Cleaning Processes And Apparatus TRIZ Cases

Sensors and adaptive impeller speed let a handheld suction cleaner match suction to dust load, cutting power use and extending battery life.

A multi-angle carrier tilts nut plates into the laser beam path to clean axial fasteners with less shadowing and no extra part manipulation.

A solidified processing film enables precise start-stop control of substrate surface etching through heating or pH adjustment.

Segmented branch electrodes and AC-driven oscillation help tiny droplets merge and fall, improving electrowetting self-cleaning efficiency.

Detecting restart events lets the apparatus skip automatic sensor cleaning, reducing restart time while retaining cleaning for normal power-off.

A wetted dummy substrate washes the drying chamber with supercritical fluid, then baking enables reuse and improves process reliability.

Arc-shaped flow channels secure wafers with airflow, minimizing contact, dust attachment, and wet-process scratching.

Pulsed laser ablation cleans pasta residues from drying sticks without damaging surface treatments or generating carbon emissions.

Pulsed laser beams evaporate residues on pressing tools, eliminating manual cleaning downtime and extending equipment lifespan.

A conditioning unit adjusts dry ice particle-compressed air mixtures to control sublimation distance and kinetic energy.

Flexible support portions bend under lid pressure to press against the lens edge, protecting the convex face and ink markings from friction damage.

Humidity cycling extracts salts without electrolytes, eliminating hazardous waste.

Dynamic movement and retention elements remove internal debris, maintaining visual clarity without compromising sealed module reliability.

An adjustable slide sleeve mechanism changes needle exposure length in pneumatic rust-removing tools, eliminating frequent replacements and reducing user costs.

A UV light cleaning device uses an energy conversion component to transform high-energy radiation into specific lower energy levels for substrate processing.

A compact non-woven fabric separation mechanism uses a nested adhesive band wrapped around a rotating cylinder to manage fiber transport.

A transfer apparatus uses a plasma unit to clean the mold after resin coating.