Liquid Surface Applicators TRIZ Cases

Segmented collecting channels guide molten adhesive from through-channels, reducing residue formation and easing maintenance.

A paint scraper blade attaches to a roller frame to remove surface debris without interrupting the painting workflow.

Flexible multilayer coating hermetically seals the sensor while maintaining optical clarity and precise pressure measurement.

A slit nozzle uses internal projections to divide treatment liquid flow, ensuring uniform distribution across large substrates.

A fluorinated block copolymer resin forms phase-separated structures with excellent vertical orientation.

Internal integral reinforcement eliminates external buttresses that cause unwanted masking and breakage, preserving nut plate mobility.

A deposition mask uses a thickened peripheral part to enhance boundary strength and prevent thermal deformation during laser welding.

An integrated heating element melts solid gold refills, enabling precise application of pure gold without hazardous external equipment.

A stepped mold cavity design absorbs radial resin expansion during injection molding to prevent circumferential bulges on sheet feed rollers.

Telescopic extension pole supports spray gun to increase reach while wireless trigger controls paint flow, reducing operator fatigue and fall risk.

A film forming method uses segmented high-refractive-index particles to enhance light reflectance and whiteness.

A chain-extended aspartate prepolymer enables fast curing times in two-component coating compositions.

Hydrophobic mineral particles in polyethylene create unconnected pores, reducing density and thickness while maintaining dimensional stability.

Dual triggers and an integrated valve enable one-handed operation, eliminating external hoses and reducing noise.

Liquid-liquid interfaces orient nanowires through surface tension, eliminating external electric fields and reducing production costs.

Powder injection repairs surface flaws and enhances combustion efficiency by merging shot peening with photocatalytic material application.

A covering panel features a lowered edge with a varying cross-section to mimic natural materials.

A second high-voltage generator applies reverse polarity to neutralize residual charge in an electrostatic coater immediately after power stoppage.

Oblique projections on the separating unit direct hot air flow to reduce dust emission and prevent clogging during seed drying.

A medical tool coating layer formed from a diisocyanate, polyol, and functional copolymer crosslinked at low temperatures.

A discharge head uses a flat piezoelectric actuator on a tubular member to vary cavity volume for liquid ejection.

A ring-shaped carrier gas injection line distributes flow along the main reactor wall to transport organic vapors toward the substrate stage.

A modular applicator system features a revolvable cage for cartridge alignment and onboard retention structures for accessory tools.

Segmented distribution members rotate to centrifugally eject lining material, resolving uneven thickness and viscosity handling bottlenecks in pipe relining.

Needle injection of shear-thinning adhesive fills tile subfloor voids, eliminating persistent hollow sounds from inadequate adhesion.

A blow-molded plastic container uses alternating longer and shorter sidewall portions to create an integral grip area for easier handling.

A deodorant application device uses Venturi-Ejector airflow to accelerate evaporation of liquid substances on skin.

Vibrating plates compact impinged concrete coatings to eliminate surface porosity and reduce excess material mass.

A film-forming silica sol composition uses silane coupling agents to modify particle surfaces for enhanced dispersion stability.

Immersion tin silver plating deposits a whisker-resistant coating on copper substrates, suppressing intermetallic growth during thermal cycling.

Segmented plates with a dynamic deforming layer accommodate various sole styles while maintaining precise exposure of paintable side surfaces.

Internal fluid channels within a monolithic valve body eliminate external leakage points while maintaining compact device size.

Plasma oxidation forms a silicon oxide coating on spacer layers to enable precise anisotropic etching.

A coaxial cartridge integrates tensile-stable rings into the outer wall to prevent radial expansion during dispensing.

Alternating dosage assemblies swap operation to eliminate flow interruptions and pressure imbalances during insulating glazing sealing.

Silica coatings on expanding agents prevent premature hydration, ensuring controlled volume increase for reliable zonal isolation.

Controlled temperature slurry application preserves aminoplast resin shell integrity during manufacturing, ensuring long-lasting scent deposition on fabrics.

A nozzle body inserts into an inner spline groove to discharge grease via a linked pressure-feed mechanism.

A multipart support roll uses shrink fits to join a heated shell with half-journals.

A contact nozzle assembly uses a fluidic oscillator to discharge adhesive in non-linear patterns across material strands.

Low thermal conductivity materials minimize heat conduction to prevent temperature differences during epitaxial growth.

Precious metal intercalation pastes prevent silver-aluminum interdiffusion during firing to maintain high power conversion efficiency.

A painting robot uses a rotating drive shaft to adjust spray gun spacing.

A vacuum preparation chamber manages pressure transitions using nonreactive gas introduction and evacuation cycles.

A vertical funnel feed assembly injects adhesive pellets in a vortex pattern to ensure uniform distribution across the melting surface.

A screen mask uses a motorized ball screw to drive moving frames that adjust mesh tension across perpendicular axes.

A servo pump adjusts speed to maintain system pressure, reducing motor energy consumption and paint degradation during idle periods.

Point adhesive bonding secures lenses without mechanical stress, preventing edge damage and contamination during coating operations.

Shaping air deflects adhesive into a spiral pattern, enabling uniform coverage on complex substrates without precise alignment.