Layered Products TRIZ Cases

An inclined leather laminate stiffness orientation allows flexible cutting patterns, reducing waste from rigid hide constraints.

A curable epoxy composition fills voids between assembled parts using a specific cyclic amine and polyether polyamine curative blend.

Sintering porous silica soot on a mandrel produces high purity synthetic vitreous silica glass ingots for semiconductor applications.

Discrete staggered wear beads isolate delamination risks and distribute shear forces to extend seam life in pulp washing fabrics.

Non-conductive metal oxide fillers in metallic dry toner particles prevent oxidation while maintaining electrostatic charging properties.

Segmented adhesive spots fix high-count yarns to resolve thickness unevenness and maintain resin permeability in dry fibrous reinforcements.

Orienting cell members at specific angles resolves the contradiction between directional strength and manufacturing complexity in aircraft rotor blades.

A uniax geogrid uses differential stretch ratios to orient polymer molecules in rib structures while maintaining bar structure integrity.

Asymmetric fastener element heads with distinct perimeter curvatures optimize peel and shear performance across irregular fibrous loop arrays.

Shielding layers block electromagnetic noise to maintain thin profiles while sensing touch force.

Auxiliary fibers join unidirectional reinforcing layers to improve composite elongation.

Peripheral damage and stress corrosion fluid reduce fracture energy, enabling safe substrate separation without breakage.

Differentiating particle sizes in the coating and core suppresses swelling while maintaining flushing water passage for high disintegrability.

Resistive heating of a metallic pin mat perforates uncured composites, maintaining hole shape and enabling easy separation without fiber damage.

Oblique stretching of retardation layers optimizes slow axis alignment to reduce front and lateral reflectivity while maintaining manufacturing simplicity.

Expandable microspheres in oxazine resin generate pressure during curing, reducing voids and shrinkage while improving surface finish.

Surface-roughened coatings resolve delamination by creating strong mechanical and chemical bonds between polymer coverings and glass substrates.

An oxide intermediary layer prevents separation between the recording and dielectric layers in phase change optical media.

Anchoring section with interconnected balls embeds into a plastic base body for secure holding.

Differential deposition forms a vertical heater that reduces power consumption by limiting chalcogenide contact area.