Hollow Article Cleaning TRIZ Cases

Atomized water injection cools inlet air to increase density and power output while preventing corrosion from excess moisture accumulation.

Carbon dioxide snowflakes clean semiconductor containers by sublimating contaminants, eliminating liquid solvent consumption and waste water production.

Recycled water with suspended concrete particles cleans bowls under pressure, reducing mains consumption and surface wear.

A Preparation From Main device deploys separately controllable tools through support lines to inspect and clean sewer laterals.

Single tank immersion spray rinse system reduces water consumption by combining recirculation with targeted spraying.

A cable coupling assembly uses a spring-biased plunger to engage male and female connectors.

Motor-driven rotation and piston sleeve movement direct a liquid jet to remove debris from crude oil tank walls.

Vaporous hydrogen peroxide condenses on surfaces to eliminate germs while avoiding the complexity of multiple liquid spray heads.

Ultrasonic cavitation detaches powder residues from intricate metering screw grooves, resolving cleaning challenges in tight-clearance dosing apparatuses.

Staggered opposite nozzles on parallel conduits direct gas flow along surfaces to remove solids, preventing ash fouling from disturbed local gas streams.

A self-centering conduit cleaning device uses a recessed hose fitting within an elastomeric core to reduce rigid axial length.

Pressure detectors signal control valves to isolate cleaning circuits, preventing beverage contamination and pressurized fluid injury during keg exchange.

Captures waste heat from glass melting tanks to preheat cleaning water, reducing thermal energy consumption while maintaining hygienic standards.

A movable nozzle bar cleans air channels inside an air duct using a rail system, eliminating manual disassembly.

A remotely controlled cleaning machine uses a motor-driven lance and counterweight system to clean industrial plant components.

An electrolyte removal device integrates suction, O-ring washing, and hot-air drying to clean liquid injection instruments.

Electrical heating elements transmit Joule heat into oil shale formations to vaporize kerogen for in-situ recovery using supercritical carbon dioxide.

Foamed cleaning systems inject solutions into HVAC units to remove debris, resolving coverage gaps left by liquid sprayers.

A fluid delivery assembly with a sprayer and recovery wand automates cleaning of seed treater mixing chambers.

Helical grooves rotate pressurized air into a vortex ring that flushes the plunger, preventing clogs and maintaining continuous manufacturing throughput.

Cold water agitation removes shrink-wrap labels without thermal adhesion, reducing energy consumption and machine size.

Purge air flow creates turbulence to dislodge particulates between polishing units and shields, expelling contaminants via auxiliary exhaust.

Interchangeable holder elements enable quick size adaptation without costly retooling or complex gripper mechanisms.

Alternating air and liquid cylinders disrupt boundary layers to apply maximum shear force, removing biofilms without hazardous chemicals.

A spring-loaded tubular piston opens radial passages to relieve upstream pressure when filter clogging increases differential pressure.

A flexible scraper element cleans chute walls and spatulas, preventing solid adhesive deposits that cause equipment downtime.

Scrape-brush-scrape action removes rust and scale deposits while reversible insertion extends tool useful life.

A sample analyzer ultrasonic cleaning apparatus directs acoustic energy to pipette needles via a dedicated reflector.

Compressed air propels dye through recovery lines, eliminating water mixing that causes economic loss and environmental pollution.

A hybrid descaling tool uses a ring-shaped laser beam to melt scale deposits within oil and gas pipes.

An SDR solution with buffered HF and ethylene glycol removes non-metallic deposits without etching aluminum, preserving hole diameter integrity.

An indexer-mounted nozzle rotates at 100 to 1600 rpm to scour tube deposits while remote camera guidance prevents operator injury from deflected jets.

A self-propelled cleaning tool uses fluid pressure to move through horizontal pipelines without external tubing.

A portable descaling system circulates acid through heat exchanger surfaces to remove scale deposits.

Adjustable nozzle sprays cleaning solution downward into garbage can interiors to reduce bacterial growth and odors.

Perforated transport pipeline enables mechanical cleaning device passage through separator body.

Cam-controlled bottle grippers synchronize lifting and pivoting movements to align containers about their central axis, reducing mechanical complexity.

Flow-triggered ultrasonic transducers prevent biofilm and sediment accumulation while avoiding blockage when water flow stops.

A threaded cleaning device with a tapered lower portion guides fluid into inaccessible air conditioner condensate lines.

An integrated pipe inspection robot uses a local water source for simultaneous cleaning and imaging, eliminating separate equipment needs.

A pneumatic synchronizing mechanism extends driving units simultaneously, maintaining centralization in varying diameters.

A sterilization device applies flowable media to plastic preform outer surfaces via a rotatable carrier and flow generating system.

A washing apparatus generates fine bubbles in the liquid to sustain ultrasonic wave intensity for metal tube cleaning.

An actuating device positions the nozzle into the vessel interior to clear caking while retracting it for protection against high temperatures.