Duplicating/Marking Methods TRIZ Cases

A multilayered body with a color layer on a metal tone glossy base achieves colored metallic glossiness through controlled inkjet deposition.

Polyurethane resin emulsion in aqueous ink combined with primer aggregation accelerator enhances abrasion resistance while maintaining ejection stability.

An etch resist solution uses specific solvent parameters to coat printing plates uniformly without damaging the underlying blanket.

Segmenting coating into multiple layers with distinct patterns resolves the trade-off between gloss variability and manufacturing precision.

Vision feedback adjusts the ink discharge head position to compensate for substrate thermal expansion and manufacturing errors.

A micromechanical component integrates a moth-eye structure to provide broadband antireflection protection on its surface.

Optimizing the hydroxyl value and monomer ratio in UV-curable ink resolves adhesion shrinkage contradictions on curved metal cans.

A composite ink formulation combines phosphonic acid-type self-dispersible pigments with other functional groups to enhance optical density.

A cationic vinyl oligomer-polymer coating composition blocks chromophoric migration through pH-controlled dispersion.

Porous body with 0.6 µm pore diameter absorbs liquid component to suppress coloring material adhesion and prevent image smearing.

Bell-shaped spraying of segmented dry granular frits creates clear patterns and reduces pores on dark layouts.

In-line digital printing module applies CMYK ink to luggage surfaces using synchronized conveyors, eliminating design distortion during heat inflation.

A water-based ink jet recording method uses urethane resin and thermal heating to form durable images on flexible packing film.

A treatment liquid combines water and organic solvents to coagulate ink components on non-absorbent media.

A triazine-ring polymer dissolved in glycol dialkyl ether solvent enables stable droplet ejection from ink-jet coating heads.

UV curable inkjet printing on pigmented base coats reduces solvent damage to leather while maintaining high image quality and scratch resistance.

Multi-pass inkjet printing with timed ultraviolet curing suppresses banding on transparent base materials while maintaining high manufacturing productivity.

Capillary ink streams deposit color-coded marks on optical fiber surfaces, resolving vibration-induced marking errors at speeds exceeding two meters per second.

Digital print motif data processing enables identical decoration output across digital and gravure printing processes.

Transparent resin layer projects front image onto back screen to create three-dimensional appearance.

A water-based conductive ink using micro-sized silver particles and edible thickeners forms traces at room temperature.

Acrylic polymer microparticles adsorb pigments to prevent show-through while maintaining dispersion stability in non-aqueous pigment ink.

Pre-treatment liquid with aliphatic organic acid aggregates colorants on coated paper, resolving delayed absorption and insufficient image density issues.

Radiation curable inkjet ink eliminates photoinitiators to prevent migration while maintaining reliable thermal jetting.

Soluble UV curable dye sublimation ink allows residual ink removal via solvent washing, eliminating manual scraping on soft or non-flat substrates.

A fluororesin fiber layer with controlled deformation disperses pressure to prevent image detachment on printed materials.

A white ink composition containing resin particles and a water-soluble resin with a higher glass transition temperature forms durable layers on treated media.

Digital inkjet printing uses variable droplet sizes to deposit high-resolution images onto pretreated wood workpieces.

A dual-mode inkjet printing method selects operational states based on position error data to optimize ink layer alignment and overlap.

Polyacrylamide dispersants prevent titanium oxide aggregation and nozzle clogging by maintaining electrostatic repulsion during storage.

A printable medium uses a laminated fabric substrate and polymer coating to provide mechanical strength.

A curable composition incorporates a gas-generating agent that activates upon pressure application to facilitate mold separation.