Layered Products TRIZ Cases

Elastic support sheets allow the touch control assembly to move relative to the frame, reducing thickness and complexity compared to fixed half-area designs.

Thicker peripheral electrode portions buried in the main body improve bonding strength while minimizing deformation from shrinkage mismatch.

Rotating the cylindrical member at 1 rpm while applying pressure and heat removes wear marks, extending component life.

Extruded polymer monofilaments with a repeating wave pattern absorb impact energy, reducing transmission of vibrational noise to sub-flooring layers.

Folded cardboard ledges receive tie bands, bridging gaps between piles to prevent separation and maintain structural integrity.

Segmented hexagonal blocks with linking means allow angular offset to resolve resin infiltration complexity while maintaining lightweight mechanical properties.

Parallel planar films separated by periodic webbing create ultrathin plates that maintain electrical and thermal insulation while recovering from sharp bending.

In-plane channels tune resonant frequencies without increasing mass, resolving the trade-off between acoustic performance and weight.

Longitudinal structural members in voids support high-temperature insulation boards, preventing distortion and arcing in resistor grids.

Interrupted weld seams form a stiffening web in foamed plastic boards, resolving resin distribution challenges while maintaining low specific weight.

UV-Vis irradiation through a substrate fixes oriented magnetic pigment particles, replacing complex electron beam systems to simplify device setup.

Direct electrode formation on the polarization plate eliminates separate transparent substrates, reducing panel thickness and manufacturing costs.

Vents through intermediate skins ensure complete core degassing, preventing bonding defects and reducing repair time.

A film transfer sheet uses a peelable transparent sheet and resin layer to enable stable image transfer.

Parallel carbon nanotube films sandwiched between polymer layers reduce electromagnetic interference without increasing substrate thickness.

In-mold lamination with textured molds prevents pattern distortion during deep draw forming of automotive interior trim components.

Localized thermoplastic resin shifts un-impregnated regions to eliminate voids and improve impact resistance without autoclave processing.

An outermost layer containing a Si-O-Al compound prevents fogging by balancing high charging properties with low developer adhesion.

Bonding members lift and cut resin coatings from radiation detectors, preventing damage to sensitive components during selective removal.

Merging the substrate and sound insulation into a single foam component reduces manufacturing complexity while blocking cabin noise.

Hollow repair conduits embedded in composite matrices release modifying agents upon impact to restore structural integrity.

A PVC formulation uses modified isocyanate and selected anhydrides to create foamed polymer products.

Segmented coils confine plasma to produce uniform carbon films, reducing power consumption and apparatus size.

A reflection preventing layered product laminates a high refractive index layer and a low refractive index aerogel layer on a transparent plastic film.

A peeling tool uses anti-adhesive upper and lower surfaces to separate protective sheets from workpieces.

Ultrafast laser pulses create continuous filaments in transparent substrates, allowing chemical etching to release structures without microcracks.

Segmenting the window into layers with recessed cover portions and adhesive protrusions balances impact resistance with folding flexibility.

Segmented design with abrasion-resistant steel wear plates reduces replacement costs for heavy mining machinery.

Segmented heat-contractive plastic member with high near-infrared transmittance prevents surface melting during biaxial stretch blow molding.

A weather-resistant gas barrier film uses a crosslinked acrylic copolymer coating to maintain delamination strength.

Controlled molecular weight provides melt strength for blow molding without branching agents that degrade optical clarity.

A display device positions a second adhesive layer relative to a drive unit to maintain structural integrity.

Adhesive layers shield touch insulating layers from folding stress and water ingress to maintain functionality.

Heating a glass sheet on a perforated substrate and applying fluidic pressure forms precise microspheres compatible with microfabrication.

Composite adhesive formulations combining polyester polyether copolymers with polyisocyanate prepolymers maintain structural integrity during fire tests.

A poly(arylene ether) composition uses radial and linear block copolymers to maintain high impact resistance.

A metal layer with protruding features bonds to a molded non-metal layer for strong structural integrity.

Molding process folds composite panel edges over pre-positioned laminates, eliminating manual wrapping steps and reducing production time.

A grooved plastic strip anchors an external compression device to a tubular housing for reliable material dispensing.

Hexagonal chimneys maintain standard spacing and improve mold geometry robustness, reducing warping issues post-sterilization.

Beamed elastic strands reduce gather size and frequency in stretch laminates to improve decorative element visibility.

Segmenting elastic elements into discrete channels simplifies manufacturing complexity and reduces costs while maintaining garment fit.

Thermoplastic elastomer resin mixtures provide durable soft touch feel without additional coatings, reducing manufacturing complexity and costs.

Adhesive coupling lines extend beyond a polyurethane foam core to transmit stiffness, reducing cabin noise without increasing vehicle weight.

Controlled acid etching followed by high-temperature heating generates nanoroughness that resists microbial adhesion, reducing biomaterial-related infections.

Sintered powder metal components resist spalling and surface distress by distributing Hertzian contact pressure through porous composite structures.

Independent inextensible weft threads limit diametral expansion while elastic threads squeeze meat, preventing deformation from unpredictable stretch.

A composite heat dissipation material combines artificial and natural graphite layers to create efficient thermal conduction paths.

A carbon-carbon brake disk uses distinct needling densities across radial zones to optimize structural integrity and thermal management.

Resin repellent zones create venting pathways in honeycomb cores, preventing trapped volatiles from causing delamination during Out of Autoclave manufacturing.