KR20190063886A - Soap base and method of manufacturing soap using the same - Google Patents

Abstract

The purpose of the present invention is to provide a soap base for ameliorating or relieving skin diseases and a method of manufacturing a soap using the same. According to an embodiment of the present invention, the soap base as a soap base prepared by mixing various materials, comprises: a first fat material which is a saturated fatty acid-containing material; a second fat material which is formed of a natural oil; caustic soda which causes saponification with the first fat material and the second fat material; a solubilizing agent which enables an oily substance contained in the soap base to be easily dissolved into water contained in the soap; and a moisturizing agent which improves moisturizing power of the skin of a user using a soap manufactured by using the soap base, wherein the first fat material is contained in the soap base in an amount of 10.54 to 20.33 wt%, the second fat material is contained in the soap base in an amount of 8.53 to 18.32 wt%, the caustic soda is contained in the soap base in an amount of 0.84 to 12.84 wt%, the solubilizing agent is contained in the soap base in an amount of 53.93 to 61.80 wt%, and the moisturizing agent is contained in the soap base in an amount of 3.91 to 17.80 wt%.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a soap base,

The present invention relates to a soap base and a soap making method using the same, and more particularly, to a soap base made of a composition of a plurality of substances and a method of making the soap using the soap base.

Skin is a biochemical and material function that protects the human body from the external environment as a body organ that receives all the stimuli from outside and forms a human body and is sensitive body. However, the skin is not functioning due to the skin disease which is getting polluted and the cause is unknown due to the increasing environment.

Ordinary skin disease is likely to recur for long periods of time or even after healing, and it can accompany dry skin, eczema, skin inflammation, redness or itching. Common skin diseases have a tendency to alleviate or ameliorate their symptoms when they supply adequate moisture to dry skin. For this reason, most patients with skin diseases use a moisturizer or functional soap to hydrate the skin.

However, the conventional functional soap maximizes the detergency to dry the skin more than necessary by removing unnecessary oil from the skin during the washing process, or makes the skin more sensitive due to the chemicals of the soap itself, Have.

Disclosure of Invention Technical Problem [8] The present invention provides a soap base for improving or alleviating skin diseases and a method of manufacturing soap using the same, in order to solve the above problems.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not restrictive of the invention, as claimed, and are not intended to limit the scope of the invention. There will be.

According to the soap base according to an embodiment of the present invention, a soap base is produced by mixing various substances, wherein a first fatty substance, which is a substance containing a saturated fatty acid; A second fat material consisting of natural oil; A caustic soda causing a saponification reaction with the first and second fatty substances; A solubilizing agent for allowing the oily substance contained in the soap base to be easily decomposed into water contained in the soap; And a moisturizing agent that improves the moisture of the skin of the user using the soap made using the soap base, wherein the first fat material is 10.54 to 20.33 wt% in the soap base, Wherein the humectant is present in the soap base in an amount of from 8.53 to 18.32 wt%, the caustic soda in the soap base is from 0.84 to 12.84 wt%, the solubilizing agent is from 53.93 to 61.80 wt% 17.80% by weight.

Also, the first lipid material may comprise from 8.54 to 14.53% by weight of stearic acid and from 2.00% to 5.80% by weight of myristic acid based on the soap base, Can be characterized by comprising 2.75 to 8.67% by weight of coconut oil and 5.78 to 9.65% by weight of castor oil based on the soap base.

In addition, the coconut oil may be Virgin Coconut Oil.

In addition, the solubilizing agent may include 6.98 to 9.78% by weight of calendula water based on the soap base.

Also, the solubilizing agent is characterized by being 6.98 to 9.78% by weight of Calendulo Water, 31.66 to 33.66% by weight of propylene glycol, and 15.29 to 18.36% by weight of sorbitol based on the soap base can do.

The moisturizing agent may be characterized in that glycerin is 3.60 to 10.72 wt%, hyaluronic acid is 0.30 to 4.76 wt%, and shea butter is 0.01 to 2.32 wt% based on the soap base. have.

Further, the cosmetic composition may further comprise ceramide which improves the skin function of the user using the soap prepared by using the soap base, and the ceramide may comprise 0.10% by weight to 0.30% by weight .

The ceramide may be Ceramide 3b to soot the skin of the user using the soap.

In a soap manufacturing method according to an embodiment of the present invention, a first fatty substance, which is a substance containing a saturated fatty acid, a second fatty substance composed of a natural oil, a saponification reaction with the first fatty substance and the second fatty substance, A solubilizing agent for allowing the oily substance contained in the soap base to be easily decomposed into water contained in the soap, and a moisturizing agent for improving the moisturizing power of the user's skin using the soap produced using the soap base; Wherein the first fatty material is from about 10.54 to about 20.33 weight percent of the soap base and the second fat material is from about 8.53 to about 18.32 weight percent of the soap base and the caustic soda is from about 0.84 to about 12.84 weight percent %, And the solubilizing agent is 53.93 to 61.80 wt% in the soap base, In a preparation step of preparing the soap base 3.91 to 17.80% by weight; Heating the soap base to a predetermined first temperature to melt the soap base to produce a soap solution; A first molding step of filling the soap solution into a space provided by a first engraved portion engraved in a first shape of the first mold; A first solidifying step of cooling the soap solution poured into the first intaglio part to produce a first body part having the first shape; Adding a color tone to the soap solution and heating the soap solution to a predetermined second temperature to produce a color soap solution; Disposing the first body part in a second engraved part engraved in a second shape of the second mold; A second molding step of filling the color tone soap solution into a blank space which is a space between the first main body part and the second intaglio part; And a second solidifying step of cooling the color tones of the soap solution poured into the blank space to produce a second body having a shape of the blank space.

In the first molding step, the first main body part may extend in one direction from the first main body part and the first main body part, and the second main body part may have a cross sectional area smaller than that of the first main body part, The soap solution may be filled in the space provided by the first engraved portion so as to have the body portion.

In addition, the second molding step may fill the blank space with the color tone soap solution so that the second main body part surrounds the main body 1-2.

In the second molding step, the color space soap solution may be filled in the blank space so that the first body part and the second body part have the same outer surface.

According to the method of manufacturing a soap according to an embodiment of the present invention, a first fat substance which is a substance containing saturated fatty acid, a second fat substance which is composed of natural oil, a saponification reaction with the first fat substance and the second fat substance A solubilizing agent for allowing the oily substance contained in the soap base to be easily decomposed into water contained in the soap, and a moisturizing agent for improving the moisturizing power of the user's skin using the soap produced using the soap base; Wherein the first fatty material is from about 10.54 to about 20.33 weight percent of the soap base and the second fat material is from about 8.53 to about 18.32 weight percent of the soap base and the caustic soda is from about 0.84 to about 12.84 weight percent %, And the solubilizing agent is 53.93 to 61.80 wt% in the soap base, In a preparation step of preparing the soap base 3.91 to 17.80% by weight; Heating the soap base to a predetermined first temperature to melt the soap base to produce a soap solution; Adding a color tone to the soap solution and heating the soap solution to a predetermined second temperature to produce a color soap solution; A first molding step of filling the color tone soap solution into a space provided by a first engraved portion engraved in a first shape of the first mold; A first solidifying step of cooling the color toned soap solution poured into the first intaglio part to produce a first main part having the first shape; And a partition for separating the first intaglio part of the first mold and the second intaglio part engraved in the second shape of the first mold after the first main body part is formed, Abortion step; A second molding step of removing the partition from the first mold and then filling the space provided by the second engraved portion with the solution of the soap; And a second solidifying step of cooling the soap solution poured into the second intaglio part to produce a second body part having the second shape.

The second molding step may fill the space provided by the second engraved portion with the soap solution so that the second body portion has an outer surface of the same sectional shape and the same height as the first body portion.

The method may further include a heating step of heating one surface of the first main body portion in contact with the partition using the partition after the first main body is formed, And the partition part is separated from the first mold after the partition part proceeds to the heating step for a time period.

According to the method of manufacturing a soap according to an embodiment of the present invention, a first fat substance which is a substance containing saturated fatty acid, a second fat substance which is composed of natural oil, a saponification reaction with the first fat substance and the second fat substance A solubilizing agent for allowing the oily substance contained in the soap base to be easily decomposed into water contained in the soap, and a moisturizing agent for improving the moisturizing power of the user's skin using the soap produced using the soap base; Wherein the first fatty material is from about 10.54 to about 20.33 weight percent of the soap base and the second fat material is from about 8.53 to about 18.32 weight percent of the soap base and the caustic soda is from about 0.84 to about 12.84 weight percent %, And the solubilizing agent is 53.93 to 61.80 wt% in the soap base, In a preparation step of preparing the soap base 3.91 to 17.80% by weight; Heating the soap base to a predetermined first temperature to melt the soap base to produce a soap solution; Adding a color tone to the soap solution and heating the soap solution to a predetermined second temperature to produce a color soap solution; Filling the space provided by the first engraved portion in the first shape provided by the first mold with the solution of the color tone soap and filling the space provided by the second engraved portion engraved in the second shape of the first mold, A first molding step of filling the space provided by the first molding step; Cooling the color tone soap solution poured into the first intaglio portion to cool the first body portion having the first shape and the soap solution poured into the second intaglio portion to form a second body portion having the second shape A first solidification step of producing A separating step of separating the first separating part for separating the first intaglio part and the second intaglio part from the first mold on the first mold; A second molding step of filling any one of the solution of the soap and the solution of the color tone soap in a space occupied by the first compartment separated from the first mold on the first mold; And a second solidifying step of cooling any one of the soap solution poured into a space occupied by the first compartment part on the first mold and the coloring soap solution to connect the first body part and the second body part to each other; . ≪ / RTI >

Further, after the first main body and the second main body are formed, the first main body part and the second main body part are in contact with the first compartment part using the first compartment part, Wherein the dividing step separates the first compartment from the first mold after the dividing section proceeds to the heating step for a predetermined period of time.

Further, after separating the first compartment from the first mold, a second compartment having a third intaglio part engraved with a third shape is inserted into a space occupied by the first compartment part on the first mold, Wherein the second molding step fills the space provided by the third engraving part with either the soap solution or the solution of the color tone soap, And the first main body and the second main body are connected to each other by cooling any one of the soap solution and the tinted soap solution poured into the engraved portion.

The second solidifying step may be performed by cooling any one of the soap solution poured into the third intaglio part and the color toned soap solution using the cooling part provided in the second compartment part, And the second body portion is connected to the second body portion.

According to the soap base and the soap manufacturing method using the same according to the present invention, the skin can be calm.

It should be understood, however, that the effects of the present invention are not limited to the above-described effects, and those not mentioned can be understood by those skilled in the art to which the present invention belongs.

1 shows a first mold and a second mold used in a soap manufacturing method according to an embodiment of the present invention;
2 and 3 are views for explaining a soap manufacturing method according to an embodiment of the present invention
4 is a view showing a first mold and a partition used in a soap manufacturing method according to another embodiment of the present invention
5 is a view for explaining a soap manufacturing method according to another embodiment of the present invention;
6 is a view for explaining a first mold, a first compartment, and a second compartment used in the soap manufacturing method according to another embodiment of the present invention
7 is a view for explaining a soap manufacturing method according to another embodiment of the present invention

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventive concept. Other embodiments falling within the scope of the inventive concept may readily be suggested, but are also considered to be within the scope of the present invention.

The same reference numerals are used to designate the same components in the same reference numerals in the drawings of the embodiments.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of known configurations or functions related to the present invention will be omitted when it is determined that the gist of the present invention may be blurred.

The soap base according to one embodiment of the present invention is a soap base produced by mixing various substances, wherein a first fat substance which is a substance containing saturated fatty acid, a second fat substance which is composed of a natural oil, And a solubilizing agent for allowing the oily substance contained in the soap base to be easily decomposed into water contained in the soap and a soap made using the soap base, And a moisturizing agent for improving the moisturizing power of the user's skin.

Here, the soap base is a basic material for producing soap, and a process for producing soap using the soap base will be described later.

 The soap base may contain 10.54 to 20.33% by weight of the first fatty substance.

The first fat substance may be a substance containing a saturated fatty acid.

The soap base may preferably contain 16.33% by weight of the first fatty substance.

The saturated fatty acid can increase the strength of the soap produced using the soap base and increase the detergency at high temperatures.

The first lipid material may comprise from 8.54% to 14.53% by weight of stearic acid and from 2.00% to 5.80% by weight of myristic acid based on the soap base.

The stearic acid increases the strength (rigidity) of the soap and can improve the persistence of the foam produced in the soap.

The soap base may preferably contain 11.53 wt% of the stearic acid.

The myristic acid may be used to make the soap well soluble in cold water.

The myristic acid can improve the detergency of the soap and increase the amount of bubbles generated in the soap.

The myristic acid can easily dissolve soap in cold water.

However, the first fat material is not limited to the stearic acid and the myristic acid, and may include any saturated fatty acid-containing material that can be used in the art in the production of soap bases.

It is preferable that the soap base contains the myristic acid in an amount of 4.80% by weight.

The soap base may contain from 8.53 to 18.32 wt% of the second fatty material.

The second fat material can be natural oil.

The soap base may preferably contain 12.53 wt% of the second fatty material.

The second fat material may comprise 2.75 to 8.67 wt% coconut oil and 5.78 to 9.65 wt% castor oil based on the soap base.

The coconut oil can increase the washing power of the soap, increase the size of the foam generated in the soap, and can be effective for various troublesome skin with antibacterial action and moisturizing effect.

The coconut oil has a large amount of antibacterial fatty acid, which can prevent mold or bacteria infection, and can enhance the immunity of the skin.

The coconut oil may be classified into Extra Virgin Coconut Oil, Virgin Coconut Oil, and Pure Coconut Oil.

The extra virgin coconut oil may be an oil made by cold pressing the wild coconut manually.

The virgin coconut oil may be an oil made by a low-temperature squeeze method of cultivating coconut.

The pure coconut oil may be an oil obtained by heating and drying dried coconut (Copra).

The coconut oil may be Virgin Coconut Oil.

The virgin coconut oil may contain more nutrients for skin improvement than other coconut oils, and can more effectively calm the user's skin using soap than other coconut oils.

The soap base may preferably contain 3.88% by weight of the coconut oil.

The castor oil can impart stickiness and transparency to the soap, more effectively generate bubbles in the soap, and can increase the moisture resistance.

The castor oil makes the soap hard and can keep the foam long.

The castor oil can improve aged skin and weakened skin function, and can provide a soothing effect to dry skin such as atopy.

If the castor oil contains a large amount of the castor oil, the soap base may be desirably contained so that the castor oil contains 8.65 wt% of the castor oil.

However, the second fat material is not limited to the coconut oil and the castor oil, but may include all natural oils that can be used in the art to make the soap base.

The soap base may contain from 0.84 to 12.84% by weight of the caustic soda.

The caustic soda may cause a saponification reaction with the first and second fatty substances.

Caustic soda may be, but is not limited to, sodium hydroxide.

However, caustic soda is not limited to sodium hydroxide, and may include all the caustic soda that can be used in the art to make soap bases.

The soap base may preferably contain 3.84% by weight of the caustic soda.

The soap base may contain 53.93 to 61.80 wt% of the solubilizing agent.

The soap base may preferably contain 57.93 wt% of the solubilizing agent.

The solubilizing agent may comprise 6.98 to 9.78% by weight of Calendula Water based on the soap base.

The solubilizing agent may be composed of 6.98 to 9.78% by weight of Calendulo Water, 31.66 to 33.66% by weight of propylene glycol and 15.29 to 18.36% by weight of sorbitol based on the soap base.

Calendulo Water can help relieve itching and calm the skin.

Calendula Water can help maintain skin health by protecting the skin and preventing aging of the skin.

Calendula Water can remove the toxins and wastes of your skin and protect your skin from damage.

The soap base may preferably contain 7.98 wt% of the calendula water.

Propylene glycol can have a moisturizing effect that moisturizes the skin of a person using soap.

The propylene glycol may also have an effect on inhibiting antibacterial and bacterial growth, and may prevent deterioration of the soap.

The soap base may preferably contain 32.66% by weight of propylene glycol.

Sorbitol can have a moisturizing effect that moisturizes the skin of people using soap.

When the fragrance is added to the sorbitol in the process of producing the soap, the fragrance can be preserved for a long time.

The soap base may preferably contain 17.29% by weight of the sorbitol.

The solubilizing agent is not limited to the above calendula water, the propylene glycol and the sorbitol, and may include all of the solubilizing agents that can be used in the art to make soap bases.

The soap base may contain 3.91 to 17.80% by weight of the moisturizing agent.

The soap base may preferably contain 9.26% by weight of the moisturizing agent.

The humectant may be composed of 3.60 to 10.72% by weight of glycerin, 0.30 to 4.76% by weight of hyaluronic acid and 0.01 to 2.32% by weight of shea butter based on the soap base.

Glycerine (Glycerin) can improve the moisture of the soap to your skin.

The glycerin can increase skin elasticity and wrinkle improving effect.

The glycerin can increase the effect of making the hair shine.

The glycerin can improve the detergency of the soap by dissolving a substance which is insoluble in water and oil.

The glycerin can inhibit bacterial growth such as polyols, and can prevent the soap from being contaminated by bacteria.

The soap base may preferably contain 6.72 wt% of the glycerin.

Hyaluronic acid can improve the moisturizing power of the soap to moisturize the skin.

The hyaluronic acid can prevent the skin of a person using soap from being soaked and have a wrinkle-reducing effect on the skin.

The hyaluronic acid can cause the soap to have an effect of promoting skin health of a person using soap.

The hyaluronic acid may make the skin of a person using soap healthy, so that the skin is resistant to external ultraviolet rays and / or fine dusts.

The hyaluronic acid can improve the skin disease of a person using the soap, and can induce skin activation of a person using the soap to help skin cell regeneration.

The hyaluronic acid may have an effect of preventing bacteria from propagating to the skin of a person using the soap.

The soap base may preferably contain 1.74% by weight of the hyaluronic acid.

Shea butter can increase the moisturizing power of soap so that the skin of a person using soap does not dry out.

The shea butter can produce the effect of causing the foam to be abundantly generated in the soap when the soap is used.

The soap base may preferably contain 0.80% by weight of the shea butter.

The moisturizing agent is not limited to the glycerin, the hyaluronic acid, and the shea butter, and may include any moisturizing agent that can be used in the art to make the soap base.

In addition, the soap base according to an embodiment of the present invention may further include a ceramide which improves the skin function of the user using the soap produced using the soap base.

The soap base may contain 0.10 wt% to 0.30 wt% of the ceramide.

The soap base may preferably contain 0.10 wt% of the ceramide.

The ceramide may form a skin barrier on the skin of a user using soap.

The ceramide may form a skin barrier on the skin to inhibit moisture evaporation in the skin, prevent bacteria and foreign matter from penetrating into the skin from the outside, and improve the recovery speed of the wounded skin.

The ceramide can prevent skin diseases caused by dry skin of the user.

The ceramide may be preferably Ceramide 3b having an excellent effect of soothing the user's skin using the soap.

However, the ceramides are not limited to ceramides 3b but ceramide 1, ceramide 2, and ceramide. Ceramide 3, Ceramide 4, Ceramide 5, and Ceramide 6 may all be included.

Hereinafter, one embodiment of a method of manufacturing soap using the above-described soap base will be described in detail.

FIG. 1 is a view showing a first mold and a second mold used in a soap manufacturing method according to an embodiment of the present invention, and FIGS. 2 and 3 illustrate a soap manufacturing method according to an embodiment of the present invention FIG.

Referring to FIG. 1, the first mold 10 and the second mold 20 may be required in the soap manufacturing method according to one embodiment of the present invention.

When the upper layer of the first mold 10 and the lower layer of the first mold 10 are laminated so as to correspond to each other, the first mold 10 has a structure in which the upper layer and the lower layer can be separated from each other. And may have first engraved portions 11 and 12 engraved in a shape.

The first engraved portions 11 and 12 may be engraved in the first mold 10 to provide a predetermined space in the first mold 10.

The first engraved portions 11 and 12 may include a 1-1 engraved portion 11 and a 1-2 engraved portion 12.

The 1-1 engraved portion 11 may be engraved on the first mold 10 to provide a space having a predetermined shape in the first mold 10.

For example, the first engraved portion 11 may be engraved on the first mold 10 to provide a circular columnar space in the first mold 10, but the present invention is not limited thereto And can be variously changed at a level that is obvious to a general technician.

The space provided by the 1-1 engraved portion 11 may be communicated with the outside of the first mold 10.

The first to eighth engraved portions 12 are formed in the first mold 10 so as to provide a predetermined space (a shape having a smaller sectional area or a diameter smaller than the space provided by the 1-1 engraved portion 11) And may be formed engraved on the first mold 10.

For example, the first and second engraved portions 12 may be engraved on the first mold 10 to provide a circular columnar space in the first mold 10, To a person skilled in the art.

The cross-section of the space provided by the first and second intaglio porches 12 in the first mold 10 is a cross section of the space provided by the first engraved portion 11 inside the first mold 10 Section.

That is, the diameter of the space provided by the first to-second engraved portions 12 in the first mold 10 is smaller than the diameter of the first to-be-decorated portions 11 provided inside the first mold 10 May be smaller than the diameter of the space.

The space provided by the first and second engraved portions 12 in the first mold 10 is connected to the space provided inside the first mold 10 by the first engraved portion 11 (Communicating).

The first mold 10 may have a first connecting portion 13 to allow the space provided by the 1-1 engraved portion 11 and the outside of the first mold 10 to communicate with each other .

When the upper layer of the second mold 20 and the lower layer of the second mold 20 are stacked so as to correspond to each other, the second mold 20 has a structure in which the upper layer and the lower layer can be separated from each other. And a second engraved portion 21 engraved in a shape.

The second engraved portion 21 may be engraved in the second mold 20 to provide a predetermined space in the second mold 20.

For example, the second engraved portion 21 may be engraved on the second mold 20 to provide a cylindrical space within the second mold 20.

The second mold 20 may have a second connecting portion 22 for allowing the space provided by the second engraved portion 21 and the outside of the second mold 20 to communicate with each other.

A method of manufacturing a soap according to an embodiment of the present invention comprises the steps of preparing a soap base B containing the above composition, heating the soap base B to a predetermined first temperature to form the soap base B ) Fills the space provided by the first intaglio engraved in the first shape of the first mold (10) into a space provided by the first engraved part A first solidifying step of cooling the soap solution f10 poured into the first intaglio part to produce a first body part B10 having the first shape; C) and heating the soap solution (f10) to a predetermined second temperature to produce a tinted soap solution (f20); a first coloring step The second tinted portion 21 engraved with the second shape, the tinted soap solution f20, A second molding step of filling a blank space S10 which is a space between the first main body part B10 and the second intaglio part 21 and a second molding step of filling the color toned soap solution f20 poured in the blank space S10 And a second solidification step of cooling to form a second body portion B20 having the shape of the blank space S10.

In the first molding step, the first main body B10 extends in one direction from the first main body B11 and the first main body B11, It is possible to fill the space provided by the first engraved portion with the soap solution f10 so as to have the first and second main body portions B12 each having a smaller value than the portion B11.

The second molding step may fill the marginal space S10 with the color tone soap solution f20 so that the second main body B20 surrounds the main body 1-2. have.

Also, the second molding step may include filling the color space soap solution (f20) into the blank space (S10) so that the first body portion (B10) and the second body portion (B20) .

Hereinafter, a method of manufacturing the first main body B10 will be described.

2 (a) and 2 (b), the soap base B can be heated by putting the soap base B into the first container P1 and heating it to a predetermined first temperature.

Here, the predetermined first temperature may be preferably 60 DEG C, but is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

The first container P1 can be heated until the soap base B is completely melted and the soap solution f10 can be produced when the soap base B is dissolved.

Here, the color tone generating step may be performed to generate the color tone soap solution (f20), or the fragrance may be added to the soap solution (f10). The details of the process will be described later, .

2 (c), after the soap solution f10 is produced, the soap solution f10 is introduced into the first engraved portion 11 of the first mold 10 , 12).

That is, it is possible to fill the space provided by the first intaglio parts 11, 12 with the soap solution f10.

At this time, it is preferable that the soap solution (f10) has a temperature of 50 DEG C, but it is not limited thereto, and can be variously modified at a level that is obvious to a person skilled in the art.

Referring to FIG. 2 (d), the first body part B10 may be formed by filling the space provided by the first intaglio parts 11 and 12 with the soap solution f10 and then cooling it.

Here, the cooling time may be preferably 40 to 50 minutes, but the present invention is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

The first mold 10 can be taken out from the first mold 10 by separating the upper and lower layers of the first mold 10 after cooling the first mold 10, The body portion B10 may be trimmed to have the first shape.

The first main body B10 includes a first main body B11 having a shape corresponding to a space provided by the 1-1 first engraved portion 11, And a second main body B12 having a shape corresponding to a space in which the second main body B12 is formed.

For example, the 1-1 body portion B11 may have a circular column shape, and the 1-2 body portion B12 may extend from the 1-1 body portion B11, 1 may have a circular columnar shape with a diameter smaller than the diameter of the circular columnar shape of the main body B11.

Hereinafter, a method of manufacturing soap using the first main body B10 will be described.

Referring to FIGS. 3 (a) and 3 (b), the method for producing the soap solution (f10) can be omitted from the above description.

Referring to Figs. 3 (b) and 3 (c), a color tone (C) and / or an aroma may be added to the soap solution f10 after the soap solution f10 is produced.

The soap solution (f10) can be heated to a predetermined second temperature after adding the color tone (C) and / or fragrance to the soap solution (f10), and the color tone (C) and / The soap solution (f10) may be stirred to be uniformly distributed in the soap solution (f10).

Here, the predetermined second temperature is preferably 60 to 70 ° C, but it is not limited thereto and various changes can be made at a level that is obvious to a person skilled in the art.

In addition, the predetermined time may be one minute, but it is not limited thereto, and various changes can be made at a level that is obvious to a general technician.

It is also preferable that the added color tone C is a color tone C in which the second body portion B20 has a color tone different from that of the first body portion B10.

When this process is further performed on the soap solution (f10), a color soap solution (f20) can be produced.

Referring to FIG. 3 (d), the first main body B10 manufactured by the above-described method is disposed on the second engraved portion 21 engraved on the lower layer of the second mold 20, An upper layer of the second mold 20 may be laminated on the upper portion of the lower layer of the second mold 20. [

Referring to FIG. 3 (e), a blank space S10 may be formed on the second mold 20 on which the first main body B10 is disposed.

The blank space S10 may be formed inside the second mold 20 by the first and second main body portions B12 and the second engraved portion 21. [

The color tone soap solution f20 may be filled in the blank space S10 through the second connection portion 22. [

The second mold 20 may be cooled after the color space soap solution f20 is filled in the blank space S10.

Here, the cooling time may be preferably 40 to 50 minutes, but the present invention is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

After cooling the second mold 20, the first and second main bodies B10 and B20 are separated from the second mold 20 by separating the upper and lower layers of the second mold 20, (B10) and the second body (B10) so that the first body (B10) has a first shape and the second body (B20) has a shape of the blank space (S10) 2 body portion B20 can be trimmed.

Referring to FIG. 3 (f), in the soap B30 produced through this process, the first and second main body portions B12 may not be distinguished from the outside by the second main body portion B20, Only the first main body B11 and the second main body B20 can be distinguished from the outside.

In addition, the first-first main body B11 and the second main body B20 may have outer surfaces of the same height.

That is, the outer surfaces of the first main body B11 and the second main body B20 may form the same surface.

Thus, soaps having different colors or soaps having different functions can be made of a single structure, and can be made to have different colors and / or different functions (for example, The second body B20) and / or the gap is not formed, so that the user can use the soap without inconvenience when using the soap.

Hereinafter, another embodiment of a method for producing soap using the above-described soap base (B) will be described in detail.

FIG. 4 is a view showing a first mold and a compartment used in a method of manufacturing a soap according to another embodiment of the present invention, and FIG. 5 is a view illustrating a method of manufacturing a soap according to another embodiment of the present invention.

Referring to FIG. 4, the first mold 110 may be required for the soap manufacturing method according to another embodiment of the present invention.

When the upper layer of the first mold 110 and the lower layer of the first mold 110 are stacked so as to correspond to each other, the first mold 110 has a structure in which the upper layer and the lower layer can be separated from each other, A first engraved portion 111 engraved in a shape and a second engraved portion 112 engraved in a second shape.

The lower layer of the first mold 110 may further include a third engraved portion 113 connecting the first engraved portion 111 and the second engraved portion 112 to each other, The upper layer of the mold 110 may further include an insertion portion 114 for providing a space in which the partition 120 and / or the crimping portion 130 to be described later can be inserted or removed.

The third engraved portion 113 and the insertion portion 114 may be formed in the first mold 110 at the same position in one direction.

The first engraved portion 111 may be engraved in the first mold 110 to provide a predetermined space in the first mold 110.

For example, the first engraved portion 111 may be engraved on the first mold 110 to provide a circular columnar space in the first mold 110.

The space provided by the first engraved portion 111 may communicate with the outside of the first mold 110.

The second engraved portion 112 may be engraved inside the first mold 110 to provide a predetermined space in the first mold 110.

For example, the second engraved portion 112 may be engraved on the first mold 110 to provide a circular columnar space within the first mold 110.

The cross section of the space provided by the second intaglio 112 in the first mold 110 may be the same as the cross section of the space provided by the first intaglio 111 in the first mold 110 have.

In other words, the diameter of the space provided by the second intaglio 112 in the first mold 110 is determined by the cross-section of the space provided by the first intaglio 111 in the first mold 110 Can be the same.

The first mold 110 may include a first connection part 115 to allow the space provided by the first intaglio 111 and the outside of the first mold 110 to communicate with each other.

The first mold 110 may include a second connecting portion 116 to allow the space provided by the second engraved portion 112 and the outside of the first mold 110 to communicate with each other.

Further, in the method of manufacturing a soap according to another embodiment of the present invention, the partition 120 and the crimping portion 130 may be required.

The partition 120 is inserted into the insertion portion 114 to define a space provided by the first intaglio 111 on the first mold 110 and a space provided by the second intaglio 112 They can be separated from each other.

The partition 120 may include a partitioning unit 121 and a handle 122.

The compartment setting unit 121 may divide the space provided by the first intaglio 111 and the space provided by the second intaglio 112 on the first mold 110.

The diameter of the partition setting unit 121 is equal to the diameter of the space provided by the first intaglio 111 and the diameter of the space provided by the second intaglio 112 on the first mold 110 .

For example, the partition setting unit 121 may be a thin circular cylinder.

The partition setting unit 121 may include a heat transfer unit 121a capable of emitting heat from one side thereof.

The handle 122 may extend from one side of the partitioning unit 121.

When the dividing portion 120 is inserted into the insertion portion 114, the soap maker can remove the dividing portion 120 from the insertion portion 114 using the pulling portion 122.

The portion of the second body portion B120 inserted into the insertion portion 114 and connected to the first body portion B110 is not connected to the first body portion B110, It is possible to have the same outer surface shape.

The crimping portion 130 may include a crimping body portion 131 and a protrusion 132.

The pressing body 131 may have a pressing face 131a and the pressing face 131a may be formed in the third engaging portion 113 when the pressing portion 130 is inserted into the inserting portion 114. [ To provide a certain space on the first mold 110.

The protrusion 132 may be formed on the first mold 110 together with the third engraved portion 113 when the crimping portion 130 is inserted into the insertion portion 114. [ The depth of insertion of the crimping portion 130 into the insertion portion 114 can be adjusted so that a space provided by the first engaging portion 111 and the second engaging portion 112 is equal to a diameter of the space provided by the first engaging portion 111 and the second engaging portion 112, have.

A method of manufacturing a soap according to another embodiment of the present invention comprises the steps of preparing a soap base (B) containing the above-described composition, heating the soap base (B) to a predetermined first temperature, (F10) is added to the soap solution (f10) by adding a color tone (C) to the soap solution (f10) to heat the soap solution (f10) to a predetermined second temperature, A first molding step of filling the color tone soap solution f20 into a space provided by a first engraved portion 111 engraved in a first shape of the first mold 110, A first solidifying step of cooling the color tone soap solution f20 poured into the first engraved portion 111 to produce a first body B110 having the first shape, The first engaging portion 111 of the first mold 110 and the first mold 110 A step of separating the partition 120 for separating the partition 120 partitioning the second engraved portion 112 engraved in the second shape provided from the first mold 110, A second molding step of filling the space provided by the second engraved portion 112 with the soap solution f10 after leaving the first mold 110 and a second molding step of filling the space provided by the second engraved portion 112, And a second solidifying step of cooling the soap solution (f10) to produce a second body portion (B120) having the second shape.

In the second molding step, the second body portion B120 is divided into the second intaglio portion (f10) and the second intaglio portion (f10) so that the second body portion B120 has an outer surface of the same sectional shape and the same height as the first body portion B110 112). ≪ / RTI >

After the first main body B110 is formed, a partition 120 for heating one surface of the first main body B110 in contact with the partition 120 by using the partition 120 And the step of removing the partitioning part 120 may include heating the partitioning part 120 for a predetermined period of time after the step of heating the partitioning part 120 to remove the partitioning part 120 from the first mold 110 It can be released.

Hereinafter, a method of manufacturing a soap according to another embodiment of the present invention will be described.

5 (a) to 5 (d), the method for producing the soap solution (f10) and the method for producing the color tone soap solution (f20) can be omitted to the extent that they overlap with those described above.

5E, the generated color tone soap solution f20 can be poured into the space provided by the first engraved portion 111 of the first mold 110 using the inflow means P2. have.

At this time, the partition 120 may be inserted into the insertion part 114 in the first mold 110.

That is, the color tone soap solution (f20) can be filled in the space provided by the first intaglio part (111).

Here, the color tone soap solution (f20) may be provided in the space provided by the first intaglio portion (111) by the partition (120) inserted into the insertion portion (114) It can not flow into space.

That is, the partition 120 inserted into the insertion portion 114 is divided into a space provided by the first engraved portion 111 on the first mold 110 and a space provided by the second engraved portion 112 Space can be divided from each other.

At this time, it is preferable that the color tone soap solution (f20) is 50 DEG C, but it is not limited thereto, and various modifications can be made at a level that is obvious to a person skilled in the art.

The space provided by the first engraved portion 111 may be filled with the color tone soap solution f20 and then cooled to generate the first main body B110.

Here, the cooling time may be preferably 40 to 50 minutes, but the present invention is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

5 (f), after the first main body B110 is formed, the partition 120 inserted into the insertion portion 114 may be removed from the insertion portion 114. Referring to FIG.

The heat transfer part 121a of the partition 120 may be used before the partition 120 is detached from the insertion part 114. In this case, 1 body B110 can be heated.

As the first body B110 is heated, the second body B120 described later can be easily connected to the first body B110.

In this case, the heating time (predetermined time) may be such a time that the shape of the first main body B 110 is not changed in consideration of the heat generation degree of the heat transfer portion 121 a.

The sensing unit may further include a sensing unit (not shown) capable of sensing the temperature of the partition 120, and the sensing unit may measure the temperature of the partition 120.

The controller may further include a control unit (not shown) capable of receiving temperature information of the partition 120 and controlling the operation of the heat transfer unit 121a.

The control unit can control whether the heat transfer unit 121a is operated and the heat generation amount of the heat transfer unit 121a based on the temperature information of the partition 120. [

5 (g), after separating the partition 120 from the insert 114, the soap solution f10 is introduced into the first mold 110 using the inflow means P2, And can be poured into the space provided by the second engraved portion 112.

That is, it is possible to fill the space provided by the second engraved portion 112 with the soap solution f10.

The pressing portion 130 may be inserted into the insertion portion 114 after filling the space for providing the soap solution f10 to the second engraved portion 112 or before filling.

The soap solution f10 may flow into the space provided by the second engraved portion 112, the third engraved portion 113 and the pressing surface 131a through the second connection portion 116. [

At this time, it is preferable that the soap solution (f10) has a temperature of 50 DEG C, but it is not limited thereto, and can be variously modified at a level that is obvious to a person skilled in the art.

The space provided by the second engraved portion 112, the third engraved portion 113 and the pressing surface 131a is filled with the soap solution f10 and then cooled to create the second main portion B120 can do.

Here, the cooling time may be preferably 40 to 50 minutes, but the present invention is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

The upper and lower layers of the first mold 110 may be separated so that the first and second main bodies B110 and B120 can be taken out from the first mold 110 and the soap B130 Can be produced.

Referring to FIG. 5 (h), the second main body B120 may be integrally formed with the first main body B110.

The first body B110 and the second body B120 may have an outer surface of the same height.

That is, the outer surfaces of the first main body B110 and the second main body B120 may form the same surface.

The effect of this can be omitted to the extent that it is redundant.

By such a manufacturing method, one mold can be used to produce soap.

Hereinafter, another embodiment of a method of manufacturing soap using the above-described soap base (B) will be described in detail.

6 is a view for explaining a first mold, a first compartment and a second compartment used in the soap manufacturing method according to another embodiment of the present invention, and Fig. 7 is a view showing a soap according to another embodiment of the present invention And Fig.

Referring to FIG. 6, the first mold 210, the first compartment 220, and the second compartment 230 may be required in the soap manufacturing method according to another embodiment of the present invention.

The first mold 210 has a structure in which the upper layer and the lower layer can be separated from each other. When the upper layer of the first mold 210 and the lower layer of the first mold 210 are stacked so as to correspond to each other, A first engraved portion 211 engraved in a shape and a second engraved portion 212 engraved in a second shape.

The first mold 210 may include an insertion portion 214 into which the first and second compartments 220 and 230 can be inserted and removed.

The first engraved portion 211 may be engraved in the first mold 210 to provide a predetermined space in the first mold 210.

For example, the first engraved portion 211 may be engraved on the first mold 210 to provide a circular columnar space in the first mold 210.

The space provided by the first engraved portion 211 may communicate with the outside of the first mold 210.

The second engraved portion 212 may be engraved inside the second mold 20 to provide a predetermined space inside the first mold 210.

For example, the second engraved portion 212 may be engraved on the first mold 210 to provide a circular columnar space within the first mold 210.

The end face of the space provided by the second intaglio part 212 inside the first mold 210 may be the same as the end face of the space provided by the first intaglio part 211 inside the first mold 210 have.

That is, the diameter of the space provided by the second intaglio part 212 inside the first mold 210 is equal to the diameter of the space provided by the first intaglio part 211 inside the first mold 210 Can be the same.

The first mold 210 may include a first connecting portion 215 for allowing the space provided by the first engraved portion 211 and the outside of the first mold 210 to communicate with each other.

The first mold 210 may include a second connection part 216 for allowing the space provided by the second intaglio part 212 and the outside of the first mold 210 to communicate with each other.

The first partition 220 is inserted into the insertion portion 214 and is separated from the space provided by the first recessed portion 211 on the first mold 210 and the space provided by the second recessed portion 212 Space can be divided from each other.

The first compartment 220 may include a compartment setting unit 221 and a handle 222.

The partition setting unit 221 may divide the space provided by the first intaglio 211 and the space provided by the second intaglio 212 on the first mold 210.

One side of the partition setting unit 221 is larger than a side of the space provided by the first intaglio 211 and a side of the space provided by the second intaglio 212 on the first mold 210 have.

The partition setting unit 221 may include a heat transfer unit 221a capable of emitting heat from one side thereof.

The handle 222 may extend from one side of the compartment setting unit 221.

When the first compartment 220 is inserted into the insertion part 214, the soap maker uses the pull part 222 to disengage the first compartment 220 from the insertion part 214 .

The second partition 230 is inserted into the insertion portion 214 so that the space provided by the first intaglio portion 211 on the first mold 210 and the space provided by the second intaglio portion 212 on the first mold 210, 1 mold 210 can be provided with a space that can communicate with each other.

The second partition 230 may include a partition main body 231 and a grip portion 232.

The partition main body 231 may have a third engraved portion 231a formed to penetrate from one surface to the other surface.

The partition main body 231 may include a third engraved portion 231a having a depressed third shape.

The diameter of the third engraved portion 231a may be the same as the diameter of the first engraved portion 211 and the second engraved portion 212.

The partition main body 231 may include a cooling part 231b that provides a passage through which cooling water can flow.

The cooling portion 231b may be formed to surround the third engraved portion 231a.

The partition main body 231 may include a space provided by the third engraved portion 231a and a third connection portion for allowing the outside to communicate with each other.

The grip portion 232 may extend from the partition main body 231.

The soap maker can implement the movement of the partition main body portion 231 using the grip portion 232.

A method for manufacturing a soap according to another embodiment of the present invention comprises the steps of preparing a soap base (B) containing the above-mentioned composition, heating the soap base (B) to a predetermined first temperature, (F10) is added to the soap solution (f10) by adding a color tone (C) to the soap solution (f10) by heating the soap solution (f10) to a predetermined second temperature, , Filling the space provided by the first intaglio 211 engraved with the first shape of the first mold 210 and filling the space provided by the first soak solution (f20) f10 in a space provided by a second engraved portion 212 engraved in a second shape of the first mold 210, and a second molding step of filling the space provided by the first engraved portion 211, The coloring soap solution (f20) is cooled to form the first main body portion (B210) having the first shape and the first main body portion A first solidification step of cooling the soap solution f10 poured into the two engraved portions 212 to produce a second body portion B220 having the second shape; A step of separating the first compartment 220 separating the engraved portion 211 and the second engraved portion 212 from the first mold 210; A second molding step of filling any one of the soap solution (f10) and the color tone soap solution (f20) in a space occupied by the first partition (220) separated from the first mold (210) The first main body B210 is cooled by cooling any one of the soap solution f10 and the color tone soap solution f20 poured into the space occupied by the first compartment 220 on the first mold 210, And a second solidification step of connecting the second body part (B220) to each other.

After the first body portion B210 and the second body portion B220 are formed, the first body portion B220, which is in contact with the first partition portion 220 using the first partition portion 220, (120) for heating one side of the first body (B210) and one side of the second body (B220), and the step of removing the compartment (120) includes a step of heating the compartment The first compartment 220 may be separated from the first mold 210 after the heating step.

After separating the first compartment 220 from the first mold 210, a second compartment 230 having a third intaglio part 231a having a depressed third shape is inserted into the first compartment 230, The method of claim 1, further comprising inserting a compartment (120) into a space occupied by the compartment (220) on the first mold (210), and wherein the second molding comprises adding the soap solution (f10) f20) is filled in the space provided by the third engraved part (231a), and the second solidifying step is performed by filling the soap solution (f10) poured into the third engraved part (231a) the first main body B210 and the second main body B220 can be connected by cooling any one of the first main body B210 and the second main body B220.

The second coagulation step may be performed by using the cooling part 231b provided in the second compartment 230 so that the soap solution f10 poured into the third intaglio part 231a and the coloring soap solution the first main body B210 and the second main body B220 can be connected by cooling any one of the first main body B210 and the second main body B220.

Hereinafter, a method of manufacturing a soap according to another embodiment of the present invention will be described.

7 (a) to 7 (b), the method of producing the soap solution (f10) and the method of producing the color soap solution (f20) may be omitted to the extent that they overlap with those described above.

Referring to FIG. 7 (e), the generated tinted soap solution f20 can be poured into the space provided by the first engraved portion 211 of the first mold 210 using the inflow means P2. have.

That is, the color tone soap solution (f20) can be filled in the space provided by the first intaglio part (211).

The generated soap solution f10 may be poured into the space provided by the second engraved portion 212 of the first mold 210 using the inflow means P2.

That is, the soap solution (f10) can be filled in the space provided by the second intaglio part (212).

At this time, the first partition 210 may be inserted into the insertion portion 214.

The tinted soap solution f20 may be formed in the second intaglio part 212 in the space provided by the first intaglio part 211 by the first compartment 220 inserted into the insertion part 214, Can not flow into the space provided by the < / RTI >

In addition, the soap solution (f10) may be formed in the space provided by the second intaglio part (212) by the first partition part (220) inserted into the insertion part (214) It can not flow into the providing space.

Here, it is preferable that the soap solution (f10) and / or the color tone soap solution (f20) have a temperature of 50 DEG C, but the present invention is not limited thereto.

It is possible to form the first body part B210 by filling the space provided by the first intaglio part 211 with the color tone soap solution f20 and cooling the space, The second body B220 may be formed by filling the soap solution f10 and cooling the same.

Here, the cooling time may be preferably 40 to 50 minutes, but the present invention is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

Referring to FIG. 7 (f), after the first main body portion B210 and the second main body portion B220 are formed, the first partition 220 inserted into the insertion portion 214 is inserted into the insertion portion 214, The portion 214 can be removed.

Before the first partition 220 is disengaged from the insert 214, the heat transfer part 221a of the first compartment 220 is used to heat the surface of the first compartment 220, The first main body portion B210 and the second main body portion B220 which are in contact with the first main body portion B210 and the first main body portion 220b which are the other surfaces of the first main body portion 220, ) Can be heated.

The first main body portion B210 and the second main body portion B220 are heated so that the first main body portion B210 and the second main body portion B220 are brought into contact with the third engraved portion 231a, (F20) or the soap solution (f10) filled in the soap solution (f10).

The technical features and the additional components related to the heat transfer portion 221a may be omitted insofar as they overlap with those described above.

The second compartment 230 can be inserted into the insertion part 214 after the first compartment 220 is detached from the insertion part 214. [

The second compartment 230 may be inserted into the insertion part 214 corresponding to the space occupied by the first compartment 220 on the first mold 210.

Referring to FIG. 7 (g), in the space occupied by the first compartment 220 separated from the first mold 210 on the first mold 210, the soap solution f10 and the hue Soap solution (f20).

In other words, any one of the soap solution (f10) and the color tone soap solution (f20) can be poured into the space provided by the third engraved portion 231a.

At this time, it is preferable that the soap solution (f10) or the color tone soap solution (f20) filled in the space provided by the third intaglio part (231a) is 50 ° C, Can be variously modified at an apparent level.

The soap solution f10 or the color tone soap solution f20 filled in the space provided by the third engraved portion 231a is connected to the first main portion B210 and the second main portion B220 .

The soap solution f10 or the color tone soap solution f20 filled in the space provided by the third intaglio part 231a is cooled to cool the first main part B210 and the second main part B220 They can be connected to each other.

Here, the cooling time may be preferably 40 to 50 minutes, but the present invention is not limited thereto, and can be variously changed at a level that is obvious to a person skilled in the art.

Here, in order to shorten the cooling time, the control unit may cause the cooling water to flow to the cooling unit 231b.

To this end, a cooling device (not shown) may be provided. The cooling device accommodates the cooling part 231b discharged from the cooling part 231b by flowing cooling water to the cooling part 231b, Can control the cooling device.

The soap solution (f10) or the color tone soap solution (f20) filled in the space provided by the third intaglio part (231a) by the cooling water is cooled more rapidly, which can shorten the manufacturing time.

The upper and lower layers of the first mold 210 may be separated so that the first and second main bodies B210 and B220 can be taken out from the first mold 210 and trimmed in the manner described above to remove the soap B230 Can be produced.

Referring to FIG. 7 (h), the first main body B210 may be integrally formed with the second main body B220, and the first main body B210 and the second main body B220 may be integrally formed. B220 may have an outer surface of the same height.

That is, the outer surfaces of the first main body B210 and the second main body B220 may form the same surface.

The effect of this can be omitted to the extent that it is redundant.

By such a manufacturing method, the manufacturing time can be shortened.

In the above-described manufacturing process, the soap solution (f10) can be changed to the color tone soap solution (f20).

Further, the soap solution (f20) can be changed to the soap solution (f10).

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be apparent to those skilled in the art that changes or modifications may fall within the scope of the appended claims.

10: first mold 20: second mold
C: Soap base C: Hue

Claims (19)

In a soap base produced by mixing various materials,
A first fat substance which is a substance containing saturated fatty acids;
A second fat material consisting of natural oil;
A caustic soda causing a saponification reaction with the first and second fatty substances;
A solubilizing agent for allowing the oily substance contained in the soap base to be easily decomposed into water contained in the soap; And
And a moisturizing agent that improves the moisture of the user's skin using the soap produced by using the soap base,
Wherein the first lipid material is 10.54 to 20.33 wt% in the soap base,
Wherein the second fatty material is from 8.53 to 18.32 wt% in the soap base,
Wherein the caustic soda is from 0.84 to 12.84% by weight in the soap base,
The solubilizing agent is 53.93 to 61.80% by weight in the soap base,
Wherein the moisturizing agent is 3.91 to 17.80 wt% in the soap base.
The method according to claim 1,
Wherein the first fat material comprises:
From 8.54 to 14.53% by weight of stearic acid and 2.00% to 5.80% by weight of myristic acid based on the soap base,
Wherein the second fatty material comprises
2.75 to 8.67% by weight of coconut oil and 5.78 to 9.65% by weight of castor oil based on said soap base.
3. The method of claim 2,
The coconut oil,
Characterized in that the soap base is Virgin Coconut Oil.
The method according to claim 1,
The solubilizing agent,
6.98 to 9.78% by weight of Calendula Water based on the soap base.
5. The method of claim 4,
The solubilizing agent,
Wherein the soap base comprises 6.98 to 9.78 wt% of Calendula water, 31.66 to 33.66 wt% of propylene glycol, and 15.29 to 18.36 wt% of sorbitol, based on the soap base.
The method according to claim 1,
The moisturizing agent,
3. The soap base according to claim 1, wherein the soap base comprises 3.60 to 10.72% by weight of glycerin, 0.30 to 4.76% by weight of hyaluronic acid and 0.01 to 2.32% by weight of shea butter.
The method according to claim 1,
Further comprising Ceramide, which enhances the skin function of the user using the soap produced using the soap base,
The ceramide,
0.10% to 0.30% by weight of the soap base.
8. The method of claim 7,
The ceramide,
Characterized in that the soap base is Ceramide 3b to soot the skin of the user using the soap.
A first fatty substance which is a substance containing a saturated fatty acid, a second fatty substance which is a natural oil, a first fatty substance and a caustic soda which causes a saponification reaction with the first fatty substance and the second fatty substance, And a moisturizing agent which improves the moisturizing effect of the skin of the user using the soap prepared using the soap base, wherein the first fat material is contained in the soap base Wherein the second fatty material is from 8.53 to 18.32 wt.% In the soap base, the caustic soda is from 0.84 to 12.84 wt.% In the soap base and the solubilizing agent is from 53.93 to 61.80 wt. By weight and the moisturizing agent is 3.91 to 17.80% by weight in the soap base, Preparatory phase;
Heating the soap base to a predetermined first temperature to melt the soap base to produce a soap solution;
A first molding step of filling the soap solution into a space provided by a first engraved portion engraved in a first shape of the first mold;
A first solidifying step of cooling the soap solution poured into the first intaglio part to produce a first body part having the first shape;
Adding a color tone to the soap solution and heating the soap solution to a predetermined second temperature to produce a color soap solution;
Disposing the first body part in a second engraved part engraved in a second shape of the second mold;
A second molding step of filling the color tone soap solution into a blank space which is a space between the first main body part and the second intaglio part; And
And a second coagulation step of cooling the color soap solution poured into the blank space to produce a second body portion having a shape of the blank space.
10. The method of claim 9,
Wherein the first molding step comprises:
Wherein the first main body includes a first main body part and a second main body part extending in one direction from the first main body part and having a cross sectional area smaller than that of the first main body part, And filling the space provided by the first engraved portion.
11. The method of claim 10,
Wherein the second molding step comprises:
Wherein the color space soap solution is filled in the blank space so that the second main body part is formed so as to surround the main body part < RTI ID = 0.0 > 1-2. ≪ / RTI >
12. The method of claim 11,
Wherein the second molding step comprises:
Wherein the color space soap solution is filled in the blank space so that the first body portion and the second body portion have an outer surface of the same height.
A first fatty substance which is a substance containing a saturated fatty acid, a second fatty substance which is a natural oil, a first fatty substance and a caustic soda which causes a saponification reaction with the first fatty substance and the second fatty substance, And a moisturizing agent which improves the moisturizing effect of the skin of the user using the soap prepared using the soap base, wherein the first fat material is contained in the soap base Wherein the second fatty material is from 8.53 to 18.32 wt.% In the soap base, the caustic soda is from 0.84 to 12.84 wt.% In the soap base and the solubilizing agent is from 53.93 to 61.80 wt. By weight and the moisturizing agent is 3.91 to 17.80% by weight in the soap base, Preparatory phase;
Heating the soap base to a predetermined first temperature to melt the soap base to produce a soap solution;
Adding a color tone to the soap solution and heating the soap solution to a predetermined second temperature to produce a color soap solution;
A first molding step of filling the color tone soap solution into a space provided by a first engraved portion engraved in a first shape of the first mold;
A first solidifying step of cooling the color toned soap solution poured into the first intaglio part to produce a first main part having the first shape;
And a partition for separating the first intaglio part of the first mold and the second intaglio part engraved in the second shape of the first mold after the first main body part is formed, Abortion step;
A second molding step of removing the partition from the first mold and then filling the space provided by the second engraved portion with the solution of the soap; And
And a second solidifying step of cooling the soap solution poured into the second intaglio part to produce a second body part having the second shape.
14. The method of claim 13,
Wherein the second molding step comprises:
And filling the space provided by the second engraved portion with the soap solution so that the second body portion has an outer surface of the same cross-sectional shape and the same height as the first body portion.
14. The method of claim 13,
Wherein the second molding step comprises:
And filling the space provided by the second engraved portion with the soap solution so that the second body portion has an outer surface of the same cross-sectional shape and the same height as the first body portion.
A first fatty substance which is a substance containing a saturated fatty acid, a second fatty substance which is a natural oil, a first fatty substance and a caustic soda which causes a saponification reaction with the first fatty substance and the second fatty substance, And a moisturizing agent which improves the moisturizing effect of the skin of the user using the soap prepared using the soap base, wherein the first fat material is contained in the soap base Wherein the second fatty material is from 8.53 to 18.32 wt.% In the soap base, the caustic soda is from 0.84 to 12.84 wt.% In the soap base and the solubilizing agent is from 53.93 to 61.80 wt. By weight and the moisturizing agent is 3.91 to 17.80% by weight in the soap base, Preparatory phase;
Heating the soap base to a predetermined first temperature to melt the soap base to produce a soap solution;
Adding a color tone to the soap solution and heating the soap solution to a predetermined second temperature to produce a color soap solution;
Filling the space provided by the first engraved portion in the first shape provided by the first mold with the solution of the color tone soap and filling the space provided by the second engraved portion engraved in the second shape of the first mold, A first molding step of filling the space provided by the first molding step;
Cooling the color tone soap solution poured into the first intaglio portion to cool the first body portion having the first shape and the soap solution poured into the second intaglio portion to form a second body portion having the second shape A first solidification step of producing
A separating step of separating the first separating part for separating the first intaglio part and the second intaglio part from the first mold on the first mold;
A second molding step of filling any one of the solution of the soap and the solution of the color tone soap in a space occupied by the first compartment separated from the first mold on the first mold; And
A second solidifying step of cooling any one of the soap solution poured into the space occupied by the first compartment part on the first mold and the coloring soap solution to connect the first body part and the second body part to each other; ≪ / RTI >
17. The method of claim 16,
Wherein the first main body portion and the second main body portion are formed on the one side of the first main body portion and the one side of the second main body portion in contact with the first subdivided portion using the first subdivided portion, ; ≪ / RTI >
In the partitioning step,
Wherein the separating portion separates the first compartment from the first mold after proceeding to the heating step for a predetermined period of time.
18. The method of claim 17,
Inserting a second compartment having a third engraved portion having a third shape engraved into a space occupied by the first compartment portion on the first mold after releasing the first compartment from the first mold, ; ≪ / RTI >
Wherein the second molding step comprises:
Filling the space provided by the third engraved portion with either one of the soap solution and the tinted soap solution,
Wherein the second solidification step comprises:
Wherein the first body part and the second body part are connected by cooling any one of the soap solution and the color tone soap solution poured into the third intaglio part.
19. The method of claim 18,
Wherein the second solidification step comprises:
And the cooling unit provided in the second compartment is used to cool any one of the soap solution poured into the third intaglio and the color tone soap solution to connect the first main unit and the second main unit. .

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