Duplicating/Marking Methods TRIZ Cases

Alkyl polyols with boiling points between 180°C and 250°C improve drying properties while maintaining pigment dispersibility on low-absorption substrates.

A printable carrier sheet extends beyond the metal substrate to enable edge-to-edge inkjet deposition.

A photocurable composition uses multi-functional acrylates to form photo-cured layers with high etch resistance.

Specific chelating agents bind metal ions in thermal inkjet formulations, preventing kogation and extending cartridge lifespan.

An energy beam curable liquid layer with varying surface tensions suppresses ink feathering and uneven line widths during high-density image formation.

An elastic pad deforms to press a flat transfer sheet against curved media, eliminating master plates and reducing registration errors.

Partial curing prevents repulsion between ink layers, ensuring strong bonding and a flat surface for glossy prints.

An intermediary liquid composition prevents feathering and color bleeding while maintaining abrasion resistance.

Segmented ink receiving layers with charged substances and nano-pigments resolve print mottle and uneven absorption in high-speed inkjet recording media.

A unitary partition wall separates color and quantum dot layers, preventing crystal formation that reduces luminous efficiency.

A clear ink-jet printer controls matte or glossy gloss by adjusting heater temperature during discharge.

A siloxane polymer composition maintains stable viscosity through controlled molecular weight ratios.

A resin composition uses segmented solvents to stabilize aqueous ink formulations.

Acid-valued copolymer dispersant prevents magenta pigment aggregation, maintaining print density and hue stability.

Segmented printing modules pivot printheads along contours while stationary connection parts protect supply lines from stress and contamination.

Segmenting a single test film into sequential areas allows independent jet value calibration, reducing replacement cycles and production costs.

Fluorescent markers in a coating material create readable codes that resolve multi-layer plastic identification challenges.

A photocurable inkjet primer composition reduces tackiness through monomer ratio control.

Reading device detects confidential markers via sensors.

Recording device determines optimal overlap-processing parameters via automated test patch evaluation to resolve image quality uniformity trade-offs.

Chemisorbed ink on a stamp transfers self-assembled monolayers, resolving capillary wicking limits in sub-lithographic semiconductor patterning.

Segmented heating stages prevent thermal marks and expansion on the medium while achieving reliable latex ink curing.

Multiple heating units adjust temperatures based on medium type to eliminate transfer drum slippage and ensure consistent image quality.

Inorganic particles reduce adhesion to device members while multivalent metal salts aggregate pigments, resolving density unevenness.

Speed-dependent plasma control prevents uneven ink attachment during serial printing by suspending irradiation below 0.1 m/min thresholds.

Aqueous ink jet composition with controlled surfactant concentration below critical micelle level prevents pin holes and uneven density on nonabsorbent media.

Fluorine-containing powder protects metal particles from friction, resolving the trade-off between surface glossiness and mechanical durability.

Flexible sheet with drop-coated protuberances creates drainage space for water and air movement in building assemblies.

C6 or higher aliphatic acid lining prevents impurity formation from polyvalent metal salts, ensuring high-quality ink coagulation without nozzle clogging.

Barbituric acid-derived and diketopyrrolopyrrole pigments stabilize electron states to suppress hue changes under outdoor weathering conditions.

Segmented white ink layers prevent color bleeding by ensuring complete curing of thick ink deposits.

A stabilizing agent deposits on a substrate before ink deposition to mix with the ink and enhance image durability.

A fixing agent density setting method adjusts usage amounts based on colored ink density to ensure precise two-liquid type ink printing.

Amide-based ink formulation improves image quality and fixing while reducing curling on coated papers with poor absorption.

An ink set uses specific pigment concentration ratios to achieve uniform glossiness.

A coating system deposits high and low gloss inks via inkjet nozzles to form selectable surface finishes.

Phenolic resole ink eliminates methanol, halogens, and bisphenol A while maintaining fast drying times and strong adhesion to non-porous substrates.

Infrared absorption generates heat that melts microcapsule content, sustaining strontium aluminate emission and preventing leakage.

A thermal transfer image data method divides input images into interleaved regions with varying tone value differences to maintain continuous tone variations.

Specific divalent to monovalent salt mass ratios optimize pigment retention and scratch resistance without compromising image density.

An ink composition uses an acidic dispersant to stabilize N-vinyllactam monomers for efficient inkjet discharge.

A crosslinked resin layer on pigment surfaces enhances dispersion and discharge stability in aqueous inkjet compositions.

A non-color print layer with matching particle size reduces gloss differences and decolored pattern visibility in image forming apparatuses.

An oily inkjet ink uses a composite solvent to improve penetration drying while suppressing roller transfer staining.

A photocurable composition balances fluorine content with specific acrylates to resolve mold releasability versus temporal stability contradictions.

A comb-shaped block copolymer disperses alumina-coated titanium dioxide to maintain low ink viscosity during actinic radiation curing.

Replacing water-based cationic compounds with organic solvent-based alternatives eliminates moisture absorption that causes primer detachment from substrates.

A digitally printed decorative surfacing material applies a textured layer upon a substrate and processes digital images to compensate for surface area variations.

White pigment and resin layers enable glossiness ratios over two times on textured wallpaper and cloth surfaces.