Ion introducing device based on titanium membrane

Abstract

The invention provides an ion introducing device based on a titanium membrane. The ion introducing device comprises an electrode part and an integrated circuit part, wherein the electrode part comprises a forward electrode and a backward electrode, and is used for exerting an electric field of which the polarities are opposite on the surface layer of skin of a human body to enable electrified ionsto migrate; the integrated circuit part is used for providing the electric field of which the polarities are opposite to the two electrodes; the forward electrode comprises a titanium membrane and aface membrane; one side of the face membrane is in contact with face skin, the other side of the face membrane is attached to the titanium membrane, and the face membrane is used for bearing an ionizable substance which is introduced into skin; the ionizable substance is ionized by the electric field formed by the electrode part, and then the ionized ionizable substance is introduced to the skin of the human body; and the titanium membrane comprises a base material and a metallic titanium layer attached to the base material. According to the ion introducing device disclosed by the invention, an extra-thin titanium membrane is adopted as a conducting material; a micro-current effect is produced, so that the absorbing of the functional ionizable substance by the skin basal cells is promotedto the maximum degree, the barrier function of the skin is repaired, and the skin state is improved.

Description

technical field [0001] The invention belongs to the technical field of beauty and health care, and in particular relates to an ion introduction device based on a titanium membrane. Background technique [0002] With the continuous deepening of research on microcurrent, the relationship between related applications and human health has been continuously improved. It has safe and significant effects in the fields of chronic muscle pain, beauty anti-aging and rehabilitation medicine, and has become a hot research field. Most of the microcurrents currently used in the fields of medical treatment and cosmetology use biological currents that simulate the compatibility of human cells, and act on the skin and muscle layers of the entire face of the human body with specific frequencies and waveforms. By inducing aging cells in the muscle layer to enter a depolarized state, Promote the rearrangement of cell electric field to restore its activity and function; activate the memory of mu...

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Problems solved by technology

[0004] CN105611965A discloses a portable iontophoresis system using a facial mask. In this scheme, an iontophoresis instrument with two electrodes is set, one electrode is in contact with human skin, and the other is connected to a corner of an ordinary facial mask by means of tweezers, so that the microcurrent Transfer to the mask; but the ordinary mask is not conductive, so it cannot achieve an effective micro-current effect on the face to achieve skin beauty effects; at the same time, ordinary metals are prone to ion reactions when they are in contact with the mask liquid in the electrified state, so that the import effect cannot be achieved

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