Layered Products TRIZ Cases

Integrating a polymer coating onto a reinforcing textile fabric eliminates separate clamping operations, reducing assembly complexity and weight.

Tunable cross-linking density balances mechanical strength with controlled hydrolytic degradation to prevent post-surgical tissue adhesions.

A segmented core and coating structure balances mechanical strength with solvent resistance while improving bead fusibility for molded articles.

Braided thermoplastic composite tubular structures embed load fittings during manufacturing to consolidate layers around a soluble mandrel.

A polypropylene film support features a back layer with self-crosslinking resin emulsion and quaternary ammonium polymer antistatic agent.

Hybrid direct and alternating current actuation drives electroactive polymer devices to generate mechanical force through ionic mass transport.

A P84 polyimide adhesive layer bonds the nanofiber fleece to the substrate, resolving adhesion reliability issues during pulse jet cleaning.

A perforated material embedded in flexible graphite re-orients flakes to enhance through-plane thermal conductivity.

Merging primer and decorative layers into one composition reduces application time and system complexity while maintaining durability.

A fibrous web foam core material maintains shape and facilitates resin flow under pressure.

A dual stage ion exchange process stabilizes compressive stress in chemically strengthened glass.

A layered adhesive construction integrates a release liner and an adhesively furnished interliner to enable stable spooling of pressure-sensitive tape.

Bioresorbable interweaving members secure remodelable collagenous layers, eliminating fluid pockets that cause seroma formation.

Segmented plies form a thickness step that engages stiffeners, reducing strain concentrations while maintaining parallel mould lines.

A semiconductor manufacturing kit uses three specific solvents to wash temporary adhesive layers and prevent residue contamination on device substrates.

Titanium dioxide colour concentrate prevents delamination during blow-moulding while maintaining high opacity for dairy product protection.

A polarizing plate incorporates a soft outer layer with specific toughness to enhance structural integrity.

A stacked donor film structure enables simultaneous thermal transfer of red, green, and blue light emitting materials to a substrate.

Evaporated silver particles form a porous film that resolves the trade-off between mechanical strength and flexibility in thermal interface materials.

Segmented die design prevents void formation during shaping, enhancing tensile modulus of high-performance polymer films.

Acid-free two-component adhesive cures rapidly without corroding neodymium magnets while maintaining high thermal resistance.

A high refractive index glass composition matches OLED component indices to reduce interface reflection.

Water-insoluble multi-hydroxyl POSS plasticizer prevents migration loss during aqueous processing while maintaining film elongation and optical properties.

Segmented adhesive layer uses glass bead spacers and organic destruction preventing members to maintain consistent thickness across bonded composite components.

A quartz glass cylinder inner bore undergoes mechanical machining followed by chemical etching to control subsurface crack dimensions.

A lead-free piezoelectric ceramic composition incorporates specific rare earth elements to achieve high piezoelectric constants.

A debonding apparatus uses a guided paddle to apply shear force for separating wafers from carrier plates.

Three silver-based functional layers and four dielectric coatings on a transparent substrate achieve shiny silver appearance while maintaining low solar factor.

A retardation film combines a polymer layer with negative birefringence and a liquid crystal layer with positive birefringence to achieve inverse wavelength dispersion.

Alternating hard and soft ceramic layers maintain erosion protection at high temperatures where metal-ceramic coatings fail due to inter-diffusion.

A heterophasic propylene copolymer composition with a homopolymer matrix and elastomeric dispersed phase delivers high tensile modulus.

Core/sheath transverse threads stabilize reinforcing yarns during resin infiltration, resolving dimensional stability and structural complexity trade-offs.

A textile-like in-mold sheet uses a fiber sheet barrier layer to prevent resin permeation during injection molding.

Semi-interpenetrating polymer network adhesives combine thermoset and thermoplastic phases to deliver high elastic toughness while maintaining optical clarity.

Thickened concave bottoms suppress weld lines at flange through-holes, maintaining rigidity while reducing component weight.

A three-layer patch backing uses an olefin elastomer film to provide elasticity and moisture retention.

Multi-layer anti-reflection film minimizes regular reflection light at specific incidence angles, suppressing ghost visibility and coloration in VR goggles.

Pneumatic mixing suspends aerogel and fibers in air flow to resolve homogeneity bottlenecks.

Optimizing resin thermal parameters fuses particles to the inner wall, preventing outer surface concave defects while maintaining adhesive strength.

A mask assembly uses recessed regions to protect existing solder bodies while applying subsequent paste layers.

Metallocene-catalyzed polyethylene with controlled molecular weight distribution reduces melt fracture while maintaining processability.

An organic light emitting display removes the polarizing plate to reduce thickness and enhance flexibility.

An apertured polymeric barrier fence prevents small vertebrate entry into defined areas by using spaced strands that permit wind and water passage.

A thermocurable adhesive resin with a glass transition temperature of −70° C. or lower reduces storage modulus.

An insulating garment creates an internal air chamber between hydrophilic and hydrophobic fabric layers to manage perspiration.

Blended phenol resin foam maintains low thermal conductivity over time by optimizing foaming agent proportions to prevent liquefaction and diffusion.

Metal complex absorbers convert radiant energy into thermal bonding, resolving the contradiction between mark visibility and substrate durability.

A polyamide resin composition with specific glass transition temperatures provides surface gloss and reflectance.