KR20060009059A - Composition has effective deodorizaton and promotion of health and shoes sheet using thereof - Google Patents

Abstract

The present invention relates to a composition having a deodorizing and health promoting effect and a shoe insole using the composition, the present invention is an adhesive by grinding large charcoal (white charcoal), ganban stone, nephrite, germanium, biotite, jadeite to about 325 mesh (mesh) And by mixing in a proportion with water to dry naturally to prepare a powder form, by providing a composition having a deodorizing and health promoting effect, and using the composition to the net on a separate prepared base plate by a net Push to form a layer of the composition, using the net about 5 sheets repeatedly to form a composition layer having a thickness of about 3mm, and then dried by natural bonding to prepare a composition plate material, the composition plate material of the shoe insole ( It has a deodorizing and health promoting effect, characterized in that by cutting through a molding frame made to fit the size) and shape It is to provide a shoe insole.

At this time, the charcoal (white charcoal) 200-250% by weight, ganban stone 200-250% by weight, purgatory 50-80% by weight, germanium 30-50% by weight, biotite 30-50% by weight, gemstone 30-50%, adhesive 200 It is characterized by mixing-molding at a ratio of ~ 250% by weight, water 150-200% by weight.

Shoe insole, composition, large charcoal, ganban stone, nephrite, germanium, biotite, jadeite

Description

Composition Has Effective deodorizaton and promotion of health And shoes sheet Using Thereof}

1 is an exemplary view showing a compression molding process of the manufacturing process of the shoe insole according to the present invention,

Figure 2 is an exemplary view showing a form to extract the shoe insole from the composition plate during the manufacturing process of the shoe insole according to the present invention,

Figure 3 is a cross-sectional view showing a state using a shoe insole in accordance with the present invention,

Figure 4 is an enlarged cross-sectional view of portion A of Figure 3 showing a cross section of a shoe insole according to the present invention.

Explanation of symbols on the main parts of the drawings

10: shoe insole 11: mesh

12: composition layer 20: base plate

21: roller 30: composition plate

40: shoe body

The present invention relates to a composition having a deodorizing and health promoting effect and a shoe insole using the composition, and more specifically, finely crushed large charcoal (white charcoal), ganban stone, nephrite, germanium, biotite, and a certain ratio with an adhesive and water. By mixing the mixture to prepare a composition, and by using the composition having the inherent efficacy of various minerals, including the charcoal (white charcoal) to be filled in the interior of the shoe insole, to remove foot odor as well as antibacterial action The present invention relates to a composition having a deodorizing and health promoting effect of preventing athlete's foot and eczema and thereby maintaining healthy feet, and a shoe insole using the composition.

As is known, the shoe is formed to wrap the entire foot of the human body to protect the foot portion of the human body is to be worn by people.

In addition, the shoe insole is provided on the bottom surface of the shoe in order to provide a cushioning force to the foot portion when the shoe is worn, and to absorb moisture such as sweat discharged through the foot.

That is, most shoes are provided with an insole on the inner bottom thereof for the purpose of pursuing the comfort of the foot when worn.

In addition, conventionally used shoe insoles are manufactured using materials such as cork, polyurethane, or latex, and have been used for the purpose of reducing foot fatigue when walking for a long time by cushioning shoes to absorb shock.                         

Such conventional shoe insoles commonly used are mostly manufactured and sold with the main purpose of foot comfort.

For example, Korean Utility Model Application No. 2001-22875 discloses a cork member formed by cutting a flat cork plate having a predetermined thickness into a shape similar to the bottom surface of a shoe, and forming a cork member with the same shape as that of the cork member. There is a shoe insole in which a texture member formed by hard compression molding of fibers is attached with an adhesive or the like.

In addition, Utility Model Registration No. 2001-18433 discloses a shoe insole that is formed by protruding jaw on the shoe insole to enhance the massage function when in contact with the sole.

Also, Utility Model Registration No. 2000-0017685 has a large number of jades by inserting jades into a certain arrangement by inserting round jades of a curved type into insoles to form circular grooves. Acupressure insole with 玉 is posted.

By the way, what is important and difficult to solve in conventional shoe insoles is easily unclean and unpleasant smells from the feet.

Such imperfections and odors are caused by contamination, breeding of bacteria and fungi, and many functional shoe insoles have been researched and proposed before to remove the imperfections and odors.

For example, Utility Model Registration Application No. 2000-13194 relates to a charcoal shoe insole made of charcoal, and the charcoal is added to remove foot odor and promote the health of the foot by paying attention to the effect of air purification by the strong moisture absorption of the charcoal. Shoe insole is posted.

In addition, Korean Patent Publication No. 1996-9925 discloses a technical insole of a shoe insole containing germanium, and a soft resin such as PVC and EVA in a silicon compound emitting a large amount of oxygen ions and a silicon compound emitting far infrared rays. Mixed shoe insoles are posted.

In addition, Korean Patent Publication No. 1996-28093 discloses a fragrant shoe insole incorporating a fragrance that smells of flowers or fruits inside a breathable cotton cloth.

In addition, Korean Patent Laid-Open Publication No. 2002-44123 discloses a functional mixture composed of various kinds of herbal medicines inside a shoe insole composed of inner and outer papers to remove foot odors, absorb sweat, and antibacterial functions such as bacteria and mold, and antiseptic. The herbal composition for shoe insole and a method of manufacturing the shoe insole using the same are proposed to achieve the effect.

As such, until recently, functional shoe insoles have been proposed through various manufacturing methods that can give various functions such as athlete's foot, eczema, odor, and blood circulation promotion while considering the comfort of the foot described above.

However, due to the structural characteristics of the shoe that covers the entire foot, the foot wrapped in the shoe is inevitably blocked from the outside air because the shoe is always worn for a long time. Occurrence of bad smell is caused by a substance called "iso valeric acid" produced by bacteria and other bacteria by multiplying foreign substances, as well as diseases such as athlete's foot due to the growth of mold bacteria due to the enclosed environment inside the shoe. It was to cause.

In order to solve such a problem, as described above, many inventions and designs have been developed in Korea, but it has not effectively improved the odor and antibacterial function caused by sweat.

That is, in the case of a shoe insole having a deodorizing function that simply removes the foot odor by forming a through hole so that the outside air passes through the air, the structure is complicated by forming the through hole and is limited in removing the odor in hot weather such as summer. There was.

In particular, as described above, the existing shoe insole is not only biased against shock, strengthened massage function, or fundamentally eliminates the smell in the shoe, but merely a function of neutralizing the smell by adding a fragrance. Dehumidification and antimicrobial action, which is the most important requirement in preventing the occurrence of odor and fungi that occurred, was not properly achieved, there was a problem that the purpose of the functional shoe insole could not be sufficiently achieved.

In addition, in the case of containing a mineral having an effect such as dehumidification or antibacterial in the shoe insole is mostly limited to one or two, there was a problem that can not simultaneously exhibit a variety of functions such as dehumidification, deodorization, antibacterial.

In the case of the shoe insole using the herbal medicine, the manufacturing process itself is complicated, such as providing a separate space for filling the herbal medicine in the shoe insole, and the herbal medicine is filled in the shoe insole. Back had a disadvantage that is difficult.

The present invention has been made to solve all the problems of the prior art as described above, the present invention is finely crushed large charcoal (brown coal), ganban stone, jade, germanium, biotite and mixed in a certain ratio with the adhesive and water It is an object to provide a composition having a deodorizing and health promoting effect according to the inherent efficacy of various minerals, including the charcoal (white charcoal) by producing a composition by natural drying.

In addition, by manufacturing the shoe insole with the composition itself with a number of mesh using the composition, it helps to maintain the appropriate moisture in accordance with the body temperature of the body, such as absorbing sweat in the summer, and providing a heating function in the winter, etc. Deodorization and health promotion effect that prevents athlete's foot and eczema through antibacterial action such as removing foot odor through deodorization and inhibiting athlete's foot fungus with antibacterial and antifungal action, thereby maintaining healthy feet at all times To provide a shoe insole having its purpose.

The present invention for achieving the above object, pulverized (charcoal), ganban stone, nephrite, germanium, biotite, gemstone, pulverized about 325 mesh (mesh) and mixed with a certain ratio with an adhesive and water to dry naturally powder It is achieved by providing a composition having a deodorizing and health promoting effect, characterized in that it is prepared in the form.

At this time, the charcoal (white charcoal) 200 to 250% by weight, ganban stone 200 to 250% by weight, purgatory 50 to 80% by weight, germanium 30 to 50% by weight, biotite 30 to 50% by weight, gemstone 30 to 50% When mixing, when the mixing ratio of the large charcoal, ganban stone, nephrite, germanium, biotite, jadeite is the same as above, it is preferable to dilute and dilute in the ratio of the adhesive 200-250% by weight, water 150-200% by weight.

On the other hand, the present invention is to crush the large charcoal (white coal), ganban stone, jade, germanium, biotite, jadeite to about 325 mesh (mesh) and mixed with a fixed ratio with an adhesive and water to form a composition, and then prepare a separate base plate To form the composition layer by pressing the composition to the bottom plate in a net-like manner to form a composition layer, by repeatedly using about 5 sheets of the mesh to form a composition layer having a thickness of about 3mm, and then dried by natural drying to prepare a composition plate material And, the composition plate is characterized by providing a shoe insole having a deodorizing and health promoting effect, characterized in that by cutting through a molding frame made to fit the size (size) and shape of the shoe insole.

At this time, the charcoal (white charcoal) 200 to 250% by weight, ganban stone 200 to 250% by weight, purgatory 50 to 80% by weight, germanium 30 to 50% by weight, biotite 30 to 50% by weight, gemstone 30 to 50% When mixing, when the mixing ratio of the large charcoal, ganban stone, nephrite, germanium, biotite, jadeite is the same as above, it is preferable to dilute and dilute in the ratio of the adhesive 200-250% by weight, water 150-200% by weight.

Hereinafter, exemplary embodiments of the present invention will be described in detail.

1 is an exemplary view showing a compression molding process of the manufacturing process of the shoe insole according to the present invention, Figure 2 is an exemplary view showing a form to extract the shoe insole from the composition plate during the manufacturing process of the shoe insole according to the present invention, Figure 3 is a cross-sectional view showing a state using a shoe insole according to the present invention, Figure 4 is an enlarged cross-sectional view of part A of Figure 3 showing a cross section of the shoe insole according to the present invention.

First, the composition having a deodorizing and health promoting effect according to the present invention is pulverized large charcoal (brown coal), ganban stone, jade, germanium, biotite, jadeite about 325 mesh (mesh) and mixed with the adhesive and water in a certain ratio ( It is prepared by natural drying by stirring).

In this case, the constituents (particularly, ores) are crushed using a crusher or a ball mill, and then filtered in a fine powder of 325 mesh.

The pulverized constituents are 200-250% by weight of charcoal (white charcoal), 200-250% by weight of ganbanite, 50-80% by weight of jade, germanium 30-50% by weight, biotite 30-50% by weight, gemstone 30 Mix and stir at a rate of ˜50% to form one composition.

At this time, when the mixing ratio of the large charcoal, elvan, jade, germanium, biotite, jadeite is the same as above, the adhesive and water are preferably diluted in the ratio of 200 to 250% by weight of the adhesive, 150 to 200% by weight of water, respectively. Do.

In addition, the adhesive may be used as long as it is easily mixed with each other and is non-toxic among the oil-based adhesive and the water-based adhesive. Preferably, the organic adhesive is a thermosetting phenol resin, an epoxy resin adhesive, a thermoplastic vinyl resin, or an acrylic resin. It is better to selectively use the necessary ones.

Here, the charcoal (white charcoal) is a carbon body manufactured by removing moisture and volatility by applying heat of 1000 ° C. or more to bamboo, and is used for purifying various water resources and air because it is a porous structure having fine pores. Not only has been used to remove the toxicity in the manufacture of various foods to serve to purify the taste, has been used for various purposes such as soil improvement.

Furthermore, many recent studies have reported that far infrared and negative ions generated from charcoal block harmful elements such as insects and sterilization as well as harmful waves such as waves transmitted from water veins and electromagnetic waves emitted from electrical appliances. come.

In addition, a lot of products to benefit the human body using charcoal has recently been researched and marketed.

In particular, charcoal prevents oxidation and aging, purifies and filters, detoxifies and deodorizes, and charcoal improves hygroscopicity, absorption, absorption and breathability, and water permeability. It is known.

This is because the charcoal is a porous material with fine holes, and the inner surface and the surface can pass freely as described above.

As described above, the fine pores of charcoal vary depending on the material and manufacturing process of the charcoal. However, in the case of bamboo charcoal, the inner surface area is more than 300 square meters per 1g, and the size of the fine pores is 1/1000 mm, and the small one is 1 As much as / 1,000,000mm, such a lot of holes are a factor of having moisture absorption, absorption and adsorption power.

After all, the char is composed of pore masses, and the fine pores are connected to each other to maximize the surface area. Charcoal is a substance that absorbs water and air, that is, strongly adsorbs gas or liquid.

Therefore, the charcoal has high water permeability, breathability, adsorption power, and purification power in a limited space.

When applied to such shoe insoles by using such a substance, the phenomenon of odor and discomfort caused by moisture, that is, waste (ie, sweat) of the body caused by long-term activity in the most confined space of the human body part, is generated. By removing it, the shoe can be worn comfortably.

The elvan is a rock belonging to the quartz rock among the igneous rocks, and its appearance is called yellowish rock, light yellowish brown or light-colored stone with red spots and white spots in total. .

The elvan is composed of silicic anhydride (SiO ₂ ) and aluminum oxide (Al ₂ O ₃ ) as the main components, and it contains ferric oxide (Fe2O3), which is essential for human body and living cells. It regulates the development and physiological function to maintain the vitality of the cell, and it is known to be a large number of pores (porous) of 30,000 to 150,000 per cm 3.

Elvan stone having the above characteristics has strong adsorption, mineral elution, ion exchange, and far-infrared radiation to prevent and treat various diseases of living organisms, detoxify the body, promote growth, increase yield, and adsorb harmful substances and heavy metals. It disassembles and removes the cause of corruption and maintains freshness.

The purgatory is a kind of jade, generally known jade is a kind of hornblende (角閃石) is a beneficial element to the human body containing silicon, magnesium, iron, calcium, fluorine, potassium, sulfur, chlorine and the like.

Such jade is known to activate the living body by resonance and resonant action on human body because of its high far-infrared radiation efficiency than any substance if only proper heat is applied, and jade has strong antibacterial propagation inhibitory ability and has an excellent antibacterial rate of 97.5%. It is known to have a remarkable effect of suppressing mold, bacteria, mites and cockroaches, absorbing and decomposing food odors, tobacco removal, and sweat odors in homes.

In addition, jade has been confirmed experimentally to maintain the freshness for a long time, as well as to purify the harmful substances of life and to change the inhibitors to a good wavelength (氣) to give a beneficial change to the life.

Thus, the jade as described above is being manufactured and sold while being promoted as being added to products such as rings, necklaces, arm paper and the like for the mat to help health.

In particular, in 1996, the Inha University Institute of Electronic Information and Collaborative researched medicinal relationships with biomes in purgatory, showing that they are capable of electrically adsorbing various metal ions, such as cations and heavy metals, since purgates are always charged with anions. I confirmed it.

In addition, when the actual nephrite particles are mixed with water, the nephrite particles float in a sieve forming an electric double layer, and then precipitate together by adsorbing metal or metal ions charged with highly adsorptive cations, and thus have a water purification effect such as softening of hard water. It can be confirmed experimentally that the bactericidal effect of cationic bacteria continues to appear in the atmosphere.

On the other hand, the standard far-infrared emissivity of the nephrite and elvan is 0.94 ~ 0.95, the radiation energy is 3.60 ~ 3.70 × 10 ² w / m is very high, it is known that the human disease prevention and treatment effect is good.

In addition, by the generation of negative ions and far-infrared radiation due to the synergistic function of the purgatory and elvan, it is known that the deep activating of the cells and the promotion of blood flow as well as the air purification function.

As such, the nephrite and ganbanite are porous mineral complexes, which are capable of adsorbing germs and odors, etc., due to the development of extremely fine pores that Meso or Micro pores cannot process. It is effective in removing harmful bacterial smells that may occur.

The germanium is an off-white mineral with an atomic number of 32, a chemical symbol Ge, an atomic weight of 72.60, an atomic number of 2-4, and a metal element of mass 66-77.

Such germanium is a material that emits far infrared rays suitable for the human body, and the far infrared radiation effect not only has growth promoting and thermal effects on the human body, but also complex effects such as electromagnetic wave blocking effect, antistatic and promoting the balance of the autonomic nervous system. It is known to act to promote blood circulation and metabolism.

That is, the far infrared is a kind of light having a wavelength in the range of about 5.6 microns to about 1000 microns, and promotes the physiological activity of the human body when radiated to life. These far-infrared rays have various uses such as freshness maintenance, ripening function, antibacterial function, deodorizing function, purification function and water activation function depending on the product.

The biotite is eco-friendly enough to record 91% far-infrared emissivity and 91% harmful gas deodorization rate and is known as an effective ingredient for controlling indoor air by adsorbing and decomposing ammonia gas and radon gas and formaldehyde.

The jadeite is a rock having 9 times the concentration of the rock and is attached to the magnet, and emits a large amount of far infrared rays (having an emissivity of 94%) as well as a very good thermal conductivity.

These jadeite is widely used as an ondol material, in particular, the ondol using only ordinary sand has a density of 1.793 g / cm 2 and a thermal conductivity of 0.280 kPa / mh ° C., while the ondol material using a gemstone has a density of 1.954. It is known that it is g / cm <2> and thermal conductivity is 0.502 Pa / mh degreeC.

Hereinafter, an embodiment will be described with reference to a method for manufacturing a shoe insole using a composition having a deodorizing and health promoting effect that effectively combines the inherent efficacy of each material as described above.

(Example)

The composition itself has a deodorizing and health promoting effect, but the composition itself of the mixed powder form prepared by the above method is difficult to make an effective function by direct contact with the body possessed by the user.

Therefore, it is preferable to make and use a shoe insole so that the composition can exert a useful effect through direct contact with the human body.

To this end, as shown in Figures 1 and 2, by manufacturing the shoe insole 10 using the composition, to improve the problem of removing the smell and antibacterial of the conventional shoe insole, as well as having an effect on health promotion. I'm trying to.                     

In order to manufacture the shoe insole 10, the following process must be performed.

1. Crushing and Mixing Process

First, in order to prepare a composition having a deodorant and health promoting effect, 325 g of large charcoal, 225 g of wort rock, 225 g of walnut, 50 g of weight of jade, germanium 25 g, wt. Grind to a degree to prepare a fine powder form.

As such, the reason why the large charcoal, elvan, jade, germanium, biotite, and jadeite are pulverized into fine powders of about 325 mesh is to be evenly mixed between the constituents.

Dilution is performed by mixing 225g% by weight of adhesive and 200g% by weight of water in large charcoal, elvan, jade, germanium, biotite, and gemstone prepared in the form of fine powder.

In this case, the adhesive is cured at room temperature, using a vinyl acetate-based adhesive that is a water-soluble type.

2. Press molding and drying process

The composition of the mixed composition as described above, to form the composition layer 12 through the compression molding by the mesh with the mesh 11 as shown in FIG.

To this end, first, the bottom plate 20 (work plate) is prepared in order to compress the composition together with the mesh 11 by pressing, and then the first mesh 11 is placed on the bottom plate 20.

Then, the composition is pushed to a smooth roller 21 or a wheat plate, and the composition and the mesh 11 are press-molded together so that the composition is press-molded evenly to be fixed to the composition layer 12.

By repeating the compression molding process as described above, five meshes 11 are sequentially inserted into the composition layer 12.

In other words, the compression-molded composition layer 12 is repeated at least five times until the thickness of the shoe insole 10 requires about 3 mm.

At this time, the reason for using the mesh 11 is that the composition is inserted and fixed between the mesh 11, it was produced as a shoe insole 10 to be described later in the state where one composition layer 12 is formed When, the mesh 11 serves to assist the shoe insole 10 is not easily broken or folded.

In particular, when manufacturing the shoe insole 10 using the composition, in order to maximize the deodorization and health promotion effect, it is preferable that the composition layer 12 is formed as thick as possible, but if the shoe insole 10 is substantially thick, This is because when the load of the composition layer 12 itself is increased, and the shoe has a heavy feeling, it may act as a dissatisfaction factor of users.

Therefore, by manufacturing the shoe insole 10 to have a thickness of about 3mm, it is possible to satisfy the various conditions to be provided as the shoe insole 10 in accordance with the present invention and at the same time maintain the appropriate weight.

As described above, the composition together with the several sheets of mesh 11 forms a composition layer 12 having a suitable thickness through compression molding, and is then firmly fixed through natural drying.                     

At this time, the drying time is about 2 to 3 days to dry naturally, as the adhesive is cured through the natural drying is a very flat composition plate material 30 is made by the action of the fine powder and the adhesive.

3. Shoe insole drawing process

The composition plate material 30 formed through the natural drying is cut or pulled out into the shape of the shoe insole 10 as shown in FIG. 2.

At this time, usually is to pull out the shape of the shoe insole 10 by a blanking process using a punch and a die through a mold not shown.

Of course, by cutting the composition plate material 30 through the general processing method that is well known in addition to the blanking process and pulled out into the shoe insole 10, the production of the shoe insole 10 as it is fixed together with the composition It's done.

As such, the shoe insole 10 according to the present invention can be easily produced by sequentially performing the grinding and mixing process, the compression molding and drying process, the shoe insole extraction process as described above.

In addition, the shoe insole is made of a composition using a variety of useful ores, including the large charcoal as described above is not only deodorizing function inside the shoe, but also far infrared rays and negative ions that are beneficial to the human body will be able to maintain a healthy foot at all times.

In particular, when the shoe insole 10 according to the present invention as shown in Figs. 3 and 4 put into the shoe body 40, the following effects can be obtained.

First, due to the deodorizing effect of large charcoal, elvan, purgatory, foot odor is reduced, the feet and ankles are comfortable, energy is increased.

It absorbs sweat in summer to prevent stickiness, warms in winter, and gives off appropriate sweat when there is not much sweat like spring and autumn. (When you take off your shoes, you can fly within seconds. Is a reasonable sweat)

In addition, it inhibits athlete's foot by bactericidal action such as antibacterial and antifungal action of the constituent material, and far infrared rays are emitted at a temperature similar to the human body temperature. The effects of warming, ripening, self-cleaning, wet and dry, neutralization, and resonance will improve the health of the human body, especially the feet.

In addition, in the case of the rainy season, the salt in the shoe body is removed to remove the smell of the shoe.

In addition, when the shoe insole of the present invention is used, the pain is alleviated, the mental focusing effect is improved, and when the skin of the foot is weak and easily moistened, there is an effect of preventing it and decomposing the blood.

In particular, when using the shoe insole according to the present invention because it maintains the balance of the force in accordance with the contact surface in the shoe insole itself is necessary for climbing people, people standing all day, people who feel the fatigue (pain) of the foot.

In addition, when the shoe insole of the present invention is used, the pain is alleviated, the mental focusing effect is improved, and when the skin of the foot is weak and easily moistened, there is an effect of preventing it and decomposing the blood.

 As described above, according to the present invention, 200 to 250% by weight of large charcoal (white charcoal), 200 to 250% by weight of ganbanite, 50 to 80% by weight of jade, germanium 30 to 50% by weight, biotite 30 to 50% by weight, gemstone 30 By manufacturing the shoe insole using the composition of the mixture of ~ 50%, adhesive 200-250% by weight, water 150-200% by weight, to provide a deodorizing function to the shoe insole itself as well as to prevent athlete's foot and eczema At the same time, far infrared rays and negative ions emitted from the composition are delivered to the human body so as to always maintain healthy feet.

In particular, the shoe insole according to the present invention has a good antibacterial action, such as to improve the blood circulation of the human body and remove the odor generated in the shoes, and amplify the radiation of far infrared rays by the radiant heat generated from the foot when wearing it and walking It is a very useful invention that can greatly contribute to improving the shoe culture, such as reducing the fatigue of feet and legs.

Claims (4)

 Deodorization and health promotion, characterized in that crushed large charcoal (white charcoal), ganban stone, nephrite, germanium, biotite, gemstone and pulverized to about 325 mesh (mesh), mixed with adhesive and water at a certain ratio, and dried naturally to produce a powder form Composition having an effect. The method of claim 1, The charcoal (white charcoal) 200-250% by weight, ganban stone 200-250% by weight, purgatory 50-80% by weight, germanium 30-50% by weight, biotite 30-50% by weight, gemstone 30-50% Deodorization and health, characterized in that when the mixing ratio of the large charcoal, elvan, purgatory, germanium, biotite, gemstone, dilution in the ratio of 200 to 250% by weight of the adhesive, 150 to 200% by weight of water A composition having a enhancing effect. The composition of the composition is composed of pulverized large charcoal (white charcoal), ganban stone, nephrite, germanium, biotite, and jadeite to about 325 mesh and mixed with adhesive and water at a predetermined ratio. The composition is pushed in an isotropic manner by applying the mesh to a separate prepared base plate, to form a composition layer, By repeatedly using about 5 sheets of the mesh to form a composition layer having a thickness of about 3mm, and then dried by natural bonding to prepare a composition plate material, Shoe insole having a deodorizing and health promoting effect, characterized in that the composition is produced by cutting through a molding frame made to fit the size (size) and shape of the shoe insole. The method of claim 3, The charcoal (white charcoal) 200-250% by weight, ganban stone 200-250% by weight, purgatory 50-80% by weight, germanium 30-50% by weight, biotite 30-50% by weight, gemstone 30-50% Deodorization and health, characterized in that when the mixing ratio of the large charcoal, elvan, purgatory, germanium, biotite, gemstone, dilution in the ratio of 200 to 250% by weight of the adhesive, 150 to 200% by weight of water Shoe insole with enhancement effect.

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