Layered Products TRIZ Cases

A floor mat uses elastic retaining holes to contract around securing tools, providing secure attachment without extra fasteners.

Separating quantum dots from photoresist via extraction and segmentation simplifies coating processes while reducing material waste.

Segmented fixing parts allow a buffering layer to detach from the display module during bending, releasing stress and preventing cracking.

Thermal hardening of laminated prepregs creates a composite fishline guide that resolves the strength-weight trade-off in fishing rods.

Laser perforations create opaque areas in a holographic layer to form personalized images, avoiding air bubbles from laserable layers.

A hydroxypropylcellulose scaffold forms interconnected macropores through phase separation and gamma-ray crosslinking.

Spin-coated aqueous precursor solutions yield smooth porous aluminum oxide thin films, eliminating vacuum process complexity while maintaining optical quality.

Moveable baffles in composite fabrics prevent insulator migration, ensuring even thermal distribution while maintaining breathability.

A block copolymer adhesive forms a microphase-separated structure to enhance cohesive strength in optical films.

A corrugated metal layer within a resin-sandwiched tape enables repeated bending and expansion, extending fatigue life against tidal deformation.

Flexible plastic tunnel segments with integral living hinges collapse flat for compact shipping and reassemble into playground structures.

Segmented carrier and flap layer provide holding margins, enabling easy separation of thin dressings while wearing rubber gloves.

A heat-shrinkable polyester film achieves controlled shrinkage through precise transverse stretching and composition.

Optimized polyethylene powder dissolves quickly in solvents to enhance filler dispersibility, resolving high viscosity processing difficulties.

A negative photosensitive resin composition cures at low exposure levels while imparting ink repellency to partition wall surfaces.

A single optically functional layer with controlled microparticle dispersion balances antiglare and contrast while suppressing dazzling in display applications.

Optimized sizing agents reduce interface voids and enhance adhesion between reinforcing fibers and thermoplastic resins.

Segmented cavity molding prevents shape sag at foamed resin mounting holes by maintaining constant mounting section width during core-back expansion.

Segmented adhesive regions enable controlled peeling using a recess-inserted tool, preventing tearing during disposal.

Fluorocarbon-treated nanofibers form capillary barriers that resist liquid penetration without reducing air permeability or vapor transmission rates.

Segmented shaft design resolves limited flexibility by using transition portions with specific diameter changes to customize rigidity and strength.

Etched blind holes guide cutting tools to prevent side edge contact, eliminating surface cracks and antireflection coating peeling on laser diode chips.

A perforated conduit drypad uses suction to transport liquid away from the surface, preventing saturation of bedding and floors.

Variable-density foam layers reduce material consumption and eliminate laser cutting for vehicle interior cladding.

Laminated nonwoven fabric with drawn filaments improves sound absorption performance in the 1000 to 10000 Hz frequency band.

Ion implantation of germanium or antimony expands the lattice to induce strain, bypassing complex epitaxial growth steps that degrade fabrication time.

Form diffracting optical structures on a high refractive index layer using a mold intermediary to overcome glue layer limitations and boost diffraction angles.

A film-removing apparatus uses dual peeling members to clamp and strip protecting films from workpieces.

Double curing on a straight mandrel and curved core creates flexible tubes with integral end fittings, eliminating auxiliary clamping operations.

Tertiary amines stabilize halogenated blowing agents, preventing shelf-life deterioration and preserving foam structure quality.

Phase transition cracking of a tin alloy film separates flexible substrates without laser damage or chemical residues.

A blocked isocyanate absorbing layer forms uretdione linkages to secure conductive ink on substrates.

A bio-based adhesive tape uses composite textile yarns to protect automotive cables from abrasion and solvents.

Bulk silicon chemical sensitive field effect transistors use a controllable inversion layer to modulate channel current for gas sensing.

Pourable structural foam fills honeycomb cavities to stabilize cores during machining, reducing repair time and eliminating complex adhesive curing steps.

Pressurized gas inflates a vacuum bag to separate it from composite material, while an ionizer neutralizes static electricity and a filter removes impurities.

Spiral winding machine direction yarns and bonding cross-direction loops with resin creates stable industrial textile structures.

Glass fiber reinforcement in click joints maintains sound insulation and thermal properties without PVC.

A laminate with near-infrared reflecting and absorbing layers maintains high visible light transmittance.

Angled connection areas merge tiles and substrate into one piece, resolving structural support issues while simplifying manufacturing complexity.

Ionization system charges nonwoven layers to adhere them against a transport surface, preventing detachment caused by aerodynamic disturbances.

A composite molding method shapes fiber laminates into complex three-dimensional geometries using a specialized mold with complementary inclined surfaces.

One-piece CMC heat shield raises temperature capacity to reduce fuel consumption and brake wear.

A modified acrylic urethane resin surface layer reduces residual charge accumulation in electrophotographic developer carrying members.

A contact sensor uses a gap and water-repellent resin base plate to isolate the detection element from external moisture.

A fractal-edge thin film uses a perimeter with a fractal dimension exceeding one to increase peel resistance.

Turbomachinery blade tips use a composite abrasive coating with a protective layer to prevent rapid depletion during high radial interaction events.

Segmented non-woven fabric layers sandwich elastic members to reduce material waste and stiffness in disposable worn articles.