KR20200113597A - Management method for hairloss and scalp care - Google Patents

Abstract

The present invention relates to a hair loss and scalp care method, and to a hair loss and scalp care method using a hair shampoo, a hair pack and a hair tonic which comprise a hair loss and scalp care composition. The hair loss and scalp care method comprises: a first step for creating lather by applying a hair shampoo on the entire scalp and rubbing the scalp in a state where water is sprayed thereon; a second step for softening the scalp in a state where the lather is created; a third step for massaging the softened scalp by bringing the entire palms in close contact therewith; a fourth step for wearing and maintaining a hair mist device on the massaged scalp; a fifth step for removing the hair mist device, massaging the scalp with fingerprints and palms, and then washing the scalp with water; a sixth step for forming an even layer of a hair pack on the entire scalp by applying the hair pack on the scalp and spraying water thereon; a seventh step for wearing and maintaining the hair mist device on the scalp on which the hair pack layer is formed; an eighth step for removing the hair mist device, scaling off waste matter around pores by massaging the pores with fingerprints and palms, and then washing the pores with water; a ninth step for removing dampness and opening the pores by drying the washed scalp and hair by a cool wind; a tenth step for enabling nutrition to permeate through the pores by spraying a hair tonic on the entire scalp and massaging the scalp with fingerprints and palms; and an eleventh step for stabilizing the scalp in which the hair tonic is permeated by emitting far-infrared rays thereon. Thus, a buildup of waste matter on the scalp may be effectively removed, and the absorption of an active ingredient may be promoted.

Description

Hair loss and scalp management method{MANAGEMENT METHOD FOR HAIRLOSS AND SCALP CARE}

The present invention relates to a hair loss and scalp management method, and more specifically, to cleanly clean the waste matter accumulated on the hair and around the pores of the scalp and promote the absorption of beneficial components for hair growth to improve hair loss and scalp condition. It is about how to manage.

In general, the scalp is composed of three layers: the outer skin where blood vessels and nerves are distributed, the scalp, which is a nerve tissue that connects to the muscles surrounding the skull, and two subcutaneous tissues that are thinly relaxed without a fat layer. Protect the tofu.

The scalp is rich in blood vessels, hair follicles, and sebaceous glands compared to other parts of the body. Hair follicles form a tubular shape that is recessed to the subcutaneous tissue of the scalp, and surrounds the root of the hair to create hair.

The sebaceous glands of the hair follicle secrete sebum and form a sebaceous film and stratum corneum on the hair and scalp through the pores, thereby preventing moisture from evaporating and making it rich. However, it is not easy to manage because it is not easily exposed to the outside by hair.

When sebum and dead skin cells accumulate around the pores, it inhibits the skin's respiration and sweat, thereby raising the temperature of the scalp, interfering with the blood flow of capillaries, and reducing the supply of nutrients and circulation to the hair, preventing various inflammation and hair loss. Problems such as causing or inhibiting hair growth occur.

Various methods for effectively managing the scalp and hair by recognizing the above problems have been provided, and a schematic configuration through known techniques is as follows.

For example, Korean Patent Laid-Open Publication No. 10-2013-0072229 discloses applying an aroma or mud pack to the scalp to manage hair loss or scalp, massaging the aroma or mud pack to the scalp, and cap-shaped sheet paper and ceramic cap. The step of putting on the massaged head, and after connecting the discharge pipe with the ceramic cap in the scalp and skin care device, moisture and ozone of ultrafine particles are supplied to the inside of the ceramic cap to penetrate the scalp and pores, and the internal temperature of the ceramic cap is increased to 40-50. The care management step of maintaining moisture, heat, and ozone at ℃ for 5 minutes, removing the sheet paper and ceramic cap from the head after the care management step, shampooing, massage after shampooing, and applying a hair growth promoter Construct a scalp care method consisting of steps.

As another example, Korean Laid-Open Patent Publication No. 10-2013-0054681 includes the steps of applying an aroma oil to the scalp and then massaging the venom of the corresponding portion for 20 to 40 minutes, and tea tree aroma oil or essential oil after the venom massage. Massaging the scalp with a mixture of oil as the main ingredient and a mixture of carrier oils, and after performing a scalp massage, a mixture of the first powder and the first solution, or a mixture of the second powder and the second solution. The steps of heating or non-heating a mixture, cooling the mixture or finely applying it to a portion of the scalp that is needed as it is at room temperature, allowing the applied mixture to penetrate into the pores, and After penetration, a scalp care method comprising the step of applying perfluorocarbon to the scalp and massaging it is configured.

Korean Patent Laid-Open Patent No. 10-2013-0072229 (2013.07.01) Korean Patent Publication No. 10-2013-0054681 (2013.05.27) Korean Patent Laid-Open Patent No. 10-2018-0121168 (2018.11.07) Korean Patent Application Publication No. 10-1060354 (2011.08.29)

The scalp care method to which the prior art is applied includes massaging the scalp using a pack or oil, infiltrating the scalp while maintaining a moisturizing and heated state, and massaging the scalp by applying a hair growth promoter to the scalp. to be.

However, since various waste products such as sebum, dandruff, and dead skin cells generated from the scalp cannot be completely removed only by routine shampoo washing, the absorption rate in the skin is insignificant even if packs or oils or hair growth promoters are used as in the prior art in such a state. It is difficult to expect a large rate of onset of the effect.

In addition, components such as proteins and fats contained in packs or oils used for scalp care and wastes remaining on the scalp are mixed, blocking hair follicles and pores, thereby preventing the discharge of waste products. In such a state, if the heating step is performed, the heat is excessively concentrated on the scalp, which can lead to bacterial growth, and in the case of a problematic scalp with inflammation or hair loss, the possibility of worsening the condition cannot be excluded.

Accordingly, in the present invention, as invented to solve the problems of the prior art as described above,

In the hair loss and scalp management method using a hair shampoo consisting of a composition for hair loss and scalp management, a hair pack, and hair tonic,

A first step of applying the hair shampoo to the entire scalp and rubbing with water to generate bubbles;

A second step of softening the scalp by maintaining it for 10 to 30 minutes while the foam is generated;

A third step of massaging the entire palm to the softened scalp for 10 to 20 minutes;

A fourth step of wearing a hair mist device on the massaged scalp and maintaining it at 45° C. for 10 minutes;

A fifth step of removing the hair mist device, massaging the scalp with finger prints for 5 to 10 minutes, and washing with water;

A sixth step of applying the hair pack to the scalp by dividing the hair bones at 10 mm intervals and spraying water to form a film evenly over the entire scalp;

A seventh step of wearing a hair mist device on the scalp on which the hair pack film is formed and maintaining at 45° C. for 10 minutes;

An eighth step of removing the hair mist device and massaging it with finger prints for 5 to 10 minutes to scale the impurities around the pores and then washing with water;

A ninth step of drying the cleaned scalp and hair with cold air to remove moisture and open pores;

A tenth step of spraying the hair tonic on the entire scalp and massaging it with a finger print to penetrate nutrients through the pores;

An eleventh step of stabilizing the scalp into which the hair tonic has penetrated by irradiating far-infrared rays; it is possible to achieve the purpose of effectively removing wastes accumulated on the scalp and promoting absorption of active ingredients.

The present invention provides a scalp management method that cleanly cleans the waste matter accumulated on the hair and around the pores of the scalp and promotes absorption of beneficial components for hair growth.

Therefore, the present invention uses a hair shampoo, a hair pack, and a hair toner containing a composition for hair loss and scalp management in stages, and acts delicately around the scalp and pores, effectively cleaning sebum and dead skin cells, and beneficial for hair growth through pores. There is an effect of improving the hair loss and scalp condition by remarkably increasing the absorption rate of the component.

1 is a microscopic image of a user's scalp condition using a hair loss and scalp management method according to the present invention.
2 to 4 are images taken of a user's scalp state progress using the hair loss and scalp management method according to the present invention.

Hereinafter, a configuration and operation according to a preferred embodiment of the method for managing hair loss and scalp of the present invention will be described in detail with reference to the accompanying drawings. In the following description, detailed descriptions of parts that can be easily implemented by those of ordinary skill in the art may be omitted. In addition, since the following description is for describing the present invention by way of example, it is natural that the present invention is not limited to the following examples, and that various modifications may be provided within the scope not departing from the scope of the present invention. will be.

1 is a microscopic image of a user's scalp condition using a hair loss and scalp management method according to the present invention, and FIGS. 2 to 4 are images taken of a user's scalp condition using a hair loss and scalp management method according to the present invention Is shown.

In the hair loss and scalp management method to which the technology of the present invention is applied, the hair loss and scalp condition are improved by cleansing the wastes accumulated on the hair and around the pores of the scalp to promote absorption of beneficial components for hair growth in the state of opening the pores. Note that it is about a management method to be promoted.

To this end, the hair loss and scalp management method of the present invention comprises a hair loss and scalp management method over the first to eleventh steps using a hair shampoo composed of a composition for hair loss and scalp management, a hair pack, and a hair tonic, and specifically Is as follows.

Hair shampoo, hair pack, and hair tonic used in the present invention contain a natural vegetable mixture extracted from Daesun, green tea, kelp, iris, and licorice as active ingredients, along with basic ingredients containing a common scalp exfoliating agent and surfactant. It consists of a cosmetic composition for managing hair loss and scalp, and is provided to be used by applying each of the following steps according to the formulation.

In the first step, the hair shampoo is applied to the entire scalp and rubbed while spraying water to generate bubbles. The gel-like hair shampoo can act on the entire scalp in the form of foam, and generates heat in the scalp by blood circulation following the massage.

The second step is a step of softening the scalp by maintaining it for 10 to 30 minutes in a state where bubbles are generated. The active ingredients and basic ingredients contained in the hair shampoo invade the scalp and act to relax the skin tissue.

The third step is a step of massaging the entire palm to the softened scalp for 10 to 20 minutes. Active ingredients and basic ingredients contained in hair shampoo penetrate deeply into pores and hair follicles.

In the fourth step, a hair mist device is worn on the massaged scalp and maintained at 45° C. for 10 minutes. The hair shampoo component that penetrates the pores and hair follicles acts to react with the skin tissue. The hair mist device (hair steamer) uses a conventional device configured to prevent damage to the scalp and hair by spraying nano-steam particles into the inside of a head cap formed in a spherical shape to accommodate the head.

The fifth step is a step of removing the hair mist device, massaging the scalp with finger prints and palms for 5 to 10 minutes, and then washing with water. Removes impurities such as dead skin cells or sebum adhered to pores and hair follicles from skin tissue and cleans hair shampoo.

The first to fifth steps are configured to proceed to the sixth step after sequentially repeating two or more times to sufficiently soften the scalp, thereby increasing the waste removal efficiency in the subsequent step.

The sixth step is a step of applying the hair pack to the scalp by dividing the hair bones at 10 mm intervals and spraying water to form a film evenly over the entire scalp. It is applied to the entire scalp while softening the characteristics of the creamy hair pack.

The seventh step is a step of wearing the hair mist device on the scalp on which the hair pack film is formed and maintaining the hair mist at 45° C. for 10 minutes. It acts to absorb the loosened waste from the skin tissue into the hair pack.

The eighth step is a step of removing the hair mist device and massaging with finger prints and palms for 5 to 10 minutes to scale the impurities around the pores and then washing with water. While massaging the entire scalp, the waste material is physically removed from the scalp and washed with hair pack ingredients.

Therefore, through the sixth to eighth steps, wastes such as sebum and dead skin cells that are clogging the scalp, particularly the pores, are scaled to create a clean state.

The ninth step is a step of drying the cleaned scalp and hair with cold air to remove moisture and opening the pores. While going through the above-described steps, the scalp and hair with a sense of heat are cooled, but dried to a cool level so that the pores do not shrink.

In the tenth step, hair tonic is sprayed on the entire scalp and massaged with finger prints and palms to penetrate nutrients through the pores. The liquid hair tonic easily penetrates into hair follicles through open pores and acts, providing a refreshing feeling to the scalp.

The eleventh step is a step of stabilizing the scalp into which the hair tonic has penetrated by irradiating far infrared rays. It improves the penetration rate of nutrients and stabilizes the condition of the scalp by the thermal action of far infrared rays.

Hereinafter, an embodiment and an experimental example including the present invention having the above-described configuration will be constructed, and the effects thereof will be closely grasped.

<Example>

According to the hair loss and scalp management method of the present invention, scalp management is performed by dividing into an experimental group and a control group for 12 weeks for 30 subjects in their 30s to 60s.

The experimenter consists of those who have been diagnosed with hair loss by an expert and is limited to those who are not using drugs for hair loss or hair growth or scalp disease. Table 1 below shows the results of preliminary investigation of the age and hair loss type of the test subject, and Table 2 shows the results of the preliminary investigation of the scalp type.

division Experimental group (%) Control (%)
age

30s 46.7 46.7 40s 13.3 13.3 50 cars 13.3 20.0 60 cars 26.7 20.0 Hair loss type
Male type 66.7 66.7 Female type 33.3 33.3

division Experimental group (%) Control (%)

Scalp type


Sensitive scalp 6.7 6.7 Dandruff scalp 13.3 6.7 Oily scalp 73.3 60.0 Inflamed scalp 6.7 6.7 Normal scalp 0 13.3 Dry scalp 0 6.7

The experimental group subjects were provided with hair shampoo, hair pack, and hair tonic used in the management method of the present invention and used 12 times three times a week for 60 minutes, and the control group used a general shampoo. Table 3 below describes the implementation process of the hair loss and hair management method according to the present invention.

division Management method Materials and equipment used




softening
(Repeat twice) Step 1: Apply hair shampoo to the entire scalp, sprinkle water on the scalp, and rub enough to create bubbles.
Step 2: Soften the scalp by holding it for 10 to 30 minutes in a foamy state.
Step 3: Massage the entire palm to the softened scalp for 10 minutes.
Step 4: Wrap the scalp line with a hair band and put a hair mist device on the scalp, and keep it at 45℃ for 10 minutes.
Step 5: Massage and rinse with finger prints and palms for 5 minutes.




Hair shampoo
Hair mist device


Scaling Step 6: After applying the hair pack to the scalp at 1cm intervals, apply it to the entire scalp, spray water using a sprayer, and apply the pack evenly to the entire scalp.
Step 7: Wrap the scalp line with a hair band and put a hair mist device on the scalp and keep it at 45℃ for 10 minutes.
Step 8: Massage and rinse with finger prints and palms for 5 minutes.


Hair pack
Hair mist device

nutrition Step 9: After shampooing, dry it with a dry, cold air.
Step 10: Spray hair tonic evenly over the scalp and rub it with finger prints and palms as if massaging evenly.

Hair tonic stabilize Step 11: Irradiation with far-infrared rays for 5 minutes stabilizes the scalp and helps blood circulation. Infrared irradiator

<Experimental example>

In the experimental group and the control group subjected to the hair loss and scalp management method of the present invention according to the above embodiment, an efficacy experiment on the condition of hair and satisfaction is conducted.

1) A scalp diagnostic device is used to measure the hair condition, and the number of hair per unit area (1㎠), hair thickness, and hair density are measured with a microscope camera at a certain location on the scalp. Table 4 below compares the results of measuring the hair condition of the subjects before and after the experiment.

division
Before experiment After experiment Paired t
M(±SD) M(±SD) Number of hair
Experimental group 13.20(±2.04) 18.53 (±1.89) 13.39*** Control 20.47 (±2.99) 17.00 (±2.77) -14.6*** Hair thickness
Experimental group 0.026(±0.086) 0.053(±0.080) 14.81*** Control 0.060(±0.122) 0.53(±0.015) -10.15*** Hair density
Experimental group 50.00 (±13.84) 87.73(±12.17) 10.02*** Control 103.0(±18.79) 93.53 (±17.65) -9.34***

The number of hairs in the experimental group controlled by the present invention increased from 13.20 to 18.53, the hair thickness increased from 0.026 to 0.053, and the hair density increased from 50.00 to 87.73, which significantly increased at the level of 0.1%, whereas the number of hairs in the control group increased significantly at the level of 0.1%. Was decreased from 20.47 to 17.00, hair thickness decreased from 0.060 to 0.053, and hair density decreased from 103.0 to 93.53, showing a significant decrease at the 0.1% significance level. 1 is an image of measuring the number of hairs and the thickness of hair before and after the experiment of test subjects.

Table 5 below compares the results of measuring the hair condition before and after the experiment according to the age of the experimental group.

division
Before experiment After experiment Paired t
(±SD) (±SD)
30s
Number of hair 14.0(±2.16) 19.71 (±2.13) 8.87*** Hair thickness 0.214(±0.0098) 0.519 (±0.008) 8.63*** Hair density 51.28 (±17.79) 87.85(±16.09) 4.69**
40s
Number of hair 11.5(±2.14) 17.5(±0.70) 6.00* Hair thickness 0.325 (±0.007) 0.56(±0.005) 15.67* Hair density 45.00(±8.48) 78.0(±0.00) 5.5
50 cars
Number of hair 12.5(±0.70) 17.5(±0.70) 4.0* Hair thickness 0.330(±0.004) 0.655(±0.003) 65.0* Hair density 57.5(±9.19) 92.0(±8.48) 690.**
60 cars
Number of hair 13.0(±2.16) 17.5(±1.00) 5.19* Hair thickness 0.263(±0.004) 0.505(±0.003) 11.56** Hair density 46.5(±11.56) 90.25 (±8.09) 13.25**

In the results according to the age group of the experimental group managed by the present invention, the number of hair in the 30s increased from 14.0 to 19.71, the hair thickness increased from 0.214 to 0.519, and the hair density increased from 51.28 to 87.85, which was significant at 0.1% significance level. Increased. In the 40s, the number of hairs increased from 11.5 to 17.5, hair thickness increased from 0.325 to 0.560, and hair density increased from 45.00 to 78.0. In the 50s, the number of hairs increased from 12.5 to 17.5, the hair thickness increased from 0.330 to 0.655, and the hair density increased from 57.5 to 92.0, significantly increasing at the 0.1% significance level. In the 60s, the number of hairs increased from 13.0 to 17.5, the hair thickness increased from 0.263 to 0.505, and the hair density increased from 46.5 to 90.25, significantly increasing at the 1% significance level. 2 to 4 are images of changes in hair condition before and after the experiment according to the age of the experimental group.

Table 6 below compares the results of measuring the hair condition before and after the experiment according to the hair loss type of the experimental group.

division
Before experiment After experiment Paired t
M(±SD) M(±SD) Number of hair
Male type 12.7(±1.14) 18.5(±1.17) 13.1*** Female type 14.2(±2.86) 18.6(±2.41) 6.49*** Hair thickness
Male type .024 (±0.00) .052(±0.00) 10.98*** Female type 0.28(±0.011) 0.58(±0.010) 9.77*** Hair density
Male type 50.5(±14.27) 87.0(±12.17) 7.25*** Female type 49.0(±14.56) 95.2(±8.58) 9.07***

In the results according to the hair loss type of the experimental group managed by the present invention, the male type increased the number of hair from 12.7 to 18.5, the hair thickness increased from .024 to .052, and the hair density increased from 50.5 to 87, and the female type was The number of hairs increased from 14.2 to 18.6, hair thickness increased from 0.28 to 0.58, and hair density increased from 49.0 to 95.2, showing a significant increase at the 0.1% significance level.

2) Satisfaction survey was conducted using the Mann-Whitney test on the items of scalp dryness, oil content, inflammation and dead skin cells, hair strength and elasticity, fullness, feeling of use, intention to use, and intention to use continuously. Table 7 below shows the results of surveying the satisfaction of the subject. In most of the items, it can be seen that the mean (M) of the experimental group is higher than that of the control group.

Item N M SD Average rank

scalp


Dryness
Experimental group 15 4.53 .513 23.0 Control 15 2.20 .414 8.0 Oil content
Experimental group 15 4.47 .516 23.0 Control 15 1.93 .594 8.0 Saline and keratin volume Experimental group 15 4.80 .414 23.0 Control 15 2.00 .655 8.0
Hair

Strength and elasticity
Experimental group 15 4.67 .488 23.0 Control 15 1.40 .507 8.0 Abundance
Experimental group 15 4.67 .507 23.0 Control 15 1.40 .507 8.0 Feeling of use
Experimental group 15 1.27 .458 8.27 Control 15 2.93 .458 22.73 Intention to use
Experimental group 15 4.67 .488 23.0 Control 15 2.53 .516 8.0 Intention to continue to use
Experimental group 15 4.60 .507 23.0 Control 15 2.60 .507 8.0

The hair loss and scalp management method according to the present invention as described above is difficult to completely clean with a conventional general shampoo, so it more effectively removes impurities accumulated on the hair and around the pores of the scalp, and is a beneficial ingredient for hair growth in a state that cleanly opens the pore It provides a scalp care method that can promote the absorption of skin.

In particular, the present invention uses a hair shampoo, a hair pack, and a hair toner containing a composition for hair loss and scalp management step by step according to the formulation to soften the scalp, scale waste, and then penetrate and stabilize the active ingredient. By effectively cleaning sebum and dead skin cells, the absorption rate of beneficial components for hair growth can be remarkably increased, so there is an advantage of improving the hair loss and scalp condition.

Not applicable.

Claims (3)

In the hair loss and scalp management method using a hair shampoo, a hair pack, and a hair tonic comprising a composition for hair loss and scalp management,
A first step of applying the hair shampoo to the entire scalp and rubbing with water to generate bubbles;
A second step of softening the scalp by maintaining it for 10 to 30 minutes while the foam is generated;
A third step of massaging the entire palm to the softened scalp for 10 to 20 minutes;
A fourth step of wearing a hair mist device on the massaged scalp and maintaining it at 45° C. for 10 minutes;
A fifth step of removing the hair mist device, massaging the scalp with finger prints and palms for 5 to 10 minutes, and washing with water;
A sixth step of applying the hair pack to the scalp by dividing the hair bones at intervals of 10 mm and spraying water to form a film evenly over the entire scalp;
A seventh step of wearing a hair mist device on the scalp on which the hair pack film is formed and maintaining at 45° C. for 10 minutes;
An eighth step of removing the hair mist device and massaging with finger prints and palms for 5 to 10 minutes to scale impurities around pores and then washing with water;
A ninth step of drying the cleaned scalp and hair with cold air to remove moisture and open pores;
A tenth step of spraying the hair tonic on the entire scalp and massaging it with finger prints and palms to penetrate nutrients through the pores;
An 11th step of stabilizing the scalp into which the hair tonic has penetrated by irradiating far-infrared rays; hair loss and scalp management method comprising: a. The method of claim 1,
The first step to the fifth step is a hair loss and scalp management method, characterized in that configured to proceed to the sixth step after repeatedly performing two or more times in sequence. The method of claim 1,
The hair shampoo, hair pack, and hair tonic,
As an active ingredient, a natural vegetable mixture extracted from Daesun, green tea, kelp, iris, and licorice is contained along with basic ingredients containing a common scalp exfoliating agent and surfactant, and the formulation is gel, cream, and liquid for hair loss and scalp management. Hair loss and scalp management method, characterized in that the cosmetic composition for.

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