending mask life.

A reflector redirects light from a light emitting body to compensate for uneven illumination caused by constant emission angles.

A reflective layer covering splicing gaps between mini-LED light boards redirects stray light to eliminate bright or dark lines and improve display uniformity.

Segmenting the camera housing from the telescopic mirror housing keeps the imaging device stationary during movement, ensuring accurate video system processing.

An MEMS scanner design employs sloped fixed electrodes and elevated driving electrodes to achieve stable rotation while reducing manufacturing complexity.

Inclined mirrors and transmittance members reduce dark portions and brightness unevenness in head-mounted displays.

Apodized broadband partial reflectors utilize graded thickness profiles to control optical reflection characteristics across multilayer polymeric films.

Folded afocal three-mirror anastigmat minimizes beam spreading in a coude gimbal structure, reducing on-gimbal mass for wider fields of view.

Anti-reflection coating on switchable mirror substrate minimizes glare reflections from interfaces that cause double imaging.

A modular exterior mirror system uses identical electric drives and a gearwheel with bracing ring detents to achieve lift and turn functions.

Extending the reflecting layer to black matrix side surfaces increases ambient light utilization, resolving low efficiency in transflective LCDs.

Alternating niobium oxide and silicon oxide layers replace aluminum mirrors, achieving 50-90% visible reflection while eliminating harmful metals.

Aperiodic dielectric multilayer system for ultraviolet radiation reflects light through varying layer thicknesses.

A vehicle mirror ball clamp uses a spring between semi-barrel bodies to absorb mechanical errors.

Sintered polycrystalline diamond mirrors resolve manufacturing cost trade-offs by combining large planar surfaces with composite bonding layers.

Segmented facet mirrors concentrate illumination to resolve suboptimal pupil filling and beam separation in EUV projection lithography.

Inclined reflecting surfaces redirect incident light through a transmissive substrate to expand the viewing angle of virtual images.

A convex mirror affixed to a door provides a wide-angle view of the room interior from a concealed position.

A lithography position detector reflection member uses composite materials to minimize angle-dependent phase shifts in convergent light flux.

A free-form surface lens joins its effective region to a tapered edge surface using curved or flat transitions that preserve optical tilt.

A reflection based tracking system uses strategically positioned mirrors to redirect optical paths from multiple aisles into a single camera sensor.

A laser light source device combines multiple wavebands with fluorescence to enhance display luminance and color saturation.

Controlling water addition and cooling rates stabilizes OH concentration during heat treatment for EUV lithography components.

Curved lenses and a reflective polarizer improve modulation transfer function while reducing spherical aberration in virtual reality displays.

Segmented rotating mirrors collect all X-ray fluxes to eliminate annular openings and achieve 100% beam use efficiency.