| 摘要 |
The friction electrical charging process entails the water drops receiving the same polarity, causing them to be repelled from one another. The water vapour emitted from the ultra-sound mouthpiece (2) is fed into a distributer tube (1) with side holes which through contact with the water vapour is charged to the same polarity as the water drops, so that these are repelled from the distributor tube. Water drops with a large diameter fall onto the bottom of the tube, from where they are transported to an outlet. Remaining water drops with a small diameter are fed out through the holes (7) in the distributor tube. The ultra-sound mouthpiece (2) is activated through a gas, either air or steam, being emitted under pressure towards a resonator (9), producing an intensive sound energy field in an open hollow space (12) between the mouthpiece body and the resonator. Water is fed to the hollow space and when it reaches the energy field it is decomposed into very small and relatively like-shaped drops, which are moved at low speed in the direction from the mouthpiece. |
