Movable Spraying Apparatus TRIZ Cases

Segmented control cams eliminate gradient irregularities in sprinkled areas by replacing flexible discs with dimensionally stable segments.

Snap-fit axial extensions and barbs prevent unintentional discharge under high water pressure, eliminating the need for separate retention screws.

A liquid distribution system moves a pressurized conduit transversely across a field using dedicated displacement means.

A sprayer integrates a fan assembly to drive liquid atomization through airflow, enabling dual blowing and spraying functions within one housing.

A curved washing nozzle uses a rotating water connection to supply fluid while maintaining a low profile.

Controller-driven rotary sprinkler adjusts nozzle angles and watering distances to create concentric coverage rings.

Adjustable driving mechanism resolves complexity trade-offs through segmented guiding members, ensuring uniform water spray distribution.

A toilet shower nozzle uses a rotating steering body to direct an upward jet for intimate area cleaning.

A rotary sprinkler uses a separate selector assembly to enable full-circle operation without engaging arc stops.

Ultrasonic atomization replaces mechanical pumping to dispense viscous fluids without clogging or backspray.

A direction-controllable sprinkler uses linked trigger portions to adjust nozzle orientation via a shared fastener system.

A reversible turbine wheel uses fluidically optimized vanes to drive a rotary atomizer bell in opposite directions.

Segmented spray manifolds and nested protective covers enable portable undercarriage cleaning while shielding drivers from high-pressure fluid exposure.

Dual-axis rotation with viscous dampeners randomizes fluid distribution, resolving the trade-off between pattern uniformity and structural complexity.

Ultrasonic atomization creates fine particles that remain airborne longer than conventional mists, ensuring three-dimensional disinfection coverage.

A dual shaft sprinkler uses a friction clutch to rotate an inner adjustment shaft alongside the drive shaft.

A retractable shower head uses a rotational switch to enable directional swinging and dual water outflow modes.

Nested venting mechanisms maintain atmospheric pressure inside the cavity while preventing dirt entry, enabling reliable operation in smaller sprinklers.

An overhanging flange isolates the shaping air jetting unit from surrounding airflow to suppress paint particle contamination on the ring surface.

An inkjet head integrates a light source and photodetector to measure pixel transmittance during color filter fabrication.

A friction-reducing surface layer on a rotary sprayer bell cup minimizes shear forces to prevent damage to effect particles during high-speed atomization.

Variable speed rotation adjusts droplet size to 170-270 microns, reducing chemical drift and waste while improving crop coverage.

A cleaning tool attachment uses a rotation axis conversion gear mechanism to drive multiple nozzles at synchronized speeds.

A shower spout employs a rotating movable plate to switch water inlet positions, expanding discharge areas while preventing internal fouling.

An irrigator uses a cogged wheel mechanism to rotate the dispensing head by 180 degrees, eliminating manual adjustments for obstacle avoidance.

A multifunction pivoting body spray design separates the diverter assembly from the pivot mechanism to enable independent control of fluid flow and spray direction.

A focused ultrasonic atomizer uses a sleeve and float to direct vibrations along a longitudinal axis for consistent mist generation.

An encoder detects manual misalignment and drives the motor to restore correct spraying coverage, preventing residual water accumulation from pipe pressure.

Enclosed fluid conduit routes cleaning liquid through rotating spray arms, preventing product residue deposition on drive components.

Ball socket bearings suspend the rotor outside the pressure chamber to eliminate fouling from aggressive fluids.

Mechanical vibration at the rotating disc edge controls droplet size, resolving device complexity constraints while enabling high flow rates.

A rotating joint uses a low-pressure refrigerant circuit to cool seals and intercept leaking paint, preventing friction-induced degradation.

Ejector design distributes compressed air through segmented intermediate chambers around the spray axis for symmetrical coating application.

Segmented supply paths and optimized recess geometry stabilize ultrasonic atomization while preventing leakage during inclination.

A rotatable golf hole painter guides a spray nozzle along the interior periphery to deposit paint precisely.

Replacing pneumatic drives eliminates air compressibility and nozzle clogging, enabling precise dispensing of low and high-viscosity liquids.

An inclined annular clamping surface and centering cones secure the bell cup on a hollow shaft, eliminating screw contamination and reducing cleaning time.

A sprinkler gear chamber uses a filtering channel to separate water from debris, preventing gear damage and maintaining balanced temperature.

Friction brake module controls deflector speed while removable nozzle allows service without disconnecting water supply.

Fluid pressure displaces a bridge-mounted dispersion element to open the outlet, while gravity returns it to seal against clogging.

User rotation of the nozzle base sets the watering arc, while a trip mechanism prevents gear damage during fast-forwarding.

Segmented design with a valve prevents spillage during reservoir exchange while piezoelectric actuation ensures precise liquid management.

An inclined jetting port angles shaping air inwardly to reduce radial paint spread and minimize material waste during rotary atomization.

A rotating showerhead impeller channels water through angled passageways to drive an outer body.

A progressing cavity motor drives an oscillating spray nozzle to deliver non-rotary patterns.

A retractable protective cover shields the razor-thin atomizing edge of a rotary bell cup during idle periods.

Different hole counts in the bell cups compensate for centrifugal force differences, ensuring uniform paint discharge without increasing rotational speed.

Angled fluid tip redirects flow away from splash plate to reduce wear while maintaining distribution.

Pressurized air rotates the nozzle to spray water, resolving complexity issues in reliable cloud generation mechanisms.

Shared temperature control fluid maintains liquid thermal stability, reducing device complexity while improving coating precision.