Hollow Article Cleaning TRIZ Cases

A rotating tubular cleaning system uses stationary lances to clean internal surfaces.

Circuitry aligns a robot tool with a nozzle to release cleaning fluid for debris removal.

A telescopic spray device moves along a cylindrical filter surface to eject cleaning fluid jets.

Segmented disposable cleaning units protect sensitive internal components from high temperatures and pressure during working channel maintenance.

Segmented rotors with impact tools remove foreign bodies from plastic bottles, preventing clogging and boosting throughput in recycling lines.

An atmospheric exposure duct with a relief valve prevents endoscope duct breakage by releasing pressure before clogging detection fails.

Rotating the home port housing immerses residual process liquid in minimal rinse fluid, reducing solvent waste and disposal costs.

Segmented housing walls with integrated insulation and extracted utility lines minimize thermal energy loss during high temperature cleaning cycles.

Pyrotechnic igniters discharge decontamination agents from pressurized tubes within 500 milliseconds, resolving slow manual response times in military vehicles.

Segmented frames and extraction principles reduce misalignment while increasing cleaning speed in heavy boom systems.

A filling machine transport device uses a nozzle and bulkhead to spray cleaning fluid through cells for effective dirt removal.

A wireline scraper assembly uses hydraulic pressure to extend scraping features for casing cleaning.

Decoupling the pumping unit from the combustion chamber reduces system complexity while enabling safe, flexible removal of hazardous liquids and gases.

A housing structure covers the annular gap of a semiconductor pedestal well, containing tungsten dust plumes generated by compressed dry air injection.

A porous mould drum uses interconnected passages for fluid permeation and rinsing.

A scraping unit at the screw end clears solids from the separator to prevent blockages and maintain high recovery efficiency of water-soluble components.

A purge nozzle unit moves vertically via pressure regulation to inject gas directly into the FOUP bottom.

Variable specific gravity projectiles abrade fouled heat exchanger tubes, resolving transport blockages and ensuring thorough debris removal.

A reconditioning apparatus monitors internal pressure to detect loss of leaktightness in flexible endoscopes during cleaning cycles.

Spring-loaded centralizing discs keep the cutter centered to prevent damage during hole creation in fragile plastic sewer pipes.

Automated washing assembly cleans interior and exterior surfaces of garbage containers using directed fluid streams.

A pressurized cleaning fluid cartridge delivers solvent through a punctured foil seal into spray guns.

Segmented block segments with integrated cleaning pads fit dovetail slots to resolve inconsistent dry ice blasting results.

Pre-loaded bulbous member forces cleaning fluid through elevator platform to remove tissue debris, reducing labor intensity before automatic reprocessing.

Rotating the container allows fixed nozzles to clean exterior surfaces, eliminating complex hose systems and reducing space requirements.

Magnetic field sensor monitors rotary spray head rotation without visual access, resolving optical obstruction issues in cleaning tanks.

An elastic seal absorbs inclination angles in a pivotable gas purge nozzle, preventing leakage and particle contamination.

Segmented injection ports deliver abrasive spheroids through gas turbine compressors, resolving nozzle plugging and vaporization issues.

Flexible conduits resolve portability constraints in automatic misting devices while maintaining structural integrity for precise fluid control.

Linear compression expands disc mandrels to increase radial force and contact area, removing carbon contaminants from large bore gun barrels.

Adjustable traction assemblies on a tube cleaning robot change track width to fit small access holes and maintain stability on bent tubes.

Inclined surfaces guide powder downward toward the outlet using gravity, eliminating adhesion and simplifying cleaning access.

Transferring the heaviest contaminated fuel layer to an external vessel reduces tank downtime by enabling parallel processing of remnant fuel.

Carbon dioxide flushes submarine propulsion systems, dissolving in water to eliminate acoustic bubbles and reduce storage volume.

A pipe restoration apparatus uses airflow control to apply internal protective coatings.

Telescopic boom with suction system cleans booth interior without shutdown, reducing color change time.

A purging apparatus feeds inert gas into semiconductor wafer containers via a local vehicle, preventing oxidation without obstructing overhead transfer paths.

A carriage with rolling members and a conductive rod positions a high-pressure cleaning head inside storage tanks.

Directed liquid flow from a surge device removes stubborn labels without lengthening the cleaning device, reducing operating costs and throughput time.

Combination livestock bedding leveler and groomer attachment with pivotally mounted rake arm and leveler blade improves maintenance efficiency.

Sonicating contact lenses in a sealed case removes protein deposits and lipids without manual scrubbing, preserving lens integrity.

A portable cleaning system with a heated enclosure and roller assembly rotates tube bundles while spraying fluid.

A self-propelled cleaning robot navigates tunnel drainage pipes while charging at dedicated stations.

Identical thread rotation directions prevent accidental loosening of the output shaft connection during supply line attachment.

Encasing an RFID tag within a solid pipeline pig body enables remote identification and monitoring of the device.

A bunk cleaner assembly uses a swinging arm and vertical sliding mechanism to position the scoop for cleaning feed troughs.

A revolving element directs pressurized fluid through multidirectional rotation to clean tank interiors.

An integrated system automates heat exchanger tube cleaning and examination using coordinated lances.

Rotating swingable holders support wafer containers and covers upside down for simultaneous cleaning.

A dispensing machine circulates ionised air through reusable bottles to sanitize internal surfaces using non-thermal plasma technology.