TWI806645B - Facial mask having a double-electrode pattern for long-acting ion introduction - Google Patents

Abstract

The present invention provides a facial mask having a double-electrode pattern for long-acting ion introduction, wherein various printing layers each having a double-electrode pattern are deposited on a first part, a second part, and a third part of a fabric layer. As such, an electrode coating layer of each printing layer has electrochemical reactivity with ionic compounds of an essence to generate microcurrent so that various facial parts are received with different current through the microcurrent and the various facial parts can have good stimulating effect.

Description

Long-lasting iontophoresis mask with double-electrode pattern structure

The present invention relates to a facial mask, in particular to a long-acting iontophoresis facial mask with a double-electrode pattern structure.

Mask is a kind of skin care product that is applied on the face. The essence or other substances contained in it will penetrate into the bottom layer of the skin with the absorption of the skin, and can exert its skin care effect. Generally, the mask has many forms, such as the patch type Mask, cleansing mask (clay or gel directly applied to the face) or peel-off mask (applied on the face and can be peeled off after drying), and if distinguished by function, there are moisturizing , cleansing, clearing acne and whitening effects, but the absorption situation varies with different skin types. General facial masks cannot distinguish individual skin types, so it is generally necessary for users to choose suitable facial masks after diagnosis or testing. As used.

In recent years, in order to improve the problem of poor skin absorption rate, many beauty devices or masks with more functions have been launched. Among them, the most well-known is the micro-current mask, which introduces micro-current through electrodes to stimulate the facial skin to make it better. To absorb the essence or other substances on the facial mask, refer to the patent announcement number TW M515810U, which provides a facial mask device, which forms a current path through electrodes and conductive parts, and can achieve the effect of current stimulation on the face through external power supply. In addition, it is more Some operators have introduced a single type of electrode printed on the surface Microcurrents can be generated on the membrane, but if there is no external power supply and no other effects intervene, no energy can be generated according to the law of energy conservation.

In order to improve the conventional deficiencies, the present invention proposes a long-lasting iontophoresis facial mask with a double-electrode pattern structure, which uses the double-electrode pattern structure combined with the electrochemical action of the essence to generate micro-currents and give different treatments to different parts of the face. The amount of micro-current does not require the intervention of an external power source, so as to provide different stimulation schemes for the skin quality of different parts of the face.

The main purpose of the present invention is to provide a long-term iontophoresis mask with a double-electrode pattern structure, which distinguishes the first block, the second block and the third block with a cloth layer, so that the first block is set in the first block. Double-electrode pattern printing layer, the second double-electrode pattern printing layer is set in the second block, and the third double-electrode pattern printing layer is set in the third block, and the electrode coating is combined with the ionic compound of the essence to generate electrochemical The micro-current is generated through the chemical effect, and different micro-current currents are given through different areas, so that the skin areas with different skin textures in the face can get the best stimulation effect.

In order to achieve the above-mentioned purpose, one embodiment of the present invention discloses a long-acting iontophoresis facial mask with a double-electrode pattern structure, comprising: a cloth layer including an essence, the essence is distributed on the cloth layer, and the cloth layer It has a first block, a second block and a third block, and the first block is attached to a first skin area of a human body, and the second block is attached to the A second skin area of the human body, and the third block is attached to a third skin area of the human body; a first double-electrode pattern printing layer is arranged on the first block of the cloth layer, the first A double-electrode pattern printing layer includes a first electrode coating and a second electrode coating, and the materials of the first electrode coating and the second electrode coating are different, and the first double-electrode pattern printing layer is based on The first electrode coating, the second electrode coating and the essence An ionic compound produces electrochemical action to generate a first microcurrent in the first skin area respectively; a second double-electrode pattern printing layer is arranged on the second block of the cloth layer, and the second double-electrode The pattern printing layer includes a third electrode coating and a fourth electrode coating, and the materials of the third electrode coating and the fourth electrode coating are different, and the second double-electrode pattern printing layer is based on the third electrode coating The electrode coating, the fourth electrode coating and the ionic compound of the essence produce an electrochemical action to generate a second microcurrent in the second skin area respectively; and a third double-electrode pattern printing layer is arranged on the In the third block of the cloth layer, the third double-electrode pattern printing layer includes a fifth electrode coating and a sixth electrode coating, and the materials of the fifth electrode coating and the sixth electrode coating Differently, the third double-electrode pattern printing layer is based on the electrochemical action of the fifth electrode coating, the sixth electrode coating, and the ionic compound of the essence, so as to generate a third double-electrode pattern on the third skin area respectively. microcurrent.

In a preferred embodiment, the current volume of the first micro-current is 300 μA-400 μA, the current volume of the second micro-current is 100 μA-200 μA, and the current volume of the third micro-current is 200 μA-300 μA.

In a preferred embodiment, the first electrode coating is coated with a first metal material, and the second electrode coating is coated with a second metal material, and the first electrode coating and the There is a predetermined distance between the second electrode coatings, so that the electrochemical action is generated between the first electrode coating and the second electrode coating according to the ionic compound of the essence, so as to form an electrochemical action on the first skin area Generate the first microcurrent.

In a preferred embodiment, the first metal material and the second metal material are calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead, copper, silver, platinum, gold, carbon or combinations thereof .

In a preferred embodiment, the third electrode coating is coated with a third metal material, and the fourth electrode coating is coated with a fourth metal material, and the third electrode coating and the There is the preset distance between the fourth electrode coatings, so that the distance between the third electrode coating and the fourth electrode coating is based on The ionic compounds of the essence produce electrochemical action to generate the second microcurrent in the second skin area.

In a preferred embodiment, the third metal material and the fourth metal material are calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead, copper, silver, platinum, gold, carbon or a combination of the foregoing .

In a preferred embodiment, the fifth electrode coating is coated with a fifth metal material, and the sixth electrode coating is coated with a sixth metal material, and the fifth electrode coating and the There is the preset distance between the sixth electrode coatings, so that the electrochemical action is generated between the fifth electrode coating and the sixth electrode coating according to the ionic compound of the essence, so that the third skin area Generate the third microcurrent.

In a preferred embodiment, the fifth metal material and the sixth metal material are calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead, copper, silver, platinum, gold, carbon or combinations thereof .

In a preferred embodiment, the first specific surface area of the first electrode coating and the second electrode coating is positively correlated with the first microcurrent, and the third electrode coating and the fourth electrode coating have a positive correlation. A second specific surface area is positively correlated with the second microcurrent, and a third specific surface area of the fifth electrode coating and the sixth electrode coating is positively correlated with the third microcurrent.

In a preferred embodiment, the first skin area is on the forehead and nose, the second skin area is on the cheeks, and the third skin area is on the chin.

The beneficial effect of the present invention is that no external power source is needed, and micro-currents can be generated according to the electrochemical action of different electrode coatings and essences, and the current amount of micro-currents can be adjusted according to different positions of the face to achieve the best The stimulating effect.

1: Fabric layer

11: The first block

12: The second block

13: The third block

2: The first double electrode pattern printing layer

21: First electrode coating

22: Second electrode coating

3: The second double electrode pattern printing layer

31: Third electrode coating

32: Fourth electrode coating

4: The third double electrode pattern printing layer

41: Fifth electrode coating

42: The sixth electrode coating

Figure 1: It is a schematic diagram of a facial mask according to an embodiment of the present invention.

In order to make the above and/or other purposes, effects, and features of the present invention more obvious and understandable, the preferred implementation modes are specifically cited below, which are described in detail below:

Please refer to the first figure, which is a schematic diagram of a facial mask according to an embodiment of the present invention. As shown in the figure, the long-acting iontophoresis facial mask with a double-electrode pattern structure of the present invention includes a cloth layer 1, a first double-electrode pattern printing layer 2, a second double-electrode pattern printing layer 3 and a third double-electrode pattern printing layer 4, and detailed below.

The cloth layer 1 contains essence, and the cloth layer 1 has a first block 11, a second block 12 and a third block 13, and the first block 11 is attached to the first skin area of the human body, The second block 12 is attached to the second skin area of the human body, and the third block 13 is attached to the third skin area of the human body, wherein the material of the cloth layer 1 is not limited, in one embodiment , the material of the cloth layer 1 can use fiber cloth material, but not limited thereto.

In one embodiment, the fabric layer 1 can be soaked in the essence, so that the essence is completely distributed in the fabric layer 1, and the composition of the essence is not limited, and different ingredients can be added according to the needs. Common ingredients include hyaluronic acid, nerve Amide, Squalane, Collagen, B5, Retinol, Peptide, Vitamin E, Alcohol, Boseine, Edelweiss, Vitamin C, Niacinamide, Arbutin, VC Derivatives, Kojic Acid, Tranexamic Acid Acid, licorice extract, allantoin, chamomile or centella asiatica and other ingredients beneficial to skin maintenance, but not limited to.

The first double-electrode pattern printing layer 2 is arranged on the first block 11 of the cloth layer 1. In one embodiment, the number of the first double-electrode pattern printing layer 2 is not limited, and it can cover the first block 11 , But not limited thereto, the first dual-electrode pattern printing layer 2 includes a first electrode coating 21 and a second electrode coating 22 , and the materials of the first electrode coating 21 and the second electrode coating 22 are different.

In one embodiment, the first electrode coating 21 is coated with a first metal material, and the second electrode coating 22 is coated with a second metal material, and the first electrode coating 21 and the second electrode coating There is a preset distance between the layers 22, so that the electrochemical action between the first electrode coating 21 and the second electrode coating 22 is generated according to the ionic compound of the essence, so as to generate the first microcurrent in the first skin area respectively, Among them, in one embodiment, the first skin area is the forehead and nose. At the same time, considering that the forehead and nose are more likely to produce oil, enlarged pores and wrinkles than other parts of the face, the current amount of the first microcurrent It is between 300μA-400μA, which stimulates the skin of this area in a relatively high-intensity manner, and makes the essence be better introduced into the skin of this area, but not limited thereto.

Wherein, the first metal material and the second metal material may contain calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead, copper, silver, platinum, gold, carbon or a combination thereof, as long as the first metal material It only needs to be different from the second metal material, and two different metal materials can generate a chemical potential difference according to their corresponding activities.

In one embodiment, the first specific surface area of the first electrode coating 21 and the second electrode coating 22 is positively correlated with the first microcurrent, that is, the first electrode coating 21 and the second electrode coating 22 have a first The higher the specific surface area, the higher the current flow of the first microcurrent. At the same time, it is possible to control the first microcurrent through the design of the first specific surface area of the first electrode coating 21 and the second electrode coating 22. The effect of the amount of current, or the effect of controlling the amount of current of the first micro-current with the distance between the first electrode coating 21 and the second electrode coating 22, when the distance is farther, the amount of current of the first micro-current is smaller, and vice versa , when the distance is closer, the current amount of the first micro-current is relatively larger.

The second double-electrode pattern printing layer 3 is arranged on the second block 12 of the cloth layer 1. In one embodiment, the number of the second double-electrode pattern printing layer 3 is not limited, and it can cover the second block 12 , but not limited thereto, the second dual-electrode pattern printing layer 3 includes a third electrode coating 31 and a fourth electrode coating 32 , and the materials of the third electrode coating 31 and the fourth electrode coating 32 are different.

Wherein, in one embodiment, the third electrode coating 31 is coated with a third metal material, and the fourth electrode coating 32 is coated with a fourth metal material, and the third electrode coating 31 and the fourth There is a preset distance between the electrode coatings 32, so that an electrochemical action is generated between the third electrode coating 31 and the fourth electrode coating 32 according to the ionic compound of the essence, so as to generate a second micro-particle in the second skin area respectively. Electric current, wherein, in one embodiment, the second skin area is the cheek position, and, because the cheek position is more elastic than other positions on the face, the current amount of the second microcurrent is between 100μA-200μA, in order to compare The low current is mainly to maintain the continuous introduction of the essence, but it is not limited thereto.

Wherein, the third metal material and the fourth metal material may contain calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead, copper, silver, platinum, gold, carbon or a combination thereof, as long as the third metal material It only needs to be different from the fourth metal material, and two different metal materials can generate a chemical potential difference according to their corresponding activities.

In one embodiment, the second specific surface area of the third electrode coating 31 and the fourth electrode coating 32 is positively correlated with the second microcurrent, that is, the second specific surface area of the third electrode coating 31 and the fourth electrode coating 32 The higher the specific surface area, the higher the current flow of the second microcurrent. At the same time, it is possible to control the second microcurrent through the design of the second specific surface area of the third electrode coating 31 and the fourth electrode coating 32. The effect of current flow, or the effect of controlling the current flow of the second microcurrent with the distance between the third electrode coating 31 and the fourth electrode coating 32, the farther the distance is, the smaller the current flow of the second microcurrent is, and vice versa , when the distance is closer, the current amount of the second micro-current is relatively larger.

The third double-electrode pattern printing layer 4 is arranged on the third block 13 of the cloth layer 1. In one embodiment, the number of the third double-electrode pattern printing layer 4 is not limited, and it can cover the third block 13 , but not limited thereto, the third dual-electrode pattern printing layer 4 includes a fifth electrode coating 41 and a sixth electrode coating 42 , and the materials of the fifth electrode coating 41 and the sixth electrode coating 42 are different.

In one embodiment, the fifth electrode coating 41 is coated with a fifth metal material, and the sixth electrode coating 42 is coated with a sixth metal material, and the fifth electrode coating 41 and the sixth electrode coating There is a predetermined distance between the layers 42, so that the electrochemical action between the fifth electrode coating 41 and the sixth electrode coating 42 is generated according to the ionic compound of the essence, so as to generate a third microcurrent in the third skin area respectively, Among them, in one embodiment, the third skin area is the chin position, and the chin position is more prone to lack of moisture than other parts of the face, so the current of the third microcurrent is between 200μA-300μA, mainly to strengthen the essence The effect of importing and increasing skin absorption, but not limited thereto.

Wherein, the fifth metal material and the sixth metal material may contain calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead, copper, silver, platinum, gold, carbon or a combination thereof, as long as the fifth metal material It only needs to be different from the sixth metal material, and two different metal materials can generate a chemical potential difference according to their corresponding activities.

In one embodiment, the third specific surface area of the fifth electrode coating 41 and the sixth electrode coating 42 is positively correlated with the third microcurrent, that is, the third specific surface area of the fifth electrode coating 41 and the sixth electrode coating 42 The higher the specific surface area, the higher the current flow of the third microcurrent. At the same time, it is possible to control the third microcurrent through the design of the third specific surface area of the fifth electrode coating 41 and the sixth electrode coating 42. The effect of current flow, or the effect of controlling the current flow of the third micro-current with the distance between the fifth electrode coating 41 and the sixth electrode coating 42, when the distance is farther, the current flow of the third micro-current is smaller, and vice versa , when the distance is closer, the current amount of the third micro-current is relatively larger.

In summary, the long-acting iontophoresis facial mask with a double-electrode pattern structure of the present invention is provided with a first double-electrode pattern printing layer on the first block of the cloth layer, and a second double-electrode pattern printing layer on the second block of the cloth layer. The electrode pattern printing layer, and the third double-electrode pattern printing layer is set on the third block of the cloth layer, and the electrode coating is combined with the ionic compound of the essence to generate electrochemical action, thereby generating a micro current, and, in different Different double-electrode pattern printing layers are designed in blocks to provide different microcurrent currents, so that skin areas at different positions on the face can get the best stimulation effect, which is in line with the purpose of the present invention.

But what is described above is only a preferred embodiment of the present invention, but it cannot limit the scope of implementation of the present invention; therefore, all simple equivalent changes and modifications made according to the patent scope of the present invention and the contents of the description, All still belong to the scope covered by the patent of the present invention.

1: Fabric layer

11: The first block

12: The second block

13: The third block

2: The first double electrode pattern printing layer

21: First electrode coating

22: Second electrode coating

3: The second double electrode pattern printing layer

31: Third electrode coating

32: Fourth electrode coating

4: The third double electrode pattern printing layer

41: Fifth electrode coating

42: The sixth electrode coating

Claims (8)

A long-acting iontophoresis facial mask with a double-electrode pattern structure, comprising: a cloth layer including an essence, the essence is distributed on the cloth layer, the cloth layer has a first block, a second block and A third block, and the first block is attached to a first skin area of a human body, the second block is attached to a second skin area of the human body, and the third block It is attached to a third skin area of the human body, wherein: the first skin area is the forehead and nose position, the second skin area is the cheek position, and the third skin area is the chin position; a first double electrode The pattern printing layer is arranged on the first block of the cloth layer, the first double-electrode pattern printing layer includes a first electrode coating and a second electrode coating, and the first electrode coating and the second electrode coating The materials of the two electrode coatings are different, and the first double electrode pattern printing layer is based on the electrochemical action of the first electrode coating, the second electrode coating and the ionic compound of the essence, so as to separately The skin area generates a first microcurrent, wherein: the current amount of the first microcurrent is 300μA-400μA; a second double-electrode pattern printing layer is arranged on the second block of the cloth layer, and the second double-electrode The pattern printing layer includes a third electrode coating and a fourth electrode coating, and the materials of the third electrode coating and the fourth electrode coating are different, and the second double-electrode pattern printing layer is based on the third electrode coating The electrode coating, the fourth electrode coating and the ionic compound of the essence produce electrochemical action to generate a second microcurrent in the second skin area respectively, wherein: the current amount of the second microcurrent is 100 μA -200 μA; and a third double-electrode pattern printing layer disposed on the third area of the fabric layer, the third double-electrode pattern printing layer includes a fifth electrode coating and a sixth electrode coating, and, The material of the fifth electrode coating is different from that of the sixth electrode coating, and the third double-electrode pattern printing layer is based on the fifth electrode coating, the sixth electrode coating and the ionic compound of the essence to generate electrochemical learning function, to distinguish A third microcurrent is generated in the third skin area, wherein: the current amount of the third microcurrent is 200μA-300μA. According to the long-acting iontophoresis mask with a double-electrode pattern structure described in claim 1, wherein the first electrode coating is coated with a first metal material, and the second electrode coating is coated with a second metal material coating, and there is a preset distance between the first electrode coating and the second electrode coating, so that the distance between the first electrode coating and the second electrode coating depends on the The ionic compound produces electrochemical action to generate the first microcurrent in the first skin area. According to the long-acting iontophoresis mask with a double-electrode pattern structure described in claim 2, wherein the first metal material and the second metal material are calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead , copper, silver, platinum, gold, carbon or a combination of the foregoing. According to the long-term iontophoresis mask with a double-electrode pattern structure described in claim 1, wherein the third electrode coating is coated with a third metal material, and the fourth electrode coating is coated with a fourth metal Material coating, and there is a preset distance between the third electrode coating and the fourth electrode coating, so that the distance between the third electrode coating and the fourth electrode coating depends on the The ionic compound produces electrochemical action to generate the second microcurrent in the second skin area. According to the long-acting iontophoresis mask with a double-electrode pattern structure described in claim 4, wherein the third metal material and the fourth metal material are calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead , copper, silver, platinum, gold, carbon or a combination of the foregoing. According to the long-term iontophoresis mask with a double-electrode pattern structure described in claim 1, wherein the fifth electrode coating is coated with a fifth metal material, and the sixth electrode coating is coated with a sixth metal material coating, and there is a preset distance between the fifth electrode coating and the sixth electrode coating, so that The electrochemical action between the fifth electrode coating and the sixth electrode coating is generated according to the ionic compound of the essence, so as to generate the third microcurrent in the third skin area. According to the long-acting iontophoresis mask with a double-electrode pattern structure described in claim 6, wherein the fifth metal material and the sixth metal material are calcium, magnesium, aluminum, zinc, iron, cobalt, nickel, tin, lead , copper, silver, platinum, gold, carbon or a combination of the foregoing. According to the long-acting iontophoresis facial mask with a double-electrode pattern structure described in claim 1, wherein the first specific surface area of the first electrode coating and the second electrode coating is positively correlated with the first microcurrent, The second specific surface area of the third electrode coating and the fourth electrode coating is positively correlated with the second microcurrent, and the third specific surface area of the fifth electrode coating and the sixth electrode coating is directly related to the second specific surface area of the sixth electrode coating. The third microcurrent is positively correlated.

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