Layered Products TRIZ Cases

Thermoplastic webs on carbon fiber layers enable resin infusion into high fiber volume ratio preforms, improving impact resistance.

Open-cell polyurethane foam incorporates expandable graphite to absorb sound energy across a wide frequency range.

Patterned adhesive bonding secures low basis weight nanoweb to substrate, preventing delamination during reverse pulse cleaning cycles.

Laminated optical member uses oriented flat metal microparticles to reduce light absorption and improve transmittance.

Excimer laser ablation creates micro through-holes in glass substrates, preventing cracking and warpage during silicon wafer lamination.

A dual-component insulating film uses metal phosphate for adhesion and fluorine resin to reduce molding resin bonding, lowering iron loss.

A vehicle soundproofing part uses a fibrous insert bonded to a heavy mass layer with a foam layer.

Single thermoplastic resin film enables high fiber volume content without loosening carbon fibers.

Complementary glitter pigments resolve the contradiction between angle-dependent interference and achromatic-to-chromatic transition.

A thermoplastic sandwich structure uses expanding discontinuous fiber cores to achieve lightweight stiffness.

Melting a ceramic bead fuses CMC blade sections to prevent gas leakage and maintain structural integrity at high temperatures.

A transferable electrically conductive nanocomposite layer forms transparent electrodes on flexible substrates.

Segmented sensing patterns prevent structural damage during repeated bending while maintaining electrical sensitivity across the flexible substrate.

A backlight unit light conversion layer uses semiconductor nanocrystals and a polymer matrix to convert LED light into white light.

On-site aeration of compressed cellulose precursors reduces bulk density, eliminating costly central plant processing and re-aeration steps.

A curable organopolysiloxane composition utilizes hydrosilylation crosslinking to form a cured body with specific mechanical properties.

An elastomeric insert with 3D negative relief absorbs spacing tolerances and mitigates solder stress under shock loads.

Computer controlled weaving creates tubes that heat treatment shrinks, preserving stretch function lost by sewing or fusion techniques.

Infrared radiation reflects into a transparent cover to prevent ice buildup without blocking lidar transmission.

Strategic openings in a hermetic coating displace wet combustion gases via dry air pressure, preventing CMC volatilization and spallation.

Adjustable sidewalls and a take-up reel enable quick floor marking without facility shutdowns.

Segmenting the stack covering into silicon oxide and fluorine layers under discontinuous pressure resolves wear resistance versus antiweatherability trade-offs.

Ultraviolet irradiation reduces adhesive viscosity, resolving the contradiction between peeling efficiency and separation reliability.

A separating apparatus brings water fluid into contact with a combined substrate side surface to initiate separation.

Monolithic lattice substrate enables via formation and circuit imaging without additional lamination steps.

A reddening-resistant layer with low thermal diffusivity and high infrared reflectance protects iodine-based polarizers from heat-induced color shifts.

Varying adhesive strength across the bonding layer reduces stress concentration at the edges of convex surfaces, preventing electrode cracks and wire breakage.

A positive-type photosensitive resin composition enables high-resolution resist pattern formation through alkaline development.

Gradual thickness transitions in UV reflective glazing prevent bird strikes without compromising architectural aesthetics.

A multilayer pressure sensitive adhesive composition combines two methacrylate copolymers with distinct acid monomer contents to achieve high peel forces.

A composite fan blade uses a deflector region to manage internal damage.

Terminal reactive groups on branched polyorganosiloxanes accelerate curing while maintaining mechanical strength.

PECVD barrier layers with varying densities minimize adhesion loss between the reinforcing layer and substrate while blocking oxygen and moisture penetration.

Optimized soda-lime glass composition prevents pigment peeling by balancing Al2O3 and MgO levels to achieve high strength at low cost.

Amine functionalized silicone fluid blends with polymeric thickeners to eliminate tackiness while maintaining gloss over 110 units for four weeks.

Non-axial-direction fiber layers maintain peripheral alignment precision during die processing, achieving higher breaking loads for automotive components.

Segmented pillar units absorb stress to prevent hard coating cracks during display bending.

Calculated longitudinal rib spacing reduces friction loss while avoiding manufacturing complexity from variable body geometries.

Zirconium tungstate lowers thermal expansion in the thermoplastic mixture, eliminating costly release layers.

Bending flexible substrates with indium-tin-oxide films creates precise dielectric lines for durable electrode formation.

Diluted carboxylic acid and surfactants swell polymer layers to separate them from aluminum, reducing energy consumption and material loss.

Interlocking tongue-and-groove segments distribute stress to prevent tearing while allowing flexible, reusable seams that move naturally with surrounding skin.

Sublimating frozen solvents eliminates capillary stresses during ambient pressure drying, preventing aerogel cracking and shrinkage.

Multilayer PPS nonwoven fabric reduces thermal shrinkage and maintains dimensional stability without post-treatment.

A bilayer electrospun membrane combines a hydrophobic barrier with a hydrophilic cell-adhesive layer to form a biocompatible scaffold.

A multi-layered reinforced plastic hose uses a wound fiber strand layer over an inner plastic tube to resist high pressure and elevated temperature degradation.

Segmented sealing strips with compressible foam chambers absorb joint movements while preventing leakage across varying gap widths.

Alternating ribbed patterns on draw tape bags resist tearing while reducing material thickness.

Supercritical fluid plasticizer enables hollow carbon fiber formation, reducing specific gravity by 10 to 50 percent while maintaining mechanical strength.

Dynamic mold temperature control during injection enables thinner walls and larger dimensions for lightweight acoustic attenuation structures.