Cleaning Using Tools TRIZ Cases

Mounting the machine body on the water case lets the container support its own weight, increasing capacity without enlarging the device.

A compact optical connector cleaning tool uses a repositioned biasing member to feed the cleaning body.

A scraper uses opposing magnets to join its hinged body parts and secure a utility knife blade for extended scraping.

Segmented fiber layers resolve the durability versus cleaning efficiency trade-off in industrial washing cycles.

A curved cleaning pad conforms to escalator handrails, reducing labor time and safety hazards during routine maintenance.

Movable connection members on a detachable attachment align nozzle members with exposed or housed ferrules, eliminating tool changes across varying pitches.

A continuous film cleaning system uses nonabrasive cloths to spread and scrub ink before scraping the composition off the substrate.

Pneumatic cleaning nozzles eliminate spark risks from metal brushes while vacuum seals contain paint particles to prevent atmospheric pollution.

A curved cleaning pad wraps around escalator handrails via a deployable strut, eliminating hazardous manual labor and reducing cleaning time.

Mechanical scraping replaces energy-intensive UV radiation, maintaining optical transparency while removing biofouling from AUV sensors.

Porous rubber cleans carbon fiber grooves to restore spin potential without damaging the paddle surface.

Angled wiper blades remove ink residue and cleaning liquid from flexible bands, preventing re-deposition during high-speed printing.

A flexible splash guard incorporates a rigid reinforcing ring at its distal end to maintain structural integrity during rotary cleaning operations.

Segmented cleaning locations on a single pad remove debris from fiber optic connectors to reduce signal loss without increasing device complexity.

An apparatus removes exhausted adhesive layers using a pick-up device with higher adhesion force to expose fresh material.

A mechanical cleaning system with suspension means and driving wheels cleans lamella plates automatically.

Segmented design automates waste clearing via self-service scraping, solving manual handling bottlenecks.

An elastomeric roll removes inorganic contaminants from a substrate surface while an electromagnetic radiation source activates the material.

A hidden nozzle cleaning module uses a single motor to drive wiper and cover movement via an inclined plane mechanism.

Automated flipping mechanism cleans both photomask surfaces within a sealed chamber, eliminating manual handling contamination risks.

A washing apparatus deploys a wiper blade along a guideway to clean sensor enclosures.

A laser arrangement cleans baking surfaces through controlled ablation.

A cleaning apparatus uses an ascend/descend member and projection unit to engage a cleaning cloth for optical device maintenance.

A web storage chamber holds web material in a multi-folded state to maximize storage density within limited volume.

A segmented cleaning tool with an articulating shaft and interchangeable heads reaches difficult areas in semiconductor equipment, reducing contamination risks.

Recirculating fluid management system removes contaminants to prevent nozzle clogs, sustaining operational reliability in commercial additive manufacturing.

Alkaline phosphate cleaning liquid neutralizes acidic solutions on hot dip galvanized steel sheets, preventing plating layer corrosion and peeling.

Steerable wheel sets enable crab steering for an aircraft cleaning robot, reducing setup time while maintaining collision safety.

A pivot frame rotates a cleaning wire to scrub sticky contaminants from LiDAR sensors, resolving viscosity trade-offs that block high-pressure fluid alone.

Compressed air outlets clean the wheel tread to eliminate moisture delays, ensuring immediate traction force availability.

A rotatable nozzle housing with a flexible seal cleans large composite tool surfaces using high-pressure liquid jets.