Layered Products TRIZ Cases

Crisscross strands form resilient openings for root penetration, easy cleaning, and reduced water vapor loss in hydroponic farming.

This case integrates woven and nonwoven layers by needlepunching to form insulated pile zones without uncomfortable seams.

A movable plunger and noodle ring deliver precise composite cavity compaction.

Long-fiber composites help shield battery enclosures from heat and jet flames.

Cholesteric reflection layers deliver low haze, strong polarization, and metallic tone for eyewear.

Specific coinitiator oxidation potentials support thermal handling while preserving photopolymer sensitivity and bleachability.

A matched melting-temperature binder joins crimped and reinforcing layers, reducing delamination while preserving low flexural stiffness.

Water dissolves the foam surface to create a self-derived bonding layer, preserving laminate properties without external adhesives.

A stitched carbon-glass fabric uses layered fiber orientations to combine lightweight lightning protection with dimensional stability.

A stacked pad replaces material-heavy rolls, enabling controlled sheet separation for economical cushioning and protective packing.

Metal particles connect adjacent carbon fibers in a thin heat dissipation plate, improving thermal conduction and display reliability.

This case uses impregnation, parallel alignment, and a thermoplastic melt sheath to preserve glass-fiber integrity during tape production.

Inorganic blocking layers limit moisture ingress and protect organic EL display sealing.

Impregnation and superabsorbent sealing protect MDF/HDF floor board edges from moisture without disrupting mechanical coupling.

This case uses impregnation and superabsorbent sealing on MDF/HDF edges to resist moisture ingress without impairing mechanical coupling.

Counter-pressure molding prevents foam skin layers while preserving smoothness and rebound.

This case uses layered polyamide-spandex and foam cups to control breast momentum without underwires or rigid molded cups.

This case uses a porous inorganic-particle layer and controlled coating to maintain antireflection across curved optical surfaces.

A one-way stretch lining uses widthwise elastic threads and gathers to limit warm-air escape while preserving movement.

Tailored plies balance composite airfoil mass, helping reduce rotational imbalance in gas turbines.

Robotic tape placement on centrally symmetric molds reduces space, labor, and time for one-piece aircraft bulkhead production.

A thermosetting resin and short-fiber wet-laid sheet between prepregs strengthens honeycomb panel skins while limiting added weight.

A low-loss organopolysiloxane resin with liquid silicone and curing agent supports flexible, color-stable semiconductor encapsulation.

Protruding fibers interlock face fabric with nonwoven backing as selected polymers soften, eliminating adhesive layers and delamination.

Localized impregnation and sealing protect MDF/HDF floor-board edges from moisture while keeping mechanical coupling functional.

Polarizing plates and a phase-change polymer switch light transmission with temperature.

Cooling makes the full-surface adhesive brittle before controlled impact separates the glass cover for collection and recycling.

Polyamide foam molding balances low weight, load resistance, impact strength, and surface gloss.

A cured silicone composition uses tuned polymer unsaturation and catalysts to reduce friction without self-bleeding or mold fouling.

Protection elements and laser-formed openings reduce substrate damage during panel cutting.

A stabilized blood filter assembly combines prefilter mesh and hydrophobic filtration to limit foam and chemical leaching.

Selective cover regions leave the core accessible while fiber reinforcement preserves load-bearing integrity and reduces material use.

Tongue-and-groove composite planks replace adhesive installation with stronger joints.

Alternating cork layers and fiber laminates reinforce sandwich core against bending, traction, and compression while retaining insulation.

A cellular core, electroplated metal septums, and bonding enable faster acoustic panel production with less labor.

This case uses hydroentangled cellulose fiber webs and irregular embossing to balance bonding strength with wet-state skin fit.

Pre-oxidized PAN and conductive reinforcement help filter media withstand temperatures above 260°C, prevent sparking, and resist chemicals.

A calcium- and carboxylate-containing pretreatment balances color bleeding, solid filling, blocking resistance, and adhesion.

The case uses a 1–2 mm intumescent veil to form insulating char and preserve pole strength during fire exposure.

Segmented male and female edge couplings accommodate thermal expansion while maintaining firm, height-aligned herringbone panels.

A rigid shell, foam, batting, and flexible jacket balance protection, cushioning, and adjustable storage for varied-size devices.

A self-assembled porous polishing pad maintains surface roughness and reduces dishing and erosion without pad conditioning.

A circumferential seal member protects the ceramic edge during repeated holding-tool engagement while enabling nearby machining.

Elevated glass regions help containers resist scratches and breakage during high-speed processing.

A reflective film combines metal electrodes, light absorption, and electrochromism to speed switching and create varied color effects.

This case addresses precise, high-concentration nanoparticle preparation for polymers while limiting cracks and deformations.

This case uses localized 3D z-fibers around cooling holes to strengthen ceramic matrix composites and resist machining cracks.

Staggered fibre layers, edge caps, and fasteners control vapour release to limit flame persistence in gas turbine composites.

A two-step UV and thermal curing process reinforces the display module's bending portion while preserving flexibility.

Removable pad layers separate feeding and resting zones to reduce bacterial growth.