KR100786755B1 - Humidifier for hair - Google Patents

Abstract

Providing a hair-humidifying device that can improve workability and improve chemical immersion in hair or scalp when combing when applying perm, hair dye, treatment, etc., or hair growth massage in a beauty salon. Promote A moist generator, a flexible conductive pipe, and a nozzle connected to the tip of the conductive pipe are provided. The nozzle includes a nozzle body provided with a discharge port, a flaring part such as a comb teeth or a brush hair for combing hair, and a moist deflection part. The firing unit is provided downward in front of the discharge port, and the moist deflection unit directs the flow of the moist flowing out of the discharge port downward, and injects moist to the hair in the vicinity of the firing unit.

Moist generator, conduction pipe, nozzle, nozzle body, discharge port, firing part, moist deflection part

Description

Hair humidifier {HUMIDIFIER FOR HAIR}

1 is an overall view of a hair humidifier according to an embodiment of the present invention.

2 is a perspective view of a nozzle of the hair humidifier.

3 is an explanatory view of main parts of the use state of the hair humidifier.

Fig. 4 shows the nozzle of the above-mentioned hair humidifier, (A) is a plan view, (B) is a side view, (C) is a front view, (D) is a central sectional view, and (E) is a sectional view of a base of the nozzle.

Fig. 5 shows another embodiment of the nozzle of the above-mentioned hair humidifier, where (A) is a center cross-sectional view and (B) is a bottom view.

The present invention provides a hair-humidifying apparatus by moist such as mist or steam at room temperature.

Background art: Patent Document 1 JP 10-323213 A, Patent Document 2 JP 10-94417 A, Patent Document 3 JP 2002-125762 A

In the beauty salon, a hair humidifier used for perm or akara, treatment, hair growth, etc., as shown in Patent Literature 1, a moist generator for generating moist to be supplied to the hair, The cap on the head is connected by a conduit such as a hose, and the moist generated by the moist generator is filled in the cap that can be put on the hair through the hose, and the perm or akara, treatment Moisturize hair that is doing hair growth.

In addition, in the beauty salon, in addition to the heat of humidification using a cap, when applying a perm, hair dye, a treatment agent, etc., combing is carried out to achieve uniformity of the drug. At this time, the cap is detached from the hose, the moist is ejected by the ejection port, and the operator combs while ejecting the hair of the subject, but at that time, the inlet for ejecting the moist is held in one hand, and the comb is held by the other hand.

However, the task of using both hands is difficult, and there is a problem in that it is not possible to comb while tensioning (tension) the hair. In other words, to comb while tensioning, the hair is held by one hand, the hose is held by the other hand, and the hair is combed.

In addition, for home use, as shown in Patent Literature 2 or 3, it is proposed to branch and discharge the moist from a plurality of discharge ports provided in the brush brim support.

Dryers that generate these moist products have been commercialized under trade names such as round and round dryers. It is a brush-attached type, wound around the hair, and curled, and the bristles are mounted in parallel with the moist jetting direction. Therefore, it is easy to carry out treatment when hair is curled in order to curl, but it is not suitable for combing work such as the above-mentioned combing in beauty salon, that is, combing after sufficiently spraying moist such as steam, and perm, hair dyeing When combing by applying a treatment agent or the like, the already sprayed yarn does not use such a moist generating attachment dryer.

Therefore, the present invention has been made in order to solve the above problems, the object according to a preferred embodiment of the present invention is to obtain the advice of the already medicated, hairdressing, hair dyeing, treatment or the like in the hairdresser's room Providing an appropriate hair-humidifying device when performing a back or combing process, and when combing the hair coated with a perm, a dye, a treatment agent, etc., the workability is good, and at this time, the hair or the scalp Provided is a hair humidifier capable of improving drug immersion.

In the hair humidifier according to a preferred embodiment of the present invention in order to achieve the above object, the invention according to claim 1 of the present invention, the moist generating device; A flexible conductive pipe connected to the moist generator; A nozzle body having a nozzle connected to a tip of the flexible conductive tube, the nozzle having a discharge port for discharging the moist; Blotting parts such as comb teeth and brush hairs for combing hair; A moist deflection portion is provided, the element is provided downward in front of the discharge port, the moist deflection portion guides the flow of the moist flowing out of the discharge port downward, the hair characterized in that to spray the moist to the hair in the vicinity of the ignition portion Provide a humidifier.

The invention according to claim 2 of the present application has a width greater than that of the discharge port, and an upper end of the blasting part is disposed below the upper end of the discharge port, and a lower end of the blasting part is disposed below the lower end of the discharge port. Provide the device.

According to the third aspect of the present invention, the moist deflection portion includes an inclined portion provided diagonally from an upper portion of the discharge port, and a drooping portion provided downward from the tip of the inclined portion, and an element is provided at the tip of the drooping portion. It provides a hair humidifier device characterized in that.

The invention according to claim 4 of the present invention comprises a comb teeth arranged horizontally at the tip of the nozzle, and the discharge port is provided on the nozzle body in the vicinity of the fired part, but the hair humidifier is characterized in that it is substantially a single opening. to provide.

The hair humidifier according to the present invention can hold the nozzle connected to the tip of the flexible conductive tube by hand, comb by the combing part such as comb teeth or brush hair, and spray moist to the subject's hair. . In particular, the ignition part is provided downward in front of the discharge port, and the moist deflection part is provided between the ignition part in front of the discharge port in the upper part and induces the flow of the moist downward during discharge, so that the moist sufficient for the hair just before combing is obtained. Can be sprayed.

By applying the hair humidifier of the present invention when applying hair dyes, treatments and the like, and combing, one hand is free and combing while applying sufficient tension to support hair while performing moist spraying. Advanced procedures such as work can be performed with high workability.

In particular, when the perm, hair dye, treatment, hair restorer, etc. are applied, combing is carried out with the hair humidifier of the present invention, and the permeability, hair dyeing, treatment agent can improve the chemical invasion to the hair, The texture of the hair afterwards was good, and hair dyeing was good, which was an unexpected result for the inventors themselves.

EMBODIMENT OF THE INVENTION Hereinafter, the Example of this invention is described based on drawing.

1 is an overall view of a hair humidifier according to an embodiment of the present invention, FIG. 2 is a perspective view of a nozzle of a hair humidifier, FIG. 3 is an explanatory view of an essential state of a hair humidifier, and FIG. 4 is a hair humidifier. A nozzle is shown, (A) is a top view, (B) is a side view, (C) is a front view, (D) is a center sectional view, (E) is a basic sectional view of a nozzle.

The hair humidifier includes a moist generator 1, a flexible conduit tube 2 connected to the moist generator 1, and a nozzle 3 connected to the tip of the flexible conduit tube 2.

The moist generator 1 includes a steam generator for generating steam to be supplied to the hair passing through the duct 2, and a water supply tank for steam generation for supplying water to be steam to the steam generator. Heat the water to generate steam. In addition to high-temperature steam, low-temperature mist may be generated. For example, it is good to generate atomized water molecules by atomizing with an ultrasonic vibrator. Moreover, it is also good to mix mist and steam, and to send it in the conduction pipe 2.

The conduction pipe 2 may be a flexible crimped hose, and the moist generating device side may be a highly rigid pipe, and only the tip side may be a flexible hose. The length of this flexible hose should be long enough that the operator can easily perform the procedure.

The tip of the flexible conductive tube 2 is connected to the nozzle 3. Both of the two and the two may be integrated in a non-removable manner, but they may be detachable and may be exchanged by a cap (not shown) for connecting the conductive tube 2 to the subject.

As shown in Figs. 2 to 4, the nozzle 3 includes a nozzle body 4 having a discharge port 45 for discharging the moist, a claw 5 for combing hair and combing parts such as brush hair; The moist deflection part 6 is provided.

The nozzle body 4 is provided with the support part 41 of a circular cross section, and the inclined cylinder part 42 provided in the front end side of the support part. The inclined cylinder portion 42 is inclined such that the upper surface 43 and the lower surface 44 are close to each other along the distal direction, and the opening end is a rectangular discharge port that is horizontally long when viewed from the front (from the discharge direction of the mist). (45). Side walls 46 extend slightly toward the front and right sides of the discharge port 45.

Moreover, in order to make it easy to hold by hand in the outer wall surface of the nozzle main body 4, it is preferable to carry out by providing the uneven | corrugated 47 for fingers as shown in FIG.

The moist deflection portion 6 deflects the flow of the moist discharged from the discharge port 45 in the forward direction downward, and extends downward from the tip of the upper surface 43 at the same slope as the upper surface 43 of the nozzle body 4. The plate-shaped inclination part 61 provided and the drooping part 62 provided below from the front-end | tip of the inclination part 61 are provided. The drooping portion 62 receives the flow of moist to the front and touches the hair below, but it is not necessary to geometrically orthogonal to the discharge direction of the moist, and may be perpendicular to the inclined portion 61.

In addition, when the moist deflection part 6 is viewed in a plan view, the inclined part 61 forms a trapezoid with a large width toward the tip side from the supporting end side. The tip of the lower portion 62 is located below the discharge port 45 (the discharge direction of the moist is downward in the horizontal direction). Incidentally, in this example, the inclined portion 61 and the drooping portion 62 are successively installed at an angle, but the entire moist deflection portion is curved in an oblique downward direction or curved at right angles. If the discharged moist is deflected downward (including inclined downward), the shape can be deflected suitably.

In this embodiment, the moist deflection part 6 is provided between the above-mentioned firing part 5 in the upper part of this discharge port 45, and guides the flow of the discharged moist below.

In addition, although the element 5 is provided in the front-end | tip of the moist deflection part 6 in the example of drawing, it is also possible to provide the support part for supporting the element 5 to be provided separately from a moist deflection part. In this case, although the slit part 5 arrange | positions two or more comb teeth 51 arrange | positioned in a horizontal line, you may provide a plurality of rows before and behind, and can also implement as brush bristles of a brush. It is preferable that the element 5 is detachably installed with the moist deflection portion so that only the element is easily cleaned.

This firing part 5 has a width larger than the discharge port 45, and the upper end of the firing part 5 is disposed below the upper end of the discharge port 45, and the lower end (tip) of the firing part 5 is Although arranged below the lower end of the discharge port 45, it is preferable to comb efficiently while spraying moist on the hair, and in this case, the upper end of the firing part 5 is located below the lower end of the discharge port 45. .

In addition, when viewed from a plane (a side close to the head during the procedure, the upper surface farther away from the head during the procedure), each comb (or brush hair) of the element 5 in the blowing direction and the crossing direction of the moist is Are arranged. Although it extends in the direction orthogonal to a figure, about 90-45 degree is suitable for both angles.

5, the moist deflection part 6 may be provided without distinguishing it from the nozzle body 4. As shown in FIG.

In this case of FIG. 5, the side wall 46 of the example of FIG. 4 is extended to the moist deflection part 6, and the discharge port 45 is opened to the lower surface of the nozzle body 4. As shown in FIG. Also in this embodiment, the inside of the nozzle body 4 can be advanced in the axial direction of the nozzle, so that the moist can be sprayed on the adjacent hair of the firing section 5 which is deflected downward with respect to the moist deflection section 6. Although omitted in the drawings, for example, a normal body is used as the nozzle body 4, and the tip of the normal body is closed by a tip wall orthogonal to the axial direction of the nozzle, and the element 5 is provided at the bottom of the tip wall. And discharging the adjacent lower surface of the firing part 5 to discharge, the moist in contact with the tip wall may be ejected downward.

In addition, the cross-sectional shape of the nozzle can be implemented by changing the type such as polygon, such as elliptical and spherical, in addition to circular.

In the constituent part 5, when an image spraying agent performs a procedure, a comb is preferable instead of a brush. In particular, the comb teeth are arranged in a row and preferably substantially the same length. The discharge port 45 may be provided at the front end of the nozzle body 4 as shown in FIG. 4 or at the lower surface of FIG. 5, or in any case adjacent to the element 5 (particularly, a comb). It is preferred to spray downward (ie in the direction of the hair) in a substantially single opening.

This makes it possible to apply the comb teeth to the hair sufficiently moistened by a large amount of moist, and thereby the treatment agent is more advantageous than the conventional one because the treatment agent is easily submerged in the hair drawn by the comb teeth. It is possible to get the effect.

Here, the width of the element 5 is preferably 50-90 mm, and the width in the front-rear direction in which the moist flows downward (in the embodiment of FIG. 4, the distance from the discharge port 45 to the element 5) is 10-50 mm. Is good.

The element 5 can also be provided at an adjacent position (the supporting side of the nozzle) of the discharge port 45.

However, it is difficult to perform the installation work at the adjacent position of the discharge port 45, so that it is difficult to perform the operation of the already sprayed spray. Therefore, it is preferable that the discharge port 45 is provided only at the distal end side.

As described above, in the hair-humidifying device of the main cloud, as shown in Figs. 2 and 3, when the moist is sprayed by supporting the nozzle 3, the moist is guided to the moist deflection portion 6, and the moist is sprayed downwardly. do.

At the same time, by combing or brushing the hair in the constituent section 5, while at the same time exerting a sufficient wetting effect on the hair immediately before combing or the like, the practitioner holds the nozzle 3 with one hand and removes the moist. It is possible to provide a hair humidifying apparatus that is most suitable for a treatment method in a beauty salon, such as simultaneously performing spraying and combing, and holding the hair with the other hand.

(Example)

Hereinafter, in the Examples, the embodiment of the present application shown shows the effect of connecting the nozzle to the moist generating device relating to the applicant's manufacture and sale, and performing the hair treatment.

The moist generating device compresses the moist generated by the ultrasonic wave in the water storage tank by the blowing fan, the size of the moisture is about 0.3 m in average diameter, and the extraction temperature of the moist from the discharge port of the nozzle is 60 degrees.

In addition, it is possible to provide an ozone ion generating device in parallel, and to discharge the ozone ion in combination with a moist or to perform it independently. In a comparative example, the same test is performed in comparative example 1-4.

In Comparative Example 1, combing was performed using the same moist generator as in Example, while discharging the moist from the normal nozzle without combing.

In Comparative Example 2, a boiling steam type moist generator is used, and water is boiled in the tank, and combing while discharging the generated steam from a normal nozzle without a comb.

The suction discharge temperature of the moist at the discharge port is about 90 degrees Comparative Example 3, the moist is in contact with the moist more than 3m away from the head of the subject.

The temperature of steam near the head is about 43 degrees. In addition, by providing an ozone ion generating device, it is possible to perform the discharge of ozone ions together with a moist and independently.

Comparative Example 3 is left to stand without contact with the moist.

In Comparative Example 4, a cap covering the entire head of the subject is attached to the end of the hose by using the same moist generating device as in Example, and the moist is induced and filled in the cap.

Test 1

In Test 1, the test hair was used as a sample, but the process of Pamanent procedure 1) -6) was performed. At that time, humidification was performed using Examples and Comparative Examples.

1) After applying pretreatment

Comparative Example 1 ... The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

Comparative example 2 ... Moist was discharged for 3 minutes and combed with the nozzle and the separate comb.

Comparative Example 3-No treatment.

Comparative Example 4-No treatment.

EXAMPLES The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

2) After winding, apply the perm first coating,

Comparative Example 1 The moist was discharged for 3 minutes, and then combed with a nozzle and a separate comb, and then left for 7 minutes of natural standing.

Comparative example 2 ... After moist was discharged for 3 minutes and combed with a nozzle and a separate comb, it left for 7 minutes of natural standing.

Comparative example 3 was 15 minutes of natural leaving.

Comparative Example 4 A moist was introduced into the cap and filled, followed by humidification for 10 minutes.

Example ... Except for the nozzle, the cap was replaced with the same cap as in Comparative Example 4, a moist was introduced into the cap, filled, and humidified for 10 minutes.

3) Medium water washing

4) Pharma 2 application

Comparative Example 1 The ozone ion was ejected for 3 minutes.

Comparative example 2 was left unattended.

Comparative Example 3 Naturally left.

Comparative Example 4 Ozone ion was introduced into the cap and filled for 3 minutes.

EXAMPLES Ozone ions were introduced into the cap and filled for 3 minutes.

5) Plain rinse

Each comparative example ... Natural left.

EXAMPLES A moist was discharged for 3 minutes and combed to a nozzle and an integral firing part.

6) dry (dry)

(Test result)

Visually, when the state of each wave was confirmed, the Example was the most favorable result.

It took the strongest

Comparative Example 1 2.5 times wave efficiency

Comparative Example 2 Wave Efficiency 3 Times

Comparative Example 3-2.5x Wave Efficiency

Comparative Example 4-The medium to the root of the hair is weaker than the Example with twice the wave efficiency.

EXAMPLES It took uniformly twice the wave efficiency.

The hand feel was soft and calm in the examples.

(Test 2)

In Test 2, the test hair was used as a sample, but the process of permanent procedure 1) -4) was performed. At that time, humidification using Examples and Comparative Examples was performed.

The dark brown of "Ena" is used for the pharmaceutics.

1) After applying pretreatment

Comparative Example 1 ... The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

Comparative example 2 ... Moist was discharged for 3 minutes and combed with the nozzle and the separate comb.

Comparative Example 3-No treatment.

Comparative Example 4-No treatment.

EXAMPLES The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

2) Pharma drug application

Comparative Example 1 The moist was discharged for 3 minutes, and then combed with a nozzle and a separate comb, and then left to stand for 12 minutes.

Comparative Example 2 The moist was discharged for 3 minutes, and then combed with a nozzle and a separate comb, and then left for 7 minutes of natural standing.

Comparative example 3 was 15 minutes of natural leaving.

Comparative Example 4 A moist was introduced into the cap to fill it, and then humidified for 15 minutes.

Example ... Except for the nozzle, the cap was replaced with the same cap as in Comparative Example 4, and a moist was introduced into the cap to fill it, followed by humidification for 10 minutes.

3) shampoo

EXAMPLES The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

4) Dry (dry)

(Test result)

Visually, when the state of the wave of each sample was confirmed, the Example was the most favorable result.

It took the strongest

Comparative Example 1-Good color coating.

Comparative Example 2 Less Coated

Comparative Example 3-Color Coating is Weak

Comparative Example 4 Good color coating

Example ... Good color coating

The hand feel is the softest in Comparative Example 4 and Example.

(Test 3)

In Test 3, the test hair was used as a sample, and the process of Pamanent procedure 1) -5) to correct the discoloration of the hair tip was performed. At that time, humidification using Comparative Example 4 and Example was performed.

1) After applying pretreatment

Comparative Example 4 The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

EXAMPLES The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

2) The perm application was applied from the root to the middle, and left to stand for 15 minutes.

3) combing

Comparative example 4 ... Moist was discharged for 3 minutes, and combing was carried out by the nozzle and the separate comb until water washing.

EXAMPLES While moist was discharged for 3 minutes, combing was carried out with a nozzle and one comb until washing with water.

4) after shampoo

Comparative Example 1 The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

EXAMPLES Moist was discharged for 3 minutes and combed with a nozzle and a comb integrally.

5) dry

(Test result)

Visually, when the state of the pamanent of both samples was confirmed, the Example was the most favorable result.

Comparative Example 1 The color was not dyed at the tip of the hair, and the boundary between the dyed and undyed areas could be recognized as a line.

EXAMPLES The color was dyed at the tip of the hair, and the place where the dye was dyed and the boundary without dyeing was a natural feeling on gradation (lightness).

(Test 4)

Test 4 used the test hair bundle for a sample, performed the process of straight perm treatment 1) -8), and humidified using the Example and each comparative example at this time.

1) After applying pretreatment

Comparative Example 1 The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

Comparative Example 2 The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

Comparative Example 3-No treatment.

Comparative Example 4-No treatment.

EXAMPLES The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

2) apply the first coating

Comparative Example 1 After discharging the moist for 3 minutes, combing with a nozzle and a separate comb, the resultant was left for 7 minutes of natural standing.

Comparative example 2 After discharging moist for 3 minutes, combing with a nozzle and a separate comb, it left for 7 minutes of natural standing.

Comparative example 3 was 15 minutes of natural leaving.

Comparative Example 4 Moist was introduced into the cap to fill it, followed by heating for 10 minutes.

Example ... Except for the nozzle, the cap was replaced with the same cap as in Comparative Example 4, and a moist was introduced into the cap to fill it, followed by heating for 10 minutes.

3) Plain Rinse

4) Intermediate Treatment

Comparative example 1 ... After discharging moist for 3 minutes, combing with a nozzle and a separate comb, it was left for 7 minutes of natural standing.

Comparative example 2 After discharging moist for 3 minutes and combing with a nozzle and a separate comb, it left for 7 minutes of natural standing.

Comparative Example 3-No treatment.

Comparative example 4 ... Moist was discharged for 3 minutes except a cap, and combing was performed with the nozzle and the separate comb.

Example ... The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

5) Dry and iron treatment

6) 2 agent application

Comparative Example 1 Ozone ion was discharged for 3 minutes.

Comparative example 2 was left to stand.

Comparative example 3 was left to stand.

Comparative example 4 ... Moist was discharged for 3 minutes except a cap, and the nozzle combed with the comb of a separate body.

Example ... The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

7) plain rinse

Each comparative example.

EXAMPLES The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

8) dry

(Test result)

Visually, to confirm the state of each sample, the example was the best result.

Comparative Example 1 △ It was slightly flexible and smooth.

Comparative Example 1 △ It was slightly flexible and smooth.

Comparative example 3 ... X felt hard.

Comparative Example 4 ○ ○ Flexible and slippery.

EXAMPLES ○○ Max flexible and slippery.

(Test 5)

Test 5 used the test hair bundle for a sample, performed the process of treatment procedure 1) -6), and performed the humidification using the Example and each comparative example at that time.

1) Application of pretreatment

2) Treatment application

Comparative Example 1 The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

Comparative example 2 ... Moist was discharged for 3 minutes, and combing was performed with the nozzle and the separate comb.

Comparative Example 3 10 minutes of natural standing.

Comparative Example 4 Moist ozone ion was introduced and filled in the cap, followed by heating for 10 minutes.

Example ... The moist was discharged for 3 minutes, and combed to a nozzle and an integral firing portion.

3) Plain Rinse

Each comparative example ... Natural left.

Example ... The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

4) dry

(Test result)

In order to confirm the state of each sample by visual observation and touch, the Example was the best result.

Comparative example 1 ... ○ Slippery.

Comparative example 2 ... ○ Slippery.

Comparative Example 3...

Comparative Example 4 ○ ○ Slippery.

EXAMPLES ○○ Maximum slippery.

(Test 6)

The test 6 and the test hair bundle were used for the sample, but combing steps 1) and 2) were carried out, and at that time, the procedure was performed using Examples to Comparative Examples 1.

1) For hair that has nothing to comb,

Comparative Example 1 The moist was discharged for 3 minutes and combed with a nozzle and a separate comb.

Example ... The moist was discharged for 3 minutes and combed to a nozzle and an integral firing portion.

2) dry

(Test result)

According to the naked eye and the touch, in order to confirm the state of each sample, the Example was a better result than the comparative example 1 with respect to the softness, the smoothness, and the touch of the hand.

In Examples and Comparative Examples, five female subjects were subjected to permanent, coloring, straight, and treatment procedures, respectively. The results are shown in Table 1-4. Each table shows that the left side is the best and the result is as bad as the right side.

As for the test method, the procedure of the permanent procedure test was the same as that of Test 1, the coloring procedure was the same as Test 2, the straight perm procedure was the same as Test 4, and the treatment procedure was the same as Test 6.

For the implementation, Table 5 shows the results of monitoring 25 employees of the present applicant, performing treatment treatment, and requesting the appreciation of a plurality of answers.

In each test mentioned above, it is clear that the thing of an Example acquired favorable evaluation compared with each comparative example.

Moreover, when observing such test results collectively, even if it sees as a whole, when an Example touches, it feels good, and color may be colored also about coloring. When used in the beauty salon, it is suitable for shortening the treatment time and increasing the texture of the hair after the treatment.

Claims (4)

A moist generator; A flexible conductive tube connected to the moist generator; A nozzle connected to the tip of the flexible conductive tube, The nozzle includes a nozzle body having a discharge port for discharging the moist; Claws such as combs and brush hairs for combing hair; With a moist deflection part, The element is installed downward in front of the discharge port, The moist deflection part directs the flow of the moist flowing out from this discharge port downward, injects moist to the hair in the vicinity of the firing part, The firing unit has a horizontal width greater than the discharge port, the upper end of the firing unit is disposed below the upper end of the discharge port, the lower end of the firing unit is characterized in that disposed below the lower end of the discharge port. delete According to claim 1, wherein the moist deflection portion is provided with an inclined portion which is installed to face downwards diagonally from the upper portion of the discharge port, and a drooping portion provided downward from the tip of the inclined portion, characterized in that the ignition portion is provided at the tip of the drooping portion. Hair humidifier. The hair humidifier according to claim 1, wherein the constituent elements are comb teeth arranged in a row in the front end of the nozzle, and the discharge port is a substantially single opening provided in the nozzle body adjacent to the constituent parts.

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