Cleaning TRIZ Cases

See how a vehicle with integrated lifting device separates and joins load-bearing elements from

See how a vertical motor-brake-reducer layout uses an accommodation chamber in the brake to del

See how torque-based feedback and dynamic speed control enable safe conveyor scale cleaning wit

See how a transport-integrated dust removing member cleans objects during movement, reducing ac

Selective suction units let a ceiling transport cleaner cover multiple guide locations without losing vacuum power or adding excess weight.

An enclosed wash-and-dry belt unit uses spray barriers, splash redirection, and air knives to contain wash fluid and improve drying.

A dedicated cleaning mode controls belt speed, torque, and direction to let conveyor scales be cleaned safely without damaging weighing components.

Negative-pressure hooding, brushing, and vibration recover black mass dust and belt residue during lithium-ion battery recycling conveyance.

Sealed stepped grooves, dry-lubricated bearings, and airflow help a linear motor conveyor maintain sterility while reducing friction and easing maintenance.

A stator-powered sweeper clears food debris from a magnetically propelled conveyor tray, improving cleanliness without separate cleaning steps.

Rear-mounted fans and pressure feedback maintain positive cassette airflow during deceleration to block particle ingress from clean-room rails.

A linear-motor tray conveyor uses magnetic propulsion and drain paths in the guide surface to clear fluids and debris while maintaining food hygiene.

A tacky elastomeric cleaning pad removes nozzle debris in situ, preserving vacuum strength while avoiding tool damage and downtime.

A mineral-oil and phosphate-ester emulsion keeps conveyors lubricated at high speed while cutting water use, waste, and PET stress cracking.

A soft-elastic carrier deposits a uniform lubricating film in concrete delivery lines, cutting start-up mix waste and pumping delays.

A self-aligning nozzle tip targets chain pin lubrication holes to apply H1 fluid lubricant accurately with less leakage, downtime, and waste.

A V-shaped bottom plate and washing nozzles guide fallen and adhered chips to discharge, reducing buildup and cleaning work.

Flexible sealing plates and a removable wedge slide blade improve bulk material shut-off while simplifying hygienic cleaning and maintenance.

Multiple pipe pigs form a movable plug that separates successive materials in piping, cutting transition mixing and cleaning waste.

Automated grease feeding moves the counterweight to a fixed lubrication point, avoiding tube entanglement and laser head collisions.

Multiple pipe pigs form a moving plug in process piping to separate successive materials, cut transition waste, and speed product changeovers.

An undiluted lipophilic emulsion cuts water use while maintaining low friction on conveyor lines handling glass, metal, and plastic containers.

A mobile feeding and lifting assembly collects under-belt spillage and returns it to the conveyor, expanding cleaning range without multiple fixed units.

An automated conveyor with sprayers, wipers, flippers, and smudge rollers cleans used mobile devices faster and more consistently for grading.

A focused air knife and vacuum chamber remove oil and contaminants from conveyor belts and delicate workpieces without brush contact or surface stress.

An integral aluminum extrusion locks conveyor cleaner blades to the mounting tube, cutting weight while preventing detachment during rotation.

Independent scraper angle and force control with water spraying improves removal of sticky coal residues while reducing wear and maintenance.

A resilient locking member lets the torsion holder deflect under load and return to alignment, maintaining effective conveyor belt scraping.

A unitary arcuate blade mount replaces failure-prone bonded cushions, improving deflection durability and blocking debris buildup.

Regional force detectors identify abnormal belt zones so blade push-in can be adjusted faster and with less operator trial and error.

A spring-loaded pivot mechanism keeps the belt scraper in contact as it wears, maintaining cleaning and reducing manual adjustment.

A counterweighted scraper brush regulates belt contact pressure to remove solids effectively while keeping liquid filtration equipment simple to maintain.

Support-surface openings let the cleaning sponge expand, absorb more liquid, and prevent seepage while maintaining transport belt cleaning.

A resilient spring arm guides and seats rusted or debris-affected guide pins faster, improving cartridge cleaner stability while reducing noise and wear.

A conveyor-based robotic cleaner wipes, flips, sprays, and dries used mobile devices to cut manual cleaning time and improve consistency.

A conductive wear indicator erodes with the scraper blade, enabling wireless wear alerts without unsafe visual checks or conveyor stoppage.

Reciprocating pressurizing roller load sensing determines adhesive force during media peeling, reducing belt slippage and position deviation.

Repeated scraping, rolling cleaning, and impurity collection keep conveyor belts sanitary without residue buildup on the support rack.

Preliminary liquid ejection wets the transport belt before blade contact, preserving slipperiness, cleaning function, and blade durability.

A multi-level circular transport with lifting holders keeps preforms moving continuously while preserving sterilization time and compact layout.