Liquid Spraying Apparatus TRIZ Cases

A nozzle unit with a dielectric unit and plasma source accelerates coating particles via ionized gas flow.

A cyclone mixer homogenizes active substances with sprayed liquid, eliminating dosing inconsistencies caused by vehicle speed changes.

Segmented nozzle design increases gas density and uniformity in semiconductor reaction areas.

A sintered liquid conductor transports fluid through interconnected pores to atomize particles via a perforated plate.

Bidirectional rotation and negative pressure extraction resolve uneven coating and mist diffusion during automatic brake caliper painting.

Porous liquid guiding member features embedded metal heating trajectories on multiple surfaces for uniform atomization.

A rotatable atomizing component adjusts air inflow volume through inlet overlap geometry.

A palladium nickel alloy aperture plate withstands high-frequency vibrations for consistent aerosol generation.

Separate reservoirs isolate viscous adhesive from propellant, preventing dilution and degradation risks during controlled dispensing.

A marker airbrush uses a dual-action trigger to control airflow through a rotatable collar-mounted positioner for precise marking solution transfer.

A dual mode spray gun uses a mixing valve and barrel design to switch between spraying and foaming operations.

Clamped nozzle members prevent slit enlargement under water pressure, ensuring reliable metal powder production.

A handheld ground sprayer uses a motor-driven pump to atomize marking fluid from a refillable reservoir.

Elastic seal member closes liquid passage between nozzle and needle valve, preventing leakage from microscopic gaps.

Tangential gas ports create a swirl effect in the mixing chamber to deliver a homogeneous atomized mixture that prevents splashback and watermark formation.

A transducer liquid sprayer directs ultrasonic mist forward and upward through an inclined contact interface.

A spray gun mount aligns vertically with the axle to position the nozzle at variable distances from the surface.

An intermediate pressure system balances portability and flow rate while an air assist mechanism enables reliable vertical surface application.

An integral structural block integrates feed chambers and control valves, eliminating internal interfaces that cause sealing failures and operational delays.

A spraying system dynamically varies liquid discharge patterns to match moving target dimensions.

A vaporizer adjusts airflow humidity based on sensor readings to optimize aerosol generation conditions.

Camming lock ring secures spray gun nozzle assembly, reducing cleanup time and improving connection reliability.

Inclined gas flow path reduces compressed air pressure while achieving droplet sizes under 10 micrometers.

Auxiliary pump directs fluid jet against sprayer filter to retard debris accumulation and reduce maintenance frequency.

A control system manages electrostatic sprayer flow and tracks usage data.

A flexible thin film casing seals the piezo-element while transmitting vibration to the mesh.

A compressed gas conditioning plant uses a liquid-based hose heater to control temperature.

A bag-on-valve dispenser uses a reducer insert to control aerial carrier gas flow rates and ingredient delivery.

Segmented pump control resolves the trade-off between device complexity and jet speed while reducing energy consumption.

Ring manifold supplies fluid through multiple nozzles at a power tool outlet, resolving inconsistent broadcast and short run times.

A dual container powder coating apparatus alternates between operative and cleaning positions to enable continuous automated painting operations.

Segmented coupling blocks with quick release connectors reduce idle time during duct replacement.

A portable mist wand system uses a solenoid valve for fluid purging and mixing to maintain constant pressure during operation.

A liquid spray device hides wires inside a pivoting bracket to prevent exposure.

Multi-orifice nozzles deliver variable cooling fluid flow rates through a single universal valve assembly, eliminating compressed air energy consumption.

Low-pressure cold spray mixes lunar regolith with metal powders to create dense, wear-resistant coatings that repair lunar structures without heavy equipment.

Multi-cycle masking and electroplating on a mandrel resolve the contradiction between high output rates and small particle sizes for pulmonary drug delivery.

An electrically driven pump and integrated heating unit deliver hot pressurized water to destroy plant cell structures, eliminating chemical pesticide use.