Cleaning Using Tools TRIZ Cases

Colorimetric indicators detect chemical warfare agents on surfaces, allowing targeted decontamination that reduces water and solution consumption.

A motorized cleaning device automates the brushing process to remove intermetallic compounds from brazing crucibles.

Automated roll cleaning prevents reverse contamination from abrasive residues, sustaining high manufacturing precision in substrate processing.

Sealed nylon-polyester weave holds ultrapure water to eliminate volatile organic compounds and reduce particle excursions in cleanrooms.

Replacing electrolytic cleaning with thermal reduction eliminates corrosive gas emissions and material loss while removing processing stress.

A rotatable wiper device with interchangeable circumferential sections plugs into a holder for automated bearer ring cleaning.

A rotary cleaning device with scraping structures removes adhered aggregates from gas conveying surfaces without opening the reaction chamber.

A cleaning head with a scraping member and air nozzles moves along the ejection bar surface strip.

Rotating the pressurizer changes wiping angles to prevent coating peeling and extend head lifespan.

Alternating dual brushes during rotation prevents impurity accumulation on scrubbing surfaces, extending service life and maintaining substrate cleanliness.

An automated sliding brush cleans ion-bar needles, preventing dust buildup that degrades static elimination efficiency.

Aligning the machining and brush roller axes at an angle creates relative motion that removes contaminants without additional drive devices.

A detachable implement scraper uses a rotating latch to secure a bar across a bucket rim, preventing dry debris from contaminating wet materials.

A mat washer uses a splitter and transporter to move mats through a washing facility.

Segmented telescoping prongs reach inter-disc voids to remove dirt while maintaining electrical insulation and preventing mechanical damage.

A wiper uses a bent lip support and reinforced front end to maintain sealing properties.

An enclosed washing chamber with rotating brushes and high-pressure nozzles cleans firehoses while isolating operators from hazardous contaminants.

A cleaning tool uses a strip-shaped fabric with stretched and slack chemical fibers to conform to optical connector lenses.

Holed plates in substrate cleaning apparatuses channel liquid away from the cleaning member, preventing reabsorption and maintaining self-cleaning efficiency.

A movable arm positions a wash station with apertures to direct pressurized water against ophthalmic lens transfer tips.

A tubular member with a specific inner hole geometry accommodates the cleaning shaft head to guide the belt-shaped element during operation.

Deflectable fingers on a rotary tool abrade cap seals while passages discharge debris, reducing removal time by 95%.

Infrared radiation and ultrasonic waves weaken coating adhesion to enable non-toxic removal while preserving underlying layer integrity.

A lower-surface brush lifts to a waiting position below the substrate holder where a dedicated cleaner removes contaminants from the bristles.

Cam-driven gear shifting engages toothed tracks to control movement direction, resolving limited adaptability in track-driven automatic pool cleaners.

A buoyant ring system moves along ladder rungs using wave energy to remove marine growth without manual intervention.

Segmented magnetic rollers rotate past scrapers to clear iron filings automatically, eliminating power-off cleaning interruptions.

A rotating cleaning unit contacts an upstream removing unit to clear adhering substances before reaching the cleaning section.

Segmented lidar window covers rotate contaminated sections into cleaning zones, maintaining measurement precision while removing external debris.

A mask-cleaning apparatus uses a wet cleaning mechanism with a sprayer and a dry cleaning mechanism to wipe masks.

A cleaning unit moves between a working position and a detached mounting location below the conveyance roller.

A substrate cleaning device adjusts the uplift force of a lower-surface brush during operation.

Sensors detect obstacles and trigger the drive to raise the cleaning head, preventing damage to sensitive installations.

A cleaning device uses a push rod and elastomer to drive a sliding plate that exposes the socket for wiping.

Low frequency sonication removes PSSA and aluminum from anode foil tunnels, boosting capacitance gains while lowering equivalent series resistance.

Rack gear synchronization links shaft rotation to tape feeding, eliminating backlash delays and ensuring accurate end surface cleaning.

Movable shells enclose street light heads for automated washing, reducing traffic disruptions and environmental impact.

A bobbin-shaped cleaning tool with guide elements engages sliding tracks to enable autonomous machine-driven maintenance cycles.

Pile-side-up orientation enables visual defect detection before washing, preventing re-cycling caused by hidden damage in conventional downward-facing systems.

A cleaning part removes adhering dust from the cutting blade trajectory, preventing resin sheet debris accumulation that causes incomplete cuts.

Integrating a camera and pivoting mirror into a cleaning device eliminates manual realignment, reducing installation time and process complexity.

A rotating handrail cleaning device uses a wiping surface to remove dirt before germicidal radiation exposure.

Movable auxiliary frame guides printed bands through cleaning fluid and drying stages, resolving height constraints during loading.

A rotatable LiDAR sensor assembly uses a sorbent contaminant trap between the bearing and optical components to prevent vapor deposition on windows.

A compact optical connector cleaning tool uses a head member that rotates axially to wipe the joining end face within the housing hole.

Merges mechanical roll cleaning with atmospheric plasma generation to eliminate nanometer-scale organic oligomers and inorganic particles from object surfaces.

Automated cleaning mechanisms maintain heat dissipation performance by removing dust accumulation while eliminating worker injury risks during maintenance.