Hollow Article Cleaning TRIZ Cases

A portable cart-mounted fluid pump generates pressurized flow through heat exchanger passages.

Replacing plasma systems with thermal chemical reactions using fluorinated reactants reduces equipment costs while maintaining precise etching selectivity.

Segmenting reservoirs via through-holes allows simultaneous cleaning cycles, reducing manual intervention and preventing short circuits from liquid overflow.

Real-time orientation signals detect wafer gap deviations, triggering recipe adjustments that maintain a continuous meniscus to prevent droplet formation.

An integrated hose guide maintains vertical antenna alignment during hose diversion, preventing signal obstruction by the hose or foreign objects.

A rotary pool filter cartridge washer uses pressurized water spray to clean surfaces.

A cleaning dissolution solvent removes corrosion products from nuclear reactor systems using gas mixing and passivation.

Thin stainless steel straps with elastic properties cushion glass articles, reducing mechanical stress and thermal impact during ion exchange processing.

Separate fluid feeds clean bearings and chucks, preventing premature deterioration while avoiding slipping hazards.

Periodic gas pulses maintain pressure peaks in liquid pipes to remove stubborn deposits without excessive energy.

Double coned pressure sections compress during insertion, then expand radially to press a woven sheath against barrel rifling for residue removal.

Electromagnets attract ferrous debris to collection areas, preventing re-deposition on vehicle assemblies during alkaline cleaning.

An air passage creates an ejector effect that transports detached material, reducing rinsing water volume and power consumption.

A modular container cleaning module uses mandrels with nozzles to internally clean upside-down containers via liquid supply lines.

Flexible film seals drum receiving areas, preventing pipe scratches and reducing water loss between lamellas.

Oscillating plane diverts washing liquid into separate acidic or basic tanks, preventing chemical mixing and reducing detergent consumption.

Segmenting the chamber into latch-connected metal blocks enables access to deep narrow spaces for effective contaminant removal without complex disassembly.

A two-stage displacement method evacuates hydrocarbons from subsea modules using liquid and gas media.

A foam cushion acts as a mechanical piston to displace liquid accumulations in gas pipelines.

A measurement part detects air particle concentration using light scattering to monitor chamber cleanliness.

An elastically flexible cleaning device with embedded magnets contours curved aquarium walls, resolving rigid structure limitations.

Mechanical blasting removes contaminants from vessels, eliminating chemical residues and reducing water consumption during industrial cleaning cycles.

Flash lamp pulses expand gas to eject contaminants, resolving maintenance-induced particle accumulation.

Cryogenic liquid jets remove contaminants from oilfield sucker rods via thermal shock, eliminating toxic solvent waste streams.

Direct cleaning chemical liquid supply into recovery piping replaces residual fluids through dedicated drain routing.

A rotary cleaning device with interchangeable tools cleans mask surfaces and edges simultaneously.

Fluorine-based cleaning gas reacts with iodine oxides to remove chamber contamination, preventing corrosion and maintaining productivity.

Composite scraping edge reduces friction and extends service life by embedding wear-resistant particles in the moulded body.

A rotary arm rotates a deflection roller around a hose drum to guide the flushing conduit.

Self-propelled magnetic wiping members continuously scrape hardened deposits from pipes without shutdowns, eliminating manual labor and hazardous exposure.

A hollow body drain snake uses a fastener to secure and release the cable for manual operation.

Radial through-holes in the annular base scatter grinding water to wash chamber walls, preventing dust adhesion that damages workpieces during finish grinding.

Synchronization system coordinates squeezing elements and pigs in peristaltic pump hoses to prevent collisions, reducing paint loss during color changes.

A motor-driven cleaning apparatus uses a cylindrical tube and bevel gear system to rotate cleaning members along the barrel interior.

Solid carbon dioxide flakes detach contaminants via thermal shock and sublimation, eliminating abrasive residues from jet engines.

Solvent soaking combined with ultrasonic cavitation strips paint from golf balls without damaging aerodynamic dimples, recovering premium inventory.

Annular nozzle creates a downward cyclone flow that removes strongly adhering substances while minimizing spray water exposure to sealing areas.

A perforated member supports surgical instruments while dual fluid jets create a net downward force to retain items during high-pressure cleaning cycles.

A bi-directional pump moves urine through a fluid collection assembly into a storage container.

Real-time F-value calculation across multiple sensor points terminates aseptic pipeline sterilization early, reducing energy consumption and cycle time.

Adjustable shelves and downward-tilted hooks on a mobile rack increase row capacity while stabilizing cage parts in pharmaceutical washing systems.

Supercritical carbon dioxide removes wax from long, narrow pipes while maintaining low pressure drop.

Buffer tank stores pre-reacted NF3 and NO gases to remove deposits at low temperatures, reducing downtime and safety risks from plasma methods.

Multi-directional air blowing cleans cache device interiors and corners, eliminating manual deep cleaning needs during LCD screen production.

A modular cleaning unit mounted on a retrieval apparatus accesses individual storage cells, eliminating manual ladder use and preserving storage space.

A portable tankless air compressor blows water through garden hoses to prevent freezing in cold climates.

A sodium persulfate and sodium hydroxide system reduces polyacrylamide fluid viscosity to near water levels below 100°F without thermal heating.

An integrated suction slot links the washing chamber and transfer pump, eliminating deep excavations and ramps required for traditional reservoir installations.

Diamond-coated nozzles discharge abrasive liquids at controlled pressures to remove firmly attached substances without excessive erosion.

A receptacle cleaning system circulates fluid through a closed loop to flush debris from an auger conveyor.