KR100509781B1 - Oxidant spraying apparatus for permanent waving and application method of oxidant - Google Patents

Abstract

      The present invention relates to an oxidant spray device for a permanent wave and a method for applying an oxidant,

      The present invention provides an atomizing assembly having a blower assembly, an oxidant tank, an ultrasonic vibrator, and an oxidant atomizing tube having an air inlet, and a main body accommodating a control panel assembly for controlling an operating time, an oxidant spray amount, and the like; In addition to providing an oxidant spray device for permanent wave comprising a lid assembly having an oxidant tank equipped with a stirring means, the oxidant for permanent wave has a mist content of 12 μm or less and an average particle diameter of 3 μm or less. It provides a method for applying an oxidant for permanent wave to atomize to 18% ultra fine particles, and then sprayed and neutralized on the hair to which the reducing agent is applied.

According to the present invention, since the oxidant coating treatment for neutralizing the reducing agent can be easily and easily carried out by spraying, it is easy to use and homogeneously and efficiently. It is possible to promote the oxidation (neutralization) action to increase the perm effect, when used in combination with a conventional multi-function styling cosmetic device can efficiently perform a variety of hair processes in one place.

Description

OXIDANT SPRAYING APPARATUS FOR PERMANENT WAVING AND APPLICATION METHOD OF OXIDANT}

      The present invention relates to an oxidant spray device for an permanent wave and a method for applying an oxidant, and more particularly, to an oxidant spray device and an oxidant application method capable of efficiently and simply neutralizing a reducing agent used when making hair into a permanent wave. .

The main component of the hair is keratin, and the keratin, a fibrous protein polymer composed of 18 different amino acids, is characterized by a crosslinked structure having one disulfide bond (-SS-) per 10 to 20 amino acid residues on average. Determines the tertiary structure of the protein by folding. Representing the structure of keratin is cystine represented by the formula HO ₂ CC (NH ₂ ) HCH ₂ S-SCH ₂ C (NH ₂ ) HCO ₂ H.

     On the other hand, permanent waving agents are generally composed of a first agent mainly composed of a reducing agent and a second agent mainly composed of an oxidizing agent (neutralizing agent).

The permanent waving mechanism of hair is the most basic step by cleaving disulfide bonds of cystine [HO ₂ CC (NH ₂ ) HCH ₂ S-SCH ₂ C (NH ₂ ) HCO ₂ H] using a first zener reducing agent. It is reduced to cysteine [HO ₂ CC (NH ₂ ) HCH ₂ SH] to treat the appearance of the hair deformably (reducing agent treatment step), and maintains in wave form by applying mechanical tension to the hair before or after such treatment or at the same time. To form a wave on the hair using a roller or color to be used (tension adding step), and then apply the second zein oxidant as a subsequent step to reverse the reaction and convert the cysteine back to cystine again. To a mold (oxidation or fixation step).

     The new form imparted to the hair by chemical treatment as described above is remarkably durable and resistant to water or shampoo cleansing treatments for hair, in contrast to simple and conventional non-permanent hair modification treatments such as hair setting. Has an effect. The hair modification technique by the above-mentioned chemical treatment can be applied both to wave straight hair (normal perm), straighten the wave hair to straight hair, or loosen the wave.

     The first agent mainly comprising the reducing agent is usually provided in the form of a relatively viscous composition such as a waving lotion, a concentrate, a cream, a gel, etc., and typical examples of the reducing agent include cysteine and various derivatives thereof, cysteamine and derivatives thereof. , Thiolactic acid, thioglycolic acid and esters thereof, in particular glycerol monothioglycolate and thioglycerol, mergaptopropionic acid, and the like, and the additives include nonionic, anionic, cationic or amphoteric surfactants known in the art. And other ingredients such as hair damage relieving agents, dandruff inhibitors, thickeners, suspending agents, ion blockers, milk whitening agents, dyes, sunscreens, flavoring agents, preservatives, are commonly added, and ethanol, propanol or isopropanol or Solvents such as glycerol.

     On the other hand, typical examples of the oxidizing agent as the second agent include dilute sodium bromide or aqueous hydrogen peroxide solution (about 3% to 6% dilute aqueous solution).

     Conventionally, the perm work is applied evenly to the hair by applying a viscous first agent mainly composed of the above-mentioned reducing agent to the hair by hand, and then, using a heater or infrared rays in a state in which a tension force is applied to the hair by inserting a roller or color. After warming for a time, the oxidant is applied to the hair evenly by hand, maintained for a predetermined time, neutralized, and then washed.

     However, if the oxidizing agent is applied to the hair to neutralize the reducing agent, it is difficult to completely neutralize the reducing agent if it is not uniformly applied in the amount necessary for neutralizing the hair, resulting in problems such as hair damage or discoloration, and insufficient wave fixation. Conversely, if excessive amounts of oxidant are present locally in an excessive amount of oxidant, there is a risk of discoloration or discoloration of the hair by oxidizer. Not only is it a cumbersome task that requires, no matter how carefully applied during manual work, there is a problem that a complete degree of homogeneous application is not possible.

     Although many cosmetic devices for multifunctional hair treatments including a dryer and a perm have been released in recent years, as long as the applicant understands, none of the above-described methods for neutralizing the oxidizing agent by the oxidizing agent is mechanically and / or at least partially. No cosmetic device that can be performed by an electro-electronic method has been proposed or suggested at all.

Therefore, the first object of the present invention is to provide an oxidant spray device for permanent wave that can be easily and efficiently homogeneously performed on the hair by spraying the oxidant for neutralizing the reducing agent during the perm.

The second object of the present invention is to provide an oxidant spray device for permanent wave that can perform the perm more beautifully and quickly by assisting the oxidizing action of the oxidant by condensing ozone in addition to the first object of the present invention described above. It is for.

The third object of the present invention is to provide an oxidant spray device for permanent wave that can increase the perm effect by heating while giving a good feeling to the client by controlling the temperature of the oxidant spray in addition to the first or second object described above. It is for.

The fourth object of the present invention, in addition to the above-mentioned object, is that the oxidant spray can be easily and conveniently sprayed on a desired portion of the hair or can be directly sprayed only within the head wearing plastic pack area covered on the client's hair. It is to provide an oxidant spray device for the permanent wave to maximize the.

A fifth object of the present invention is to provide an oxidant spray device for permanent wave that can be efficiently integrated with various hair processes by being able to be mounted on a conventional multifunctional styling beauty device in addition to the above object.

A sixth object of the present invention is to provide an efficient and convenient method of applying an oxidant for permanent wave, which is carried out using the apparatus according to the above object.

      According to a preferred aspect of the present invention for achieving the first object of the present invention, a blower assembly for supplying air, an oxidant tank, an ultrasonic vibrator for atomizing the oxidant, and An atomizing assembly having an oxidant atomizing tube having an air inlet communicating with the blower assembly, and a main body accommodating a control panel assembly for controlling an operating time and an oxidant spraying amount; An oxidant spray device for permanent wave is provided which is in communication with the oxidant tank of the spray assembly described above and consists of a lid assembly having an oxidant tank with a stirring means mounted thereon.

      According to a preferred aspect of the present invention for achieving the second object of the present invention, in the apparatus according to the above aspect, there is provided an ozone generating assembly in communication with the oxidant atomizing tube between the blowing assembly and the atomizing assembly. There is provided an oxidant spray device for permanent wave which is interposed and whose ozone generation and amount of ozone generation are controlled by the control panel assembly described above.

      According to a preferred aspect of the present invention for achieving the third object of the present invention, in the apparatus according to the above aspect, a temperature control heater is mounted in the storage tank of the atomization assembly, and the oxidant temperature in the storage tank is An oxidant spray device for permanent wave controlled by the control panel assembly described above is provided.

      According to a preferred aspect of the present invention for achieving the above-mentioned fourth object of the present invention, the apparatus according to the above aspect further includes a spray gun assembly in which a blower fan and a heater are embedded, wherein the spray gun assembly includes There is provided an oxidant spray device for permanent wave, in which a region adjacent to the opening is in communication with the other end of the corrugated pipe, one end of which is in communication with the oxidant atomizing tube described above, and which extends outwardly.

      According to another preferred aspect of the present invention for achieving the above-mentioned fourth object of the present invention, in the aspect for achieving the above-mentioned first to third objects, it extends to the outside from the above-mentioned atomizing tube,部) An oxidant spray device for permanent wave having a corrugated pipe connected to a spray inlet pipe of a mounting plastic pack is provided.

      According to a preferred aspect of the present invention for achieving the above-mentioned fifth object of the present invention, in the device according to the aspect for achieving the above-mentioned first and third objects, it is connected to a conventional multifunctional styling cosmetic device at its upper end. There is provided an oxidant spray device for a permanent wave to which a set of electric lifting support shafts for lifting up and down are mounted.

      According to one preferred aspect of the present invention for achieving the sixth object of the present invention, the ultrafine particles having an average particle diameter of 10 μm or less and a mist content of 3 μm or less of a mist content of 12 to 18% There is provided a method for applying an oxidant for permanent wave that is atomized in a state and then sprayed and neutralized on a hair to which a reducing agent is applied.

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

      1A and 1B are respectively a perspective view and a schematic cross-sectional view of an oxidant spray device for permanent wave (1) 100 according to one preferred embodiment of the present invention, which will be referred to together for convenience of description.

      First, the basic configuration of the oxidant spray device for permanent wave 1 according to the present invention in the illustrated example is composed of a blowing assembly 10, a control panel assembly 30, an atomization assembly 50 and a lid assembly 60 And, optionally, may include an air storage assembly 20, an ozone generating assembly 40, a spray tube assembly 70, and a spray gun assembly 80.

      The oxidant spray device 1 for the permanent wave according to the present invention is a source in which the blower assembly 10, the air storage assembly 20, the control panel assembly 30, the ozone generating assembly 40, and the atomization assembly 50 are accommodated. It is usually composed of a main body 2 and the lid assembly 60, the spray tube assembly 70 is mounted on one side of the cylindrical main body 2, whereby the spray gun assembly 80 and the cylindrical main body 2 and Communicating.

      A plurality of air inlets 3 are formed at one side of the cylindrical body 2 below, and a power plug 4 is connected to the other side of the cylindrical body 2 by a cord 5.

At the bottom of the cylindrical body 2, a blower assembly 10 composed of a blower means such as a compressor or a blower fan 11, an outlet 13 extending therefrom, a solenoid valve 12, or the like is located. . The blower assembly 10 does not necessarily need to be located at the bottom, but may be preferably located at the bottom in order to minimize vibration and fine noise during blowing. If air compressor is adopted, its capacity can be 0.6 ~ 0.9HP, rated pressure 6 ~ 9kg / cm ² .

      Meanwhile, the air storage assembly 20, which is an optional component in the present invention, is located above the blower assembly 10 in the illustrated example, but it is not limited thereto and may be positioned downward or sideways. The air storage assembly 20 is composed of an air tank 21 having an inlet 22 and an outlet 23. The air tank 21 is also capable of maintaining the discharged air at a constant pressure, but in the case of adopting the ozone generating assembly 40, which is another optional component to be described later to provide the compressed air required for ozone generation Therefore, it may be desirable to install a solenoid valve (not shown) that functions as a secondary configuration thereof and enables automatic adjustment of the air volume by an electrical signal in an area adjacent to the outlet 23 of the air tank 21. have. On the other hand, the filter 25 may be interposed in the outflow pipe (not shown).

      In the illustrated example, the control panel assembly 30 is located above the air storage assembly 20 and is exposed to the control unit 31 accommodated in the main body 2 and to the outside of the main body 2 (Fig. Unsigned). In the above operation panel, for example, a key operation unit and a display in which various selection keys exist such as an operation timer switch 32, an oxidant spray amount control switch 33, a heater, a spray and / or an ozone switch 34, and the like are provided. The controller 31 includes a microcomputer (not shown), a memory (not shown), and an interface unit (not shown).

      The ozone generating assembly 40, which is an optional component in the present invention, generates ozone by using silent discharge or electrolysis of a solution. However, in the present invention, the ozone generating assembly 40 is preferably compressed by using a Siemens ozone tube. Ozone (O 3) is continuously generated by filtering air and silently discharging the air cooled by expansion. The ozone generating assembly 40 includes an inlet 44 communicating with the air tank 21, a discharge electrode plate 41 for generating ozone, a halogen lamp 42 for sterilization, and a pump for pumping the generated ozone ( 43), an outlet 45 and a filter 46 interposed in an outlet pipe (not shown). Here, the compressed air introduced from the air tank 21 through the inlet 44 is cooled while expanding in the above-described ozone generating assembly 40 having a much larger volume, thereby providing conditions favorable to ozone generation. The position of the ozone generating assembly 40 described above is optional in the present invention, and in the example shown is located adjacent to the control panel assembly 30.

      Subsequently, the atomization assembly 50 will be described. The atomization assembly 50 includes an oxidant tank 51 and a vibrator formed of a top bottom having a protruding jaw 52 and a bottom bottom having a temperature control heater 53. And 54, and an oxidizing agent atomization tube 57. The oxidizer atomization pipe 57 is formed with an ozone inlet 56 through which ozone flows from the ozone generating assembly 40 and an air supply port 55 through which compressed air flows from the air storage assembly 20. .

      The protruding jaw 52 serves to continuously inject the oxidant in accordance with the pressure of the outlet valve 66 installed at the bottom of the oxidant tank 65 of the lid assembly 60, which will be described later. The temperature control heater 53 may be controlled by a temperature control circuit (not shown) equipped with a thermistor or the like, and the heat generated by comparing a temperature sensed using a temperature sensor (not shown) with a reference temperature or a set temperature. The oxidant in the oxidant tank 51 may be preheated to a predetermined temperature, for example, a predetermined temperature in the range of 15 to 70 ° C., so as to finish the perm quickly, or to the client. You can make the client feel comfortable.

      The vibrator 54 irradiates about 1.7 MHz (1.7 million times per second) of ultrasonic waves per second to spray an oxidizer aqueous solution in an ultrafine particle state having an average particle diameter of 10 μm or less (mist content of 12 μm or less of 3 μm or less). It generates and evaporates by the air flow, the present invention may select only the ultrasonic type by the vibrator 54, but the spray generation tends to lower the ambient temperature due to the heat of vaporization of the spray, so that the heater ( It may be more desirable to employ a complex of 53) which warms the oxidant and sprays ultrasonically.

      The oxidant spray generated by the vibrator 54 is discharged from the blower assembly 10 to the compressed air discharged from the air supply port 55 opened in the oxidant atomizing pipe 57 via the air storage assembly 20. It is forcibly conveyed to the spray tube assembly 70 mentioned later.

      On the other hand, when the ozone generating assembly 40 is operated by operating the ozone switch 34 of the control panel assembly 30, the generated ozone is passed through the ozone inlet 56 opened in the oxidizer atomization pipe 57. Together with the oxidant spray described above, it is forcibly transferred to the spray tube assembly 70 described later by compressed air.

      The lid assembly 60 serves to seal the upper opening of the body 2 as described above, and also functions as an oxidant main reservoir. A handle 61 is formed at an upper end of the lid assembly 60 or an appropriate location, and a motor 62 is installed at an upper portion thereof, and the impeller 64 for oxidizing agent stirring is disposed through a shaft 63 at the motor 62. In the case of using sodium bromide and hydrogen peroxide aqueous solution as the oxidizing agent can be mixed homogeneously beforehand mechanically, the oxidant tank 65 is installed at the bottom. Since the outlet valve 66 installed at the bottom of the oxidant tank 65 has been described above, further description thereof will be omitted.

      Next, the spray tube assembly 70 will be described. In the illustrated example, the spray tube assembly 70 is penetrated by an upper side of the main body 2 and one end thereof extends downward to be positioned in the oxidizer atomization tube 57 described above. It is composed of a connecting pipe 71 and a plurality of suction ports 74, the elbow 72 and the cone 73, but the present invention is not limited thereto and may be of various configurations known in the art. Of course. One end of the cone 73 is connected to the corrugated pipe 75 so as to impart elasticity.

     Next, although an optional component in the present invention, together with the oxidant spray device for permanent wave 1 according to the present invention to form a permanent wave oxidant spray device 100 according to another preferred embodiment of the present invention The spray gun assembly 80 will be described.

     The spray gun assembly 80 has an annular body 81 in which a blower fan 82 is mounted therein, and is integrally connected to the annular body 81, and a motor 84 is built-in and a switch ( 85) a grip part 83 having a back portion formed therein, and a second blower tube 87 having a small diameter therein, and having a large diameter first blower tube 86 integrally connected to the annular body 81. do.

     The second blower pipe 87 has a blower inlet 87b and an air blower outlet 87a, one end of which is adjacent to the blower fan 82 formed of a large diameter expansion portion, and a plurality of hot wire heaters 89a in the middle portion thereof. Is mounted.

     On the other hand, the other end of the corrugated pipe (75) withdrawn from the oxidant spray device for permanent wave according to the present invention passes through the fastener (89) formed in the upper center of the spray gun assembly 80, the first blow pipe (86) Is communicated with the upper end adjacent to the opening 86a. Thus, oxidant spray (which may include ozone) is sent out from the end adjacent the opening 86a of the spray gun assembly 80.

     The spray gun assembly 80 is a hot air when the heater (89a) is operated by the switch 85 operation, the cold air is discharged when the operation is released, so the oxidant spray device for permanent wave according to the present invention (1) It can be conveniently used to control the temperature of the oxidant spray together with the heater 53 in the.

     On the other hand, the lower end of the grip portion 83 is connected to the power plug 4a via a cord 5a.

      Next, an oxidizing agent applying method according to the present invention will be described with reference to FIG. 1B.

      First, the lid assembly 60 of the oxidant spray device 1 for permanent wave according to the present invention is taken out and opened, and an oxidizing agent such as an aqueous hydrogen peroxide solution and sodium bromide is put into the storage tank 65, and then the lid assembly 60 is again placed. Insert into the body (2).

      Subsequently, the control panel assembly 30 is operated to drive the motor 62 so that the oxidant is thoroughly mixed by the rotation of the driven impeller 64.

      At the same time, the oxidant mixed by the interaction between the outlet valve 66 and the protruding jaw 52 from the storage tank 65 is filled with the shallow depth in the storage tank 51.

      By operating the control panel assembly 30 and setting the timer to operate for a predetermined time, the compressor or blower fan 11 is operated, and compressed air is stored in the air tank 21, and then the oxidant atomizing pipe 57 ) Is sent out.

      On the other hand, the oxidant in the storage tank 51 is raised by the vibration of the vibrator 54 in the spray state and the oxidant in the spray state through the spray tube assembly 70 by the compressed air flowing into the oxidant atomizing pipe 57 It is sent out.

      At this time, the desired purpose can be achieved by operating the spray switch for controlling the spray amount, the ozone switch for the ozone mixed flow, and the spray switch for the temperature control of the spray.

      The oxidant spray being delivered is delivered through the opening 86a of the spray gun, and the opening 86a of the spray gun assembly 80 described above is operated by the client with or without operating the switch 85 of the spray gun assembly 80. By approaching the hair site, the sprayed oxidant can be applied efficiently and uniformly. At this time, if necessary, the switch 85 may be operated to send out cold or warm air to spray the oxidant to a temperature at which the client can feel refreshing, or to increase the neutralization rate by the oxidant.

      FIG. 2A is a perspective view of the oxidant spray device for permanent wave 1a according to another preferred embodiment of the present invention, the basic configuration of which is substantially the same as that of FIG. 1A and FIG. Only the parts will be briefly described.

      The illustrated oxidant spray device for permanent wave (1a) is an example to be able to efficiently perform a variety of hair processes in one place by being mounted on the conventional multi-function styling cosmetic device 110 can be used.

      The oxidant spray device 1a for permanent wave according to the present invention does not include the ozone generating assembly 40 in FIG. 1B (the ozone generator 140 is disposed at the upper end of the conventional multifunctional styling cosmetic device 110 shown as a virtual line). ), The lower end of the main body 2 is provided with a cruciform extension rod 7 having a rotary fixed support shaft 6 and a rolling wheel 8 installed thereon, and a control panel assembly 30. Is installed at the upper end, and a pair of electric lifting support shaft 90, which is operated by a motor (which can also be incorporated in a general multifunctional styling beauty apparatus 110 to be described later), is mounted on the upper end, and a corrugated pipe 75 is provided. Except for being drawn out from the upper end, the basic configuration is essentially the same as the configuration shown in FIGS. 1A and 1B described above.

      A brief description of a portion of a typical exemplary multi-function styling beauty device 110 shown in phantom in the drawing, the control panel 120 is formed on the rear side and downward on both sides of the front of the control panel 120. A far-inclined position and a rear position of the control panel unit 120 are provided with a far-infrared and near-infrared irradiator 130 with a built-in Bark heater having an average emissivity of about 90%, and an ozone generator 140 above the center. It is mounted, and above it, the rotating mechanism 150 which can rotate the above far / near infrared irradiator 130 several times per minute is provided.

      FIG. 2B is a front view of the head wearing vinyl pack 160 applied to the apparatus shown in FIG. 2A, wherein the vinyl pack 160 has a vinyl 162 having an elastic band 163 for fixing when the head is worn. ) And a spray inlet tube 161 made of synthetic resin mounted thereon.

     One end of the corrugated pipe 75 drawn from the top of the oxidant spray device 1a for the permanent wave according to the present invention shown in FIG. 2A is extended to just below the ozone generator 140 described above, and then worn on the head of the client. It is connected to the opening 161a of the spray introduction pipe 161 formed in the plastic pack 160.

     Therefore, the oxidant sprayed out from the oxidant spray apparatus 1a for the permanent wave according to the present invention only extends within the area defined by the above-described vinyl pack 160 worn on the head of the client.

As described above, according to the oxidant spray device for permanent wave according to the present invention and the oxidant application method using the same, the oxidant application for neutralizing the reducing agent at the time of permation by spraying, so that the hair is simple, easy and quick and homogeneous efficiently. It is possible to carry out the oxidizing action of the oxidant by bringing the ozone airflow or warming the temperature of the oxidant, so that the perm can be carried out more beautifully and quickly while giving the client a pleasant feeling. It can be easily and conveniently sprayed on the hair area or directly sprayed only in the head wearing plastic pack area covered by the client's hair, so it is easy to use and handles, and it can be used in various multifunctional styling beauty devices. The advantage is that the styling process can be integrated efficiently in one place.

       1A is a perspective view of an oxidant spray device for permanent wave according to a preferred embodiment of the present invention.

       FIG. 1B is a schematic cross-sectional view of FIG. 1A.

       Figure 2a is a perspective view of the oxidant spray device for permanent wave in accordance with another preferred embodiment of the present invention.

       FIG. 2B is a front view of the head worn plastic pack applied to the apparatus shown in FIG. 2A. FIG.

-Explanation of symbols for the main parts of the drawings-

1,1a, 100: oxidant spray device 2: main body of the present invention

3: air intake 4,4a: plug

5,5a: Code 10: Blowing assembly

11: compressor or blower fan 12: solenoid valve

13: outlet 20: air storage assembly

21: air tank 22: inlet

23: outlet 30: control panel assembly

31: control unit 32: timer switch

33: spray amount control switch 34: heater, spray, or ozone switch 40: ozone generating assembly 41: discharge plate 42: halogen lamp 43: pump 44: inlet 45: outlet 46: filter 50: atomization assembly

51: oxidant tank 52: protrusion jaw

53: heater 54: vibrator

55: air supply port 56: ozone inlet port 57: atomization pipe 60: lid assembly

61: handle 62: motor

63: axis 64: impeller

65 oxidant tank 70 spray tube assembly 71 connector 72 elbow

73: corn 74: suction port

75: corrugated pipe 80: spraying gun assembly

81: annular body 82: blowing fan

83: grip part 84: motor

85: switch 86: first blower tube

86a: opening 87: second blower tube

87a: blowing inlet 87b: blowing inlet

88: spray inlet 89: fixture

90: electric lifting lowering support shaft 110: multifunctional styling beauty device

120: control panel 130: far-infrared irradiator

140: ozone generator 150: rotating mechanism

Claims (12)

      Atomization assembly having a blower assembly for supplying air, an oxidant tank, an ultrasonic vibrator for atomizing the oxidant, and an oxidant atomization tube having an air inlet communicating with the blower assembly described above, and controlling the operating time and the oxidant spray amount. A main body accommodating a control panel assembly;       Consists of a lid assembly having an oxidant tank in communication with the oxidant tank of said atomization assembly and mounted with a stirring means       Oxidizer spraying device for permanent wave.       According to claim 1, wherein the ozone generating assembly in communication with the oxidant atomizing pipe is interposed between the blowing assembly and the atomizing assembly, and whether the ozone generation and ozone generation is controlled by the control panel assembly described above Oxidizer spray device for wave.       The oxidant spray device for permanent wave according to claim 2, wherein an air tank is installed in an area adjacent to the blower assembly.       The oxidant spray device for permanent wave according to claim 1, wherein a heater for temperature control is mounted in the storage tank of the atomization assembly, and the oxidant temperature in the storage tank is controlled by the control panel assembly.       The apparatus of any one of claims 1 to 4, wherein the apparatus further comprises a spray gun assembly incorporating a blower fan and a heater, wherein the spray gun assembly has a region adjacent to its opening. An oxidizing agent spray device for permanent wave in which one end communicates with and the other end of a corrugated pipe extending to the outside.       The oxidant spray device for permanent wave according to claim 1 or 3 or 4, wherein a pair of electric lifting and lowering support shafts are mounted on the upper end of the device and connected to and lifting the multifunctional styling beauty device.       The oxidant spray device for permanent wave according to claim 6, wherein a cruciform extension rod provided with a rotary fixed support shaft and a rolling wheel is provided at the lower end of the main body.       After oxidizing the permanent wave oxidizing agent to an ultrafine particle having an average particle diameter of 10 μm or less and a mist content of 12 μm or less of particle size of 12 to 18%,       Consisting of spraying and neutralizing the applied hair with a reducing agent       Method for applying oxidant for permanent wave.       The method for applying an oxidant for permanent wave according to claim 8, wherein the oxidant for permanent wave is heated to a temperature of 15 to 70 ° C prior to atomizing the permanent wave oxidant.       9. The method of applying an oxidant for permanent wave according to claim 8, wherein ozone is sprayed by combining ozone with the oxidizing agent for atomized permanent wave.       The method for applying an oxidant for permanent wave according to any one of claims 8 to 10, wherein the application of the oxidizing agent for atomized permanent wave is performed by using a spray gun.       The method of applying an oxidant for permanent wave according to any one of claims 8 to 10, wherein the application of the oxidizing agent for atomized permanent wave is performed in a head worn vinyl pack.