Layered Products TRIZ Cases

Laterally supported filaments decouple axial and lateral loading responses, reducing concussion severity by managing impact energy absorption.

A bridge member spans the joint between adjacent form liners to create a collective cell structure for concrete molding.

Applying a flat rubber patch with an engraved QR code into a tire sidewall recess avoids complex curved-surface processing.

A trim part with an airbag cover stabilizes the leather decor layer via a constant thickness reinforcement layer, preventing tear line visibility during aging.

Removing the filler layer from the joint region allows direct face-to-face joining of panel faces, resolving structural integrity and cost trade-offs.

A dual adhesive layer system adheres flexible substrates to loading plates for stable processing.

Multi-layer stacked touch traces shield rough optical adhesive surfaces from diffusely reflected light, eliminating gaps that cause unwanted emission.

Varying fiber orientation and width within a resin structure creates visible pattern depth while improving stiffness.

A hybrid solder ball with a low melting temperature core and high melting temperature shell accommodates dynamic warpage to prevent misalignment.

Polymeric layer treatment using non-ambient fluid conditions to soften and densify the material for flexible pipe manufacturing.

Ion pairing between metal ions and weak acid salts reduces hydrophilicity, maintaining mechanical strength and transparency under high humidity.

A metal matrix composite preform with a functional reinforcement gradient infiltrated by molten matrix material.

Reverse pin transfer molding creates perforations in uncured repair material, preserving fiber continuity and acoustic absorption without mechanical drilling.

Laser etching segments carbon nanotube arrays to preserve alignment during substrate transfer, reducing production costs while maintaining structural integrity.

A diffusion process forms a gradient microstructure to prevent carburization and fracture in components operating under high stress.

Anchoring metal foil segments between fiber composite and structural components limit delamination spread while maintaining lightweight design.

An elastic framework strap generates restoring pressure for a biometric sensor, while air cushions prevent wobbling caused by body size variations.

Optimized aqueous dispersion adhesive composition balances coating efficiency with appearance quality to eliminate concave portions on optical device surfaces.

Mechanical fibrillation separates incompatible polymer islands from the sea matrix, eliminating solvent waste while retaining structural integrity.

A multilayer thermoplastic resin film with controlled refractive indices and photoelastic coefficients protects optical surfaces.

Segmented conductive pathways with insulating isolators prevent edge glow and electrical discharges during lightning strikes.

Segmenting parent carbon fibers removes catalyst residues and binder materials, resolving the trade-off between production cost and material purity.

Shallow carrier recesses anchor high-hardness particles, resolving the trade-off between particle stability and adhesive friction.

Security film integrates an RFID unit to transmit instantaneous tamper alerts via wireless communication links.

Vacuum deposition deposits hybrid layers with 3 to 30 wt% fillers, resolving the trade-off between manufacturing efficiency and refractive index precision.

Segmented curved cover glass with openings prevents gradual separation by allowing connecting mechanisms to distribute stress across multiple fixed points.

A prepreg with a reinforced fiber substrate folded at angles between 0 and 90 degrees enables controlled pore formation during resin impregnation.

Segmented metallic films with periodic microholes sharpen spectral peaks to improve measurement resolution beyond conventional thin film limits.

Offset resin layer ends in multi-layer recording media distribute peeling forces, preventing delamination defects during sequential layer formation.

Protective edge shields sandwich panel circumferential side surfaces from external access, preventing delamination under harsh environmental loads.

Textured edge portions on a PVC SPC tile simulate grout lines, eliminating labor-intensive post-installation grouting.

Protruding carrier film edges enable direct welding to simplify the connection process and reduce technical effort in pipeline rehabilitation.

Segmented light-shielding layers prevent light penetration into decorative materials, ensuring sharp-edged symbols.

Groove patterns confine ion exchange paste to form localized compressive stress layers, reducing exposed tensile areas while maintaining substrate thinness.

Segmented helmet plates slide on a low friction interface to dissipate rotational energy, reducing brain injury risk from oblique impacts.

Segmented photopolymerization resolves manufacturing complexity by enabling customized mechanical properties in multi-chemistry microlattices.

Core/shell polymeric particles collapse voids under heat to reduce opacity, avoiding long-term instability from chemical color precursors.

A sound wave guide divides an acoustic cell into two chambers to extend the effective resonator length within a fixed physical depth.

A bi-component fiber uses a specific ethylene polymer composition to create fabrics with enhanced softness and drapeability.

Biaxially stretched acrylic film incorporates poly(meth)acrylate particles to enhance surface unevenness.

Nonlinear stiffness shifts isolator frequencies prior to resonance, eliminating trial and error testing while preventing equipment damage during impacts.

Displacing flexible substrate webs out of plane to match component pitches for precise registration.

A drywall banjo tool uses a rotating corner wheel and side wheels to apply joint tape.

Laser-induced discoloration and foaming create distinct information carriers that prevent falsification by requiring separate physical alterations.

Multi-slit optical sensors measure laser beam parameters to correct alignment errors, ensuring precise wafer debonding without circuit damage.

A polyimide protection film with spaced anti-static layers enhances surface energy and adhesion for foldable displays.

A radial piezoelectric actuator applies tensile stress to thin films via shear-resistant webs.

Integrating metal wire traces into the common electrode layer removes separate transparent sensing layers, lowering panel weight and manufacturing costs.

Embossing rollers deform sheets before ultrasonic processing creates precise bonds, eliminating displacement errors.

Angled lateral clamping portions secure corrugated sheets to rods, preventing sheet detachment during extreme handling and vibration.