WO2012033251A1 - Heat treatment method for hair upon which cosmetic chemicals are applied and hair processing method using same - Google Patents

Abstract

The present invention relates to a heat treatment method for hair and a hair processing method using the same, in which thermal energy is applied while a cosmetic chemical such as a dye is applied to the hair during a perm, hair dyeing or the like. Thus, the invention provides a heat treatment method for hair which transmits thermal energy to hair (H) upon which a cosmetic chemical is applied, thereby performing the heat treatment, wherein: thermal energy from an electric heater (11) is primarily transmitted to a metallic member (12) having a heat transfer coefficient of at least 150kcal/㎡H°C; and thermal energy of said metallic member (12) is secondarily transmitted to a non-metallic member (13) having a heat transfer coefficient of at most 0.20kcal/㎡H°C, whereby heat transmission occurs by contact between said non-metallic member and the hair (H). In addition, the invention provides various hair processing methods by applying high-temperature thermal energy to the hair (H) such that keratin, the main component of the hair (H), becomes relaxed by responding to the heat and at the same time, the hair (H) swells whereby the cosmetic chemicals can smoothly permeate the hair and be washed off.

Description

Hair heat treatment method coated with treatment chemicals and hair treatment method using the same

The present invention relates to a hair heat treatment method for imparting thermal energy in a state in which a treatment agent such as a dye is applied to hair when performing perm or hair dyeing, and a hair treatment method using the same.

In general, various procedures such as hair permation, hair dyeing, and hair depigmentation are performed in a shop such as a beauty salon.

In the present invention, all procedures performed on the hair as described above will be referred to as a hair treatment or a hair treatment method for better understanding.

Therefore, in order to perform the hair treatment, various surgical drugs required for the hair to be treated are applied. For example, permanent medicines, bleaches, dyes, or nutrients.

In order to be evenly applied to the surface of the hair having a very small diameter, the procedures are made in a gel state or a liquid state to be applied to the hair and mainly contain moisture.

It is already known that gel or liquid treatments can be better penetrated into the hair tissue when they receive thermal energy, resulting in better fluidity.

In addition, the method of applying heat energy to the hair is a manual electric hair dryer which holds one hand and blows the hot air toward the hair, the Korean Utility Model Registration No. 131822, the Korean Utility Model Registration No. 167285 and the Registration Utility Model No. 319890; Likewise, the heater unit rotates above the head to provide heat energy to the hair by using a hair dryer that radiates heat energy to the hair and an electric hair iron that directly contacts the hair to transfer the heat energy.

The use of a device such as a manual hair dryer and a hair dryer to provide heat energy to the hair may be referred to as an indirect heat treatment method, and a method using an apparatus such as an electric hair iron may be referred to as a direct heat treatment method.

In the indirect heat treatment method, the method of using a manual hair dryer is a very unsuitable method of heat treating the hair to which the treatment agent is applied because the hair is blown by hot air. Since there is a disadvantage that can not be heat-treated, a good hair treatment can not be made has not been attempted at all in the hair treatment.

And when attempting a direct heat treatment method for heating the hair by the existing electric hair iron when the treatment agent applied to the hair is in contact with the metal plate that receives the heat energy from the electric heater of the electric hair iron as shown in FIG. There is a problem that hair treatment is impossible because water vapor explosion is caused by the explosion of water vapor.

That is, the metal plate is subjected to heat transfer from the electric heater, the metal has a large thermal conductivity coefficient because the heat conduction by the free electrons. In addition, as the thermal conductivity coefficient has a large value as described above, thermal energy of the electric heater is rapidly transferred to the surface of the metal plate which is in direct contact with the hair.

Therefore, the amount of treatment applied to the hair is very small, while the heat energy of the high heat of the electric heater is continuously transferred to the surface of the metal plate rapidly. Therefore, a small amount of treatment is instantaneously heated to generate a water explosion. It can't be used at all when the chemical is applied, and it can give heat energy only to the dry hair.

Therefore, conventionally, only the indirect heat treatment method for radiating thermal energy to the hair by a hair dryer, an electric lamp or a steamer mentioned in the prior art in the state where the treatment agent is applied.

Even in this case, when heat energy is continuously radiated to only one place, the treatment agent is burned or evaporated, and thus the hair heat treatment is performed in such a way that the heater part radiates heat while the lamp is continuously rotated.

Therefore, the heat energy is not evenly transmitted to the entire hair, resulting in non-uniform hair heat treatment, which makes it difficult to perform a good perm treatment and causes staining after dyeing, and the heat treatment time has to be radiated to the hair for a long time. There is a problem that takes longer.

In the conventional indirect heat treatment method, the hair may be heat treated at a relatively moderate warming temperature of 40-50 ° C. since the procedure may be evaporated or burned out when the hot chemical is radiated and warmed in the state where the chemical is applied. When the hair was stretched and the hair was permanently permeated, the hair was completely dried and the procedure was again performed at a high temperature by using a device such as an electric hair iron.

Therefore, not only did the hair treatment take a long time, but the treatment of imparting high temperature heat energy to the dried hair caused moisture to evaporate and cause damaged hair.

Therefore, the conventional hair treatment methods have a problem that only high-skilled people who have many experiences can perform good hair treatment, and low-skilled ones may cause hair damage if they are not very careful.

[Preceding technical literature]

KR 20-0131822 Y1 1998.12.01

KR 20-0167285 Y1 2000.02.15

KR 20-0319890 Y1 2003.07.16

The present invention is to provide a hair heat treatment method and a hair treatment method using the same so that direct heat is delivered in the state in which the treatment agent is applied to the hair.

Another object of the present invention is to be able to perform a hair treatment quickly and to prevent hair damage during the procedure so that even a low-skilled person can achieve a good procedure.

The present invention is to transfer heat energy to the hair to which the treatment agent is applied to be heat treated; The heat energy of the electric heater is primarily transmitted to the metal member having a heat transfer coefficient of 150 kcal / m 2 H ℃ or more, and the heat energy of the metal member is secondarily transferred to a nonmetal member having a heat transfer coefficient of 0.20 kcal / m 2 H ℃ or less. Characterized by the hair heat treatment method is applied to the treatment agent to the heat transfer is made by the contact of the non-metallic member and the hair (H).

The electric heater is provided with a pair of pressing portions each having a non-metallic member fixed to closely adhered to the surface of the metal member in close contact with each other so that the hair is heat-transmitted while being pressed between the pair of non-metallic members in each pressing portion. It features.

The metal member may be any one of stainless steel and aluminum, and the nonmetallic member may be any one of heat resistant rubber and plastic.

And the present invention provides a procedure for restoring damaged hair; A chemical coating process of applying protein nutrients to a plurality of hair surfaces after the hair shampoo; The plurality of hairs are divided into 1-3 cm section intervals and placed between a pair of press portions each having a non-metal member in close contact with a metal member receiving an electric heater thermal energy of 100-120 ° C., so that the pair of non-metal members press the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly; A washing dry process of washing the hair with water and removing the moisture of the hair with a towel; It is characterized by a hair treatment method comprising applying a protein coating agent to the hair and a second hair heat treatment process which is performed again the same process as the first hair heat treatment process after 3-4 minutes.

In addition, as a procedure to straighten curly hair; A pharmaceutical application process of applying a permanent medicine on the surface of a plurality of curly hairs after curly hair shampooing; The plurality of hairs are divided into 1-3 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving electric heater thermal energy so that the pair of nonmetallic members pressurize the hair while the hair is in the direction of the end of the hair. A hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by sliding slowly in the slow motion; A two-pharmaceutical application process for applying a protein balance agent to the hair and then applying a neutralizer and leaving it for 10-15 minutes; Hair treatment method comprising a washing process for washing the neutralizer with a treatment agent and water is another feature.

Between the pharmaceutical coating process and the hair heat treatment process, a plurality of hairs coated with the permanent medicine are divided into 1-3 cm sections, each having a non-metallic member in close contact with a metal member receiving electric heater thermal energy of 80-100 ° C. Another feature is that the non-metallic member is placed between the pair of pressing parts to be pressed to move the hair while sliding slowly in the direction of the end of the hair while the hair softening treatment is performed to transfer heat energy to the hair.

In the hair heat treatment process, the temperature delivered to the hair is 80-100 ° C. for the extremely damaged hair, 110-130 ° C. for the damaged hair, and 140-200 ° C. for the healthy hair.

In addition, as a procedure to be coated on the surface of the color coating layer; Primary chemical application process of applying hair treatment after swallowing hair; The plurality of hairs are divided into 1-3 cm section intervals and placed between a pair of press portions each having a non-metal member in close contact with a metal member receiving an electric heater thermal energy of 100-120 ° C., so that the pair of non-metal members press the hair. A primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly; Washing the hair with water, removing the moisture of the hair with a towel, applying a color coating agent for forming a color coating layer on the surface of the hair, and leaving the drug for 9-11 minutes; The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving an electric heater thermal energy of 120-160 ° C. A pair of nonmetallic members pressurizes the hair. A secondary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while leaving the hair for 9-11 minutes; Washing the hair and applying a protein coating agent, followed by a third hair heat treatment process of repeating the same procedure as the second hair heat treatment process; Hair treatment method comprising a hair washing process for washing the hair is another feature.

Also, as dyeing hair; A first chemical coating process of applying to the hair by shampooing the hair by mixing 90% by weight of the mixture of the first dye and the second oxidant and 10% by weight of the treatment agent after shampooing the hair; The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving an electric heater thermal energy of 120-160 ° C. A pair of nonmetallic members pressurizes the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while leaving the hair for 9-11 minutes; Applying a protein balance agent to the hair and leaving a balance for 3 minutes to wash the shampoo; A second hair heat treatment process in which the protein treatment agent is applied to the hair and then subjected to the same treatment as the first hair heat treatment process and left for three minutes; Hair treatment method comprising a hair washing process for washing the hair is another feature.

In addition, the present invention is to treat the hair to be desalted; After shampooing the hair, the first drug coating process of mixing the first agent desalting agent and the second agent desalting agent at a ratio of 1: 1 to the hair to be desalted and left for 10-30 minutes; The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a nonmetallic member in close contact with a metal member receiving an electric heater thermal energy of 130-160 ° C. A pair of nonmetallic members pressurize the hair. A primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly; Applying a protein treatment agent to the hair, washing and drying with an alkaline shampoo, and then applying the protein treatment agent to the hair; The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of press portions each having a non-metallic member in close contact with a metal member that receives an electric heater thermal energy of 100-120 ° C. A pair of nonmetallic members pressurizes the hair. A second hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidably moving in the direction of the end of the hair while sliding the hair; Applying a protein coating agent to the hair and repeating the same procedure as that of the second hair thermal treatment process; It is another feature of the hair treatment method comprising a washing process for washing the hair.

In addition, as the procedure to remove the color coating layer coated on the hair surface; After the shampooing of the hair, the coating agent and the treatment agent are mixed in a 50:50 ratio and applied to the hair, and the first chemical coating process is left for 10-30 minutes; The plurality of hairs are divided into 2-5cm section intervals and placed between a pair of press portions each having a nonmetallic member in close contact with a metal member receiving an electric heater thermal energy of 100-130 ° C. A primary hair heat treatment process of repeating the procedure 2-3 times to allow heat energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while being pressed; Washing the hair with an alkaline shampoo, applying a protein treatment agent, and performing a second hair heat treatment process which repeats the same procedure as the first hair heat treatment process; Hair treatment method comprising a washing process for washing the hair is another feature.

Also, as decolorizing the hair; A scalp protection process of drying the hair after swallowing and applying a scalp protector; A first chemical coating process of mixing the bleaching agent, the oxidizing agent and the treatment agent and applying it to the hair; The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of press portions each having a non-metallic member in close contact with a metal member that receives an electric heater thermal energy of 100-120 ° C. A pair of nonmetallic members pressurizes the hair. A primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly; Applying a protein balance agent to the hair and leaving it for 2 minutes to balance the shampoo; A second hair heat treatment process of applying the protein treatment agent to the hair and then repeating the same procedure as the first hair heat treatment process; Hair treatment method comprising a washing process for washing the hair is another feature.

In addition, the hair is softened and promoted by permarod; A first drug coating process of applying moisture to the hair after shampooing the hair and removing water with a towel; The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving an electric heater thermal energy of 100-130 ° C. A pair of nonmetallic members pressurizes the hair. A hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while sliding; The hair is applied to the second agent neutralizer, wound in a permarod, left for 10-15 minutes, acid rinsed, and then the hair treatment method consists of a secondary chemical treatment process of removing the permarod and washing with shampoo. .

In addition, to perform the procedure to straighten the curly hair by denatured protein components of the hair; A first pharmaceutical coating process of drying the hair after shampooing and applying a protein nutrient to the hair; The plurality of hairs are divided into 2-5cm section intervals and placed between a pair of pressing portions each having a nonmetallic member in close contact with a metal member receiving an electric heater thermal energy of 100-130 ° C so that the pair of nonmetallic members pressurize the hair. A first hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly; A second chemical coating process of drying the hair with hot air and then applying a protein coating agent to the hair; A second hair heat treatment process of repeating the same procedure as the first hair heat treatment process; Another method is a hair treatment method including a straight perm process in which the hair is slid between a pair of hot plates of a known electric hair iron to denature the protein component of the hair to be cured at a high temperature, and the hair is left for 72 hours and then shampooed. It features.

The present invention has the effect of providing a method for heat treatment of the hair to allow direct heat transfer even in a state where the treatment agent is applied to the hair.

Therefore, there is an effect of providing a variety of new hair treatment method that can be easily performed even low-skilled people of various hair treatments.

And the hair treatment method of the present invention can provide a hair treatment can be performed quickly and can achieve a good procedure without hair damage during the procedure.

1 is a view for explaining a hair heat treatment method according to the present invention,

Figure 2 is an embodiment for realizing a hair heat treatment method according to the present invention,

3 is another embodiment for realizing a hair heat treatment method according to the present invention,

Figure 4 is a schematic hair diagram illustrating a method for restoring damaged hair according to the present invention,

5 is a damaged hair and restored hair state diagram for explaining the present invention,

Figure 6 is a schematic diagram illustrating the hair curling method for straightening the hair for understanding of the present invention,

Figure 7 is a hair state by the previous curling hair straightening procedure for understanding of the present invention,

8 is an explanatory view of the operation according to the method for straightening the curls hair according to the present invention;

9 is a state of the hair by the curled hair straightening method according to the present invention,

10 is a conceptual diagram illustrating the hair coating method according to the present invention,

Figure 11 is a comparative view showing a state that was performed by the method of curling hair straightening method with protein denaturation according to the present invention,

FIG. 12 is an experimental state diagram illustrating a water explosion phenomenon when the heat treatment is performed on a hair having moisture by a conventional electric hair iron.

When described in more detail on the basis of the accompanying drawings the preferred embodiment of the present invention.

Referring to FIG. 1, the present invention is a method of transferring heat energy to hair (H), the heat energy generated in the electric heater 11 is primarily in the metal member 12 having a heat transfer coefficient of 150kcal / ㎡ H ℃ or more And the heat energy of the metal member 12 is secondarily transferred to the nonmetal member 13 having a heat transfer coefficient of 0.20 kcal / m 2 H ° C. or less, so that the nonmetal member 13 contacts the hair H. A hair heat treatment method is performed to achieve heat transfer.

In order to implement the hair heat treatment method of the present invention, as shown in FIGS. 2 and 3, a pair of pressing portions having a non-metal member 13 fixed to the surface of the metal member 12 to which the electric heater 11 is closely attached ( 14 and 14 'are provided to correspond to each other, and the hair H is pressurized between the pair of non-metallic members 13 in each of the pressing portions 14 and 14' to be heat transfer.

The form is formed by the elongated pressing portion (14,14 ') as shown in the example of Figure 2 to be opened by the elastic member 15 and holding the pressing portion (14, 14') with one hand pressing portion of either side (14) can be retracted so that a pair of nonmetallic members 13 pressurizes the hair H to allow heat transfer.

In addition, as shown in FIG. 3, each of the non-metal members 13 fixed to the surface of the metal member 12 in which the electric heater 11 is in close contact with the pressing portions 14 and 14 ′ in the flat shape is provided. The pressurization part 14, 14 'of one side is pressurized or the pressurization parts 14, 14' of both sides are pressurized to each other so that a pair of non-metallic members 13 pressurizes the hair H to perform heat transfer. It can be lost. Reference numeral 15 'denotes an elastic member.

That is, in the present invention, the heat energy generated from the electric heater 11 is transferred to the metal member 12 and the nonmetal member 13 in sequence so that the nonmetal member 13 is in direct contact with the hair H. Since the heat transfer is characterized by the fact that the shape of the pressing portion (14,14 ') is not subject to.

In addition, since the non-metal member 13 is in contact with the hair (H), and the heat transfer is to be made, the non-metal member 13 can be attached to the outer surface of the metal member 12, and in some cases the non-metal member ( 13 may cover the entire metal member 12 and the electric heater 11 to allow heat transfer to the hair H, or the non-metallic member 13 is in close contact with the outer surface of the metal member 12. It may be to cover the entire pressing portion (14, 14 ') while being in a state.

Since the electric heater 11 is a known component, detailed descriptions and drawings will be omitted, and switches, electric wires, and temperature controllers will be omitted.

The metal member 12 has a relatively high heat transfer coefficient. As is already known, a metal such as aluminum having good heat transfer has a heat transfer coefficient of 229 kcal / m 2 H ° C., and copper is 386 kcal / m 2 H ° C., so it can be referred to as a metal having high thermal conductivity. Coefficients of 150 kcal / m 2 H ° C. or more generally correspond to metals having good thermal conductivity.

When the metal member 12 having a relatively high heat transfer coefficient receives heat energy from the electric heater 11, heat conduction is caused by free electrons due to the nature of the metal material, and thus heat is rapidly transferred to the outer surface of the metal member 12. Can be.

In addition, since the non-metal member 13 has a weak strength in terms of material properties, the non-metal member 13 serves as a pedestal for maintaining the shape of the non-metal member 13 as it is. The metal member 13 is preferably made of aluminum or stainless steel.

The nonmetallic member 13 has a relatively low heat transfer coefficient. As the base metal member 13, the rubber is 0.15 kcal / m 2 H ° C., acrylic is 0.51-0.37 kcal / m 2 H ° C., wood is 0.21-0.4 kcal / m 2 H ° C., and paper is 0.02-0.15 kcal / m 2 H ° C. It has a heat transfer coefficient.

Therefore, when the non-metal member 13 receives heat transfer from the metal member 12, the non-metal member 13 is in a state of latent heat because the non-metal member 13 is gradually transferred to the outer surface from the inner surface to which the thermal energy is transmitted, and is not rapidly transferred.

And the latent heat is transferred to the hair (H) is the hair (H) is to receive the heat energy. Therefore, when the liquid is in contact with the non-metallic member 13 having latent heat, the liquid receives latent heat energy, and therefore the liquid does not evaporate momentarily. In addition, when the liquid receives latent heat energy, the latent heat of the outer surface of the nonmetallic member 13 in contact with the liquid moves toward the liquid, so that the temperature of the inner surface of the nonmetallic member 13 in contact with the metal member 12 is slightly lower. do.

At this time, since the non-metal member 13 has a low thermal conductivity, the thermal energy of the inner surface is not rapidly transferred to the outer surface, so that the liquid does not receive high-temperature thermal energy rapidly, and the latent heat is transferred to the liquid so that the liquid is transferred. Does not instantly heat up rapidly, so moisture does not evaporate explosively.

In addition, the present invention does not allow heat transfer while the non-metallic member 13 stays at one point of the hair (H) in direct contact with the hair (H) in the state in which the treatment agent is applied to the surface of the hair (H). Since the heat transfers from the top of the hair (H) to the end of the hair (H), the thermal energy is transferred while the procedure chemicals do not burn or evaporate momentarily.

Therefore, according to the present invention, the treatment is possible and the hair heat treatment can be achieved so that the heat energy can be directly applied to the hair (H) itself and the treatment agent applied to the hair (H).

Therefore, the nonmetallic member 13 of the present invention preferably employs a nonmetallic member 13 having a heat transfer coefficient of 0.20 kcal / m 2 H ° C. or less, and is in direct contact with the procedure chemicals. Although it is preferable to employ | adopt a rubber | gum or plastic material which has chemical resistance, oil resistance, and high elasticity, another kind of nonmetal may be employ | adopted in some cases.

Meanwhile, the hair treatment method using the hair heat treatment method to which the treatment agent according to the present invention is applied is as follows.

On the other hand, since the surgical drugs used in the hair treatment method of the present invention are known procedures, detailed descriptions of ingredients and mixing ratios will be omitted in some cases.

Therefore, a procedure of restoring damaged hair will first be described with reference to FIGS. 4 and 5.

Hair consists of the hair matrix and the medulla and fur layers. The main component of hair is 80-90% by volume of protein containing sulfur, called keratin, and the rest is composed of melamine pigment, lipid, moisture, and trace elements.

These hairs are damaged by factors such as frequent perming, dyeing, and often dry and combed to become porous hair, and thus may be referred to as a procedure for restoring damaged hair.

In this case, after the shampooing of the hair, a chemical coating process of applying protein nutrients to a plurality of hair surfaces is performed as the first process.

Therefore, the protein nutrient (p) is applied to the damaged portion of the hair (H) as shown in Figure 4 (a).

Next, in the second process, the plurality of hairs (H) are divided into 1-3 cm section intervals, and the nonmetal is fixed in close contact with the metal member 12 receiving the electric heater thermal energy of 100-120 ° C as shown in FIG. 2. It is placed between a pair of pressing portions 14 and 14 'each having a member 13 so that the pair of nonmetallic members 13 slides slidably in the direction of the end of the hair H while the hair is pressed. The primary hair heat treatment process is repeated 2-3 times to allow heat energy to be transferred.

Therefore, the hair (H) is subjected to a high temperature thermal energy of 100-120 ℃ as shown in (b) of Figure 4 hair swelling and relaxation at the same time as the protein nutrient is activated to improve the fluidity of the keratin component Protein nutrients (p) will penetrate deep into the hair (H).

Next, the washing process is performed to wash the hair with water in a third process and to remove the moisture of the hair with a towel, and after 3-4 minutes after applying the protein coating agent (c) to the hair in the fourth process, A second hair heat treatment process is performed to perform the same process as the first hair heat treatment process.

Therefore, the damaged hair (H) is a protein coating agent (c) on the outer surface as shown in Figure 4 (c) to form a skin layer, the hair (H) is thickened and the texture is improved and the damaged site is a protein nutrient (p) Because it is filled by the damaged hair (H) is to be restored to good hair (H).

In order to assist the understanding of the present invention, a procedure has been attempted to restore damaged hair using protein nutrients and coating agents. However, in the past, since hair had to be given heat energy by indirect heating method, only about 45-60 ℃ of heat energy was radiated to the hair, so it took a long time to swell the fur layer as well as protein treatment hair. It did not penetrate deep into the cuticle layer of the genus and did not denature the protein, so the salt was not properly bound to the hair, so there was a disadvantage that it could not be maintained for a long time.

However, in the present invention, direct heat can be transferred to the hair (H) in the first hair heat treatment process of the second process, and thus heat energy of 100-120 ° C. can be given to the hair (H).

Therefore, when the heat energy of 100-120 ° C. is applied to the hair (H), keratin, which is the main component of the hair (H), reacts with heat to relax and at the same time, the hair (H) swells.

In addition, keratin, which is the main component of the treatment protein nutrient (p), is also activated to penetrate deeply into the relaxed and swollen hair (H) tissue, and when the hair (H) is swollen, a microporous porous hole in the hair (H) As they widen, they act as a sucker, which increases the action of protein nutrients (p) adsorbed into damaged pores.

Therefore, hair (H) is damaged and protein nutrients (p) penetrate deep into the pores, interlocking with hair tissue to form stronger peptide bonds, resulting in higher retention of protein nutrients (c) sticking to hair (H). do.

In addition, the present invention is a protein coating agent (c) component to form a protective film on the hair (H) to recover the epidermal layer of damaged hair, and then the direct heat of 100-120 ℃ by the second hair heat treatment process of the third step ( By attaching to H), it can stick to the surface of hair (H) and make it last long. Since the protein component of the protein coating agent (c) has a property of being hard and sticking well when subjected to high temperature heat energy, it is possible to instantly give high temperature heat energy.

In FIG. 5, (a) and (b) show crumbly damaged hair, (c) shows damaged hair with cuticles peeled off, and (d) shows the damaged hair as described above using the procedure of the present invention. To show healthy hair.

Therefore, the present invention further enhances the penetration and adsorption power of the treatment agent when restoring damaged hair, and greatly improves the holding power to maintain protein nutrients (p) by allowing the protein to be properly salt-bonded to the hair.

On the other hand, in the hair treatment method according to the present invention is placed between the pair of pressing portions (14, 14 ') by a pair of non-metallic member (13) while moving the slide slowly to the end of the hair (H) while pressing the hair When the heat energy is transferred to the hair (H), the pressurizing part 14 takes about 10 seconds to slide the hair from the upper end to the lower end based on a hair length of 20 cm. 14 ') to move slowly.

And the non-metallic member 13 between the pair of pressing portions (14, 14 ') is pressed at the time of the procedure to move the heat energy to the hair (H) by sliding slowly in the direction of the end of the hair (H) while pressing the hair Regarding the speed of pulling the parts 14 and 14 ', all of the other hair treatment methods described below are the same, and thus the description thereof will be omitted.

On the other hand, with reference to Figures 6 and 7 as another method of the present invention will be described to perform the procedure to straighten the curls.

However, in order to help the understanding of the present invention, with reference to FIG. That is, in the past, as shown in (a) of FIG. 6, curly hair (H) was coated with a first-use permanent medicine after shampooing and heat-treated at 40-50 ° C. using an indirect heat treatment method to swell the hair and the reducing agent of FIG. After cutting the SS bond, as shown in)) washed the permanent medicine and the hair (H) was dried to dry completely.

And by imparting thermal energy of 180-200 ℃ to the hair (H) dried by the conventional electric hair iron, the hair (H) is straightened as shown in Figure 6 (c) and then coated with a second agent neutralizer SS bonding However, in this case, as the heat energy of 180-200 ° C is applied to the hair (H) dried by the electric hair iron, the moisture in the hair (H) is almost evaporated, and the protein component that is the main component of the hair (H) As the hair is cut, the cuticle of the hair H is flattened as shown in FIG. 7A, and not only the hair is stuck as shown in FIG. 7B, but also the moisture in the hair tissue is almost evaporated. Although the hair is damaged, the present invention can be performed without the same hair damage as before, it is to provide a method for allowing the curled hair to be straightened so as not to flatten the hair.

Therefore, the present invention is a method for straightening curly hair, first pharmaceutical coating process of applying a permanent medicine on the surface of a plurality of curly hair after the shampoo of curly hair is carried out as the first process.

According to the present invention, the second step of the softening treatment process may be performed or may be omitted, depending on the hair condition, and is selectively performed according to the hair condition.

In other words, hair is classified into extreme damaged hair, damaged hair, healthy hair, bristles, and the like. In case of bristles, the permanent medicine applied by the first process is washed out, and then the permanent medicine is applied again as the first process in the softened state, and the second softening treatment process is performed in the presence of moisture.

The hair softening treatment is divided into a plurality of hairs coated with the permanent medicine in 1-3cm section intervals as shown in Figure 2 to the metal member 12 receiving the electric heater 11 heat energy of 80-100 ℃ Heat energy is applied to the hair by placing it between the pair of press portions 14 and 14 'having the non-metal members 13 adhered to each other so that the pair of non-metal members 13 slide slowly in the direction of the hair end while pressing the hair. It is a hair softening process to be delivered.

When the hair softening treatment is carried out, the hair is subjected to high temperature heat energy, thereby increasing swelling action and perm medicine fluidity, and the penetration of the permanent medicine, which is hard to penetrate into bristles, becomes faster and better. .

Next, a third process of hair heat treatment is performed. This process is to be carried out after the first process is carried out is carried out in a state where the permanent medicine is applied.

Therefore, the plurality of hairs are divided into 1-3 cm section intervals and a pair of pressing portions 14 each having a non-metal member 13 in close contact with the metal member 12 receiving the electric heater 11 thermal energy as shown in FIG. 2. 14 ') to repeat the procedure 2-3 times to allow the pair of non-metallic members 13 to move slowly and slid slowly toward the end of the hair while pressing the hair.

When the hair heat treatment process is carried out, as shown in FIG. 8, thermal energy of the nonmetallic member 13 is directly transmitted to the hair H, and a pair of nonmetallic members 13 are slid slowly to the end of the hair while pressing the hair. Because it is going to be straight (H) hair is straightened.

In addition, when the hair heat treatment process is performed in a state in which the treatment agent (k) is mixed and applied to the appropriate drug (g), the treatment agent (k) also penetrates deep into the hair (H) tissue. Curly hair (H) can be straightened while nourishing supplements.

In the present invention, as the heat medicine is applied while the permanent medicine (g) is applied to the hair (H), the hair (H) is straightened so that the moisture in the hair (H) tissue is not evaporated during the procedure. Therefore, the hair is not damaged, and the nutritional component of the treatment agent (k) penetrates deeply into the hair (H) and becomes a healthier hair condition.

Therefore, in the present invention, even if the hair straightening process by applying heat, the hair (H) is in a state of straightening the hair (H) in the state of moisture, so that the keratin protein of the hair and the moisture in the original hair in the original state Since the hair (H) cross section is maintained as it is, rather than flat as it is, as shown in FIG. 9 (a), the hair cuticle is unfolded without being damaged, thereby causing the hair to be unfolded. Since the tangles are like a living state of life, the hair is treated as shown in FIG. 9 (b) so that a natural hair style can be produced without sticking as before.

Next, after applying the protein balance agent to the hair, the neutralizing agent is applied and the second drug coating process of the fourth process to be left for 10-15 minutes and the washing process of the fifth process of washing the neutralizing agent with treatment agent and water are performed. As the fourth process and the fifth process are known processes, detailed description thereof will be omitted.

However, the present invention is the temperature delivered to the hair in the hair heat treatment process is 80-100 ℃ in the case of extreme damaged hair, 110-130 ℃ in the case of damaged hair, and in the case of healthy hair to be carried out at 140-200 ℃ According to the (H) state is set to be set to a different temperature to straighten the hair (H) is carried out so that the hair (H) without the damage to the hair (H) is preferred and good to straighten the hair (H).

On the other hand, when explaining the procedure for coating the coating layer on the hair surface as follows.

The method of coating the color coating layer on the surface of the hair is also called a color coating method.

This procedure is to coat the color coating layer with a color on the surface of the hair, which is different from the dyeing method that allows the dye to penetrate into the hair tissue.

The procedure has been attempted to apply a color coating agent for forming a color coating layer on the hair and to impart heat energy, and in the past, depending on the indirect heat treatment method, there is a limit that can only be heated to about 45-60 ° C. The drop in coating duration resulted in a detachment phenomenon in which the color coating layer peeled off quickly. However, the present invention provides a method for solving the problem.

Therefore, the present invention is a method of coating the color coating layer on the surface of the hair is subjected to the first chemical coating process of applying a protein treatment after swallowing the hair in the first process.

Next, in the second process, the plurality of hairs are divided into 1-3 cm section intervals and the non-metallic member 13 in close contact with the metal member 12 receiving the electric heater 11 thermal energy of 100-120 ° C shown in FIG. 2. Placed between a pair of pressing portions (14, 14 ') each having a pair of non-metallic member (13) to move the hair (H) while sliding slowly in the direction of the end of the hair to move the heat energy to the hair The first hair heat treatment process is repeated 2-3 times.

Therefore, while the protein treatment agent and the hair are subjected to a high temperature of 100-120 ° C., the hair swells and the fluidity of the protein treatment agent is activated, penetrating deep into the hair and developing color through salt binding as is known. In order to reinforce the protein to the part where the hair cortex or the cuticle layer of the hair is lost for strengthening, the primary hair heat treatment process is the same as described in the various treatment methods described above. It will be a good penetrating action.

Next, after washing the hair with water and removing water from the hair with a towel, a second chemical coating process of a third process of applying a color coating agent for forming a color coating layer on the surface of the hair and leaving it for 9-11 minutes is performed.

Next, in the fourth process, the plurality of hairs are divided into 2-6 cm section intervals and the non-metallic member closely adhered to the metal member 12 receiving the electric heater 11 thermal energy of 120-160 ° C as shown in FIG. 2. Heat energy is transferred to the hair by placing it between the pair of press portions 14 and 14 'each having a pair of (13) so that the pair of non-metallic members 13 slide in the direction of the end of the hair while sliding the hair H. The second hair heat treatment process is repeated 2-3 times and left for 9-11 minutes.

At this time, since the color coating agent (k) shown in FIG. 10 has a negative (-) charge as an acid dye, the color coating agent is electrically attached to the hair (H) having a positive (+) charge, and the hair (H) has a high temperature. As the temperature increases to 120-160 ℃, the swelling action is increased, and the penetration of the color coating agent (k) with better fluidity between the cortex and the cuticle layer is activated, so that the coating works well after salt completion, and thus the hair after the procedure is completed. The color coating layer coated on the surface is to be performed so as not to fall off.

Next, after washing the hair in the fifth process and applying the protein coating agent, the third hair heat treatment process is repeated to repeat the same procedure as the second hair heat treatment process.

In this case, as the protein coating agent is applied on the color coating layer and the hair direct heat treatment process is performed again, the protein component of the protein coating agent is heated and hardened at a high temperature of 120-160 ° C., thus forming a hard protein coating film on the color coating layer. It prevents loss of the coating layer and delays the color coating layer from peeling off, thereby increasing the holding force to maintain the color coating layer on the hair surface.

Next, as the hair washing process to wash the hair in a sixth process, the present invention has an advantage that can be performed so that the color coating layer does not peel off well.

And the present invention provides a method for staining hair.

In the first method, the first chemical coating process is applied to the hair by shampooing the hair by mixing 90% by weight of the mixture of the first dye and the oxidant of the second agent and 10% by weight of the treatment agent.

In the present invention, since it is possible to directly transfer high-temperature heat energy to the hair during dyeing, the treatment agent is further mixed and applied to the mixture of the first dye and the second oxidant, followed by the second process described below. This will allow the nutrients to penetrate the hair to prevent hair damage as much as possible.

Therefore, the first hair heat treatment process is performed as the second process.

In the primary hair heat treatment process, a plurality of hairs are divided into 2-6 cm section intervals, and the non-metal closely adhered to the metal member 12 receiving the electric heater 11 thermal energy of 120-160 ° C. as shown in FIG. 2. Between the pair of pressing portions 14 and 14 'each having the member 13, the pair of non-metallic members 13 slides slowly in the direction of the end of the hair while pressing the hair H, and heat energy is applied to the hair. This procedure is repeated 2-3 times and left for 9-11 minutes.

According to the above process, the present invention is a mixture of the first dye and the second oxidant is an oxidative hair dye, and since the oxidative hair dye becomes alkaline, hydrogen peroxide is decomposed to release free radicals. At the same time, the dye will be colored by oxidizing the oxidizing dye at the same time, this dyeing is already known, so the detailed description will be omitted.

However, in the present invention, dyes, oxidants, and protein treatments that prevent damage are smoothly penetrated into the cortex, and as in the other methods described above, high temperature thermal energy improves fluidity and swells the hair. This is because the penetration of the treatment drug is good and the hair has adsorptive power.

In addition, when high temperature heat energy is directly transmitted to the hair as in the present invention, the cuticle layer swells, the pigment penetrates well, and heat is applied to decompose hydrogen peroxide, thereby releasing much more active oxygen. Decomposition of the pigment and at the same time oxidizing dye to further increase the oxidation is to make the color better.

Next, in the third process, a protein balance agent is applied to the hair, and a balance treatment process is performed after washing for 3 minutes, and then the protein treatment agent is applied to the hair, and then again the same as the primary hair heat treatment process. A second hair heat treatment process of the fourth process, which is allowed to be performed and left for 3 minutes, is performed.

Therefore, the protein treatment agent is applied to the surface of the dyed hair by the second hair heat treatment process of the fourth process, and the protein component is heated to a high temperature of 120-160 ° C. as the hair heat treatment process is performed again. As it is hardened, the dyeing is to be maintained continuously for a long time, and finally, the hair washing process of the fifth process of washing the hair is completed.

On the other hand, the present invention is provided a method for the hair to be desalted.

The treatment method is a first step, the first drug coating process is applied to the hair to be desalted by mixing the first agent desalting agent and the second agent desalting agent in a 1: 1 ratio after shampooing the hair and left for 10-30 minutes. .

Next, in the second process, the plurality of hairs are divided into 2-6 cm section intervals, and the non-metallic member 13 in close contact with the metal member 12 receiving the electric heater 11 thermal energy of 130-160 ° C as shown in FIG. 2. ) Is placed between a pair of pressing portions 14 and 14 'each having a pair of non-metallic members 13 so as to pressurize the hair H while slidingly moving in the direction of the end of the hair so that thermal energy is transferred to the hair. The first hair heat treatment procedure is repeated, repeating the procedure 2-3 times.

At this time, when heat energy of 130-160 ° C. is directly applied to the hair (H), moisture and desalting agent are activated to decompose artificial dyes by chemical reduction in the hair and release them out of the hair. As described above, since the desalting agent is activated to decompose artificial dyes by chemical reduction in the hair and release them out of the hair, detailed description thereof is omitted.

In addition, at this time, the pair of non-metallic members 13 act to compress the hair as the hair H is slid in the direction of the hair while being pressed against the hair H. Therefore, the artificial dye is squeezed because the dye is chemically reduced. The self-release releases the dye simultaneously, resulting in faster desalination.

Next, in the third process, the protein treatment agent is applied to the hair, washed with an alkaline shampoo, dried, and then subjected to a second chemical application process in which the protein treatment agent is applied to the hair.

Next, the plurality of hairs are divided into 2-6 cm section intervals, and each of the non-metallic members 13 in close contact with the metal member 12 receiving the electric heater 11 thermal energy of 100-120 ° C. is shown in FIG. 2. Placed between a pair of pressing portions (14, 14 ') having a pair of non-metallic member 13 to move the hair (H) in a slow motion in the direction of the end of the hair while sliding to move the heat energy to the hair 2 A second hair heat treatment process of the fourth process is repeated three times.

In addition, a third hair heat treatment process of a fifth process is performed by applying a protein coating agent to the hair and repeating the same procedure as the second hair heat treatment process again.

In the fourth and fifth processes, the treatment agent is applied to the hair and the heat is applied at 100-120 ° C., so that the protein treatment agent penetrates well, and the protein coating agent is more firmly coated and adheres well. As already described several times in another procedure described above, detailed description thereof will be omitted.

Therefore, the desalting procedure is completed by performing the washing process of washing the hair as the sixth process.

On the other hand, the present invention provides a method for removing the color coating layer coated on the surface of the hair.

The method of removing the color coating layer is a first chemical coating process is performed after the shampooing of the hair in the first process, the coating remover and the treatment agent is mixed in a 50:50 ratio and applied to the hair and left for 10-30 minutes.

Next, in the second process, the plurality of hairs are divided into 2-6 cm section intervals, and the non-metallic member 13 closely adhered to the metal member 12 receiving the electric heater 11 thermal energy of 100-130 ° C as shown in FIG. 2. Is placed between a pair of pressing portions 14 and 14 'each having a pair of non-metallic members 13 to weakly press the hair H while slidingly moving in the direction of the end of the hair so that thermal energy is transferred to the hair. The first hair heat treatment process is repeated two to three times.

At this time, when the high temperature heat of 100-130 ℃ is applied to the coating remover and the hair, the hair becomes swelling and the hair tissue is expanded so that the fluidity-activated coating remover penetrates well into the cortex and the fur layer. By this, the pigment is smoothly removed and removed.

On the other hand, if the pigment is not satisfactorily removed even after the procedure of the second process is repeated the procedure of the second process once again.

Next, after washing the hair with an alkaline shampoo in a third step, a protein treatment agent is applied, and a second hair heat treatment process is repeated to repeat the same procedure as the first hair heat treatment process. The procedure is completed by performing a washing process to wash the fourth process.

In the third process, the protein treatment agent is applied to the hair and 100-130 ° C. of direct heat is applied to repair the nutritional supplement and the damaged part of the hair, which has already been described several times in the other procedure described above. Detailed description will be omitted.

The following describes a method of bleaching hair according to the present invention.

The procedure is a scalp protection treatment is carried out as a first step after the hair is swallowed and dried and a scalp protector is applied.

In the second process, the first chemical coating process is performed by mixing the bleaching agent, the oxidizing agent, and the treatment agent and applying the hair to the hair, and then the first hair heat treatment process is performed as the third process.

In the primary hair heat treatment process, a plurality of hairs are divided into 2-6 cm section intervals, and the non-metal closely adhered to the metal member 12 receiving the electric heater 11 thermal energy of 100-120 ° C. as shown in FIG. 2. Between the pair of pressing portions 14 and 14 'each having the member 13, the pair of non-metallic members 13 slides slowly in the direction of the end of the hair while pressing the hair H so that heat energy is applied to the hair. This procedure is repeated 2-3 times to make delivery.

Next, in the fourth process, the protein balancing agent is applied to the hair and left for 2 minutes, followed by a shampoo washing process, and in the fifth process, the protein treatment agent is applied to the hair, followed by the primary hair heat treatment. After the second hair heat treatment process is performed again and again the same procedure as the procedure is carried out the washing process to wash the hair in the sixth process is completed.

In the third process, when heated to a high temperature in the presence of moisture such as a bleaching agent, an oxidizing agent, and a treatment agent, hydrogen peroxide is activated, and active oxygen decomposes the melanin pigment in a short time so that staining may occur. As it is possible to reduce hair damage without losing weight, the same action as described above has already been described, and thus a detailed description thereof will be omitted.

In addition, after applying the protein treatment agent in the fifth step, the hair heat treatment, as in the present invention, causes the hair to be replenished with nutrition and damage, and has already been described several times in the other procedures described above. Detailed description will be omitted.

In another embodiment, the present invention provides a method of permarod by permarod to soften the hair.

In the above method, the first chemical coating process of first shampooing hair, removing water with a towel, and then applying a first permanent medicine to the hair is carried out as a first step.

At this time, when the hair condition is damaged hair may be applied by mixing the treatment agent in the permanent medicine.

Next, in the second process, the plurality of hairs are divided into 2-6 cm section intervals, and the non-metallic member 13 in close contact with the metal member 12 receiving the electric heater 11 thermal energy of 100-120 ° C as shown in FIG. 2. ) Is placed between a pair of pressing portions 14, 14 'each having a pair of non-metallic members 13 to move the hair (H) in a slow and slid direction toward the end of the hair to transfer heat energy to the hair. The hair thermal treatment process is repeated 2-3 times.

Therefore, in the second process, when heat of 100-120 ° C. is applied to the hair, the hair swells and the flow of the perm drug is improved, and the reducing agent is softened into the hair as the alkaline agent and the reducing agent of the perm ingredient are activated to soften the swollen fur layer. It penetrates reliably and cleaves cystine bonds. Cutting the cystine bonds of the hair by the chemical action of the permanent medicine is a known action, so detailed description thereof will be omitted.

Next, a second agent treatment process is performed in which the hair is applied with a neutralizing agent, a second agent, wound in a permarod, left for 10-15 minutes, acid rinsed, then the permarod is removed and washed with shampoo. Since the secondary chemical treatment process has been used in the past, a detailed description thereof will be omitted.

In order to help the understanding of the present invention carried out as described above, it was previously carried out only by the first drug coating process, the third process, and the second chemical treatment process, so that the perm time is long and curls are not formed properly. It was not a good perm, but the second process of the present invention, the hair heat treatment process is further carried out so that the third process is carried out in a softened state of the hair, so that the curls are formed firmly, and the treatment agent is applied. Since the time left after saving is reduced because the perm treatment time will be made faster perm.

On the other hand, the present invention also provides a method for straightening curly hair by denatured protein composition of the hair.

In the above method, the first drug coating process of first drying the hair after shampooing and then applying the protein nutrient to the hair is carried out as the first step.

In addition, in the second process, a plurality of hairs are divided into 2-5 cm section intervals, and the nonmetallic member 13 in close contact with the metal member 12 receiving the electric heater 11 thermal energy of 100-130 ° C as shown in FIG. 2. ) Is placed between a pair of pressing portions 14, 14 'each having a pair of non-metallic members 13 to move the hair (H) in a slow and slid direction toward the end of the hair to transfer heat energy to the hair. The first hair heat treatment procedure is repeated, repeating the procedure 2-3 times.

In this process, the hair is subjected to high temperature heat energy of 100-120 ° C while the protein nutrient is applied, so that the hair swells and relaxes, and the protein nutrient becomes more fluid and activated, so the protein nutrient of keratin component penetrates deep into the hair. Done.

Next, after drying the hair with hot air in a third process, a second chemical coating process is applied to apply a protein coating agent to the hair, and then the same procedure as the first hair heat treatment process is repeated again in the fourth process. Carry out a second hair heat treatment process.

Therefore, as in the other treatment methods already mentioned, the protein coating agent applied to the hair is hardened by high temperature, and thus is firmly coated on the hair surface.

Next, in the fifth process, the hair is slid between a pair of hot plates of a conventional electric hair iron to denature the protein component of the hair to be cured at a high temperature, and then a straight permer process of shampoo washing is performed after leaving the hair for 72 hours.

Therefore, the present invention denatures the protein component at a high temperature while the cuticle of the hair is peeled off to supplement the protein nutrient to the crumbly and coarse or curly hair as shown in FIG. By hardening so as to be able to maintain the long-term sustained state in the unfolded state as shown in Figure 11 (b).

The present invention is not limited to the embodiments described, but may be modified and modified in various ways by those skilled in the art to which the present invention pertains and does not fall within the scope of the present invention without departing from the scope of the claims. It is self-evident that it should be widely protected.

Claims (14)

1. To transfer heat energy to the hair to which the treatment agent is applied so as to be heat treated;

   The heat energy of the electric heater 11 is primarily transmitted to a metal member having a heat transfer coefficient of 150 kcal / m 2 H ° C. or higher, and the heat energy of the metal member is secondary to a nonmetal member having a heat transfer coefficient of 0.20 kcal / m 2 H ° C. or less. The heat treatment method is applied to the hair is applied to the treatment agent, characterized in that the heat transfer is achieved by the contact of the non-metal member and the hair (H).
2. The hair of claim 1, wherein the electric heater is provided with a pair of press portions each having a non-metal member fixedly adhered to the surface of the pressed metal member and corresponded to each other to press the hair between the pair of non-metal members in each press portion. Hair heat treatment method is applied to the treatment agent, characterized in that the heat transfer is made.
3. The method of claim 1, wherein the metal member is any one of stainless steel and aluminum, and the non-metal member is any one of heat-resistant rubber or plastic coated hair treatment method.
4. As a procedure to restore damaged hair;

   A chemical coating process of applying protein nutrients to a plurality of hair surfaces after hair shampooing;

   The plurality of hairs are divided into 1-3 cm section intervals and placed between a pair of press portions each having a non-metal member in close contact with a metal member receiving an electric heater thermal energy of 100-120 ° C., so that the pair of non-metal members press the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while sliding;

   Washing dry process to wash the hair with water and to remove the moisture of the hair by towel;

   Applying the protein coating agent to the hair 3-4 minutes after the hair heat treatment method is applied to the treatment agent comprising a second hair heat treatment process is performed again the same process as the first hair heat treatment process Hair treatment method using.
5. To straighten curly hair;

   1 pharmaceutical application process of applying a permanent medicine on the surface of the plurality of curly hair after the curly hair shampoo;

   The plurality of hairs are divided into 1-3 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving electric heater thermal energy so that the pair of nonmetallic members pressurize the hair while the hair is in the direction of the end of the hair. Hair straight heat treatment process of repeating the procedure 2-3 times so that the thermal energy is transferred to the hair to move slowly to the sliding;

   A two-pharmaceutical application process for applying a protein balance agent to the hair and then applying a neutralizer and leaving it for 10-15 minutes;

   Hair treatment method using a hair heat treatment method is applied to the treatment agent, characterized in that the washing process comprises washing the neutralizer with a treatment agent and water.
6. The method according to claim 5, wherein the plurality of hairs coated with the permanent medicine are divided into 1-3 cm section intervals between the first drug coating process and the hair heat treatment process to closely adhere to the metal member receiving electric heater heat energy of 80-100 ° C. Placed between a pair of pressing portions each having a non-metal member to be carried out to have a hair softening treatment process that allows the pair of non-metal member to move slowly and slidly in the direction of the end of the hair while the hair is pressurized to transfer heat energy to the hair. Hair treatment method using a hair heat treatment method coated with a treatment agent characterized in that.
7. The method of claim 5, wherein the temperature delivered to the hair in the hair heat treatment process is 80-100 ° C for extreme damaged hair, 110-130 ° C for damaged hair, 140-200 ° C for healthy hair Hair treatment method using a hair heat treatment method applied to the treatment agent.
8. As a color coating layer is coated on the surface of the hair;

   Primary chemical application process for applying protein treatment after swallowing hair;

   The plurality of hairs are divided into 1-3 cm section intervals and placed between a pair of press portions each having a non-metal member in close contact with a metal member receiving an electric heater thermal energy of 100-120 ° C., so that the pair of non-metal members press the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly;

   Washing the hair with water, removing the moisture of the hair with a towel, applying a color coating agent for forming a color coating layer on the surface of the hair, and leaving the drug for 9-11 minutes;

   The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving an electric heater thermal energy of 120-160 ° C. A pair of nonmetallic members pressurizes the hair. Secondary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while leaving the hair for 9-11 minutes;

   Tertiary hair heat treatment process of washing the hair and applying a protein coating agent and repeating the same procedure as the second hair heat treatment process again;

   Hair treatment method using a hair heat treatment method applied to the treatment agent, characterized in that comprises a hair washing process for washing the hair.
9. As to dye the hair;

   A first chemical coating process of applying hair to the hair by mixing 90% by weight of the mixture of the first dye and the second oxidant and 10% by weight of the treatment agent after shampooing the hair;

   The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving an electric heater thermal energy of 120-160 ° C. A pair of nonmetallic members pressurizes the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while leaving the hair for 9-11 minutes;

   Applying a protein balance agent to the hair and the balance treatment process of washing the shampoo after standing for 3 minutes;

   A second hair heat treatment process in which the protein treatment agent is applied to the hair and then subjected to the same treatment as the first hair heat treatment process and left for three minutes;

   Hair treatment method using a hair heat treatment method applied to the treatment agent, characterized in that comprises a hair washing process for washing the hair.
10. As the hair is desalted;

    After shampooing the hair, the first drug application process is performed by mixing the first agent desalting agent and the second agent desalting agent in a ratio of 1: 1 to the hair to be desalted and left for 10-30 minutes;

    The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a nonmetallic member in close contact with a metal member receiving an electric heater thermal energy of 130-160 ° C. A pair of nonmetallic members pressurize the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly;

    Applying a protein treatment agent to the hair, washing and drying with an alkaline shampoo, and then applying a protein treatment agent to the hair;

    The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of press portions each having a non-metallic member in close contact with a metal member that receives an electric heater thermal energy of 100-120 ° C. A pair of nonmetallic members pressurizes the hair. Secondary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly;

    Applying a protein coating agent to the hair and repeating the same procedure as that of the second hair thermal treatment process;

    Hair treatment method using a hair heat treatment method applied to the treatment agent, characterized in that comprises a washing step for washing the hair.
11. To remove the color coating layer coated on the surface of the hair;

    After shampooing the hair, the coating agent and the treatment agent are mixed in a 50:50 ratio and applied to the hair, and the first chemical coating process is left for 10-30 minutes;

    The plurality of hairs are divided into 2-5cm section intervals and placed between a pair of press portions each having a nonmetallic member in close contact with a metal member receiving an electric heater thermal energy of 100-130 ° C. A primary hair heat treatment process of repeating the procedure 2-3 times to allow the heat energy to be transferred to the hair by moving slowly while being pressed in the direction of the end of the hair while being pressed;

    Washing the hair with an alkaline shampoo followed by applying a protein treatment agent and repeating the same procedure as the first hair heat treatment process again;

    Hair treatment method using a hair heat treatment method applied to the treatment agent, characterized in that comprises a washing step for washing the hair.
12. By treating the hair decolorized;

    Scalp protection process of drying the hair after swallowing and applying a scalp protector;

    A first chemical coating process of mixing a bleaching agent, an oxidizing agent and a treatment agent and applying it to the hair;

    The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of press portions each having a non-metallic member in close contact with a metal member that receives an electric heater thermal energy of 100-120 ° C. A pair of nonmetallic members pressurizes the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly;

    Applying a protein balance agent to the hair and leaving it for 2 minutes to wash the shampoo;

    A second hair heat treatment process of repeating the same procedure as the first hair heat treatment process after applying the protein treatment agent to the hair;

    Hair treatment method using a hair heat treatment method applied to the treatment agent, characterized in that comprises a washing process for washing the hair.
13. Permarod by permarod to soften hair and promote it;

    Primary chemical coating process of applying moisture to the hair after shampooing hair and removing water with towel;

    The plurality of hairs are divided into 2-6 cm section intervals and placed between a pair of pressing portions each having a non-metallic member in close contact with a metal member receiving an electric heater thermal energy of 100-130 ° C. A pair of nonmetallic members pressurizes the hair. A hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair while slidingly moving in the direction of the end of the hair while sliding;

    The hair is coated with a second agent neutralizer, wound in a permarod, left for 10-15 minutes, acid rinsed, and then a second chemical treatment process is performed to remove the permarod and wash with shampoo. Hair treatment method using hair heat treatment method.
14. As a procedure to straighten curly hair by denatured protein of the hair;

    Primary drug coating process of drying the hair after shampooing and applying protein nutrient to the hair;

    The plurality of hairs are divided into 2-5cm section intervals and placed between a pair of pressing portions each having a nonmetallic member in close contact with a metal member that receives an electric heater thermal energy of 100-130 ° C. A pair of nonmetallic members pressurize the hair. Primary hair heat treatment process of repeating the procedure 2-3 times to allow the thermal energy to be transferred to the hair by slidingly moving in the direction of the end of the hair while slidingly;

    A secondary chemical coating process of drying the hair with hot air and then applying a protein coating agent to the hair;

    A second hair heat treatment process of repeating the same procedure as the first hair heat treatment process again;

    A treatment agent comprising a straight permer process for shampooing the hair after leaving the hair for 72 hours after deforming the hair so that the hair is slid through a pair of hot plates of a known electric hair iron to cure at high temperature. Hair treatment method using the coated hair heat treatment method.

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