KR20080028519A - A method for forming a functional soap bar using an antibacterial wooden mold - Google Patents

Abstract

A method for forming functional soap by using an antibacterial wooden container is provided to allow incorporation of various natural substances into soap, to avoid a need for removing soap from a mold, to allow users to experience the effects of various natural substances, and to prevent environmental pollution by using a reusable wooden container. A method for forming functional soap by using an antibacterial wooden container comprises the steps of: providing a wooden container made of an antibacterial wood material optionally having a hollow shape, wherein the container includes at least one groove(3) formed outside of the container at the center thereof, a knot formed by surrounding the groove with a string(4) in such a manner that users hang the container around their necks, the remaining portion of the string, at least one support linking hole(7) formed on the string at the groove, at least one antibacterial support material(8) such as thin thread introduced into the linking hole, a through hole for introducing the support material, at least one groove(6) formed inside the container, grooves(2) formed on the top end and bottom end of the container, upper and lower covers provided on the groove for the selective use, and an air permeation hole formed in the covers, and wherein the container optionally uses very thin fruits, stems, mushroom or powder material in addition to the antibacterial wooden material at the inner groove and a radial tray as a support; introducing a solution for functional soap into the inner part of the container, wherein the solution is subjected to heating, aging, drying and curing; introducing the antibacterial container into water- or Chinese medicinal herb-containing vessel and heating the vessel for 5-15 minutes, so that the antibacterial wooden material is extracted or heated components are incorporated into the antibacterial material; applying additional heat from the exterior of the antibacterial wooden container for 5-10 minutes after introducing the solution for functional soap; and printing letters, logos or images on the outer surface and inner surface(4) of the container.

Description

A method for forming a functional soap bar using an antibacterial wooden mold}

1 is a perspective view of an antimicrobial wood container according to an embodiment of the present invention

Figure 2 is a perspective view of the antimicrobial wood container recess according to an embodiment of the present invention

Figure 3 is a perspective view of the antimicrobial wooden container support according to an embodiment of the present invention

Figure 4 is the antimicrobial wood container input completeness according to an embodiment of the present invention

Figure 5 is an embodiment of the antimicrobial wooden container according to an embodiment of the present invention

Figure 6 is an antimicrobial wood container embodiment 2 according to an embodiment of the present invention

Figure 7 is an antimicrobial wooden container embodiment 3 according to an embodiment of the present invention

8 is an antimicrobial wood container finishing work according to an embodiment of the present invention

Figure 9 is a perspective view of the interior and exterior grooves of the antimicrobial wooden container according to an embodiment of the present invention

Figure 10 is a detailed view of the antimicrobial wood container support according to an embodiment of the present invention

Figure 11 is an embodiment of the antimicrobial wood container bath in accordance with an embodiment of the present invention

Figure 12 is an embodiment of the heat radiation outside the antimicrobial wooden container according to an embodiment of the present invention

Figure 13 is a perspective view of the implementation of the antimicrobial container shell endothelial image according to an embodiment of the present invention

14 is a process chart for the functional soap forming method using an antimicrobial wood container according to an embodiment of the present invention

[Explanation of symbols on the main parts of the drawings]

1: Antimicrobial wood container 2: Container finish 3: Outdoor recess 4: String

5: Interior side of container 6: Indoor recess 7: Support connector 8: Before inserting support

8 ': After support support 9: Soap solution 10: Coat hanger 11: Human neck

12: Bathroom ceiling 13.13 ': Outer cover 14: Air through hole 15: Bath container

16: Zhongtang heat source 17: water, herbal medicine 18: antibacterial material (leaves, berries, wood, powder) 19: external radiation heat source

20: container jacket 21: container jacket image 21 ': container jacket image

The present invention relates to a method for forming a functional soap using an antimicrobial wood container. Briefly, the method for forming a face-wash bath soap by a general machine operation is to fill a container with a liquid soap dissolved under a predetermined temperature, and then, at least for 4 to 5 hours. After curing for 3 weeks, soap and container were separated, cut into a certain length, put into male and female molds (mold), and pressed by up and down molding. The liquid soap was filled into a certain container, and when it was dried to some extent, it was cut into the required size with a wire for soap altar, etc., and after sufficient curing drying time, it was separated from the soap container and used. Soap manufacturing process using various natural materials The manufacturing method of silkworms produces a different phenomenon from the above method. The phenomenon different from the above method occurs when the soap is formed using a natural natural material, due to the nature of the natural material. It is not as simple as this, and the combination of natural and natural ingredients that are useful for humans is difficult to process and it is hard to put into the mold (molding). When you want to dissolve the soap, the soap material sticks to the mold, which leads to considerable difficulty in separating it, resulting in defective products. Therefore, even if you try to add more components in the synthesis of natural materials, you reach the technical limit due to the problem of bonding molding. Be in a situation

The present invention has been made in order to solve and improve the conventional technical problems as described above has the following object.

The main object of the present invention is to at least synthesize more natural materials than conventional methods and conventional methods, thereby allowing them to experience more components of various functional natural materials. Since there is no process to separate soap from mold after hardening process, manufacturing time is shortened and labor cost is saved. When separating soap from mold, bad product does not occur due to side effects such as damage. In addition to the functional effects of the functional soap itself, the extraction of natural ingredients by antibacterial wooden containers and baths are also carried out in baths containing Chinese herbal medicines. This is to give you a chance to experience natural ingredients. Since it is made of a container, the environmental hormone radiation by plastic is blocked, and the antimicrobial wood soap container is made of wood so that the container can be used continuously after using the soap, thus saving resources and even if the antimicrobial wood container is disposed of at its end of life. Because it is wood, it does not occur to the environment at all, and the reality is that we feel the urgent need for portable cleaning and bath soap to protect the human body from pathogenic epidemics caused by SARS, algae, etc. The present invention, the soap by the antimicrobial wood container can easily hang around the neck when going outdoors and abundantly synthesizes a variety of natural materials such as atopy, rhinitis and other diseases, such as children and the elderly in everyday life Invented to make it simple to carry and use

In order to achieve the above object, the present invention provides a functional soap molding method by the following antimicrobial wood container.

For example, the antimicrobial wood of the present invention, which is used to make a container for soap, will be given as an example of chestnut, bamboo, oak, fig, clove, fennel, zelkova, birch, cypress, palm tree, mulberry, cedar, Ogapi, Jeju, cypress, citrus, pomegranate, forest of Bordeaux, Elm, Apricot, Ginkgo, Cinnamon, Peach tree, Pine tree, Ranch, Gardula hawthorn, Oak tree, ginger tree, eucalyptus All trees that are not harmful to the human body, such as trees and rhododendrons, are used, and the name of the tree is not specifically limited.

If you describe the antibacterial ingredients for bamboo,

A general term of perennial evergreen wood, belonging to the fruit tree, whose stem is made of wood and has a prominent node. The ground is divided into ground and underground, and the ground is upright. Roots and shoots; leaves are elongated, and their ends are sweet, they have sweet joints, and there are joints between the vinegar, and rarely yellow-green flowers of rice-like ears grow dry or die after flowering. As it is burdensome and resistant, it is used for building, making equipment, and pole. Young bamboo shoots are used for food.

Charm, king, cotton, etc. It is produced mainly in Asia, especially in the tropics, and has a life span of 150 years. The bamboo used as the antimicrobial wood container of the present invention mainly uses the royal throne. The phyllostachys bambusoides is an evergreen tree belonging to the crest family, and the root diameter extends to the side and the stem grows to a height of 10 to 20 m, and the leaves are 8 to 12 cm in length. It is lanceolate and hangs at the end of three to five branches. In June-July, cultivation and incomplete flowers bloom in three to five cone inflorescences, and they have a long period of time, and the fruit family is ripe in the fall. It is planted in sub-Korea, Japan, and China. It is mainly used as a work material. Bamboo shoots have purple spots and are used for food or medicinal purposes.

Bamboo has antibacterial effect, anti-inflammatory effect, antibacterial effect, and it is effective for athlete's foot eczema, skin itching, and cut bamboo wood appropriately. Pour water into jug and add basin or radish to 80 ~ 90 ℃ for 1 ~ 2 hours. After cooling for 3 days, it is possible to feel the effect of itching and soothing as soon as it is applied to the feet, skin, etc. Therefore, the antimicrobial wood container of the present invention is also used as bamboo by using the extract of the intrinsic ingredient of bamboo in contact with water. In the meantime, researches on using various ingredients using bamboo have been conducted in various fields.

First, we will explain how to make an antimicrobial container using bamboo. Once the left and right through diameter 50m / m .Thickness 10m / m. Prepare a 30m / m long bamboo barrel and fasten it to the center of a 30m / m long indoor (left 10m / m, right 20m / m) shelf-type woodworking rotary machine (aka Roguro) to make a depth of 3-5m / m, Grooves are made with a width of 8 to 9m / m to make indoor grooves. These indoor grooves are used when the indoor surface is flat during the production of functional soaps, and the soap liquid solidifies to prevent them from falling out of the antimicrobial wood container on the way. This groove is used by digging one or more according to the need or size of soap.The next turn is 15m / m. 15m / m for the left side of the outdoor side using a circular electric glider or a lathe woodworking rotary machine. The gutter is cut to a depth of 3 to 5 m / m and a width of 8 to 9 m / m to complete the gutter on the outdoor side. The gutter on the outside can be wrapped around the neck of the body with a string such as a string. It is also intended to be antibacterial Wooden container is finished by binding to primarily cords such as to prevent from occurring that the specific nature of the wood breakage sometimes distorted

Next, use the woodworking machine above to groove at a depth of 3m / m to 5m / m and a width of 4m / m at 5m / m from the top and bottom edges of the outdoor side. The next step is to drill the at least one through hole diagonally in a diagonal direction while turning the entire outer groove. If the at least one through hole is prepared diagonally, the antimicrobial container and Other antimicrobial materials may be used, if desired

The next step is to clean the surface of the woodworking process up to now with sandpaper, etc. Next, the material to be inserted into the above-mentioned support connector is described as a thin needle-shaped wood input material containing antimicrobial components. As another material prepared, antibacterial wood leaves, stems, roots, mushrooms, berries, concentrates, etc. can be used. The thin thread-like support material can be thin and a large number of strands can be added.

The reason is that the antimicrobial material is inserted into the prepared wooden container through-hole to form a radial tray, and once the antimicrobial wood container is completed, it is put into the water bath (water, herbal ingredients) between 50 ~ 80 ℃ for about 5-15 minutes. After the antibacterial wood container is placed on the prepared flooring material, the fixed and prepared functional soap liquid is introduced into the container, and the soap liquid flows down the radial tray to be synthesized between the functional soap liquid collected at the bottom of the container and the functional soap liquid collected at the top of the container. If the antimicrobial material is thicker than a certain thickness, the bath temperature will be high and the antimicrobial extract will be released late. To be synthesized with the soap solution. The method is to complete the process in a short time as much as possible so that more extracts can be synthesized with the soapy liquid. When a thin antimicrobial wood is prepared, it is pushed into the already prepared through-hole and penetrated into the opposite through-hole. After cutting the thin threaded wood with a knife or the like, the extra wood support is also cut cleanly and finished. The support is penetrated into several branches and finished in a 50 ~ 80 ℃ bath container for about 5-15 minutes. Quickly pick up the bowl and place it on the flooring material, fix it, and carefully put the prepared functional soap solution into the antimicrobial wood container, and fix it carefully. Finishing, the antimicrobial wood container primary work is completed

The shape of the supporting part of the antimicrobial wood container is completed in the shape of a very thin channel in the center of the bamboo barrel, and the net is formed in the top and bottom of the antimicrobial wood container. The upper and lower soapy liquid is firmly synthetically fastened together with the recess in the room to allow the antimicrobial component of the radial tray to be extracted into the soapy liquid and solidified more stably than the material synthesis by functional natural materials. The natural antimicrobial component in the form of a radial tray has a certain temperature and an antimicrobial container is poured into a bath container when the soap liquid is added, and the ingredients are extracted. The ingredients may be insignificant. When using antimicrobial wood containers, soap and antimicrobial ingredients can be extracted together by contacting with water. Depending on the natural ingredients, they can be extracted quickly. However, they can be extracted slowly. It is also possible to make a bath and put the prepared container to synthesize more herbal medicines bathed in the antimicrobial material.

In addition, the use of the antimicrobial wood container can be used as a means to prevent the decay contamination of the soap in advance because the soap itself is always placed in a humid and poorly ventilated corner and the functional soap using the antimicrobial wood container of the present invention The structure is already designed to block the outside polluted environment, and the strings are prepared in the recess of the outside of the container and hanged on the hanger such as the toilet, so it is separated from the moisture after use and becomes a cleaner soap. I will explain how to make a soap container by another antimicrobial material in addition to the wooden container manufacturing method

This time, I will explain how to make a wooden container that is generally solid, rather than hollow bamboo.

Now let's explain how to use the fig tree

Figs [ficus carica] Deciduous broad-leaved shrub belonging to the mulberry family, about 3m high, the leaves are broad egg-shaped, long, 3 ~ 5 branched, and pink flowers bloom in spring and summer. The male flower is in the upper part and the female flower is located in the lower part, and it is invisible. The fruit is a silver fruit and ripens in the dark purple in the fall.Also known as the mausoleum.It is native to the Mediterranean coast, Asia Minor, Arabia, Palestine, South Korea, Jeju Island, Japan and China. It is distributed in the garden. Fruits are raw or dried and edible, and leaves contain protein and rubber, etc. Its milk is used for remedy such as roundworm, neuralgia, cough, relieving asthma, etc. It is used for treating athlete's foot, eczema and edema by collecting root or wood. .

If you describe the antibacterial ingredients of natural figs

Natural figs have been used for medicinal purposes mainly using leaves and berries. The components extracted from leaves and fruits have been shown to be excellent for treating skin athlete's foot fungus, fungi, and antibacterial. A wide range of antifungal agents applied to ringworm (athlete), seborrheic dermatitis, completeness, wind, etc. have been reported to be excellent for heart fungus, superficial mycosis. to be.

If you explain how to make containers using antimicrobial wood,

In the above-described embodiment using the bamboo, the bamboo material is already hollow so that there is no difficulty in proceeding.

The solid wood method is made in the same way as I'm going to explain now.

First, cut the antimicrobial wood to the required size. Next, fasten the outer skin in a circle by fastening it to a rotary woodworking machine (aka Roguro). If you work in a circle with a size of 60m / m, the circle will be processed and come out about 60m / m. Prepare the wood with sufficient thickness to explain in detail the antimicrobial wood with the width (80m / m) * length (80m / m) * length (mainly about 1m is good). Roguro) is mounted on a rotating motor, and the other side is fixed to a rotating center of the shape of an awl with a sharp end, and the motor is rotated to rotate the square antimicrobial wood using a grinding tool such as a chisel. When the work is finished, the circular column is completed in the lengthwise direction like the red bean. The circular column is prepared again by rotating woodworking machine in the form of another working process. Rotating woodworking machine is a machine that works well so that inner and outer work can be done freely. When the hollow circular column shaped like a bamboo barrel is completed, cut it to the required length. Work is progressed in the same manner as the method for producing the antimicrobial container using the above-described bamboo material is to complete the antimicrobial container.

Next, I will explain the cypress

Chamaecyparisobtusa An evergreen tree belonging to the pine family. 30 ~ 40m high, 1 ~ 2m in diameter, the bark is reddish brown, and small needle leaves are dense on the branch. In the spring, small small flowers bloom on the branches, and green conifers are ripe in red in October. Wood is rhubarb white, dense, glossy, and strong in water resistance, making it the most widely used among all trees. It is a Japanese specialty, grown in artificial planting with cedar. It is also known as cypress and blackwood. In terms of its unique ingredients, the cypress releases volatiles as a means of defending itself from various attacks from the outside, and the components have been collectively named phytoncides. If you go to a dense pine forest or a deep valley with conifers, it is cool and refreshing as soon as you enter the valley. The characteristic smell of grass that sounds like it smells like soil. It is because phytoncite ingredients are emitted from pine, cypress, etc. What are the ingredients of phytoncite? It is a volatile substance such as eucalyptol. Such a substance plays a role in boosting our human body's immunity healthier. The cypress improves the human immunity as described above, resulting in dermatitis such as atopy, rhinitis and asthma. It is beneficial wood to help treat bacteria such as

Next, I will explain about cloves.

丁香 tree [Syzygiumaromatica] is an evergreen tree belonging to the genus Mahjong. It is about 10m high, leaves are fresh, and it is leathery, has a long oval of 5 ~ 10cm long, and has a white back.Pale purple sapphire is collected at the end of branch and is 2cm long oval with one seed. Native to the Molucas Islands of Southeast Asia, it is also cultivated in Africa. Dried picked flower buds are used as clove (丁香 .clove) and are used as pharmaceutical and clove oils. Anesthesia, analgesics, Brucella bacteria, molding tuberculosis bacteria, skin pathogenic ringworm, Staphylococcus aureus, penetrating epidermis bacteria.

Next, the method for preparing a soap solution is explained by heating and dissolving a solid powder or soap material of a general cosmetic soap component at a temperature of 50 to 60 ° C. as an additive to a functional natural material, herbal medicine powder or extract extract, honey, and various natural products. Oils, natural nutrients, high functional ingredients, various grains, various enzymes, loess, charcoal, minerals, and various functional beauty ingredients are synthesized according to the blending ratio to complete the functional soap liquid composition. The methods are written in a conventional manner: 20 to 25% of purified water. 50 to 56% of natural oil. 6 to 9% of caustic soda. Additive 1: 7 to 9% of additives 2: 1 to 5%. The soap composition blending method of the present invention will be published separately. Examples of the present invention include various functional natural materials, soap powder or soap material in a solid state without water and caustic soda process. Medicinal powder or extract extract, honey, various natural oils, natural nutrients, high functional materials, various grains, various enzymes, minerals such as ocher and charcoal, various functional beauty materials are synthetically heated and dissolved to complete the soap composition. Place a clean floor on the bottom of the antimicrobial wood container prepared by using it, place the antimicrobial wood container on it, fix it so that it does not move, add the prepared functional soap solution into the container, and temporarily heat it from all sides of the antimicrobial soap container. So that the soap liquid is evenly filled and heat is applied to the antimicrobial wood so that the antimicrobial components of the container can be extracted more into the soap liquid.The work process is completed and transferred to the storage room, and the product is completed after the aging and drying process. Work the maturation time in a different way In some cases a long period of two to three months aging at a temperature which is to ensure that the various natural materials synthesized in the soap solution to be more stable than the pharmacological action is activated,

The present invention configured as described above will be described in more detail with reference to the embodiments shown in the drawings.

First, as shown in Figure 1 is an overall perspective view of a functional soap-shaped soap container using an antimicrobial wood container.

1) is an antimicrobial wood container, 2) the groove is made to the top and bottom unevenness to the container finish to use the cover to cover the outer cover (13, 13 ') when necessary or when going out. 3) is an outdoor recess, which is provided with a groove in the center of the outside of the container to fix the container and allow the remaining cord to be hanged on the body, hanger, ceiling, etc. where necessary. Is a string that holds antimicrobial containers. 5) is the inner side of the container. 6) is the inner groove. The inner groove is a barrier that prevents the soap from flowing down when it is used after the functional soap is put into the antimicrobial wood container. Thinner antimicrobial wood is penetrated from the through-hole of the container to the opposite through-hole of the container. 8.8 ') is the shape of the antimicrobial slender wood (support) before and after feeding.

Fig. 2 is a perspective view of the antimicrobial wood container recesses. After the container is wound around the wheels with a strap 4 on the antimicrobial wood container recesses 3, the excess is left in the form of a necklace of the human body and then cut and finished.

3 is a view in which a thin antimicrobial wood 8 is introduced into the support connection hole 7.

4 is a thin antimicrobial wood (8) in the antimicrobial wood soap container is introduced into the through hole (7) to finish the radial shape, then the functional soap solution (9) is put into the antimicrobial wood soap container (1) and aged It is the completeness which is covered by the upper and lower outer cover (13.13 ') after dry hardening.

5 is a case where the functional soap (1) using the antimicrobial wood container is completed and used to hang on the hanger (10)

6 is a shape in which the functional soap 1 by the antimicrobial wood container is used to hang around the neck of a human body.

7 is a case where a functional soap using an antimicrobial wood container is used suspended from the ceiling (12) of the house.

8 is a structural detail diagram of the upper and lower end portions 2 of the soap container using the antimicrobial wood container.

9 is a detailed view of a soap container indoor recess 6 and an outdoor recess 3 using an antimicrobial wood container.

Fig. 10 shows a container support 8,8 'using an antimicrobial wood container in a radial shape.

11 is an embodiment in which water is poured into a bath container after the first completion of the antimicrobial wood container and the water bath for 5 to 15 minutes.

Figure 12 is an embodiment of applying heat to the outer side of the antimicrobial wood container after the soap liquid filled in the antimicrobial wood container

Figure 13 is an antimicrobial wood container outer shell, the inner shell letters, logo, the figure is expressed

14 is an overall process diagram for a functional soap molding method using an antimicrobial wood container

Thus, according to the present invention, the conventional method, rather than the conventional method

1) It is possible to synthesize more natural materials and to experience more ingredients of various functional natural materials. (How to synthesize natural materials at high concentration in functional soap solution + Method by various implementations)

2) In soap molding process, there is no process to separate soap from mold after aging, drying and curing.

3) shorter manufacturing time and labor cost

4) If the molded soap is separated from the mold, no defective product is generated due to side effects such as breakage. Therefore, there is no waste of materials.

5) Extracting natural materials by antimicrobial wood containers can give you a chance to experience richer natural ingredients.

6) Since soap containers are made of antimicrobial wood containers, environmental hormone radiation from plastics is blocked.

7) Antimicrobial wood soap container is made of wood, so you can use the container continuously after using soap, which saves resources.

8) Even if the antimicrobial wooden container is disposed of at the end of its life, it does not interfere with the environment at all because it is wood.

9) A pathogenic epidemic caused by SARS, algae, etc. that we have never felt since we can carry it around. The human body is protected from various pollution

10) It is easy to hang around the neck when going out, and it can improve various types of symptoms by synthesizing various materials.

11) The bath, heating, aging, drying and curing process can be done in a short time, sometimes through the aging process for several months to neutralize the toxicity and to activate more pharmacological action to provide non-irritating functional soap to the human body. will be

Claims (16)

In the functional soap molding method using an antimicrobial wood container, The container is made of antimicrobial wood, and may be made of a hollow material such as bamboo, or may be processed and used, and has at least one outer recess (3) in the center of the antimicrobial wood container, and the recess (3) ), There is a rope (4), which is made by winding more than one turn with a rope (4), and the remaining spare rope (4), which has a knot to hang on the neck and the back of the human body, and the outer groove (3) on the strap One or more connecting holes (7) are provided in a circle and at least one antimicrobial material (8), such as a thread, is inserted between the connecting holes (7), and the inserted support material (8) is a through hole opposite to the interior of the antimicrobial container ( 7) It is put in, antibacterial container interior side surface (5) at least one groove portion (6) is provided in a predetermined portion and the upper and lower end portions (2) of the antimicrobial container grooves (2) are provided from the outside to the inside, the groove (2) The top and bottom cover (13.13 ') is provided for use when going outdoors or when necessary, and the top and bottom cover (13,13') may not be used normally, and the air through hole (14) is provided on the top and bottom cover (13.13 '). The antibacterial container 1 is filled with a functional soap solution 9 inside the inside 5, and the filled soap solution is heated, matured, dried, and cured. A very thinly cut fruit, stem, mushroom, and powder material (18) is used on the radial trays and the support (8.8 '). ) In 50 ~ 80 ℃ temperature to extract the antimicrobial wood components or the components bathed in antimicrobial materials into the container of water or herbal medicine containing a herbal medicine ingredients in order to be bathed for 5-15 minutes, 9) After filling, antimicrobial wooden container 5 to 10 minutes more heat, antimicrobial wood container circular shell (20) and the endothelial (5) portion of the letters, logos, pictures (21, 21 '), etc., characterized in that the printing, etc. Functional soap molding method using antimicrobial wood container The method of claim 1 The antimicrobial wood is chestnut, bamboo, oak, fig, clove, fennel, zelkova, birch, cypress, palm tree, mulberry, cedar, organo, cedar, cypress, red pine, pomegranate, France Bordeaux Lichen, elm, apricot, ginkgo, cinnamon, peach tree, pine, peony, azalea, hawthorn, gardenia, birch, oak, ginger, eucalyptus, etc. Functional soap molding method using an antimicrobial wood container, characterized in that The method according to any one of claims 1 to 2 The antimicrobial material is a functional soap molding method using an antimicrobial wood container, characterized in that the use of selecting or synthesizing the leaves, berries, stems, roots, mushrooms, powder, concentrate in addition to wood. The method of claim 1 The antimicrobial wood container is a functional soap molding method using an antimicrobial wood container (1), characterized in that the left or right penetrated form like bamboo or processed and used as the shape. The method of claim 1 Functional soap molding method using an antimicrobial wood container, characterized in that at least one antimicrobial wood container groove side The method of claim 1 The antimicrobial wood container outdoor side groove (3) is made of a knot by winding more than one round with a string (4), etc. The remaining string (4) is characterized in that the knot to hang on the neck, hangers, etc. of the human body Functional soap molding method using antimicrobial wood container The method of claim 1 The antimicrobial wood container outdoor side grooves (3) on the straps are provided with one or more round connection support holes (7) in a circle and at least one antimicrobial material (8) such as a thread going between the connection holes (7) Functional soap molding method using an antimicrobial wood container, characterized in that The method of claim 1 The functional soap molding method using an antimicrobial wood container, characterized in that at least one recessed portion 6 is provided at a predetermined portion of the indoor side surface 5 of the antimicrobial wood container. The method of claim 1 The antimicrobial wood container upper and lower end portions 2 are provided with grooves 2 from the outside to the inside, the grooves 2 are provided with a top and bottom cover (13.13 ') for use when going outdoors or when necessary, and the top and bottom cover ( 13.13 ') may not normally be used, the functional soap molding method using an antimicrobial wood container, characterized in that the upper and lower cover (13.13') has an air through hole (14) The method of claim 1 Functional soap liquid (9) is filled in the inside (5) of the antimicrobial container (1), the filled soap liquid functional soap molding using an antimicrobial wood container, characterized in that the process of heating, aging, drying, curing Way The method of claim 1 The antimicrobial container inner groove 6 and the support (8.8 ') is used to cut the fruit, stems, roots, mushrooms, powder, concentrate material (18) very thinly cut, such as wood or leaves or vinyl, which is an antimicrobial material. Functional soap molding method using an antimicrobial wood container, characterized in that The method of claim 1 When the antimicrobial wood container is manufactured, the antimicrobial container 1 is bathed at a temperature of 50 to 80 ° C., and the antimicrobial wood component is extracted or put into a container containing water or herbal medicine ingredients so that the components bathed in the antimicrobial material are synthesized. Functional soap molding method using an antimicrobial wood container, characterized in that for 5 to 15 minutes The method of claim 1 Functional soap molding method using an antimicrobial wood container, characterized in that for 5 to 10 minutes further heat outside the antimicrobial wood container after filling the antimicrobial wood container in the soap solution (9). The method of claim 1 The material of the upper and lower covers 13 and 13 'used out of the antimicrobial wood container or used as necessary is the material used in claim 2, gold, silver, copper, aluminum, glass, acrylic, leather, stainless steel, mineral, ceramic, Functional soap molding method using an antimicrobial wood container, characterized in that it is manufactured using paper, cloth (vinyl), vinyl, pvc The method of claim 1 Functionality using the antimicrobial wood container, characterized in that the letters, logos, pictures (21, 21 '), etc. on the circular outer shell portion 20 and the endothelial portion (5) of the antimicrobial wood container is represented by printing, engraving, etc. Soap Molding Method The method of claim 1 The functional soap molding method using the antimicrobial wood container includes antimicrobial container preparation process, functional soap solution preparation process, antibacterial container bathing process, soap solution input process, antibacterial container external heating process, aging process (low temperature aging), drying, curing process. Functional soap molding method using an antimicrobial wooden container

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