Layered Products TRIZ Cases

Faceted substrates align block copolymer microdomains into linear patterns through thermal annealing.

Inline carding and coating process for nonwoven sheets boosts production speed to 200 m/min while maintaining impermeability.

Front-plate-integrated polarizing plates with a Young's modulus of at least 2 GPa suppress thermal warping to under 0.5 mm, ensuring casing accommodation.

A prepreg structure integrates a high Tg thermoplastic resin layer to enable direct welding of composite materials.

Self-crosslinked carboxylated nitrile latex vulcanizes without sulfur or accelerators to form durable elastomeric films.

A repair assembly uses a heat-generating veil to cure adhesive between a composite patch and parent structure.

A hydrothermally grown MTiO3 layer on anodized titanium oxide nanotubes increases capacitance density beyond 200 nF/mm².

Segmented geotextile quilts on the drainage unit exterior trap suspended solids while maintaining water flow through aggregate cavities.

A composite pipe liner prevents pinhole leaks by separating carbon fiber structural reinforcement from a continuous glass fiber watertight barrier.

Gas blowing creates oriented joining portions that resist damage while open areas maintain liquid absorption in absorbent articles.

Replacing mechanical blades with a fluid stream prevents damage to carriers and reduces maintenance needs by eliminating frequent cleaning cycles.

Incompressible fluid pressure deforms and explosively detaches wall portions from a hollow body, eliminating burrs and preserving mechanical strength.

A computing system updates a label arrangement graphic in real time as users select size, shape, and material parameters.

Bio-derived mixed tannin-phenolic foams trap blowing agents within closed cells to resolve the trade-off between low thermal conductivity and fire resistance.

A gummed paper structure uses controlled dyne values to manage curling and peeling behavior.

Composite glass layers block moisture and oxygen to extend organic light emitting display lifespan.

Lateral barrier walls create isolated fastening cells that prevent foam intrusion while allowing air flow for pressure equalization.

A prepreg base material with incisions dividing reinforcing fibers into segments to enable flexible shaping of complex composite structures.

A segmented ceramic matrix composite combines a silicon-rich melt infiltration substrate with a chemical vapor infiltration outer layer.

Thick brilliant resin layers protect particles without clear coats, reducing costs.

A thermoplastic prepreg uses controlled fiber orientation to enable production of thin molded products.

Polyethyleneimine bridges polyamide and olefinic sections, maintaining adhesion strength after storage at elevated temperature and humidity.

Multi-layer interference stack resolves wear resistance versus optical performance trade-off by segmenting hard base coat from interference layers.

A metal strip placed in the beam trajectory absorbs geometric faults like undercuts, eliminating post-weld machining needs.

A textured transparent conductive layer structure with asymmetric thickness distribution on inclined planes enhances optical haze and photon path length.

Segmented compartments with apertures allow attachment means to secure insulation elements, preventing gravity-induced creep and thermal bridges.

Film-like structure with thermal filler and heater switches display panel flexibility, resolving electrorheological fluid complexity.

A light-diffusing film uses thermosetting resins and particles satisfying A>3/r to uniformly diffuse backlight source illumination.

A composite manufacturing method impregnates a second fiber base with resin from an adjacent first base to enhance inter-layer bonding.

Vapor phase inorganic powders create a porous film that retains specular gloss during printing, preventing label peeling and disc wobbling.

Polypropylene oxide surfactants modify soil hydrophilicity to enhance water infiltration while resisting washout from repeated rainfall events.

A laminate merges an inorganic gas barrier layer with an organic liquid crystal polarization layer to reduce device thickness.

A polarizing plate uses an asymmetric pressure-sensitive adhesive layer to bond optical components while maintaining structural integrity.

A laminate structure bonds woven and knit fabric layers using discrete adhesive areas that penetrate the nonwoven allergen barrier layer.

Transverse slits and a V-fold protect adhesive layers, preventing machinery entanglement while maintaining bale integrity against environmental exposure.

Partial thermocompression bonding of ultrafine and continuous filament layers controls air permeability for vehicle sound absorption.

Microstructures collimate light onto the sensor while an air gap prevents adhesive interference, improving accuracy without extra optics.

Pre-forming a metal-coated inclined surface component eliminates complex vapor deposition steps, reducing manufacturing time and equipment costs.

Alternating aluminum oxide and zirconium oxide layers achieve low water vapor transmission rates while maintaining bending resistance for electronic devices.

Overlapping projections in multiple partial sections prevent bursting under centrifugal force, eliminating the need for additional axial layers.

Asymmetric intermediate layer thicknesses in optical recording media reduce reflection light coherence to enhance servo and reproduction signal quality.

A polybenzoxazine coating bonds metal tire reinforcers to rubber matrices without cobalt salts.

Novel photosensitive glass composition enables precise micromachining of micro-optics and waveguides through controlled UV exposure and thermal processing.

Organic-inorganic hybrid particles in a polyolefin matrix create a porous separator that prevents thermal contraction while maintaining high gas permeability.

Spacer elements create air gaps that reduce conductive heat loss while maintaining breathability.

Melting thermo-fusible conjugate fibers bonds the layers, resolving interlayer peeling strength issues while maintaining porosity.

A unitary absorbent fibrous layer undergoes mechanical deformation via counter-rotating rolls to reduce density and increase flexibility.