Liquid Surface Applicators TRIZ Cases

A double-acting piston pump reverses direction during interruption periods to maintain consistent flow.

A three-layer catalyst uses a zeolite mixture to capture hydrocarbons during cold start conditions.

A segmented spray nozzle system deposits ceramic slurry circumferentially inside assembled turbine components to restore protective layers.

Elastic strap secures conical cap to tube base, preventing solvent evaporation and air leakage from viscous construction material.

Gel coating layers balance frontside resin stress to control curl without increasing base paper weight or material costs.

Spraying thermally-gelling agarose from a tilted nozzle into air forms gelled microparticles, eliminating solvent washing.

A curable polyurethane composition yields an overcoat film with enhanced flexibility and low warpage properties.

An adjustable nozzle support sets the distance between the nozzle aperture and tube grip, accommodating varying collapsible tube sizes.

Coordinated angular movement between the mandrel and part holder prevents foil stretching, eliminating visible striations on complex geometries.

Transportable platens allow simultaneous garment loading and printing, reducing replacement downtime from 16 seconds to 4 seconds.

A stencil assembly uses a gas supplying device to inflate a deformable tube, moving guide pins to adjust stencil tension.

Segmented plasma generating units maintain local power density to achieve high deposition rates without increasing ion bombardment damage on the substrate.

A deposition apparatus uses an electrostatic chuck and magnet plate to secure substrates via static and magnetic forces.

A bristle arrangement applies liquid coating to fastening elements through capillary action.

A coating apparatus uses a deflection device to direct a coherent jet of coating agent toward a target component.

A coating device combines an internal atomizer color changer with a separate external valve assembly to select multiple paint colors.

Symmetrical piston retainers engage film bag cartridges from either end, eliminating placement errors and ensuring complete material dispensing.

A dental cartridge nozzle pivots relative to a cylinder body through assembly injection molding.

Adhesion-coated binder threads restrain fiber bundles after jacket stripping, preventing commingling and reducing scrap during termination.

An electroless deposition chemical system limits strongly adsorbed species to improve film uniformity on copper wiring.

Mixed polyether chains and internal salt groups prevent phase separation in aqueous dispersions, ensuring storage stability across dilution ranges.

Rotating receiving device with positive locking fastening prevents pasty mass backflow while enabling easy cleaning access.

Integrated portable tool applies, scrapes, and polishes ski bases to resolve the trade-off between professional wax quality and user accessibility.

Nesting drive elements inside a hollow cross member shields them from paint overspray, preventing mechanical damage while maintaining structural support.

A hydroxyl-functional polyester binder mixed with amine-blocked phosphoric acid esters drives silane crosslinking for durable automotive coatings.

A two-component piston design with a non-releasable connection between the cover and body extends storage life by preventing air from entering the cartridge.

A microwave graphitization module heats carbon fiber precursors internally to produce high modulus graphite fibers.

Dynamic pulse ratio adjustment maintains constant throughput while correcting ejection volume variations across varying bump densities.

A dispensing apparatus uses a rupturable cartridge to mix compounds efficiently.

Portable machine applies liquid to elongated objects using waterfalls and pools, eliminating toxic brush cleaning waste.

Detent pivot secures applicator head at preset angles while flexible conduit bypasses the joint to prevent kinking during acute orientation changes.

Electromagnetic actuators drive the plug body to prevent aggregate formation and ensure accurate ceramic decoration.

Dopants in the thermal barrier coating form a dense sealant reaction layer that arrests CMAS ingression and preserves strain tolerance.

Composite coating with Fe2O3 particles reduces wear on connecting rod thrust surfaces, preventing engine contamination and extending component lifespan.

Preassembled paint circulation units inside ISO containers reduce installation time by eliminating on-site assembly complexity.

Linking plural stretching hoods prevents solvent vapor interference, suppressing coating film nonuniformity across multiple members.

A valve actuator unit converts rotational movement into vertical linear motion to open a discharge hole in a liquid cosmetics container.

Concentric precursor focusing via inactive gas barriers prevents contamination and reduces cycle times in complex atomic layer deposition systems.

Transferring granular polysilicon through funnel flow vessels to maintain homogeneous particle size distribution.

A barrier film uses dielectric layers with controlled refractive indices to block chemical materials while maintaining optical transparency.

Nano-filled treatment coatings enable electrostatic powder painting on non-conductive substrates, eliminating harmful conductive primers and solvents.

A laminated film bonds to concrete surfaces and cures into a smooth protective layer.

Merging separate controls into one rotating plate resolves complexity and cost trade-offs in shower systems.

Sequential uncured autodeposition and paint layers co-cure to form chemical bonds between the coating system components.

Relocating the robot base to the sidewall shrinks booth volume, cutting air-conditioning energy needs.

Thermal mixing of solid polymer blends above melting points yields homogeneous aqueous polyolefin dispersions with enhanced heat sealability for aluminum foils.

A high-emissivity coating radiates absorbed heat into molten steel, reducing thermal fatigue and electric arcing on water-cooled furnace panels.

A pipeline coating apparatus uses a fluid diverter to switch between preparation and spraying modes for precise application.

A metering device actuates an electric displacer drive to compress and convey viscous media onto components.