KR100858147B1 - Dual type hair ironing instrument - Google Patents

Abstract

A dual type hair ironing device is provided to prevent the damage of user's hair due to high temperature, and to enable a user to form curls or waves of hair in the shape that he/she wants promptly. A dual type hair ironing device includes a body(110) consisting of a first body portion(110a) and a second body portion(110b), an upper setting portion(200) and a lower setting portion(300). The first and second body portions are connected through a pivoting member(140). The upper setting portion is connected to the first body portion, and includes plural setting portions(200a,200b) which are able to generate heat of different temperatures respectively. The lower setting portion is coupled to the second body portion, and includes plural setting portions(300a,300b) that correspond to the upper setting portion.

Description

Dual type Hair Ironing instrument

The present invention relates to a hair molding machine, and more particularly, to a dual type hair molding machine that is provided with a plurality of temperature control units capable of quickly and accurately forming a wave or the like.

Recently, as the interest in hair design has been amplified, in order to satisfy the desire to produce a unique style of hair design, a hair forming machine such as hair curler has been proposed to easily produce a hair design such as a hair form at home.

A curling iron is a tool for deforming and fixing the shape of hair through heat generated by an electrical or non-electrical method. Usually, it is configured in the form of forceps, and the hair is generated through the heat generated from the forceps when the hair passes between the forceps. It is to transform and design the shape of That is, the conventional iron is equipped with a heating means having a specific shape of the surface of the mountain or polygonal shape, and is connected to the hinge member, and as the hair passes between the relatively rotatable tongs, Corresponding hair form can be implemented, the conventional electric iron will be described with reference to the drawings.

1 is a view schematically showing a conventional electric iron, the conventional iron (1) is a pair of upper and lower handles 11, 12 that can be rotated around the hinge 40 provided on one side adjacent to the power cable ), And the upper and lower sets of head portions 21 and 22 that are spoken from one end of each of the sets of handle portions 11 and 12, the handle portions 11 and 12 and the head portion through the hinge 40. (21, 22) is interlocked and open, and the hair portion to be designed is located between the head portion (21, 22) to rotate the head portion (21, 22) abuts around the hinge (40) The heat emitted from the heads 21 and 22 heated by the heat generating means in the heads 21 and 22 acts on the hair to produce and implement a hair design in a form desired by the user. To this end, a driving switch 50 is formed at an approximately center of the upper surface of the upper handle portion 21 to adjust the application and the intensity of the power supply through the power cable, and the upper head portion 21 and the lower head portion 22 are formed. The heating plate 30 and the heating plate 30 are provided adjacent to the heating plate 30 and the heating plate 30. Accordingly, the power supplied through the drive switch 50 is supplied to the heat generating means inherent in the head parts 21 and 22 through a cable, and finally, the heat generating plate 30 adjacent to the heat generating means is heated by heat. The hairs placed between the heads 21 and 22 can be molded into a desired shape.

By the way, if you want to implement a wave or curl of a form using a conventional curling iron, the hair should be placed between the head portion that emits high heat. Thus, due to the head portion that emits high heat, there is a risk that the scalp is gradually damaged. However, there is a problem that it takes too long to design the hair in the desired shape if the drive switch is operated so as to emit a relatively low temperature heat.

In addition, since the thickness of the hair placed between the head portions is not constant, only thick hair among the hairs placed between the heating plates is in contact with the heating plate, and only a part of the hairs placed between the head portions are molded. Repetitive work must be performed. Due to this problem, a part of the heating plate may be provided with a protrusion, but since latent heat of heat emitted from the heating plate is not preserved, it is inevitable to implement a hair design.

The present invention has been proposed to solve the above problems, and an object of the present invention is to provide a hair molding machine which can prevent hair damage due to high temperature and quickly form a wave or curl of a desired shape.

Another object of the present invention is to provide a hair forming machine capable of forming a wave of a desired shape on the hair quickly and accurately regardless of the thickness or shape of the hair through a plurality of settings that can be heated to different temperatures.

Other objects and advantages of the present invention will become more apparent from the accompanying drawings and the accompanying drawings.

According to the present invention having the above object, a dual type hair having a main body including a first main body and a second main body connected through a rotating member, which can change the shape of the hair by the heat generated electrically. A molding machine, comprising: an upper setting part coupled to the first body part, the upper setting part including a plurality of setting parts capable of dissipating heat at different temperatures; As a lower setting unit coupled to the second main body unit, a dual type hair molding machine including a lower setting unit including a plurality of setting units corresponding to the upper setting unit is provided.

According to a preferred embodiment, the upper setting portion includes a first upper setting portion and a second upper setting portion capable of generating heat at different temperatures, and the lower setting portion includes the first upper setting portion and the second upper setting portion. It may be configured to include a first lower setting portion and a second lower setting portion respectively corresponding to the portion.

In this case, at least one of the first upper setting part, the second upper setting part, the first lower setting part, and the second lower setting part is provided with a plurality of heating plates, and a plurality of heater cables are connected to each heating plate. It is done.

In particular, the second upper setting part may be detachably coupled to the first upper setting part, and the second lower setting part may be configured to be detachably coupled to the first lower setting part.

In the present invention, by providing a plurality of settings that can be adjusted to different temperatures, it is possible to prevent the damage of the hair which may be caused when the heat of too high temperature is released through a set of settings, Regardless of thickness or shape, hair design can be implemented freely.

In addition, according to the present invention, by configuring a plurality of heating means connected to at least one of the plurality of setting parts, it is possible to quickly and accurately design a wave or curl of a desired shape.

The present inventors focus on the fact that the conventional problems as described above can be solved through a hair forming machine having a plurality of heat generating parts capable of emitting heat of different temperatures, and having a plurality of heat generating plates provided on each of the heat generating parts. Having completed the present invention, the configuration and operation of the present invention will be described with reference to the accompanying drawings.

Figure 2 is a perspective view schematically showing the appearance of a dual type hair molding machine for forming a wave or the like in the hair according to the present invention. As shown in FIG. 2, the dual type hair molding machine 100 according to the present invention includes a first main body part 110a and a second main body part 110b which may be revolved about a pivoting member 140 formed on one side. And a plurality of setting parts coupled to the first main body part 110 to emit heat of different temperatures, for example, two setting parts 200a and 200b. ) Is coupled to the upper setting part 200 and the second main body part 110b, and a plurality of setting parts corresponding to the upper setting part 200, for example, two setting parts 300a and 300b. It has a lower setting portion 300 having. When the first body portion 110a and the second body portion 110b are provided with a plurality of protrusions 180 on the surface opposite to the surface to be treated, the dual type hair molding machine according to the present invention is used by hand. Slip can be prevented. On the other hand, the front surface of the first main body portion 110a is provided with an operation unit 170, the operation unit 170 according to the present invention is formed with a plurality of drive switches (172, 174) that can be set to different temperature, respectively It is.

Referring to FIG. 3, which is a schematic exploded perspective view of a dual type hair molding machine 100 according to the present invention, a first main body cover 112 is formed on an upper surface of the first main body part 100a and a second main body part 100b. On the bottom of the bottom surface, a second body cover 114 corresponding to the first body cover 112 is formed. In addition, the first main body 100a includes an upper printed circuit board (PCB) 120a to which electrical and electronic circuits such as diodes are connected, and an upper coupling plate 130a for connecting to the upper setting unit 200. It may be provided in the first body cover 112. Correspondingly, the second main body 110b is provided with a lower printed circuit board 120b and a lower connection plate 130b for connection with the lower setting part 300 to be accommodated in the second body cover 114. Can be. The first body part 100a and the second body part 100b may be opened through the rotation member 140 supported by the hinge supporter 142 between the rear ends thereof.

Meanwhile, an upper head 204 having a rear end thereof is formed on the front surface of the upper setting part 200, and an upper setting part cover 202 is formed at an upper part thereof, and the first main body part is located at a rear end thereof. Coupling pieces 250a and 250b that may be fastened to the upper coupling plate 130a formed at 110a are formed. At this time, the first coupling piece 250a is installed at the rear end of the first upper setting part 200a, and the second coupling piece 250b is installed at the rear end of the second upper setting part 200b. Correspondingly, a lower head 304 and a lower setting part cover 302 are also formed in the lower setting part 300. Although the reference numerals are not given in the drawings, as shown in FIG. 3, the first coupling pieces 250a respectively installed at the rear ends of the first upper setting part 200a and the second upper setting part 200b, Coupling members corresponding to the second coupling pieces 250b are formed in the first lower setting part 300a and the second lower setting part 300b, respectively, and the lower coupling plate 130b formed in the second main body part 110b. And can be fastened.

In this case, the first upper setting part 200a that is addressed to the first body part 110a and the first lower setting part 300a that is addressed to the second body part 110b may be symmetrically opened and contact each other. In addition, the second upper setting part 200b that is addressed to the first body part 110a and the second lower setting part 300b that is addressed to the second body part 110b are also symmetrically opened and contacted with each other. Particularly, according to the present invention, the first upper setting part 200a / the first lower setting part 300a can emit relatively high temperature heat, and the second upper setting part 200b / the second lower setting part. 300b may be configured to emit relatively low temperature heat or vice versa. To this end, high power is applied to the first upper setting part 200a / the first lower setting part 300a through the first driving switch 172 formed on the front surface of the first body part 110a, and the second A relatively low power may be applied to the second upper setting part 300a / the second lower setting part 300b through the driving switch 174.

According to the present invention, the configuration of the setting unit to be addressed to the main body 100 will be described in detail. FIG. 4A is an exploded perspective view illustrating a part of a configuration of the first upper setting part 200a among a plurality of upper setting parts connected to the first main body part 100a, and FIG. 4B is a second perspective view of the second main body part 100b. An exploded perspective view showing a part of the configuration constituting the second lower setting portion 300b among the plurality of setting portions that are spoken.

First, as illustrated in FIG. 4A, an upper setting part cover 202 having an approximately dome shape having an accommodation space is formed at an upper end of the first upper setting part 200a and has a receiving space. 204a is formed. On the other hand, the lower end of the first upper setting part (200a) is provided with a heat generating portion to generate a predetermined temperature of heat from a predetermined power applied through the first body portion (100a) to design the shape of the hair. To this end, a thermal plate 240 which is bent in a downward direction toward both sides from the center to correspond to the cover 202 adjacent to the bottom of the cover 202 has an accommodation space at the bottom and is laterally opened. Bar interposed, the heat generating means may be accommodated in the receiving space of the bottom of the heat auxiliary plate 240.

Specifically, for example, a plurality of two insertion grooves extending in the transverse direction from the center upper surface, the bottom surface is provided with a heating plate 242, preferably of a ceramic material, having a flat or constant pattern, at the rear end A plurality of heating plates 230, for example, heating plates 230, such as ceramic heaters, are respectively inserted into the insertion grooves formed on the upper surface of the heating plate 242. do. In the upper portion of the heating plate 230, for example, a plurality of hot plate springs 220 are inserted into guide grooves extending along the bottom side of the supporter 222 made of plastic. In this case, a heat auxiliary plate 240 having a substantially dome shape in cross section is disposed on an upper portion of the supporter 222 in which the hot plate spring 220 is fitted, and the lower end of the heat auxiliary plate 240 extends toward the center thereof. As the lower end of the heat auxiliary plate 240 is fitted along the guide groove formed on the side of the heating plate 242, the heating plate 230 to which the supporter 222, the hot plate spring 220, and the heater cable 232 are connected. ) May be accommodated between the bottom surface of the heat auxiliary plate 240 and the top surface of the heat generating plate 242.

As described above, the heating plate 242 constituting the heating unit installed in the first upper setting part 200a is heated by the heating plate 230 to generate heat, and is elastically burnt by the hot plate spring 220, and the heating plate 230. Hot plate spring 220 disposed on the upper surface of the) is to push the heating plate 242 elastically downward. In response to the configuration of the first upper setting part 200a configured as described above, a first lower setting part 300a which may be in contact with the first upper setting part 200a is configured.

On the other hand, the elastic member may be interposed between the upper surface of the heat assisting plate 240, the heat generating means described above and the bottom surface of the cover 202. For example, a spring wire 210 protruding upward in a predetermined pattern from an upper surface of an under spring guide 214 may be disposed on a bottom of a plurality of spring guides 212 extending in a lateral direction.

 In the drawing, two heating plates 230 embedded in the heating plate 242 having two insertion grooves are illustrated as the heat generating part constituting the first upper setting part 200a, but the present invention is not limited thereto. Three or more heaters 230 may be inserted into the heating plate 242 having an insertion groove. As described above, the heating plate 242 may include a plurality of heating plates 230, so that not only the geometric variation due to the thickness of different hairs may be reduced, but also the latent heat preservation effect may be maximized. Therefore, in the case of using a curling plate having one heating plate or heating plate in the related art, the thickness of the hair placed between the setting portions is not constant, so that the problem of having to repeat the setting operation several times can be solved.

On the other hand, the configuration of the lower setting unit 300 is also shown in Figure 4b the configuration of the second lower setting unit 300a having a vertically symmetrical structure compared with the configuration of the first upper setting unit 200a described above. The lower setting part cover 302 is provided at the lower end of the second lower setting part 300a, and the lower head 304b is provided at the front thereof, and is curved upwardly adjacent to the bottom of the cover 302 to have an accommodation space. The heat auxiliary plate 340 is interposed. As the top surface of the heat auxiliary plate 340, the heating plate 342, the heating plate 330 is connected to the rear end of the heating plate 330, the hot plate spring 320 is fitted along the guide groove formed on the upper side of the supporter 322 The elastic members 310, 312, and 324 are disposed on the bottom of the heat auxiliary plate 340.

The heating plate 342 installed in the second lower setting unit 300b is heated by the heating plate 330 to generate heat, and is elastically supported by the heating plate spring 320 and disposed on the bottom surface of the heating plate 330. The hot plate spring 320 pushes the heating plate 342 elastically upward. In response to the configuration of the first upper setting part 200a configured as described above, a first lower setting part 300a which may be in contact with the first upper setting part 200a is configured. In addition, as in the upper setting part, three or more heating plates 330 may be embedded in the second lower setting part 300b as a heating plate 342 having three or more insertion grooves. As described above, the heating plate 242 may include a plurality of heating plates 230, so that not only the geometric variation due to the thickness of different hairs may be reduced, but also the latent heat preservation effect may be maximized. Therefore, in the case of using a curling plate having one heating plate or heating plate in the related art, the thickness of the hair placed between the setting portions is not constant, so that the problem of having to repeat the setting operation several times can be solved.

As described above, in the present invention, in order to contact the lower setting parts 300a and 300b corresponding to each of the upper setting parts 200a and 200b to produce a desired hair design, the heating plates 242 and The 342 abuts each other and is elastically contacted by the hot plate springs 220 and 320 at the same time. That is, the heating plate 242 installed in the upper setting unit 300 is elastically pushed downward by the hot plate spring 220, and the heating plate 342 installed in the lower setting unit 200 is the hot plate spring 320. Due to the elasticity is pushed upward by the heating plate 242 installed in the upper setting portion 300 and the heating plate 342 installed in the lower setting portion 300 may be elastically contact with each other.

Next, the structure of the main body 100 which concerns on this invention is demonstrated. Figure 5 is an exploded perspective view showing the form of the parts forming the main body of the dual-type hair molding machine according to the present invention, the upper and lower ends of the first body cover 112 and the second body cover, respectively having a predetermined receiving space 114 is provided, and the component of the 1st main-body part 110a and the 2nd main-body part 110b is accommodated in the accommodation space inside. First, a first printed circuit board (upper printed circuit board 120a) in which electrical circuits such as a plurality of diodes are patterned on the bottom of the first body cover 112, and a front surface 132a protrude in a predetermined shape and have a center. A first coupling plate (upper coupling plate 130a) having an indentation groove 134a into which the first printed circuit board 120a is inserted is disposed on an upper surface thereof, and a temperature control is performed on the bottom surface of the first coupling plate 130a. The control panel 140 is formed of a glass material in which the parts 150a and 150b and the switch 160 are in close contact with each other. On the other hand, the upper surface of the second body cover 114, the second printed circuit board (lower printed circuit board, 120b) corresponding to the first printed circuit board and the front surface protruding to correspond to the first coupling plate (130a) 132b and a second coupling plate (lower coupling plate 130b) having an inboard groove 134b into which the second printed circuit board 120b is inserted, the upper surface of the second printed circuit board 120b being provided with a control plate ( It is in close contact with the bottom of 140). At this time, as described later, the first coupling plate 130a formed inside the first main body 110a is fastened to the rear end of the upper setting part 200, whereby the upper setting part 200 is connected to the first main body part ( The second coupling plate 130b formed in the second body part 110b is fastened to the rear end of the lower setting part 300, thereby lowering the setting part 300. Is configured to be able to speak to the second main body 110b.

On the other hand, the first temperature control unit 150a and the second temperature control unit 150b installed adjacent to the control panel 140 by varying the intensity of the power applied to each setting unit, the temperature of the heat emitted through each setting unit It is a configuration to adjust differently. To this end, for example, the first temperature controller 150a is electrically connected to the first driving switch 172 (see FIG. 2), and may be in contact with each other. A plurality of heater cables 232 connected to a plurality of heating plates 230 provided in the 300a are respectively connected. Therefore, when a relatively high power is applied by adjusting the first driving switch 172, a high temperature heat is generated through the plurality of heating plates 230 provided in the first upper setting part 200a / the first lower setting part 300a. Is released. Meanwhile, the second temperature controller 150b is electrically connected to the second driving switch 174 (refer to FIG. 2), and the second upper setting part 200b / the first lower setting part 300b which may be in contact with each other. It is connected with a plurality of heater cables 332 which are respectively connected to a plurality of heating plates 330 provided in the. Accordingly, when a relatively high power is applied by adjusting the second driving switch 174, a plurality of heating plates 330 provided in the second upper setting part 200a / the second lower setting part 300a may be used. Heat may be released.

As described above, since the present invention includes a plurality of setting parts capable of dissipating heat at different temperatures, relatively low heat is emitted from one setting part and relatively high heat is released from another setting part. have. Thus, it is possible to prevent the problem of hair damage which may occur when heat of excessively high temperature is released in order to quickly design a desired hair shape.

Next, a configuration in which a plurality of setting units are spoken to the main body according to the present invention will be described. 6 is an exploded perspective view illustrating a coupling and connection relationship between the upper setting part 200 and the first main body part 100a according to the present invention, and has a predetermined shape as a rear end of the first upper setting part 200a. The first engaging piece 250a is attached, and the second engaging piece 250b is attached to the rear end of the second upper setting part 200b. At this time, the fastening hole 136 formed in the partition 280a in close contact with the front surface of the first coupling piece 250a and in the front surface 132a of the first coupling plate 130a disposed in the first body portion 100a. As the first coupling piece 250a is fixed to the first coupling plate 130a by passing through the fastening means, the first upper setting part 200a having the first coupling piece 250a attached to the rear end is The first coupling plate 130a may be coupled to the first body part 110a disposed therein. On the other hand, the first fitting member 260 having an insertion hole 262 is formed in close contact with the lower end of the front surface of the first coupling piece 250a. On the other hand, the insertion projection 272 that can be inserted into the insertion hole 262 of the first fitting member 260 to the front lower end of the second coupling piece 250b attached to the rear end of the second upper setting part 200b. ) Is provided with a second fitting member 270 is in close contact. Therefore, when the insertion protrusion 272 formed at one side of the second fitting member 270 is inserted into the insertion hole 262 formed at one side of the first fitting member 260, the first attachment member 272 is attached to the front surface of the fitting member 272. The second upper setting part 200b may be coupled to the first upper setting part 200a. In particular, the second upper setting part 200b is detachably coupled to the first upper setting part 200a by allowing the insertion protrusion 270 to be removed or inserted from the insertion hole 262, as necessary. Can be. Reference numerals 274 and 280b are fastening holes and partitions, respectively.

In FIG. 6, only the coupling relationship between the first body part and the upper setting part is illustrated, but the coupling relationship between the second body part and the lower setting part is substantially the same as that shown in FIG.

In the dual type hair molding machine having such a configuration, the first body part 110a and the second body part 110b are opened through the rotating member 140, and the hair parts to be produced are set to different temperatures. The first main body 110a and the second main body 110b abut on the pivoting member 140 after being positioned between the first setting parts 200a and 300a and the second setting parts 200b and 300b. When rotating so that the first setting portion (200a, 300a) and the second setting portion (200b, 300b) to abut each other while moving the hair gradually sweeping in the state sandwiched between each setting portion, Heat emitted by the heating means heated to a temperature of the hair acts on the hair to produce and implement a hair design of the desired shape.

In particular, through the accompanying drawings, the case in which two setting parts are addressed to each of the main body parts 110a and 110b is illustrated, but the present invention is not limited thereto, for example, three or four of each main body part. It goes without saying that the setting section set to different temperatures described above can be addressed. Of course, the configuration of the temperature control unit and the driving switch may be changed in proportion to the number of the setting unit.

In the above, the present invention has been described based on the preferred embodiments of the present invention, but the present invention is not limited thereto. Rather, it will be apparent to those skilled in the art that various modifications and variations can be readily made from the above-described embodiments and the accompanying drawings. However, it will be apparent from the appended claims that such modifications and variations fall within the scope of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 schematically shows the form of an electric curler as a hair forming machine for forming a wave or the like on a hair through a conventional electric method.

Figure 2 is a perspective view schematically showing the appearance of the hair forming machine for forming a wave or the like in the hair in accordance with the present invention.

Figure 3 is an exploded perspective view of a dual type hair molding machine according to the present invention.

Figure 4a is an exploded perspective view showing the shape of the parts forming the first upper setting part of the upper setting of the dual type hair molding machine according to the present invention, Figure 4b is a second of the lower setting of the dual type hair molding machine according to the present invention An exploded perspective view showing the shape of the parts forming the lower setting part.

Figure 5 is an exploded perspective view showing the form of the components forming the main body of the dual-type hair molding machine according to the present invention.

Figure 6 is an exploded perspective view showing the coupling and connection of the upper setting portion and the first body portion of the dual type hair molding machine according to the present invention.

Claims (5)

A hair forming machine having a main body including a first main body part and a second main body part connected through a rotation member, and capable of deforming the shape of the hair by electrically generated heat, An upper setting part coupled to the first body part, the upper setting part including a plurality of setting parts capable of dissipating heat at different temperatures; A lower type setting part coupled to the second body part, the dual type hair molding machine including a lower setting part including a plurality of setting parts corresponding to the upper setting part. The method of claim 1, The upper setting part includes a first upper setting part and a second upper setting part capable of generating heat at different temperatures, and the lower setting part corresponds to the first upper setting part and the second upper setting part, respectively. A dual type hair molding machine comprising a first lower setting part and a second lower setting part. The method of claim 2, At least one of the first upper setting part, the second upper setting part, the first lower setting part, and the second lower setting part is provided with a plurality of heating plates, and each of the dual type hairs in which a plurality of heater cables are connected to each heating plate. Molding machine. The method of claim 2, And the second upper setting part is detachably coupled to the first upper setting part. The method according to claim 2 or 4, And the second lower setting part is detachably coupled to the first lower setting part.

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