JP2003137740A - Hair care treating agent for curing hair and method for producing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To produce a hair care treating agent for curing the hair from a plant extract. SOLUTION: This hair care treating agent is prepared by processing and extracting plants, such as vegetables, fruits, sea weeds, grains and wild plants, gathered in various forms in raw states, adding a large amount of a saccharide such as sugar to the obtained extract, and slowly fermenting the mixture to degrade carbohydrates, proteins and fats in the plant extract into low mol.wt. molecules. The hair care treating agent is characterized by utilizing the obtained amino acids, sugars, fatty acids, and the like, as nutrient-supplying agents or nutrients for the hair, and simultaneously degrading carbohydrates, fats and proteins causing plant allergies and rashes in the fermentation degrading process, whereby the hair care treating agent can be used without causing side effects.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a treatment which is used after perm or hair dyeing and for usual hair curing.

[0002]

2. Description of the Related Art For both perm and hair dyeing, the reducing agent used as one agent swells or cuts the hair cuticles and damages the hair, and the oxidizing agent used as two agents also stimulates the hair. There were many things that hurt the hair and scalp.

Hair has an amino acid having a sulfur "S", a so-called cysteine bond, and the bond between "S" and "S" is strong. Therefore, the hair has a strong pulling property. In the case of a perm, in order to change it into a free shape, it is necessary to first break the bond between "S" and "S". Therefore, thioglycolic acid is used as a reducing agent, and hydrogen "H" is used. The bond between "S" and "S" was cut to give a "SH group" to form a mercaptan group.

In the actual perm treatment, the reducing agent is applied to the hair, and the hair is spread on the lot for 10 minutes to 2 minutes.
It was left standing for 0 minutes.

Thereafter, sodium bromate or hydrogen peroxide (5% solution) was used as an oxidizing agent, and "H" was taken from the mercaptan group, and "S" was given at a position deviated from the original position. The "S" was combined and fixed to the changed shape.

After the perm, the oxidant was washed out, but the attached oxidant remained and could not be washed out completely.

In the case of hair dyeing, the first agent contains a reducing agent and a diamine-based dye, and the reducing agent causes the hair to swell and widens the gap between the cuticle, which is the tissue of the hair, and passes through this gap. A diamine dye was placed in the cuticle. Next, when the oxidizing agent of the second agent entered the cuticle, it was polymerized with the diamine-based dye to form large particles, and a clear color was formed. Even after washing with water, the dye particles that became larger became less likely to flow out of the cuticle, which caused permanent hair dyeing. However, in reality, the cuticle of the hair does not surely capture the dye molecule, and the color fading is unavoidable.

Even in usual hair washing, when washed with soap, if not washed carefully, there are leftovers such as dandruff, and when a synthetic detergent is used, even if the hair is washed well, too much fat is taken out, and scalp It was bulky. Synthetic detergents contain harmful harmful substances in hair, scalp and hair root, and by continuing to use them, hairs have many split ends, thin hairs, and hair loss.

[0009]

The surrounding conditions in which the hair is laid are extremely severe as seen in the conventional example,
I am in a difficult situation. Therefore, the present invention makes this treatment for caring for hair by fermenting and decomposing a plant extract, and making the best use of products such as amino acids and glucose obtained by the decomposition and microbial enzymes contributing to the decomposition as they are, and realizes the following. There is a purpose in particular. 1) Recovers damage to the hair and scalp received by perm and hair dyeing. 2)
The hair was cleaned to eliminate the itchiness caused by dandruff and also to remove unpleasant odors. 3) Tighten the hair and give it elasticity to make it firm and shiny. 4) Decompose residual harmful substances such as hydrogen peroxide.

[0010]

[Means for Solving the Problems] Therefore, in the present invention, when the treatment for caring for the hair is made, the treatment is made of a plant extract, and side effects caused by using the extract are avoided. Plants are vegetables, fruits, seaweed,
A wide variety of plants such as grains and wild plants were used as raw materials, and the natural yeasts attached to them were used.

These plant raw materials were processed in a raw state to extract a plant extract, and this plant extract consisting of carbohydrates, proteins and fats was fermented and decomposed by the action of this natural yeast. Amino acids decomposed into low molecular weight substances were used as nutrients with good absorption by skin cells. Glucose and fatty acids could be used as moisturizers. The microorganisms that worked at this time are
It excretes microbial enzymes, decomposes carbohydrates, proteins, and fats and makes conditions for their own growth. This microbial enzyme
It was used to decompose dandruff, oil, and other debris that adheres to the hair, scalp, and hair roots.

[0012] Just because it is a plant-based raw material does not mean that it is free from allergies and rashes. Carbohydrates,
If protein and fat are present as they are, some people will develop allergies and rashes. In the present invention, the plant extract containing these is fermented and decomposed by the action of natural yeast and the action of microorganisms, the carbohydrate is changed from starch to glucose, the protein is decomposed into an amino acid, and the fat is decomposed into a fatty acid. By doing so, I made sure that I was not allergic to the human body.

In the present invention, wild plants are used in a raw state or boiled, flavonoids, alkaloids, saponins,
Tannic acid was extracted to make full use of the function of this plant extract. On that, the microorganisms involved in fermentation decomposition
I tried to use it as it was.

At the stage when the plant extract is extracted, various bacteria adhering to the plant may be propagated. Therefore, in the present invention, a large amount of sugars such as sugar is added to suppress the growth of microorganisms that oxidize and decompose. It is a principle that jam preserved with sugar is preserved for a long time as a preservative. In a solution with a high sugar content,
In the first place, microorganisms absorb water due to the osmotic action, and their function is reduced. Microorganisms that adapt to such environmental conditions undergo fermentation and decomposition that proceed slowly.

[0015]

DETAILED DESCRIPTION OF THE INVENTION The present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing a method for manufacturing a hair care treatment according to the present invention. (2) is the first step of raw processing a plurality of plants such as vegetables, fruits, seaweeds, grains, etc. to extract the plant extract, and (4) is oxidation / rotation by adding a large amount of sugars such as sugar. And a second step of fermenting and decomposing by the force of enzymes attached to the plurality of plants, (6) is a third step of producing various microbial enzymes in the fermentative decomposition process, and (8) is a plant This is the fourth step of decomposing substances that cause rashes and allergies to people who have rashes. (9) is a step of immersing dried wild plants together with the same amount of sugar. You may think similarly to a 1st process. In addition, as the liquid for dipping, a wild plant previously boiled may be used. The hair treatment of the present invention is made by combining these four steps.

FIG. 2 is a diagram in which the manufacturing method according to the present invention is followed with the passage of time. The materials collected in the material collection (10) are, for example, oranges, avocados, papayas, oranges, apples, grapes, strawberries, fruits such as pears, peaches, strawberries, burdock, lotus root, onions, carrots,
Radish, potatoes, corn, peppers, tomatoes,
Spinach, lettuce, spring chrysanthemum, celery, yam, vegetables such as Chinese cabbage, seaweed such as hijiki, kelp and wakame, brown rice, soybean,
Red beans, cereals such as pearl barley, ganoderma lucidum, wormwood, cedar leaves, dokudami, dandelions, aunts, wolfberry, azaleas, too,
Tsuruna, Amachazuru, Kawaraki, Persimmon Leaf, Ginkgo,
You can get wild plants such as loquat leaves from various collection places such as river and sea, fields and rice fields, and use them as materials.
Collect multiple items such as leaves, stems, roots and fruits.

In the cutting (12), these materials are sliced into large pieces, or cut into a size of about several Cm and grains are crushed to decompose sugars (14) and digestive decomposition in almost the same amount as the materials. The bacteria (16) involved are put together in the first container (18). Sugars, oligosaccharides,
Add honey, sucrose, etc.

Since the sugar content is high, various bacteria adhering to plants are sucked out of water in the tissues by reverse osmotic pressure, and their reproduction is suppressed. The extract of the input plant is also extracted into the liquid by osmotic pressure. A solution with a high concentration of the plant extract is produced, and in this state, it is left to stand for 2-3 weeks and fermented at room temperature. During this time, stir (2
0) After this, the contents of the first container (18) are transferred via the filter (22) to the second container (26) where the plant waste (24) is removed. The filter (22) has a shape in which a solid portion of the first container is put in a cloth bag filled with mesh, squeezed by a pressing machine to remove squeezed juice, and the squeezed juice is transferred to the second container together with the liquid content of the first container. The plant extract is squeezed out by the physicochemical action of reverse osmotic pressure.

After transferring to the second container (26), again,
Let stand for 1 month. Due to its high sugar content, it ferments slowly. During this time, the stirring (28) is continued for a short time only intermittently.
In the process of this anaerobic fermentation, the wild yeasts attached to the raw plants act to break down carbohydrates, proteins and fats into small molecules. Then, the same amount of sugar as the wild plant (32) dried in the sun and the content of the second container (26) are transferred to the third container (30) and left to stand for about 6 months. During this time, the intermittent stirring (36) is continued. Following one month of standing, this decomposition is advanced. Microorganisms push out enzymes to decompose organic substances such as carbohydrates, proteins, and fats that feed themselves, and promote further decomposition. As a result, gradually, microorganisms that exude such enzymes will be present in the solution.

The wild plants (32) used here are as described above, but alkaloids, saponins, tannic acid and flavonoids can also be extracted. In the process of extracting these plant extracts, wild plants (32)
It is also possible to put the dried product into a third container (30) and extract it in a raw state, so to speak, by boiling it separately and extracting it, and putting the extract into the third container (30). May be. In the process of performing slow anaerobic fermentation from the first container (18) to the third container (30), intermittent stirring (20, 28,
36) means that by supplying oxygen, the aerobic microorganisms are activated to measure the activity of stimulated and anaerobic microorganisms, and the microorganism secretes an enzyme that cancels the active oxygen generated in the process. The purpose is to measure the activity of.

Through this slow fermentation and decomposition process, carbohydrates, proteins and lipids in the plant material are all hydrolyzed to give low molecular weight glucose and amino acids, and
Decomposed into fatty acids. Therefore, it is easily absorbed by the human body, and the factors of allergy and rash are eliminated.

After leaving still in the third container (30) for 6 months, the plant debris (40) was removed with the filter (38) and transferred to the fourth container (42), where it was left still for 6 months again.
It is completed by decomposing sugar and not fermenting.

When the plant is boiled down, it is the metal minerals and proteins that come out as "duck", but these are also contained in the plant, but as glucose is transformed into organic acid by anaerobic fermentation, PH Becomes lower and ionically decomposes in the solution, and factors such as rash caused by it are also removed. The plant extract according to the present invention is manufactured as described above, and FIG. 1 shows the actual manufacturing process of FIG. 2 as a main requirement in the manufacturing method.

The plant extract taken out from the fourth container thus completed was used as a stock solution, or was mixed with deep sea water or mineral water to prepare a hair treatment. Two experiments were performed on this. One is a hair salon in 100 stores, and the other is a test by oxygen electrode method for residual hydrogen peroxide.

In a use experiment in a beauty salon, the hair treatment according to the present invention was applied to the hair after perming or hair dyeing, allowed to stand for a while, and then washed off to prevent damage after perming or hair dyeing. I saw that the recovery and the discoloration were alleviated. We examined about 500 cases at 100 beauty salons, but found no cases of rashes or side effects.

As the voice according to the example, itching of the skin disappeared. No more tingling after perm or hair dyeing. The eczema is gone. My hair was fluffy and I had a firm texture. The color of hair dye has disappeared. Was voiced.

In addition, after applying as a hair treatment after shampoo, leave it still, rinse after a while, or mix with shampoo liquid from the beginning, and when shampooing, the itch on the scalp disappears and the hair becomes elastic and glossy. I heard a voice saying that I got better.

From the above, the action of the treatment according to the present invention can be confirmed as follows. The undiluted solution made by the manufacturing method according to the present invention can be used as it is without being heated at the final stage of commercialization, whether it is used as it is or mixed with mineral water, etc. Therefore, even when stored for a certain period of time, the contained microorganisms were able to excrete the enzyme and utilize the function of the raw enzyme as it was. The enzyme breaks down carbohydrates, proteins, and fats, thus breaking down dirt on the hair, scalp, and roots. Amino acids made from plant extracts became nutrients for hair and skin, and glucose and fatty acids were used for moisturizing. It is believed that these effects eliminated the itchiness of the scalp, created conditions for curing the hair, and created elasticity and luster. We were able to remove the causes such as eczema on the edge of the line. Flavonoids in plants also decomposed dirt, which is an odor component.

Tannic acid and alkaloids became another condition that squeezes cuticles of hair that has been damaged or cleaved by perm or hair dye, tightens the scalp that has become bulky, and gives elasticity and luster to the hair. In addition, the dye contained in the cuticle by the hair dye was prevented from flowing out and the color fading was eliminated.

The test by the oxygen electrode method was conducted by requesting the Japan Food Research Center. Water was added to the second agent used for hair dyeing in an amount of 10 times, and the mixture was stirred for 10 minutes. As a result, 0.57% of hydrogen peroxide remained. On the other hand, it was found that the same second agent was mixed with the plant extract of the present invention in an amount of 10 times and stirred for 10 minutes, and 4.5 PPm of hydrogen peroxide remained. When using this plant extract, residual hydrogen peroxide
It became about 1/1000, and it was found that the residual content was extremely close to zero. In addition, in experiments at beauty salons used in 100 stores, it is known that hair dries due to evaporation of water when hydrogen peroxide remains.
I have never done that.

[0031]

Industrial Applicability As described above, the plant extract produced by the production method of the present invention is effective for hair treatment in perm and hair dyeing, has the ability to decompose hydrogen peroxide, and is afraid of decolorization and formation of carcinogens. Can be eliminated. The embodiment described in the present invention is only one embodiment, and the present invention is not understood by this embodiment.

[Brief description of drawings]

FIG. 1 is a process diagram that constitutes a main component of a method for producing a plant extract according to the present invention. FIG. 2 is an embodiment diagram showing an actual flow of a method for producing a plant extract according to the present invention.

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Claims (3)

[Claims] 1. A plant extract extracted from vegetables, fruits, seaweeds, grains, wild plants and the like is fermented and decomposed, and amino acids, glucose and other products obtained by the decomposition and microbial enzymes contributing to the decomposition are utilized. Made from botanical hair care treatment 2. A first plant for processing a plurality of plants such as vegetables, fruits, seaweeds, grains, and wild plants in a raw state to extract a plant extract in order to cure hair damaged by perm or hair dyeing. A step, a second step of suppressing oxidization / rotation by adding a large amount of sugar such as sugar to the plant extract, and slowly fermenting and decomposing by the force of an enzyme attached to the plurality of plants; In the third step of producing various microbial enzymes, carbohydrates and proteins in the plant extract, lipids, by the fermentation decomposition and microbial enzymes of the second step, low molecular weight sugars and amino acids, The method for producing a botanical hair care treatment according to claim 1, which is produced by combining with a fourth step of decomposing into a fatty acid or the like. 3. At the stage of final productization, without heat treatment,
A hair care treatment according to claim 1, characterized in that a microorganism is present as a live bacterium, and the action of the microbial enzyme is utilized.