Mirrors TRIZ Cases

Separable base units and interchangeable measuring heads minimize shadowing effects while reducing weight and energy consumption.

Curved parallel block holder accommodates warped joining surfaces to maintain precise band pass filter positioning.

A temperature-compensating deflection element changes curvature to maintain stable focus in optoelectronic sensors.

High-purity trichlorosilane deposition creates a window that blocks mid-infrared noise, enhancing the signal-to-noise ratio for human body detection.

Polishing a planar membrane before mounting it to a curved holder reduces manufacturing time while achieving required EUV mirror smoothness.

An optical effect layer uses magnetic fields to orient non-spherical particles within a transparent binder for dynamic visual effects.

Integral reflector on trailer front reflects hitch assembly position to driver, resolving alignment precision issues during independent backing.

Segmented EUV mirror coatings use an absorbing intermediary layer to prevent radiation from reaching correction layers, preserving reflectivity properties.

A reflective sheet uses dot-cut patterns to control light reflection and improve luminance uniformity in display panels.

Elastic intermediary between protrusion and reception parts absorbs adhesive shrinkage and thermal expansion, preventing mirror distortion.

Hexagonal microcavity structure with 0.5 to 3 μm apertures coated for color effects.

A multilayer stack with a dielectric and absorber layer reflects red light while absorbing other wavelengths.

An intermediary drive unit operates switch members to short-circuit the electron gun, eliminating hazardous high-voltage switching.

A spherical mount suspends secondary optics using concentric mating surfaces to enable precise five-degree-of-freedom adjustment.

A vehicle lamp reflector uses an uneven surface with alternating convex and concave regions to form a three-dimensional lighting image.

Laminated cholesteric liquid crystal layers reflect specific polarized light orientations to enhance projected image brightness.

A dichroic plate combines RGB diode arrays into a single optical fiber path using an off-axis parabolic mirror.

A spatially varying absorber layer compensates for non-uniform illumination across the reticle plane in EUV microlithography systems.

Grain growth during conversion bonds separate optical and support sections, eliminating mounting bracket failures.

A curved transparent cover protects free-shaped mirrors and lenses from dust while minimizing reflection losses at screen edges.

Light shielding member with openings filters display light to form aerial images, blocking ghost images and unwanted light that reduce contrast.

A radiation-heatable cartridge uses a high emissivity outer wall to absorb electromagnetic energy for direct substrate heating.

Piezoelectric deformation creates a helical mirror surface that generates variable topological charge without sacrificing diffraction efficiency.

Encapsulating the reflective metal layer with dielectric coatings prevents oxidation and galvanic corrosion while maintaining optical quality.

Alternating grooved and smooth zones on a collimating reflector preserve linear polarization via double reflection, reducing luminous power loss.

Inverting the reflective coating to the rear face allows thick oxidic protection against oxidation without compromising vacuum ultraviolet transmission.

A reflective polarizer transmits linearly polarized light in a first direction and reflects orthogonal light to guide signals to an image pickup apparatus.

A solar cell module reflector redirects laterally incident light back to the absorbing layer, resolving angular efficiency loss.

Controlled heat shrinkage in the plastic base film prevents partial detachment of the adhesive layer during high temperature lamination.

A concave reflector with a specific reflective curve shapes light from an LED source into a uniform beam.

Integrating phosphor segments and color filters into one rotating structure reduces motor loading and device complexity in high-power laser projectors.

Segmenting absorption and reflection resolves the trade-off between infrared blocking and red light transmittance, eliminating ghosting effects.

A plastic polygonal mirror couples to a holder frame via adhesive bonding to maintain reflection surface planarity during high-speed rotation.

Dual mediator layers with distinct electrical resistances control piezoelectric deformation in adaptive mirrors.

Auxiliary photodiode monitors reflected laser beam to increase output power while maintaining safety compliance.

Micro-structures in the graph-text layer simulate lightness changes to resolve resolution limits and eliminate brightening ink costs.

A lens module uses a variable light-shielding flat piece to control light entry through a non-circular aperture.

Hydrogen radical cleaning removes contaminants from VUV mirrors while a noble metal coating prevents aluminum poisoning under irradiation.

Faceted structures in a light-steering layer redirect peripheral and central light to resolve non-uniform brightness caused by narrow emission angles.

A scanning mirror with angled reflective surfaces and an aperture separates transmission and reception light paths in a compact laser scanner.

A thin multilayer optical reflector maintains a consistent left bandedge across its film dimensions.

A pyramid shaped radiation filter redirects non visible light energy away from the source.

A durable silver coating stack with barrier and interface layers delivers high reflectivity across VIS to LWIR bands.

Concentric fringes diffract light beams to map touch coordinates, resolving manufacturing complexity trade-offs in input device design.

Segmented mirror configurations minimize pupil obscuration and ray angle variations in catoptric objectives.

Grooves on the mirror holder surface compensate for gap size variations and provide air escape paths to stabilize adhesive bonding strength.

A compact AR optical device uses a reflector and convex lens to direct display light toward the user eye.

A medical imaging apparatus integrates a carriage-mounted screen with a multi-prism reflector to project visual content inside the gantry bore.

Siloxane copolymers and bromine polymers in thermoplastics resolve melt flow and flammability contradictions while maintaining UV stability.