Layered Products TRIZ Cases

Integrates a porous skin sheet with a foam molded body to absorb sound energy through wide internal spaces, preventing wrinkles during manufacturing.

Segmented through-web elements guide tears along predetermined paths, eliminating jagged edges and removing the need for scissors.

A metering valve integrates a plasma generator to activate surfaces immediately before adhesive application.

Automated embroidery uses soluble threads to stitch laces into surgical implants, resolving manual placement costs while maintaining structural integrity.

Segmented fibrous layers reduce cross-direction necking in polypropylene blends, maintaining softness while improving processability and elongation.

A transparent conductive film integrates a colored layer to mask visual differences between patterned and non-patterned areas.

An adjustable inlet extension member adapts suction height to navigate pool obstacles, maintaining cleaning efficiency without manual component swaps.

A polysiloxane copolymer adhesive film transitions from low initial tack to strong fixation upon heating.

Protruding tensile carriers increase the connecting surface area between belt layers, resolving weak mechanical bonds and ensuring reliable force transmission.

A photovoltaic module powers a switching film in a vehicle glass roof to adjust cabin light transmission based on temperature thresholds.

A refractory mortar cured material uses controlled ceramic particle size to suppress crack propagation in high temperature furnace linings.

A cellular layer with concentric annular canals attenuates sound waves across a broad frequency range while maintaining reduced thickness.

Shaping loose short fibers into waves before bonding preserves tensile strength while increasing fabric thickness and bulk.

Segmented coarse and fine abrasive layers on a single disc-shaped substrate grind deep end faces, eliminating finish cutting to reduce defects.

Delayed 3,3,3-trifluoropropene addition reduces crystallinity below twenty-three percent, resolving haziness in chemically resistant films.

Resonant platelets on a flexible membrane boost absorption coefficients for low frequency sound dissipation.

A nanoporous metal oxide film protects metal substrates against chloride-induced pitting corrosion.

A waistband bandroll combines an absorbent layer with a wicking polyester layer to manage moisture and maintain stretch recovery.

Blending expanded resin microballoons with dual-weight silicone rubber creates a durable elastic layer that withstands high-speed image-forming stress.

An expandable support member with segmented components adapts to foot geometry.

Laminated film uses a clear coating layer to provide stretchability and scratch resistance for three-dimensional molded products.

Oscillated cutting blades create non-linear longitudinal edges on wound stretch film rolls to eliminate hard edge formation.

Non-uniform intermediate layer thicknesses reduce reflected light coherence to improve servo signal quality.

Segmented phosphate glass coatings reduce oxidation mass loss in carbon-carbon composites by combining refractory materials with hydrolytic stability.

A molded fibrous composite panel with a densified skin provides structural rigidity and acoustic insulation for vehicle wheel wells.

Optimized porous inorganic fiber structure resolves workability trade-offs while delivering high-temperature sealing and acoustic performance.

A medical transfer pad uses a polymer nano-level columnar elastomer layer to provide secure anti-skid grip during patient movement.

A corona-treated acrylic adhesive sheet uses isocyanate crosslinking to bond base films and glass substrates.

Alternating inorganic and organic layers deposited by atomic layer deposition resolve pinhole defects while maintaining flexibility.

A thermoplastic resin joining method uses a recessed portion to manage flash during friction welding.

Interposing a carbon nanotube-filled web between adjacent winding turns creates Z-direction bonds that prevent delamination in cylindrical composite components.

Titanium adhesion layers prevent copper oxidation during low-k dielectric deposition, maintaining conductor resistance.

A binding loop structure formed by bending warp ends creates a secure connection point for core wire insertion without protrusion.

Multi-stage stretching resolves thickness uniformity issues in wide films, enabling high-accuracy liquid crystal display production.

Silane-treated inorganic fillers resolve the contradiction between stiffness and melt stability, enabling thin molded articles with V-0 ratings.

A pixelated light-absorptive layer on a carrier plate enables polymer film release through localized gas generation.

A composite material packaged fiber grating sensor integrates strain and temperature monitoring capabilities within a protective resin matrix structure.

A safe protection mechanism inserts woven fabric or reactive chemicals into wall gaps to thwart attack tools.

An isolation film with low refractive index and extinction coefficient prevents shelf characteristic deterioration in multi-layer optical media.

A composite orthosis uses glass fibre reinforced polymer at the peripheral edge to enable manual trimming.

Adjusting Si-O-Si and Si-O-M bonds aligns the thermo-optic coefficient with glass fibers, maintaining optical transmittance across wide temperature ranges.

Layered optical laminate uses continuous rotation of the optical axis to achieve a large diffraction angle.

Fibrous material jamming resolves the volume-rigidity trade-off, enabling thin sheet-like devices to stabilize tissue.

Oriented filament layers bonded to a nonwoven base prevent creases and puckering in window shades.

Blending carboxyl group-containing highly saturated nitrile rubber with polyamide resin balances rollability and high temperature tensile strength.

A releasable solder resist layer temporarily bonds a carrier to a substrate during manufacturing.

Segmenting a porous catalyst onto substrate films removes residual oxygen while maintaining transparency.

Transparent fibre-reinforced composite layer covers ceramic plate to enable visual damage detection, eliminating specialized ultrasound equipment.

Segmenting pre-impregnation from forming reduces equipment complexity while maintaining mechanical properties for small batch production.

A curable siloxane composition integrates pressure-sensitive adhesives to modify release properties on cured products.