Cleaning Using Liquids TRIZ Cases

A rotating rotor carries cleaning spray openings to improve surface coverage without complex nozzle arrangements or separate drives.

A manifold-fed nozzle network cleans enclosed mobile equipment areas, reducing contaminant buildup, fire risk, and maintenance effort.

This case combines check and bypass valves coaxially to simplify production, support pressure reduction, and reduce blockage risks.

An acoustic transducer and gas bubble generator deliver cavitation through a nozzle for portable, targeted cleaning with less water.

A divided wash and catch chamber uses pressure-driven filtration to recycle water and contain pool filter contaminants.

An embedded transducer agitates fluid in a portable vessel, cleaning jewelry and dental appliances without abrasive contact.

A rotating carousel guides slats through cleaning and drainage, using gravity and curvature to remove residual liquid.

Targeted ultrasonic fields clean fouled industrial components faster with less damage.

A motorized sled lowers multiple golf clubs into an ultrasonic cleaning tub for faster, hands-free dirt removal.

Piezo-electric sensors quantify energy distribution, standing waves, and harmonics to tune ultrasonic cleaning and protect sensitive parts.

Compartment walls reinforce shaver cartridges and limit warping during welding.

This case uses axial walls, debris compartments, and welded thermoplastic construction to improve flow, cleanliness, and packability.

A movable support frame and electromagnetic gripper simplify PBV body-part exchange for customized services and lower production costs.

Axial walls, convex ends, and localized sealing help compact shaver cartridges improve packability while preserving fluid flow.