Liquid Surface Applicators TRIZ Cases

A modular hot melt adhesive delivery system uses detachable metering assemblies and closed-loop pressure control for versatile material handling.

A substrate transfer device vertically moves and rotates substrates between load-lock and deposition chambers.

Composite metal ions and buffers form corrosion-resistant films on wet steel, eliminating drying steps and reducing wastewater complexity.

A stacked body deposition layer transmits electromagnetic waves through a germanium core while preventing oxidation of the metallic surface.

Cold spray forms stator lobes, reducing hysteretic heating and simplifying electrical integration in downhole motors.

Segmented mask segments adjust dynamically to compensate for thermal expansion, maintaining pattern alignment precision during deposition.

Segmented collection cups with elevating mechanisms separate processing solutions from atmospheres, eliminating additional gas-liquid separation devices.

Two nozzles in one chamber spray tin oxide particles at different speeds to remove passive films and form coatings, cutting production costs and time.

Nested inner and outer couplers with bayonet locking prevent cross-threading and messes during tip changes.

An inclined heatable surface caramelizes sugar granules before they fall onto edible objects.

Thermal sensors detect adhesive patterns to resolve the trade-off between measurement precision and device complexity.

A fluid-propelled spray apparatus mixes chemicals with pressurized liquid to dispense agents through nozzles.

An inclined blocking plate guides fluid from the nozzle to the substrate, preventing splashing along the surface while maintaining precise control.

Compressing a saturated permeable body against fasteners distributes primer evenly, eliminating uneven manual coverage that causes costly rework.

Polyelectrolyte multilayer films use a polymeric precipitant during deposition to retain bioactive molecules and prevent loss.

Offset impact segments deposit paint particles from air streams using forced suction, reducing filter fleece replacement frequency by up to 80 percent.

A cosmetic powder sifter uses a sweeper projection to redirect excess powder through apertures back into the container body.

An RFID sensor measures deposition via back propagation changes, eliminating temperature errors from quartz crystal sensors.

A multi-component cartridge uses a single outlet to connect both the inner chamber and the intermediate space between bodies.

A sprayable cover composition uses cement, fly ash, and polymers to bond securely to landfill surfaces.

Rotatable plates with friction drive wheels rotate rail wheel sets during painting, resolving limited robot access and uneven application near side walls.

A reconfigurable applicator handle adjusts between overhand and underhand grip positions to support varied dispensing angles.

A substrate carrier filled with phase transition material absorbs thermal energy as latent heat to manage temperature during sputtering.

A dual-chamber substrate processing apparatus generates reactive species in a high-temperature pre-reaction chamber and supplies them to a low-temperature process chamber.

Dual pneumatic valves enable simultaneous pressurization and release, resolving sequential delays in viscous liquid dispensation.

A caulking gun uses a bar-linkage assembly and trigger to drive the pushing rod forward.

A waterborne coating composition uses hydrophobic polytrimethylene ether polyol with crosslinkable functional hydroxyl groups to enhance inter-layer adhesion.

Vacuum stabilization holds the web steady during measurement, preventing interference from dirt and moisture to ensure reliable basis weight readings.

A substrate processing apparatus uses a molybdenum-cobalt alloy reaction tube with an inner quartz liner and purge gas supply.

Autoclave-molded composite doctor beams with angled flanges resolve the trade-off between beam weight and stiffness in pulp and paper mills.

Selective thermal spraying restores material integrity at reduced thickness zones, enabling complex vehicle interior panel designs.

A substrate treatment device dilutes acidic metal ion liquids and adjusts pH to supply uniform particles.

Segmented electrode plates resolve injection resistance by positioning inlet holes in hydrophilic regions, enabling reliable droplet entry.

Segmenting a textile strand into independent fibers allows multiple immiscible active ingredients to coexist, enabling efficient wire cleaning and coating.

Multicoat paint systems use aqueous polyurethane-polyurea dispersions to achieve adhesion on nonpolar plastics without separate primer-surfacer layers.

Introducing non-adhesive fluid into an adhesive extrudate interrupts the boundary layer, preventing stringing and teardrop defects during continuous dispensing.

A dry gas curtain prevents adhesive outlet clogging during production pauses by blocking ambient moisture without requiring complex oil bath systems.

A semiconductor processing apparatus method enables continuous operation during process instrument replacement.

A liquid discharge device uses a collision member to accelerate a thin extrusion plunger for precise droplet ejection.

A dispenser guard with a narrow gap attracts accumulated fluid via capillary action, preventing uncontrolled deposition on the substrate.

Metallic plating on injection molded polymeric substrates creates lightweight gas turbine components with enhanced structural integrity.

A drum unloader safety mechanism controls air pressure to the pump assembly based on follower plate position.

Robotic applicator assembly dispenses treatment material directly onto surfaces using a pneumatic film coater.

Segmented application reduces fluid turbulence and weight while maintaining seal integrity.

A capacitive fluid level sensor detects adhesive fill levels through dielectric capacitance changes between driven and ground electrodes.

Segmented rollers apply specific liquids to separate layers, resolving uniform coating contradictions in multi-ply fiber production.

A piezoelectric jetting valve uses a pivotable fluid body housing to enable rapid removal and cleaning of the dispensing mechanism.

Reaction pressure feedback engages a clutch mechanism to synchronize component expulsion, resolving mismatch risks during adhesive mixing.

Segmented heating roller with independent zone control resolves wait time versus stability trade-offs while preventing hot offset.