Electrostatic Cleaning TRIZ Cases

See how a rolling sheath body with adhesive surfaces enables autonomous dirt collection inside

See how a parallel air-jet and suction-nozzle assembly prevents dust reattachment on holding fa

See how a lattice-sheath dirt remover uses elastic propulsion and rolling motion to clean bags

See how a rollable grid casing with adhesive body enables automatic, electricity-free dirt coll

A bypass wash path redirects water to heat exchanger side surfaces for uniform cleaning while limiting upper-surface corrosion and bacterial growth.

A tortuous bearing joint and low-friction washer cut dishwasher spray arm leakage while flushing particles to prevent jamming and wear.

An eccentric impeller and integrated guide member route wash water directly to the nozzle, freeing tub space and preventing heater overheating.

A free-floating lid center and flexible gasket keep the dishwasher tub sealed under vibration while reducing noise transmission and gasket wear.

Aligned coupling openings route pressurized washing liquor directly into the basket feed pipe while sealing unused ports across basket heights.

A threshold seal rib and vertical labyrinth seal help a hinged warewasher door block water and steam leakage without hindering maintenance access.

Optical sensing and a suction head with breaking pins remove broken wafer debris in-line, reducing contamination and manual cleaning delays.

A fluid-driven rotating rack cleans long skewers and baskets inside one wash tank, improving coverage while reducing splashing and extra basin space.

A radially positioned outer nozzle lets a dishwasher satellite wash arm cover more area with fewer nozzles while keeping jet density and pressure.

A detachable sump heater with a pressing seal improves hot-water cleaning, eases maintenance, and prevents leakage in dishwashers.

A proximity sensor, timer, and thermal control keep UV-C disinfection effective on carpets and mattresses without chemical exposure.

A magnetic coupler drives dishwasher spray arms from outside the wash chamber, improving rotation reliability and wash liquid distribution.

A filter assembly with circulation and drain pumps enables multiple pre-wash cycles from one water fill while flushing trapped debris.

Selective water diversion between upper and lower spray-arm compartments improves single-rack and lower-rack washing without added pressure or noise.

Rocker arms, springs, and a flexible cover distribute gasket load evenly to seal dishwasher drawers around tall dishes and prevent leaks.

A tensioned flexible member sliding on a fixed friction surface simplifies closure counterbalance, cuts wear, and holds doors partly open.

A backflow prevention conduit relieves steam-generator reverse pressure in dishwashers, protecting the water supply from contamination.

Alternating conductor and dielectric layers let a chamber dust collector self-adhere and trap particles without fasteners or power.

Patterned cleaning substrates remove chuck particles in situ by electrostatic attraction and trapping, cutting chamber downtime and wafer non-uniformity.

Residual charge on a megasonic emitter is conducted away by grounded or ionizing elements to prevent discharge damage on the substrate surface.

Charged chemical solutions and vehicle surface potential detach road film in a brushless wash while avoiding scratches and swirl marks.

Electrostatic capture in the EFEM return path removes leaked particles before they reach the transfer chamber, protecting substrate cleanliness.

An electric field between embedded brush and platen electrodes removes ceria particles, prevents re-adsorption, and protects wafers from re-contamination.

A motor-driven brush cleans ionizer emitter points during operation, preventing charge buildup and avoiding blower downtime.

A disposable electrode ribbon removes wafer particles by dielectrophoresis, avoiding chemical solvents and supporting higher-throughput cleaning.

A charged mobile electrostatic carrier removes foreign materials inside wafer tools without teardown, reducing downtime and residue from tacky cleaners.

A path-planned collection device uses a sub-collector to capture environmental data from corners and blocked regions that the main unit cannot reach.

Secondary electron emission creates electrostatic repulsion that ejects strongly adhering dust from surfaces, including extraterrestrial substrates.

A charger container facing the substrate conveyor lets a robot charge and deploy a particle absorption tool without opening the conveyor.

Inaudible audio vibration clears dust from safety sensor housings, helping smoke and CO alarms stay reliable without manual cleaning.

Alternating electrode plates create corona and glow plasma zones to raise dust removal efficiency, cut power use, and improve waste-gas safety.

Electrostatic discharge, cleaning rollers, and vacuuming remove dust from reusable plastic sheets, improving cleaning completeness and throughput.

A detachable polymer cleaning surface uses radiation-cured micro-topography to improve debris pickup while simplifying replacement and customization.

A labyrinth-railed dispensing mechanism and ancillary chamber limit debris buildup, preserve smooth layer flow, and keep printed layers planar.

Airflow feedback and ionization keep rotary-nozzle cleaning stable by detecting filter clogging and removing particles from workpieces.