Mirrors TRIZ Cases

See how a multi-layer passive radiant cooling structure achieves high solar reflectance and sel

See how an integrated transparent window with upward reflective structure ensures clear visibil

See how optical elements on thermoplastic surfaces produce structural color through light inter

See how optical elements use light scattering, refraction, reflection, and interference to prod

See how a dual-mirror assembly with optical interference coatings hides proximity sensors behin

See how a black pigment-textile composite reflects near-IR radiation for LiDAR detection while

See how a black pigment-textile composite achieves >12% near-IR reflectivity while maintaining

See how a shower curtain with collapsible pleat cells, gravity-fed liquid channels, and fog-red

See how a cellular retractable curtain integrates gravity-fed liquid channels, photovoltaic cel

See how a laser-and-concave-mirror design replaces weight sensors to detect small parcels relia

See how concave mirrors and single-side laser reflection detect small items in parcel lockers w

See how a cellular shower curtain structure collapses for easy retraction, integrates liquid ch

See how optical element transfer structures use multilayer reflectors to impart iridescent stru

Physiological time-series matching improves display user identification accuracy, helping protect personal data without manual login.

See how an open-rod fabric warming rack uses dual-end UV and infrared light sources with reflec

See how nested mirrors with 1x, 5x, and 10x magnifications share a single lighting zone through

See how a toaster sensor assembly uses mirrors and thermal isolation to measure food browning a

See how positioning a proximity sensor behind dual-mirror layers enables user detection while m

See how inclined micropatterns on the back surface use total internal reflection to create meta

A sealed aluminum LED channel dissipates heat and blocks moisture, enabling long-lasting mirror illumination in wet bathroom areas.

See how a black pigment-textile composite reflects near-IR radiation for LiDAR detectability wh

A multilayer cooling film uses metal reflection, sky-window thermal radiation, and a UV-absorbing antisoiling hardcoat to cut heat without active energy use.

See how a rotatable mirror body with position-sensing power-on mechanism activates only the for

See how a three-panel mirror with angled side reflectors enables simultaneous viewing of top an

See how multi-layer optical films replace dyes with interference-based structural color in blad

See how micro-scale profile elements under a multilayer reflector reduce iridescence and mainta

See how a nested mirror housing arranges three magnifications in concentric circles with unifie

See how micro- and nano-scale optical elements produce iridescent structural color through ligh

See how a discontinuous metal interface layer with dielectric overlayer enables durable, cost-e

See how a backside-mounted smart mirror uses adhesive gel pads and removable camera modules to

See how pivoting arms and suspended mirrors enable comprehensive head and body viewing without

See how a toaster sensor assembly uses optical intermediaries and cooler-zone positioning to st

See how movable mirror panels, integrated image capture, and actuator positioning enable multi-

See how a thin silver layer and tuned dielectric create visible-light resonance to color radiat

See how a metal component and parasitic capacitor divert high-frequency switching power supply

See how multi-layer optical films replace dyes with light interference to produce structural co

See how multilayer optical films use interference and refraction to produce iridescent structur

See how quadrangular pyramid depressions and wavelength-selective layers redirect near-infrared

A flexible circuit board lets more LEDs wrap the mirror edge, improving light uniformity, output, and thermal handling.

See how chamfered peripheral edges and a cross-linked antifog layer reduce mirror chipping on i

See how non-periodic profile elements under a multilayer reflector reduce diffraction and iride

See how angled side mirrors with segmented magnification enable simultaneous viewing of both ey

See how a multilayer PMMA mirror with aluminum deposition and polysiloxane coating achieves sha

A retractable cord built into furniture hides excess power cable to cut floor clutter, reduce trip hazards, and preserve usable storage space.

By comparing pad images before and after contact, this case isolates the latest probe mark to correct probe position faster and more accurately.

Adjustable auxiliary stops define a clear manual mirror position while letting a low-power hinge actuator avoid overfolding and drive damage.

A radially inboard clutch isolates manual folding loads from the power-fold drive train, improving mirror stability and reducing mechanism complexity.

A single pressure-formed metal mirror creates continuous 3D reflective surfaces, eliminating layer gaps and weak adhesive joints.

Evaporating saturated refrigerant at constant pressure cools internal passageways uniformly to low temperatures without complex high-pressure lines.

Interlocking tooth rings and integrated stop blocks limit mirror support arm travel, preventing over-rotation damage while holding position.

A water-immiscible solvent separates dissolved paraffin from the aqueous lysate, cutting wash steps, sample loss, and automation barriers.

Five beveled flat mirrors create accurate multi-angle facial views, reducing eye strain and improving grooming with optional lighting and ventilation.

A reflective bank groove redirects blue excitation light through quantum dots to improve color conversion efficiency while protecting dot stability.

A sensor placed near the image generator detects intense sunlight early without blocking image light, helping prevent HUD overheating.

Dual NIR emitters in a rearview mirror let one driver monitoring assembly fit both left- and right-hand drive vehicles through software selection.

A heat-seal laminate balances stiffness and thermal contraction to bond curved surfaces without molds while keeping wrinkles small and uniform.

A silver multilayer coating on SiC chamber reflectors boosts heating efficiency, improves temperature uniformity, and reduces thermal stress.

Nanoporous piezoelectric pores are refilled or evacuated to overcome the speed-Δn tradeoff in compact low-voltage photonic modulators.

A multilayer mirror film absorbs blue headlight wavelengths while preserving green and red reflectance to cut night-driving glare.

A dispersive element and monolithic mirror set combine close mid-infrared laser wavelengths on one axis with low power loss and higher stability.

Non-rectangular outer pixel placement offsets telecentric optical distortion, enabling compact displays with clear Lambertian image output.

An intermediate mirror at the imaging position reflects external light away from the projector, limiting heating without degrading image quality.

A lens and cap electrode pattern redirect repair laser energy to the anode extension, preventing cathode damage and improving display reliability.

A wavelength-selective mirror substrate absorbs scattered laser light while transmitting reference light, reducing detector saturation and recovery time.

A splitting element and freeform mirror correct HUD ghosting and image rotation while keeping the unit compact and windshield-compatible.

A splitting element and freeform mirror correct HUD ghosting and image rotation without wedged combiners or extra alignment parts.

A single display unit splits adjacent image areas through reflective optics and a freeform mirror to create clear dual-depth HUD images.

Multi-sensor position inference detects objects in vehicle blind spots and stops warnings when the object has left the risk region.

Jointly optimizing substrate electron-beam compaction and coating annealing helps EUV mirrors hold reflectivity and surface shape over time.

A multilayer optical film cuts blue headlight glare while preserving strong green and red mirror reflectance for clearer rearward visibility.

Magnetically aligned curved pigment flakes create bright moving images that stay noticeable under varied lighting for stronger anti-counterfeiting.

A back-mounted tilt mechanism lets a HUD mirror assembly adjust virtual image height while fitting multiple images into limited vehicle space.

A half-wavelength retarder and angled mirrors split image light by polarization, reducing HUD noise and sunlight damage.

Configurable TE, TM, and free-form polarization pixels improve EUV lithography pattern contrast, throughput, and defect control.

Angled internal reconstruction light and divided hologram zones cut lamp thickness while keeping the vehicle hologram clear and widely visible.

A two-quadrant feedback controller recovers actuator discharge energy for reuse, cutting heat, power loss, and cooling demand in optical systems.

A layered windshield film redirects reflected HUD light into separate directions to eliminate ghosting without extra free-form reflectors.

Intracavity lenses shrink cavity waist size to raise cooperativity without high finesse, easing alignment while forming optical dipole trap arrays.

A multilayer UV filter section blocks plasma UV from high-index mirror layers, reducing loss centers and improving ring laser gyroscope stability.

An inclined housing and diffusing resin layer steer rear-view mirror LED light for uniform luminance, fewer hot spots, and less glare.

Air gaps between retarders, a semitransmissive mirror, and a reflective polarizer prevent optical deformation and uneven luminance.

Microstructured folding mirrors recycle unused polarization to deliver compact HUD optics with more uniform illumination and lower thermal load.

Dielectric multilayer films in a vehicle HUD block polarized solar light, protecting the LCD while preserving virtual image quality.

Polarized projection and a nanostructured reflector turn the windshield into a large virtual display without bulky screens or high HUD power.

Free-form TE and TM polarization at illumination pixels improves EUV pattern contrast and exposure throughput while reducing defects.

Outward-tilted retroreflectors and beam splitters let one light source project the same aerial image in two directions with fewer optical parts.

A sapphire output mirror uses partial reflection and rear-surface reflection suppression to handle high UV laser energy without film degradation.

A resin-impregnated tendrillar mat and CF laminate cut reflector roughness and thermal strain without heavy blanks or high-temperature processing.

A nested wavelength conversion member and transparent encapsulation reduce degradation, light leakage, and color unevenness in emission.

A vehicle mirror forms a booster antenna by patterning its reflective layer, enabling RFID and NFC communication without blocking sightlines.

Backside excitation through a transparent substrate and focusing mirror improves light use and enables multi-beam electron writing with high resolution.

Magnetically mounted mirror elements let cable tip inspectors be removed, cleaned, and reinserted easily while preserving alignment and accuracy.

Electronic phase arrays steer parallel light without moving parts, reducing noise and size while improving beam accuracy and field of view.

A concave freeform mirror pair shapes a curved HUD virtual image that better matches driver vision and reduces refocusing across larger displays.

A split optical path uses both polarization components, cutting light rejection and power demand in compact AR headset projectors.

A buffer-free antireflection stack protects the conductive metal layer from oxidation while preserving low emissivity, anti-solar performance, and shelf stability.

A reflective film plus a light-absorbing film replaces the black matrix to cut pixel color interference while preserving display light efficiency.

A spectral output coupling mirror on the field facet mirror enables real-time EUV process monitoring of thermal load and layer degradation.

An aspherical transmission lens refracts light from multiple sources to improve optical efficiency and illumination quality in a compact mobility-vehicle module.

Coated directional microreflectors produce tilt-dependent motifs and multiple colors for harder-to-copy security elements.