Dirt Cleaning TRIZ Cases

A movable door encloses the friction pad to block particle buildup, then an integrated fluid-and-vacuum system cleans it before use.

Suction and pressurized air clear coffee powder from coupling unit seats, preserving controlled-atmosphere sealing and production continuity.

Reusing cleaner exhaust air in upstream film stretching zones cuts preheating energy while condensate separation keeps contamination low.

A robotic dry ice cleaning chamber removes dust and minor blemishes from electronics without liquid damage, improving refurbishment efficiency.

Residual dust on wafer separation surfaces can contaminate downstream tools; integrated cleaning removes debris before transfer.

Replacing abrasive blasting with induction heating and vacuum extraction removes hazardous coatings while reducing waste, noise, and carbon emissions.

Movable chambers let inkjet heads be serviced inside the enclosure while the special gas atmosphere remains intact, reducing maintenance time.

A closed chamber directs injected and discharged cleaning agent around detection components, reducing leakage during residue removal.

A movable door encloses a workstation pad while imaging, fluid application, and vacuum suction remove particles without worker elevation.

A coil-based platform collects brush particles while sensors assess contamination, supporting timely cleaning or replacement.

A fixed-gear, low-detent motor supports automatic and manual fume cupboard sash movement while sensors detect obstacles.

A driver moves the cleaning member along the ionizer wire, while the controller coordinates cleaning and operation history.

A driven cleaning member travels the ionizer wire, removing particles with coordinated control for safer maintenance planning.

A coordinated suction head and pressurized-air jet clean coupling seats without stopping production or compromising sealing.

Remote rail cleaning combines spraying, compressed air, and vacuum pickup to reduce manual work near energized tracks.

A portable sensor monitors the user's breathing environment and triggers automatic sash closure when chemical levels reach a threshold.

Wireless pairing lets users view and manipulate fume hood parameters while monitoring multiple experiment statuses remotely.

Induction heating and vacuum extraction remove hazardous coatings with minimal waste.

Energy content detection routes gas mixtures to compressors or consumer units, converting hazardous fumes into recoverable fuel resources.

A fume cupboard reduces energy use by switching to minimum airflow when power consumption falls below a set threshold.

A mobile clean room uses a curtain frame with flexible seals to create airtight interfaces at ceiling and wall openings.

Modular booth units connect end-to-end to accommodate longer materials while maintaining negative air flow and complete contaminant isolation.

A pressurized air pipe injects gas into outlet channels to boost flow rates in aluminum electrolysis cells.

Critical nozzle geometry creates localized high-velocity flow zones, enabling effective smoke removal with lower volume flows to improve device manageability.

Segmented electric coupling connects supply lines to a rotating shaft, eliminating complex wiring while maintaining stable power during 360-degree rotation.

Front panel moves below closed position to create cleaning opening, resolving contamination risk during maintenance.

A cabinet air duct unit generates a variable air curtain to contain hazardous vapors during media delivery.

Pneumatic cleaning system uses vacuum pressure and filtration to eliminate water waste and chemical usage from railcar maintenance.

A laser ablation device integrates a camera and galvanometric head to determine three-dimensional surface geometry via triangulation.

A suction device recirculates processed air through a coupled supply channel for tool blasting.

Segmented aluminum profiles and detachable plates enable quick laboratory setup while minimizing external dimensions.

Pneumatic mixing creates high-impact jets that remove stains while conserving fluid and preventing splash contamination.

Nozzles face and spray link mechanisms to dissolve crystals, preventing operational hindrance in substrate processing exhaust systems.

An integrated apparatus combines a diamond blade saw with rotating brushes to cut concrete elements while cleaning the casting bed surface.

A vented solvent containment system uses interlocked safety sensors to manage hazardous chemical storage and handling.

A dry-type cleaning chassis uses dual airflows to accelerate collision speed of cleaning media against surfaces.

Mobile safety cabinets with quick-connect hose units contain hazardous vapors and enable flexible laboratory operations without uncontrolled releases.

Counterweight force concentration through wire cable triggers arrester catch, preventing sash fall upon single element failure.

Nebulized coolant fog condenses harmful asphalt fumes, reducing operator exposure without complex exhaust systems.

Negative air pressure at the manifold extracts silica dust from the air, eliminating water consumption and respirator requirements.

Camera-based surge control overrides standard pressure regulation to rapidly adjust extraction rates, resolving slow response times during flue gas outbursts.

A mixing station cabin encloses the device during operation to contain hazardous vapors and restrict access until completion.

A low-emission hot-in-place asphalt recycling equipment train system with stepwise heating and centralized fume treatment.