KR20200138898A - Facial skin care apparatus - Google Patents

Abstract

The present invention relates to a facial skin care apparatus which covers a wearer′s face and emits a large amount of negative ions and far-infrared rays to maximize a skin improvement effect. The apparatus comprises: a facial mask part including a shape corresponding to a shape of the wearer′s face and having a circulation pipe through which circulating water circulates formed therein; and a circulating supply unit for supplying circulating water to the circulation pipe formed in the facial mask part to be circulated. The facial mask part is characterized in that an outer skin layer made of a laminated waterproof sheet and an inner skin layer made of a waterproof sheet are partially fused to form an edge fusion portion at the edge of the laminated outer skin layer and the inner skin layer; sectionally fused section fusion portions are formed in an inner space of the edge fusion portion; and a circulation pipe divided by an edge fusion portion and a section fusion part between the outer skin layer and the inner skin layer is integrally formed.

Description

Facial skin care apparatus {Facial skin care apparatus}

The present invention relates to a facial skin care device, and more particularly, to a facial skin care device that covers the face of a wearer and radiates a large amount of negative ions and far-infrared rays to maximize the skin improvement effect.

In modern society, active oxygen is generated in large quantities due to ultraviolet rays and water pollution due to the destruction of exhaust gas, harmful chemicals, and ozone layer, and such active oxygen penetrates the human body and causes various side effects, especially pigment change and skin aging. It is known as the main cause of the back.

In addition, in recent years, outdoor leisure activities such as golf are increasing in order to relieve excessive social and work stress. During such outdoor leisure activities, skin damage is more easily exposed to the above pollutants. And because skin aging is inevitable, it has a negative effect on the trend to enjoy outdoor leisure activities more actively and comfortably.

In order to improve such problems and to prevent and improve skin diseases, various skin external preparations such as sunscreens, skin care agents, and cosmetics have been widely developed and used.

However, since these existing external preparations for skin are merely supplying moisture and nutrients to the skin, they are not able to supply specialized products that are mainly effective in preventing skin damage to the face.

In addition, as efforts and research to provide an improvement effect to the facial skin have been actively conducted, a number of mask packs comprising a sheet in the form of a face have also been developed and supplied.

However, the existing mask pack mainly contains functions such as stabilizing skin tissue, promoting skin metabolism, and moisturizing by using aloena, oil, and ocher as main components, but skin damage and aging, which are major cosmetic diseases of facial skin ( UV rays and free radicals cause oxidation on skin cells, causing the pigment to turn black, etc.).

Accordingly, there is a difficulty in that it takes a lot of time and cost to remove the toxicity of loess, and since the loess emits a suitable amount of far-infrared rays at a temperature of 90°C, it is difficult to radiate a sufficient amount of far-infrared rays at room temperature. .

KR 20-0276420 Y1 KR 20-0396456 Y1 KR 10-1350503 B1

The object of the present invention, conceived to solve the above problems, is to be easily worn on the face of the wearer, and to promote skin beauty by radiating negative ions and far-infrared rays to the face. In particular, it does not emit heat directly to the face through heat transfer. No, it is provided to a facial skin care device configured to indirectly provide warmth or cold air to the face through circulating water to prevent exposure of harmful electromagnetic waves to the human body.

The above object is achieved by the following configuration provided in the present invention.

Facial skin care device according to the present invention,

A face mask unit having a shape corresponding to the shape of the wearer's face and having a circulation passage through which circulating water circulates;

It is configured to include a circulation supply unit for supplying circulating water to the circulation pipe formed in the face mask unit to circulate,

The face mask part partially fuses the outer skin layer made of the laminated waterproof sheet and the inner skin layer made of the waterproof sheet to form an edge fusion part at the edges of the laminated outer skin layer and the inner skin layer, and section fusion bonding in the inner space of the edge fusion part. By forming parts, it is characterized in that a circulation pipe partitioned by an edge fusion part and a section fusion part is integrally formed between the outer skin layer and the inner skin layer.

Preferably, the section fusion part is configured in a block shape, and a hollow filling pocket into which minerals are filled is formed in the section fusion part.

More preferably, the inner skin layer is formed by laminating a mineral coating layer containing a mineral material, and the outer skin layer is formed by laminating an insulating shielding layer made of an aluminum thin film.

As described above, in the present invention, the heated or cooled circulating water is circulated to the face mask unit to heat or cool the face mask unit covering the entire face of the wearer by heat exchange with the circulating water.

When configured in this way, since the face mask unit is not heated by itself through a heating wire or the like, exposure of electromagnetic waves to the face of the wearer is prevented.

In addition, according to the present invention, it is possible to change the temperature of the face mask unit instantly through circulation of hot and cold water, and through this, it is possible to open the pores by applying heat, and to close the pores by applying cold air.

In particular, the face mask portion does not have a tube-shaped circulation pipe, and the outer skin layer and the inner skin layer are formed in a form in which the circulation pipe is integrally formed by the edge fusion part and the section fusion part, thereby securing light weight and flexibility, resulting in improved wear stability. Can be secured.

In addition, the face mask portion is filled with a natural mineral coating layer and a natural mineral material to emit a large amount of negative ions and far infrared rays to the face of the wearer through heat exchange with circulating water.

Therefore, the warmth provided through the face mask unit, by negative ions and far-infrared rays, improves damaged skin and skin color, activates the skin's natural collagen, stimulates fibroblasts to promote the production of collagen and elastin, and restores skin function through a moisturizing effect. Circulatory function of the skin to promote metabolic activity, suppress melanin production, which is the cause of SUN-SPOT in the skin, improve facial redness, maintain smooth skin texture, control and expand capillaries, thereby discharging waste products due to skin beauty effects and ideation. It has the effect of discharging maintenance heavy metals, recovering from chronic fatigue and removing hangovers, decomposing fat by increasing the subcutaneous deep temperature, relieving and relieving pain, antibacterial, anti-fungal, deodorizing, reviving tissue, and improving tissue regeneration ability.

1 shows the overall configuration of a facial skin care device proposed as a preferred embodiment in the present invention,
2 and 3 show a detailed configuration of a facial mast part in the facial skin care apparatus proposed as a preferred embodiment in the present invention,
4 is a diagram showing a cross-sectional configuration of a facial mast part in a facial skin care apparatus proposed as a preferred embodiment in the present invention,
5 is a block diagram showing the overall configuration of a circulation supply unit in a facial skin care apparatus proposed as a preferred embodiment in the present invention.

Hereinafter, a facial skin care apparatus proposed as a preferred embodiment in the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram showing the overall configuration of a facial skin care device proposed as a preferred embodiment in the present invention, and FIGS. 2 and 3 are a facial mast part in the facial skin care device proposed as a preferred embodiment in the present invention. It shows a detailed configuration, and Figure 4 shows a cross-sectional configuration of a facial mast part in a facial skin care device proposed as a preferred embodiment in the present invention, and Figure 5 is a facial skin proposed as a preferred embodiment in the present invention In the management device, it is a block diagram showing the overall configuration of the circulation supply unit.

The facial skin care apparatus 1 proposed as a preferred embodiment of the present invention includes a face mask portion 10 formed into a shape corresponding to the shape of the wearer's face as shown in FIGS. 1 to 3.

In this embodiment, an improved heating that provides heat required for heating of natural minerals to the face mask 10 while disposing natural minerals that emit negative ions and far-infrared rays by heating on the face mask 10 By providing a structure, negative ions and far-infrared rays emitted from natural minerals heated by the heating structure are deeply emitted to the face.

In particular, in the present invention, the face mask unit 10 is improved to prevent a phenomenon in which electromagnetic waves are directly radiated to the face of the wearer by heating the arranged natural mineral materials together with a standardized arrangement of natural minerals.

To this end, in the present embodiment, a circulation pipe 15 providing a circulation path of circulating water is formed in the face mask part 10, and circulation along the circulation pipe 15 formed in the face mask part 10 It further includes a circulating water supply unit 20 for continuously circulating and supplying water.

That is, in the present invention, a heating wire that radiates heat through resistance heating is installed in the face mask part 10 so that the face mask part is not directly heated through the heating wire, but the face mask part 10 is made through heated or cooled circulating water. It is circulated to heat or cool the face mask unit 10 through heat exchange with the circulating water.

With this configuration, since the face mask unit 10 is heated or cooled by heat exchange with circulating water, electromagnetic waves due to resistance heating of the heating wire are prevented from being directly radiated to the face of the wearer.

In particular, in the present embodiment, a separate tube-shaped circulation pipe is not separately installed in the face mask part 10, and a circulation pipe provides a circulation path of heated or cooled circulating water in the face mask part 10. (15) is integrally formed.

When configured in this way, the thickness of the face mask unit 10 is prevented from being thickened or the flexibility is decreased as the tube-shaped circulation pipe is installed, and in particular, the weight of the face mask unit 10 can be reduced.

In the face mask part 10 according to the present embodiment, the edges of the outer skin layer 12 made of the waterproof sheet 12a stacked as shown in FIG. 4 and the inner skin layer 11 made of the waterproof sheet 11a are fused together to the inner side. An edge fusion part 13 that seals the space, and a circulation section fusion part 14 in which the inner space of the rim fusion part 13 is fused is formed, between the stacked outer skin layer 12 and the inner skin layer 11 The circumferential pipe 15 is integrally formed by the frame fusion part 13 and the circulation section fusion part 14.

That is, the edges of the stacked outer skin layer 12 and the inner skin layer 11 are sealed by the rim fusion part 13, and the inner space formed inside the rim fusion part 13 has circulation section fusion parts 14 It is partially sealed by the section, so that the inner space of the frame fusion part 13 is integrally formed with a circulation duct 15 that is locally closed by the circulation section fusion parts 14.

According to the present embodiment, the edge fusion part 13 or the circulation section fusion part 14 is formed through hot pressing or ultrasonic fusion, and partitions the corresponding portions of the laminated outer skin layer 12 and the inner skin layer 11 By sealing it, even if circulating water including hot or cold water continuously circulates along the circulation pipe 15, the phenomenon that their fusion state is poor is prevented, and also has stable flexibility.

Made of thermoplastic silicone resin, polyurethane elastomer, ethylene vinyl acetate (EVA), and non-hazardous PVC materials of the outer skin layer 12 and the inner skin layer 11 forming the face mask part 10 by the fusion, excellent light weight and flexibility Has.

In addition, at the end of the circulation pipe 15 formed in the face mask part 10 by the fusion bonding, an inlet 15a, which is an inlet path of circulating water flowing into the circulation pipe 15, and circulation along the circulation pipe 15 The discharge ports 15b, which are discharge paths for the discharged circulating water, are respectively formed. In particular, in this embodiment, excellent sterilization and heat dissipation properties are formed between the outer skin layer 12 and the inner skin layer 11 forming the face mask part 10. A metal mesh layer 16 made of the same material is disposed so that the outer skin layer 12 and the inner skin layer 11 constituting the face mask 10 are fused through the metal mesh layer 16.

At this time, the metal mesh layer 16 is composed of a linear wire 16a made of a copper material having excellent thermal conductivity in a lattice structure, and the linear wire 16a is woven in a lattice structure. The coil 16b of the metal mesh layer 16 is installed on the circulation duct 15 of the face mask 10 manufactured by embedding the metal mesh layer 16 by arranging the coil 16b on the layer 16 Make it possible.

At this time, the coil 16b partially formed in the metal mesh layer 16 is twisted in a spiral to support the inner wall of the circulation pipe 15 to be formed, and the circulating water moving along the circulation pipe 15 is spirally By circulating while being twisted in a spiral by the twisted coil 16b, stable heat exchange with the inner skin layer 11 constituting the face mask 10 is achieved.

In addition, the face mask portion 10 is formed into a shape corresponding to the shape of the face by bending the buried metal mesh layer 16 to stably cover the face, and the circulation pipe 15 is twisted in a spiral It maintains the shape formed by the coil 16b.

In addition, the circulating water circulating in the circulation duct 15 is twisted in a spiral and antibacterial is achieved through surface contact and interference with the coil 16b disposed in the circulation duct 15, and Accordingly, while circulating and moving in a spiral, stable heat exchange between the circulating water and the face mask unit 10 is achieved.

And, the coil (16b) installed in the circulation pipe (15) is composed of a helical linear hollow, and a plurality of inclined holes (16b-a) communicating with the hollow part are formed to penetrate through the outer wall, The circulating water circulating along the circulation pipe 15 circulates while passing through the inclined holes 16b-a formed in the coil 16b so that the surface contact area with the coil 16b is increased.

In addition, the circulating water introduced through the inclined hole 16b-a remains in the hollow portion of the coil, thereby preserving the temperature of the coil itself.

Accordingly, the coil 16b disposed in the circulation pipe 15 serves to sterilize the circulating water and continuously maintain heat in the face mask unit 10 through heat exchange with the circulating water.

On the other hand, on the inner wall of the inner skin layer 11 forming the face mask 10, a mineral coating layer 11b mixed with natural mineral powder that emits negative ions and far infrared rays by heating is formed to be stacked, and the circulation pipe (15) A large amount of negative ions and far-infrared rays are emitted by heating by the circulating flow.

According to this embodiment, the natural mineral coating layer (11b) is mixed in a ratio of 30 to 70 parts by weight of graphite powder, 10 to 30 parts by weight of natural volcanic stone, 20 to 30 parts by weight of germanium, and 10 to 30 parts by weight of elvan stone Is made of natural mineral powder of 2000 to 3000 mesh or less.

These natural mineral powders have a far-infrared emission effect of 90% or more even at 40°C or less, have a function of removing fungal bacteria harmful to the skin through the antibacterial property, and the facial skin through negative ions and far-infrared rays emitted from natural minerals You can alleviate the trouble.

More preferably, the natural mineral powder pulverized into a powder of 2200 mesh to 2400 mesh is primarily stirred at a temperature of 70 to 90°C, and then at a temperature of 90 to 100°C and a pressure of 30 to 40 ATM for 40 minutes After stirring and sterilizing for a time of 50 to 50 minutes, it is applied to one side of the inner skin layer in a state of being mixed with a natural adhesive material at room temperature of 30 to 40°C to form a mineral coating layer.

Here, after drying and cooling the natural mineral powder, it is mixed with a natural adhesive such as gel-type gelatin and applied to the inner wall of the inner skin layer.

As the natural adhesive, adhesiveness and preservability can be maximized by mixing gelatin, a gel-type natural adhesive material that melts at body temperature.

Optionally, nutrients useful for skin beauty, such as vitamins and collagen, may be added to the gelatin as necessary, and further, extracts concentrated from juices of natural fruits and vegetables, or powdered ingredients obtained by drying medicinal plants are added. I can.

Further, in this embodiment, a non-fused hollow filling pocket 14a is formed in the fusion portion 14 of the circulation section of the face mask portion 10, and natural mineral powder P is placed in the filling pocket 14a. Fill it up.

Here, the filling pocket (14a) is formed by the natural mineral powder (P) filled in the fusion section (14a) of the circulation section during the fusion process of the fusion section (14) molded in a block shape.

At this time, the filling pocket 14a is provided with a metal mesh layer 16 that exchanges heat with the circulating water circulating along the circulation pipe 15, and the filling pocket 14a by the heat conducted through the metal mesh layer 16 ) The natural mineral powder (P) filled in is to be heated.

If configured in this way, the heating or cooling of the face through the circulation supply unit 20 may be assisted, or heating or cooling of the face mask unit 10 may be achieved through self-heating.

In addition, a metal film layer 12b made of aluminum or copper is formed to be stacked on the outer skin layer 12, and heat loss of the circulation flow circulating through the circulation pipe 15 by insulating the face mask unit 10 itself Make sure this is minimized.

Meanwhile, the circulation supply unit 20 includes a storage tank 21 having a storage space for circulating water as shown in FIGS. 1 and 5; A circulation pump 22 forcibly circulating the circulating water stored in the storage tank 21; And a heating/cooling unit 23 disposed in the storage tank to heat or cool the circulating water stored in the storage tank to adjust the temperature of the circulating water. And a control unit 24 for controlling driving of the circulation pump 23 and the heating/cooling unit.

Here, the heating and cooling unit 23 may be composed of a heater member configured separately to promote heating and a cooling member to promote cooling, and more preferably, a Peltier element that performs cooling and heating according to the input power ( By adopting an electronic cooling device), the structure is simplified through unification of the structure.

In addition, an exhaust pump 25 is disposed in the storage tank 21 to exhaust the air remaining in the storage tank 21 to form a depressurized state in the storage tank 21 to minimize the amount of saturation of the air remaining in the circulating water. By doing so, a phenomenon in which the amount of residual air in the circulating water is excessively increased and the pumping efficiency of the circulation pump 23 is lowered is suppressed.

Therefore, the face mask unit 10 worn on the wearer's face is formed to be bent according to the contour of the face through a spirally twisted coil 16b and stably adheres to the face, through the circulation supply unit 20 The circulating water provided is circulated along the circulation pipe 15.

In this process, the natural mineral material coating layer 11b formed on the face mask part 10 and the natural mineral powder P filled in the filling pocket 14a of the circulation compartment fusion part 14 are mixed with the circulating water. Heated through heat exchange, it emits large amounts of negative ions and far infrared rays to the wearer's face.

1. Facial skin care device
10. Facial mask 11. Inner skin layer
11a. Waterproof sheet 11b. Natural mineral coating layer
12. Outer layer 12a. Waterproof sheet
12b. Metal film layer 13. Edge fusion part
14. Circulation section fusion part 14a. Filling pocket
15. Circulation line 15a. Inlet
15b. Outlet 16. Metal mesh layer
16a. Linear wire 16b. coil
16b-a. Circulation hole 16b-b. Hollow part
20. Circulating water supply part 21. Reservoir
22. Circulation pump unit
22a. Water supply pipe 22b. Collection pipe
23. Heating cooling unit 24. Control unit
25. Exhaust pump
P. Natural mineral powder

Claims (4)

A face mask unit having a shape corresponding to the shape of the wearer's face and having a circulation passage through which circulating water circulates;
It is configured to include a circulation supply unit for supplying circulating water to the circulation pipe formed in the face mask unit to circulate,
The face mask part partially fuses the outer skin layer made of the laminated waterproof sheet and the inner skin layer made of the waterproof sheet to form an edge fusion part at the edges of the laminated outer skin layer and the inner skin layer, and section fusion bonding in the inner space of the edge fusion part. A facial skin care device, characterized in that a circulatory duct is formed integrally between the outer skin layer and the inner skin layer and divided by an edge fusion portion and a section fusion portion. The facial skin care apparatus of claim 1, wherein the section fusion part is formed in a block shape, and a hollow filling pocket is formed in the section fusion part to be filled with minerals. The facial skin care apparatus according to claim 1, wherein the inner skin layer is formed by laminating a mineral coating layer containing a mineral material. The facial skin care device of claim 1, wherein the outer skin layer is formed by laminating an insulating shielding layer made of an aluminum thin film.

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