Micro-electric mask with oxygen combination reaction electrode

Abstract

The invention discloses a micro-electric mask with an oxygen combination reaction electrode. The micro-electric mask comprises a substrate material; the essence is in close contact with the substrate material and contains water, the overall dissolved oxygen content of the essence is smaller than 100 ppm, and the electric conductivity of the essence is larger than 40 [mu] s / cm; the oxidation electrode is in conductive contact with the essence, and the standard reduction potential of the oxidation electrode is lower than the oxygen hydration reduction potential, so that when the essence is in contact with the oxygen and the oxidation electrode at the same time, the essence can generate an oxygen hydration reduction half reaction with the oxygen, and the oxidation electrode can generate an oxidation half reaction with moisture in the essence; and the anaerobic package is used for packaging the substrate material, the essence and the oxidation electrode, so that external oxygen is isolated from the substrate material, the essence and the oxidation electrode, and an oxidation semi-reaction and an oxygen hydration reduction semi-reaction are prevented from occurring before the anaerobic package is opened.

Description

technical field [0001] The present invention relates to a facial mask, in particular to a facial mask and facial mask gel which conducts microcurrent. Background technique [0002] The mask seals the skin in an airtight way, so that the pores on the surface of the skin expand to help the ingredients in the essence penetrate into the skin. However, the skin is the body's first line of defense against foreign substances after all, and the absorption efficiency of foreign substances is not high. How to break through this line of defense and promote the skin to absorb the essence without harming the health of the skin has always been a difficult problem that the industry is trying to overcome. [0003] The electroosmotic effect is an action generated by an electric field in a liquid. Since the ions in the liquid are charged, the liquid will also be pushed along with the ions in the liquid under the action of the electric field. Therefore, iontophoresis is used to deliver drugs,...

AI Technical Summary

Problems solved by technology

[0004] However, in order to generate the ions required for electroosmosis, the accompanying chemical reaction, if the reaction time cannot be effectively controlled, the effect of electroosmosis is likely to be greatly reduced

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