Movable Spraying Apparatus TRIZ Cases

See how propeller-equipped mobile structure with variable-pressure pumping enables efficient gl

See how automated nozzle-based cleaning eliminates manual high-temperature cleaning in tall foo

See how a high-pressure air zone and low-pressure vacuum zone remove concrete dust in one pass,

See how a ball assembly replaces sliding friction with rolling contact between upper and lower

See how corner spray nozzles and segmented spray arms improve fluid coverage in rectangular was

See how a rotor-driven nozzle converts incoming fluid flow into pulsatile jets without external

See how a spiral guide portion and multi-directional leg segments expand dishwasher washing cov

See how a turret-mounted cleaning attachment uses synchronous rotation and axis conversion to r

See how angled driving and backflow blades on a rotating impeller vary washing liquid angle and

A rotor-mounted spray head enables precise radial fluid distribution while reducing noise, energy use, and pump wear.

Set-back rod handles improve carrying balance and support the food processor during cleaning or repair while protecting the front surface.

A spray lock ties pump output to wheel speed so outdoor plastic floors are cleaned effectively without high-pressure stripe damage.

Sequential pump and spray-head control sanitizes toilet bowl surfaces and reduces airborne microorganisms without complex air evacuation.

A cage-mounted rotating spray head avoids dirt buildup at the roof spray mount while keeping washing liquor evenly distributed.

Oscillating end nozzles redirect dishwasher spray from vertical to inclined jets, improving corner cleaning without bulkier orbital arms.

A hollow shaft integrated with the motor output seals coolant flow, cutting leakage, sealing parts, and control complexity in compact machine tools.

Set-back cantilevered rods balance carrying weight and provide stable overhead support while protecting the rounded front surface.

Separate gas output and suction paths let one spray gun mix liquid for cleaning, remove mist and dust, and switch functions without nozzle changes.

Adjustable nozzle positioning changes spray direction and spray arm speed to improve instrument decontamination and simplify maintenance.

A rotating nozzle inside the motor housing widens solvent spray, improves cleaning coverage, and cuts vibration noise and manufacturing cost.

Simultaneous organic solvent and DI water spraying speeds oxide removal while limiting surface drying that can cause pattern collapse.

A standardized bracket integrates the sensor, nozzle, and check valve to improve vehicle sensor cleaning while cutting parts, weight, and cost.

A switch-controlled movable nozzle cleans large or multiple vehicle sensors effectively while reducing cleaning fluid use.

A universal bracket integrates the sensor mount, nozzle, and check valve to improve vehicle sensor cleaning while cutting parts, weight, and complexity.

Tapered rotor-stator surfaces guide motive fluid to create an oscillating spray pattern while keeping nozzle parts practical to manufacture.

Independent nozzle motion and fluid control help clean large or multiple vehicle sensor surfaces while reducing cleaning fluid use.

A counterweighted swaying nozzle uses gravity to keep coolant oil evenly spread over motor end turns despite road grade and lateral acceleration.

Active electromagnetic damping uses sensor feedback to suppress swing nozzle vibration, improving cleaning uniformity and protecting substrate patterns.

Using magnets and a conductive element, this sprinkler dampener controls distributor speed without contact, avoiding wear, leakage, and fluid-based degradation.

A single-mold washer nozzle and large closing member simplify wiper arm assembly while sealing intersecting flow paths against leakage.

An integrated washer nozzle layout uses intersecting flow paths and a large closing member to simplify wiper arm assembly and prevent fluid leakage.

Motion-based voltage control disables the spray electrode when the machine stops, reducing accidental high-voltage contact risk.

A pivoting air nozzle tracks rail curvature to clear debris at the wheel contact area, improving traction and reducing wheel slip.

A latching relay and direction switches enable rotation limiting beyond 360° without software or gearboxes, improving reliability in harsh environments.

A rotating optical element and compressed-air cleaning keep driver assistance cameras clear while reducing liquid use and installation footprint.

Centering elements, a flexible joint, and DC-driven rotation let this spray head coat large pipes evenly despite bends and irregularities.

Wireless gyroscope and accelerometer sensing tracks end gun motion and vibration to deliver real-time status alerts in irrigation systems.

Rotating high-pressure spray jets clean interior and exterior hard-to-reach areas without scrubbing, while supporting faster streak-free drying.

A tilting tip and sealed rod absorb angular and radial misalignment during coupling, cutting mating force, jamming, and seal wear.

Tethered UAVs form a reconfigurable aerial boom that sprays through fan airflow to expand coverage across irregular terrain with less boom weight.

An incomplete-gear swing mechanism adjusts spray amplitude to match site size, improving disinfection coverage and motor cost.

A coaxial rotating diffusion bell and feedback-controlled air turbine improve coating uniformity inside small-diameter tubular elements.

A chaplet-guiding lock lets the head rotate between locked and usable states while preventing elastic member deformation and corrosion.

Tethered UAV fans spray through the boom to expand field coverage, adapt to uneven crops and terrain, and reduce carried fluid weight.

A centrifugal governor and speed sensor keep rotary nozzles at target speed and alert deviations before cleaning performance drops.

A foil bearing with an axial spiral groove bearing helps rotary atomizers run on lower-purity air while improving shock tolerance and emergency running.

A staged tab-and-recess coupler prevents sprinkler ejection under pressure by locking in steps and venting water when insecurely connected.

A movable balancing mass lets a rotary atomizer bell cup self-balance at supercritical speed, cutting vibration, load, and replacement risk.

A driven-slider and rod layout enables one-touch switching between discharge pipelines while keeping all but one through hole closed.

An internal reservoir in a sprinkler fitting captures excess adhesive to protect internal surfaces and maintain a fluid-tight pipe joint.

A ceramic-coated shaft surface in the air bearing cuts voltage flashovers, prevents sputter damage, and extends rotary atomizer life.

Flushing gas clears powder from the sealing gap in a rotary feedthrough, reducing wear and leakage at high operating speeds.

Flexible foil and spiral groove bearings replace aerostatic air bearings to resist impact, cut air purity demands, and improve emergency running.

By moving pressure regulation into the elbow connector, this sprinkler case saves internal space, controls downstream pressure, and reduces water waste.

An internal media channel in a hollow armature shaft shrinks the dispenser to reach 5-8 mm cavities while keeping precise rotary lubricant application.

An elastomeric folded connector stabilizes rotating irrigation diffusers, damping oscillations to keep spray distribution uniform.

Porous carbon sections, sleeve air passages, and O-rings let this air bearing support turbine shafts with low friction and better vibration damping.

Opposed rotor-nozzle spray angles improve hot-rolled descaling uniformity, cut water and energy use, and prevent scale redeposition.

A fluid-driven rotary nozzle expands machine tool washing coverage, removes dead spaces, and cuts nozzle count and pump energy.

A disengaging arc-adjusting gear and cam-driven shaft give sprinkler reversing mechanisms precise arc settings with tactile feedback and repeatable reverse points.

An upward nozzle, rotating deflector, and folded elastomeric connector improve irrigation coverage while damping oscillations and stabilizing flow.

Raises rotary sprinkler heads without digging or splicing by using internal and external riser extensions that preserve sealing and keep debris out.

Injection-molded polymer parts and an integrated cover plate cut sprinkler assembly cost and complexity while preserving guided deflector operation.

A water-driven impeller intermittently shields sub-channels to create dual-direction pulse flow in a compact massage nozzle with flexible layout.

Reverse osmosis removes salt from fermented soy nuggets to preserve flavor while lowering production costs.

Segmenting the painting process into independent robotic manipulators eliminates manual masking, reducing time and resources on large contoured surfaces.