JP4198140B2 - Hair humidifier - Google Patents

Description

  The present invention provides a hair humidifier using moist such as normal temperature mist and high temperature steam.

Japanese Patent Laid-Open No. 10-323213 JP-A-10-94417 JP 2002-125762 A

In a hairdressing salon, a hair humidifier used when performing perm, hair color, treatment, hair growth, etc. is covered with a moist generator for generating moist to be supplied to the hair and a hair as shown in Patent Document 1. The cap is connected with a hose or other conduit, and the moist generated by the moist generator fills the cap over the hair through the hose, allowing permanents, hair colors, treatments, and hair growth. Humidification is performed on the hair that is being treated.
In addition, in the hairdressing salon, in addition to the humidification heat using the cap, when applying perm, hair dyeing, treatment agent, etc., the medicine is made uniform while combing. At this time, remove the cap from the hose, remove the moist from the spout, and the practitioner combs while spraying on the subject's hair, but in that case, hold the moist spout in one hand, Hold the comb by hand and do combing work. However, there are problems that both hands are blocked and the work is difficult to perform, and that combing cannot be performed while tension is applied to the hair. That is, in order to comb while applying tension, the hair is held with one hand and the comb is held with the other hand.

  In addition, mainly for home use, as disclosed in Patent Documents 2 and 3, a device in which moist is branched and discharged from a large number of discharge ports provided in a brush bristle supporting portion has been proposed. Dryers that generate these moist are commercialized under the trade name such as the round dryer. This is one with a brush, which is wound around the hair to produce a curl, and the brush hair is attached in parallel to the direction in which the moist is ejected. Therefore, it is easy to wrap around the hair to get curl, but it is not suitable for the combing work as described above in a hairdressing salon, that is, the treatment of combing after sufficiently blowing moist such as steam, Barbers do not use such dryers with moist when performing combing when applying perms, hair dyes, treatments, etc.

  The present invention is based on the advice of a professional hairdresser, and provides a hair humidifier that is suitable for performing combing treatments in the hairdressing salon when applying perms, hair dyes, treatments, etc., and hair restoration massages. Hair that has good workability when combing hair with perm, hair dye, treatment agent, etc., and can improve drug penetration into the hair and scalp at this time It is intended to provide a humidifier.

The invention according to claim 1 of the present application includes a moist generator, a flexible conductive pipe connected to the moist generator, and a nozzle connected to a tip of the flexible conductive pipe, and the nozzle Is equipped with a nozzle body with a discharge port for discharging moist, a hair ridge part such as comb teeth and brush hair for combing hair, and a moist deflection part, with the hair ridge part facing downward in front of the discharge port The comb teeth and brush hairs of the hair ridge are arranged in a direction intersecting at an angle of 90 to 45 degrees with respect to the front-rear direction. The flow of the water is guided downward, and the moist is sprayed on the hair in front of the hair ridge portion. Further, the above-mentioned moist deflecting portion includes an inclined portion provided obliquely downward, and a tip of the inclined portion. Set downward from Was a hanging portion, provide a hair humidifier, characterized in that said hair carding unit is provided at the distal end of the suspended portion.
In the invention according to claim 2 of the present application, the nozzle main body includes a base portion and an inclined cylinder portion provided on the distal end side of the base portion, and the upper surface and the lower surface of the inclined cylinder portion are arranged so as to approach the distal end. The hair humidifier according to claim 1, wherein the hair humidifier is inclined so as to approach .
In the invention according to claim 3 of the present application, the moist deflecting portion includes an inclined portion provided obliquely downward from the upper portion of the discharge port, and a hanging portion provided downward from the tip of the inclined portion, The hair humidifier according to claim 1 or 2, wherein a hair ridge is provided at a tip of the hanging part.
In the invention according to claim 4 of the present application, the hair ridge part is comb teeth arranged in a horizontal row at the tip of the nozzle, and the discharge port is substantially provided in the nozzle body in front of the hair ridge part. The hair humidifier according to any one of claims 1 to 3, wherein the hair humidifier is a single opening.

The hair humidifying device according to the present invention has a nozzle connected to the tip of a flexible conducting tube by hand and combs it by a hair ridge such as comb teeth or brush hair, and at the same time moisturizes the hair of a subject. Can be injected. In particular, the hair ridge is provided downward in front of the discharge port, and the moist deflecting unit is provided between the upper part of the discharge port and the front hair ridge, so that the flow of the discharged moist is downward. Therefore, sufficient moist can be sprayed on the hair just before combing.
By using the hair humidifier of the present invention when performing combing treatment when applying hair dye, treatment agent, etc., one hand is free, while moist jetting, holding hair and applying tension Advanced treatment such as combing work can be performed with good workability.
In particular, when perm, hair dyeing, treatment, hair restorer, etc. are applied, combing treatment with the hair humidifier of the present invention can improve the permeation of the permeation, hair dye, treatment agent into the hair, It was a surprising result for the inventor himself that the feel of the later hair was improved and the hair dyeing in the hair dyeing was also improved.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is an overall view of a hair humidifying device according to an embodiment of the present invention, FIG. 2 is a perspective view of a nozzle of the hair humidifying device, and FIG. 3 is an explanatory view of a main part of a usage state of the hair humidifying device. 4A and 4B show the nozzle of the hair humidifier, where FIG. 4A is a plan view, FIG. 4B is a side view, FIG. 4C is a front view, FIG. 4D is a central sectional view, and FIG. FIG.

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

  The moist generator 1 includes a steam generator for generating steam to be supplied to the hair through the conducting tube 2, and a water supply tank for generating steam for supplying the steam to the steam generator. Heat to generate steam. In addition to high-temperature steam, low-temperature mist may be generated. For example, water molecules atomized and atomized by an ultrasonic vibrator may be generated. Alternatively, mist and steam may be mixed and sent from the conducting tube 2.

The conducting tube 2 may be a flexible bellows-like hose, or the moist generator may be a highly rigid pipe and only the distal end may be a flexible hose. The length of the flexible hose suffices if it is long enough for the practitioner to easily perform the operation.
A nozzle 3 is connected to the distal end of the flexible conducting tube 2. Although both 2 and 3 may be integrated so as not to be detachable, the detachable connection is made so that the conducting tube 2 can be replaced with a cap for hair (not shown) for covering the patient. Also good.

As shown in FIGS. 2 to 4, the nozzle 3 includes a nozzle body 4 having a discharge port 45 for discharging moist, a hair ridge portion 5 such as comb teeth and brush hairs for combing hair, and a moist deflection. Part 6.
The nozzle body 4 includes a base 41 having a circular cross section and an inclined cylindrical portion 42 provided on the tip side of the base. The inclined cylindrical portion 42 is inclined so that the upper surface 43 and the lower surface 44 approach each other toward the tip, and the opening end thereof is a horizontally long rectangular discharge port 45 when viewed from the front (as viewed from the discharge direction of the moist). ing. On the left and right sides of the discharge port 45, side walls 46, 46 are slightly extended toward the tip. In addition, in order to make it easy to hold on the outer wall surface of the nozzle body 4 by hand, as shown in FIG.

  The moist deflecting unit 6 deflects the flow of moist discharged forward from the discharge port 45 downward, and extends obliquely downward from the top end of the upper surface 43 at the same inclination as the upper surface 43 of the nozzle body 4. The plate-shaped inclined portion 61 and a hanging portion 62 provided downward from the tip of the inclined portion 61 are provided. The hanging portion 62 receives the flow of the moist in front and applies it to the lower hair, but does not need to be geometrically perpendicular to the discharge direction of the moist and is closer to the vertical than the inclined portion 61. If it is.

  In addition, the moist deflecting portion 6 has a trapezoidal shape in which the lateral width increases from the proximal end side toward the distal end side in plan view. The tip of the drooping portion 62 is positioned below the discharge port 45 (downward with the moist discharge direction as the horizontal direction). In this example, the inclined portion 61 and the hanging portion 62 are connected at an angle, but the entire moist deflecting portion is curved obliquely downward, bent at a right angle, etc. If the moist discharged in the horizontal direction is deflected downward (including obliquely downward), the shape can be appropriately deflected.

  In this example, the moist deflecting unit 6 is provided between the upper part of the discharge port 45 and the front hair lash part 5 and guides the flow of the discharged moist downward. In addition, although the hair lash part 5 is provided at the tip of the moist deflection part 6 in the example shown in the figure, a support part for supporting the hair lash part 5 is provided separately from the moist deflection part 6. You can also In this example, the hair rivet 5 is implemented as a plurality of comb comb teeth 51 arranged in a horizontal row, but a plurality of rows may be provided in the front and back, and implemented as brush bristles of a brush. You can also. It is also desirable that the hair lash part 5 is provided so as to be detachable from the moist deflecting part so that only the hair lash part 5 can be easily washed.

  The hair ridge part 5 has a larger width than the discharge port 45, the upper end of the hair ridge part 5 is positioned below the upper end of the discharge port 45, and the lower end (tip) of the hair ridge part 5 is the discharge port 45. It is desirable that the upper end of the hair ridge part 5 is located below the lower end of the discharge port 45 in this example because it is possible to efficiently comb while spraying moist on the hair. positioned. In addition, each comb tooth (or brush hair) of the hair ridge part 5 in a direction intersecting with the blowing direction of the moist with a plan view (the side close to the hair at the time of treatment being the bottom surface and the side far from the hair at the time of treatment being the top surface) ) Are arranged. In the figure, it is extended in a direction orthogonal to each other, but the angle formed by both is suitably about 90 to 45 degrees.

As shown in FIG. 5, the moist deflecting unit 6 may be provided without being distinguished from the nozzle body 4. In the example of FIG. 5, the side walls 46, 46 of the example of FIG. 4 are extended to the moist deflecting unit 6, and the discharge port 45 is opened on the lower surface of the nozzle body 4. Even in this example, the moist that has advanced in the nozzle body 4 in the axial direction of the nozzle can be deflected downward by the moist deflector 6 and sprayed onto the hair before the hair ridge 5. Although illustration is omitted, for example, a cylindrical body is used as the nozzle body 4, and the distal end of the cylindrical body is closed by a distal end wall orthogonal to the axial direction of the nozzle, and a hair ridge 5 is provided at the lower end of the distal end wall. The lower surface of the front side of the collar portion 5 may be opened to form a discharge port so that the moist that has hit the tip wall is ejected downward.
Further, the cross-sectional shape of the nozzle may be variously changed to a circular shape, an elliptical shape, a polygonal shape such as a rectangular shape, and the like.

  The hair comb 5 is preferably a comb comb, not a brush, for a treatment performed by a barber. In particular, the comb teeth are preferably arranged in a horizontal row and have substantially the same length. Regardless of whether the discharge port 45 is provided at the front end of the nozzle body 4 as shown in FIG. 4 or the lower surface of FIG. 5 (especially comb comb teeth), even if it is essentially a single opening (even if it is formally divided into plurals simply by reinforcing ribs, etc.), the moist is injected into the hair as a single stream. What is sprayed downward (i.e. in the direction of the hair) from an opening configured in such a way is desirable. As a result, comb comb teeth can be made to act on hair sufficiently moistened by a large amount of moist, which makes it easier for the treatment agent to penetrate into the hair pulled by the comb teeth. It is considered that a more advantageous treatment effect can be obtained. Here, the width of the hair comb portion 5 is preferably 50 to 90 mm, and the width in the front-rear direction in which the moist flows downward (the distance from the discharge port 45 to the hair comb portion 5 in the example of FIG. 4, the width of the discharge port 45 in the example of FIG. 5). The distance from the base end to the hair end is preferably 10 to 50 mm. The hair ridge 5 can also be provided in front of the discharge port 45 (on the base end side of the nozzle). However, if it is also provided in front of the discharge port 45 (the base end side of the nozzle), it will be difficult for the hairdresser to perform the operation, so it is not provided in front but only on the tip side. Is desirable.

  As described above, in the hair humidifier of the present application, as shown in FIGS. 2 and 3, when the moist is ejected with the nozzle 3, the moist is guided by the moist deflecting unit 6 and ejects the moist obliquely downward. To do. At the same time, by combing or brushing the hair with the hair ridge 5, it is possible to exert a sufficient wetting effect on the hair just before combing, and the practitioner holds the nozzle 3 with one hand. Thus, it is possible to provide a hair humidifier that is optimal for a hairdressing salon treatment method, such as performing hair spraying and combing at the same time, and holding the hair with the other hand.

Next, as an example, the nozzle and hose shown in the illustrated embodiment of the present application are connected to a moist generator related to the manufacture and sale of the applicant and the result of hair treatment is shown.
The above-mentioned moist generator extrudes a moist generated by ultrasonic waves in a water storage tank with a blower fan, the size of water molecules is about 0.3 μm in average diameter, and the blowing temperature of the moist from the nozzle outlet is It was 60 ° Comparative Example 3. In addition, ozone ion generators are provided in parallel, and ozone ions can be discharged in combination with a moist or independently.
As Comparative Examples, Comparative Examples 1 to 4 were similarly tested.
In Comparative Example 1, combing was performed using the same moist generator as in the example and discharging moist from a cylindrical nozzle without a comb.
In Comparative Example 2, a boiling steam type moist generator was used, and water was boiled in a tank, and combing was performed while discharging the generated steam from a cylindrical nozzle without a comb. The blowing temperature of the moist from the discharge port was about 90 ° Comparative Example 3, and the moist (steam) was applied at a distance of 30 Comparative Example 3 m or more from the head of the patient. The temperature of the steam near the head was about 43 ° Comparative Example 3. In addition, ozone ion generators are provided in parallel, and ozone ions can be discharged in combination with a moist or independently.
Comparative Example 3 was left as it was without being exposed to moist.
In Comparative Example 4, using the same moist generator as in the example, a cap covering the entire head of the patient was attached to the tip of the hose, and the moist was guided and filled in the cap.

Test 1
Test 1 was performed using the test hair bundle (damaged hair wig) as a sample and performing the steps of permanent treatment 1) to 6). At that time, humidification was performed using Examples and Comparative Examples. It was.

1) Comparative Example 1 after application of the pretreatment agent (“Nano 0” (trademark)): Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative Example 2 ... Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative example 3 ... no treatment.
Comparative Example 4 No treatment.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
2) After winding, apply the first permanent agent application ("Thiosis" (trademark))
Comparative Example 1 ... Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand naturally for 7 minutes.
Comparative Example 2 ... Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand for 7 minutes.
Comparative Example 3 ... Natural standing for 15 minutes Comparative Example 4 ... Moist was introduced and filled in the cap and heated for 10 minutes.
Example: The nozzle was removed and replaced with the same cap as in Comparative Example 4, and the moist was guided and filled in the cap, followed by heating for 10 minutes.
3) Intermediate water washing
4) Perm 2 agent application comparative example 1 ... Ozone ions were discharged for 3 minutes.
Comparative Example 2 was allowed to stand naturally.
Comparative example 3.
Comparative Example 4 ... Ozone ions were introduced into the cap and filled for 3 minutes.
Example: Ozone ions were introduced into the cap and filled for 3 minutes.
5) Plain rinse (no treatment)
Each comparative example ... Example of natural standing ... Moist was discharged for 3 minutes, and combing was performed with a hair ridge part integrated with the nozzle.
6) Dry (dry)

Test result When the state of the wave of each sample was confirmed by visual observation, the example was the best result.
It took the strongest.
Comparative example 1 ... Wave efficiency 2.5 times Comparative example 2 ... Wave efficiency 3 times Comparative example 3 ... Wave efficiency 2.5 times Comparative example 4 ... Wave efficiency 2 times hair than the embodiment The middle to the base is slightly weak.
Example: It was applied uniformly at twice the wave efficiency.
The touch of the example was the softest and moist.

Test 2
Test 2 was performed using the test hair bundle (damaged hair wig) as a sample, and the steps of coloring treatment 1) to 4) were performed. At that time, humidification was performed using Examples and Comparative Examples. went.
The color drug uses "Henna" (trademark) dark brown.

1) Comparative Example 1 after application of the pretreatment agent (“Nano 0” (trademark)): Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative Example 2 ... Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative example 3 ... no treatment.
Comparative Example 4 No treatment.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
2) Color chemical application comparison example 1 ... Moist is ejected for 3 minutes, combed with a comb separate from the nozzle, and then allowed to stand naturally for 12 minutes.
Comparative Example 2 ... Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand for 7 minutes.
Comparative Example 3 ... Naturally Standing for 15 Minutes Comparative Example 4 ... Moist and ozone ions were introduced and filled in the cap and heated for 15 minutes.
Example: The nozzle was removed and replaced with the same cap as in Comparative Example 4, and the cap was filled with moist and ozone ions and heated for 15 minutes.
3) Shampoo Example: Moist was discharged for 3 minutes, and combing was performed with the hair ridge part integrated with the nozzle.
4) Dry

Test result When the state of the wave of each sample was confirmed by visual observation, the example was the best result.
It took the strongest.
Comparative Example 1 ... Good color.
Comparative Example 2 ... Color is slightly weak.
Comparative Example 3 ... The color is weakest.
Comparative Example 4 ... Good color.
Example: Color is good.
The touch was the smoothest in Comparative Example 4 and Examples.

Test 3
Test 3 was performed by performing the steps of coloring treatments 1) to 5) for correcting the discoloration of the hair tips, using a test hair bundle (which was once rolled with a damaged hair wig) as a sample. At that time, humidification was performed using Comparative Example 4 and Examples.
For the color drug, dark brown of “Wela N3” (trademark) is used.

1) Comparative example 4 after application of the pretreatment agent (“Nano 0” (trademark)): Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
2) The color coating 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 performed up to the tip of the hair with a comb separate from the nozzle.
Example: Moist was discharged for 3 minutes and combed to the tip of the hair with a comb integrated with the nozzle.
4) Comparative Example 1 after shampooing ... Moist was discharged for 3 minutes and combed with a comb separate from the nozzle.
Example: Moist was discharged for 3 minutes, and combing was performed with a comb integrated with the nozzle.
5) Dry

Test result When the coloring state of both samples was confirmed by visual observation, the example was a good result.
Comparative Example 1 ... No color was included up to the hair ends, and the boundary between the dyed and undyed areas was visible as a line.
Example: Color was contained up to the hair ends, and the boundary between the dyed and undyed areas was a gradation and a natural feeling.

Test 4
Test 4 was performed by performing the steps of straight permanent treatment 1) to 8) using a test hair bundle (damaged hair wig) as a sample. At that time, humidification was performed using Examples and Comparative Examples. went.

1) Comparative Example 1 after application of the pretreatment agent (“Nano 0” (trademark)): Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative Example 2 ... Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative example 3 ... no treatment.
Comparative Example 4 No treatment.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
2) Apply 1 agent (heating thio (trademark), for damage)
Comparative Example 1 ... Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand naturally for 7 minutes.
Comparative Example 2 ... Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand for 7 minutes.
Comparative Example 3 ... Natural standing for 15 minutes Comparative Example 4 ... Moist was introduced and filled in the cap and heated for 10 minutes.
Example: The nozzle was removed and replaced with the same cap as in Comparative Example 4, and the moist was guided and filled in the cap, followed by heating for 10 minutes.
3) Plain rinse
4) Comparative example 1 of intermediate treatment: Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand naturally for 7 minutes.
Comparative Example 2 ... Moist was discharged for 3 minutes, combed with a comb separate from the nozzle, and allowed to stand for 7 minutes.
Comparative example 3 ... no treatment.
Comparative Example 4 ... The cap was removed and the moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
5) Drying and ironing
6) Double agent application comparative example 1 ... Ozone ions were discharged for 3 minutes.
Comparative Example 2 was allowed to stand naturally.
Comparative example 3.
Comparative Example 4 ... The cap was removed and the moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
7) Each of the plain rinse comparative examples: Naturally-exposed example: Moist was discharged for 3 minutes, and combing was performed with the hair ridge part integrated with the nozzle.
8) Dry

Test result When the state of each sample was confirmed by visual observation and tactile sensation, the example was the best result.
Comparative Example 1 ... Δ was slightly soft and smooth.
Comparative Example 2 ... Δ was slightly soft and smooth.
Comparative Example 3 ... x felt hard.
Comparative Example 4... Soft and smooth.
Example: XX: Softest and smoothest.

Test 5
Test 5 was performed using the test hair bundle (damaged hair wig) as a sample and performing treatment treatments 1) to 6). At that time, humidification was performed using Examples and Comparative Examples. It was.

1) Application of pretreatment agent (“Nano 0” (trademark)).
2) Treatment application ("Janty" (trademark))
Comparative Example 1 ... Moist was discharged for 3 minutes and combing was performed with a comb separate from the nozzle.
Comparative Example 2 ... Moist was discharged for 3 minutes, and combing was performed with a comb separate from the nozzle.
Comparative Example 3 ... Natural standing 10 minutes.
Comparative Example 4 ... Moist and ozone ions were introduced and filled in the cap and heated for 10 minutes.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
3) Plain rinse each comparative example ... Natural standing example ... Moist was discharged for 3 minutes, and combing was performed at the hair ridge part integrated with the nozzle.
4) Dry

Test result When the state of each sample was confirmed by visual observation and tactile sensation, the example was the best result.
Comparative Example 1 ... Smooth.
Comparative example 2 ... It was smooth.
Comparative Example 3 ... Δ Roughness of the hair ends remained.
Comparative Example 4: Smooth.
Example: OO was the smoothest.

Test 6
The test 6 and the test hair bundle (damaged hair wig) were used as samples, and the combing step 1) 2) was performed. In this case, the treatment was performed using the example and the comparative example 1.

1) Combing For hair with nothing attached
Comparative Example 1 ... Moist was discharged for 3 minutes and combing was performed with a comb separate from the nozzle.
Example: Moist was discharged for 3 minutes, and combing was performed with a hair ridge integrated with the nozzle.
2) Dry

Test Results When the state of each sample was confirmed by visual observation and touch, the results of Examples were better than Comparative Example 1 in terms of softness, smoothness, and moist feeling.

  Next, the permanent treatment, the coloring treatment, the straight permanent treatment, and the treatment treatment were performed on each of the examples and comparative examples by six female subjects. For each treatment, a questionnaire is taken from the subjects, and the results are shown in Tables 1-4. In each table, it is shown that the left is the best and the worse the result is to the right.

  The test method is the same as the test 1 in the permanent treatment test, the coloring treatment is the same as the test 2, the straight permanent treatment is the same as the test 4, and the treatment treatment is the same as the test 6. .

  Table 5 shows the results of the treatment, which was conducted with 25 employees of the applicant of the present application as a monitor, and a plurality of responses could be answered.

In each of the above tests, it was revealed that the examples obtained better evaluation than the respective comparative examples.
In addition, when these test results are observed comprehensively, the overall feeling of touching the examples is good, and the coloring is also good in coloring. In addition, it is clear that permanents are often applied from the root to the tip of the hair, and if used in a hairdressing and beauty salon, it can contribute to shortening the treatment time and improving the feel of the hair after the treatment.

1 is an overall view of a hair humidifier according to an embodiment of the present invention. It is a perspective view of the nozzle of the hair humidification apparatus. It is principal part explanatory drawing of the use condition of the hair humidification apparatus. The nozzle of the hair humidifier is shown, (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 the base of the nozzle. is there. The other embodiment of the nozzle of the hair humidification apparatus is shown, (A) is a center sectional view, (B) is the bottom view.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Moist generator 2 Conducting pipe 3 Nozzle 4 Nozzle main body 45 Discharge port 5 Hair ridge part 6 Moist deflection | deviation part

Claims (4)

A moist generator, a flexible conductive pipe connected to the moist generator, and a nozzle connected to the tip of the flexible conductive pipe,
The nozzle includes a nozzle body having a discharge port for discharging moist, a hair ridge such as comb teeth and brush hair for combing hair, and a moist deflecting section.
The hair ridge is provided downward in front of the discharge port , and the comb teeth and brush hairs of the hair ridge are arranged in a direction intersecting at an angle of 90 to 45 degrees with respect to the front-rear direction. Is,
The moist deflecting section guides the flow of the moist downward, and sprays the moist on the hair before the hair ridge,
Furthermore, the above-mentioned moist deflecting portion includes an inclined portion provided obliquely downward, and a hanging portion provided downward from the tip of the inclined portion, and the above-mentioned hair ridge portion is provided at the tip of the hanging portion. A hair humidifier characterized by being provided . The nozzle body includes a base and an inclined cylinder provided on the tip side of the base,
The hair humidifier according to claim 1 , wherein the inclined cylindrical portion is inclined so that the upper surface and the lower surface approach each other toward the tip . The hair ridge has a larger width than the outlet, the upper end of the hair ridge is positioned below the upper end of the outlet, and the lower end of the hair ridge is positioned below the lower end of the outlet. The hair humidifier according to claim 1 or 2, characterized in that The hair ridge is comb teeth arranged in a horizontal row at the tip of the nozzle,
The hair humidifier according to any one of claims 1 to 3, wherein the discharge port is a substantially single opening provided in the nozzle body before the hair ridge.

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