KR20140049684A - Cosmetic container having hydrogen generator - Google Patents

Abstract

The present invention relates to a cosmetic liquid container having a hydrogen generator embedded therein, wherein the container contains a cosmetic liquid including water, and has a discharge port which is formed at one side thereof to discharge the cosmetic liquid, so that the cosmetic liquid is discharged by applying pressure to the contained cosmetic liquid. The container has a hydrogen generator embedded therein. The hydrogen generator is coupled with the discharge port at an inside of the container to supply hydrogen to the discharged cosmetic liquid. The hydrogen generator has an inlet and an outlet, and an inlet filter is provided at the inlet and an outlet filter is provided at the outlet. The hydrogen generator embedded in the container has a hydrogen generation layer which is provided between the inlet filter and the outlet filter and which is formed of magnesium reacting with water contained in the entering cosmetic liquid to generate hydrogen. Accordingly, the cosmetic liquid container having a hydrogen generator embedded therein is characterized by being constructed such that, when the pressure is applied to the container, the cosmetic liquid enters the inlet, and generates hydrogen by a reaction between magnesium and the water thereof while passing through the hydrogen generation layer, so that a cosmetic liquid containing hydrogen is discharged through the discharge port.

Description

Cosmetic container with hydrogen generator {Cosmetic container having hydrogen generator}

The present invention relates to a essence container with a hydrogen generator, and more particularly, in a essence container for applying a pressure in the essence container to discharge the essence, a hydrogen generator is provided inside the discharge port to supply hydrogen to the essence. It relates to a cosmetic liquid container containing a hydrogen generator.

The skin is an important organ of the human body that plays various roles such as controlling body temperature, sensory function of the skin, immune function, etc., while preventing the loss of moisture, electrolyte, and protein in the outermost part of the body, and the skin and the scalp are the epidermis It has a three-layer structure of dermal subcutaneous fat layer, and has skin appendages such as hair, sweat glands, and sebaceous glands.

Skin and scalp are the final defenses of the human body, and are continuously exposed to external stimuli such as ultraviolet rays, bioreactions, free radicals, stress, and various contaminants. . Cells age quickly and cause skin deformation, hair loss, cancer and various tumors, and attack various normal cells to create various diseases. In particular, the exposed skin, such as the scalp or face, is exposed to active oxygen by ultraviolet rays, ozone, and pollutants, and aging occurs quickly.

As an anti-aging agent or a method of drinking hydrogen dissolved in water as a means of treating or preventing such aging phenomenon, it is difficult to act directly on the skin by taking a route through the blood vessels to the skin or the scalp. There are many skin care products and scalp care products, but there are many problems in effectiveness due to low antioxidant delivery efficiency.

Conventionally, to produce hydrogen-rich water, Korean Patent No. 10-529006 (Hydrogen-rich water generator and hydrogen-rich water generator) has a stick-shaped case of a hydrogen-rich water generator and a hexagonal cross-sectional shape. It is made of an elongated tubular plastic, and holes are formed in the side wall of the case to allow liquid into and out of the case, and the inside of the case communicates with the outside through the holes. A bag body filled with silver particles and magnesium particles, the bag body filled with silver particles and magnesium particles is housed in the case. Insert the hydrogen rich water generator into the bottle containing the beverage which has been cooled to room temperature or cooled. After about 0 minutes, the beverage in the bottle is purified by the silver particles. The beverage also reacts with the magnesium particles to generate hydrogen gas. " A hydrogen rich water generator for producing water has been proposed. However, in the case of hydrogen produced by dissolving in water for a long time, there is a problem in that it reacts with water at all times and has a short life or a long reaction time.

An object of the present invention is to solve the above problems, by making enough hydrogen in a quick time to combine with the cosmetic liquid, and to quickly and easily exhibit the antioxidant function and the additional function of the cosmetic liquid, using the hydrogen generated at the same time, Sprinkle or apply to the scalp, hair, etc., to provide a cosmetic container containing a hydrogen generator easy to wash, pack, surface impregnation.

According to the present invention, a cosmetic liquid containing water is built-in, a discharge port for discharging the cosmetic liquid is formed on one side to discharge the pressure by applying pressure to the built-in cosmetic liquid, the cosmetic liquid is coupled to the discharge port inside the container and discharged In order to supply hydrogen, an inlet and an outlet are formed, the inlet is provided with an inlet filter, the outlet is provided with an outlet filter, between the inlet filter and the outlet filter and the water contained in the inflowing cosmetic liquid and A hydrogen generator having a hydrogen generating layer made of magnesium which reacts to generate hydrogen is embedded in the container, and when pressure is applied to the container, the cosmetic liquid flows into the inlet of the hydrogen generator and passes through the hydrogen generating layer. Hydrogen is generated by the reaction of water and magnesium in the stomach, With a hydrogen generator, wherein an outlet adapted to be ejected in the built-in essence provides a container.

It is preferable that a silver ion sterilization layer is provided between the inflow filter and the hydrogen generating layer.

At least one selected from a gold ion generating layer, an ion exchange layer, a platinum ion generating layer, and a mineral ceramic layer is preferably provided between the hydrogen generating layer and the outflow filter.

Magnesium of the hydrogen generating layer is preferably composed of powder, granules, particles, mesh structure, fibrous structure.

Hydrogen generating layer, silver ion sterilization layer, gold ion generating layer, ion exchange layer, platinum ion generating layer, mineral ceramic layer is preferably formed between the inlet filter and the outflow filter.

In the cosmetic liquid container in which the hydrogen generator is built in according to the present invention, the cosmetic liquid container is discharged by applying pressure, and the hydrogen generator is provided inside the discharge port, and when the pressure is applied to the cosmetic liquid, the cosmetic liquid flows into the hydrogen generator and the magnesium in the hydrogen generator. By reacting to generate hydrogen to supply hydrogen to the cosmetic liquid and to supply various ions and minerals, there is an advantage that the antioxidant can act on skin or scalp on which the cosmetic liquid works.

1a, b, c and d are schematic cross-sectional views of various cosmetic liquid containers according to a preferred embodiment of the present invention.
Figure 2 is a schematic enlarged cross-sectional view showing a hydrogen generator according to an embodiment of the present invention.
Figure 3 is a schematic view showing a process of discharging the cosmetic liquid from the hydrogen generator to the discharge port in Figure 1a.
4 is a schematic cross-sectional view showing a hybrid hydrogen generator according to another preferred embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. However, it should be understood that the present invention is not limited to the embodiments shown in the accompanying drawings, and that other embodiments falling within the spirit and scope of the present invention can be easily modified by adding, .

1A, b, c and d are schematic cross sectional views of various cosmetic liquid containers according to a preferred embodiment of the present invention. Cosmetic liquid container 10 with a hydrogen generator according to the present invention is a container 10 for storing the cosmetic liquid, as shown in Figure 1a, b, c and d, discharge port 12 for discharging the cosmetic liquid on one side is Is formed, when the pressure is applied to the built-in cosmetic liquid is to be discharged to the discharge port 12, the cosmetic liquid container 10 is largely divided into two categories, the first is an unsigned description or injector is provided with the injector When the pressing operation is the cosmetic liquid container (see Fig. 1a, b, the method of discharging the cosmetic liquid to the discharge port), the second is a cosmetic liquid container for discharging the cosmetic liquid to the discharge port by applying pressure directly to the container by constructing the container itself elastically ( 1c, d). On the other hand, it is natural that the injector pumps the cosmetic liquid when the pressure button is pressed and discharges it in the form of a viscous mass or diffusely sprays the spray type. Such cosmetic liquid container 10 is used because it is a conventional structure description thereof will be omitted.

The cosmetic liquid according to the present invention is an osmotic liquid, skin function improving liquid, liquid skin, mist, toner, essence, emulsion, serum, ampoule and viscous gel lotion, massage cream, cleansing foam, hair shampoo, hair rinse It is a concept that includes everything that contains water (purified water) such as scalp function enhancement liquid.

Figure 2 is a schematic enlarged cross-sectional view showing a hydrogen generator according to an embodiment of the present invention, Figure 3 is a schematic view showing a process of discharging the cosmetic liquid from the hydrogen generator to the discharge port in Figure 1a. The hydrogen generator 20 embedded in the cosmetic liquid container 10 is formed with an inlet 22 and an outlet 24, the inlet 22 is provided with an inlet filter 26, the outlet 24 An outflow filter 28 is provided between the inflow filter 26 and the outflow filter 28, the silver ion sterilization layer 32, the hydrogen generating layer 30, the gold ion generating layer 34, and the ion exchange layer ( 36), when the hydrogen generator 20 composed of the platinum ion generating layer 38 and the mineral ceramic layer 40 is coupled to the inside of the discharge port 12 of the cosmetic liquid container 10 and pressure is applied to the cosmetic liquid, The silver ion sterilization layer 32, the hydrogen generating layer 30, the gold ion generating layer 34, the ion exchange layer 36, and the platinum ion generating layer 38 are introduced into the inlet 22 of the hydrogen generator 20. ), Which is configured to discharge hydrogen generated by the reaction of water and magnesium in the cosmetic liquid while passing through the mineral ceramic layer 40, and the cosmetic liquid containing various ions and minerals eluted to the discharge port 12. to be.

The hydrogen generating layer 30 corresponds to an essential element of the present invention, but the silver ion sterilization layer 32, the gold ion generating layer 34, the ion exchange layer 36, the platinum ion generating layer 38, and the mineral ceramic Layer 40 is a variable element that can be provided as needed.

The inflow filter 26 filters out foreign matters that may be present in the cosmetic liquid and serves to block the primary components such that the components of the cosmetic liquid are agglomerated so that abnormal pressure does not go to the inside of the hydrogen generator 20 and the fine holes through which the cosmetic liquid is discharged.

The inflow filter 26 may be a fibrous nonwoven fabric, mesh, foamed plastics, porous ceramics, porous plastic filters, metal filters, and the like.

Next, the hydrogen generation layer 30 is a place for producing hydrogen having an antioxidant function, and reacts with water in magnesium, magnesium hydroxide, and the cosmetic liquid to form hydrogen, mixed with the cosmetic liquid, and is immediately discharged. Cosmetic liquids commonly include components that help various cosmetics based on water, that is, purified water, and the water contained therein reacts with magnesium in the hydrogen generating layer 30 to generate hydrogen. The amount of hydrogen generated may be increased or decreased by adjusting the length, volume, and the like of magnesium.

The molecular formula of magnesium in the hydrogen-generating layer reacts with water in the cosmetic liquid to form hydrogen is as follows.

As in the molecular formula above, water and magnesium react to form magnesium hydroxide with hydrogen. Magnesium hydroxide is also discharged along with the essence and acts on the skin, acting as a sebum absorption, skin irritation, skin soothing and pore contraction. And the cosmetic solution containing hydrogen has a feature that can act through the membrane protein of the cell is small in size. Hydrogen generator according to the present invention has the advantage of being able to penetrate deeply when acting on the skin and scalp by generating hydrogen simply by using water contained in the cosmetic liquid.

As described above, in the present invention, as soon as the cosmetic liquid passes through the hydrogen generating layer, a large amount of hydrogen and magnesium hydroxide are instantaneously produced. Hydrogen is contained in the cosmetic solution has the advantage that can be helpful for skin beauty.

In addition, a method of forming the hydrogen generating layer 30 may use a granulated magnesium, a porous magnesium filter, a magnesium magnesium hydroxide compound, and the like.

A silver ion sterilization layer 32 for sterilization may be provided between the inflow filter 26 and the hydrogen generating layer 30. The silver ion sterilization layer 32 serves to sterilize the cosmetic liquid that filters and passes the foreign matter not filtered by the inflow filter 26.

Referring to the configuration and operation of the silver ion sterilization layer 32 is as follows.

Normally, when Ag + ions come in contact with bacterial cell membranes (phospholipids), the cell membranes (phospholipids) contain negative ions, resulting in an unlocalized phenomenon in which the phospholipids of these anions rush to one side, resulting in disruption of energy metabolism and ultimately destruction of the opposite cell membrane. The cell's protective film breaks down, killing bacteria.

The matrix of the silver ion sterilization layer 32 is composed of silver and is composed of several small vertical holes. While passing through these fine holes, bacteria, etc., which may be present in the cosmetic liquid, are sterilized by contact with silver ions. The silver ion sterilization layer 32 may use a method of plating pure silver, a method of laminating a plurality of layers, or the like.

The gold ion generating layer 34 may be provided on the hydrogen generating layer 30.

When the cosmetic liquid passes through the gold ion generating layer 34, the mother is composed of gold and is composed of a plurality of vertically vertical holes so that gold ions which help skin activation are easily eluted. It also serves to filter foreign matter that may be passing through the hydrogen generating layer.

In ancient times, gold is known to be effective for neurostable, detoxification of toxic substances, and also effective for skin cleansing. It promotes blood circulation (prevents skin aging, removes spots) due to ionic action. Activation of the skin (prevention of skin wrinkles and removal of freckles) The effects of wound healing (prevention of various skin inflammations, acne healing) due to detoxification are known.

The gold ion generating layer 34 may use a method of plating pure gold, a method of laminating a plurality of layers, or the like.

The ion exchange layer 36 may be provided on the gold ion generating layer 34. The ion exchange layer 36 is composed of a plurality of ion exchange resin, and serves to adjust the pH balance of the cosmetic liquid to weak acidity.

Normally, the pH of cosmetic liquids used on the skin or scalp is weakly acidic. This prevents the skin and scalp from becoming alkaline in weak acidity due to various external factors (house dust, allergens, formaldehyde, organic compounds, environmental pollutants), balances moisture and liquid substances in the skin It is used for the purpose of keeping the skin soft and supple and preventing trouble from penetrating into the environment and bacteria skin.

In addition, in the case of cosmetic liquids used for washing the skin or scalp, the pH is maintained higher than weak acid alkali. In the case of the cosmetic liquid used for washing, in order to increase the washing power, the interface liquid is used because most of the interface liquid is alkaline. Even in the case of the cosmetic liquid having a cleaning power is to play a role of maintaining a constant PH that has been increased while going through the ion exchange layer (36).

As the hydrogen generating layer 30 passes through the cosmetic solution, the original PH is increased, and the ion exchange layer 36 passes through the cosmetic solution to maintain the original PH.

The platinum ion generating layer 38 may be provided on the ion exchange layer 36. The platinum ion generating layer 38 is made of platinum and consists of a plurality of vertically vertical holes, and many pores are formed on the surface so that platinum ions are easily eluted while the cosmetic liquid passes. Platinum ions are known to enhance skin immunity and prevent skin deterioration and aging.

In addition, the platinum ion generating layer may be a method of plating pure platinum, a method of laminating a plurality of layers and the like.

The mineral ceramic layer 40 may be provided on the platinum ion generating layer 38. Mineral ceramic is a ceramic containing natural calcium (Ca), potassium (K), zinc (Zn), copper (Cu), manganese (Mn), selenium (Se), etc. do. Calcium (Ca), potassium (K), zinc (Zn), copper (Cu), manganese (Mn) and selenium (Se) are essential minerals required for skin cell metabolism. Essential minerals are the antioxidants that are made in the skin and scalp, such as catalase and glutathione peroxidase, helping to break down free radicals. The active sites of these enzymes contain essential mineral ions, which help to improve skin tone, activate metabolism, moisturize the skin, clean the skin and strengthen the skin barrier.

Finally, the outflow filter 28 filters the substances other than the cosmetic liquid and serves to finally block the abnormal pressure from the hydrogen generator and the fine holes through which the cosmetic liquid is discharged. The outflow filter 28 has a structure that minimizes the resistance generated by quickly passing the cosmetic liquid by reducing the abnormal pressure in each layer when the cosmetic liquid passes through the hydrogen generator 20. In other words, the multi-stage layer acts as a filter, so that it can be easily used even in a state where the viscosity of the cosmetic liquid is different.

The outflow filter 28 may be a fibrous nonwoven fabric, mesh, foamed plastics, porous ceramics, porous plastic filter, and the like.

It will be described the operation relationship of the liquid cosmetic container with a hydrogen generator of the present invention configured as described above.

Attached pump type cosmetic container 10 with the injector as shown in Figure 1a, b is applied to the inlet filter 26 of the inlet port 22 of the hydrogen generator 20 when the pressure on the upper pressure button is introduced into the hydrogen generator Passing through each layer of 20 and through the outflow filter 28, the cosmetic liquid is discharged to the discharge portion (12).

This essence contains a lot of silver ions, hydrogen, gold ions, platinum ions, minerals, and gives a good effect on the skin.

FIG. 1C illustrates that when pressure is applied to both sides of the cosmetic solution container 10, the cosmetic solution is pressurized while the cosmetic solution passes through the inlet filter of the hydrogen generator 20 and passes through each layer including the hydrogen generating layer 30. Is discharged. 1D is a structure in which pressure is applied to the cosmetic liquid when pressure is applied to the lower part of the container, and the path through which the cosmetic liquid is discharged is the same as above.

As described above, the hydrogen generator 20 according to the present invention has an advantage that can be appropriately combined according to various cosmetic liquid containers. Typically, the cosmetic liquid is divided into many classifications according to the viscosity state, and the liquid having low viscosity, that is, skin or mist, essence, Scalp care liquid can be sprayed like a spray, and it can be used in the form of a pump in the form of skin care gel such as gel, emulsion, serum, ampoule, lotion, cleansing, hair shampoo, rinse, scalp care lotion and massage liquid. To do that. In this way, the hydrogen generator integrated into the liquid cosmetic container minimizes the resistance generated by the cosmetic liquid contained in the container to minimize the resistance generated in each layer. Will be.

4 is a schematic cross-sectional view showing a hybrid hydrogen generator according to another preferred embodiment of the present invention. Except for the inflow filter 26 and the outflow filter 28 in the hydrogen generator 20, the remaining hydrogen generating layer 30, silver ion sterilization layer 32, gold ion generating layer 34, and ion exchange layer 36 , The platinum ion generating layer 38 and the mineral ceramic layer 40 are mixed. It is obvious that the respective layers are mixed to deform into a single structure or form with low resistance.

Hereinafter, the hydrogen generation amount was measured using a cosmetic liquid container having a hydrogen generator according to a preferred embodiment of the present invention.

The cosmetics used in the experiment were acidified 5.3 PH, redox potential +250 ORP and dissolved hydrogen 0 PPM. The measuring instrument used PH meta, ORP meta, dissolved hydrogen measuring instrument. PH is the hydrogen ion concentration, ORP is the oxidation potential reduction value, dissolved hydrogen represents the amount of hydrogen in the cosmetic liquid.

[Measurement of pH, ORP, PPM over 20 times in a hydrogen container in the intestine hydrogen generator according to the present invention (continuous use measurement time within 1-5 seconds)] Table 1 PH ORP PPM 1 time 5.5 -240 0.35 5 times 5.6 -233 0.35 10 times 5.5 -231 0.34 15 times 5.4 -229 0.33 20 times 5.6 -220 0.34

[Measurement of pH, ORP, PPM for 30 days using hydrogen generator according to the present invention three times a day using a cosmetic container in the intestine] NO PH ORP PPM One 5.3 -240 0.35 2 5.3 -239 0.34 3 5.4 -239 0.33 4 5.3 -238 0.34 5 5.4 -238 0.34 6 5.5 -237 0.33 7 5.4 -236 0.34 8 5.3 -235 0.34 9 5.4 -236 0.35 10 5.4 -236 0.33 11 5.5 -237 0.32 12 5.6 -236 0.33 13 5.6 -236 0.34 14 5.5 -235 0.34 15 5.6 -235 0.32 16 5.5 -235 0.33 17 5.6 -236 0.32 18 5.6 -234 0.32 19 5.7 -235 0.33 20 5.6 -234 0.32 21 5.6 -234 0.32 22 5.6 -235 0.31 23 5.6 -234 0.33 24 5.7 -233 0.32 25 5.7 -233 0.33 26 5.7 -234 0.33 27 5.6 -233 0.32 28 5.7 -234 0.31 29 5.7 -233 0.31 30 5.6 -232 0.31

As shown in Table 1, Table 2 showing the experimental results of the cosmetic container with a hydrogen generator according to the present invention has the advantage that the hydrogen generation performance is kept constant even in continuous use and continuous use. PH, ORP, PPM has the ease of use that can be increased or reduced by adjusting the size or capacity of the hydrogen generator. Thus, it can be confirmed that the performance of the cosmetic container with a hydrogen generator according to the present invention is good.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the scope of the present invention but to limit the scope of the technical idea of the present invention. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10: cosmetic liquid container 12: discharge port
20: hydrogen generator 22: inlet
24: outlet 26: inlet filter
28: outflow filter 30: hydrogen generating layer
32: silver ion sterilization layer 34: gold ion generating layer
36: ion exchange layer 38: platinum ion generating layer
40: mineral ceramic layer

Claims (5)

In a container in which a cosmetic liquid containing water is embedded, a discharge port through which the cosmetic liquid is discharged is formed on one side, and a pressure is discharged by applying pressure to the built-in cosmetic liquid.
It is for supplying hydrogen to the cosmetic liquid discharged is coupled to the discharge port inside the container, the inlet and the outlet is formed, the inlet is provided with an inlet filter, the outlet is provided with an outlet filter, the inlet filter and the outlet Between the filters, a hydrogen generator having a hydrogen generating layer made of magnesium which reacts with water contained in the injected cosmetic liquid to generate hydrogen is embedded in the container.
When the pressure is applied to the container, the cosmetic liquid is introduced into the inlet of the hydrogen generator, the hydrogen is generated by the reaction of water and magnesium in the cosmetic liquid while passing through the hydrogen generating layer is configured to discharge the hydrogen-containing cosmetic liquid to the discharge port Serum container with a built-in hydrogen generator.
The method of claim 1,
Cosmetic solution container with a hydrogen generator, characterized in that the silver ion sterilization layer is provided between the inlet filter and the hydrogen generating layer.
3. The method according to claim 1 or 2,
Cosmetic solution container with a hydrogen generator, characterized in that at least one selected from a gold ion generating layer, an ion exchange layer, a platinum ion generating layer, a mineral ceramic layer between the hydrogen generating layer and the outflow filter.
The method of claim 1,
Magnesium of the hydrogen generating layer is a powder, granules, particles, mesh structure, a cosmetic solution container with a hydrogen generator, characterized in that consisting of a fibrous structure.
The method of claim 1,
Cosmetic solution container with a hydrogen generator, characterized in that the hydrogen generating layer, silver ion sterilization layer, gold ion generating layer, ion exchange layer, platinum ion generating layer, mineral ceramic layer is formed between the inlet filter and the outflow filter .

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