Cleaning Using Liquids TRIZ Cases

A faucet-mounted razor cleaning device directs a water jet toward the razor head to flush debris from between blades.

A cleaning method uses water vapor condensation on article surfaces followed by organic solvent application to remove contaminants without immersion.

Branching a return pipe within 10 meters of the cleaning nozzle recycles excess wafer cleaning water, reducing discharge volume and drainage burden.

Quadrature sampling of current and voltage eliminates the feedback wire, reducing cable weight and heat generation in ultrasonic scalers.

Aqueous alkyne alkoxylate composition forms a monomolecular layer on metallic surfaces to shield against corrosive removal during pickling.

A portable cleaning assembly uses a pivoting mount to position a pressurizing spraying assembly for reusable oil filters.

Front-mounted castors and rear-fixed wheels reduce lateral movement requirements, improving maneuverability on uneven surfaces.

Segmented processing liquid supply sections adjust flow rates to control bubble behavior, resolving uneven distribution across substrates.

Rotating spray bar assembly features an aerodynamically shaped outer surface profile to reduce weight and turbulence during high-speed operation.

A determination unit identifies mounted chuck tables by measuring servo motor torque against recorded values.

An analysis device with a CMOS sensor measures cleaning medium turbidity via light transmission, enabling timely replacement based on contamination levels.

An adjustable engagement wheel modulates friction on a rotating spool to prevent tangling during lance retraction.

A guide device supports the drum hose between side walls to minimize transverse movements at the connector.

An adjustable stock assembly resolves operator discomfort by enabling customizable pad positioning along the spray gun body.

Aligning components horizontally reduces floor space while lowering the center of gravity for stability.

A portable soak tank with a disposable liner bag removes carbon and grease from kitchen appliances overnight.

A cylindrical insert positions a sonic transducer to focus ultrasonic waves directly onto a suspended workpiece.

A modular recycler integrates with solvent drums to distill and return clean fluid.

A rotating drum washing apparatus uses a segmented cylindrical body to transition workpieces through immersion, running liquid, and shower cleaning phases.

Frequency modulation prevents interference patterns while amplitude pulses maintain microbubble concentration for thorough interproximal cleaning.

A vapor extraction system cleans oil and gas core samples using heated solvent vapor to remove contaminants efficiently.

A garment stain removal system uses optical sensors to identify stains and vacuum subsystems to extract cleaning fluids.

Dissolution components partially dissolve substrate layers to trap removal objects in a solidified film, preventing reattachment.

Recovering spent acid pickling solution adjusts pressurized water concentration, removing scale while reducing wastewater volume.

A waste sorting system uses liquid solutions of specific densities to separate recyclable materials into distinct phases via Archimedes' principle.

A solution recovery apparatus separates components using controlled pressure reduction and temperature adjustment.

A fixed auxiliary nozzle directs fluid onto an impact element that transfers downward force to the housing, preventing lift-off during corner cleaning.

Tilted casing surfaces accelerate cleaning liquid flow to form a continuous film, preventing transducer overheating and reducing bulk liquid consumption.

A capture module mesh net intercepts liquid scattered from a rotating substrate.

Ultrasonic vibrators clean wafers without mechanical shaking, preventing structural damage while maintaining high throughput.

A dual-chamber parts washer integrates spray and immersion cleaning within a single unitary container for versatile industrial maintenance.

Graphene oxide in washing fluid adsorbs ions to prevent corrosion while monitoring concentration avoids re-contamination.

Self-sealing valves maintain a watertight seal while allowing pen ingress, preventing solution evaporation during repeated use.

Internal jet nozzle placement reduces mechanical damage risk and enhances suction effectiveness.

Rotating cleaning boxes flush board erasers with water and squeeze out moisture, eliminating manual chalk dust exposure.

Piezoelectric vibration removes contaminants while preventing workpiece deformation caused by excessive tank transducer intensity.

Rotating spray and UV-C irradiation eliminate manual operator dependency, ensuring consistent microbial removal from complex laryngoscope surfaces.

A cleaning device uses circulating liquid and ultrasonic emitters to process thin metal strips through a sealed tank.

Replacing mechanical motors with acoustic vibrations reduces handle weight while maintaining cleaning power for easier operation.

Integrated cleaning mechanism automates blow mold preparation, eliminating manual disassembly time during format changes.

Cavities in a common base plate accommodate hydraulic components beneath process chambers, reducing piping length and floor space.

Continuous automated cleaning removes powder-coated paint from masking devices, eliminating manual stripping costs.

Dual-stage filtration maintains detergent solution quality to eliminate production downtime caused by frequent maintenance.

A pressure washer bypass valve reduces flow area when volumetric flow exceeds a threshold, enabling pressure buildup and motor shutdown to prevent energy waste.

Rotating sieve drums separate live insect larvae from water while closed water cycles reduce consumption and stress during cleaning.

An enclosed assembly with sealing brushes retains toxic cleaning fluids around a Galle chain, eliminating operator exposure to hazardous substances.

Dynamic seal mechanism allows in-situ ultrasonic insert rotation, eliminating manual removal and reducing operator fatigue from torsional loads.

A wiper blade carriage assembly moves along a timing belt to clean staggered full-width array printheads.

Rotating the robot gripper during transport removes swarf and dielectric fluid, eliminating cleaning stops and reducing cycle time.