Atomization equipment capable of generating negative ions

Abstract

The invention relates to ultrasonic atomization equipment capable of generating negative ions. The ultrasonic atomization equipment comprises a container special for atomization; the container specialfor atomization is used for containing atomized liquid and providing an ultrasonic atomization space for the atomized liquid; an ultrasonic atomization generator for atomizing the liquid is arrangedat the bottom of the container special for atomization; a fog outlet main channel used for exhausting atomizing steam in the atomization space is further formed in the container special for atomization; the ultrasonic atomization equipment further comprises an epitaxial fog outlet channel which is in a flat shape and communicates with the fog outlet main channel; the epitaxial fog outlet channel is located outside the container special for atomization and distributed along the width of the outer side wall body of the container special for atomization, and extends in the tilting upward direction; from the cross section of the epitaxial fog outlet channel, the ratio of the width to the height of the epitaxial fog outlet channel is at least 3:1; the ultrasonic atomization equipment further comprises an upper wall body forming the epitaxial fog outlet channel, and a lower wall body located on the lower portion of the upper wall body; and in the up-down direction, the projection of the edgeof the upper wall body located at a fog outlet of the epitaxial fog outlet channel is located in the epitaxial fog outlet channel.

Description

technical field [0001] The invention relates to an ultrasonic atomization device capable of generating negative ions, in particular to an atomization device capable of reducing water accumulation on the surface of the device. Background technique [0002] Ultrasonic atomization is to use the basic principle of ultrasonic high-frequency vibration to generate cavitation bubbles to break up the atomized liquid such as water, thereby producing a mist that can drift. Ultrasonic atomization equipment has been very common in our daily life. It can be applied to air humidification, outdoor landscape or the production of negative ions to form an oxygen bar. According to different application scenarios, the requirements for the amount of fog produced by ultrasonic atomization equipment are different. For application scenarios that require a relatively large amount of fog, the most likely problems are condensation on the surface of the device itself and water accumulation on the groun...

AI Technical Summary

Problems solved by technology

Although this patent can reduce the large particles of water mist falling out, the fog shield in the main channel of fogging has greatly reduced the efficiency of fogging and increased the power of fogging

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