KR101051984B1 - Steam perm sheet pack to enable wet heat perm and wet heat perm using the same method - Google Patents

Abstract

The present invention relates to a steam perm sheet pack and a wet heat perm method using the same to enable a wet heat perm in the process of heat perm, the pretreatment step of the first step having a perma drug coating process and a perma drug cleaning process, and the final step As a post-treatment step of the third step having a neutralizing agent coating process and a neutralizing agent washing process; After the pretreatment step, the sheet pack winding process is to close the steam perm sheet containing the nutrient moisturizing water mixed with the purified water and nutritional ingredients to the extreme damaged hair which is the end of the hair, and to be rolled up to the thermal perm mechanism generating heat energy. , The nutritional moisturizing water of the steam perm sheet pack is transformed into steam by the high temperature heat energy generated by the heat permeator mechanism and diffused to the outside to supply the entire hair to absorb the moisture and nutrients in the hair while the hair delivers the heat energy. It comprises a wet heat treatment step of the second step having a water diffusion heat treatment process to be treated.

Perma, Perma, Heat Perm, Wet Heat Perm

Description

Gets wet and heat perm the possibly the fume heat perm seat pack which does and the heat perm surgical operation method which gets wet uses this}

The present invention relates to a heat perm treatment, and more particularly, to a steam perm sheet pack and a wet heat perm method using the same to enable a wet heat perm in the thermal perm operation.

In general, perma treatment is divided into a heat perm method to give the hair in the dried state to give the perm, and on the contrary, a heat perm method to give the hair while giving moisture while giving moisture to the hair. Permalinked to dry hair is called a dry heat perm and a perm in the wet state is called a wet heat perm, so the present invention will be named as such.

Therefore, it is already known that in order to perm hair, the wet damage is lower than the dry heat.

However, in order to perform wet heat perm, not only an expensive steam supply device should be provided, but also a high temperature steam must be used, so there is a risk of safety accidents such as inadvertent burns. Because the process is very complicated and difficult problems, it is practically impossible to use at home, and because it is a factor that greatly increases the perm charge in beauty salons, there is a problem in that it is difficult to use.

Therefore, dry heat perm is inevitably used while knowing that a wet heat perm is good, and the typical dry heat perm is a thermal perm using a heating rod.

The heat permeation is applied to the hair to the permanent medicine after removing the permanent medicine with a wash water to dry and then wound the hair in a heating rod to give a high heat to the hair by using the fixing force of the heat and apparatus after the curl is formed It is a method of applying a neutralizing agent to finish.

The conventional dry heat permator is a high heat energy is given to the dried hair to evaporate the moisture in the cortex so that the hair becomes more dry and damaged, as well as wound from the end of the hair to the heating rod Since the most thermal energy is the end of the hair, which is the damaged hair, the hair ends are more damaged.

Specifically, the hair grows gradually, so it can be called healthy hair from the scalp where the hair root is, and the middle part is damaged hair because it has been permanently processed several times, so the more hair ends. Because it is a part of the procedure, it can be said as an extremely damaged hair.

Therefore, the part that is first wound on the heating rod can be said to be an extremely damaged hair, and when the extremely damaged hair is subjected to high heat, it becomes more damaged and even the moisture contained in the components of the cortex evaporates, thereby preventing the hair from fluttering. This causes problems such as stiffness or breakage.

Therefore, perm treatment is performed by putting a thin paper (non-woven fabric) on the part of the damaged hair corresponding to the end of the hair and winding it on the heating rod to prevent direct contact of the damaged hair with the heating rod that generates high heat. Since the thermal energy generated from the rod is high temperature, it is inevitable to further damage the damaged hair, and if the hair is wound in a wrinkled state when the hair is inadvertently wound with thin paper on the heating rod, Because it is wound in a crumpled state, the hair becomes wrinkled and causes a problem of being a perm, which may cause a poor perm.

Therefore, when dry heat permator is required to perform perm treatment by high-skilled persons who must thoroughly check the hair health condition and perform perm treatment, it is difficult to expect good perm at home, and the cause of rising heat perm treatment fee in beauty shops Not only that, but the most serious problem is that even if you try to perm well, the result is that the hair is in a damaged state.

Therefore, apparatuses for supplying moisture from the outside while the hair is wound on the permarod have been disclosed in Korean Patent Publication No. 10-0413237 and Korean Patent Publication No. 10-0413238.

However, the prior art is to supply moisture from the outside of the hair, so that moisture heat does not penetrate and be transferred to the ultra-damaged hair, which is tightly wound on the inner surface of the permarod. Since water leaks out of the permeation apparatus, scalp burns have not been put into practical use.

Literature Information of the Prior Art

[Reference 1] KR 10-0413237 B1 2004.01.03

[Document 2] KR 10-0413238 B1 2004.01.07

According to the present invention, the hair is wound around the heat permeator mechanism to be a heat perm, so that the heat permper is provided in a state in which the entire hair is evenly supplied with moisture, so that the hair can be freely damaged and the heat perm can be uniform. The purpose of the present invention is to provide a steam heat pack and a wet heat perm method using the same.

Another object of the present invention, by making it easy and simple even non-skilled person to perform the thermal permator process, it is possible to easily wet thermopermist at home, and in the case of a business, it is possible to promote a cheaper and better thermal permator. I want to be able to.

The present invention includes a pretreatment step of a first step having a perma drug coating process and a perma drug washing process, and a post-treatment step of a third step having a neutralizing agent coating process and a neutralizing agent washing process as a final step; After the pretreatment step, the sheet pack winding process is to close the steam perm sheet containing the nutrient moisturizing water mixed with the purified water and nutritional ingredients to the extreme damaged hair which is the end of the hair, and to be rolled up to the thermal perm mechanism generating heat energy. , The nutritional moisturizing water of the steam perm sheet pack is transformed into steam by the high temperature heat energy generated by the heat permeator mechanism and diffused to the outside to supply the entire hair to absorb the moisture and nutrients in the hair while the hair delivers the heat energy. The wet heat perm method using a steam perm sheet pack comprising a wet heat treatment step of the second step having a water diffusion heat treatment process to be treated to be characterized by.

It is characterized in that the steam perm sheet pack is wound on the upper and lower ends of the extremely damaged hair which is the end of the hair in close contact.

It is another feature that the high temperature thermal energy delivered to the steam permanent pack is 100-160 ℃.

The hair is characterized in that it is treated to receive heat energy for 7-15 minutes.

And the present invention, purified water 93.661-94.361% by weight, glycerin 5.00-5.50% by weight, hydrolyzed collagen 0.30-0.40% by weight, hydrolyzed keratin 0.10-0.20% by weight, hydrolyzed oat protein 0.10-0.20% by weight, lysine 0.10-0.20% by weight, 0.01% by weight of disodium ethane, sodium citrate 0.02% by weight, 0.005% by weight citric acid, 0.002% by weight phenoxyethanol, 0.002% by weight methylisothiazolinone It is characterized by a steam perm seat pack which enables a wet heat perm comprising a nutrient moisturizing water mixed with a component of%.

Another feature is that the fabric is 0.25-2 mm thick rectangular shape.

Another feature is that the fabric is cotton.

It is another feature that the fabric is a blend of 70% by volume rayon, 30% polyester by fiber.

It is another feature that the fabric is made to be packaged to be laminated with multiple stacks to be used individually.

According to the present invention, since moisture is diffused and steam is generated, the hair is wetted so that the moisture in the hair is not leaked, so that the hair is prevented from being damaged. Because it will not have the effect of non-skilled people even hair treatment is effective.

In addition, the present invention is a protein and moisture supplementation in the hair during the procedure to maintain a healthy hair even after several times the permanent treatment and in the case of damaged hair can be repaired to further prevent hair damage Providing and, the end of the hair that is extremely damaged hair is clean, good curling power, and can be perm treatment to form a uniform wave curl provides a good quality perm effect.

 And since the present invention is easy and simple perm operation, not only the non-skilled person can do a good perm operation at home, but also a non-skilled person can perform a perm operation at a beauty shop, so that a cheaper and high quality perm operation can be achieved. It works.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is an enlarged cross-sectional view of a hair, and when described in detail to help understand the present invention, the hair (H) is cuticle (Ha) and cortex (Hb) and the medulla (medulla) in the center. It consists of (Hc).

The cuticle (Ha) is located on the outermost side of the hair (H), but has a shape of overlapping like a scaly or tiled roof, but because it does not have a melanin pigment, it is a translucent material.

And the cortex (Hb) is located inside the cuticle (Ha) and occupies 85-90% by volume of the majority of the hair.

The components of the cortex (Hb) are composed of caratin protein, intercellular hepatitis, cortical cells, and water, and cortical cells are composed of cells in the form of fibrous bundles. It is hydrophilic and contains melanin pigment, which is the most affected by permeability.

And the nutrients of the hair, which can be regarded as a nutritional component of the hair, appear differently depending on the amount of hair. That is, in addition to maintaining proper moisture and elasticity to the hair, it can be said to be an element to be formed in the state of the elastic wave perm, and it is very difficult to recover again after hepatitis is lost by chemical and physical causes.

The medulla (Hc) is located in the center of the hair (H) and is hardly found in fluffy or thin hair, and is mainly found only in thick hair (H), and there are some melanin pigment particles.

On the other hand, the principle of the perm is to change the tissue of the hair (H) by the action of heat or chemicals to artificially form a wave curl, usually in the pre-treatment step (P1) hair in perm (first agent) The cuticle (Ha) of (H) is softened so that the fur cover (Ha) is cracked and opened as shown in (a) of FIG. 3, and then artificially by the mechanism and thermal energy (H) as shown in (b) of FIG. The wave curls are formed to be bent, and finally, by the procedure of finally restoring the cuticle (Ha) to its original state as shown in Fig. 3 (b) by the neutralizing agent (second agent) in the post-treatment step (P3). To be a permanent.

In the present invention, the pre-treatment step (P1) and the post-treatment step (P3) is performed in the same manner as before but the wet heat treatment step (P2) is performed as an intermediate step of these steps, Figure 2 is a wet heat according to the present invention Show the complete procedure showing the process of perm.

Therefore, in the present invention, the pretreatment step P1 is performed as the first step.

The pretreatment step (P1) is to have a perm drug coating process (S1), this process is to apply the perm drug evenly to the hair (H) is mainly used perma drug as the main raw material glycolate. In some cases, however, arginine (alkali amino acid), ammonia, monoethanolamine, sodium bicarbonate, sodium hydroxide, or the like may be used.

In the permanent drug application process (S1) and left for about 20-30 minutes after applying the permanent medicine, as shown in Figure 3 by breaking the combined tissue of the cuticle (Ha) of the hair (H) is changed to a cracked state This change is called hair softening, and in some cases it is said to open the cuticle. Since this process is already known, a detailed physical description for breaking the combination of the fur table Ha is omitted.

When the permanent drug application process (S1) is completed, the permanent drug washing process (S2) for washing and removing the permanent medicine buried in the hair (H) by water is carried out, and then removes the moisture of the hair (H) by a towel By doing so, the pretreatment step P1 is completed.

Therefore, when the pre-treatment step (P1) has the tissue of the cuticle (Ha) is broken into a broken state, the cortex (Hb) is in a state that can be affected by the outside, in this state the second step The wet heat treatment step (P2) is performed.

The wet heat treatment step (P2) is first performed the sheet pack winding process (S3), wherein the steam permanent pack 10 according to the present invention is used.

The shape of the steam perm seat pack 10 of the present invention is configured to be easily wound around the heating rod 20 by having a rectangular shape as shown in FIG. 4 and the thickness may be formed to a thickness of about 0.25-2 mm. The steam perm sheet 10 may be formed to have a uniform thickness or may be formed to have a thickness gradually increasing from one side to the other side in a form in which the thickness is gradient from one side to the other side as shown in FIG. 4.

In addition, the steam perm sheet 10 is preferably made of cotton as a whole, but in some cases, it is preferable to use a blended fiber of rayon 70% by volume, polyester 30% by volume in terms of cost reduction.

In addition, the steam perm sheet 10 contains nutrient moisturizing water. The moisturizing water is 93.661-94.361% by weight of purified water, 5.00-5.50% by weight of glycerides, 0.30-0.40% by weight of hydrolyzed collagen, 0.10-0.20% by weight of hydrolyzed keratin, 0.10-.20% of hydrolyzed oat protein 0.20% by weight, lysine 0.10-0.20% by weight, 0.01% by weight of sodium disodium, 0.02% by weight sodium citrate, 0.005% by weight citric acid, 0.002% by weight phenoxyethanol, 0.002% by weight methylisothiazolinone The ingredients are mixed.

Purified water in the nutrient moisturizing water is a component that becomes a steam during the procedure to enable a wet heat perm, glycerin, collagen, keratin, oat protein, etc. are composed of proteins and amino acids, which has a good effect on the hair (H) during the procedure The individual components are known components, and other components are the same as diluents to be mixed with purified water, so they do not affect hair (H) directly. It will be omitted.

Therefore, the steam perm seat pack 10 containing the nutrient moisturizing water is stacked in a plurality, so that it is accommodated in a packaging box or a plastic packaging (vinyl pouch) to be used to take out one by one during perm procedures.

In detail, per-perma treatment is performed by using about 10-15 heating rods at the time of per-person per-perm treatment, and two steam perma sheet packs 10 are used for one heating rod. It is desirable to supply about 25-30 steam perm sheet 10, which is a quantity required during the procedure, to be packaged in one packing box or a plastic wrapping paper.

Therefore, in the present invention, the sheet pack winding process S3 is performed. This process is such that the steam perm sheet pack 10 is superimposed on the front and rear portions of the end of the hair (H), which is an extremely damaged hair of the hair (H) as shown in Figure 5 and then rolled in a thermal perm mechanism It is a procedure to be wound up.

The thermal perm mechanism is a hair iron or a heating rod 20 of a setting perm mechanism and a digital perm mechanism, and the present invention is performed to allow the hair (H) to be wound around the heating rod 20 as shown in FIG. 7. An embodiment will be described.

On the other hand, after the hair (H) is completely wound on the heating rod 20 is fixed to the hair (H) is not released by a tool such as a rubber band or forceps to fix the hair (H) as described above Since it is already known, detailed drawings or descriptions will be omitted.

Therefore, in the present invention, since the moisture pack is contained in the steam perma sheet pack 10 containing the moisturizing water in the sheet pack winding process (S3), unless it is forcibly crimped when wound on the heating rod 20 together with the hair (H). Since the steam perm sheet 10 is not wrinkled and dries naturally and gently, the end of the hair (H) can be treated so that the end of the hair (H) is not wrinkled.

In addition, since the steam perm sheet 10 is moistened by nutrient moisturizing water and curled together with the end of the hair (H), the adhesion between the end of the hair (H) and the steam perm sheet 10 is increased. In addition to being in close contact with the heating rod 20 as well as the end of the hair after the perm treatment to form a natural wave curl, the hair ends are clean finish.

Referring to FIG. 6, since the hair (H) grows gradually from the scalp (g), it is divided into a healthy hair (H1), a damaged hair (H2), and an extremely damaged hair (H3) toward the ends of the hair (H). In the case of (H3), it is not very easily wound on the heating rod 20 because it is very stiff, and even though it is rolled up, the adhesion with the heating rod 20 is reduced so that it may not be wrinkled or soft and hard after the completion of the perm operation. In the case of becoming a perm, the present invention contains a nutrient moisturizing water at both ends of the hair (H) corresponding to the extremely damaged hair (H3)) and closes the steam permanent pack (10) in a moist state by heating the rod (20). Because it is dried in the hard hair (H) end is to be rolled up in a state that is well stretched and in close contact with the heating rod 20 is good.

Therefore, when the extremely damaged hair (H3) of the end of the hair (H) is wound in the heating rod 20 together with the steam permanent pack (10) as shown in Figure 7 the extreme damage hair (H3) on the outer peripheral surface of the heating rod (20) And the steam perm sheet 10 is rolled up and is wound in a state in which the damaged hair (H2) is wound around the middle portion and the healthy hair (H1) is wound on the outermost portion so as to secure a rubber band or forceps ( The sheet pack winding process S3 is completed by being fixed so as not to be released.

Next, the water diffusion heat treatment process (S4) is carried out at this time to supply power to the heating rod (20). The heating rod 20 is already known as the electric heater is embedded therein to dissipate thermal energy.

Referring to FIG. 8, when the heating rod 20 generates heat, thermal energy is first delivered to the extreme damage cap H3 and the steam permanent pack 10 surrounding the same.

At this time, the heat energy generated in the heating rod 20 is a high-temperature perm temperature of 100-160 ℃, the operator (cosmetologist) to determine the perm temperature according to the degree of damage of the hair (H) to perform the hair (H The higher the damage, the higher the perm temperature. However, in some cases, the perm temperature may be lowered to 90 ° C. depending on the degree of hair damage.

Therefore, as the steam perm sheet 10 is heated by the heat energy of the heating rod 20, the nutrient moisturizing water contained therein becomes steam and gradually diffuses to the outside as shown by the arrow in FIG.

At this time, since the nutrient moisturizing water is contained in the steam permanent pack 10, the water is not boiled like boiling and is not converted into steam, but is diffused by steaming as well as being transformed into steam in the atmosphere. As the steam grows, it becomes a state that gradually spreads toward the whole healthy mother (H1).

Therefore, the hair (H) wound on the heating rod 20 is wetted by the steam generated from the steam perm sheet (10) and the steam itself is a moisture with heat, so that the wet heat perm.

And the ultra-damaged hair (H3) wound on the heating rod 20 is wrapped in the steam perm sheet (10) is subjected to heat by the nutrient supply with thermal energy and the damaged hair (H2) is wound around the outside The healthy hair (H3) is a heat perm because it is in a state of receiving heat by moisture (steam) with heat, and thus the hair (H) is deformed to become a wave curl while being wound on the heating rod 20. It becomes possible.

In addition, according to the present invention, the hair H wound on the heating rod 20 is softened by splitting the cuticle (Ha) as shown in FIG. 2 by the pretreatment step (P1). Ingredients such as res, collagen, keratin, oat protein, etc. Ingredients such as collagen, keratin, oat protein and the like penetrate into the cortex (Hb) inside the hair (H).

Since the glycerin is a moisturizing ingredient, it plays a role of preventing and replenishing more than the permeation of moisture in the cortex (Hb).

That is, as already mentioned above, the component of the cortex (Hb) contains keratin protein, intercellular hepatitis and water. Since this moisture is conventionally open to the hair cuticle (Hb) in the thermal permeable, it is released from the cortex (Hb) by the heat, and as the thermal perm is repeated several times, the damaged hair (H2) and the extremely damaged hair (H3) are among the causes. It was one.

However, in the present invention, even when heat is applied to the cortex (Hb) during the permator process, the moisture is not leaked out, but the state is to be replenished, so that the hair (H) damage can be prevented in advance. will be.

In addition, the components such as collagen, keratin, oat protein, etc. are composed of proteins and amino acids, so when the heat is more easily penetrated into the cortex (Hb) because it can penetrate well.

The cortex (Hb) is composed mainly of protein and as the protein components such as collagen, keratin, and oat protein penetrate, the protein is repaired in the cortex (Hb) of the damaged area, and thus the permer procedure is completed. Afterwards, the curls will be very good.

In particular, compared to healthy hair (H1) and damaged hair (H2), the hair of the ultra-damaged hair (H3) is very rough at the end of the hair and the degree of damage is different for each part, but the curl force was not uniform even after the completion of the perm treatment, but the present invention is extremely Since the steam perm sheet pack 10 is brought into close contact with the damaged hair H3 to perform a thermal perm, the protein can be sufficiently repaired, thereby making it possible to uniformly curl the hair of the extremely damaged hair H3.

Therefore, the penetration of the protein components into the cortex (Hb) as described above is that the components are penetrated in the moisture state, so that the cortex (Hb) of the protein repaired state gradually receives a high temperature thermal energy It will harden and this will increase the fixation of the curl.

That is, the steam perm seat pack 10 is initially moistened by nutrient moisturizing water when warmed by the heating rod 20, but as the water diffusion heat treatment (S4) procedure is gradually passed, the water is supplied with steam ( Moisture, so it is diffused and almost dry.

Therefore, as nutrient moisturizing water is gradually exhausted, the cortex (Hb) itself is directly supplied with high-temperature heat energy, so that some moisture is released from the cortex (Hb), but only a very small amount is negligible. Hb) is in a state with sufficient protein.

Therefore, the protein hardens when heat is applied, but enough protein has a cortex (Hb) that gets heated gradually as the permaper time passes, so that damaged hair (H2) and extreme damaged hair (H3) are supplemented with protein to repair In this case, it is heated so that a sufficient amount of protein is hardened so that the fixation force of the curl is increased and the moisture of the cortex (Hb) held before the procedure is not leaked, thereby preventing hair (H) damage. It will be.

In other words, when heat is applied to the hair (H), the moisture inside the hair (H) is leaked out and becomes a perm. In the case of the damaged hair (H), the hair (H) is further dried due to the lack of moisture and protein. The present invention is to become a heat perm while supplying moisture and protein to the damaged hair (H), not only to prevent damage to the hair (H) in advance, but also to improve the curling force and curl fixing force. Permanent treatment can be planned.

The time for allowing heat energy of the heating rod 20 to be applied to the steam permanent pack 10 in the water diffusion heat treatment process S4 may be about 7-15 minutes depending on the degree of damage of the hair and the temperature of the perm. .

Next, a post-processing step P3 is performed in a third step. The post-treatment step P3 allows the hair H to be released from the heating rod 20 and finally restores the cuticle Ha to its original state as shown in (b) of FIG. 3 by neutralizing agent (second agent). The neutralizing agent application process (S5) of applying the neutralizing agent (second agent) to the hair (H) and the neutralizing agent washing process (S6) of washing the neutralizing agent with washing water are performed.

The post-treatment step (P3) is to be performed in the same manner as the conventional method already performed, the neutralizing agent (second agent) is already known, so detailed description of the components will be omitted.

Therefore, when the post-treatment step (P3) is completed, the fur mark (Ha) split as shown in (a) of FIG. 3 is closed by the neutralizer as shown in (b) of FIG. 3, and the wave is returned to its original state. The wave perm is complete by keeping the curl intact.

(Example)

The pretreatment step (P1) of the first step is carried out, the nutrient moisturizing water 94.361% by weight of purified water, 5.00% by weight of glycerin, 0.30% by weight of hydrolyzed collagen, hydrolyzed in the second step of the wet heat treatment step (P2) De keratin 0.10% by weight, hydrolyzed oat protein 0.10% by weight, lysine 0.10% by weight, disodium ID 0.01% by weight, sodium citrate 0.02% by weight, citric acid 0.005% by weight, phenoxyethanol 0.002% by weight , The steam perm sheet 10 containing the nutrient moisturizing water mixed with 0.002% by weight of methyl isothiazolinone close to the extreme damage hair (H3) of the hair (H) to be dried in the heating rod (20) The sheet pack winding process (S3) and the water diffusion heat treatment process (S4) for 10 minutes heat treatment at a temperature of 130 ° C permperm, and after the third step of the post-treatment step (P3) to perform a dry process By perm hair (H) and visual inspection Chalhan results were observed as shown in Table 1 below.

Table 1

        division  Conventional Dry Perm Hair Invention Wet perm hair  Hair Tip (Extreme Damaged Hair)       Looks bussy  Looks smooth and smooth          Shine       Looks rough      Looks shiny        Curl uniformity        Non-uniformity         Uniformity

According to Table 1, the hair (H) treated by the present invention can be seen that the curls are uniformly permeated as well as clean and smooth. That is, since the permanent treatment by the heating rod 20 is to be curled by winding the hair (H) by a plurality of heating rod 20, the hair (H) previously wound on each heating rod 20 The curl curl is not uniform as the degree of bending of each of the wave curls that are formed to be bent, respectively, is different, but curls are uniformly curled according to the present invention.

Therefore, in the present invention, since the steam is generated and the moisture is diffused, the hair (H) is permerized while the hair (H) is wet so that the moisture in the hair (H) does not flow out, thereby preventing hair damage.

Therefore, dry permanent treatment should be performed to diagnose dry hair condition accurately and to perform treatment with accurate prediction of perm temperature and time according to the diagnosis. In the present invention, however, the moisture in the hair (H) is not leaked out during the procedure, so that even the unskilled person does not damage the hair.

In addition, the present invention is to supplement the protein and water in the hair (H) during the procedure to maintain healthy hair even after several times of permanent treatment, and in the case of damaged hair (H) to repair the hair even more damaged It can be prevented.

In addition, the present invention is the hair (H) end of the ultra-damaged hair (H3) has no marks and does not look busy, clean, good curling force, so that the perm can be formed to form a uniform wave curl to achieve a good perm It can be.

 In addition, the present invention is easy and simple perm operation, so that the non-skilled person can perform a good perm at home, as well as a non-skilled person can perform a perm in a beauty shop, so that a cheaper and higher quality perm can be achieved. do.

Although the present invention has been described by way of one embodiment, it is not limited thereto and may be variously modified and implemented by those skilled in the art, so long as the technical spirit and claims of the present invention are not greatly departed. It is obvious that it should be widely applied and protected.

1 is a cross-sectional view of the hair tissue to be treated by the invention of the ball,

Figure 2 is a procedure showing the wet heat perm surgical method according to the present invention,

Figure 3 (a), (b) is a cross-sectional view of the hair tissue after the pre-treatment and post-treatment step of the present invention,

Figure 4 is a full perspective view of the steam permanent pack according to the present invention,

5 is a perspective view showing a seat pack winding process according to the present invention;

6 is an explanatory diagram showing a sheet pack winding process according to the present invention;

7 is a cross-sectional side view showing a water diffusion heat treatment process according to the present invention;

8 is an enlarged view of a portion “Y” of FIG. 7 illustrating a water diffusion heat treatment process according to the present invention.

Explanation of symbols on the main parts of the drawings

10: steam perm sheet 20: heating rod

P1: pretreatment step P2: wet heat treatment step

P3: Post-Processing Step S3: Sheet Pack Winding Process

S4: Water diffusion heat treatment process H: Hair

Claims (9)

A pretreatment step of a first step having a perma drug coating process and a perma drug washing process, and a post-treatment step of a third step having a neutralizing agent coating process and a neutralizing agent washing process as a final step; After the pretreatment step, the sheet pack winding process is to close the steam perm sheet containing the nutrient moisturizing water mixed with the purified water and nutritional ingredients to the extreme damaged hair which is the end of the hair, and to be rolled up to the thermal perm mechanism generating heat energy. , The nutrient moisturizing water of the steam perm sheet pack is converted into steam by the high temperature heat energy generated by the heat perm mechanism and diffused outward so that the hair is delivered to the entire hair while the moisture and nutrients are absorbed in the hair while the hair receives the heat energy. A wet heat perm method using a steam perm sheet pack to enable a wet heat perm, characterized in that it comprises a wet heat treatment step of a second step having a water diffusion heat treatment process to be performed. The method of claim 1, wherein the wet heat perm using a steam perm sheet pack to enable a wet heat perm, characterized in that it is wound on the upper and lower ends of the ultra- damaged hair which is the end of the hair in close contact with each steam perm sheet pack. Way. 2. The method of wet heat perm using the steam perm sheet pack according to claim 1, wherein the high temperature heat energy transmitted to the steam perm sheet pack is 100-160 ° C. The wet heat perm method according to claim 1, wherein the hair is treated to receive heat energy for 7-15 minutes. 93.661-94.361% by weight of purified water, 5.00-5.50% by weight of glycerin, 0.30-0.40% by weight of hydrolyzed collagen, 0.10-0.20% by weight of hydrolyzed keratin, 0.10-0.20% by weight of hydrolyzed oat protein , 0.10-0.20% by weight of lysine, 0.01% by weight of disodium ethane, 0.02% by weight of sodium citrate, 0.005% by weight of citric acid, 0.002% by weight of phenoxyethanol, and 0.002% by weight of methylisothiazolinone Steam perm seat pack to enable a wet heat permeable, characterized in that the nutrient moisturizing water is contained. 6. The steam perm sheet pack according to claim 5, wherein the fabric is a rectangular shape having a thickness of 0.25-2 mm. The steam permanent pack of claim 5, wherein the fabric is cotton. 6. The steam permanent sheet pack of claim 5, wherein the fabric is a blend of 70% by volume rayon and 30% by volume polyester. The steam perm sheet pack according to claim 5, wherein the wet heat perm is configured to be packaged in a plurality of pieces of the fabric and drawn out individually.

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