Vibrating element for ultrasonic atomization having curved multi-stepped edged portion
AssigneeToa Nenryo Kogyo Kabushiki Kaisha
InventorsKakuro Kokubo, Masami Endo, Daijiro Hosogai
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Abstract
The present invention consists of a vibrating element for ultrasonic atomization formed around its inner or outer periphery with a multi-stepped edged portion having at least two steps, each edged portion defining an edge, the edged portions being supplied with liquid for atomization, wherein the multi-stepped edged portion includes successively connected continuous curved surfaces where the steps are partially formed with a curved surface.
Claims6
A vibrating element for ultrasonic atomization having a multi-stepped edged portion formed around a periphery of the element, said multi-stepped edged portion being adapted to be supplied with a liquid from a single liquid source, said multi-stepped edged portion having at least two steps, each said step defining an edge, each said edge severing and atomizing said liquid as said liquid serially flows from one said step to said next step, said edges being interconnected by a curved surface.
A vibrating element for ultrasonic atomization having a multi-stepped edged portion formed around an inner periphery of the element, said multi-stepped edged portion being adapted to be supplied with a liquid from a single liquid source, said multi-stepped edged portion having at least two steps, each said step defining an edge, each said edge severing and atomizing said liquid as said liquid serially flows from one said step to said next step, said edges being interconnected by a curved surface.
A vibrating element for ultrasonic atomization using multi-stepped edged portion formed around an outer periphery of the element, said multi-stepped edged portion being adapted to be supplied with a liquid from a single liquid source, said multi-stepped edged portion having at least two steps, each said step defining an edge, each said edge severing and atomizing said liquid as said liquid serially flows from one said step to said next step, said edges being interconnected by a curved surface.
Dependencies are inferred from the claim text.