Movable Spraying Apparatus TRIZ Cases

Twisted shaping air collides with paint particles to extend liquid threads, reducing dual patterns and improving metallic coating uniformity.

A socket tool adapter uses pivotally connected jaw members to securely receive and install bell cups of various sizes.

An air-assisted electrostatic ultrasonic atomization nozzle integrates a Laval tube and piezoelectric resonator to refine mist droplets.

Snap-connecting oscillating range adjusting module units eliminates riveting to enable modular assembly lines.

Guide channels on a pivotable deflector redirect liquid jets to prevent horizontal widening and ensure consistent coverage.

Replacing metallic plates with non-metallic materials lowers resonant frequency, reducing acoustic noise and vibration while maintaining structural strength.

Segmenting the compression chamber reduces volume for prompt pressurization while accommodating a spring in a separate space.

A swinging water outlet device employs a reciprocating assembly to generate sweeping impact massage, resolving sparse coverage caused by flow restrictors.

Water-driven turbines rotate jet outlets through reduction gears, resolving complexity trade-offs while delivering visually perceivable spray movement.

A sprinkler rotary mechanism uses a bracket and reversing carrier to rotate the nozzle assembly via mechanical transition.

A pressure regulating valve gasket with toothed flow-control passages prevents hunting across wide flow ranges, reducing inventory costs.

A rotating hollow body generates liquid jets through nozzles while a reciprocating drive unit applies axial pressure excitation to the fluid gap.

Adjustable jet guides manipulate single water streams to resolve the contradiction between manufacturing simplicity and adaptability in symbolic water features.

Piezoelectric vibration replaces high-pressure systems, reducing power consumption and volume while enabling precise micro-droplet control.

Segmented adjusting units with snapping members replace riveting to resolve the contradiction between connection strength and ease of manufacture.

A sprinkling device uses a multi-jet nozzle arrangement to emit diverging water jets for uniform irrigation coverage.

A friction clutch in a rotor sprinkler drive assembly transmits torque under normal loads and slips under excessive forces.

A showerhead fluid concentrator uses a mixing cavity to create centrifugal force for efficient water distribution.

A metal-based diamond composite coating uses cold spraying and laser texturing to form a thick, high-hardness layer.

A swinging pipe uses a sliding block and push rod to adjust flexible spraying angles.

Dynamic turbine speed adjustment and sensor feedback control optimize air flow, reducing plant-health product wastage and energy consumption.

A fire protection glass pane paired with a water spray haze absorbs thermal radiation, preventing breakage from high heat loads.

Pivotal safety lock prevents unintended high-pressure fluid discharge by requiring manual disengagement before trigger activation.

Fluid interface sloshing amplifies piezo deflection, increasing exit velocity despite manufacturing constraints.

Segmented nozzle arrays create narrow annular zones that reduce evaporation and eliminate excess water usage from overlapping circular spray patterns.

A sprinkler reversing mechanism uses a reciprocating drive shaft and clutch dog to engage different gears for directional rotation.

Decentralized heating and low flow rates reduce water consumption and eliminate pathogen risks from storage tanks.

Nesting a flexible liquid tank inside the spreader creates an inclined sliding surface that enables gravity-driven emptying and efficient volume utilization.

Offset ports drive head rotation to create a dynamic spray pattern, reducing clogging in high-pressure industrial cleaning.

Flowing water rotates an impeller to swing cleaning needles against inner walls, removing sediment without requiring radial gaps for smooth movement.

A rotating sprinkler core splits water streams via a deflector to drive rotation through an impact member.

A seal cartridge integrates the main seal member into a removable unit for rapid field replacement.

Varying flute inclination and end features redirect water flow to eliminate central dry zones in rotary irrigation patterns.

Resonance vibration discharges uniform droplets, preventing nozzle clogging and improving productivity.

Flexural elements amplify the displacement of a giant magnetostrictive actuator, enabling high-frequency dispensing of viscous fluids like silver epoxy.

Ultrasonic vibration modulates pressurized water into discrete pulses, enabling small-diameter nozzles to prep tight bores without bulky forced systems.

Variable rotation speed compensates for non-uniform geometry, ensuring uniform film thickness without complex hardware.

Rotating balls generate pressure gradients that clear debris from the cutting zone, resolving blockage issues in high-pressure water jets.

Separate fluid circuits within the lance body and spherical head enable self-cleaning, preventing dirt contamination during closed container operations.

Pneumatic nebulization suspends disinfectant particles in air flow while automated nozzle rotation ensures uniform environmental coverage.

A water spray gun uses a segmented control assembly to enable multi-stage flow adjustment and one-handed operation.

Segmented deflector vanes and an adjustable radius valve provide 360-degree coverage without changing water pressure or clogging narrow passages.

A feeding-bottle sterilizer uses a 360-degree rotating steam nozzle to distribute heat evenly across the container exterior.

A portable spreader uses a horizontal rotor to distribute particulate matter via gravity feed.

Segmenting the spray plate vibration area reduces fatigue and noise while stabilizing working frequency for consistent droplet generation.

Positioning the drive transmission gear outside the container prevents contamination of internal components, reducing maintenance downtime.

A sprinkler assembly uses a pliable wear ring to regulate rotation speed of the nutating distribution plate.

A nozzle rotates and oscillates via fluid pressure to deliver precise water distribution across varied terrain.

Shaping air follows the bell cup contour to confine spray patterns, resolving trade-offs between high pressure and metal flake separation.

An oblique flat-jet nozzle directs high-pressure liquid jets at 10 to 45 degrees while maintaining a concentric fluid channel.