Spray Nozzles TRIZ Cases

Internal channel sizing controls product velocity so larger atomiser orifices can still deliver uniform, dry spray with easier manufacturing.

Rotating overlapping inlet openings lets each spray nozzle be tuned individually, improving semiconductor fluid control without disassembly.

A branch-pipe flow meter monitors each nozzle group to detect malfunctions, cut obstruction risk, and keep spray distribution uniform.

A clearance opening lets the water outlet panel detach quickly for easier screen cleaning, helping prevent clogging and preserve spray quality.

Interchangeable pods mix agents into cream at dispensing, enabling selectable color, flavor, or texture without a complex nozzle.

Sensors and thermally driven actuators auto-adjust the nozzle slot to keep flat film thickness symmetrical and reduce edge trimming.

An elastically deformable outlet panel detaches from the water outlet body for tool-free mesh cleaning while keeping stable water flow and assembly.

A uniform base spray plus image-guided complementary dosing treats hidden or missed plants without relying on detection alone.

An umbrella-shaped rubber plug keeps the atomizer cavity under vacuum to prevent drug leakage and enable low-pain mist delivery.

An enclosure latched around a fluid distributor outlet redirects backflow splash away from users while preserving backflow prevention.

A latchable enclosure fits around a fluid distributor outlet to capture backflow spray and redirect splashing away from the user.

A protruding check valve structure limits valve-body travel to cut dead volume, reduce clogging risk, and keep aerosol delivery reproducible.

A segmented selection engine lets users switch directly between spray patterns in one actuation, avoiding slow sequential diverter cycling.

A latched enclosure around a fluid distributor outlet captures backflow splash and redirects discharge away from users.

A pressure regulator and selectable nozzles keep droplet energy and spray feel consistent across changing water supply pressures.

A matched composite K factor lets flexible sprinkler assemblies preserve flow and avoid hydraulic recalculation during renovations.

A smooth constant-area waterway cuts nozzle turbulence and cavitation while improving spray distance, penetrating power, and blade shape.

Heat conduction between the liquid reservoir, housing, and atomizer stabilizes aerosol output and helps prevent freezing in cold conditions.

A spherical-cap mixing chamber and dual-inlet control enable stepless shower spray changes with stable rectification and low-pressure hollow spray.

A laminar flow device and open distribution member create rainfall or waterfall spray while reducing bacterial buildup and controlling water use.

Lobed nozzle openings and a spherical mixing chamber improve air-paint mixing, sealing, and spray quality with easy assembly.

Angled gas-liquid jets clean silica waste and water mist from the net monitor surface quickly without disrupting slicer operation.

Pressurized local injection at each boom port eliminates sprayer lag and improves concentration control across irregular field coverage.

Removable monitored nozzles calibrate chamber flow before or during use to improve wafer layer uniformity and reduce tool downtime.

A deformable, rotatable outlet panel detaches without tools, making scale-clogged water meshes easier to clean while preserving sealing.

A pre-alignment tool constrains spray tip and guard pitch and roll, keeping robotic spray bands centered and consistent.

A detachable cap opens the filter chamber for fast cartridge replacement while preserving sealing, water redirection, and spray flow distribution.

A clearance opening in the outlet structure lets the panel detach without tools, easing scale removal and helping maintain smooth water flow.

A heated, insulated rail spray nozzle uses feedback, purge protection, and a duckbill valve to prevent clogging under vibration.

A detachable filter and gear adjustment assembly improves water purity while enabling stable flow volume and spray pattern control.

Laterally separated fluid chambers create a slimmer shower head with multiple spray patterns while reducing residual water and post-shutoff dripping.

A compliant overmold and dome body redirect high-pressure fluid to protect painted surfaces and reduce skin-injection risk during cleaning.

Elastically deformable coupling members keep a medical device cap secure in transport yet easy to attach and remove, reducing leakage and contamination.

A smooth tube and angled restrictor keep spray flow laminar while producing fine droplets with low pressure loss and low power.

Separate pressurizing chambers and a force-amplifying handle raise spray pressure in a compact handshower while keeping switching light.

Multiple through-holes in a nozzle silencer split the gas-liquid spray to suppress vortices and cut noise while keeping fine droplets.

A porous silencing member with separate exposed and high-speed sections cuts discharge noise while preserving gas diffusion in large, low-flow spaces.

Radar sensing maps stall dimensions and obstacles so the robot can auto-position arms and nozzles without manual teach-in.

Internal coolant channels bypass the air barrier at high wheel speeds, improving grinding-zone cooling and reducing surface burning.

A rotary knob and angled suction tube keep the spray gun inlet at the liquid low point, improving pickup and reducing viscous material residue.

Aligned spray holes and venting remove water and dirt from cryogenic fueling nozzles to prevent valve freezing and poor seal formation.

A rack-and-pinion mouthpiece actuator redirects button force to a metering valve for controlled aerosol release without combustion by-products.

An arcuate deflector and distribution block extend window sprinkler throw up to 15 feet, improving glass coverage with fewer sprinklers.

A venturi-fed cartridge adds chemical additive into shower water for precise pH adjustment without bulky dosing hardware or complex installation.

A venturi-fed cartridge and control valve adjust shower water pH precisely without bulky dosing hardware or complex residential installation.

A sealing element around the piercing tip blocks leakage and misalignment in membrane-piercing dischargers for precise fluid delivery.

In-phase oscillating fluid jets collide to turn a narrow 2D spray into a wider 3D atomized output without external actuators.

A liner-sealed valve simplifies the dispensing head, improves sealing at low pressure, and reduces residual fluid for droplet-like dosing.

Elastic pad members seal shower outlet ports after shut-off, then reopen under water pressure while ventilation holes balance air pressure.

A movable casing and adjustor switch between water jet and shower modes, helping flush residue from tableware and sinks more effectively.