Cleaning Using Gases TRIZ Cases

External reference air sensor compares internal detection results to calibrate mounting head maintenance device sensors.

A placement apparatus uses a radial purge gas flow path between the substrate and stage to prevent film formation on non-target surfaces.

Suction extracts contaminants from the skid aperture and stylus gap, preventing measurement accuracy decline caused by adhering coolants.

Segmented cassette sections connect via labyrinth seals to bypass transport size limits while resisting corrosion from concrete filling.

A portable cleaning device uses pressurized air jets to rotate inside filter apertures for effective particulate removal.

Convex blow box surfaces shed dust via gravity and Coanda airflow, preventing accumulation that degrades underpressure adhesion reliability.

A surface cleaning device monitors process gas concentration in feed and exhaust streams to evaluate cleaning progress.

Automated electronic device removes foreign objects from a device under test using position data and a ring structure removal element.

Cam plate notches rotate the nozzle start position between cycles, distributing condensate erosion over internal surfaces.

Optical sensors trigger an air blower to remove particles, improving yield while reducing energy consumption.

A dedusting head with adjustable suction and blowing ducts adapts to varying strip materials.

A movable cleaning device eliminates dead spaces from fixed piping by dynamically accessing all surfaces, preventing secondary contamination.

A cylindrical decontamination device uses three integrated blowers to direct air downwardly and laterally over a standing user.

A cleaning method swings a nozzle about an axis parallel to the rotating workpiece to maintain a constant fluid impact angle.

Segmented fluid injection along elongated tubing maintains uniform cleaning consistency across large part masses, resolving uneven exposure in bulk processing.

A mobile cleaning robot with a multi-axis arm cleans packaging plant surfaces, resolving space constraints and manual labor bottlenecks.

A dust-removing nozzle creates a high-frequency air jet to clean surfaces.

Ultraviolet radiation sources disinfect multi-blade razors, eliminating bacterial buildup in crevices that water rinsing cannot reach.

Gas flow through support shelves removes packaging contaminants from semiconductor peripherals, preventing short circuits and increasing yield.

Jet nozzles and suction holes in a slit groove remove firmly stuck dust from slitter blade edges without scattering.

Carriage-mounted cleaning accessory removes platen contaminants via integrated vacuum conduit.

Pressurized gas or liquid jets remove contaminants from thermocouples, resolving the contradiction between cleaning effectiveness and energy consumption.

Integrating an ionizer bar into an air manifold reduces system cost and maintenance complexity while maintaining effective static neutralization.

A pet grooming enclosure uses suction nozzles connected to a vacuum manifold to draw moisture and loose hair from the carrier interior.

A free-floating pneumatic chip collector head uses dynamic spacing to maintain vacuum contact for efficient wet chip collection.

A dual fluid delivery system combines high-pressure gas with liquid to create a dense mist for cleaning heat exchanger coils.

Oscillating airflow generates differential pressure variation to scrub residues from densely wired bottom plates, eliminating chemical solvents.

An ultrasonic steam system atomizes cleaning medium to dislodge debris, resolving accessibility limits on complex interior geometries.

Microstructured brushes penetrate deep into nozzles to remove internal contaminants, resolving discharge failures caused by accumulated debris.

Tangential air outlets on a rotating roller lift embedded dust from soft workpieces, preventing re-embedding during cleaning.