Improvement method and structure of ozone mouthwash instant generation device

Abstract

The invention provides an improvement method and structure of an ozone mouthwash instant generation device. The improvement method comprises the following steps that an electrode assembly protective cover of an original ozone mouthwash instant generation device is replaced with an element which can be used as a cathode; the element is paired with an anode plate of the original ozone mouthwash instant generation device, and an electrode separation device is arranged between the element and the anode plate; and a hydrogen release channel is formed by arranging electrode holes in the cathode plate, the anode plate and an element capable of being used as the cathode of the original ozone mouthwash instant generation device in a staggered manner. According to the invention, the element which can be used as the cathode is added, so that the electrode area is effectively increased, the catalytic efficiency is improved, rapid electrolysis of water molecules is promoted, and the purpose of increasing the ozone content in water is achieved. The electrode holes are distributed in a staggered manner, so that hydrogen is difficult to retain in water, the hydrogen is prompted to be quickly discharged, and the influence of hydrogen reduction on ozone generation is reduced.

Description

technical field [0001] The invention relates to the technical field of ozone water preparation, in particular to an improved method and structure of an instant ozone mouthwash generation device. Background technique [0002] Patent No. ZL201820716425.6 and JP3221790 owned by Nippon Water Technology Co., Ltd. and Shanghai Xiyun Environmental Protection Technology Co., Ltd. disclose a device for instant generation of ozone mouthwash. The electrode assembly, controller and battery that generate ozone, the base is divided into an upper chamber and a lower chamber, the lower end of the electrically insulating cylinder and the upper chamber are connected by a detachable seal, and the electrode assembly is arranged in the upper chamber. The controller and the battery are arranged in the lower chamber, and a conductive screw hole is provided on the partition separating the upper and lower chambers, and the electrode assembly is electrically connected to the controller through the co...

AI Technical Summary

Problems solved by technology

However, because its electrolysis efficiency and concentration are greatly affected by the conductivity of the water body, the concentration of ozone water generated in areas with low water conductivity is low, which affects the bactericidal effect of cleaning the oral cavity

[0003] The following table 1 is the

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