Movable Spraying Apparatus TRIZ Cases

Adjustable orifices on the spray bar enable variable coverage, resolving inefficiency in conventional oscillating sprinklers.

A hollow elliptical swinging spray pipe enables horizontal motion for precise surface positioning.

Inverting spray direction against gravity filters larger particles to improve adhesion uniformity and reduce rejects.

Movable towers and crossbeam universal joints enable robotic access to complex aircraft surfaces, reducing manual labor and painting time.

A capacitive sensor with a conical electrode monitors wall flooding by processing analog signals into digital outputs to resolve signal stability issues.

A spraying device with a rotating sidewall and staggered holes directs liquid through an aligned spout.

Single control bar rotates within guide orifices to manage water flow, resolving leakage and moving resistance trade-offs.

Independent nozzle rotation prevents edge over-exposure and heat streaks while eliminating scale reattachment during rolling.

External conveyor extraction and gravity-guided sloped walls reduce assembly weight and eliminate internal jamming risks.

Segmented pore sizes and dedicated air pathways resolve flow rate versus self-priming contradictions in electronic spray dispensers.

Telescopic arms reduce vehicle width during transport while maintaining structural strength and fluid capacity during spreading operations.

Electric valves control water pressure sequentially, enabling long-distance spray while hiding components within the fence structure.

Angled projections on a gimbal ring initiate nutation of the fluid distribution cage, preventing horizontal hanging up.

A cobra fire extinguisher mount features a motorized rotating nozzle to direct extinguishing fluid precisely toward the detected fire location.

A showerhead engine uses a paddle wheel to create swirling water flow for dynamic spray distribution.

A sprinkler nozzle assembly uses a vertical main channel and an adjustment member to regulate water output through displacement.

A flexible loop moves with the nozzle carrier to cover frame gaps, preventing vertical debris ejection during hydrodemolition.

A cleaning apparatus uses a rotating nozzle to eject fluid toward a workpiece on a turning table, resolving incomplete corner cleaning.

An adjustable garden sprinkler employs a rotating output member and sleeve to vary spray patterns, eliminating the need for multiple fixed heads.

A nozzle carrier moves linearly across a sprinkler flow path to select discrete nozzles and seal pads, eliminating partial disassembly for size changes.

A liquid cannon turret rotates a nozzle via a central conduit and slew bearing to direct high-pressure cleaning streams.

Air distributor injects gas into the flow surface of a rotary sprayer to compensate for downstream depression and reduce soiling.

An asymmetric slit nozzle with unequal bottom surface widths flattens LCD encapsulation layers, preventing polarizer lifting caused by uneven surfaces.

An impeller-driven water guide generates rotating flow to eliminate manual angle adjustments and ensure full-range cleaning.

Adjusting paint particle size based on spray width maintains consistent glitter color shades while reducing overspray and paint loss.

Segmented A-frame assemblies straddle roof ridges to wet surfaces, avoiding permanent installation complexity while ensuring rapid wildfire deployment.

Optimizing cellulose concentration to 40-65% by weight resolves the trade-off between tensile strength and transparency in hydrogels.

Seal rings on the accommodation tube reduce moving resistance of the control bar while maintaining leakproof performance.

Rotary annular body with water-passing loops adjusts flow rate, eliminating tool requirements for non-skilled users.

Internal stoppers prevent rotor rotation in a watering device nozzle, resolving conical dispersion and enhancing fluid concentration.

Adjustable nozzle mount controls spray orientation to deposit chemicals evenly across a roller brush during substrate cleaning.

A car wash spray device uses pressure-sensitive valves to selectively activate different nozzle types for targeted fluid delivery.

A garden sprinkler uses a threaded control member to adjust water outlet angles and directions.

A shower head spray forming element uses a planetary gear mechanism to pivot axial-flow nozzles for synchronized directional control.

A rotating spectacle lens receives coating liquid in a ring and spiral pattern to ensure uniform coverage on curved surfaces.

A fluid bed stucco cooler uses water spray nozzles to cool calcined gypsum powder while an agitator ensures uniform particle distribution.

A rotary atomiser bell cup retention system uses complimentary taper portions to form an interference fit with the spindle shaft.

A rotary sprinkler turret uses a secondary flow path to flush debris from the arc adjustment member during operation.

An asymmetric rear contour on the nozzle body improves torque transmission, reducing flow losses while maintaining reliable start-up behavior.

An electric drive motor replaces pressure-dependent rotors to move a fluid line and orient a spray outlet, ensuring reliable low-pressure jet control.

A rotary shower head uses a planetary gear mechanism to control impeller speed, resolving poor rotation range and pressure adaptability issues.

A steam generator uses a blower to enhance combustion efficiency within a carwash machine.

Multiple aligned syringes deposit sealant on substrates, reducing waste and enabling closer panel spacing.

Integrating a pressure regulator into the nozzle assembly enables easy installation and replacement without replacing the entire sprinkler unit.

An electromagnetic drive system rotates a fluid outlet using magnetic forces generated by an internal power source.

Circumferential flush slots in the sprinkler riser expel debris via flowing water, preventing accumulation that impairs rotation and damages seals.