Cleaning TRIZ Cases

Electromagnetic linear conveyor integrates a dedicated cleaning unit on the movement path.

Housing integrates internal UV-C light arrays and reflective strips to ensure uniform pathogen neutralization across conveyor products.

An ultrasonic sensor detects washing solution on a transporting belt surface to enable precise control of cleaning mechanisms.

Scalloped elastic blade reduces abrasive wear and prevents fires by maintaining consistent contact pressure.

Segmented displacement guides isolate scraper segments on a support shaft, reducing separation forces during maintenance while maintaining torque transmission.

Periodic supply switching and squeezing prevent roller deterioration while maintaining cleaning effectiveness.

Predetermined clearance between transfer parts and the conveyor back surface allows the cleaning blade to distort without contacting tension rollers.

An eccentric guide track on a rotatable adjusting disk linearly displaces a scraper strip, simplifying spacing adjustments between the strip and moving rollers.

A detachable filter unit pulls out laterally from a transport device to enable quick liquid cleaning maintenance.

Solid oil bearings eliminate grease maintenance and leakage risks, while segmented wall anchors increase load capacity for larger screws.

A self-powered handrail sterilizer converts rotational motion into electricity to drive an ultraviolet lamp module.

A conveyor belt cleaner scraper blade rocks about a rigid fulcrum member to navigate around metallic splices and belt imperfections.

Segmented V-shaped wings on a wing pulley direct debris away from the belt, preventing wedging and reducing vibration.

A conveyor belt cleaning assembly integrates mechanical brushes and scrapers with a high-pressure water spray system to clean pervious belt surfaces.

A belt transport device applies lubricant to the inner surface at edge portions during axial shifts.