KR100816675B1 - Loess soap manufacturing method - Google Patents

Abstract

A method for manufacturing a loess soap is provided to produce the loess soap capable of activating skin cells, retarding skin aging, removing skin wastes, maintaining elastic and moist skin, and relieving user's fatigue. A method for manufacturing a loess soap includes the steps of: (S10) mixing a loess mixture powder containing loess powder, sericite, and sun-dried salt, with a solution containing vegetable extracts, ethanol, extracts of a Japanese apricot, apricot seed oils, and animal oils to prepare a loess mixture; (S20) mixing sodium hydroxide with distilled water to prepare a sodium hydroxide solution; (S30) heating a base oil to a predetermined temperature; (S40) mixing the heated based oil with the sodium hydroxide solution to form a mixture solution; (S50) mixing the mixture solution with a natural aroma-emitting material and the loess mixture to form an original soap solution; (S60) pouring the original soap solution into a soap mold, and then solidifying the soap solution; and (S70) separating the solidified soap from the soap mold, and then aging the soap.

Description

Loess soap manufacturing method {LOESS SOAP MANUFACTURING METHOD}

1 is a flowchart of a method for preparing ocher soap according to the present invention.

The present invention relates to a loess soap manufacturing method, and more particularly, to a loess soap manufacturing method embodied ocher in soap.

Pollution problems such as air pollution and water pollution are becoming very serious due to the influence of exhaust gases generated from various industrial facilities and automobiles.As the residential environment is improved, the heating efficiency of the living space is remarkably improved and the skin is very dry. As a result, the skin becomes rough or prematurely aging.

In general, the skin is composed of the epidermis, the dermis, and the subcutaneous tissue from the surface, the outermost of the epidermis is formed of the stratum corneum which occurs as the epidermal cells of the skin age.

The human skin has a function of releasing waste products by the physiological function of the body to the outside of the body and skin respiration for supplying oxygen necessary for the human body.

Therefore, when various waste products and sebum secreted by the body block the pores and sebaceous glands distributed in the skin, the waste products accumulate in the epithelial tissue of the skin and cause abnormal keratinization of the wounded epidermal cells or in the air. When harmful microorganisms are adsorbed on the skin surface and microorganisms penetrate the surface of the skin through pores and pores, this causes skin irritation and ultimately damages the skin, thus damaging skin beauty. .

Therefore, human skin is always kept clean and in harmony with the physiology of the human body to maintain a healthy and elastic skin.

Therefore, soap is widely used to clean and protect the skin.

Generally, soaps are prepared by hydrolyzing the fatty acids such as palmitic acid and stearic acid and glycerin in advance in animal and vegetable fats and oils such as tallow or palm oil, and then neutralizing the fatty acids with caustic soda or sodium carbonate. Soap product is completed. In addition, conventional soaps use low-grade oils such as animal oils to reduce production costs, and various additives such as synthetic detergents, preservatives, chemical pigments, and synthetic fragrances to increase the cleaning power in the process of mixing soap solutions. use.

Thus, the conventional soap is to maximize the function of the cleansing power to achieve the health of the skin, not just the cleanliness of the skin, but rather it removes the sebum components accumulated in the skin epithelial tissue in the washing process more than necessary, for example, sensitive skin And in dry skin, there is a problem that the skin is roughened and dried by the excessive leaching of essential oil and wet ingredients. In addition, there is a problem that when using soap, the skin is dried, slinking, causing various side effects such as irritation, rash, etc. to the skin of people with irritable skin.

Therefore, in recent years, in order to solve the disadvantages of the soaps made with the above chemical components, soaps containing natural products such as natural plant components or extracts thereof have been developed.

However, conventional methods for preparing natural plant-containing cosmetic soaps include natural palm oil fatty acid, natural palm fatty acid, triethanolamine, caustic soda solution, glycerin and cocoyl monosodium, lauyl monosodium or myristoyl monosodium. After adding and mixing a surfactant to form a transparent gel, it is made into a liquid state by hot water, and then molded into a soap. However, the natural ingredients included in the soap have a small amount in the manufacturing process of the soap. In terms of harmony with the physiology of the human body there was a limit.

On the other hand, as interest in well-being has recently increased, interest in ocher as natural materials for various cosmetics has increased.

Ocher contains numerous minerals such as silica, alumina, iron, magnesium, sodium and potassium in addition to calcium carbonate, which is the main ingredient. It is a mineral that is very beneficial to the human body with antibacterial and deodorizing effects.

Accordingly, the present applicant can improve and promote the skin health of the modern humans in the high pollution, reduce the emission of pollutants due to the excessive use of detergent, and the inherent functions of the loess such as activation of skin cells by far infrared rays emitted from the loess. The development of ocher soap manufacturing method can be achieved.

Accordingly, the object of the present invention is to activate skin cells, delay skin aging, remove skin wastes, keep skin elastic and moist, recover mental and physical fatigue, and due to overuse of detergent It is to provide an ocher soap manufacturing method that can reduce the emissions of pollutants.

In order to achieve the above object, the present invention, in the ocher soap manufacturing method, a loess powder, a dough containing ethyl alcohol, plum extract, apricot seed oil and animal oil in ocher mixed powder containing oak powder and sorghum and sun salt Preparing an ocher mixture formed by mixing a solution; Preparing a caustic soda solution by mixing caustic soda and distilled water; Heating the base oil to a predetermined temperature; Mixing the caustic soda solution with the heated base oil to form a mixed solution; Mixing a natural flavor generating substance and an ocher mixture with the mixed solution to form a soap stock solution; Pouring the soap stock solution into a soap mold and solidifying the soap stock solution; It provides a ocher soap manufacturing method comprising the step of separating and aging the soap solidified from the soap frame.

Here, it is preferable that the ocher mixed powder consists of 90 wt.% Ocher powder, 5 wt.% Mica, and 5 wt.% Sun salt.

The dough solution is preferably composed of plant extract 70vol.%, Ethyl alcohol 10vol.%, Plum extract 5vol.%, Apricot seed oil 5vol.%, Animal oil 10vol.%.

It is preferable that the dough solution is made by mixing 100 ml of the ocher mixed powder 1 kg.

The base oil includes a solid powder oil made of at least one of palm and coconut, and a liquid powder oil made of at least one of olive, grape seed, castor and jojoba, and the base oil is a liquid powder with respect to 400 to 450 g of a solid powder oil. It is preferable to mix in the ratio of 300-350 g of oil.

The caustic soda solution is mixed at a ratio of 100 g of caustic soda with respect to 180 g of distilled water, and the distilled water preferably contains a proportion of 30 to 40 parts by weight based on 100 parts by weight of the base oil.

The natural fragrance generating material is made of at least one of tea tree, eucalyptus, peppermint, and the natural fragrance generating material is more effectively mixed in a ratio of 10 to 30L per 1kg of the mixed solution.

The ocher mixture is preferably mixed at a ratio of 20 to 50 g per 1 kg of the mixed solution.

In the step of forming the soap stock solution, when the mixed solution is in the trace state, it is more effective to add the natural flavor generating material and the ocher mixture to the mixed solution.

It is preferable that the base oil and the caustic soda solution are mixed within a range of 45 to 55 ° C.

Hereinafter, a method for preparing ocher soap according to the present invention will be described in detail with reference to the accompanying drawings.

First, an ocher mixture is prepared by mixing a loess powder, a mixture of ocher mixed with clay and a natural salt, and a dough solution containing ethyl alcohol, plum extract, apricot seed oil and animal oil (S10).

Hereinafter, the ocher is briefly described, and the ocher contains a large amount of calcium carbonate, and the ocher has a viscous force that is not easily broken by the calcium carbonate, and when water is added, it turns into clay. In addition to calcium carbonate, ocher contains numerous minerals such as silica, alumina, iron, magnesium, sodium, potassium, etc. In addition to these components, catalase, diphenoloxydiaze, It contains various enzymes such as saccharase and protease. The loess emits large amounts of far-infrared rays, which are essential for the growth of animals and plants, activates the physiology of cells, and generates heat energy to activate metabolism and blood circulation. Thus, loess has many beneficial microorganisms and minerals. It's called living dirt.

In addition, ocher is a porous material, that is, a honeycomb structure with a large surface area, and a plurality of sections have a multilayer structure. In this sponge-like hole, a large amount of far-infrared rays of sunlight are absorbed, stored and radiated to stimulate molecular activity of other objects.

Therefore, ocher emits far infrared rays which is most suitable for human body among infrared rays, activates skin cells, expands microvascular, promotes blood circulation, delays skin aging, promotes sweating, and promotes sweating, which is accompanied by sweat and heat of sweat. In addition to providing an effect, it provides an excellent effect that can alleviate skin problems caused by sterilization. It also removes heavy metals and toxins from the skin by the strong ion exchange power of ocher. Ocher is a porous material with strong adsorptive power, which removes unnecessary skin fat and unnecessary dead skin cells. And, since the ocher is porous, by controlling the humidity by absorbing or releasing moisture, the moisture of the skin can be adjusted to maintain elastic and moist skin.

On the other hand, it is preferable that the ocher mixed powder constituting the ocher mixture is composed of 90 wt.% Ocher powder, 5 wt.% Mica, and 5 wt.% Sun salt.

The dough solution constituting the loess mixture is preferably composed of 70 vol.% Plant extract, 10 vol.% Ethyl alcohol, 5 vol.% Plum extract, 5 vol.% Apricot seed oil, and 10 vol.% Animal oil.

On the other hand, the ocher mixed powder and the dough solution constituting the ocher mixture is preferably mixed in a ratio of 100 ml of the dough solution to 1 kg of the ocher mixed powder.

When the ocher mixture is prepared in this way, a caustic soda solution is prepared by mixing caustic soda and distilled water (S20). At this time, make sure to mix caustic soda in distilled water little by little. Here, the caustic soda solution is preferably mixed at a ratio of 100 g of caustic soda with respect to 180 g of distilled water, and particularly preferably, distilled water is contained at a rate of 30 to 40 parts by weight with respect to 100 parts by weight of the base oil to be described later.

Then, the base oil is put into a predetermined container and heated in a bath in a range of 45 to 55 ° C (S30). Here, the base oil preferably includes a solid powder oil made of at least one of palm and coconut, and a liquid powder oil made of at least one of olive, grape seed, castor and jojoba. The base oil is preferably mixed at a ratio of 300 to 350 g of liquid powder oil to 400 to 450 g of solid powder oil.

Subsequently, a caustic soda solution is mixed with the heated base oil to form a mixed solution (S40). At this time, while caustic soda solution is slowly poured into the base oil while heating the base oil within the range of 45 to 55 ° C, the mixture is stirred with a hand blender or the like. Here, it is preferable that the base oil and the caustic soda solution are mixed within a range of 45 to 55 ° C, and more preferably it is effective to mix the base oil and the caustic soda solution at 45 ° C.

Subsequently, the natural flavor generating substance and the ocher mixture are mixed with the mixed solution of the base oil and the caustic soda solution to form a soap stock solution (S50). On the other hand, when mixing the natural flavor-generating material and ocher mixture in the mixed solution, stir for 20 to 60 minutes using a hand blender, a spatula and the like. Here, the natural flavor generating material is preferably mixed at a ratio of 10 to 30 L per 1 kg of the mixed solution, and the ocher mixture is preferably mixed at a ratio of 20 to 50 g per 1 kg of the mixed solution.

The natural flavor-generating substance and the ocher mixture are preferably added to the mixed solution when the mixed solution is traced. Here, when the trace state is briefly described, it refers to a state in which traces remain when the surface of the soap solution is slightly applied with a spatula or the like, that is, a thick dough state.

On the other hand, in the present invention, the natural flavor generating substance added to the mixed solution comprises at least one of tea tree, eucalyptus, and peppermint as the herbal flavoring substance.

Tea tree provides bactericidal and disinfecting effects, eucalyptus is good for sensational throats, muscle pain relief, and peppermint for digestion, fatigue and cold.

Again, back to the ocher soap manufacturing method according to the present invention, when the soap stock is formed, the soap stock is poured into the soap mold and solidified (S60). In order to secure the heat required for saponification when solidifying the soap solution, wrap the soap frame with wrap or vinyl, wrap it with a towel, or keep it in an ice box.

After 1 to 2 days, the soap solidified is separated from the soap mold, and then aged (S70) to complete the ocher soap according to the present invention. On the other hand, the maturing of the soap is preferably performed in a well-ventilated place for 4 to 6 weeks.

In this way, by preparing the ocher soap by mixing the natural flavor generating material and ocher mixture in the soap solution, the ingredients of the soap and the natural flavor generating material and ocher are synergistic with each other, and the skin care and bathing Not only will you improve your health, but it will also help you recover from fatigue.

In particular, ocher contained in soap absorbs and radiates large amounts of human-friendly far infrared rays, and various active minerals contained in ocher are easily ionized by water to promote absorption into the skin. It not only prevents skin aging by removing or adsorbing, but also stimulates and activates skin cells, thereby promoting blood circulation and providing skin massage effect.

In addition, the fungus such as mold does not occur by the antimicrobial property of the loess itself, so that it can be stored for a long time. In addition, the ocher provides the reactivation and deodorization and water purification effects of the ocher components after use, thereby reducing the emission of pollutants due to overuse of the detergent.

It is apparent to those skilled in the art that the present invention is not limited to the embodiments described and that various modifications and variations can be made without departing from the spirit and scope of the invention. Therefore, such modifications or variations will have to be belong to the claims of the present invention.

As described above, according to the present invention, by preparing a loess soap by mixing a natural fragrance-generating substance and an ocher mixture in a certain blending ratio in a soap stock solution, which is an essential additive necessary for the production of soap, etc., the skin cells are activated by activating skin cells. There is provided a method for producing ocher soap which can delay, remove skin wastes, keep skin elastic and moist, recover mental and physical fatigue, and reduce emissions of pollutants due to overuse of detergent.

Claims (6)

To prepare an ocher mixture comprising a mixture of ocher powder and ocher mixed powder containing sorghum and natural salt, and a dough solution containing ethyl alcohol, plum extract, apricot seed oil and animal oil, and caustic soda and distilled water. Preparing a caustic soda solution, heating the base oil to a predetermined temperature, and mixing the caustic soda solution with the heated base oil to form a mixed solution, and a natural fragrance generating material and ocher in the mixed solution. A method for producing ocher soap comprising mixing a mixture to form a soap stock solution, pouring and solidifying the soap stock solution into a soap mold, and separating and maturing the solidified soap from the soap mold. The ocher mixed powder is composed of 90 wt.% Ocher powder, 5 wt.% Mica, 5 wt.% Sun salt, The dough solution is composed of plant extract 70vol.%, Ethyl alcohol 10vol.%, Plum extract 5vol.%, Apricot seed oil 5vol.%, Animal oil 10vol.%, The base oil includes a solid oil consisting of at least one of palm and coconut, and a liquid oil consisting of at least one of olive, grape seed, castor and jojoba, The natural fragrance generating material is made of at least one of tea tree, eucalyptus, peppermint, the natural fragrance generating material is mixed in a ratio of 10 to 30L per 1kg of the mixed solution, In the step of forming the soap stock solution, when the mixed solution is in the trace state, ocher soap manufacturing method characterized in that it further comprises the addition of the natural flavor-generating material and the ocher mixture to the mixed solution. delete delete delete delete delete

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