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.

An elastomeric wiper blade eliminates metal components to reduce disposal costs while maintaining structural integrity through a foam core design.

Modular blade arms with variable lengths and pretensioned springs maintain continuous contact while reducing rebuild costs from temperature sensitivity.

A gravity-fed liquid dispenser and friction-driven roller clean conveyor belts during operation.

Integrally moulded polyurethane scraper elements eliminate liquid nitrogen assembly and sticky installation issues.

Internal channels direct lubricant to specific chain locations, reducing waste and preventing overspray.

Segmented elastomeric blades on a central shaft reduce individual weight while maintaining full belt coverage and consistent contact pressure.

An interlock switch detects the conveyor surface presence and deactivates UV emission when absent, preventing unnecessary exposure.

Heated air jets detach adhesive residues while a rubber roller accumulates them, eliminating mechanical wear on the conveyor belt.

Interchangeable hoe head and claw attachments on a telescoping pole retrieve large boxes from high shelves.

A pivotable scraper lamella rests against a moving belt webbing to peel off small impurities while deflecting over large obstacles.

A hardware processor manages conveyance member cleaning by continuing movement during cleaning or stopping to alert for foreign matter.

A rotatable roller support aligns dynamically with rectangular rails, improving cornering ability and load capacity while reducing noise.

A conveyor drive roller circulates liquid lubricant through stationary shafts to remove heat from internal gear assemblies.

A UV emission device directs ultraviolet energy toward moving conveyor surfaces using an absorptive barrier and interlock switch.

Integrated suction within a sealed ramp removes dust from tablets, eliminating external enclosure needs and simplifying manufacturing.

Curved scraper members with unbalanced electric vibrators reduce residue adhesion on conveyor belts.

A tapered scraper with a non-linear scraping edge directs debris toward the center of the unit.

Segmented housing combines opaque strength with translucent inspection windows, while a pocket-free ribbed surface prevents material accumulation.

Spraying, brushing, and UV disinfection remove contamination from carriers and paths to prevent food processing hygiene issues.

A belt cleaner uses inclined scraper tips with flat slopes to maintain surface contact during scraping operations.

A conveyor belt cleaning apparatus uses a single accessible fastener to attach the scraping plate and body for easy detachment.

Slotted bearing grooves allow CIP fluid penetration, eliminating manual disassembly and improving sanitation completeness.

Reverse rollers and a floating parallel roller create a shallow solvent tank that minimizes vapor dispersion while simplifying the constructional design.

Offset scraper fingers deflect independently to maintain continuous contact, resolving interference between adjacent cleaning elements during belt movement.

An automated cleaning device removes dust and electrostatic charges from the transport plane to prevent sample contamination during continuous operation.

A rotating dry belt captures particulate from surfaces while a vacuum cavity removes debris, preventing dust dispersion and eliminating chemical waste.

Quick-release brackets maintain preset scraper pressure, eliminating recalibration needs after repairs.

Segmented pressing units adjust individual wiper blade heights to eliminate gaps and ensure consistent cleaning liquid removal across the entire belt width.

Single casting anchor systems integrate bearing housings with support walls while solid oil bearings prevent leakage, reducing downtime.

A conveyor belt uses a tubular frame element to distribute treatment media through angled nozzles for surface cleaning.

A printing system adjusts friction between a cleaning substrate and conveyor belt to slide deposits away.

Offset lift-off elements generate torque to protect belts from damage while cleaning sticky materials.