KR200464426Y1 - Rotary type multi hair iron - Google Patents

Abstract

The present invention relates to a rotating multi-hair iron that provides economical and convenience for a user to perform a wave treatment and a straight treatment with a simple operation of a single device body in directing a hair style. Two semi-cylindrical heat cylinders forming a cylindrical shape in correspondence with each other, and the semi-circular forming members mounted on the handle portion of the hot plate and the lower arm portion are respectively converted and combined by changing the positions of the upper arm portion and the lower arm portion, and for the purpose of the procedure. Revolving multi-hair iron, characterized in that it is equipped with a conversion into a circular hair iron and a flat-type hair iron, which are forms for wave and straight treatment functions, with a single body of the device. will be.

Description

Rotary type multi hair iron

The present invention relates to a rotating multi-hair iron, and a comb-shaped protrusion in the form of a roll brush is formed integrally with two semi-cylindrical heat sinks and hot plates constituting a cylindrical shape in response to the head portion, so that the hair is continuous as a cylindrical iron. The head part is automatically rotated to facilitate the wave treatment, and the two semi-cylindrical heat cylinders and the semi-circular forming members attached to the handle portion of the hot plate and the lower arm part are mounted on the upper arm part and the upper arm part. It relates to a rotating multi-hair iron that can be converted and combined into a cylindrical hair iron and a flat-type hair iron, which are forms for wave and straight treatment functions by converting and coupling to the lower arm handle.

Directing one's own appearance in modern complex social flows and human relationships is one of the essential elements in social life. Among them, depending on the seat or event to be attended, it is necessary to prepare one's own appearance or clothes according to the formality. One of the important elements is the hairstyle. However, in order to produce such a hairstyle to suit the situation of the day, each time must be paid separately and paid for a small amount, or a considerable amount of effort and time must be acquired to develop the skills to enable one to create such a style. It is a reality that conventional hair dryers, hair irons, or hair setters require a considerable amount of time and technology to produce a style desired by a user. As a hair dryer, it is very difficult to form a wave desired by the user, and a hair iron is required not only to perform treatment in parallel with a rain or other tools, but also requires a lot of practice to produce various waves. There is a disadvantage that can not produce.

The present invention is intended to solve the above-mentioned problems, and in directing various hairstyles desired by the user, which is the purpose of the present invention, the cylindrical hair iron type is an integrated hair iron and a head part that is a substitute for an iron and a comb when performing a wave treatment. It can rotate automatically to form a continuous wave easily, and it can convert a hair iron with the function of converting from a cylindrical hair iron into a flat-type hair iron for straight treatment with a single device body by a simple operation during straight treatment. It is in offer.

The present invention is a method for solving the above-described object, the upper arm portion and the two conductive heat-conducting semi-cylindrical heat pipes and hotplates formed integrally with the thermally conductive comb-shaped projection formed in the form of a comb substitute for the roll brush. By automatically rotating, the user's hair is automatically wound on a thermally conductive comb-shaped projection and a cylindrical thermal cylinder. At this time, the user is heated by a heat-conducting semi-cylindrical thermal cylinder and a hot plate and a thermally conductive comb-shaped projection by a heating element. Was formed so that the desired wave was formed. In addition, by operating the left and right rotation switches installed on the main body and the handle so that the head can rotate left and right, it is difficult to form waves of the entire hair including the left and right hairs of the face even if only one hand that the user wants to use is used. It is possible to perform the procedure without feeling. At this time, the semi-circular molded member mounted on the handle part of the lower arm allows the user to induce continuous wave formation without using another hand, so that the user can obtain the desired hairstyle. It was made easy to produce. In addition, in the form of a cylindrical iron function for wave treatment, the two semi-cylindrical heat cylinders and heat plates corresponding to the head portion of the upper arm are separated so that they can be mounted for conversion, respectively, and positioned at the head portion of the upper arm portion and the lower arm portion. By converting and mounting, it was possible to convert from a cylindrical iron to a flat iron with a straight treatment function.

As described above, the rotating multi-hair iron of the present invention is easy to rotate for continuous wave of hair, unlike the conventional one, and can perform a cylindrical hair iron function and a flat-type hair iron function simultaneously by a simple operation. As a conceptual hair iron, two heat conductive semi-cylindrical heat cylinders with heat conduction mounted on the upper arm part handle and a head part integrally formed with a hot plate and a thermally conductive comb protrusion are automatically rotated, and the lower arm handle part is rotated automatically. By inducing the semi-circular forming member to be mounted, the user's hair is automatically wound on the head, thereby forming a continuous wave, and by converting from a cylindrical iron into a flat iron that can perform straight treatment with a single body. Economics and various styles that users want can be formed.

1 is a perspective view showing a mounting relationship between the handle portion and the head portion of the body as a cylindrical iron as a rotating multi-hair iron according to the present invention.
Figure 2 is a cross-sectional view showing the front of Figure 1;
3 is a rotational multi-hair iron according to the present invention, when converting to a flat iron, two semi-cylindrical heat cylinders and hot plates corresponding to the head portion of the upper arm are converted to the upper arm portion and the lower arm portion, respectively. A perspective view showing the relationship between the semi-circular forming member that was attached to the handle portion of the arm portion and the upper portion of the handle portion of the upper arm portion.
Figure 4 is a cross-sectional view showing the front of Figure 3;
5 is a cross-sectional view showing the heat conduction relationship between the heating element portion of the head portion according to FIGS. 1 and 3 and two semi-cylindrical heat pipes and hot plates formed integrally with a comb-shaped protrusion.
6 is a plan view of FIG. 1;
7, 8, 9, 10 are views showing different examples of wave and straight procedures using the rotating multi-hair iron of the present invention.

Hereinafter, a rotating multi-hair iron according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a mounting relationship between the handle portion and the head portion of the body as a cylindrical iron as a rotating multi-hair iron according to the present invention.

Figure 2 is a cross-sectional view showing the front of Figure 1,

3 is a rotational multi-hair iron according to the present invention, when converting to a flat iron, two semi-cylindrical heat cylinders and hot plates corresponding to the head portion of the upper arm are converted to the upper arm portion and the lower arm portion, respectively. It is a perspective view showing the relationship between the semicircular molded member which was attached to the handle portion of the arm portion and the upper portion of the handle portion of the upper arm portion.

Figure 4 is a cross-sectional view showing the front of Figure 3,
FIG. 5 is a cross-sectional view showing a heat conduction relationship between two heating elements and a semi-cylindrical heating element formed integrally with a comb-shaped protrusion in the head portion according to FIGS. 1 and 3.

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6 is a plan view of FIG. 1,

7, 8, 9, and 10 are views showing different examples of wave and straight procedures using the rotating multi-hair iron of the present invention.

1, the rotating multi-hair iron according to the present invention, the handle of the upper arm mounted in combination with two counterpart thermally conductive semi-cylindrical and hot plates 12 formed integrally with the thermally conductive comb-shaped protrusions 12a It consists of a lower arm portion handle portion 23 mounted by combining a portion 20 and a semi-circular forming member 18. The upper arm of the upper arm portion 20 forms a temperature control switch and an on/off switch 21 in consideration of the user's hair condition, and the upper arm portion of the upper arm portion of the upper arm portion 20 is left and right. A left and right rotation switch 22 capable of automatic rotation is formed.

As shown in FIG. 1, two semi-cylindrical heat pipes and a hot plate 12 formed integrally with a roll brush-shaped comb-shaped protrusion 12a on the handle portion 20 of the upper arm part correspond to each other to form a cylindrical shape on the head portion. The head part of the cylindrical body is automatically rotated left and right by using the left and right rotation switches 22 formed on the entire upper surface of the upper arm portion handle part 20, so that the hair is automatically wound on the cylindrical head part. At this time, two heat-conducting semi-cylindrical heat pipes and hot plates (12) formed integrally with the heat-conductive protrusions (12a) formed in the form of a comb of the roll brush from the heated heating element (11) embedded in the cylindrical head portion The uniformly conducted heat causes the ironing and combing to be performed simultaneously. In addition, when the upper arm portion handle portion 20 is to automatically rotate the cylindrical head portion to form a wave, the semi-circular forming member 18 for guiding the user's hair can be wound well in the cylindrical head portion. It shows the mounting relationship with the lower arm handle portion having a gap maintaining protrusion 24 for maintaining a constant gap with the comb-shaped protrusion portion 12a of the head portion during operation.

Referring to Figure 2, the configuration of the cylindrical head portion mounted in combination with the upper arm portion, the two thermally conductive cylinders and the hot plate (12) mating mounting of the upper arm portion and the handle portion (20) forming a cylindrical shape corresponding to each other A semicircular molding member 18 and a lower arm handle 23 for guiding the user's hair to be continuously wound on the cylindrical head when a wave is formed by rotating the cylindrical head. It shows the coupling mounting relationship with. Then, when the upper and lower arm portions were folded, a gap maintaining protrusion 24 was formed on the lower arm portion 23 to maintain a constant gap with the comb-shaped projection portion 12a formed on the upper arm portion. , For another operation after wave formation, when the upper arm portion handle portion 20 and the lower arm portion handle portion 23 are to be rotated, they are coupled with a hinge 25 as an axis for rotating the upper and lower arm portions. Show.

Referring to FIGS. 3 and 4, as shown in FIG. 1, as a cylindrical hair iron for wave treatment, two semi-cylindrical heat and heat plates 12 corresponding to the upper arm head portion and the lower arm head portion By showing the relationship of the detachable coupling by converting the position to the upper and lower arm handles, which is a form for functioning as a flat-type hair iron for straight treatment, by combining and mounting the semi-circular forming member 18, for the wave treatment of hair To convert from a cylindrical hair iron to a flat-type hair iron for straight treatment of hair, the two semi-cylindrical heat cylinders mounted in correspondence with the head portion of the upper arm and the semi-cylindrical type located counter to the bottom of the heating plate 12 Another semi-cylindrical heat pipe and hot plate 12 are located on the upper part of the head portion of the upper arm portion by converting and coupling the heat pipe and the hot plate 12 to the detachable power coupling groove 17 mounted on the lower arm portion. The semi-circular molded member 18 coupled to the lower arm handle 23 is mounted on the upper arm handle 20, wherein it is converted and coupled to the lower part of the detachable power coupling groove 15 mounted on the secondary handle. It shows that it forms a shape for the function as a flat-type hair iron by converting and coupling it to a detachable coupling groove located above the detachable power coupling groove 15.
5 is a heat conduction relationship between the two semi-cylindrical heat cylinders and the hot plate 12 formed integrally with the comb-shaped protrusions 12a of the head portion and the heating element 11 of the head portion, and a thermally conductive comb-shaped protrusion that directly touches the scalp ( 12a) shows the coupling component with the non-thermal conductive finishing member B (13a) formed by coupling to the end.

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6 is a plan view according to FIG. 1, and FIGS. 7, 8, 9, and 10 are views showing examples of wave and straight procedures using the rotating multi-hair iron of the present invention, respectively. 'S rotating multi-hair irons show that various forms of wave formation and straight treatment can be performed with simple manipulation.

10: head
11: heating element
12: Thermally conductive semi-cylindrical heating element and heating plate
12a: Thermally conductive comb protrusion
13: Non-thermal conductive finishing member A
13a: Non-thermal conductive finishing member B
14: Detachable power combination jack
15: Detachable power coupling groove
16: Detachable forming member coupling jack
17: Lower arm part detachable power coupling groove
18: semi-circular forming member
20: upper arm handle
21: ON/OFF switch and temperature control switch
22: Left and right rotary switch
23: lower arm handle
24: Spacing
25: hinge

Claims (1)

A thermally conductive comb-shaped protrusion formed on the head portion of the upper arm portion;
A cylindrical thermal cylinder integral with the thermally conductive comb-shaped protrusion formed on the head portion of the upper arm portion;
In the configuration of the cylindrical heat barrel, the upper arm portion two heat-conducting semi-cylindrical heat pipes and hot plates coupled to each other in correspondence with each other;
An upper arm part head which is formed of two heat cylinders and a hot plate which are formed and combined with the cylinder, which are automatically rotated by manipulation of the handle part;
A lower arm handle portion coupled with a semi-circular forming member that induces the formation of a continuous wave of hair on the head portion of the upper arm portion; and
Two semi-cylindrical heat pipes coupled to the upper arm handle portion in correspondence with each other, and a semi-circular molded member coupled to the handle portion of the hot plate and lower arm portion;
When converting the position for the formation of a cylindrical hair iron in the form of a wave treatment function, the two thermally conductive semi-cylindrical heat cylinders and hot plates correspond to each other in the head portion of the upper arm portion, and are coupled to the handle portion of the upper arm portion and the semi-circular forming member handles the lower arm portion Bonded to the part to form a cylindrical hair iron;
When converting the position for the formation of a flat-type hair iron in the form of a straight treatment function, one of the two semi-cylindrical heat cylinders and the hot plates located on the head portion of the upper arm portion is coupled to the upper arm portion handle portion, and another Rotating multi-hair iron, characterized in that the trough and sole plate are converted into a flat-type hair iron by combining positions by changing the position of the lower arm.

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