KR101119706B1 - A soap for medicinal herbs nature mineral multi functional and manufacturing mathod thereof - Google Patents

Abstract

The present invention relates to a composite functional natural mineral herbal soap and a method of manufacturing the same.

The complex functional natural mineral herbal soap of the present invention and its manufacturing method, natural mineral mineral complex powder, soap base, four kinds of minerals of quartz, feldspar, mica, dolomite, kaolin are fused by high temperature of volcanic activity Herbal extracts with high concentrations extracted from Chinese herbal ingredients, oils with 10 kinds of oil concentrates, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural flavors, hyaluronic acid and glycerin The mixture is molded into a soap through a pressurizing and drying process, but is molded into a soap for neutral, dry and oil based on the mixing ratio of each component.

Therefore, according to the present invention, it is excellent in antibacterial deodorization rate of 99%, far infrared ray emission rate of 93%, anion 550 / cc release from a natural mineral mineral complex as the main component, removal of dead skin cells, removal of dead metals and sebum in pores, and also herbal medicine. Among the extracts, 10-year-old camphor ginseng, 6-year-old red ginseng, ganoderma lucidum mushroom, situation mushroom, pine needles, mulberry leaves, locust bark and cuticle, tocopherols and anti-oxidants by polyphenols prevents skin aging and gives vitality to rough skin. It keeps the skin moisturized by nourishing, moisturizing and moisturizing the skin by oil, hyaluronic acid and glycerin, and increases oil and immunity to make healthy and elastic skin. Has a functional effect.

Complex Functional, Natural Minerals, Herbal Soap, Natural Mineral Mineral Complex (Shinbito), Soap Base, One or More Herbal Concentrates, Herbal Extracts, One or More Oil Concentrates, Oils, Vitamin E Gold, Hyaluronic Acid, Glycerin, Atopic Relief, Aged Keratin Removal, removal of fine heavy metal and sebum in pores, prevention of skin aging by antioxidant action, nutrition and moisture supply of skin, moisture

Description

Complex functional natural mineral herbal soap and its manufacturing method {A soap for medicinal herbs nature mineral multi functional and manufacturing mathod

The present invention relates to a functional herbal soap and a method for manufacturing the same, and more specifically, natural mineral complexes, which are volcanic stones, ie, natural minerals in which five mineral components such as quartz, feldspar, metamorphic mica, dolomite, and kaolin are fused by high heat of volcanic activity. Mineral mineral complex powder, soap base, herbal extract mixed with 14 kinds of herbal extracts, oil mixed with 10 kinds of oil concentrates, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural By mixing fragrance, hyaluronic acid, and glycerin in a certain ratio, they are molded into soaps for neutral, dry, and oil based on the mixing ratio of each component, and thus, 99% antibacterial deodorization rate, 93% far-infrared emissivity, and anion 550 from natural mineral mineral complexes Excellent atopic dermatitis, exfoliation of dead skin cells, removal of fine heavy metals and sebum in pores, and 10 years of herbal extract Camphor ginseng, 6 years old red ginseng, Ganoderma lucidum mushroom, situation mushroom, pine needles, mulberry leaves, tocopherols of the bark and the bark of the bark, and antioxidants by polyphenols prevents skin aging and gives vitality to rough skin. In addition, complex functional effects such as nourishing, moisturizing and moisturizing the skin by oil, hyaluronic acid and glycerin to maintain skin moisturizing, increase oil and immunity, and make healthy and elastic skin. It relates to a composite functional natural mineral herbal soap and a method for producing the same.

In general, cosmetic soap is formulated with a proper amount of fats and oils (Uji, pork and sunny) and palm oil, dissolved in heat at 60 to 70 ° C, followed by a saponification reaction by adding sodium hydroxide (NaOH) to the lower layer. Water, unreacted sodium hydroxide, and glycerin layers, which are the byproducts of the sinking saponification reaction, are separated and removed, and then concentrated brine is added once or twice to remove residual glycerin and sodium hydroxide in the soap to obtain a normal soap layer. Drying in vacuo yields a soap with a moisture content of around 13%. A small amount of antioxidants, complementary agents, fatty acid flavors or vegetable flavors and the like are added to the soaps thus prepared to form a molded product.

Conventional cosmetic soaps prepared in this way have the advantage of maintaining the cleanliness of the skin by removing the waste generated from the skin and cosmetics and various foreign substances deposited on the skin, but anaerobic microorganisms that cause itching by parasitic skin In other words, in the case of a person with acne skin, which is one of inflammatory skin diseases, or atopic skin complaining of itching, in addition to the disadvantages of killing and cleaning bacteria and viruses and small ticks of 1 mm or less, conventional soap When used, there were problems such as worsening of symptoms.

Moreover, in the case of atopic dermatitis, steroid preparations, antihistamines, or antibiotics are used to alleviate the symptoms. Long-term use of these steroids can cause side effects, including Cushing's syndrome, and immune mechanisms. In addition to the worsening of the infection due to the disorder and long-term external use of it, not only does the side effect of weakening the skin resistance occur, but also a serious symptom such as steroidal contact dermatitis is caused upon discontinuation, whereas antihistamine In order to prevent histamine from being released from mast cells, it was used as a temporary measure to relieve itching, but when taken for long periods of time, there are side effects such as insomnia, anxiety and loss of appetite.

Therefore, in order to solve the problems with the conventional beauty soap as described above, various functional soaps with functional properties are proposed, which are suitable for various skin diseases, which are soap base 94-96% and herbal ingredients 1-3%. After mixing, adding 1% oil, 1% aroma oil, 1% glycerin and the like is prepared in the same process as a conventional soap manufacturing method.

However, in the case of the functional soap, only a small amount of herbal ingredients and aromatic oils are mixed in the soap base, and since most soap bases occupy the entire weight ratio of the soap, only the trace amount of herbal ingredients and aroma oils are used for the skin disease. There was a big problem, such as a limitation in exhibiting the correct functional characteristics.

In addition, in the case of the conventional functional soap, even if only a small amount of herbal ingredients and aroma oil is added as described above, there was also a problem such as purchasing at a high price because consumers are attracted to hype as it has an excellent effect on the skin disease.

Therefore, even with long-term use for patients with atopic dermatitis, which are gradually increasing along with environmental pollution, it can alleviate the symptoms without side effects even if used for a long time, while preventing skin's aging and moisturizing effect, removing fine heavy metals and sebum in pores, etc. Complex functional soap that can help your skin health is desperately desired.

The present invention devised to solve the above problems, natural mineral mineral complex powder, soap base, four kinds of five mineral components such as quartz, feldspar, metamorphic mica, dolomite, kaolin are fused by high temperature of volcanic activity. Herbal extract mixed with high concentrate extracted from herbal ingredients, oil mixed with 10 kinds of oil concentrate, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural flavor, hyaluronic acid and glycerin Mixing, but forming by neutral, dry, oily soap by mixing ratio of each component, antibacterial deodorization rate of 99%, far-infrared emissivity of 93% from the main mineral mineral complex as the main component, atopy relief by release of anion 550 / cc, old keratin The purpose is to make excellent functional effects such as removal, removal of fine heavy metals in the pores and sebum.

In addition, in the case of the present invention, in addition to the above-described functional effect, 10-year-old camphor ginseng, 6-year-old red ginseng, ganoderma lucidum mushroom, mushrooms, pine needles, mulberry leaves, elm bark and skin of the skin with tocopherol, polyphenol, antioxidant Along with the prevention of aging, it has another purpose to have a combination of functional effects such as giving vitality to rough skin and receiving makeup well.

In addition, in the present invention, in addition to the functional effects described above, the skin is moisturized by nourishing, moisturizing and moisturizing the skin with oil, hyaluronic acid and glycerin, and at the same time increasing oil and immunity to provide healthy and elastic skin. Another purpose is to have a combination of functional effects, such as being able to create.

The complex functional natural mineral herbal soap of the present invention is extracted from natural mineral mineral complex powder, soap base, at least one herbal material in which five mineral components of quartz, feldspar, mica, dolomite and kaolin are fused by high heat of volcanic activity. Herbal extract mixed with high concentrate, oil mixed with one or more oil concentrate, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural flavor, hyaluronic acid and glycerin.

In addition, the manufacturing method for the composite functional natural mineral herbal soap of the present invention, while cutting into a predetermined size 64.82% by weight of soap base in a hot water bath heated to 65-75 ℃ and maintained at 65-75 ℃ for 90-120 minutes. Liquefying; 17.33-21.12% by weight of the natural mineral mineral composite powder processed to a particle size of 300-1300mesh in the soap bath liquid liquefied bath is added when the temperature of the bath water bath is 65-75 ℃ or 65 other than the water bath liquefied soap base Adding in a separate water bath heated to −75 ° C .; Adding 9.91-12.94% by weight of the herbal extract mixed with the high concentrate extracted from one or more herbal ingredients through a medicine bath in a state in which the temperature of the bath or separate bath is equal to 65-75 ° C., respectively, in a bath or separate bath. ; Maintain the temperature of the soap base, the natural mineral mineral complex powder, and the herbal bath to which the herbal extract is added at 65-75 ° C., or the temperature of the separate hot water bath to which the natural mineral mineral complex powder and the herbal extract are added to 125-135 ° C. Putting the soap base into a liquefied water bath after reheating; Stirring and mixing the soap base, the natural mineral mineral powder and the herbal extract for 20 to 40 minutes through a stirring blade rotating at 40 revolutions per minute of the water bath; When the temperature of the water bath is 45-55 ° C, 0.2-0.35% by weight of vitamin E gold, 0.14-0.3% by weight of hyaluronic acid, 0.1-0.21% by weight of glycerin together with 1.32-2.35% by weight of oil mixed with one or more oil concentrates Adding and stirring the mixture for 50-70 minutes while maintaining such a temperature; When the temperature of the bath is 40-50 ° C., 1.7-2.36% by weight of seaweed extract, 1.02-1.06% by weight of birch sap, 0.34-0.47% by weight of grain fermentation alcohol were added to maintain antimicrobial treatment and the same temperature. Evaporating the moisture of the soap mixture which is mixed with a soap base, natural mineral mineral powder, herbal extract, oil, vitamin E gold, hyaluronic acid, glycerin, seaweed extract, birch sap, and grain fermentation alcohol by stirring for 70 minutes. ; Stopping the stirring blade while maintaining the temperature of the water bath at 40-50 ° C. and adding 0.48-0.53% by weight of natural flavor; Injecting the soap mixture into the cylinder after the addition of the natural flavor and coagulating at room temperature at 15-20 ° C. for 20-30 hours; Cutting the solidified soap mixture to a weight of 110-120 kg; Drying the cut soap mixture at a primary molding and a temperature of 10-12 ° C. for 10-15 hours with a compression force of 100 kg; Second molding the first dried soap mixture with a compression force of 150 kg; Spraying the alcohol having a purity of 95% to the secondary molded soap mixture and sterilizing the package; The packaged soap mixture is characterized in that it comprises a third step of compressing the compressive force of 200kg to stamp the company logo or brand name.

According to the present invention, excellent functional effects such as antibacterial deodorization rate of 99%, far-infrared emissivity, 93%, anion 550 / cc release from a natural mineral mineral complex as the main component, removal of dead skin cells, removal of dead skin cells and removal of fine heavy metals and sebum in pores Do.

In addition, in the case of the present invention, in addition to the above-described functional effect, 10-year-old camphor ginseng, 6-year-old red ginseng, ganoderma lucidum mushroom, mushrooms, pine needles, mulberry leaves, elm bark and skin of the skin with tocopherol, polyphenol, antioxidant Along with anti-aging, it also has a combination of functional effects such as giving vitality to rough skin to make up well.

In addition, in the present invention, in addition to the functional effects described above, the skin is moisturized by nourishing, moisturizing, and moisturizing the skin with oil, hyaluronic acid, and glycerin, and increases oil and immunity to promote healthy and elastic skin. It also has a combination of functional effects such as being able to make.

Complex functional natural mineral herbal soap of the present invention and a manufacturing method thereof will be described in detail in comparison with the accompanying drawings.

1 is a block diagram showing the manufacturing process of the composite functional natural mineral herbal soap for the present invention.

Prior to explaining the composite functional natural mineral herbal soap and a method for producing the same for the present invention, it will be described in detail with respect to the composite functional natural mineral herbal soap first.

The complex functional natural mineral herbal soap of the present invention, antibacterial deodorization rate of 99%, far infrared ray emissivity of 93%, atopy relief according to the release of anion 550 / cc, removal of dead skin cells, fine heavy metals in pores and sebum from natural mineral mineral complex as a main component In addition to the effects of removal, 10-year-old camphor ginseng, 6-year-old red ginseng, ganoderma lucidum, edible mushrooms, pine needles, mulberry leaves, tocopherols of the bark and the bark of the bark, and the anti-oxidation of polyphenols, prevent skin aging and produce rough skin It provides the effect of making makeup well and gives nutrition, moisture supply and moisturizing effect to the skin by oil, hyaluronic acid and glycerin, and keeps the skin moisturized while increasing oil and immunity to make skin healthy and elastic. It can be used to make quartz, feldspar, metamorphic mica, dolomite, kaolin to have complex functional effects. Extracted from powders, soap bases, and 14 kinds of herbal materials from natural mineral mineral complexes (also known as mysterious soils, which are not scientific names), in which five mineral components are fused by the high heat of volcanic activity. Herbal extract mixed with high concentrate, oil mixed with 10 kinds of oil concentrate, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural flavor, hyaluronic acid and glycerin, respectively It is molded in the form of soap through the drying process, but is molded into a soap for neutral, dry and oil based on the mixing ratio of each component.

Table 1 shows the antibacterial deodorization rate of the natural mineral mineral complex (aka, mysterious soil or earthenware) commissioned by the Korea Institute of Construction Materials, Table 2 shows the far-infrared emissivity, and Table 3 shows each test report for anion release.

Table 1. Antibacterial deodorization rate of natural mineral mineral complexes.

Test Items
Elapsed time (minutes)
Blank concentration (ppm)
Sample concentration (ppm)
Deodorization rate (%)


Deodorization test
30
246
15
94
60
217
3
99
90
198
2
99
120
183
2
99

(Note) 1) Blank: Measured without sample.

     2) Test piece: 40 × 40 × 10 (cm)

1) Test method: KICM-FIR-1085, 2) Test gas name: Ammonia, 3) Gas concentration measurement: FT-IR

Table 2. Far-infrared emissivity of natural mineral mineral complexes.

Emissivity
(5-20 μm)
Radiant energy
(W / ㎡)
0.930
3.75 × 10 ²

1) This test was conducted at 40 ℃, and it is a result of comparing the black body using FT-IR Spectrometer.

Table 3. Release of negative ions of natural mineral mineral complexes.

Item
Name of sample
Anion (ION / cc)
Earthenware
550

1) Test method: KICM-FIR-1042, 2) Test piece: Cylinder with inner diameter = 44 (mm), height = 297 (mm),

3) It was tested under the condition of temperature 22 ℃, humidity 40%, anion number 18 / cc by using charged particle measuring device, and it measured the anion emitted from the measured object and expressed it as ION number per unit volume.

Here, the natural mineral mineral composite powder is composed of a particle size of 300-1300mesh, the natural mineral mineral composite powder having a particle size of 300-800mesh and the natural mineral mineral composite powder having a particle size of 800-1300mesh 50:50 respectively. It is preferable to mix at a ratio of. Here, the reason for the range of the particle size as 300-1300mesh is as described above. First, if the particle size of the powder is 300 mesh or less, the skin is damaged (scratched), on the contrary, the particle size of the powder If is more than 1300mesh has a disadvantage, such as penetrating into the pores of the skin can not escape.

In addition, in the case of the herbal extracts, a total of 14 kinds of herbal ingredients, that is, 10 years old camphor ginseng, 6 years old red ginseng, ganoderma lucidum mushroom, situation mushroom, pine needles, mulberry leaves, elm bark and bark, acacia honey, participating shigapi, rare, bakji, donkey , 13 kinds of high concentration liquid such as aloe and 1 kind of egg white powder are mixed, and the high concentration liquid extracts 13 kinds of ingredients from the medicinal mixer, but extracts them in a state that does not destroy the good components in a separate large beaker Put them together, mix them together, and liquefy one egg white powder and add it when the temperature of the bath is 65-75 ℃, or add 13 kinds of high concentrate and one egg white powder to the bath. Make sure you know.

Furthermore, as a method for extracting the 13 kinds of high concentrates, since the extraction temperature is different according to the herbal components, each component of 13 kinds and mineral water (water purified by adding natural mineral mineral complex) are added to the bath. Extracted at 150 ℃ for 72-120 hours, when the temperature and time for extracting the high concentrate is less than 100 ℃ and less than 72 hours, good ingredients are not extracted from 13 kinds of herbal ingredients and the concentration is low The effect is much lowered, on the contrary, if the temperature is 150 ° C or more and 120 hours or more, the good components of the herbal material are destroyed, and the efficacy thereof is greatly reduced.

And, in the case of the oil, 10 kinds of oils such as apricot seed oil, jojoba oil, olive oil virgin, grape seed oil, homemine (steamed black sesame oil nine times) oil, coconut oil, rice bran oil, mink oil, tea tree oil, camellia oil The concentrate is mixed, mixed in a separate large beaker and mixed with each other, when the temperature of the water bath is 45-55 ℃, it is added with vitamin E gold, hyaluronic acid and glycerin together with the mixed oil, wherein the water bath When the oil is added at a temperature of 45 ° C. or lower, the soap base of the liquefied state is hardened in the water bath, so that it is not mixed with the added oil. It has a disadvantage such as.

Therefore, in producing the composite functional natural mineral herbal soap of the present invention, each component, that is, soap base, natural mineral mineral complex powder, herbal extract, oil, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural According to the mixing ratio of the fragrance, hyaluronic acid and glycerin, it is prepared as a soap for neutral, dry and oil, wherein the neutral soap is 64.82% by weight of the soap base, 17.33-19.88% by weight of the mineral mineral complex, herbal extract 9.91- 12.34 weight%, oil 1.32-2.35 weight%, vitamin E gold 0.2-0.35 weight%, seaweed extract 1.7-2.36 weight%, birch sap 1.02-1.06 weight%, grain fermentation alcohol 0.34-0.47 weight%, natural flavor 0.48- 0.53% by weight, 0.14-0.3% by weight of hyaluronic acid and 0.1-0.21% by weight of glycerin are mixed and molded into a soap form through a pressurization and drying process, the dry soap is 66.18% by weight of a soap base, natural mineral minerals Coal powder 10.78-13.57% by weight, herbal extracts 13.74-16.23% by weight, oil 1.37-2.36% by weight, vitamin E gold 0.21-0.36% by weight, seaweed extract 1.76-2.96% by weight, birch sap 1.04-1.07% by weight, grain Fermented alcohol 0.35-0.47% by weight, natural flavor 0.49-0.53% by weight, hyaluronic acid 0.14-0.3% by weight and glycerin 0.11-0.21% by weight are mixed and produced in the form of a soap through pressure and drying process, the oil-based soap Soap base 62.29% by weight, natural mineral mineral composite powder 23.62-26.34% by weight, herbal extract 5.85-9.07% by weight, oil 1.28-2.23% by weight, vitamin E gold 0.2-0.34% by weight, seaweed extract 1.33-2.24% by weight, homegrown 0.99-1.04% by weight of tree sap, 0.33-0.45% by weight of grain fermentation alcohol, 0.46-0.5% by weight of natural flavor, 0.13-0.28% by weight of hyaluronic acid and 0.1-0.2% by weight of glycerin. As a molded production.

Here, the natural mineral mineral complex powder of the dry soap is added in a smaller amount than other functional soaps, that is, neutral or dry soap, which is 99% of antibacterial deodorization rate, 93% far infrared emissivity, and anion 550 from the natural mineral mineral complex. As a porous volcanic stone with / cc emission, it removes oil, old dead skin, fine heavy metal and sebum in pores through strong absorption and adsorption by fine pores on the surface, so users of dry skin can use neutral or dry soap. When used, the skin becomes more dry and has a problem in that the skin is very pulled. In addition, according to the porous properties of the natural mineral mineral complex as described above, the quality control test results (see Table 4) of the Korea Living Environment Testing Institute for the complex functional natural mineral red ginseng soap of the present invention, that is, the soap base, that is, soap base It was reduced to 30.2%, which is lower than the standard 93%. As the pure soap powder decreased as described above, it does not irritate the skin.It is a low irritation such as for infants and it is completely dissolved in water and decomposed to environmental pollution such as water quality. It can be greatly lowered and has the same cleaning power as 93%, the standard standard for pure soap powder. It is an excellent product that meets the quality assurance standards set by the Korea Institute for Living Environment Testing.

Table 4. Quality control test results of the Korea Testing Institute for Complex Functional Natural Mineral Red Ginseng Soap of the present invention.

Test Items

unit
Standard

Test result
Frame moldings
Machine molded parts
Moisture and Volatile Substances


%
28 or less
16 or less
17.2
Pure soap powder
93 and below
93 and above
30.2
Petroleum ether solubles
0.1 or less
0.1 or less
0.01
Free alkali
3 or less
3 or less
Not detected
Test Methods
KS M 2702: 2006

Then, a method for producing a composite functional natural mineral herbal soap for the present invention, the step of heating the water bath equipped with agitator wings inside 65-75 ℃ as shown in Figure 1 (S100); Squeezing the soap base into a predetermined size in the heated bath and maintaining the liquid at 65-75 ° C. for 90-120 minutes (S110); The natural mineral mineral composite powder processed into a particle size of 300-1300mesh is added to the soap base in which the soap base is liquefied or heated to 65-75 ° C. other than the soap base in which the soap base is liquefied. Adding in a separate water bath (S120); Adding a herbal extract mixed with a high concentrate extracted from at least one herbal material through a medicine bath in a state in which the temperature of the bath or separate bath is the same at 65-75 ° C. (S130); Maintain the temperature of the soap base, the natural mineral mineral composite powder and the herbal bath to which the herbal extract is added at 65-75 ° C., or reheat the temperature of the separate hot water mixer to which the natural mineral mineral complex powder and the herbal extract are added to 125-135 ° C. And then injecting the soap base into the liquefied bath (S140); Stirring and mixing the soap base, the natural mineral mineral complex powder, and the herbal extract for 20-40 minutes through a stirring blade rotating at 40 revolutions per minute in the bath (S150); When the temperature of the water bath is 45-55 ℃, at least one oil concentrate is mixed with oil mixed with vitamin E gold, hyaluronic acid, glycerin (S160) and stirring and maintaining 50-70 minutes while maintaining the same temperature (S170); When the temperature of the water bath is 40-50 ℃, adding a seaweed extract, birch sap, grain fermentation alcohol (S180) and stirring for 50-70 minutes while maintaining the temperature and antibacterial soap base, natural mineral mineral complex Evaporating the water of the soap mixture in which the powder, herbal extract, oil, vitamin E gold, hyaluronic acid, glycerin, seaweed extract, birch sap, and grain fermentation alcohol are mixed (S190); Adding a natural flavor after stopping the stirring wing while maintaining the temperature of the water bath at 40-50 ° C. (S200); Injecting the soap mixture into the cylinder after the addition of the natural flavor (S210) and solidifying the soap mixture injected into the cylinder at room temperature of 15-20 ° C. for 20-30 hours (S220); Cutting the solidified soap mixture to a weight of 110-120 kg (S230); Firstly molding the cut soap mixture with a compression force of 100 kg (S240) and drying the first molded soap mixture at a temperature of 10-12 ° C. for 10-15 hours (S250); Second molding the first dried soap mixture with a compressive force of 150 kg (S260); Sterilizing by injecting a 95% purity alcohol into the secondary molded soap mixture, and then wrapping the package in a wrap (S270); The packaged soap mixture is composed of a third step of compressing with a compressive force of 200 kg to stamp the company logo or brand name (S280).

Here, in the case of the natural mineral mineral composite powder is processed to a particle size of 300-1300mesh, wherein in the case of the natural mineral mineral composite powder added in the soap bath liquefied water bath natural particle mineral composite of 300-800mesh particle size The powder and the particle size of 800-1300mesh natural mineral mineral composite powder are mixed at a ratio of 50:50, respectively, and when the temperature of the bath is 65-75 ° C., it is added to the liquefied soap base together with the herbal extract solution and then the temperature of the bath. Is maintained at the same temperature, or the soap base is added together with the herbal extract in a separate bath heated to 65-75 ℃ other than the liquefied bath, then reheating the separate bath to 125-135 ℃ and the soap The base is put into the liquefied bath, where the natural mineral mineral suit is added to the liquefied soap base when the bath is at 65-75 ℃. Compared to the first method of preparing soap by adding and mixing the herbal extract with coalesced powder, the soap base is added together with the herbal extract in a separate bath heated to 65-75 ° C. other than the bath where the soap base is liquefied. After reheating the water bath at 125-135 ° C., the second method of preparing soap in the soap bath in which the soap base is liquefied has little irritation to the skin. Therefore, it is preferable to use soap prepared in the second method for sensitive skin. Preferably, the remaining neutral and oily skin will preferably use soap prepared in a first manner.

In addition, in the case of the herbal extract, as described in the detailed description of the above-described complex functional natural mineral herbal soap, 10 years old camphor, 6 years old red ginseng, ganoderma lucidum, situation mushroom, pine needles, mulberry leaf, elm bark and cuticle, acacia honey, sesame Thirteen kinds of high concentrate and one egg white powder are mixed, such as thorny opi, rare, goji, Angelica, aloe, and the like. The high concentrate is purified water by adding 13 kinds of components and mineral water (natural mineral mineral complex) ) And extract it at 100-150 ℃ for 72-120 hours, but extract it while keeping good ingredients without destroying them, put them in separate large beakers, mix them with each other, and mix and liquefy one egg white powder here. By the time the temperature of 65-75 ℃ is added, or by adding it to the bath, 13 kinds of high concentrate and 1 egg white powder can be added separately. .

And, in the case of the natural fragrance, each of the incense, such as deodeok, cornus, quince, apples, oranges are used, the extraction of these incense is used to extract using a conventional fragrance extraction method.

The manufacturing process for the composite functional natural mineral herbal soap of the present invention configured as described above is described as a more preferred embodiment in comparison with the accompanying drawings, and the manufacturing method of the composite functional natural mineral herbal soap described as a preferred embodiment of the present invention is It demonstrates only as a manufacturing method of neutral soap.

First, in order to liquefy the introduced soap base is heated (70) (S100) a water bath equipped with a stirring blade therein, and then 64.82% by weight of the soap base in the heated water bath a certain size, that is, 40 × 40 × 40 ( and cut into mm) and kept at 70 ° C. for 120 minutes to liquefy (S110).

Then, at the same temperature, the natural mineral mineral composite powder processed into the particle size of 300-1300mesh in the soap bath where the soap base is liquefied, that is, the powder of 300-800mesh and the particle size of 800-1300mesh, respectively 18.62% by weight of the natural mineral mineral composite powder mixed at a ratio of 50:50 (S120) or the natural mineral mineral composite powder described above in a separate water bath heated at 70 ° C. other than the water bath with a soap base liquefied. 18.62% by weight (S120) and at the same time, 14 kinds of herbal ingredients, namely 10-year-old camphor, 6-year-old red ginseng, Ganoderma lucidum, situation mushroom, pine needles, mulberry leaves, elm bark and skin, acacia honey, sesame seeds Add 10.42% by weight of herbal extract mixed with 13 kinds of high concentration liquids such as thorny seed, rare rice, goji, Angelica, aloe and one egg white powder (S130), or natural mineral After adding 10.42% by weight of the above-described herbal extract in a separate bath with mineral complex powder added (S130), the soap base, natural mineral mineral powder, and the temperature of the bath with added herbal extract were kept at 70 ° C (S140). Or reheat (130) the separate bath temperature to which the natural mineral mineral complex powder and the herbal extract were added at 130 ° C. and then put the soap base into the liquefied bath.

Then, the liquefied soap base, natural mineral mineral complex powder and herbal extracts in the water bath through the above process by stirring for 30 minutes through a stirring blade rotating at 40 revolutions per minute (S150) installed in the water bath to mix each material evenly. Next, when the temperature of the water bath is 50 ℃, one or more oil concentrates, that is, apricot seed oil, jojoba oil, olive oil virgin, grape seed oil, homine (dried black sesame seeds nine times) oil, coconut oil, rice bran oil, mink After adding (S160) 0.28% by weight of vitamin E gold, 0.22% by weight of hyaluronic acid and 0.15% by weight of glycerin, together with 1.53% by weight of oil mixed with 10 kinds of oil concentrates such as oil, tea tree oil, and camellia oil, such temperature That is, stirring and mixing (S170) for 60 minutes while maintaining the temperature of the water bath at 50 ℃.

In addition, when the temperature of the water bath is lowered to 45 ℃, 2.0% by weight of seaweed extract, 1.04% by weight of birch sap, 0.41% by weight of grain fermentation alcohol (S180) and then subjected to antibacterial treatment, such a temperature, While maintaining the temperature of the water bath at 45 ℃, stirring for 60 minutes through the stirring blade, soap base, natural mineral mineral powder, herbal extract, oil, vitamin E gold, vitamin A, C, hyaluronic acid, glycerin, seaweed extract, birch The sap, grain fermentation alcohol is mixed evaporated moisture of the soap mixture (S190), and while maintaining the temperature of the water bath at 45 ℃ to stop the stirring blade and add 0.51% by weight of natural flavor (S200), Among the natural flavors, add deodorant flavor, arithmetic flavor, quince flavor, apple flavor, orange flavor, etc. according to your preference.

Then, in the state in which the natural fragrance is added as described above, the soap mixture in the water bath is injected into a cylinder having a diameter of 60 mm and a height of 500 mm (S210). In this case, when bubbles occur in the soap mixture injected into the cylinder, purity 95 After removing the bubbles by spraying the alcohol of%, the soap mixture injected into the cylinder by the next step to solidify (S220) for 24 hours at 15 ℃ at room temperature, the solidified soap mixture to the weight of 110-120g Cut (S230).

The soap mixture cut through the above process is put into a soap mold, and then the first compression molding (S240) in the form of soap through a compression force of 100kg by the press (S240), and then the primary molded soap mixture at a temperature of 10 ℃ After drying for 12 hours (S250), the second compressed soap mixture (S260) in the form of soap through the compression force of 150kg by the press again for the first dried soap mixture (S260), and then the soap mixture secondary molded into the soap form After sterilization by injecting a 95% purity alcohol in the packaging is made individually using a wrap (S270).

Then, the soap mixture packaged as described above was pressed again with a compressive force of 200 kg by pressing again to take the stigma of the company logo or brand name (S280), and then as the final working process for the complex functional natural mineral red ginseng soap of the present invention. , After inspecting the defects and underweight for the soap of the company logo or brand name branded, the finished product is box-packed (S290), the entire manufacturing process for the complex functional natural mineral red ginseng soap of the present invention is completed.

Although the preferred embodiments of the present invention have been described for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. .

1 is a block diagram showing the manufacturing process of the complex functional natural mineral herbal soap for the present invention.

Claims (8)

In the complex functional natural mineral herbal soap, Natural mineral mineral powder in which five minerals such as quartz, feldspar, muscovite, dolomite and kaolin are fused by high heat of volcanic activity, soap base, herbal extract mixed with high concentration extracted from one or more herbal materials, one or more oils Complex functional natural mineral herbal soap characterized by containing a concentrated oil, vitamin E gold, seaweed extract, birch sap, grain fermentation alcohol, natural flavor, hyaluronic acid and glycerin. According to claim 1, wherein the natural mineral mineral composite powder is made of a particle size of 300-1300mesh, Complex functional natural mineral herbal soap, characterized in that the natural mineral mineral composite powder having a particle size of 300-800mesh and the natural mineral mineral composite powder having a particle size of 800-1300mesh are mixed at a ratio of 50:50, respectively. According to claim 1, wherein the herbal extract is 10 years old camphor, 6 years old red ginseng, ganoderma lucidum mushroom, situation mushroom, pine needles, mulberry leaves, zelkova bark and cuticle, acacia honey, participating shigapi, rare, thimble, donkey, 13 kinds of aloe Complex functional natural mineral herbal soap, characterized by a mixture of high concentrate and one type of egg white powder. According to claim 1, wherein the oil is apricot seed oil, jojoba oil, olive oil virgin, grape seed oil, homemine oil (steamed black sesame nine times) oil, coconut oil, rice bran oil, mink oil, tea tree oil, camellia oil 10 kinds Complex functional natural mineral herbal soap, characterized in that the oil concentrate is mixed. According to claim 1, The composite functional natural mineral herbal soap is molded and manufactured for neutral, dry, oily according to the mixing ratio of each component, The neutral solvent is 64.82 wt% soap base, 17.33-19.88 wt% natural mineral mineral complex powder, 9.91-12.34 wt% herbal extract, 1.32-2.35 wt% oil, 0.2-0.35 wt% vitamin E gold, seaweed extract 1.7-2.36 By weight, birch sap 1.02-1.06% by weight, fermentation alcohol 0.34-0.47% by weight, natural flavor 0.48-0.53% by weight, hyaluronic acid 0.14-0.3% by weight and glycerin 0.1-0.21% by weight, The dry solvent is 66.18% by weight soap base, 10.78-13.57% by weight natural mineral mineral complex, 13.74-16.23% by weight herbal extract, 1.37-2.36% by weight oil, 0.21-0.36% by weight vitamin E, seaweed extract 1.76-2.96% by weight %, Birch sap 1.04-1.07% by weight, grain fermentation alcohol 0.35-0.47% by weight, natural flavor 0.49-0.53% by weight, hyaluronic acid 0.14-0.3% by weight and glycerin 0.11-0.21% by weight, The oil-based silver soap base 62.29% by weight, natural mineral mineral complex powder 23.62-26.34% by weight, herbal extract 5.85-9.07% by weight, oil 1.28-2.23% by weight, vitamin E gold 0.2-0.34% by weight, seaweed extract 1.33-2.24% by weight %, Birch sap 0.99-1.04% by weight, grain fermentation alcohol 0.33-0.45% by weight, natural flavor 0.46-0.5% by weight, hyaluronic acid 0.13-0.28% by weight and glycerin 0.1-0.2% by weight Functional natural mineral herbal soap. In the composite functional natural mineral herbal soap manufacturing method, Liquefying 64.82% by weight of the soap base in a constant size in a hot water bath heated at 65-75 ° C. and maintaining the temperature at 65-75 ° C. for 90-120 minutes; 17.33-19.88% by weight of the natural mineral mineral composite powder processed to a particle size of 300-1300mesh in the soap bath liquid liquefied bath is added when the temperature of the bath water bath is 65-75 ℃ or 65 other than the soap bath liquefied Adding in a separate water bath heated to −75 ° C .; Adding 9.91-12.34% by weight of a herbal extract mixed with high concentrate extracted from one or more herbal ingredients through a medicine bath in a state in which the temperature of the bath or separate bath is the same at 65-75 ° C., and adding to a bath or separate bath. ; Maintain the temperature of the soap base, the natural mineral mineral composite powder and the herbal bath to which the herbal extract is added at 65-75 ° C., or reheat the temperature of the separate hot water mixer to which the natural mineral mineral complex powder and the herbal extract are added to 125-135 ° C. And then putting the soap base into a liquefied bath. Stirring and mixing the soap base, the natural mineral mineral powder and the herbal extract for 20 to 40 minutes through a stirring blade rotating at 40 revolutions per minute of the water bath; When the temperature of the water bath is 45-55 ° C, 0.2-0.35% by weight of vitamin E gold, 0.14-0.3% by weight of hyaluronic acid, 0.1-0.21% by weight of glycerin together with 1.32-2.35% by weight of oil mixed with one or more oil concentrates Adding and stirring the mixture for 50-70 minutes while maintaining such a temperature; When the temperature of the bath is 40-50 ° C., 1.7-2.36% by weight of seaweed extract, 1.02-1.06% by weight of birch sap, 0.34-0.47% by weight of grain fermentation alcohol were added to maintain antimicrobial treatment and the same temperature. Evaporating the moisture of the soap mixture which is mixed with a soap base, natural mineral mineral powder, herbal extract, oil, vitamin E gold, hyaluronic acid, glycerin, seaweed extract, birch sap, and grain fermentation alcohol by stirring for 70 minutes. ; Stopping the stirring blade while maintaining the temperature of the water bath at 40-50 ° C. and adding 0.48-0.53% by weight of natural flavor; Injecting the soap mixture into the cylinder after the addition of the natural flavor and coagulating at room temperature at 15-20 ° C. for 20-30 hours; Cutting the solidified soap mixture to a weight of 110-120 kg; Drying the cut soap mixture at a primary molding and a temperature of 10-12 ° C. for 10-15 hours with a compression force of 100 kg; Second molding the first dried soap mixture with a compression force of 150 kg; Spraying the alcohol having a purity of 95% to the secondary molded soap mixture and sterilizing the package; Method of producing a complex functional natural mineral herbal soap, characterized in that comprising the step of stamping the packaged soap mixture with a compressive force of 200kg three times the company logo or brand name. The method of claim 6, wherein the natural mineral mineral composite powder is processed to a particle size of 300-1300mesh, Natural mineral mineral composite powder with particle size of 300-800mesh and natural mineral mineral composite powder with particle size of 800-1300mesh are mixed at 50:50 ratio, respectively, to the liquefied soap base when the temperature of the bath is 65-75 ℃. After adding together with the herbal extracts, the temperature of the bath is maintained at the same temperature, or the soap bath is added together with the herbal extracts in a separate bath heated to 65-75 ℃ other than the water bath. After reheating to 125-135 ℃ a method for producing a complex functional natural mineral herbal soap, characterized in that the soap base is put into a liquefied bath. According to claim 6, the herbal extract is 10 years old camphor, 6 years old red ginseng, ganoderma lucidum mushroom, situation mushroom, pine needles, mulberry leaves, zelkova bark and cuticle, acacia honey, participating shigapi, rare, goji, Angelica, 13 kinds of aloe As a concentrate and one egg white powder is mixed, The high concentration of the mixed functional natural mineral herbal soap, characterized in that 13 kinds of components and mineral water (water purified by adding a natural mineral mineral complex) in the medicine bath and extracted for 72-120 hours at 100-150 ℃ Manufacturing method.

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