Duplicating/Marking Methods TRIZ Cases

A multilayer porous body absorbs liquid components from ink images, minimizing texture changes and suppressing bleeding defects.

UV-curable top coats resolve mechanical stability limits in high-speed inkjet printing.

Dissolved luminescent dyes in inkjet formulations produce high-intensity fluorescence for rapid code verification.

A cationic actinic ray curable ink uses a terminal polyester-modified silicone surfactant to control dot diameter and improve ejection behavior.

A vinyl chloride resin emulsion binder combines styrene-acrylic oligomers with vinyl chloride monomers to form a stable polymer matrix.

A coating composition with a non-photobleaching colored dye indicates curing completion through visible color changes.

Graft-chain polymer particles prevent pigment flocculation, maintaining gloss and water resistance on low-water absorbing printing media.

An ink jet recording method jets liquid droplets of varying sizes to optimize drying properties on substrates.

An azo compound with an oxadiazolone ring ensures ozone fastness and balanced color fading in inkjet recording.

Intermediate layer divalent salt fixes pigment particles, resolving ink absorption and distribution uniformity contradictions.

Silane monolayer coatings prevent surfactant accumulation during nano-imprint lithography, maintaining throughput and defect-free patterning.

Partially curing a phosphoric acid-containing undercoat suppresses ink spreading and intermixing, ensuring image uniformity during high-speed printing.

Dual-resin inkjet ink prevents strike-through and blurring, enabling high-density single-pass printing.

Self-initiating oligomers eliminate photoinitiator migration and toxicity risks in actinically curable compositions.

Phosphine compounds form a cross-linking body that prevents quantum dot quenching during photocuring, maintaining emission efficiency.

Heteropolymer binders in the ink set ensure adhesion and durability on non-porous media, preventing pigment settling and print head clogging.

Water-dispersible resin forms water-resistant images without blocking pores, preserving humidity-control performance.

Specific azo compounds in aqueous black ink provide neutral density while resisting ozone gas degradation.

Optimizing inorganic particle pore radius to 7 nm or more minimizes binder absorption within the ink-receiving layer.

A composite particle design stabilizes aqueous pre-treatment formulations for inkjet printing.

Fabricating cover glasses with inclined surfaces requires segmented ink deposition and selective removal to control light shielding width precision.

Preprocessing and caching adjusted medical images on the server reduces network load and processing time during rapid clinical image playback.

Printing on the rigid former before dipping resolves poor image quality from flexible surfaces while maintaining high visibility.

An inkjet ink composition uses a specific inert polymer to improve internal curability.

Segmented inkjet nozzle control compensates for manufacturing precision deviations by applying partial measurement principles across discrete printing windows.

Heated ink composition with gelling agent prevents dot coalescence during high-speed printing to maintain image resolution.

Specific alkyleneoxy structures in the additive reduce volumetric shrinkage, preventing image shift while maintaining high-speed aggregation.

A non-aqueous magenta ink composition uses C.I. Pigment Red 254 and quinacridone red pigments to maintain clear color.

Segmented inkjet printing applies thin metallic layers to 3D glass, reducing coating thickness and improving heat dissipation compared to vacuum methods.

A multilayer imaging blanket uses a fluoroelastomer surface layer to optimize ink transfer properties.

A marking assembly uses a counterweight to rapidly elevate the print head.

Sequential pigment inks with optimized acid value and dispersant ratios extend printhead life by mitigating kogative failures.

Upstream heating evaporates migrating plasticizers from vinyl substrates, resolving image defects caused by altered surface tension.

A thermoplastic architectural composite laminate integrates a light transmissive skin, adhesive layer, and ink image to create durable surfaces.

ABA-type triblock copolymer resin enhances pigment rubbing resistance in water-based ink without increasing viscosity after moisture evaporation.

Inkjet ink containing polyamic acid with controlled molecular weight resolves solvent durability trade-offs to enable thick film formation.

An automated system uses a transfer platen and wrapping arms to fix sublimation transfers, eliminating manual wrinkling and air bubble defects.

A multi-spectral imaging process maps colors between human and animal visual regimes to fabricate products with specific coloration.

A dual-cure structured transfer film laminates onto receptor substrates to replicate nanostructures.

Aqueous ink composition employs hydrophobic polymer dispersant to resolve stability and dischargeability contradictions while achieving scratch resistance.

A multi-layer printable film uses low surface energy additives to control ink droplet spread during prototyping.

Ejecting liquid B over liquid A forms periodic patterns by controlling surface tension to prevent bleeding during curing.

Applying a treatment liquid with a polyalkylene glycol ether compound prevents ink bleeding and surface blocking at high conveyance speeds.

Partial drying of a reaction liquid aggregates coloring ink components, preventing unevenness and enhancing fixability on non-absorbent surfaces.

Water-insoluble polymer matrix enables rapid aqueous-triggered color change without heating.

Porous coating layer absorbs printing ink to prevent messy impressions and surface waving.

Heated ink jet recording deposits polymerizable colorless inks onto colored layers to form durable images.

A recirculating conveyor system moves three-dimensional articles past deposition devices to enable continuous inkjet printing.