Liquid Surface Applicators TRIZ Cases

A cyclone separator enclosure retains a cooling medium to reduce interior surface temperatures.

Ionic polymer coatings suppress ion elution and aggregation, ensuring stable inkjet metal wiring.

Segmented cartridge bays translate along axes to align outlets with a mixer inlet, enabling continuous deposition of extrudable substances in confined spaces.

A liquid supply unit uses a cooling gas line and drain valve to manage treatment fluid temperature.

Removing amide wax from epoxy coatings eliminates spray dust attachment, maintaining adhesion on thick films over 100 µm.

Dry powder coating compositions eliminate transportation costs by shipping active ingredients without water, allowing users to add water at the point of use.

Fine particles on rotators reduce liquid scraping and ensure uniform coating amounts across sheet materials.

A flame rod uses a lanthanum-strontium-manganese oxide protective cover layer to transmit electrical current while maintaining high heat resistance.

A chromium-free conversion coating on aluminum strips enables reliable adhesion for heat-seal and epoxide-based stove lacquers.

Computing device compresses pilot signal in force and displacement domains to boost low-frequency energy while maintaining system stroke compliance.

A screw mechanism converts electric rotation into linear plunger motion for smooth caulking flow.

A one-component epoxy adhesive uses a dicyandiamide and dihydrazide curing mixture to lower the onset temperature for bond formation.

High solid content adhesive fills surface defects in low quality corks, eliminating depressions that reveal initial material grade.

Electromagnetic induction patterns detect rotary shaft angles without mechanical contact.

A dual-arm alignment tool detects gear misalignment by fitting under the platter, eliminating the need to remove shielding or wait for cooling.

Epoxy-denatured acrylic resin formulation with reactive silicone hardener creates durable primer and clear layers.

Segmented filler bodies in the application duct reduce material strand height while maintaining width, lowering pressing force for stable workpiece joining.

Labyrinthine flow paths with throttle points equalize pressure across section flows, eliminating streaks and ensuring consistent coating thickness on wide webs.

A mask assembly with a partial etching extension portion ensures complete photosensitive layer contact during thin film deposition.

Offset orifices in the tip assembly direct a lesser volume fluid into a larger atomized flow, preventing clogging and ensuring thorough mixing.

Thermoplastic polycarbonate blends combine bulk polymerized ABS impact modifiers with phosphorus-based flame retardants to achieve high flow and toughness.

Polydimethylsiloxane with polyether-modifying groups reduces friction to improve adherence of aluminum pigments on diverse writing surfaces.

Induction heating via susceptor material eliminates complex sealing and friction while reducing substrate outgassing in vacuum deposition.

Resilient pipes accommodate rotation and linear movement, preventing stress on connecting parts during uniform coating application.

Localized re-wetting of low-moisture veneer zones eliminates bonding defects caused by non-uniform drying, reducing adhesive usage.

A flexible stencil uses folding stiffeners to bridge isolated character elements during paint application.

An insulated electrostatically assisted spraying extender protects induction electrodes and power cables from wetting.

A paint conveying device uses hydrostatic pressure to drive liquid through outlet nozzles, forming coherent paint threads for contactless application.

Sequential vapor-phase monomer supply enables uniform polyimide film formation in high aspect ratio concave portions without strict temperature control.

Controlled depolymerization lowers viscosity of natural gums, enabling high-solids barrier coatings that meet environmental regulations.

A nucleated poly(trimethylene terephthalate) composition with an ethylene acid copolymer ionomer controls melt viscosity and enhances elongation.

A manifold-based adhesive dispensing system uses interchangeable nozzle assemblies secured by angularly offset contact surfaces and clamps.

A liquid dispensing applicator uses a radial locking system to secure the container body and head component together after rotation.

A coating head uses a separator to guide residual slurry into a feed-back concave for recycling.

Tribology-driven contact printing places nanowires selectively on substrates, eliminating contamination from lubricants and complex mask removal processes.

Composite layers resolve the contradiction between anti-fingerprint performance and surface hardness in molded resin articles.

Laminar gas flow carries high aspect ratio molecular structures parallel to a filter for oriented deposition.

Aerosol primer composition uses dimethyl ether propellant to maintain a single liquid phase dispersion for consistent atomization.

An organic polymeric film coats vacuum chamber surfaces, reducing metal contamination and conditioning time while eliminating expensive liners.

A tapered partition wall isolates the print finger from relaxed non-print fingers, resolving stability versus comfort trade-offs.

Segmented pellets with eutectic layers melt sequentially to lower viscosity, reducing heat loss from the melter and cutting energy use by 15-20%.

Angled grinding creates diagonal grooves on the curved lamella to eliminate material threads and extend blade lifespan under high pressure.

An integrated coating shield shades bar cutter cutting faces to prevent excessive layer buildup, eliminating complex masking steps.

A multi-port metering pump assembly uses a manifold and electronic controller to independently regulate fluid flow through segmented pathways.

A piping nozzle applicator moves a nozzle from an initial position to a precise location inside a piping bag using friction or expandable parts.

A composite protective agent prevents toner passing on image bearing members through enhanced lubrication.

Automated detection and cleaning mechanism eliminates manual intervention to prevent Mura defects.

Plasma treatment creates uniform, dense nano grains on lithium alloy oxide surfaces, resolving uneven topography that limits capacity and cycle lifetime.

A coating nozzle with an arc-shaped slit outlet port maintains a fixed coat pattern width during high viscosity paint discharge.