KR20240014006A - Method of preparing coin shape antibacterial composite and the composite thereby - Google Patents

Abstract

In the present invention, ingredients with antibacterial and preservative effects are added to a herbal medicine extract with antibacterial effect, and after immersing and drying the coin-shaped felt paper, a porous cotton tape is attached to the top of the antibacterial coin and an adhesive is applied to the bottom. This relates to a method of manufacturing an antibacterial coin that can be easily inserted and attached to the inside of a shoe using an insole to prevent the development of bacteria in the shoe, thereby preventing secondary infection and suppressing foot odor caused by bacterial growth.

Description

Coin-shaped antibacterial composition and manufacturing method {Method of preparing coin shape antibacterial composite and the composite thereby}

In the present invention, ingredients with antibacterial and preservative effects are added to a herbal medicine extract with antibacterial effect, and after immersing and drying the coin-shaped felt paper, a porous cotton tape is attached to the top of the antibacterial coin and an adhesive is applied to the bottom. This relates to a method of manufacturing an antibacterial coin that can be easily inserted and attached to the inside of a shoe using an insole to prevent the development of bacteria in the shoe, thereby preventing secondary infection and suppressing foot odor caused by bacterial growth.

Skin diseases caused by dermatophytes, especially Trichophyton rubrum, are the most common, and dermatophytes, which can cause infections in humans, mainly occur on the feet. In the medical world, it was also called tinea pedis in the past, but now the official Korean diagnosis is athlete's foot. It is also called foot fungal infection.

It is a compound word of 'water' and 'moth', a small insect. It is a disease that often occurs in people who frequently get their feet wet or have a lot of moisture. It is an itchy disease that feels like bugs crawling or biting on the feet, so the letter made by combining water and moth is the letter for water. This is eliminated, giving it the name athlete's foot.

It has been passed down.

Depending on the symptoms, it is largely divided into ganglion-type athlete's foot, keratinizing-type athlete's foot, and blistering-type athlete's foot, and ganglion-type athlete's foot is most common, occurring mainly on the toes.

It is the most common disease among athlete's foot, and research shows that 60% of athlete's foot patients have this form of athlete's foot.

In the case of vesicular athlete's foot, blisters form on the feet and symptoms are painful and itchy. In the case of keratinizing athlete's foot, white dead skin cells appear on the feet.

The normal skin-colored keratin layer over the entire sole of the foot also becomes thick and may fall off like fine powder when scratched. There are many cases where it is chronic and difficult to treat, and even though there are no noticeable symptoms, when athlete's foot gets worse, it even affects the fingernails and toenails.

There are many cases of fungal infection accompanied by ‘nail fungus (tinea nail fungus)’.

In addition to toes, there is also athlete's foot that occurs on toenails. In this case, there is no itching, but it is the most severe disease among athlete's foot and progresses to an ingrown toenail that causes serious pain, so it should never be left unattended. If the toenail color starts to turn whitish or yellow, it is best to get treatment as soon as possible.

Athlete's foot is a skin disease caused by a type of fungus. It is a highly contagious disease that is most often transmitted to other people.

When we talk about athlete's foot, the feet are mentioned. Since it is a fungus, it needs moisture, and the inside of shoes is a good place for athlete's foot fungus, which feeds on human dead skin cells, to live. Moist shoes or socks become a place where mold and athlete's foot can infest, and there is a high possibility that it can be transmitted to family members at home, so it is a disease that often runs in families.

According to a YTN SCIENCE survey, 50.6% of Koreans have athlete's foot.

And even if it is not a public place, athlete's foot bacteria is created and spreads easily even when people wear shoes for too long or move around a lot like salespeople.

When an outbreak begins, it is important to visit a dermatologist and receive treatment. Drinking alcohol while taking athlete's foot medication is very bad for the liver.

Because athlete's foot medication is metabolized in the liver, it can cause acute hepatotoxicity, hepatitis, and cirrhosis, and ointments are very poorly absorbed throughout the body, putting less strain on liver function.

Among dermatophytes, most infections are caused by Trichophyton rubrum, a human-friendly dermatophyte, and relapses are common because the reinfection rate is high and the treatment period is often not observed. Dermatophytes are fungi that originally lived in the soil, and spores contained in dead skin cells fallen from the feet often survive on socks, shoes, rugs, etc., causing reinfection. Since spores can withstand various adverse conditions, in some cases, it can last from a few weeks to a long time. requires several months of treatment, but most patients often discontinue treatment once their symptoms improve.

With recent medicines, symptoms improve after just a few days of treatment and then stop on their own. In this case, the mycelium is dead, but spores remain.

Among folk remedies, there are types of medicine that peel the skin by soaking it in glacial acetic acid or corroding dead skin cells, but these are not recommended these days. Such drugs include salicylic acid-containing azome solution, turmeric solution, and phenol-containing PM tablets, which remove dead skin cells and make symptoms appear to improve quickly, but complete eradication of fungi is impossible.

Treatment methods are divided into oral administration and external ointment, and treatment requires continuous application for at least 2 to 6 weeks.

The problem is that after treatment, the shoes are re-infected by tinea fungus spores that remain inside the shoes, which can also spread to healthy family members.

Usually, only attention is paid to the treatment of the athlete's foot area and the sterilization of shoes where athlete's foot bacteria remain is overlooked. Moisture from dead skin cells and sweat inside the shoes becomes a good breeding environment for athlete's foot bacteria and various bacteria, and when shoes are worn, athlete's foot symptoms worsen and athlete's foot symptoms become worse. There may be times when treatment is interrupted.

As a prior art for this purpose, an antibacterial pad is provided in Public Utility Model Publication No. 20-2012-0000702, but the composition and combination of specific antibacterial substances are not specified and the method is compression molded into a solid shape. However, the present invention is a coin-shaped porous felt paper. It is manufactured using a high-temperature immersion method and has the technical characteristics of separate manufacturing through mutual chemical reaction experiments between components.

Therefore, in order to solve the above problems, the purpose of the present invention is to add ingredients with antibacterial and preservative effects to herbal medicines that are highly safe for the human body even when used for a long period of time, and to add porous products that are easily attached to the inside of shoes and have a long-term continuous sterilization effect. A breathable cotton tape (120) is attached to the upper part of a material selected from the group consisting of coin-shaped felt paper (130), non-woven fabric, and cotton fabric, and an adhesive (140) is applied to the lower part.

By attaching an antibacterial coin to a separately provided thin special insole, an antibacterial composition is provided that sterilizes or inhibits the growth of bacteria, especially athlete's foot bacteria, inside the shoe while the shoe is worn.

Furthermore, we provide a method of providing an antibacterial coin coated with an adhesive solution, allowing prescribed athlete's foot ointment and athlete's foot solution to penetrate the porous antibacterial coin and then attaching it to the insole of the affected area, enabling continuous athlete's foot treatment even while wearing shoes.

As a means to achieve the purpose of the present invention, 5 to 20 parts by weight each of bamboo salt, boric acid, alum, zinc oxide, and baking soda, which have antibacterial and preservative effects, are immersed and dried to prevent the antibacterial composition from rotting even when used for a long period of time. Provides an antibacterial composition that increases sterilization effect with disinfection efficacy.

Since the antibacterial substances generate products with different efficacy through mutual chemical reactions, a combination of two or more selected ingredients is separately immersed in two porous materials and attached to the inside of the shoe.

In addition, an antibacterial composition is provided by immersing 1 to 5 parts by weight of herbal medicine extract with antibacterial effect in coin or square felt paper or non-woven fabric and drying it.

After attaching it to the inside of the shoe, a breathable cotton tape is attached to the top of the coin-shaped antibacterial composition to maintain sterilization effect for a long time without direct contact with the human body.

An adhesive is applied to the bottom of the coin-shaped antibacterial composition and a thin insole containing separate antibacterial charcoal is provided to enable easy attachment to the inside of the shoe. The antibacterial composition, whose efficacy gradually decreases over time, is transformed into a new antibacterial composition. It can be exchanged.

The front part of the insole to which the coin-shaped antibacterial composition is attached is provided so that it can be cut so as to be rough, and the collection of sock scraps, dust, and dead skin cells that accumulate on the front toe area of the shoe is attached and pulled out to remove the breeding ground for athlete's foot bacteria.

The coin-shaped antibacterial composition of the present invention can be easily attached and removed from the inside of a shoe using an insole, and the porous felt paper containing material with weak sterilizing power due to herbal medicine extract is continuously sprayed by foot pressure to maintain a long-term antibacterial effect.

Normally, when wearing shoes, athlete's foot symptoms tend to worsen due to lack of breathability and bacterial growth due to moisture inside the shoes, but the simple method of attaching an antibacterial coin has a continuous bacterial inhibition or sterilization effect.

By using herbal medicine or plant materials that have been proven to be highly safe for the human body even when used for a long period of time, and adding antiseptic and disinfecting effects with bamboo salt, etc., it creates an antibacterial environment inside the shoes without acting directly on the human body.

Figures 1 to 5 are clinical comparison photos of testing the antibacterial efficacy of an antibacterial coin according to an embodiment of the present invention by attaching it to the inside of a shoe.
Figure 6 shows a cross section of a coin-shaped antibacterial composition according to the present invention.

The present invention will be described in more detail by providing examples. The following description is for a specific example of the present invention, so even if there is a definite or limited expression, it does not limit the scope of rights determined from the scope of the patent claims.

The antibacterial coin manufacturing method according to Danme's embodiment uses a coin or square-shaped felt paper 130 as the containing material, but the shape can be cut into various shapes, and the size of a regular coin is appropriate, but considering the ease of attachment, the cutting size is different. You can add or subtract.

In addition to felt, the material can be made of any one selected from the group consisting of non-woven fabric, cotton fabric, and synthetic fiber. The appropriate thickness is 1-3 mm. If it exceeds 3 mm, it may cause difficulty in walking due to a foreign body sensation in the feet.

It is re-immersed in all or part of a mixture of bamboo salt, boric acid, alum, and wood vinegar containing antibacterial and preservative ingredients and dried to prevent the antibacterial composition from rotting even after long-term use, and provides an antibacterial composition that increases the sterilization effect with its unique disinfection effect.

In addition, 1 to 5 parts by weight each of Cheongung, Injin mugwort, peppermint, and wood vinegar, which have antibacterial effects, are used as main ingredients, mixed with auxiliary herbal medicines with antibacterial effects, pressed with water to extract the herbal medicine extract, and then extracted on felt paper or non-woven fabric in the shape of a coin or square. The extract is immersed and dried to prepare an antibacterial composition.

It is manufactured by attaching a breathable cotton tape (120) to a coin-shaped antibacterial composition Saub so that it can maintain sterilization efficacy for a long time without direct contact with the human body after being attached to the inside of the shoe.

Attach a sticker 110 on the cotton tape to protect the antibacterial composition before commercial use.

Apply adhesive to the bottom of the coin-shaped antibacterial composition and attach it to the release paper to maintain adhesive performance and provide a thin insole containing a separate antibacterial charcoal component, allowing it to be easily attached to the desired location inside the shoe and improving efficacy over time. This gradually

A method of easily exchanging a reduced antibacterial composition for a new antibacterial composition is provided.

The front part of the insole to which the coin-shaped antibacterial composition is attached can be cut to make it rough, so that the collection of sock scraps, dust, and dead skin cells that accumulate on the toe area inside the shoe can be removed by attaching it to the front part of the insole and removing the breeding ground for athlete's foot bacteria. Provides a method.

Furthermore, we provide a method of providing an antibacterial coin coated with an adhesive solution, allowing prescribed athlete's foot ointment or athlete's foot solution to penetrate the porous antibacterial coin and then attaching it to the insole of the affected area, enabling continuous athlete's foot treatment even while wearing shoes.

Conventional methods to remove moisture inside shoes and prevent bacterial growth include sterilizing sprays and dryers, but they are one-time use and do not last long. They only focus on athlete's foot treatment, overlooking residual bacteria inside shoes, and thus athlete's foot inside shoes after athlete's foot treatment. On Trichophyton spores

It can be reinfected and spread to family members.

Moisture caused by dead skin cells and sweat inside the shoe provides a good breeding environment for athlete's foot bacteria and various bacteria, so the antibacterial composition presented in the present invention can be easily attached to the inside of the shoe to suppress the proliferation of bacteria with a weak but persistent antibacterial effect and further prevent the growth of bacteria as prescribed. By using athlete's foot ointment to penetrate the porous antibacterial composition, the effectiveness of athlete's foot treatment can be increased even while wearing shoes.

Example: Testing the efficacy of antibacterial coins

Example 1:

(1) When athlete's foot occurs, attach 6 antibacterial coins to the inside of the left shoe and wear the shoes for 5 days without attaching them to the right shoe.

(2) Collect the dust collected on the front of the shoes from both shoes, soak them in distilled water, and then collect 0.5ml of the solution with a syringe for testing.

(3) Inject 0.5ml of the solution to be tested into a gel-type culture medium sealed in a glass bottle, mix, and culture for 3 days at a temperature of 25 degrees.

(4) Follow-up observation of changes in bacterial culture medium with Microbmonitor2, which indicates changes in PH acidity caused by athlete's foot bacteria in red.

(5) Day 1 - Red dots begin to appear in the sample culture medium collected from the right shoe without an antibacterial coin attached (Figure 1a)

Day 2 - The number of red dots increases and their size increases. Red dots also appear in the sample culture medium with an antibacterial coin attached (Figure 1b)

Day 3 - The entire culture becomes red. The red dot on the sample culture medium with the antibacterial coin attached increases (Figure 1c).

Day 15 - Comparison of antibacterial properties of sample culture fluid between shoes with and without antibacterial coins attached (Figure 1d)

Example 2:

(1) Photo of an antibacterial coin attached to a shoe insole (Figure 2)

Example 3:

(1) The sample solution collected with a syringe in Example 1 was evenly applied to solid gelatin and cultured in air.

(2) On the left is a photo of culture of a sample solution collected from a shoe with an antibacterial coin attached, and only mold in the air is observed.

(3) On the right is a photo of culture of a sample solution collected from a shoe without an antibacterial coin attached, and the typical shape of tinea fungus and white clusters of athlete's foot are observed (Figure 3)

Example 4:

(1) Photograph of dead skin cells on feet with athlete's foot in the efficacy test of Examples 1, 2, and 3 (Figure 4)

(2) Photo of changes in dead skin cells caused by antibacterial coins after efficacy test. Dead skin cells on the left foot have improved.

The above efficacy test was conducted several times, and the comparison of culture conditions yielded the same results.

Example 5:

(1) As a result of an antibacterial test (KS K 0693) requested by FITI, a certified testing agency, a bacteriostatic reduction rate of 99.9% was proven (Figure 5)

(2) As a result of the deodorization rate test (gas detection tube method) commissioned by FITI, an accredited testing agency, a deodorization rate of 99.8% was proven after 2 hours.

110: sticker layer
120: Breathable cotton tape layer
130: Porous inclusion felt paper layer
140: Adhesive layer

Claims (6)

Bamboo salt, boric acid, alum, zinc oxide, and baking soda, all of which have antibacterial and antiseptic effects, are soaked and dried at high temperature using all or selected combinations thereof and any one selected from the group consisting of coin or square-shaped felt paper, non-woven fabric, and cotton fabric. A method of producing an antibacterial composition. A method of producing an antibacterial composition that is harmless to the human body and maintains the long-term efficacy unique to herbal medicines by additionally immersing and drying herbal medicinal extracts of Cheongung, Injin mugwort, peppermint, and wood vinegar, which have antibacterial effects. To prevent mutual chemical reactions of the coin-shaped antibacterial composition prepared according to the manufacturing method of paragraphs 1 and 2 and to prevent the efficacy of the product from being reduced, each component is separated and combined, divided into two inclusions, immersed, and placed inside the shoe. How to increase antibacterial efficacy by attaching An adhesive is applied to the bottom of the coin-shaped antibacterial composition prepared according to the manufacturing method of paragraph 1 and attached to a release paper, and a thin charcoal insole is provided so that it can be easily attached and inserted into the inside of the shoe and can be easily exchanged for a new antibacterial composition. How to do it. The front part of the insole to which the coin-shaped antibacterial composition prepared according to the manufacturing method of claim 1 is attached is provided so that it can be cut, and the collection of sock scraps, dust, and dead skin cells that collect on the front of the inside of the shoe is attached to the front of the insole and pulled out, thereby propagating athlete's foot bacteria. How to remove soil. A coin-shaped antibacterial composition that is harmless to the human body and maintains an antibacterial effect inside the shoe for a long period of time, produced by the manufacturing method of claims 1 to 2.