Cleaning Using Liquids TRIZ Cases

Segmented nozzle array removes soil while recycling water and returning field dirt to prevent resource loss.

Segmented power and pump modules enable mobile turboprop cleaning with variable hydraulic parameters, resolving transport weight constraints.

An analysis device evaluates turbidity and brightness distribution to monitor cleaning medium contamination levels in real time.

Upright conveyor orientation enables gravity-assisted fluid drainage, eliminating manual labor and improving recycling efficiency.

Pivoting side wall panels and adjustable support members prevent binding and gaps on uneven surfaces, maintaining structural integrity.

Embedding the second electronic circuit in a plug-in element isolates it from the first circuit.

Applying dual-frequency ultrasonic waves to acidic solutions containing microbubbles for steel plate cleaning.

Rotating nozzle assembly sprays cleaning agent onto the pump lance to resolve insufficient external cleaning coverage.

A needle holder plate cleaning machine uses a sliding drawer and pressurized washing fluid to remove dirt from knitting machine components.

Gravity-driven water drops detach impurities while air suction accelerates drainage through the mesh belt, preventing recontamination.

Segmented spiral hoses prevent kinking while asymmetric chassis wheels enhance stability during overhead operation.

A pickling facility adjusts steel plate conveyance speed using real-time heat transfer coefficient measurements between the acid solution and a reference surface.

A foot pedal control system uses momentary tapping to activate ultrasonic scalers, eliminating user strain from continuous pressure.

A pickling device circulates acid solution to a heat exchanger while maintaining liquid levels below the steel strip travel height.

A dual-pump water jet cleaner integrates separate high-pressure and spray systems within a single housing for versatile surface maintenance.

Liquid mist devices moisten metal strip surfaces during rinsing zone standstills to prevent oxidation.

A nozzle insert with offset nozzles creates a stable swirling flow field to dry clinical analyzer sample probes efficiently.

A thermally insulating closing element on the overflow opening of a high-pressure cleaning device reservoir automatically opens to divert excess liquid.

Protective sleeve around fill level sensor reduces foam interference and liquid droplet entrainment for accurate measurement.

An ultrasonic tooth whitening device uses sonochemistry to accelerate chemical reactions for faster stain removal.

A stationary guide vane redirects rotational airflow toward the exhaust line, preventing stagnation and particle formation during high-speed substrate rotation.

Ultrasonic cavitation removes silver halide from antimicrobial glass substrates, preventing yellow discoloration while maintaining surface integrity.

Inductive coupling powers a removable flexible light guide that bends to reach hard-to-reach areas while enabling autoclave sterilization.

Overhead oscillation platform suspends baskets above tanks, eliminating submerged support structures that distort ultrasonic energy and absorb acoustic power.

A resilient nodal mount couples the grip to the acoustic transformer at a nodal region.

Controlled Fe2O3 surface facets and protective coatings reduce corrosion current below 1 μA cm−2 while maintaining electrical conductivity in PEMFCs.

A color film substrate processing method removes defective spacer layers using a rework stripper with high etch selectivity.

A flexible membrane seals a camera housing bore to equalize pressure, preventing optical fogging and protecting electronics from high-pressure liquid damage.

Dynamic staggered nozzle matrix adapts to varying strip widths, eliminating spray interference and reducing energy waste.

A cleaning apparatus uses a movable valve element to manage pressure differences, enabling faster drying without increasing chamber volume.

A gas flow partially shields a high-pressure fluid jet to reduce friction and maintain kinetic energy during work piece cleaning.

Mechanical vibration and compression overcome electrostatic attraction in hydrophobic filter media, achieving 60% to 80% particle extraction efficiency.

Dynamic feed adjustment based on second stage accumulation height prevents overflow and fiber loss while maintaining sorting efficiency.

A spray washing cart with a movable nozzle array and high-pressure pump cleans industrial cooling fins.

Elevated solvent supply units generate mist during chamber decompression to improve adhesion and prevent pattern collapse.

Photon excitation heats chemical liquids via a surrounding element, eliminating particle generation from resistive degradation that reduces semiconductor yield.

Segmented molding tool interiors enable parallel pressure pulse cleaning, reducing manual labor time while maintaining production continuity.

Rotating magnetic stirring improves molten salt flowability, enabling complete chemical reactions that reduce waste gas production during ultrasonic cleaning.

Elevated wash chamber cleans carts without submerging wheels in the sump, reducing water usage and slip hazards.

Acoustic cavitation removes dross without mechanical contact, preventing nozzle damage and avoiding chemical contamination of the solder bath.

Segmented bottom drain openings distribute particle transport paths, preventing turbulence that hinders effective discharge from the cleaning fluid.

A conveyor belt with rotating upper and lower nozzle assemblies cleans soiled components via high-pressure water jets.

Nested sprayer heating prevents condensation losses while maintaining cleaning uniformity.

An actuator system moves parts between spray and sonication zones to resolve cleaning contradictions.

A cleaning method identifies foreign matter on a workpiece and directs a nozzle only to contaminated points.

A substrate treatment apparatus uses a vibrating part to transmit vibrations to a liquid film during frozen film thawing.

A double tube fluid distributor controls cleaning liquid flow through inner holes and outer slots.

Segmented chambers collect removed material via centrifugal separation, preventing residue redeposition on the cleaning attachment.

Counter current washing sprays aqueous medium onto floating polymer particles, preventing leakage and improving yield.

A substrate treating method supplies a dissolving solution followed by a polymer liquid to form a solidified film for particle removal.