Layered Products TRIZ Cases

An anisotropic polymer foam press belt increases contact area to enhance dewatering while preventing fiber imprinting on the paper surface.

Dispersed polyester fibrils in oriented polyolefin alloys improve creep resistance at elevated temperatures.

Atomic layer deposition creates alternating host and inclusion layers to reduce formation time and cost for periodic metamaterials.

A silicone rubber foam layer provides thermal insulation through a precise coating process.

A composite wick membrane with nanoporous filler material generates capillary force to pump liquid through the heat pipe system.

Rotatable platform and turnover unit align display components, resolving manual misalignment bottlenecks to boost yield.

A tin-nickel alloy shield foil forms a protective oxide barrier that prevents corrosion damage while maintaining low electrical contact resistance.

A one-piece plastic window for an infrared gas analyzer uses a hydrophobic coating to prevent moisture condensation on the optical surface.

Incorporating cotton fibers in the middle layer of a multi-layered tissue web improves handfeel without compromising strength or increasing hardwood costs.

Oxidizing subdivided vulcanized rubber particles restores mechanical properties and abrasion resistance lost during recycling.

A semi-organic insulation coating combines zirconium compounds and plate-like silica with organic resin on magnetic steel sheets.

A fiber sheet with surface pores and controlled airflow resistance delivers high sound absorption efficiency in a thin profile.

Alkali-titanium-silicate glass joins metal parts into a hermetic housing, solving thermal stability and encapsulation issues in high-power LEDs.

Multiple-use nonwoven fabric structure with inherently fire-resistant fibers achieves superior arc thermal protection value.

Azo compound polarizing film maintains high polarization ratio and contrast while resisting heat, moisture, and light degradation in liquid crystal displays.

Graded shelf plate roughness anchors deposit films against peeling, suppressing particle generation in vertical CVD processing.

A carpet pulling apparatus uses a movable diverter to redirect a winch cable around floor obstructions, resolving interference that hinders efficient removal.

An optical film integrates an antistatic layer using electrically conductive polymer and specific compounds to enhance durability.

Varying material thickness in the middle of the ribs reduces weight while maintaining stiffness and improving shock absorption.

Different encapsulation structures compensate for luminance deterioration in bending regions, maintaining brightness comparable to flat areas.

Segmenting the colored layer into regions with varying transmittance resolves the conflict between optical reliability and design flexibility.

Polydiorganosiloxane polyoxamide block copolymers enhance adhesive mechanical strength and thermal stability.

Strip portions on the convex surface enhance color development and visibility across wide angles while reducing production costs.

A methacrylate-based adhesive composition with a polysiloxane copolymer provides low initial tack and high post-process strength.

Segmented apparel layers with varying elongation values restrict opponent grasping at specific locations while preserving wearer mobility and airflow.

Embedding fiberglass in epoxy resin hardens diverter switch components, preventing breakage during installation.

Flat braid design with bonded plastic threads reduces surface roughness and thread breakage risk while maintaining flexibility for static charge dissipation.

Alkaline immersion separates thermoset laminated films through chemical hydrolysis, resolving the trade-off between adhesive strength and recyclability.

Steam condensation creates a partial vacuum to draw soluble agents deep into bio-char pores.

A thermally insulating tarpaulin uses nested fleece and fabric elements to protect cargo spaces from temperature extremes.

Molding press creates a layer composite with a luminescence conversion substance and scattering particles on a support film.

An insulating layer and sacrificial etching suspend micro LEDs, reducing processing costs and improving yield.

Low-tack adhesive films prevent cross-contamination on blood pressure cuffs while eliminating packaging waste and residue through merged sheet dispensing.

Polymer-coated fiber sheets in a shim structure maintain adjusted thickness under high pressure by creating cohesive forces lower than the fiber breaking limit.

Replacing hazardous fiberglass mats with woven basalt fiber eliminates fire risks while maintaining structural integrity in sound absorbing assemblies.

Thermoplastic conjugate fibers exhibit spiral crimping during drawing to form a uniform web with high bulk and soft touch.

Segmented polymeric layers maintain graphic retention while reducing wind loading on scaffolding.

A transparent sheet with a local relief bonds to an injected plastic part to create a durable three-dimensional visual effect.

Curved thermoplastic fibers in a thermoset matrix resolve the thickness-weight contradiction, enabling precise thermoforming without added mass.

Localized laser heating strengthens direct wafer bonds without bulk thermal expansion, preventing substrate warping and preserving hermeticity.

A carbon fibre trim component uses misaligned unidirectional sheets and angled cutting to define a unique surface pattern.

Segmenting polythiophene into a star architecture with sulfonic acid groups resolves the conductivity solubility trade-off in organic solar cells.

A venous access port assembly uses latch arms to compress septum flanges between housings.

A flexible graphite heat spreader with an insulating layer dissipates heat from components across a device enclosure.

An epoxy-containing high-molecular silane adhesive composition bonds protective glass to silicon substrates.

A resin composition combines acrylic and styrene-acrylonitrile copolymers to form biaxially stretched optical films.

A multilayer paint system uses a single activator and uniform mix ratio across all layers to simplify the automotive refinish process.

Fiber-reinforced elastic expansion section accommodates thermal movement while maintaining structural stability.

Transition metal oxides lower processing temperatures and pressures to mitigate hydrogen cyanide emissions below 30 ppm during flaming exposure.