Layered Products TRIZ Cases

See how preheated glue injection intervals and protruding plastic structures reduce material wa

See how a segmented mat design with removable textile top and reusable base reduces transport w

See how 1,2-propanediol polyester microfibers combined with polycarbonate polyurethane achieve

See how printed metallic patterns on non-woven fabric enable magnetic mold attachment, eliminat

See how thermally conductive additives and heat-collecting coatings enhance garment heat transf

See how oxidized polyacrylonitrile fibers combined with low-melt reinforcing fibers achieve UL-

See how a delaminating housing with dual film take-up rollers automates food unpacking and tran

See how a multilayer structure with air layers and composite base material achieves radiative c

See how density-graded aerogel projections in a composite layer improve dimensional stability a

See how reactive monomer and oligomer suspensions in liquid carriers enable uniform fiber impre

See how cross-linked graphene oxide with glutaraldehyde and resorcinol protects PBO fibers from

See how a washable mat with flexible fabric fingers traps food among tufts, engaging animal olf

See how a molding process integrates tension elements into multi-layer fabric to form corrugate

See how a standardized chemical treatment on fiber reinforcements enables compatibility with th

See how enzymatic degumming replaces chemical processing to preserve fibre strength and produce

See how basket-weave aramid fabric treated with aqueous polyurethane sizing improves wetting an

See how resin projections of varying heights on fiber base material create three-dimensional vi

See how three-dimensional formed film with ink on the second surface creates depth perception i

See how discontinuous multi-layer resin on ultrafine fibers preserves napped surface feel and a

See how a primary backing with lower-melting polymers from the same family as tufting yarns ena

See how staggered discontinuous cuts in carbon fiber pre-pregs reduce stiffness and warpage, en

See how oriented elastomeric molding with attachment loops resolves the cost-durability-comfort

See how segmented reinforcement and matrix fabric layers with binding threads eliminate air-bub

See how biobased plasticizers replace phthalates in PVC roofing membranes to achieve UV stabili

See how low water absorption polyamide in side-by-side composite yarn maintains crimp and stret

See how sequential impregnation with different-sized refractory particles fills interstices to

See how polyurethane foam formulation binds damaged post-consumer carpet fibers into uniform un

See how controlled heat treatment and twisted multifilament polyamide 6.6 cords achieve high mo

See how a loop-woven carrier fabric mechanically interlocks with expanded intumescent structure

See how controlled plasma treatment enhances fiber-binder adhesion in ballistic composites whil

See how organo-modified silicone with epoxy and alkyl groups resolves the adhesiveness-flexibil

See how detachable panels with fasteners enable a skirt to be reconfigured for changing family

See how inorganic fiber mats impregnated with thermally expandable microcapsules resolve weight

See how a surface layer with controlled microfine filament cut-end ratio achieves sustained glo

See how hydroentangling staple fibers with calendaring and saturant impregnation creates a scri

See how a melt-layer blend of polar and nonpolar polyolefins achieves wood-panel adhesion and w

See how multiple slip impregnations with graded refractory particle sizes control matrix volume

See how aqueous nanocellulose coating improves natural fiber-polymer compatibility and mechanic

See how a wood-composite panel chemically bonded with polyurethane eliminates separate adhesive

See how a circular heating element with concentric spiral burner provides uniform heat to const

See how perpendicular nanocellulose coating on natural fibers enhances mechanical interlocking

See how a synthetic-fiber wallpaper without adhesive coating uses dispersion adhesive applied s

See how a two-part floor mat uses mushroom-type fasteners and friction surfaces to enable easy

See how bidirectionally aligned nonwoven fabric with reinforcing filaments reduces sailcloth ba

See how a binding warp to tension warp length ratio greater than 1.50 pushes weft threads to th

See how patterned hydrophobic and hydrophilic zones resolve the cotton absorption-evaporation c

See how a titanium oxide and metal oxide composite network coating achieves high spectral absor

See how nanocellulose coating increases fiber surface area and mechanical interlocking to impro

See how inhomogeneous fiber density and orientation in patterned spunbonded nonwoven fabric res

Specially placed slits let a flat skid plate conform to bumper contours, seal out debris, and remove cleanly without finish damage.

A patterned transfer tape replicates nanostructures on glass over large areas while preserving surface integrity and lowering fabrication cost.

A light-scattering adhesive layer compensates for tilted LED directivity, reducing luminance deviation and angle-dependent color differences.

A flexible acoustic fabric face sheet replaces rigid perforated panels to cut weight, simplify manufacturing, and improve sound absorption.

A single reinforcing panel joins multiple bumper panels during LFI molding to cut post-processing, simplify assembly, and improve rigidity.

By tuning airflow resistance and seat-back placement, this acoustic material cuts cabin noise while preserving clear front-to-rear conversation.

Conductive fibers built into a vehicle exterior neutralize static by corona discharge, avoiding separate eliminators and preserving airflow stability.

Weak-base aqueous immersion breaks copolymer binder adhesion for fast composite delamination while preserving the metal substrate.

A conductive hydrogel repair layer fills pinholes between porous light-transmissive electrodes to prevent shorts and preserve display life.

A reflective intermediate layer and compensating ink layer preserve deadfront appearance while minimizing display color distortion in transmission.

A laminated heating element placed near the cover layer speeds surface heating, lowers power demand, and limits carrier-part deformation.

A back-surface bundle structure secures exposed optical fibers, prevents handling damage, and frees edge space for fastening portions.

A dense AlxOyTz metal oxide layer replaces porous ceramic or adhesive insulation to improve heat dissipation and electrical isolation.

A removable template and index-matched backfill layers transfer nanostructures onto glass at lower cost with higher yield for light control.

Integrated protuberance fixing lets a natural-fiber thermoplastic vehicle panel replace added plastic parts while improving recyclability and lowering CO2 impact.

A metal-carbon fiber panel with a glass fiber bonding layer cuts weight and hemming complexity while preserving crash energy absorption.

A fibre-reinforced axial flux rotor uses a Halbach array and dual rings to cut mass and eddy losses while retaining magnets at high speed.

Stacked graphite layers with adhesive, compression, and heating improve laminate thermal conductivity while reducing wrinkles, bubbles, and yield loss.

An intumescent-coated glass-fiber laminate contains battery fires while staying flexible and thermally permeable to limit overheating.

Matching handle and carrier substrate mechanics enables clean layer separation, reducing wafer breakage and protecting the active layer.

A width-protruding sealing portion replaces side flaps, enabling ultra-thin battery cells while maintaining sealing and corrosion protection.

A polyfunctional thiol structure cuts outgassing during high-temperature curing while preserving heat resistance and ink repellency in OLED partition walls.

A dual-polymer infrared cut-off film blocks panel-heating IR while correcting polarization distortion that causes rainbow glare in head-up displays.

Spaced conductive shielding segments cut crosstalk and EMI in twisted-pair cables without bulky continuous shields or a ground wire.

A silicon nitride barrier with aluminium and strengthening layers creates thin X-ray windows that stay gastight while limiting absorption.

A thin thermosetting bonding layer helps bonded wafers limit warpage-driven thickness variation while preserving strength and optical uniformity.

Controlled elastic modulus distribution in a fluororesin heat-shrink tube improves peelability and transparency without sacrificing shrinkage.

Hollow adhesive particles float within the separator coating to boost electrode adhesion while limiting swelling, elution, and extra coating steps.

Hollow adhesive particles in a separator coating improve electrode bonding while buffering electrolyte swelling and limiting elution.

Heat-compressed densified layers help non-woven insulation resist shrinkage, hold shape, and mold into complex 3D parts.

Titanium, nickel, and nickel-phosphorous layers join ceramic parts in vacuum to form hermetic seals for semiconductor equipment above 700°C.

A pressure-triggered roof flap and sensor-controlled lock vent explosive and toxic gases before full container overpressure develops.

A conductive hydrogel repair layer fills pinholes in display electrodes to prevent short circuits and preserve long-term electro-optic performance.

A segmented canopy door uses interlocking panels, adhesive bonding, and pressure locks to balance secure cargo protection with easy access.

A dual-molecular-weight acrylic adhesive film balances flow, creep, and modulus to prevent bubbles and peeling in hot, humid display interfaces.

A reflective intermediate layer and compensating second ink layer preserve deadfront concealment while minimizing transmitted image color distortion.

Stacked porous templates form a single metal nanowire array with lateral interposers, enabling thicker gap filling and lateral heat conduction.

A PVDF-PVP porous coating improves separator heat resistance and limits heat shrinkage without inorganic particle milling steps.

A flexible suction member creates a clean release start point in multilayer imprinting, reducing dust and defects during large-area separation.

A dual-relief carrier and semi-transparent reflective coating separate reflected and transmitted views in one compact decorative element.

Spin-sprayed ferrite films let magnetic PCBs keep high permeability and low loss at low deposition temperatures for GHz-frequency antennas and inductors.

A solvent-permeable mold patterns nanoparticle and sol-gel inks into sub-100-nm oxide nanostructures with low shrinkage and continuous production potential.

A foam or rubber layer under vehicle glass trim absorbs impact energy, limiting deformation and preventing sharp fragment breakage.

Rigid carriers and laser-absorbing detachment layers enable accurate parallel transfer of thin micro LED chips without flexible foils.

Notched curved sewing lines suppress waving and thread twisting in folded skin members while preserving sewing freedom and appearance quality.

Strategically weakened fiber sections create split ribbons and matrix shear, improving impact energy absorption without added weight.

Dot-shaped separator adhesion layers with central gaps cut residual solvent transfer to electrodes, helping preserve battery capacity and input-output efficiency.

Dot-shaped separator adhesion with central non-formed regions lowers residual solvent during stacking, helping protect battery capacity and performance.