KR20000049389A - The heating apparatus for beautifully forming a hair - Google Patents

Abstract

PURPOSE: A hair styling device which can prevent hair from being damaged by heat applied to hair when styling is provided by distributing pressure on hair gripped by the heater and using steam from the heater. CONSTITUTION: A hair styling device is comprised of heaters(111, 121) on main body and an upper(110) and a lower part of hair compressing heating parts(120) which are formed with heating plate from the heaters in a unitary structure to deliver the heat generated, and hair is made into a desired style by being compressed between the hair compressing heating parts(110, 120). Where one of the hair compressing heating parts has spare space area(115) being formed to be narrowed as going from the each side edges to the center between the main body and the heat and heating plate, when the main body and the heater with heating plate are in separated state. Where the heater with heating plate is operated at the spare space area, having a rotating axis(114) formed in the center of the heater with heating plate as a center. The other hair compressing heating part has a plurality of spray holes(125), through which hair is sufficiently moisturized by steam having a room temperature, on the surface of the heating plate.

Description

Heater for Hair Forming {THE HEATING APPARATUS FOR BEAUTIFULLY FORMING A HAIR}

The present invention relates to a hair forming heater, and in particular, in the case of obtaining a desired hair style, the hair is damaged by heat applied to the hair during dispersion and / or shaping of the force received by the hair caught in the heater. It relates to a hair forming heater that can prevent the.

One of the things that I care about every day in my life is the hairstyle that reveals my personality. Therefore, in order to obtain a desired hairstyle by using a heater such as a dryer to form the hair.

As a device used to make a desired shape by applying heat to a conventional hair, the heater for perm is molded to a certain shape by holding the hair and straightening or rolling it up according to the shape of the hair.

In this case, even though the hair is pressed with a perm heater to maintain a uniform shape, the hair is hard and the protein constituting the hair becomes hard to maintain the hair shape. This results in the loss of moisture (usually 10-15%) of hair, resulting in damage to the hair.

Therefore, while supplying moisture using a spray or the like on the hair, there is a problem that the work is inconvenient and takes a lot of time.

As a heater for a perm provided with a steam generator devised to solve such a problem, there is one disclosed in, for example, JP-A-1998-065100.

As shown in FIG. 1, the perm heater provided with the steam generator is configured to generate steam at 100 ° C. within the main body of the perm, so that the hair is groomed without being sprayed with water. You can easily and easily trim your hair inside.

That is, by installing a steam generator that can generate steam in the heater body for perm to shorten the working time and to simply perm the dry hair.

However, the effect of heat on hair damage is greatly influenced by humidity, that is, in dry heat, the appearance of hair swelling starts to appear around 120 ° C in appearance and discoloration starts at 130-150 ° C, resulting in 270-300 ° C. When it starts to burn, it starts to decompose and chemically shows a decrease in cystine from around 150 ° C. At 180 ° C, alpha keratin is converted into beta keratin.

On the other hand, in the wet heat state, unlike the dry heat state, the decrease in the cystine occurs at around 100 ° C., and at 130 ° C., the alpha form of keratin rapidly changes to beta form at about 10 minutes. Specifically, when the humidity is 70%, the degeneration of keratin starts at 70 ° C, but when the humidity reaches 97%, the degeneration of keratin starts at 60 ° C. Hair that is heated or dried by a dryer or a perm heater in a beauty salon Since it is generally wet and contains 30% of its own moisture, hair should generally be viewed in the same condition as when the humidity is 100%. It is necessary to prevent.

In particular, hair that is wet with chemicals or hair that has insufficient rinsing is subjected to heat deterioration more strongly. Therefore, when supplying moisture to the hair, it is possible to prevent damage to the hair while supplying moisture at room temperature rather than supplying moisture at high temperature. You need to do it.

In addition, the perm heater is formed in the desired shape of the hair while applying heat between the upper pressing portion and the lower pressing portion consisting of a heater for generating heat on the body and a heating plate for transferring the heat generated through the heater to the hair. In order to pick up the hair by engaging the upper and lower compression parts to each other, the picked hair is caused to bite to any part of the upper and lower compression parts.

At this time, since the power of the hair bite part and the bite part is different, it is difficult to form beautiful hair and pain can be applied to the head, which also needs to be solved.

From this, the inventions described in the claims of the present invention are directed to a hair which disperses the force applied to the hair held for shaping in the heater to facilitate the shaping of the hair while reducing the pain on the head and / or preventing hair damage. An object of the present invention is to provide a molding heater.

1 illustrates a heater for a perm in which a conventional steam generator is installed,

2 is a cross-sectional view of a heater for forming hair according to an embodiment of the present invention,

3A and 3B illustrate an A-A surface of the upper part and the upper part of which the heating plate is located in the lower hair compression heating part of FIG.

4A and 4B show a changed state of the upper hair pressing heating part when the hair is picked and compressed with the hair forming heater of FIG. 2.

* Explanation of symbols for the main parts of the drawings

1: Perm heater with conventional steam generator

2: upper presser 3: lower presser

4: heating portion 7, 115: space portion

8: crimping section 9, 125: injection hole

10, 130: handle portion 11: valve switch

12: water supply hole 13, 116: electric wire

14: water supply hose

100: hair forming heater according to an embodiment of the present application

110: upper hair compression heating portion 111, 121: heater

112, 122: heat generating plate 113, 123: main body

114: rotating shaft

120: lower hair compression heating unit 124: steam supply passage

In order to achieve the above object, the invention according to claim 1 of the present invention, the upper hair compression heating formed by integrally a heater for generating heat on the body and a heating plate for transferring heat generated through the heater to the hair. In the hair forming heater for forming a hair in a desired shape while applying heat between the portion and the lower hair compression heating portion, the any one of the hair compression heating portion, the main body in a state where the main body, the heater and the heating plate are separated And a space formed between the heater and the heating plate to be narrowed from the left and right ends to the center, and the heater and the heating plate are centered on the rotation shaft formed at the center of the heater and the heating plate connecting the main body and the heater and the heating plate. It is configured to move in the space portion.

In addition, the invention according to claim 2 of the present invention comprises an upper hair compression heating unit and a lower hair compression heating formed by integrally a heater that generates heat on a main body and a heating plate that transmits heat generated through the heater to the hair. In the hair forming heater for forming a hair into a desired shape while applying heat between the portions, the any one of the hair compression heating portion, so as to form a plurality of injection holes on the surface of the heating plate, so that the hair absorbs sufficient moisture It is configured to spray water vapor at room temperature through the injection hole to the hair.

The invention according to claim 3 of the present invention is characterized in that the steam at room temperature is generated by using ultrasonic waves.

In addition, the invention according to claim 4 of the present invention comprises an upper hair compression heating unit and a lower hair compression heating formed by integrally a heater that generates heat on a main body and a heating plate that transmits heat generated through the heater to the hair. In the hair forming heater for forming a hair in a desired shape while applying heat between the parts, the any one of the hair compression heating unit, between the main body and the heater and the heating plate in a state in which the main body, the heater and the heating plate are separated. On the left and right end in the center with a space formed narrower, the heater and the heating plate moves in the space around the rotating shaft formed in the center of the heater and the heating plate connecting the body and the heater and the heating plate. And the other hair compression heating part to form a plurality of injection holes on the surface of the heating plate. And it is configured to spray the hair characterized by the water vapor of room temperature through the injection port to the hair to absorb sufficient moisture.

The invention according to claim 5 of the present invention is characterized in that the steam at room temperature is generated by using ultrasonic waves.

Hereinafter, with reference to the accompanying drawings a heater for forming a hair according to an embodiment of the present invention.

2 shows a hair forming heater according to an embodiment of the present invention, 110 is an upper hair forming heating unit, 120 is a lower hair forming heating unit, and 130 is an upper hair forming heating unit 110. It is a handle 130 for adjusting the force to form the hair in the desired shape while applying heat between the lower hair-forming heating unit 120.

The upper hair compression heating unit 110 is integrally formed with a heater 111 for generating heat on the main body 113 and a heat generating plate 112 for transmitting heat generated through the heater to the hair. 113) and a space 115 is formed between the heater and the heating plate to be narrowed from the left and right ends to the center.

Here, the main body 113 is separated from the heater 111 and the heat generating plate 112, wherein the heater and the heat generating plate is a rotating shaft 114 formed in the center of the heater and the heat generating plate connecting the body and the heater and the heat generating plate. It is possible to move in the space 115 configured to widen from the center to the left, right end from the center.

The lower hair compression heating unit 120 is integrally formed with a heater 121 for generating heat on the body 123 and a heat generating plate 122 for transferring heat generated through the heater to the hair, FIG. 3A. And 3b, a plurality of injection holes 125 are formed on the surface of the heating plate 122, and the water vapor is sprayed at room temperature through the injection holes 125 so that the hair absorbs sufficient moisture. .

Here, the steam at room temperature is generated by an external ultrasonic humidifier and introduced into the hair forming heater 100 along the steam supply path 124, which may be usefully installed even inside the hair forming heater.

Therefore, in order to shape the hair into the desired shape, steam is supplied while heating the hair, and water is directly supplied to the conventional heater, which causes damage to the hair by using steam at 100 ° C. or higher by heating the heater. By supplying water vapor, it becomes possible to prevent hair damage.

4A and 4B illustrate a changed state of the upper hair compression heating part when the hair is picked up and compressed by the hair forming heater of FIG. 2, and as shown in FIG. 4A, the hair to be molded is collected by being gathered to a specific part in the heater. Even in this case, as shown in FIG. 4B, the force applied to the picked-up hair can be dispersed by moving the heating plate 121 to the empty space 115 in the upper hair compression heating unit 110.

Therefore, it is possible to reduce the pain applied to the hair while facilitating the shaping of the hair by dispersing the force applied to the pinned hair in the heater.

The present invention is not limited to the above embodiments, and various modifications can be used within the scope of the technical idea that the present invention intends.

As described above, the hair forming heater according to claim 1 of the present invention has the effect of reducing the pain applied to the head while distributing the force applied to the picked hair to facilitate the shaping of the hair. The hair forming heater according to claim 2 and 3 has an effect of supplying steam at room temperature to the hair during shaping of the hair to prevent hair damage by heat, and also the hair according to claims 4 and 5. The molding heater disperses the force applied to the picked-up hair, thereby facilitating the shaping of the hair and reducing the pain on the head. When forming the hair, it supplies water vapor at room temperature to the hair to prevent hair damage by heat. It works.

Claims (5)

Forming hair into a desired shape while applying heat between an upper hair press heating unit and a lower hair press heating unit which are integrally formed with a heater generating heat on the main body and a heating plate transferring heat generated through the heater to the hair. In the hair forming heater, The any one of the hair compression heating unit has a space formed between the main body and the heater and the heating plate separated from the left and right end to the center between the main body, the heater and the heating plate, the heater and the heating plate The hair forming heater, characterized in that to move in the space portion around the rotating shaft formed in the center of the heater and the heating plate connecting the main body and the heater and the heating plate. Forming hair into a desired shape while applying heat between an upper hair press heating unit and a lower hair press heating unit which are integrally formed with a heater generating heat on the main body and a heating plate transferring heat generated through the heater to the hair. In the hair forming heater, The any one of the hair compression heating unit, a plurality of injection holes on the surface of the heating plate, the hair forming heater, characterized in that to inject water vapor at room temperature to the hair through the injection hole so that the hair absorbs sufficient moisture . The method of claim 2, Heater for hair forming, characterized in that for generating the steam at room temperature using ultrasonic waves. Forming hair into a desired shape while applying heat between an upper hair press heating unit and a lower hair press heating unit which are integrally formed with a heater generating heat on the main body and a heating plate transferring heat generated through the heater to the hair. In the hair forming heater, The any one of the hair compression heating unit has a space formed between the main body and the heater and the heating plate separated from the left and right end to the center between the main body, the heater and the heating plate, the heater and the heating plate To move in the space portion around the rotating shaft formed in the center of the heater and the heating plate connecting the main body and the heater and the heating plate, And the other hair compression heating unit forms a plurality of injection holes on the surface of the heating plate, and injects steam at room temperature to the hair through the injection holes so that the hair absorbs sufficient moisture. The method of claim 4, wherein Heater for hair forming, characterized in that for generating the steam at room temperature using ultrasonic waves.