Duplicating/Marking Methods TRIZ Cases

A flattening film equalizes surface heights across diverse thin film patterns to ensure uniform intermediate resist thickness during photo lithography.

Liquid metal ink bridges copper particles to maintain conductivity during flexion, avoiding breakage in low-cost flexible electronics.

A printing device with integrated UV curing lamps applies ink to containers while immediately hardening the coating.

An intermediary coating resolves beading and mottle issues while maintaining substrate integrity during high-speed production.

Multi-layer inkjet printing deposits base and colored inks onto reel strips, enabling dynamic symbol revelation while reducing manufacturing complexity.

Drying parameters modify the matting effect on the printing form, eliminating viscosity adjustments required by traditional matte agents.

A metal plate carrier system uses a larger substrate with a mimicking coating to enable borderless inkjet printing on smaller plates.

Aqueous polyurethane dispersion and nonionic solution form durable ink-receptive coatings.

Segmented printing heads deposit layered decorations on slabs without micro movement defects from conveyor steps.

A recording medium uses a polymer layer with controlled roughness to enhance opacity.

Direct digital printing embeds UV-reactive fluorescent codes into plastic bodies, enabling supply chain traceability without visible labels.

Deaerating conductive ink below 15 mg/L dissolved oxygen prevents nozzle clogging and maintains storage stability.

An ink receiver coating integrates an adhesion promoter to prevent ink bleeding during resin impregnation in laminate manufacturing.

Selective liquid deposition resolves the trade-off between customized whiteness levels and increased device complexity in waste paper recycling.

Semi-cured undercoat prevents droplet spreading during high-speed single-pass printing, ensuring uniform color gamut.

A reaction liquid containing a carboxylic acid reactant deposits onto low-absorbing media alongside ink compositions to form resin aggregates.

Segmented print modules handle direct and transfer printing on dual-sided media, reducing device complexity while maintaining high-quality output.

A recording medium protective layer combines colloidal silica with gas phase process silica to create a porous structure.

Radiation curable inkjet inks use diffusion hindered compounds to prevent monomer migration into packaging materials.

A tablet printing apparatus adjusts conveyor suction force to stabilize tablets during inkjet printing.

Molecular gold complexes volatilize ligands at low temperatures to form conductive traces on flexible substrates.

Phenol resin formulation with controlled softening point enhances ink adhesion and film strength on challenging substrates.

Spectrophotometer generates ICC profiles for double-sided print media, eliminating manual trial and error while ensuring accurate color registration.

A metrology system generates a three-dimensional point cloud model to define automated print paths for surface treatment assemblies.

A recording medium ink-receiving layer uses cationized colloidal silica, alumina hydrate, and fumed alumina to improve surface durability.

Partially curing an oligomer undercoating suppresses image bleeding and unevenness during high-speed ink jet recording.

Inkjet recording method adjusts high boiling solvent concentrations to equalize evaporation rates and suppress color bleeding during infrared heating.

Aqueous ink uses fluorinated and acetyleneglycol surfactants to control dynamic and static surface tensions.

Cationic resin in aqueous reaction liquid prevents ink precipitation and crystal growth, ensuring high image clarity on non-absorbent recording surfaces.

An anionic polymeric compound disperses diketopyrrolopyrrole and phthalimidoalkylated quinacridone pigments in water.

A mineral ink formulation uses a specific glass frit composition to enable stable inkjet deposition on ceramic surfaces.

Pre-curing establishes a polymerization gradient that positions particles at specific depths, resolving control challenges in inkjet printing.

A printing system uses a height-adjustable heat source to erase thermochromic ink from conveyed objects.

A non-water reducible polyester anticrater agent reduces craters and enhances surface smoothness in electrocoating compositions.

Graded pore sizes in a multilayer thermoplastic resin film retain solvents to prevent gloss ghosting and maintain coloring performance.

Acrylic polymer and diluent composition allows digital printing onto plastic substrates, enabling vacuum forming without cracking or distortion.

Sol-gel phase transition creates a card house structure that blocks migration of unreacted compounds and suppresses oxygen inhibition during air curing.

Inkjet imaging system deposits base marking material to create stable surface energy contrast for efficient ink transfer.

Blocking scheme patterns create sensor windows for focus error sensors, mapping errors without circuit interference.

Sequential application of anionic and cationic processing liquids creates a cationic condensation layer that prevents excessive image shrinkage.

Ink jet recording uses overlapping aqueous inks with matched solubility parameters to increase dye penetration and resolve concentration quenching.

Resin anchors polyvalent metal compounds to prevent component transfer while maintaining image quality.

High molecular weight cationic polymer combined with anionic surfactant improves jettability while maintaining print quality on recording media.

Resin particles containing cellulose fibers pass through inkjet nozzles to eject stable liquid streams.

Ultrasonic cavitation removes debris from drop-on-demand print head nozzles, preventing surface damage caused by abrasive mechanical contact.

Smaller metal oxide particles mediate dispersion stability for large titanium dioxide pigments, resolving jettability trade-offs.

Pretreating printing material surfaces with anisotropic patterns to control ink dot spreading behavior, reducing white line defects from failed nozzles.

An epoxy-based separator pattern chemically reacts with amine-based sealants to prevent contamination and maintain image quality.

A substrate processing system measures the distance between an inkjet head module and a levitated substrate to adjust ink discharge parameters.