Spray Nozzles TRIZ Cases

Elongate spacers serve as both water supply lines and spacing units, enabling multi-directional jet patterns without complex fasteners.

Additive manufacturing produces integrated fluid channels with variable nozzle orientations, reducing production costs while maintaining structural strength.

Decompression release portion generates fine bubbles from diluted chemical liquid at the nozzle tip, preventing large bubble obstruction in the supply line.

A pressure swirl nozzle injects curable composition through optimized swirl ports to atomize the fluid into a uniform spray pattern.

Pulse width modulation adjusts application rates by varying dispensing frequency while maintaining droplet spectrum quality.

A 3D fluidic oscillator generates oscillating water jets through intersecting feedback paths to distribute flow without moving parts.

A tubular atomizing nozzle uses a replaceable central tube to guide medium flow through a vortex generator for homogeneous aerosol production.

Segmented nozzle blocks connected by flexible joints allow the device to roll for storage while maintaining water pressure when driven over.

Segmented nasal applicator design improves manufacturing accuracy and user adaptability while maintaining cost-effective production.

Lateral grip repositioning eliminates water leakage onto the user while snap-fit assembly reduces manufacturing complexity compared to threaded connections.

A modular weed control system positions a camera module ahead of the nozzle rod to generate real-time signals for targeted herbicide application.

Rotating magnetic members in a handheld shower connector switch from attraction to repulsion, eliminating the need for vigorous force during detachment.

Segmented showerhead construction allows selective component removal to eliminate legionella bacteria growth while reducing facility waste.

Direct force transmission eliminates intermediate coupling levers, reducing structural complexity and user fatigue in high-pressure cleaning devices.

Segmented ejection temperature control homogenizes density in thick phenolic resin foam boards, preventing internal heat generation and cell coarsening.

Relocating the diverter valve to the hand shower eliminates the need to reach the shower arm, enabling accessible operation for shorter users.

Nested concentric channels and adjustable flow guides create diverse water patterns while reducing device complexity.

A vehicle-mounted water deflection tool redirects powerful hydrant streams using a hitch-mounted extension arm and angled plate.

A segmented needle design simplifies air spray gun maintenance by isolating the exchangeable tip from the trigger mechanism.

An integrated nozzle system merges blowing and filling to resolve contamination risks during PET container formation.

Vertical membranes separate vapor from liquid in heat exchangers, preventing entrainment while maintaining exchange effectiveness.

Elastomeric bonding material in agricultural application boom joints introduces damping to dissipate energy from resonance deflection.

A sprinkler support with aligned openings reshapes fluid flow through integrated passages.

Multi-purpose showerhead replaces manual string flossing with automated water streams, eliminating cumbersome oral hygiene practices.

Elastic clamps hold a flexible wiper between bent plates to clean nozzles without foreign object contamination or wear.

A segmented spray nozzle uses integral vanes to rotate liquid for precise directional control.

External fusible links detect thermal radiation to release the valve, enabling activation where convective heat fails.

A water spray gun integrates a rotary control member with step-like parts and a press part to manage fluid outflow.

Asymmetrical outlet orifices redirect fluidic scanner nozzle spray patterns to achieve larger coverage areas without complex assemblies.

A spool valve dispenser design incorporates a dedicated gas flow passage to continuously purge residual reactants from the dispensing channel.

A dispensing head nozzle assembly generates high-volume foam by mixing liquid product with external air through a dual chamber foamer.

Spray nozzles with spiral guiding grooves and tension eliminators create vortex flow to enhance water dispersal across varying flow rates.

Curvilinear funnel walls in helix cups create convergent flow paths that achieve tighter particle size distributions at lower propellant pressures.

A spray head uses a porous member and deflector to diffuse liquefied fire-extinguishing agent.

Segmenting the nozzle base with threaded interfaces resolves coaxiality instability while simplifying manufacturing complexity.

Separate reservoirs prevent premature reaction and clogging while extending pot life.

Protective cap isolates nozzle openings to prevent fluid evaporation and deposit formation, maintaining consistent spray quality.

Segmented seal rings and a compression spring resolve assembly difficulties and leakage risks in rotating shower head designs.

A liquid crystal dispenser mounted on a guide bar deposits material onto substrates with precise positional control.

Segmented diverter modules replace ultrasonic welding to enable easy repair and reduce leak risks.

A twin-fluid nozzle spray apparatus integrates gas and liquid regulators to atomize fluids.

Asymmetric internal geometry deflects the spray stream to access off-center areas while thermochromic material indicates chemical temperature.

A vibrating injector ejects granular solids through a discharge opening.

Curved fins generate a vortex that narrows the droplet size spectrum, resolving irregular spray patterns in aerial disinfection.

A spray gun handle connects via a rotatable trigger guard that exerts torque to detach the assembly.

A pre-orifice spray tip configuration tunes fluid turbulence intensity through engineered geometries to produce uniform spray patterns at low operating pressures.

Segmented guard portions pivot to create a protective cage that shields sprinklers from impact while maintaining unobstructed fluid distribution patterns.

A shower head integrates a central razor cleaning cavity with dedicated spray nozzles to flush debris from blades.

An integrated speaker housing accommodates a shower fixture to resolve moisture damage and acoustic interference while supporting wireless connectivity.

Segmented trigger support with a self-engaging detent reduces sustained pressure on the user, alleviating fatigue during extended paint application.