Movable Spraying Apparatus TRIZ Cases

Segmented nozzle openings and dynamic rotation reduce pump operation time while maintaining comprehensive cleaning coverage.

A composite nebulization plate structure stabilizes vibration energy transmission, resolving metal fatigue and polymer rigidity trade-offs.

Elastomeric cushion absorbs rapid extension shock, preventing water hammer damage to delicate sprinkler components.

Separate feed channels atomize cavity preservative via a rotating mixing nozzle, resolving uneven layer thickness and corrosion risks.

A rotary atomizing electrostatic applicator uses twisted shaping air discharged through first air holes to optimize paint particle size.

A pivoting nozzle carrier with a shut-off surface allows on-demand pattern adjustments while maintaining irrigation productivity.

Segmented flow channels and a bearing structure allow selective precursor mixing while keeping pipelines stationary.

Sloped holding pins reduce capillary action on semiconductor substrates, preventing pattern collapse while ensuring uniform drying.

An over-center spring rocks pinion gears in a reversing drive to prevent slippage and provide tactile feedback for adjustable arc limits.

A swiveling nozzle head rotates to distribute water evenly, resolving uneven irrigation on complex terrain.

A compressed air nozzle uses a turbine-driven rotating part to generate swirling flow patterns.

A rotatable control disk coordinates with inlet openings to alternately release fluid through non-parallel channels.

Adjustable positioning targets contaminants on vehicle sensors, maintaining signal integrity.

Segmented inner and outer bell cups eject pigment simultaneously to resolve non-uniform film formation and high overspray in robotic painting.

A sprinkler riser cap rotates an actuation shaft to vertically move a valve plunger against a seat, throttling water flow through the internal tube.

A compact spraying unit uses a rotary atomizer and fan to generate carrier air flow for precise droplet projection.

Articulated joint locks inclination angles via pins and holes, resisting vibration-induced drift.

A rotary irrigation nozzle adjusts water distribution arc through a rotatable deflector with spiral vanes.

Viscous friction in a rotating enclosure slows the sprinkler assembly, extending water stream radial range.

A motor-driven rotatable dome spray head directs cleaning liquid radially across shower walls, eliminating manual scrubbing.

A universal sprinkler weight uses a multi-coupling connector and adjustable mass chamber to attach securely to various irrigation devices.

An integrated pivot joint merges the oscillating rod and shut-off device, reducing component complexity while ensuring precise alignment.

A rotary sprinkler uses a viscous fluid hesitating mechanism to alter water stream radius of throw.

Angled outer lateral surface sections on the bell cup enable versatile painting in a single booth, reducing logistical complexity and operational costs.

A 3-jet fluidic circuit generates a planar rectangular spray pattern from impinging jets without mechanical rotation.

A garden sprinkler nozzle control system uses an adjusting base driven by a screw mechanism to translate and orient spray nozzles.

A rotating nozzle head directs cleaning fluid through a guide element to create centrifugal separation.

Turbine-driven shutter rotation creates low-speed pulsating spray for massage without complex valves.

A porous ceramic nanolayer on a rotary atomizer bell cup minimizes paint adhesion, reducing detergent consumption and cleaning time.

A wine pump-over device uses a conical impeller to distribute liquid uniformly over the cap.

Edge-free dome nozzle tip allows parallel cross-jet introduction, resolving jamming risks from high recoil forces during tube bundle cleaning.

An impeller-driven gear mechanism reduces water flow speed, preventing continuous impact pain during massage.

Remote pivot control adjusts the sprinkler deflector head to prevent installer wetting without manual intervention.

Hydraulic torque from angled jets drives rotation without gears, reducing component count and size.

Turbine rotation segments water streams into soft droplets, reducing skin harshness while maintaining visual vibrancy across flow rates.

An oscillating nozzle sprinkler assembly adjusts its flow area through a coupled mechanism to maintain consistent precipitation rates across varying arc settings.

Replacing metal springs with plastic ratchets simplifies the drive mechanism, reducing cost while maintaining stability against water pressure.

A product applicator system uses oscillating spray heads to distribute liquid products with high accuracy.

A dual trajectory nozzle adjusts water exit angle relative to entry to modify spray direction.

Continuous processing minimizes diluent volatilization between coating and pressing steps to ensure uniform pattern thickness.

A guide ring restricts lateral misalignment of a sprinkler deflector during activation to ensure effective fire-extinguishing liquid dispersal.

A rotary bell cup atomizer uses solvent channels within a hollow motor shaft to deliver cleaning fluid directly to the cup surfaces.

Segmented molded parts and elastic deformation eliminate complex sealing steps while ensuring reliable leak prevention across varying coverage angles.

Ceramic disc friction brakes decouple jet pressure from rotational speed, preventing uncontrollable torque in sewer pipe cleaning nozzles.

Heated compressed air flows through an annular space to maintain the rotary atomizer cover in a heated state.

Ultrasonic vibration of a perforated plate and micro-plug assembly atomizes scent liquids while preventing mesh occlusion and residual contamination.

Individually driven nozzles slide within a cover to eliminate changeover delays and enable simultaneous multi-liquid processing.

A spin coating method applies a three-stage acceleration profile to the substrate rotation speed during resist deposition.

Focal zone extender maintains constant acoustical energy to prevent mesh clogging and enable self-cleaning.

Integrating a faux carbon fiber pattern directly into the spray gun surface via laser-engraved molds eliminates coating costs and prevents yellowing.