Spray Nozzles TRIZ Cases

Segmenting the atomizer body into bonded components simplifies manufacturing tolerances while maintaining swirling flow performance.

A kitchen sprinkler uses a sliding water separator to switch between straight and spray discharge modes within an integrated converter body.

Integral ceramic nozzle assembly with angled vanes eliminates component joints, preventing erosion and failure in wet gas scrubbers.

Precision guide holes and support surfaces enable consistent sharpening angles, resolving the trade-off between ease of repair and manufacturing precision.

A pivotable cap aligns outlet channels with transfer channels in a multiway valve diffuser to enable selective product withdrawal.

A multi-fluid spray nozzle delivers multiple working fluids through shared outlets using independent valve control.

Coiled wrinkling parts reduce bending amplitude to prevent brittle fracture while maintaining stable folded states.

Segmented nozzle plate orifices guide liquid flow through capillary effects and resonance, preventing droplet accumulation that degrades atomization quality.

Multiple nozzle elements form laminar jets to clean double-layer sheet forming wires while reducing water consumption.

A mask glue removal apparatus uses independently angled nozzles to dispense cleaning agents precisely at the target site.

A mobile milling machine liquid spray system uses surface wetness sensors to adjust water quantity for cutting tool cooling.

A nozzle with a piezoelectric oscillating device generates vibrational energy to form uniform microdroplets.

A cold spray nozzle with a glass divergent section prevents powder clogging, enabling continuous operation without frequent maintenance.

Programmable controller regulates heating element to maintain washer fluid between 120 and 150 degrees Fahrenheit, preventing mineral deposits from overheating.

A fluid flow limiter uses spaced metal arms connected by a ring to regulate water pressure and prevent deformation.

A controller manages fluid spray timing across multiple pumps to optimize distribution cycles.

A concave deflector converts an axial water jet into a flat sheet, eliminating complex internal channels.

Bi-directional coupling rotates the spray face about two independent axes to resolve fixed direction limitations and improve user customization.

A vehicle washer nozzle uses an ultrasonic transducer to generate vibrations for clearing ejection ports.

Nozzles create jet flows against impingement surfaces to ensure uniform flow distribution despite manufacturing tolerances in slit width.

A multiway flood valve uses a linearly movable control piston to regulate wax flow volume through overlapping bores in a fixed hollow shaft.

High-purity aluminum oxide or ZTA ceramic valve seats resist abrasive wear and thermal stress in high-pressure cleaning devices, extending service life.

A spray head uses a rotatable adjustment element to vary outlet openings for different spray patterns.

A nozzle gasket incorporates a deformable lower structure that dynamically adapts to container surfaces during fluid injection.

High pre-compression springs in sprinkler check valves prevent downhill drainage while reducing manufacturing costs compared to traditional large springs.

A laminar nozzle directs a vertical water jet against an impactor to maintain flow stability and prevent turbulence-induced droplet breakup.

An integrated pump mechanism dispenses soap through the water stream, resolving accessibility barriers for users with limited mobility.

A discharge container uses a movable inner plate to diffuse contents radially through a dedicated chamber for stable delivery.

Segmented deflector slots direct water flow to achieve extended coverage area per sprinkler unit.

Segmented nozzle channels with varying cross-sections maintain uniform fan-shaped fluid atomization despite pressure fluctuations.

A spray nozzle assembly uses two independent seals to maintain reliable sealing under high pressure and temperature conditions.

A manual valve uses a tubular sealing piston and pivotable actuator to enable one-handed operation with low friction.

Offset connecting pieces create twisting water jets that prevent nozzle clogging and reduce pressure losses in cooling towers.

Segmented nozzle geometry orients gas exit at 70° to 110° to eject particulate buildup, eliminating manual rodding.

A coaxial laser cold spray nozzle heats particles and substrate to promote plastic deformation.

A spray head uses a bluff body to direct blown air flow.

Lateral openings at 45 to 90 degrees direct the mixture toward molars, resolving accessibility trade-offs.

Communication groove reduces fuel compression, lowering magnetic attraction force and improving timing consistency.

Segmented movable core with press-fit and non-press-fit regions minimizes flow resistance variations.

Aerosol nozzle assembly features a compression zone with tapered sidewalls and a center post to enhance air entrainment.

A sliding hollow piston deploys a nozzle to distribute cleaning fluids, preventing image pollution from sensor lenses.

Energized fluid nozzles harness water kinetic energy via internal turbines to power LED lighting and audio devices within residential splash pads.

A spray nozzle piston moves between positions to control liquid flow through a frustoconical seat.

Scanner nozzles use oscillation chambers to create dynamic radial and tangential water jets, resolving static spray non-uniformity.

Piezoelectric ejector device oscillates generator plate through laminar flow holes to minimize air intake and ensure accurate ophthalmic dosage delivery.

A perforated breaking element channels air through a double chamber to distribute flow uniformly along the full length of an agricultural sprayer bar.