Liquid Supply Arrangements TRIZ Cases

Coaxial dumbbell-shaped flow channels create turbulence to eliminate streaks and improve uniformity despite significant pressure loss.

Segmented dosing devices connect high-frequency colors directly to the atomizer, eliminating central channel flushing requirements.

Separate paint and water bores in a conductive core provide a dedicated grounding pathway to prevent arcing and resolve energy loss trade-offs.

Turbine generator converts gas flow kinetic energy into electrical power, eliminating power cords to improve spray tool mobility and handling comfort.

Fluorinated ethylene propylene or polyvinylidene fluoride tubing maintains hypohalite recovery above 65 percent during peristaltic pumping.

Segmenting the air cap and feed tube allows easy maintenance of the long nozzle body while maintaining electrical isolation to prevent high voltage leakage.

A hand-held electrostatic spray device uses an isolated conductor overlapping the additional electrode to improve liquid spray straightness.

High-pressure accumulators enable rapid coating transfer to sprayers, increasing hourly capacity while reducing sedimentation.

Electrostatic atomizing device increases radical generation via leader discharge while keeping ozone production minimal.

A separable valve body with integrated cleaning paths prevents current leakage while simplifying maintenance and reducing air blow time.

A piggable secondary supply line conveys coating material using a mechanical pig as the driving element.

A dual-cylinder paint supply system uses a color change valve to rapidly exchange fluids between main and sub-cylinders.

Integrated ultrasonic transducer drives screen unit vibrations to break up powder agglomerations, eliminating external screening devices.