Liquid Surface Applicators TRIZ Cases

A paint supply system circulates application fluid through a connecting line between feed and return paths.

A can inner surface-coating apparatus positions inspection cameras above spray devices within a covered enclosure to maintain clean detection zones.

A fluorine-containing copolymer and polycarbonate diol form a cured film that imparts high abrasion resistance.

Acidic aqueous composition deposits inorganic-organic conversion layer on can cylinders to reduce friction between touching cans during transport.

A pipe lining transport assembly uses extension and rotational mechanisms to maintain concentric alignment of operational components.

A slurry distributor uses a parabolic guide surface to redirect aqueous gypsum flow from inlet to outlet.

Anti-static tubing layers reduce triboelectric charging to minimize electrical noise in irrigated electrophysiology catheter systems.

Projections on unit masks prevent wave formation from contraction stress, ensuring precise thin film deposition quality.

Atomizing charged slurry drives solvent evaporation without heat, preventing thermal degradation of active ingredients.

Controller corrects imaginary terminal points via correction graphs to resolve dispensed amount inaccuracies caused by varying drive pulse outputs.

A semiconductor plating supply pipe uses varying ejection hole aperture ratios to eject reaction solution with uniform flow velocity.

A flexible push plate wraps around a guide roller to minimize rearward space occupation in the caulking gun housing.

A substrate correction device uses adjustable plates and inner blades to create flat surfaces.

Slow drying at 5 mm/min minimizes capillary forces that cause vanadium migration, reducing concentration gradients and enhancing NOx conversion efficiency.

A fluid bed impregnates fibrous strands with thermoplastic powder, followed by heating calendering to form unidirectional ribbons.

Vapor atomization penetrates crevices while exhaust filter captures escaping oil to reduce waste and dirt buildup.

A four-layer BOPP film replaces expensive polyamide with a polyurethane coating layer to improve oxygen barrier performance while reducing production costs.

A fluid dispensing apparatus uses a motor-driven piston to generate pressure within a cartridge for precise liquid delivery.

A liquid applying apparatus uses a pressure adjustment mechanism to control the volume of ink transferred to a roller.

A silicon-zirconium nitride topcoat mediates adhesion between recycled thermoplastic interlayers and coated glass, resolving compatibility issues.

An integrated die head removes slurry bubbles through an internal space, avoiding dedicated devices that increase complexity and reduce productivity.

Segmented mask strips use bendable regions to lower welding spots, resolving stress-induced wrinkles that distort OLED coating patterns.

A plastisol composition uses a mixture of alkyl sulfonic acid phenyl ester, alkyl disulfonic acid diphenyl ester, and di-octyl adipate as plasticizers.

A resilient tube pump uses a moving squeezing member to feed processing liquid through a single pinched zone.

Interference light measures film thickness during plasma etching, correcting for speed variations to prevent wafer waste.

A composite barrier film combines polymer and inorganic layers to maintain transparency and flexibility.

A photo-resist dispensing apparatus uses dual gas discharge units to remove bubbles from the solution held in the tank and filter.

A film forming apparatus controls mixed monomer concentration and substrate temperature across distinct regions to ensure uniform organic polymer deposition.

A heat dissipation plate sits between the deposition member and mask frame to manage thermal loads.

Numerically controlled moving device drives a distribution roller to deposit resin on stone slabs, eliminating spray emissions and hard deposits.

A coating device switches between supply units to maintain consistent discharge rates in the nozzle group.

An offset handle positions the hand above the roller plane to enhance grip comfort during painting tasks.

Segmented bores and a delivery-side slot guide gas escape, preventing bore blockage by viscous filling compounds.

Composite pretreatment with zinc silane compounds prevents corrosive chemical access while maintaining thermal emissivity.

Differentiated rear lip passages vent trapped air during filling while preventing mass leakage through higher flow resistance.

Siloxane surface treatment modifies partially baked photoresist layers to form patterned hydrophobic nozzle plates with enhanced mechanical strength.

A step-on panel actuating member adjusts water flow through a spring-loaded valve mechanism.

Replacing liquid promoters with hot-melt adhesive threads extends reaction time and eliminates hazardous substances while ensuring strong adhesion.

Tapered adhesive deposition chamber with baffles resolves inconsistent cross-sections in wind turbine blade bonding.

Flipped liners interlock via mating ribs to seal containers, preventing spillage and contamination while simplifying inventory.

Segmented follower plates with tapered radial slots evacuate 99% of viscous adhesives, eliminating residual waste during container replacement.

Mediator layers and hydrophilic polymers modify electrodes to accelerate electron transfer, resolving slow quinone kinetics in biosensors.

An integrated switching valve in a compact liquid dispensing apparatus reduces channel length and pressure loss while ensuring uniform discharge amounts.

Alkylammonium salts react with organic ligands on semiconductor nanocrystal surfaces to enable dry removal at mild temperatures.

A carrier foil-attached metal foil structure uses a nitrogen-containing organic release layer to enable clean separation from the substrate.

A liquid discharge device uses a plunger holder to align multiple plungers for precise material application.

Cyclic ether polyols replace Bisphenol A in radiation curable compositions, eliminating toxicity while maintaining mechanical strength.

Fusion-bonded coating layer on soft magnetic core particles reduces eddy current losses at high driving frequencies while maintaining mechanical strength.