Liquid Surface Applicators TRIZ Cases

A deformable nozzle adjusts its outlet contour for reproducible adhesive beads while isolating the actuator from contamination.

A separate dispersion and deposition chamber forms a porous inorganic layer on honeycomb walls for immediate filtration efficiency.

A multi-shim nozzle adjusts flow paths and angled ports to support uniform adhesive bonding on fast-moving rubber threads.

This paint composition combines tailored polyether amine rheology agents to improve vertical-film sag resistance and reduce water blushing.

Polyol-AAG coatings replace BPA resins while preserving corrosion resistance and adhesion.

A static mixer uses circumferential cutting edges and pressure-controlled outlet flow to seal the tube and improve application consistency.

Embossed microchannels guide coloured lacquer by capillary action, avoiding surface wetting and toning films for high-contrast security elements.

A segmented wave-shaped contour deposits uniform adhesive strands, reducing material volume and easing joint filling during assembly.

Optical sensing stabilizes resin thickness in SMC production for consistent output.

A moving cleaning device directs fluid at battery deposition openings, replacing labor-intensive manual cleaning with consistent results.

Bottom jet flow, upward vortices, and overflow keep thixotropic paint uniform during prolonged band-material coating.

This case mounts the secondary drive on the basket carrier to reduce transmission complexity and improve liquid removal.

This case uses reciprocating magnets behind the substrate to maintain mask contact and reduce stains and mura during deposition.

A controlled-vacuum coater uses discrete sample movement and evaporation control to automate consistent coating for microscopy.

Staggered downstream material flows coat product undersides without upstream supply means, reducing line length and preserving alignment.

Additively manufactured masking shells protect gas turbine areas during high-temperature coating.

This case coordinates nozzle spacing, repeated droplet ejection, and scan speed to form rectangular structures beyond arc-shaped limits.

A static mixer and shuttle valve route a first component for reverse-flow rinsing, preventing hardened plastic residue.

A controlled dosing loop coats print carriers uniformly, recycles particles, and reduces waste from conventional film coatings.

A pen-shaped applicator uses a rotating end cap and piston to dispense small paint amounts precisely for cleaner touch-ups.

A heated agent develops latent fingerprints while a receptacle concentrates polymerizing residue away from the viewing chamber.

Al13 Keggin clusters form a glass-ceramic seal on thermal barrier coatings, limiting CMAS infiltration and spallation.

This assembly uses concentric rims and adjustable supports to rotate doors for painting, drying, and overspray protection by one painter.

This case integrates an electric-heating piece, battery, and heat-conducting cylinder to warm liquid uniformly for comfortable dispensing.

A staged resin coating fills grating grooves, anneals into a planar surface, and improves coupling while limiting display leakage.

A sensor-guided cartridge press adapts dispensing rate to device speed and joint geometry for consistent filling.

A command unit guides a robotic arm and solvent-equipped pad to clean fouled rollers during production without manual intervention.

This case controls coating thickness, wax content, and indentation modulus to preserve lubricity during high-temperature ironing.

This case replaces internal mixing elements with flat-jet injection to create turbulence, improve blending, and ease cleaning.

A reservoir and adjustable opening profile compensate for blade geometry and movement changes, reducing voids, cracks, and excess adhesive.

This case uses an elongated sealing element and buffer chamber to meter solder paste independently of viscosity and pressure variations.

A ribbed roller compresses and removes fresh paint to repeat shaded orthogonal streaks without slow manual techniques.

This case embeds a resistance heater in aerosol material to control heat, avoid combustion, and support multiple inhalable deliveries.

A movable second nozzle blocks selected electrostatic nozzles, enabling flexible droplet patterns and faster setup without head replacement.

A contoured, compressed masking tool leaves selected turbine surfaces exposed while sealing gaps that cause coating seepage.

Sensors time melted attachment substance and marker placement for consistent road spacing.

A static mixing nozzle uses continuous air flow to mix and deliver plural component foam below 300 psi without pressurized vessels.

A tack-free coating, digital film printing, and heated lamination improve flexibility, reduce waste, and protect decoration on metal cans.

A blade-adjusting nozzle adapts its opening to different food inks, avoiding manual nozzle changes during continuous printing.

Complementary projections and recesses secure a detachable fluidic-to-actuator coupling for faster replacement in confined spaces.

A removable snap fastener stabilizes the handheld rod during painting and enables rapid roller-frame separation for cleaning.

This case combines the stabilizing handle and actuator to release container locking while the user maintains a dispensing grip.

Design and non-design coating portions place stripping start points at panel edges while preserving adhesion in service.

This plating composition strengthens wear resistance and extends gloss retention as a lower-cost alternative to rhodium plating.

This case uses copolyamide melting points up to 160°C and inherent viscosity control for thicker, durable low-temperature coatings.

This coating robot uses exchangeable or dual printheads with wet circulation to prevent drying and enable rapid color changes.

A filtered reservoir, heated manifold, pump, return line, and spray heads maintain hotmelt quality and consistent application.

Temperature-tuned acrylic viscoelasticity protects painted complex shapes while avoiding peeling and marks during removal.

Independent injection and aspiration openings control confined fluid flow, enabling precise patterns on wet or dry surfaces.

This case combines 5–20 nm aluminum and titanium oxide layers with CVD Parylene for flexible, transparent barrier coatings.