Flexible Article Cleaning TRIZ Cases

See how inclined and straight mounting grooves in a multi-sheet cassette prevent dents and stic

See how movable storage levels in a cleaning trolley eliminate repacking, enable continuous pro

A movable transparent film and cleaning tool keep debris and moisture off the sensor lens to preserve field of view and image accuracy.

Electrical and mechanical oscillation merge and eject small droplets on hydrophobic surfaces, clearing rain, dust, and frost with less power.

An electrode removes dust from a vehicle sensor lens during motion, avoiding washer fluid and extra hardware while limiting unnecessary power use.

A laterally moved protective film and cleaning tool keep sensor imaging clear under debris and moisture exposure.

Inductive self-powered cleaners use retractable brushes and adaptive wheels to cross spacers, track wire changes, and clean live lines safely.

Electrical oscillation merges droplets and vibration ejects them, keeping windshields and cameras clear with lower power use.

A liquid-fed compressible roller cleans burn marks and residue from laser-cut paper while preserving coated and glossy surfaces.

Inclined backside cooling nozzles balance edge heat input during freeze cleaning, improving in-plane temperature uniformity and contaminant removal.

Controls non-uniform susceptor oxide growth by timed etching and polishing to stabilize wafer support and reduce slips and light point defects.

Pre-retrieving and winding the cleaning body before head rotation prevents entanglement and preserves effective optical connector cleaning.

Radial gas flow and stepped support surfaces use Bernoulli and Coanda effects to keep substrates stable while blocking liquid adhesion.

Dynamic exhaust switching during rotating and non-rotating substrate cleaning maintains cleanliness while reducing factory exhaust demand.

Baseline drift detection triggers inaudible vibration cleaning to clear debris and maintain smoke and CO sensor reliability.

A two-step glass etching and basic cleaning sequence removes insoluble fluoride and micro-defects, improving thin cover window strength.

A catching groove and protrusion secure the substrate support plate and lower cover without bolts in corrosive, heated facilities.

A nozzle-body and cover support uses radial segmentation to curb cleaning-solution backflow, leakage, and particle contamination.

A two-shell frame compresses replaceable wiper disks around the rope, improving debris removal and simplifying maintenance.

Height-variable clamps maintain cleaning areas horizontal to enable effective pressure cleaning while preventing scratches on curved cover glass.

Crossed thread planes in a cleaning tool cover prevent object dislodgement while maintaining unobstructed fluid flow and ultrasonic wave propagation.

A dual lead screw lifting control apparatus synchronizes bracket movement to stabilize silicon wafer baskets during cleaning operations.

Stand receives liner pin to support inverted polymeric prosthetic liner, enabling two-handed inner surface cleaning.

Water jets remove dirt without damaging adhesive bonds, while vacuum suction draws ambient air to envelope and dry the item.

Slotted fabric retains a stiff wipe that sags into slots, preventing tearing and scoring during high-pressure cleaning of optical fiber connectors.

A cleaning apparatus combines an air blower and a retractable wiping tool to remove foreign particles from detection surfaces.

Moving the nozzle head adjusts fluid impact points across the substrate, reducing particle residue and damage from high hydraulic pressure.

A roll brush uses varying bristle stiffness to maintain uniform contact pressure across the substrate surface during rotation.

An adjustable fixture with elastic cords retains parts without damage, reducing tooling costs and changeover times in high-mix production.

A camera cover glass unit uses a rotating magnet to create a time-variant field that moves the glass and clears raindrops.

Applying liquid to non-contact roller zones during glass sheet cleaning.

Segmented chambers and a waterproof cover prevent scraps from contaminating the cleaning agent, reducing filter clogging.

Replacing mechanical pumps and wipers, the segmented transducer uses ultrasonic vibration to clear lens surfaces while reducing system complexity.

Integrated supply paths deliver liquid directly to spindle-mounted members, reducing waste and simplifying piping architecture.

A two-tank treatment unit separates monomers from water-based washing liquid using density differences and overflow mechanisms.

A cleaning apparatus holds deposition masks at a predetermined angle to remove organic material buildup without heat damage.

Thermal heating removes protective coatings from glass articles before decoration, preventing furnace residue accumulation and improving cleaning efficiency.

Compressed air jets penetrate deep channels to remove dirt while reducing water consumption and preventing fin damage.

Spring-mounted modules with elastic insulation protect fibers from damage while ensuring precise cleaning.

Segmented branch electrodes guide droplets away from stagnation points, preventing dielectric layer burnout in electrowetting devices.

Vacuum pick-up elements lift spent adhesive sheets to avoid contamination and reduce system complexity.

Carrier-mounted nozzles spray cleaning agents onto EUV collector mirrors to remove debris and restore reflectivity within 10% of baseline.