Layered Products TRIZ Cases

Spaced-apart projections on the exterior surface increase liquid pick-up capacity while abrasion resistance removes stuck-on materials.

Segmenting the color layer into a transparent ink sub-layer and a solid color shield sub-layer prevents pigment agglomeration caused by Van der Waals forces.

Resorcinol-based polycarbonate blends with polysulfones enhance flame retardancy through char formation.

Two-component epoxy resin adhesive composition with graphite filler provides high adhesivity and thermal conductivity.

An erodible foam substrate integrates a controlled-release system to prevent rapid depletion of active agents during tough stain removal.

Laser sintering densifies silica soot into high purity fused silica glass sheets, eliminating contaminants and rough surfaces that require additional polishing.

Expanded 3D fabric filaments align perpendicular to the surface, enabling load-bearing capacity for flooring applications.

Pyramidal frustum bases with curved transition regions distribute tensile forces to prevent fracturing during deep drawing of sandwich structures.

Hot compression molding of soft polyurethane foam to a volume ratio between 1/1.5 and 1/12 creates a compact sound absorbing body.

Fixer material inhibits durable overcoat formation in specific areas, resolving the contradiction between image protection and adhesive bondability.

A composite adhesive resin film bonds polarizing plates and display panels while maintaining optical transparency and high-temperature reliability.

A recording film with a bismuth content gradient across its thickness eliminates initialization requirements while maintaining signal quality.

Cyclic olefin copolymer base layers with low birefringence prevent image distortion in under-display camera modules while maintaining mechanical strength.

A discontinuous polymer tape production method uses variable line speeds across forming, rolling, and drawing stages to control orientation.

Segmented polymer ink sections combine distinct transition temperatures to extend the self-regulating operating range beyond single-material limits.

A cross-lapped multilayer fibrous batt combines carded staple fibers with continuous filament layers to enhance structural integrity through mechanical entanglement.

Bonding unidirectional ballistic fibers to a multi-directional support layer eliminates complex manufacturing processes and reduces production costs.

Controlled surface unevenness parameters promote zinc phosphate crystal nucleation on high-strength steel.

Metal reinforcing members cover fragile fiber reinforced resin portions to prevent brittle fracture during side collisions.

An injection molding method forms microcellular elastomeric pads on rail ties by inflating a pneumatic seal, ensuring consistent thickness and adhesion.

Vertically aligned carbon nanotubes achieve high energy density supercapacitors, resolving volumetric constraints in microelectronics.

Segmented test coupons isolate adhesive stripes to predict honeycomb durability, reducing laboratory simulation time from months to feasible durations.

Segmented multilayer particles resolve chemical stability trade-offs by enabling uniform packing fractions and enhanced energy density.