JP2010184900A - Hircismus preventing article and method for producing the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a deodorizing article for removing hircismus. <P>SOLUTION: The hircismus preventing article is obtained by finding that the use of a plant-based polyphenol (e.g. flavonoid or anthocyanin) and vegetative lipids prevents Staphylococcus being a causative bacterium of hircismus from living. The polyphenol is obtained by extracting cereal grain (including fermented grain) containing a polyphenol with ethanol. The gel article, the paste article and the patch article are produced by mixing the hircismus preventing article with lipid etc. The extract is mixed with ethanol or water, antisepticized and packed into a mist vessel to give a mist product. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

The present invention is a deodorizing article for removing oysters.

Originally, vomiting is not a disease associated with body odor, but insurance medical treatment is exempted for treatment and improvement.

However, in recent years, many people have been eagerly seeking radical treatment, sensibly avoiding odors along with aging odors.

At present, however, there is no complete treatment cure by medication, and surgery is mainly performed mainly by the Inaba method or subcutaneous tissue removal method.

The present invention is an organic deodorizing article that uses plant-derived phenols as raw materials without using petroleum or coal-based phenols, which are conventional and have concerns about the environment and carcinogenicity.

JP-A-6-279268

Treatment with antiperspirant and 25% aluminum chloride aqueous solution, published on April 1, 2005, published by Ishiyaku Shuppan Publishing Co., Ltd., the latest medical dictionary.

The problem to be solved is the focus on (1) “Causes of wakiga and current treatment methods”. Vaginal odor, commonly referred to as Wakkiga, refers to apocrine odor sweating (of the axilla). Apocrine sweat gland function is active after puberty, and it is more common in men and is relatively less common in Japanese. Dominant inheritance has been proven in the onset, and the same disease is often seen among siblings. The axilla has an unpleasant odor with hyperhidrosis. It gets worse during the summer, especially during exercise and filthy conditions. Apocrine sweat is odorless and sterile when secreted, but when broken down by skin bacteria (staphylococci), it produces short-chain fatty acids, which are the main cause of malodor. In addition to the skin surface and sweat ammonia, it produces a unique odor. Antiperspirants (25% aluminum chloride aqueous solution) are routinely used for treatment. From the above (Latest Medical Dictionary, published on April 1, 2005, published by Ishigaku Shuppan Co., Ltd.). The basic treatment for this is generally the following method. (2) “Conservative treatment” First, there is axillary wiping and shaving. The armpit hair becomes a source of bad odor at the gathering place of axillary secretions, dirt, and bacteria. Try to keep it as clean as possible by shaving it as short as possible. Use a razor, hair removal cream, etc., or remove one by one. Moreover, the soap containing a disinfectant is used regularly. Furthermore, a topical coating agent is used. A liquid containing aluminum chloride is often used as an antiperspirant. This suppresses sweating and also has a bactericidal action. It is more effective if this is combined with an antibiotic-containing ointment.
As a complete treatment with high satisfaction. (3) “Radiotherapy” includes the following. (A) Axillary skin resection is currently the most widely performed, but scars are conspicuous and local resting fixation is required for about one month after surgery. In addition, care is often taken to make a small excision taking care of the scar, and complete cure is unlikely. (B) Electrosurgical treatment destroys the hair roots one by one with an electric current and blocks the apocrine line exit, but the eccrine line remains, so it does not cure heavy sweat. After all, it takes money and time. (C) Subcutaneous tissue deletion method was devised by Masashi Inaba, also called the Inaba type, and is a method that deletes all subcutaneous tissue including eccrine and apocrine lines with the sharp blade of a special subcutaneous tissue deletion device for this purpose. is there. It is also applied to the post-operative compression fixation method, which is called the rake stitching method (TIE OVER method). Because of the advantages such as unreasonable posture bandage fixation and hospitalization, it is considered the best surgical method at this stage. From the above (Shogakukan Nihon University Encyclopedia published on July 10, 1995). In conclusion, as described in the above medical books, there is currently no fundamental treatment other than surgery. Therefore, in the present invention, the armpit is cured with a spraying (mist type) product, a topical application product, and a pasting product using organic products, which are not based on surgical means.

In the present invention, as described in the above (1), the main cause of oysters is that apocrine sweat is odorless and sterile at the time of secretion, but when it is decomposed by skin bacteria (staphylococci), short chain fatty acids are produced. Main cause of bad odor. In addition, the skin and sweat gland ammonia are added to produce a specific odor. Therefore, we have devised a method to remove and sterilize Staphylococcus aureus, which is the main cause.

Conventionally, phenols (cresol and benzene) are known to be effective for deodorizing bacteria, removing staphylococci, and sterilization. However, these known phenols have been found to be ineffective in killing carcinogenic concerns and staphylococci, which are the causative organisms of oysters. However, in recent years, the presence of plant-based polyphenols, which are considered to be safer than petroleum-based and coal-based phenols, has been clarified, and some of these recently have a deodorizing effect. It has just been discovered. Among them, a flavonoid, anthocyanin that seems to inhibit the inhabitation of staphylococci, a odor-causing bacterium that had not been proven until now, was also synthesized as a plant lipid and synthesized as a plant lipid prevention product. It is a product of the present invention.

Originally, Gram-positive bacteria, Staphylococcus aureus, include bacteria that react with phenols (cresol, benzene, etc.) and die, and resistant bacteria that do not react and do not die. Therefore, assuming that the mechanism of the reacting fungus is to ingest or absorb phenols, destroy bacterial tissues due to infiltration, or sterilize them, non-reacting Wachybacterium (staphylococci) ingest a single phenol. It was considered that it was not absorbed or infiltrated. However, as described in (1) above, it reacts with ammonia and lipids that will be secreted simultaneously from the apocrine sweat glands, so here absorption and metabolism by ingestion are carried out, and the mechanism is offensive odor. It was assumed that this occurred. Therefore, in order to remove this bacterium, it is determined that it is effective for sterilization to directly absorb and absorb a substance synthesized by adding a certain lipid and an antibacterial polyphenol.

The above-mentioned invention product is a method of completely recovering other than surgery that has never existed in the past by using antibacterial and sterilization with the material described in 0010 and the mechanism described in 0011. It became possible to cure completely.

For products made with raw materials and ingredients, starches, moisture, protein, lipids, carbohydrate carbohydrates, fiber, ash, minerals (calcium), phosphorus, iron, sodium, potassium, vitamins B1, B2, and niacin containing niacin All cereals containing anthocyanins are used in addition to carbohydrates, proteins, moisture, starches, lipids and the like.

The original or pulverized material of the above-mentioned 0013 is mixed and added at a ratio of about 2 to 1, and heated at about 100 degrees Celsius or more for about 20 minutes or more. In this step, the affinity and synthesis power of the material components are promoted. Ethanol is added to this and the above-mentioned component 0013 is extracted.

The original or crushed material of 0013 is mixed and mixed at a ratio of approximately 2 to 1, and koji mold or yeast is added to this, and the components of 0013 are synthesized and extracted by the action of fermentation and metabolism, and heated. .

Approximately 2 to 1 of the material of the 0013 is respectively prototyped or pulverized, individually heated in the same process as the 0014, and then the components of the 0013 are extracted and mixed with ethanol.

The material of 0013 is prototyped or crushed at a ratio of about 2 to 1, and extracted by fermentation and metabolism with Aspergillus or yeast, and then mixed and heated.

The ingredients of 0013 are mixed at a ratio of about 2 to 1, and the ingredients of 0013 are extracted with an organic catalyst and heated.

The extract obtained by the above steps 0014 to 0018 is added with an appropriate amount of ethanol, loofah water, (moisturizing component) and water, subjected to antiseptic treatment, and filled into a mist container.

In the above 0014, 0016 and 0018, polyphenol precipitated after ethanol extraction is blended with petrolatum, emulsifier, etc. to produce gel products, kneading products and sticking products.

Vaseline, an emulsifier and the like are blended with the final precipitate obtained by the above steps 0014 to 0018 to produce a gel product, a kneading product, and a pasting product.

The mist type 0019 uses A and B in the product, and A is sprayed directly on the axilla or soaked in cut cotton etc., and after bathing, it is applied to the affected area for about 5 minutes. If B is sprayed under clothing or shirt collar, it will be sterilized and prevent recurrence.

The gel article, kneading article, sticking article, and 0021 are used by taking the ingredients from the container and applying them directly to the affected area. Affixing articles are also applied directly to the affected area, but if the axillary part is removed beforehand, it can be easily treated.

So far, this product has been tested with about 6 people and has been tested for possible radical cure. As a result, all six people have been completely cured so far, and 100% effectiveness has been confirmed. In addition, even if 3 months have passed since the clinical trial and the presence or absence of recurrence was confirmed, there were no cases of recurrence so far. Thus, it was confirmed that the oyster prevention product synthesized with this plant-derived phenol and fat was effective in preventing odor.

Therefore, the use of plant-based phenol instead of petroleum coal-based phenol, which has been concerned about carcinogenicity as a chemical substance in its use so far, has spread and further utilized new industrial applications. It can be said that the possibility has been increased.

Claims (16)

The above description, claims 0009 to 0023 are claimed. In conclusion, as described in the above medical books, there is currently no fundamental treatment other than surgery. Therefore, in the present invention, it is an object to completely cure the stag beetle with spraying (mist type) products, topical application products, and pasting products using organic products, without using surgical means. In the present invention, as described in the above (1), the main cause of oysters is that apocrine sweat is odorless and sterile at the time of secretion, but when it is decomposed by skin bacteria (staphylococci), short chain fatty acids are produced. Main cause of bad odor. In addition, the skin and sweat gland ammonia are added to produce a specific odor. Therefore, the main reason for this is the fact that the method of removing and sterilizing Staphylococcus aureus was devised and prepared. Conventionally, phenols (cresol and benzene) are known to be effective for deodorizing bacteria, removing staphylococci, and sterilization. However, these known phenols have been found to be ineffective in killing carcinogenic concerns and staphylococci, which are the causative organisms of oysters. However, in recent years, the presence of plant-based polyphenols, which are considered to be safer than petroleum-based and coal-based phenols, has been clarified, and some of these recently have a deodorizing effect. It has just been discovered. Among them, a flavonoid, anthocyanin, which was thought to inhibit the habitat of staphylococcus, the odor-causing bacterium that had not been proven so far, was found, and it was also synthesized with vegetable lipids to make a oyster prevention product. This is a feature of the invention. Originally, Gram-positive bacteria, Staphylococcus aureus, include bacteria that react with phenols (cresol, benzene, etc.) and die, and resistant bacteria that do not react and do not die. Therefore, assuming that the mechanism of the reacting fungus is to ingest or absorb phenols, destroy bacterial tissues due to infiltration, or sterilize them, non-reacting Wachybacterium (staphylococci) ingest a single phenol. It was considered that it was not absorbed or infiltrated. However, as described in (1) above, it reacts with ammonia and lipids that will be secreted simultaneously from the apocrine sweat glands, so here absorption and metabolism by ingestion are carried out, and the mechanism is offensive odor. It was assumed that this occurred. Therefore, in order to remove this Bacillus subtilis, it is claimed that ingesting and absorbing a substance synthesized by adding a certain lipid and an antibacterial polyphenol is effective for sterilization. The above-mentioned invention product is a method of complete cure other than surgery that has not been realized in the past by using antibacterial and sterilization with the material described in 0010 and the mechanism described in 0011, and using safe and simple mist-type products, gel products, and adhesive products It became possible to be completely cured. For products made with raw materials and materials, starches, moisture, protein, lipids, carbohydrate carbohydrates, fiber, ash, minerals (calcium), phosphorus, iron, sodium, potassium, vitamins B1, B2, and niacin containing niacin All cereals containing anthocyanins in addition to carbohydrates, protein, moisture, starch, lipids, etc. The original or pulverized material of the above-mentioned 0013 is mixed and added at a ratio of about 2 to 1, and heated at about 100 degrees Celsius or more for about 20 minutes or more. In this step, the affinity and synthesis power of the material components are promoted. Ethanol is added to this and the above-mentioned component 0013 is extracted. The original or crushed material of 0013 is mixed and mixed at a ratio of approximately 2 to 1, and koji mold or yeast is added to this, and the components of 0013 are synthesized and extracted by the action of fermentation and metabolism, and heated. . Approximately 2 to 1 of the material of the 0013 is respectively prototyped or pulverized, individually heated in the same process as the 0014, and then the components of the 0013 are extracted and mixed with ethanol. The material of 0013 is prototyped or crushed at a ratio of about 2 to 1, and extracted by fermentation and metabolism with Aspergillus or yeast, and then mixed and heated. The ingredients of 0013 are mixed at a ratio of about 2 to 1, and the ingredients of 0013 are extracted with an organic catalyst and heated. The extract obtained by the above steps 0014 to 0018 is subjected to antiseptic treatment by adding appropriate ethanol, loofah water, (humectant) and water, and filled in a mist container. In the above 0014, 0016 and 0018, polyphenol precipitated after ethanol extraction is blended with petrolatum, emulsifier, etc. to produce gel products, kneading products and sticking products. Vaseline, an emulsifier and the like are blended with the final precipitate obtained by the above steps 0014 to 0018 to make a gel product, a kneaded product, and a pasted product. The mist type 0019 uses A and B in the product, and A is sprayed directly on the axilla or soaked in cut cotton etc., and after bathing, it is applied to the affected area for about 5 minutes. If B is sprayed under clothing or shirt collar, it will be sterilized and prevent recurrence. It can also be used as a bath agent or detergent. The gel article, kneading article, sticking article, and 0021 are used by taking the ingredients from the container and applying them directly to the affected area. Affixing articles are also applied directly to the affected area, but if the axillary part is removed beforehand, it can be easily treated. It can also be used as a bath agent or detergent.