KR102018889B1 - Permanent perm method using buffering effect - Google Patents

Abstract

The present invention relates to a permanent perm method using a buffer effect. The permanent perm method using a buffer effect according to an embodiment of the present invention comprises the steps of: applying a perm agent comprising a salt of cysteine or a salt of thioglycolic acid to the hair of a customer; winding the hair of the customer; applying a supplement solution containing acetic acid to the hair of the customer; and washing the hair for finishing.

Description

Permanent perm method using buffering effect

The present invention relates to a permanent perm method using a buffering effect, and more particularly to a permanent perm method using a buffering effect in which the oxidation state of the hair by the replenishing liquid is controlled by the buffering action between the permeant and the replenishing liquid.

Hair consists of three layers, from the outermost layer of hair to the epidermis, the cortex and the medulla. The main part of the hair, the cortex, is mainly composed of elastic, fibrous, light protein called keratin. The hair keratin is linked to a polypeptide consisting of various amino acids. The polypeptide and the polypeptide are composed of side chains such as cystine bonds, salt bonds and hydrogen bonds, and have a higher sulfur content than other proteins. Hair is composed of keratin with this structure, so it has elasticity and returns to its original state when bent. It is the principle of the permanent wave and straight perm agent to form a desired wave by reshaping the hair after cutting the hair in the state of cutting by reducing the cystine bond. At this time, hydrogen peroxide or sodium bromide is used as an oxidant for recombining the cleaved cystine bond.

The present invention is to provide a permanent perm method using a buffer effect that is prevented from damage to the hair by the impact applied in the perm process.

In addition, the present invention is to provide a permanent pump method using a buffer effect that is prevented from occurring a sudden change in PH during the procedure.

In addition, the present invention is to provide a permanent pump method using a buffer effect that the oxidation rate is continuously changed during the oxidation process.

In addition, the present invention is to provide a permanent pump method using the buffer effect that the adverse odor of the pump is reduced.

According to an aspect of the invention, the step of applying a pump comprising a salt of cysteine or a salt of chioglycolic acid to the subject's hair; Winding the hair of the operator; Applying a supplement solution containing acetic acid to the hair of the subject; And a permanent perm method using a cushioning effect, which includes winding the final head.

In addition, the replenishment liquid may be acetic acid.

In addition, the replenishment liquid applied to the hair of the subject may have a value of PH 4.

In addition, the pump agent may be mixed with the replenishment liquid containing acetic acid, and applied to the subject's hair in the form of a mixed pump agent.

In addition, the replenishment liquid mixed in the pump agent may have a value of PH 6.

According to one embodiment of the present invention, a permanent pump method using a buffer effect that can prevent the damage of the hair by the impact applied in the perm process can be provided.

In addition, according to one embodiment of the present invention, a permanent pump method using a buffer effect that can prevent the sudden change of the pH during the procedure can be provided.

In addition, according to one embodiment of the present invention, a permanent pump method using a buffer effect that the oxidation rate is continuously changed in the oxidation process can be provided.

In addition, according to one embodiment of the present invention, a permanent perm method using a buffer effect that reduces the adverse odor of the pump may be provided.

Hereinafter, the permanent perm method using a buffer effect is demonstrated.

(1) pretreatment process

The pretreatment process may be selectively performed according to the condition of the subject's hair, the length of the hair, the desired style, and the like.

(1-1) pretreatment cut

Pretreatment cuts can be made for the permanent perm treatment and to enhance cosmetic effects. At this time, the length of the hair can be cut to secure the length, such as different depending on the perm.

Assuming a 12mm procedure, 1.2x4 = 4.8cm taking into account two and a half turns

Assuming a 14mm procedure, 1.4x4 = 5.6cm taking into account two and a half turns

Assuming 18mm procedure, 1.8x4 = 7.2cm taking into account two and a half turns

Assuming a 24mm procedure, 2.4x4 = 9.6cm taking into account two and a half turns

(1-2) head cold

Hair removal can be done to remove foreign matter from the hair or scalp, thereby increasing the effectiveness of the permanent perm. At this time, an alkaline shampoo of PH8-9 may be used as a detergent. Alkaline shampoo can be prepared by the following procedure.

① Prepare pH 4.5-5.5 weakly acidic shampoo.

② Prepare water soap of PH 9-10 or prepare ready-made products on the market.

③ Put 1,000cc of PH4.5 ~ 5.5 in 1,000 containers based on 1,000cc.

④ Mix the remaining water soap of PH9-10 alkali as much as 300cc.

⑤ Finally, check the PH tester paper. (PH8-9)

(1-3) filling of interlayer materials

Through the cold of the hair, the porous hair is filled with interlayer substances similar to the hair component. The interlayer material may be polyfemide (PPT) or may comprise polyfemide. The interlayer can be filled in a slightly acidic state. For example, the interlayer can be used in a pH 5.5 state. By means of a negative (-) ionic bond between the alkalized (-ion) hair and the slightly acidic (+ ion) interlayer, the interlayer can be effectively filled in the porous portion of the hair.

(2) application and winding of the perm agent

Example 1

In the procedure according to Example 1, the PH is changed in several steps during the procedure, and when the damaged hair is treated, the impact on the hair may be alleviated by the change in the PH.

1) Application of mixing pump

The permant and the replenishment are mixed and applied to the subject's hair in the form of a mixed perm. The pump agent may be a salt pump agent of cysteine, a salt pump agent of thioglycolic acid, or a mixed solution of a salt agent of thioglycolic acid and a salt of cysteine. In general, when the perm agent used in the procedure is prepared in a conventional manner, the pH value of the fem agent is provided in a state of 9-11. If the preparation ratio of salt of thioglycolic acid is higher than that of cysteine salt, strong wave and ridge can be predicted. If the preparation ratio of salt of cysteine is relatively higher than that of thioglycolic acid, a thicker and richer result than the wave predictable in the salt of thioglycolic acid can be estimated.

The structure of cysteine is represented by the following Chemical Formula 1.

The structure of thiocholic acid is represented by the following Chemical Formula 2.

Accordingly, the mercapto group (-SH) contained in the femze supplies hydrogen to the cystine bond (-S-S-) of the hair, thereby reducing and cleaving the cystine bond of the hair.

Supplement solution includes acetic acid. The supplement liquid may be vinegar or edible vinegar such as red vinegar, lemon vinegar, persimmon vinegar and the like. Preferably, the replenishment liquid is wood vinegar, and more preferably the replenishment liquid may be bamboo vinegar or oak vinegar. Accordingly, the mixed perm agent is neutralized by the odor of the wood vinegar, the unique odor of the pump neutralized, it is possible to improve the satisfaction of the subject during the procedure.

The replenishment liquid has a value of PH 6, and is mixed with the pump agent at a ratio of 10: 1. For example, if 100 cc is used, depending on the amount the pump is normally used in the procedure of the perm, the replenishment liquid may be mixed with 10 cc of the pump. When the woody liquor provided in the form of a product has a value of PH3, the replenishing liquor may be diluted in a 1: 1000 mixing of the woody liquor and water (purified water) and then mixed into the pump. As the replenishing liquid has acidity, it is relatively weak in basicity when used as a perm agent alone, and is suitable for treating damaged hair.

Salts of cysteine and salts of thioglycolic acid contained in the femze include a carboxyl group. In addition, acetic acid contained in the replenishment liquid contains a carboxyl group. Accordingly, the mixed pump agent in which the pump agent and the replenishment liquid are mixed has a property of a buffer solution. Accordingly, when the replenishing liquid is mixed with the basicly provided pump agent to form a mixed pump agent, the pH of the mixed pump agent changes gradually.

In addition, the carboxyl group of acetic acid contained in the replenishment liquid provides hydrogen ions. Hydrogen ions act on the disulfide bond of the hair and can be cleaved by reducing the cystine bond.

2) winding

Winding using a rod or the like is performed while the mixed pump is applied. As the mixed pump has the properties of a buffer solution, a pH value of typically 20-25 minutes during winding can maintain a basic state suitable for the pump to effectively reduce and cleave cystine bonds. In addition, the pH value of the mixed pump agent is lowered due to the neutralization reaction between the fem agent and the replenishment liquid, and the reaction between the pump agent and the hair.

3) Apply additional supplement

After the supplemental liquid is further applied, it may be heat treated or the heat treatment may be omitted and left to stand.

3-1) Addition of supplementary liquid and heat treatment

Supplementary fluid is additionally applied to the winding hair of the subject. For example, the replenishment liquid may be applied to the subject's hair in the form of a mist, using a nebulizer or the like. When the supplemental liquid is further applied, the pH value is lowered by the reaction of the supplemental liquid with the mixed pump agent applied to the hair of the subject.

Supplementary liquid to be further applied may be used having a value of PH 4. When the woody liquor provided in the form of the product has a value of PH3, the replenishing liquor may be applied after diluting in a 1:10 mixing of the woody liquor and water (purified water). The preferred amount of application of the supplement liquid having a value of PH 4 may have a ratio of 100: 4 with the pump agent. Specifically, when 100 cc of pump is used for the preparation of the mixing pump, 4 cc of the replenishing liquid may be applied. Accordingly, the PH status of the subject's hair may be approximately 5.5.

Heat treatment is performed for 10 to 20 minutes. Heat treatment can be made in the range of 60 ~ 90 ℃ degree of control according to the condition of the hair. The neutralization reaction of the replenishing liquid and the pumping agent, the decrease of water by heating, and the change of the ionic constant of the water reduce the effect of the buffering effect between the replenishing liquid and the permating agent, thereby promoting the cystine binding of the hair by the replenishing liquid. Then, when the PH value of the hair reaches approximately 4.5, the reaction reaches an equilibrium state. When the equilibrium state is reached, the oxidation of the hair is limited and the hair is prevented from being excessively oxidized and damaged when an appropriate time elapses, such as when using hydrogen peroxide or the like.

After the heat treatment, further natural leaving can be done during the set time. Natural standing time may be approximately 10 minutes. Accordingly, the PH value of the hair of the subject can be restored to the original PH value.

The heat care oil may be applied prior to the heat treatment.

Saponification of Care Oils

Apply low molecular weight protein heating care oil. The care oil may be used after saponification. The care oil may be saponified according to the following table. By mixing care oils with strongly alkaline substances, beneficial ingredients in the oils, such as linoleic acid, polyphenols, glycerin, vitamins, omega and the like, can be obtained. In addition, the care oil may be used after being primarily saponified, and then mixed with a pharmacological agent or a bleaching agent such as ammonium photosulphate.

Care oils are refined and semi refined oils. Refined oil means fully refined product, and semi refined oil means intermediate refined product. Refined oil has a high smoke point and withstands heat well, but it is difficult to form curl because it is very obstructive to neutralizer penetration due to the formation of an oil film during the final over-water neutralization. Semi refined, on the other hand, has a relatively low smoke point, which is slightly weak to heat, but has a relatively favorable advantage for infiltration. In addition, the degree of perm varies depending on the degree to which the care oil fumes at a temperature at which the hair is heat-treated. Accordingly, the care oil needs to be used having an appropriate smoke point in relation to the heat treatment temperature. Caustic soda or caustic (KOH) may be used for saponification of the care oil. To saponification of the care oil, water (distilled water) corresponding to approximately 33% of the care oil is added.

Type of oil quality Smoke point Saponification table Caustic soda Caustic Argan Refined 220 ℃ - 0.18 Camellia Refined 250 ℃ 0.1362 0.1911 Palma Christi Refined 200 ℃ 0.1286 0.1804 Semi-Refined 160 ℃ almond No division 216 ℃ 0.1360 0.1904 Cottonseed No division 216 ℃ 0.1386 0.1945 avocado Refined 271 ℃ 0.1330 0.1862 Un-Refined 190 ~ 204 ℃ Canola Expeller Press 190 ~ 232 ℃ 0.1324 0.1856 Refined 204 ℃ High oleic 246 ℃ coconut Un-Refined, Extra Virgin 177 ℃ 0.1900 0.2660 corn Un-Refined 178 ℃ 0.1360 0.1904 Refined 232 ℃ flaxseed Un-Refined 107 ℃ Grape seed No division 216 ℃ 0.1265 0.1771 olive Extra virgin 191 ℃ 0.1340 0.1876 Virgin 199 ℃ Pomace 238 ℃ Extra light 242 ℃ Macadamia No division 210 ℃ 0.1390 0.1950 Palm Difractionated 235 ℃ peanut Un-refined 160 ℃ 0.1360 0.1940 Refined 232 ℃ Safflower seed Un-refined 107 ℃ 0.1360 0.1908 Semi Refined 160 ℃ Refined 266 ℃ bean Un-Refined 160 ℃ 0.1350 0.1890 Semi-Refined 177 ℃ Refined 238 ℃ Sunflower seeds Un-refined 160 ℃ 0.1340 0.1876 Semi-refined 232 ℃ Refined 240 ℃

Table 1 may also be applied to the case where two or more care oils are mixed.

Formulation Example 1

When preparing care oils for argan refined oil

Distilled water addition amount: 50cc x 0.33 = 16.5cc

Caustic added amount: 50cc x 0.18 = 9cc

Formulation Example 2

When preparing a mixed care oil of castor oil (50cc) and sunflower seed oil (50cc)

Distilled Water Amount: (50 + 50) x 0.33 = 33cc

Caustic added amount: (50x0.18) + (50x0.18) = 18 cc

Castor oil, sunflower seed oil, distilled water, and surfactant (KOH) are placed in a porcelain container and stirred and heated for about 30 seconds to evaporate a portion of the distilled water, completing about 135cc ~ 140cc oil, and stable smoke at 160 ~ 230 ℃. Has a point.

In addition, PH 5.0 to 5.5 can be expected by synthesizing the low-polypeptide (LPP) commercially available and emulsified oil through the surfactant. LPP, like castor oil and sunflower seed oil, has a stirring threshold of about 50cc and does not require warming.

Formulation Example 3

When preparing a mixed care oil of argan oil (50cc) and camellia oil (50cc)

Distilled Water Amount: (50 + 50) x 0.33 = 33cc

Caustic added amount: (50x0.18) + (50x0.19) = 9 + 9.5 = 18.5cc

Argan oil, camellia oil, distilled water and surfactant (KOH) are placed in a porcelain container and stirred and heated for about 30 seconds. A portion of the distilled water is evaporated to complete about 135cc ~ 140.5cc oil and stable smoke at 220 ~ 250 ℃. Has a point.

In addition, PH 5.0 to 5.5 can be expected by synthesizing the low-polypeptide (LPP) commercially available and emulsified oil through the surfactant. LPP, like argan oil and camellia oil, has a stirring threshold of about 50cc and does not require warming.

Heating degree adjustment and selection of care oil

The heating temperature should vary depending on the condition of the hair. Specifically, the more severe the damage of the hair, the lower the heating temperature, it is necessary to reduce the heating time. In addition, for effective perm, the operator has to adjust the time (approximately, 3 to 5 seconds) to smoke from the starting point when winding. Accordingly, depending on the condition of the hair, the care oil to be used must be different from the smoke point.

Extremely damaged hair: Camellia oil, sunflower seed oil, castor oil mixed preparation oil

Damaged hair: Sunflower seed oil, castor oil mixed preparation oil

About damaged hair: Argan oil, castor oil mixed preparation oil

Healthy Mother: Argan Oil

It is effective that synthetic oils contain pizza oil. Castor oil is synthesized by separating the oil into glycerin + linoleic acid through a surfactant. Glycerin is generally good for moisturizing effect, and ricinoleic acid is excellent for hair shine and regeneration.

Camellia oil, on the other hand, has excellent absorbency to the skin, oil is not deteriorated and storage is excellent. In addition, camellia oil is also excellent for soothing skin problems. It is reasonable to see hair as a kind of keratinized skin, and when it is softened (reduced), it can be expected to improve hair restoration through the use of camellia oil. Camellia oil is also rich in gamma linoleic acid. In addition, camellia oil contains oleic acid and omega 3, 6, 9 fatty acids, vitamin E, polyphenols. Despite these advantages, camellia oil can only be used for healthy hair when used alone because of its high smoke point. On the other hand, according to the present invention, it is possible to use the pole hair in the form of mixed oil.

Healthy hair has a weak acidity of pH 4.5-5.5. Supplementary liquid to be applied is applied to have a pH value close to this, to minimize the impact on the hair. Then, the additionally applied replenishment liquid lowers the PH state of the hair, and recovers to the pH value range of the hair of a healthy person.

The replenishment fluid reconnects the cystine bonds of the hair broken by the pump. Specifically, one oxygen atom of the carboxyl group of the supplement liquid approaches between the mercapto group (SH) of the cysteinylated hair, and one oxygen atom of the carboxyl group binds to two hydrogen atoms of the cysteinylated structural formula, water To form. Then, the OH group remaining in the carboxyl group and one hydrogen atom of another mercapto group (SH) in the hair react to form water. That is, the carboxyl group of the supplement liquid oxidizes cysteinylated hair to cystine bonds and generates water and acetylene (C2H2). Accordingly, the neutralization process by the conventional hydrogen peroxide solution or the like is omitted.

Conventionally, hydrogen peroxide or sodium bromide has been used to oxidize hair to cystine bound state. Such recombination by the conventional oxidant was made by reacting rapidly with the hair immediately after being applied to the hair. Accordingly, there is a problem that hair damage occurs rapidly in the process of oxidizing hair.

On the other hand, according to the present invention, the replenishment liquid is applied to the hair in a mixed state with the pump agent. At this time, due to the buffering action between the replenishment liquid and the pump agent, a time delay occurs for oxidation of the hair by the replenishment liquid. Then, as the buffering action decreases with time, oxidation of the hair by the replenishment liquid mixed with the pump agent and the replenishment liquid additionally applied is achieved. At this time, the oxidation of the hair by the replenishment liquid is formed in a continuous increase form to minimize the damage of the hair in the oxidation process. In addition, the hair is oxidized by the replenishment liquid applied before the heat treatment during the procedure, and the process of additionally applying the oxidizing material after the heat treatment is omitted.

3-2) supplementary liquid addition and natural neglect

Supplementary fluid is applied to the winding hair of the subject. For example, the replenishment liquid may be applied to the subject's hair in the form of a mist, using a nebulizer or the like. When the replenishment liquid is applied, the pH value is lowered by the reaction of the supplement agent with the pump agent applied to the hair of the subject.

Supplementary liquid to be further applied may be used having a value of PH 4. When the woody liquor provided in the form of the product has a value of PH3, the replenishing liquor may be applied after diluting in a 1:10 mixing of the woody liquor and water (purified water). The preferred amount of application of the replenishment liquid having a value of PH 4 may have a ratio of 10: 30-40 with the perm agent. Specifically, when 100 cc of the pump is used for the preparation of the mixing pump, the supplement may be applied to 30 ~ 40 cc. Accordingly, the PH state of the hair of the subject can be approximately 4.5 ~ 4.6.

The replenishment fluid reconnects the cystine bonds of the hair broken by the pump. Accordingly, the neutralization process by the conventional hydrogen peroxide solution or the like is omitted.

According to one embodiment of the invention, the cystine bonds by oxidation of the hair is made by the supplement solution. At this time, oxidation by the replenishing liquid is performed while reducing the buffering effect between the replenishing liquid and the pump agent. Thereby, perm by a perm agent is made in the beginning of winding and natural leaving, and it switches to the oxidation step by a replenishment liquid later in natural leaving. At this time, the oxidation of the hair by the replenishment liquid is formed in a continuous increase form to minimize the damage of the hair in the oxidation process. In addition, the hair is oxidized by the replenishment liquid applied during the procedure, and the process of additionally applying the oxidizing material is omitted.

In addition, the PH of the subject's hair is continuously changed to the PH value of the hair in a healthy state, thereby preventing damage due to a sudden change in the PH value.

Example 2

The procedure according to Example 2 is appropriately performed on healthy hair.

1) Firm application

Femme is applied to the subject's hair. The pump agent may be a salt pump agent of cysteine, a salt pump agent of thioglycolic acid, or a mixed solution of a salt agent of thioglycolic acid and a salt of cysteine. In general, when the perm agent used in the procedure is prepared in a conventional manner, the pH value of the fem agent is provided in a state of 9-11. If the preparation ratio of salt of thioglycolic acid is higher than that of cysteine salt, strong wave and ridge can be predicted. If the preparation ratio of salt of cysteine is relatively higher than that of thioglycolic acid, a thicker and richer result than the wave predictable in the salt of thioglycolic acid can be estimated. According to a conventional procedure, the pump may be applied 100 cc.

2) winding

After the pump is applied to the hair, winding is performed using a rod or the like.

3) Apply additional supplement

After the supplemental liquid is further applied, it may be heat treated or the heat treatment may be omitted and left to stand.

3-1) Addition of supplementary liquid and heat treatment

Supplementary fluid is applied to the winding hair of the subject. For example, the replenishment liquid may be applied to the subject's hair in the form of a mist, using a nebulizer or the like. When the replenishment liquid is applied, the pH value is lowered by the reaction of the supplement agent with the pump agent applied to the hair of the subject.

Supplemental liquid may be used having a value of PH 4. When the woody liquor provided in the form of the product has a value of PH3, the replenishing liquor may be applied after diluting in a 1:10 mixing of the woody liquor and water (purified water). The preferred amount of application of the supplement liquid having a value of PH 4 may have a ratio of 100: 4 with the pump agent. Specifically, when 100 cc of pump is used for the preparation of the mixing pump, 4 cc of the replenishing liquid may be applied. Accordingly, the PH status of the subject's hair may be approximately 5.5.

Heat treatment is performed for 10 to 20 minutes. Heat treatment can be made in the range of 60 ~ 90 ℃ degree of control according to the condition of the hair. The neutralization reaction of the replenishing liquid and the pumping agent, the decrease of water by heating, and the change of the ionic constant of the water reduce the effect of the buffering effect between the replenishing liquid and the permating agent, thereby promoting the cystine binding of the hair by the replenishing liquid. Then, when the PH value of the hair reaches approximately 4.5, the reaction reaches an equilibrium state. When the equilibrium state is reached, the oxidation of the hair is limited and the hair is prevented from being excessively oxidized and damaged when an appropriate time elapses, such as when using hydrogen peroxide or the like.

After the heat treatment, further natural leaving can be done during the set time. Natural standing time may be approximately 10 minutes. Accordingly, the PH value of the hair of the subject can be restored to the original PH value.

The replenishment fluid reconnects the cystine bonds of the hair broken by the pump. Accordingly, the neutralization process by the conventional hydrogen peroxide solution or the like is omitted.

The heat care oil may be applied prior to the heat treatment.

Details of the heating care oil are the same as described above in Embodiment 1, and thus repeated descriptions thereof will be omitted.

3-2) supplementary liquid addition and natural neglect

Supplementary fluid is applied to the winding hair of the subject. For example, the replenishment liquid may be applied to the subject's hair in the form of a mist, using a nebulizer or the like. When the replenishment liquid is applied, the pH value is lowered by the reaction of the supplement agent with the pump agent applied to the hair of the subject.

Supplementary liquid to be further applied may be used having a value of PH 4. When the woody liquor provided in the form of the product has a value of PH3, the replenishing liquor may be applied after diluting in a 1:10 mixing of the woody liquor and water (purified water). The preferred amount of application of the replenishment liquid having a value of PH 4 may have a ratio of 10: 30-40 with the perm agent. Specifically, when 100 cc of the pump is used for the preparation of the mixing pump, the supplement may be applied to 30 ~ 40 cc. Accordingly, the PH state of the hair of the subject can be approximately 4.5 ~ 4.6.

The replenishment fluid reconnects the cystine bonds of the hair broken by the pump. Accordingly, the neutralization process by the conventional hydrogen peroxide solution or the like is omitted.

In one embodiment of the present invention, cystine binding by oxidation of the hair is made by supplemental liquid. At this time, oxidation by the replenishing liquid is performed while reducing the buffering effect between the replenishing liquid and the pump agent. Thereby, perm by a perm agent is made in the beginning of winding and natural leaving, and it switches to the oxidation step by a replenishment liquid later in natural leaving. At this time, the oxidation of the hair by the replenishment liquid is formed in a continuous increase form to minimize the damage of the hair in the oxidation process. In addition, the oxidation of the hair is made by the replenishment liquid applied before the heat treatment in the procedure, the process of additionally applying the oxidizing material after the heat treatment is omitted.

In addition, the PH of the subject's hair is continuously changed to the PH value of the hair in a healthy state, thereby preventing damage due to a sudden change in the PH value.

According to the invention, cystine bonds by oxidation of the hair are achieved by means of a supplement. At this time, oxidation by the replenishing liquid is performed while reducing the buffering effect between the replenishing liquid and the pump agent. Thereby, the perm by the perm agent is made at the beginning of the winding and the heat treatment, and then it is switched to the oxidation step by the replenishing liquid later in the heat treatment. At this time, the oxidation of the hair by the replenishment liquid is formed in a continuous increase form to minimize the damage of the hair in the oxidation process. In addition, the hair is oxidized by the replenishment liquid applied during the procedure, and the process of additionally applying the oxidizing material is omitted.

(3) finishing hair cold

Remove the rods, etc., which are wound on the hair, and remove hair residues through the cold.

The foregoing detailed description illustrates the present invention. In addition, the above-mentioned contents show preferred embodiments of the present invention, and the present invention can be used in various other combinations, modifications, and environments. That is, changes or modifications may be made within the scope of the concept of the invention disclosed in the present specification, the scope equivalent to the disclosures described above, and / or the skill or knowledge in the art. The described embodiments illustrate the best state for implementing the technical idea of the present invention, and various modifications required in the specific application field and use of the present invention are possible. Thus, the detailed description of the invention is not intended to limit the invention to the disclosed embodiments. Also, the appended claims should be construed to include other embodiments.

Claims (5)

A pump containing a salt of cysteine or a salt of thioglycolic acid is made by mixing with a replenishing solution made by diluting the woody liquor with water. Applying to hair of;
Winding the hair of the operator;
Applying the supplement solution made by diluting the grass solution with water to the subject's hair step;
Applying a saponified heated care oil to the subject's hair;
Heat treatment step for setting time of the subject's hair; And
Finishing hair winding,
The mixed pump agent is made by mixing and diluting the pump agent and woody liquor with water in a ratio of 10: 1 by mixing the replenishment liquid having a value of PH 6,
The supplement liquid to be further applied is diluted to have a value of PH 4 in an amount having a ratio of 100: 4 to the amount of the pump agent contained in the mixing pump agent,
The heating care oil is composed of a mixed care oil in which sunflower seed oil and pizza horse oil are mixed in a volume ratio of 1 to 1, 33% by volume of water of the mixed care oil, and 18% by volume of caustic rays of the mixed care oil. Permanent firm method using a buffer effect that is. delete delete delete delete