Layered Products TRIZ Cases

Ion-exchanging creates uniform compressive stress layers on a cover glass substrate, preventing strain concentration at corners that causes breakage.

Septumized composite panels with honeycomb cores replace heavy metal pressure vessels, reducing structural mass and increasing payload capacity.

A polyphenylene ether blend with recycled rubber-modified polystyrene and organophosphate ester resists thermal stress.

A protection film uses a perimeter pressure-sensitive adhesive layer to secure the optical film while leaving the central region free for direct display contact.

Transforming bonding portions via laser or infrared heating enables clean segmentation, preventing structural peeling and boosting manufacturing yield.

Disposable films replace metallic dies in a closed composite production system, reducing volatile organic compound emissions by over 70 percent.

Structured thermoplastic polymer films in composite interleaf zones enhance laminate toughness during atmospheric pressure curing.

A thermal interface material embeds carbon nanotubes in a low melting point metallic layer deposited via physical vapor deposition.

Index-matched molds and collimated light form micro-trusses directly, eliminating expensive mechanical conversion of flat sheets into curved geometries.

Interweaving yarn tufts through an embedded fabric layer resolves the contradiction between golf ball reception and consistent putting performance.

Segmented solid adhesive tape preserves breathability in reinforced shoe uppers by eliminating continuous liquid glue barriers.

A multilayer film structure combines a thin ITO layer with dielectric films on transparent substrates to deliver antistatic functionality.

A discontinuous glass fiber detection layer embedded in a composite matrix creates exposed edges that reveal subsurface impact damage.

Composite coating layers prevent shrinkage-induced curling and cracking while maintaining transparency.

A sandwich structure combines carbon fiber inner layers with glass fiber outer skins on a honeycomb core.

A tapered plasmonic optical transformer compresses electromagnetic energy into a nanoscale spot size using adiabatic mode transformation.

Selective fusion anchors needled fiber loops to a nonwoven substrate while preventing surface melting, maintaining dimensional stability and load capacity.

Orthogonal stretching of polymeric layers conforms the film to a curved mold, resolving thickness variation issues across the optical surface.

Rectilinear winding of coated filaments around an oblong mandrel produces composite inserts that transmit tensile and compressive loads along the rod axis.

A resin composition using a naphthalene-based epoxy resin and amino-phenyl fluorene curative to achieve high wet glass transition temperature.

Varying outer layer thickness across the width resolves winding versus optical uniformity trade-offs in laminate films.

Non-directional overlapped decorative pieces weld to a base plate, resolving limited appearance variety in fiber composite shells.

Fluorinated acrylic monomers and oligomers in the curable composition maintain pattern thickness stability during repeated solvent exposure.

Segmenting ion-exchanged glass sheets along remnant webs prevents edge damage and enables durable conductive coatings.

Heating organic linking groups within the coating volatilizes them, creating a porous surface layer with controlled pore sizes less than 30 nm.

Multi-directional protruding members suppress delamination by mechanically interlocking composite layers during resin curing.

Composite fiber blend creates flattened surfaces to increase specific flow resistance and flexural rigidity in molded acoustic parts.

Porous iron particles hold graphite and stabilizers to prevent cementite formation, maintaining friction stability while reducing wear.

Encapsulating chopped glass strands with synthetic polyester felt and bagasse core reduces density while maintaining tensile strength in pultruded I-beams.

Carbon-modified titania coatings on silica particles enable photocatalytic function under ambient visible light, eliminating expensive UV sources.

Alkoxysilane hydrolysate in polyurethane adhesive provides fire retardancy without halogens or phosphates.

Preliminary trimming of laminated plies before hot forming creates a smooth flange edge, eliminating stepped defects and co-bonding distortions.

Novolac epoxy resin composition with controlled swelling ratio resolves the trade-off between low viscosity processing and composite molded body strength.

Curved slot flanges close upon bending to eliminate voids and filler material.

Beam splitters reflect top wafer marks to align with bottom layers, resolving depth of field limits for submicron precision.

Variable adhesive bonding between stacked shields allows individual removal, reducing waste and preventing cross-contamination during medical examinations.

A decorative surface structure uses UV cured ink to form convex portions on a base coating layer.

A co-extruded laminate film integrates elastic polymer strips into a full-area cover layer to provide targeted stretch.

High pressure consolidation densifies polyethylene fiber stacks, raising specific energy absorption while maintaining dimensional stability at 90°C.

A block copolymer protection film reduces moisture absorption to prevent iodine deterioration in liquid crystal displays.

Electrolytic hydrogen generation strips flexible substrates from porous metal cathodes, eliminating thermal damage and boosting production yield.

A dual-layer light-sensitive bottom anti-reflective coating system reduces substrate reflectance during exposure.

A tamper-evident seal covers the physical security ID on a data storage drive label to hide the identifier from unauthorized observers.

A three-dimensional sticker uses a removable adhering layer to attach filler material and a recording device to surfaces.

Bonded resin-saturated fiber composites reinforce concrete connections, eliminating vibration damage from mechanical drilling and reducing repair labor.

Helium displaces air during silica grain fusion, eliminating trapped gas bubbles and reducing hazardous ozone generation.

Segmented yoga tiles resolve transport contradictions by combining interlocking design with dual-texture friction layers.