Duplicating/Marking Methods TRIZ Cases

A tablet printing apparatus uses a detecting unit to verify defective product removal from the carrying belt before collection.

A printing medium surface treatment method adjusts plasma parameters using test liquid detection to optimize ink adhesion.

Ionizing radiation-curable resin incorporates specific silicone methacrylates to form a protective layer with high surface specularity.

A free radical UV curable inkjet ink set uses specific monomer mixtures and organosilane coupling agents to enhance adhesion on glass.

A radiation-curable inkjet ink composition incorporates Pigment Yellow 184 and a polymeric dispersant to ensure reliable color density.

A coating layer containing 50% or more alumina particles and a specific resin binder prevents pigment flaking while maintaining high ink absorbency.

Aqueous primer composition with a stoichiometric polyelectrolyte complex stabilizes pigments and resins for high-quality printing.

A printing apparatus uses a fixation unit to dry foundation ink before applying a second image layer.

Corona plasma surface modification enables permanent polymer ink adhesion on low-surface energy plastics.

Optimized surfactant structure suppresses foam generation without defoamants to prevent filter clogging.

A repositionable adhesive fabric paper uses a specialized coating solution to deliver high-resolution printed images.

A radiation-curable ink jet method adjusts cured film thickness across regions with varying shrinkage ratios to maintain consistent image quality.

Automated UV inkjet printing replaces labor-intensive hand-painting to reduce production time and improve design precision on complex lure surfaces.

Black ink-jet printing ink formulation using specific reactive dyes and solvents prevents nozzle blockages while achieving high optical density.

Limiting organic solvent content to 15% prevents laminate peeling while maintaining opacity.

Dual resin particles with carboxylic acid groups stabilize aqueous ink dispersion, resolving aggregation issues that compromise ejection reliability.

A polyurethane resin dispersion binds pigment particles to non-absorbent surfaces, forming a durable ink film.

Copper-based ink composition uses adjusted redox potential reducing agent to form conductive structures at 140°C or lower.

Dispersed ink pigments penetrate machined stone slabs to create sharp chromatic effects, avoiding blurred patterns and wear resistance loss.

A white inkjet print head switches between pigment ink and a monomer safeguard liquid to maintain dispersion stability.

Co-melting stearic acid amide with another sensitizer in emulsifier-dispersed water produces fine particles under atmospheric pressure.

Dye sublimation transfers colored patterns from heat-insulating film to oxide-coated metal and plastic housing surfaces.

Heat-curable inkjet ink cures rapidly at 70 to 130 degrees Celsius, preventing thermal deformation of plastic substrates while ensuring strong adhesion.

Solid zirconium compound disperses into water-based ink to form stable complexes that suppress printer material corrosion.

Ultraviolet reflective patterns on glass surfaces create visual barriers detectable by birds, reducing fatal collisions with transparent structures.

Composite rapid and slow curing monomers balance flexibility against brittle cracking while maintaining high gloss and stable ejection.

A non-aqueous inkjet ink composition uses a specific blend of diethylene glycol dialkyl ether and propylene carbonate solvents to enhance discharge stability.

A flat decorative element uses a fixed powder layer for digital printing, resolving abrasion resistance and design capability trade-offs.

Optimizing the weight ratio of polyoxyethylene alkyl ether sulfate to diethylene glycol n-hexyl ether improves permeability while preventing nozzle clogging.

Metal ions and organopolysiloxane in the processing fluid improve image fastness and texture on polyester fabric.

Movable arms position ink-jet print heads to eliminate mechanical part replacements and enable infinite graphic combinations.

Silane coupling agents mediate between hydrophobic pigments and dispersants to prevent aggregation, ensuring stable discharge performance.

UV-cured marking materials prevent resin transfer and pre-sublimation during image transfer.

Adjusting reaction solution volume by recording speed prevents excess application that degrades image clarity and wear resistance.

Flatbed UV inkjet printing applies digital templates to standard tiles, reducing production costs while maintaining high customization flexibility.

Adjusting inorganic particle content below ten percent prevents peeling while maintaining color reproducibility.

Dual water-based inks with specific surface tension and viscosity relationships enable uniform solid image printing on low-liquid absorbing media.

Replacing phenolic hydroxy groups with carboxylic acid derivatives improves water resistance and heat stability while maintaining color intensity.

Rotational actuator and pivot structure orient a non-contact printer against an annular rim body for precise deposition.

A non-aqueous pigment ink uses a branched alcohol solvent to enhance surface repellency.

An inkjet system applies a primer that modifies substrate surface energy, resolving inconsistent ink wetting and adhesion on non-coated materials.

An aqueous pre-treatment deposits a white opaque topcoat on substrates using light-scattering particles and multivalent metal salts.

Multi-diol aqueous ink controls evaporation via boiling point gaps, preventing strike-through on non-porous substrates.

Specific ester compounds control color reactions to provide large hysteresis width, allowing selective maintenance of colored states at normal temperatures.

Polyvalent metal itaconate salts pin colorant particles to substrates for robust inkjet printing.

A pretreatment liquid uses a resin and glutaric acid to enhance image resolution on impermeable media.

A thermochromic ink composition uses an insoluble decoloring agent dispersed in a nonaqueous solvent to enable reversible image formation.

A hydrogen torch generates a flame to treat print surfaces, reducing fuel consumption and infrastructure requirements of large-scale industrial systems.

Dual cationic resins aggregate colorants to prevent beading while reducing friction between recording media.

Multivalent metal cations in a topcoat layer prevent ink penetration and bleeding, resolving opacity versus image quality trade-offs.