Duplicating/Marking Methods TRIZ Cases

See how selective pretreatment fluid application targets only print areas on textiles, reducing

See how a three-stage thermal ink synthesis integrates crosslinking agents and chain extenders

See how low-halogen cationic polymer processing fluid prevents inkjet head corrosion and textil

See how controlling calcium and oxalate ion ratios in aqueous inkjet compositions prevents soli

See how a heated nozzle spray step evaporates solvent residues to improve friction fastness on

See how mapping active body regions and applying lower ink density in high-sweat areas preserve

See how a smoothing roller operating perpendicular to pre-treatment liquid application prevents

See how a silicone component gradient—higher on the front surface, minimal on the rear—improves

See how a pretreatment liquid with higher surface tension than ink and post-treatment liquid co

See how monofunctional acrylic monomers with low Tg enable UV/LED inks to maintain fabric flexi

See how a low-concentration cationic polymer with organic acid salt enables inkjet ejection whi

See how a betaine and cationic compound composition reduces visible pretreatment marks on dark

See how poly(styrene-maleic acid) co-polymer enables direct inkjet printing on BOPP and PET wit

See how an ink-jet treatment liquid with ionic silicone oil emulsion enhances dry and wet frict

See how a controlled polyester-to-dye ratio in aqueous inkjet ink enables strong color on diver

See how dispersed polymerizable compound particles in aqueous ink prevent precipitation, retain

See how resin glass transition temperature and molecular weight control resolve the contradicti

See how overlapping dyeing and non-dyeing inks with high-HSP solvents suppress dyeing unevennes

See how glycol-based and cyclic-amide solvents dissolve hydrophobic acidic dyes to prevent nozz

See how a textile printing ink set uses quaternary ammonium cations under 3000 molecular weight

See how controlled resin glass transition temperature and white-to-chromatic ink ratios resolve

See how a cationic polymer treatment liquid at 0.1–10 wt% enables stable inkjet ejection while

See how a movable spray platform with guide rails and feedback control achieves uniform pretrea

See how a silicone-oil emulsion with dual-surfactant alkyl groups maintains particle stability

See how a smoother continuously levels pre-treatment liquid during holder motion to prevent sur

See how adaptive layout rotation and scaling match digital contours to irregular hide shapes, r

See how wet-on-wet ink jet printing uses anionic resin particles and cationic treatment liquid

See how reversed treatment liquid application in forward and return paths suppresses resin pene

See how mechanical alignment means and protective coatings enable high-quality inkjet decoratio

See how timed organic acid treatment and rapid ink application within 5 minutes aggregate pigme

See how selective treatment liquid discharge to high-adhesion regions prevents color mixing bet

See how emulsified silicone oil particles in ink-jet treatment liquid improve textile frictiona

See how an ink set with amino-modified silicone pretreatment and pH-controlled organic acid pre

See how sequential application of alginate, chelating agent, and metal salt solutions prevents

See how a foaming layer with controlled water contact angle and droplet expansion enables unifo

See how mapping active body regions and applying lower ink density in high-sweat areas preserve

See how ultrafine colorant particles (≤100 nm) in polyester resin resolve the contradiction bet

See how a binding agent blend of amine-terminated polyamide and terpolymer enables aqueous pigm

See how a blocked isocyanate crosslinking agent and balanced solvent system achieve high image

See how optimized surface tension ratios between treatment solution and inkjet ink prevent blee

See how organopolysiloxane softening agents and anionic resin particles improve wet rubbing fas

See how a two-step ink jet composition set with high-content softening agent and resin particle

See how a low-boiling organic acid pretreatment and composite resin ink composition resolve the

See how a glycol-based penetrant with controlled HSP value and boiling point reduces front-to-r

Crosslinked polyurethane dispersoid binders help pigmented textile inkjet inks resist abrasion, washing fade, and color transfer.

Binder resin particles carry sublimation dye, then heating diffuses the dye for vivid color, broader media compatibility, and scuff resistance.

A hydroxylated amine and polymer-particle ink improves adhesion and scratch resistance on resin sheets and non-woven fabrics.

Pretreatment liquid applied on the conveyance belt before pressing drives deeper fabric penetration, stabilizes inkjet recording quality, and saves space.

A heat-resistant intermediate resin layer blocks adhesive seepage during sublimation transfer, improving label adhesion and wash durability.

A tuned pigment-resin emulsion improves washing fastness in fabric printing while preserving softness, sweat absorption, and appearance.

A pigment-binder-dye ink with heat treatment boosts print density on permeable fabrics while reducing smearing and improving fastness.

Recessed vacuum ports and edge gaskets secure curved wearable articles on a rotating cylinder for stable full-surface printing.

A polyurethane-based flexographic and rotogravure ink improves rub resistance on nonwoven substrates while staying printable on conventional presses.

A cationic salt pretreatment and wet-on-wet white underprint boost color density, saturation, and washfastness on colored textiles.

A semi-aliphatic polyurethane ink improves rub resistance on nonwoven substrates, keeping printed graphics from transferring to clothing or furniture.

Molten solvent-free wax enables precise printing on plastic adhesive fasteners with durable, washable, UV-resistant color and small-batch flexibility.

Polyester resin particles carry disperse dyes onto non-polyester fabrics, enabling vivid color, texture retention, and better wash resistance.

Direct dye-sublimation printing adds high-resolution graphics to conventional sail fabric without adding weight or degrading flexibility.

Staggered inkjet heads coat different substrate positions to allow air replacement in particle layers and improve film uniformity.

Layered printed graphics create a 3D wheel cover look without concave surfaces, while brake cooling holes improve airflow, cut drag, and cool brakes.

Parallel test printing and nozzle inspection keep the head unit wet, cut idle correction time, and improve treatment liquid print quality.

Inkjet-deposited UV-curable resin forms a uniform rare earth magnet coating that cuts material waste, energy use, and corrosion risk.

Angled ink jet print heads print clear, durable cable markings on irregular armored sheaths with crowns and valleys during manufacturing.

Injecting a miscible non-solvent into wet electrode slurry forms solid-free ion channels that cut tortuosity, lithium plating, and charging limits.

Controlled viscosity and solvent content help curable droplets spread into a continuous film, avoiding bubbles, mold breakage, and poor pattern transfer.

Time-series detection of substrate variation guides liquid discharge conditions to place resin or inorganic layers accurately and prevent electrode defects.

Staggered droplet timing across multiple discharge heads maintains film speed while reducing position errors, gaps, and film defects.

Angled inkjet printing places clear, durable cable indicia on crowned and valleyed armored sheaths for readable specs at set intervals.

A matrix with embedded ellipsoid structures limits heat-treatment distortion and reduces wafer bending during thinning and processing.

A segmented jet printing process uses a hollow-window blocking plate to keep flying ink off battery cover electrodes, fill holes, and code areas.

Electric-field control in the ink channel guides light emitting elements for more uniform pixel deposition and lower display manufacturing cost.

Single-layer metal nanoparticles on micron particles enable photonic annealing that boosts thick-film conductivity and adds surface functionality.

Chemically bonded nitrogen-containing coatings keep metal particles dispersed while enabling conductive images after simple drying.

Sequential curing of two metal-salt inks improves conductive film continuity and rub resistance for thin, flexible electromagnetic shielding.

A dual-feed ring-path patch antenna generates fourth-order OAM at 5.12 GHz while reducing feed complexity and preserving mode purity.

Single-layer metal nanoparticles on micron particles improve photonic annealing, boosting thick-film conductivity and electrochemical stability.

A penetrating secondary ink forms a registered reverse image behind MICR print, making checks harder to alter by chemicals or erasure.

Magnetic-field heating of superparamagnetic ink enables ambient-temperature powder fusion, thicker layers, and preserved polymer properties.

A dispersant and poly(vinyl acetal) resin keep high-melting metal particles suspended, preserving low viscosity, stable ejection, and long-term ink stability.

Inkjet-deposited UV curable resin forms a uniform rare earth magnet coating that improves insulation and corrosion resistance with less waste.

Suction grooves clear stagnant ink from idle inkjet nozzles, preventing viscosity rise and discharge direction errors during substrate printing.

A polyhydric alcohol stabilizes metal particle dispersion in ink, reducing agglomeration and preserving dense, stable metal layers at heat.

Pressing and electric-field alignment level light-emitting element ink to prevent edge aggregation and improve display luminance uniformity.

LIFT printing forms rough multi-layer electrode coatings that expand battery architecture options without sacrificing capacity or coulombic efficiency.

Matched-affinity dispersants keep quantum dots and light-scattering particles uniformly dispersed in curable print materials for stable inkjet display layers.

Inkjet-deposited UV resin forms a uniform rare earth magnet coating that cuts material waste, energy use, corrosion, and insulation loss.

Combined detection data guides liquid discharge alignment on moving electrode substrates, reducing short-circuit defects and wasted collector area.

An n-doped conductive polymer replaces brittle ITO and combines conduction, ion storage, and electrochromism for flexible roll-to-roll devices.

A staggered three-liquid coating pattern spreads nozzle position errors, improving film uniformity and coverage at higher throughput.

Matched dispersants keep quantum dots and light-scattering particles uniformly dispersed in printable vinylic materials for stable display layers.

Inkjet-applied metal precursor inks and irradiation form thin, adherent EMI shielding on semiconductor packages without vacuum deposition.

Vinyl-coated mesh and a release liner improve latex ink adhesion, cut waste ink, and keep radiator bug screens breathable.

A layered translucent-opaque touch surface hides vehicle button sensors until lit, preserving a seamless interior without separate buttons.

A solvent with a defined topological index keeps inorganic oxides well dispersed at high solid content while maintaining inkjet-printable viscosity.