Spray Nozzles TRIZ Cases

Boom-mounted cameras and lights assess nozzle spray angle, plugging, and flow in real time to keep field application uniform.

A tapered needle guide and modular valve body simplify valve needle and seal replacement while preserving reliable HVLP spray sealing.

Hollow portions beside intermediate channels cut heat loss in a ceramic shower plate, keeping process gas temperature uniform and reducing substrate failures.

Offset nozzle spacing adapters let one boom sprayer match different crop row intervals without replacing the boom or using specialized tools.

Symmetrical bumps and a cold step in the interaction chamber sustain uniform oscillating sprays at low temperature and pressure.

A valve assembly and swirl chamber replace bulky reservoirs and flow restrictors to keep dilution consistent while preserving spray reach.

A magnetic wall strip and ball joint let a handheld showerhead attach securely while adjusting height and spray angle for easier use.

Nozzle pins use pressure changes and surface tension to stop shower head dripping after shutoff without added mechanical valves.

Swirling liquid or dense CO2 cools nozzle-ejected dispersions to form spherical microparticles with narrow size spread and efficient water removal.

An elastic nozzle seal minimizes trapped air, drooling, and crusting while keeping Luer lock connections leak-tight under pressure.

A pivoting waterway and compliant seal turn axial lever motion into intuitive one-handed spray-force selection in a hand shower.

Nozzle pins use surface tension and pressure changes to choke residual water flow and stop shower head dripping without upstream valves.

A five-island interaction chamber sustains uniform oscillating sprays in alcohol-water fluids across sub-freezing and ambient temperatures.

A rotatable fan air lever lets operators adjust spray pattern during spraying, cutting downtime, waste, and one-hand control effort.

Dual airflow paths and a heat collector speed heat transfer to a concealed sprinkler element without harming ceiling appearance.

Nozzle caps shift spray impact zones along the boom to match crop row spacing without costly actuators or added maintenance.

A stationary mix chamber replaces dynamic metal-to-metal high-pressure seals, cutting spray applicator cost, assembly time, and downtime.

Compound-angle nozzles create nested hyperboloid spray patterns that improve coverage and power zones while reducing water waste.

Multiple offset water jets cool EV batteries from below, cutting water use and helping stop thermal runaway in low-clearance fires.

A dome deflector creates a non-circular spray pattern that improves wetting of stored commodities at higher clearances while limiting water beyond six feet.

Removing horizontal ribs and using curved chamber walls keeps droplet flow smooth, reducing band broadening and improving analyte detection.

A single-molded plastic spray nozzle uses a ball valve and slotted exits to avoid surface scratching while maintaining liquid flow control.

A movable nozzle guard uses water pressure to block debris at rest and open during flow, protecting sprinkler internals without disrupting distribution.

Static mixing elements in the gas channel create turbulence, cutting gas use while producing finer droplets in multi-component atomization.

Dummy discharge before coating stabilizes liquid viscosity and pressure, improving startup application quality across nozzle counts.

A shipping clip holds the hose-end sprayer valve in the off position to prevent leakage, reduce chemical exposure, and simplify product variants.