WO2013151271A1

WO2013151271A1 - Cosmetic hair treatment cap capable of drying and cosmetically treating hair, and cosmetic hair treatment apparatus comprising same

Info

Publication number: WO2013151271A1
Application number: PCT/KR2013/002565
Authority: WO
Inventors: 양윤복
Original assignee: Yang Yoon-Bok
Priority date: 2012-04-06
Filing date: 2013-03-28
Publication date: 2013-10-10
Also published as: CN104093334A; US20150040937A1; KR101274374B1; JP2015516843A

Abstract

The present invention relates to a multifunctional cosmetic hair treatment apparatus which uses a planar heating element using carbon fibers as a heating cable or a far-infrared film plate. More particularly, the present invention relates to a cosmetic hair treatment apparatus for drying and cosmetic treatment, which has the functions of heating a rod to a low temperature using the heat from a planar heating element or the far-infrared radiation from a far-infrared film plate during cosmetic hair treatment procedures, such as cosmetic hair treatment perms, straightening and softening, dyeing, hair-manicuring, treatments, and hair-loss prevention, and of warming up a perm agent during the winter, and which can be used even when the hair is dried using the far-infrared radiation emitted from the far-infrared film plate.

Description

【Specification】

[Name of invention]

Hair molding cap capable of drying and hair molding and comprising the same

Technical Field

The present invention is a multi-functional hair forming apparatus using a planar heating element or a far-infrared film plate using carbon fiber yarn as a heating wire. More specifically, perm, straight softening, dyeing hair manicure, treatment, hair loss prevention, etc. In the process of hair shaping, the rod is heated to low temperature by using heat and far-infrared rays in a planar heating element or far-infrared film plate, and in addition, it plays a role of warming the permanent medicine in winter. The present invention relates to a hair forming apparatus for drying and molding using a planar heating element or a far-infrared film plate that can be used even when using a hair dryer using far-infrared rays.

Background Art

In general, the heating element of the perm cap can be used only during the procedure of perma, and it generates heat by using the heat of nickel chromium alloy wire, but it emits electromagnetic waves and has the unique flexibility of metal, which causes disconnection with corrosion, resulting in short life.

In addition, the beauty cap heating element using a heating wire such as nichrome has a structure in which only a portion of the heating wire is heated, and Patent No. 20-2001-0007980 discloses a perm cap or carbon heating semiconductor using heat generation of carbon heating semiconductor fibers. The fiber is made of only a wire structure, and the wire structure can be coated with a material such as rubber or silicone to increase the strength of the fiber, but since it is also made of a wire structure, the temperature distribution of the hairdressing hat is Since it appears non-uniformly, there was a problem that the perm form does not come out uniformly during the permer treatment, and stains do not appear even during the dyeing procedure.

"Hat equipped with a planar heating element" disclosed in Korean Utility Model No. 20-0295967 is provided with a heat generating device such as a ceramic carbon fiber paper plane heating element between the lining and lining, and supplies power to the heat generating device. And it is provided with a power supply and a temperature control device for adjusting the temperature of the heat generated thereby.

In addition, the invention disclosed in the Republic of Korea Patent Application No. 10-2005246 0054246 is applied to heat the hair during the dyeing, perm, nutrition clinic, etc., while releasing far infrared rays and anion for protecting the hair and scalp Hair and scalp health It is a hat that promotes

However, all of the above techniques make heat transfer a single operation that covers the hair part of the hair, the shape, and the side part, so that it is not easy in forming the fish to distinguish the temperature difference between the rob part, the shape, and the side part. The two products are for hair plastic surgery only, and there is no connection to specialized and specialized hair dry plastic surgery without the work of a hairdresser.

In addition, in the existing beauty salons, the rods were heated with a low temperature (45 ^° C-50 ^° C) in a separate hot air balloon in order to quickly perform the perm of the subject during perm of the subject. After dyeing, treatment, and hair loss prevention, it was necessary to rinse and dry hair separately by a hairdresser.

The hairdresser takes a lot of time to dry the fisherman's hair with a hair dryer. In addition to the heaviness of the hair dryer, much of the work time of the hairdresser caused the fatigue of the arm and wrists to increase.

Conventional fish shaping caps are intended for hair molding procedures, and when used to dry them, there is no space formed between the hair and the fish shaping caps. There were problems such as not being circulated, the subject feeling frustrated during the procedure, or the volume of hair falling down after the procedure.

[Detailed Description of the Invention]

[Technical Challenges]

The present invention has been devised to solve the above problems, by improving the existing nickel crack line structure, using a planar heating element capable of far-infrared radiation with carbon fiber yarn or far-infrared film plate capable of far-infrared radiation, various hair molding and dry An object of the present invention is to provide a hair molding apparatus that can be performed at the same time.

Technical Solution

The present invention for achieving the above object is a hair molding cap for use in hair molding, located in the innermost of the hair forming cap, the lining portion 10 consisting of flame retardant fibers; Located inside the lining portion, a carbon fiber yarn material, a planar heating element (40, 40 ') for heating the top and bottom of the head or far infrared film plate (50, 50') capable of far-infrared radiation; Located on the outer circumferential surface of the lining portion 10, consisting of cotton fibers and the retaining portion (20) to serve as a thermal insulation; Endothelial 30 of the hair-forming cap made of polyester material waterproof to the outer circumferential surface of the thermal insulation portion 20; and wraps the outer circumferential surface of the endothelium 30, the upper end of the head as an artificial fiber material attached to the endothelial and Velcro Can hang on the support (90) It provides a hair forming cap comprising a; the outer shell 60 of the hair forming cap to be formed by the shaping cap hook portion (.110).

Further, preferably, the planar heating element 40, 40 'or the far infrared film plate 50, 50' is separated into upper and lower, respectively, upper planar heating element 40 and lower planar heating element 40 'or upper It is divided into a far infrared film plate 50 and a lower far infrared film plate 50 ', each of which further includes a temperature sensor 77, 77' and a thermal protector 78, 78 '. .

In addition, preferably, the lower portion of the endothelial 30 of the fish shaping cap is detachably connected, and around the neck portion 34 to surround the neck of the subject; Peripheral neck straps (38 ¹ ) for adjusting the neck portion of the neck cover according to the neck; A neck portion adjusting button 39 'for adjusting the length of the neck portion adjusting strap 38'; A face line shade 36 connected to the neck portion 34 to surround a face edge (face line) of the endothelium 30 of the hair forming cap; A faceline adjustment strap 38 for adjusting the faceline shade to the faceline; And a faceline adjusting burr 39 for adjusting the length of the face strap adjusting string 38.

In addition, the fish shaping apparatus according to an embodiment of the present invention the hair forming cap 100 and; Temperature control switch (74, 74 ') and time control device (76. 76') for sensing the temperature of the planar heating element (40, 40 ') or far-infrared film plate (50, 50') and controlling the heating time And a support device including a control device 70 including; and a fish shaping cap hook ring 92 to which the fish shaping cap hanger 110 is caught.

Further, preferably, the control device 70 is a temperature control switch (74, 74 ') and the time control device (76, 76') of the control device 70 is the top and bottom of the fish forming cap Each can be separated and adjusted, and when the planar heating element (40, 40 ') or the far-infrared film plate (50, 50') lights up when heating, it is confirmed whether the planar heating element or the far infrared film plate operation And neon devices 79 and 79 'which can be further included. In addition, the dry hair forming cap according to an embodiment of the present invention is the hair forming cap shell 60 and; The fish molding cap endothelial 30 and; Located on the inside of the fish forming cap endothelial 30, far infrared radiation is possible. Far-infrared film plate (5 '50') formed in the upper part and the lower part; A hair shaping cap positioned inside the far infrared film plate (5 50 ') and having a ventilation endothelial (32) of a heat resistant material having a plurality of through holes for ventilating the wind of the dryer; An outer surface portion 89 having a dry outlet insertion hole 80 through which a wind of a hair dryer can be inserted at a lower end of the ventilation endothelial 32; A far-infrared film plate 50 "installed in a cylindrical shape inside the outer surface portion 89; and to an upper end of the far-infrared film plate; Central, left, right, upper wind passage (82, 84, 86, 88) for the air to the left, right, top and bottom; And the control device 70 and the support 90; may include have. In addition, the far-infrared film plate (50, 50 ') may further include a temperature sensor (7' 77 '), the temperature overslip support (78, 78').

Advantageous Effects

As described above, according to the present invention, by eliminating all the above problems by improving the structure of the existing nickel crack line and applying it to the hair shaping of the hair, while maximizing the hair hair forming effect, sea hair molding as a light heat insulating material By minimizing the thickness, it provides a hair forming apparatus using a heat generating hair forming cap using a general-purpose fiber reinforced surface electric conductor.

In addition, due to the properties of the surface heating element, it is possible to emit far-infrared rays, and in addition to the perm function according to the existing heat generation, the surface heating hair forming cap using a fiber-reinforced surface electric conductor that can help the hair shaping beauty according to the well-being trend. It provides a fish forming apparatus.

In addition, it has the effect of distinguishing the temperature of the hair forming cap when forming a variety of hair according to different types of hair, the hair forming cap consisting of the upper surface heating element and the lower surface heating element is a hair perm, straight, In the process of dyeing, hair manicure, treatment, hair loss prevention, etc., the head of the scalp is high and the scalp temperature is relatively low.

In addition, since the existing hair dryer can be used as it is, labor can be saved, and since the hairdresser does not dry directly, the fatigue caused by excessive physical consumption of the hairdresser can be reduced.

In the hair dryer molding apparatus of the present invention, since the heat of the warm air from the hair dryer is uniformly distributed to the hair at once without the hairdresser's effort, there is an effect of the procedure and the economic effect, and far infrared radiation is possible after the hair molding procedure, and antibacterial. To perform a hair dryer with a deodorizing hair dryer molding cap, it is possible to provide a more specialized and specialized hair molding apparatus from the first hair molding procedure to the last stage of the hair dry molding procedure.

[Brief Description of Drawings]

1 is a view showing a state of use of the hair forming apparatus.

2 is a perspective view of the hair forming cap 100 of the present invention.

Figure 3 shows the sea molding cap 100 and the control device 70 having a neon device (79, .79 ') is connected. Figure 4 is an exploded perspective view of the hair forming cap of the present invention.

Figure 5 is a cross-sectional view of the fish shaping cap of the present invention.

6 is an exploded perspective view of the hair shaping cap at the time of dry molding.

7 is a cross-sectional view of the fish shaping cap at the time of dry molding.

[Best form for implementation of the invention]

[Form for implementation of invention]

Hereinafter, various embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows the hair forming apparatus of the present invention, and shows the appearance of a sea hair treatment using a hair forming cap 100 including a planar heating element. The present invention is used to hang the hair shaping cap hanger 110 of the hair shaping cap 100, the hook molding hook hook 92 of the support 90, the inside of the hair shaping cap 100, a planar heating element or far infrared There is a film plate is characterized in that the heating time and heating temperature is controlled by the controller (70).

Figure 2 is a perspective view of the hair forming cap 100, the hair molding cap capable of dry and hair molding of the present invention is a conventional hair molding cap 100, a hair molding cap hanger that can be hooked Part 110 is located at the top of the crown, face line shader 36 is formed so that the face portion can be adjusted according to the size of the face, neck portion around the Λ rifta (adjustable according to the thickness of the neck) 34) is formed. It is preferable that the faceline is connected to the camera back portion 36 and the neck portion 34 by a zipper or the like is formed to be removable.

In addition, the faceline shade 36 has a neckline adjustment strap around the neck to adjust the faceline adjustment strap 38 and faceline adjustment button 39 and the neck around the neck size to be adjustable according to the size of the face (38 ') and the perimeter neck adjustment knob (39').

3 shows a state in which the hair forming cap 100 and the control device 70 are connected. The planar heating element (40, 40 ') is connected to the control device 70, it is possible to adjust the temperature and heating time, the control device 70 is the temperature and heating time of the head upper and lower, respectively Top and bottom timer displays (72 and 72 '), temperature control (74. 74'), on / off control switch (75. 75 ') and time control (76, 76') respectively for adjustment and display Neon devices (79, 79 ') and main switch (73) can be installed.

Neon devices 79 and 79 'of the control device 70 are installed on the left and right sides of the upper part of the control device, and heating the planar heating elements 40 and 40' or the far-infrared film plates 50 and 50 '. The upper and lower (? ⁹ ') ^' singles are respectively inserted into the silver apparatus, respectively, in the upper heating element.

Or dimensional ^schemes, the upper part of the ray tube. _. And _. Operation of the lower part _. . ^' Whether or not ^'. To determine ^"... itro lock. It is preferred to. ：, ^{■ '} . ; ^' . · ^■ ： ^" . ：, ^{■ '}

Figure ⁴ shows an exploded perspective view of the haesang forming ¾ containing a planar heating element, the outer shell from the upper right (6Q); ? Endothelium 30 is the export ^, wherein: gambu 10 _^ 7 ') is dogwa w prevention device _^(78,' had data for 'the heating element (40, 40 that also the)') 78 ^{^',' ■} ·

The agglomeration is detachable as endothelium and velcro _. Is provided so as to function it is preferred that the eu ^'if the heating element is sanghu head 40 and the head lower part (40' a) type with ^"separate paragraph i ^.

In the dry forming, instead of the above-described flat body, the original line: film plate (50, .50 ') may be installed, which will be described later.

The planar heating element (40, ⁴⁰ ') The silver sensors in gisswe ^77') with cut-out prevention device Ndo

(78, 78 ') are separated into upper (77 78) and lower (77', 78 '); Is preferably installed;

These "detects the silver is ^i, and the constant is above silver is more eu: ^write", to be heated by more than ^", particularly the scalp prevent burns: one responsible for.

As also shown a cross-sectional view of a cap 5 molded hyeeo neunbon _invention: the interior of the flame retardant of the type H. _¾. ⁰ J consisting of a fiber (10) Located above the lining part

The outer circumferential surface of (10) is formed of a cotton fiber ^ & ^ to act as a thermal insulation is formed, the above ^. Inner Ingot of Polyester Jerde Plastic Cap

30 is formed. ;

The planar heating element (40; 40 ') of the burnt: fiber yarn material is located inside the ¾! · Rewinding (10), and the planar heating element (40 40') is as described above. It is preferable to install separately from the planar heating element 40 '.

The endothelial (30) of the man-made fiber of the fiber as the ¾ ^.

Adhesion to the inner endothelium and Velcro;

The surface heating element (40, .40 ') is connected to the ^chamfer device 70 by a wire, so that temperature control, time control, etc. can be performed.

. In this way, the surface heating element containing the planar heating element; the heating element: the time and the time that came during the molding process of each fish such as perm, strain ', etc., can be used in various ways. ^'

Further, according to a preferred embodiment, the wear out molding is ¾ may be used is specific to the driver during molding: Figure ^"6: With ^reference," which at the time of Sao dry _forming. Haar

The mold cap is ^{called '} from the outer peripheral surface of the hair forming ¾, outer shell (60), endothelial (3Q) ,. Original film ^' film ^■ . It consists of a plate (50, 50') and a ventilation ^' endothelial 32, the elbow endothelial (32) has a plurality of through holes

And having a structure of 33. (See FIG. 7), at the bottom of the vent 32

Correction Sheet (Rule 91) ISA / KR Dry outlet insertion hole 80 that can insert the wind of self; Central, left, right, and upper center wind passage pipes 82, 84, 86, and 88 are further formed to allow wind to the bottom left, right, top, and bottom of the far-infrared film plate. By doing so, the wind from the dryer can be evenly transmitted to the head. Further, preferably, the far-infrared film plate 50 "may be installed in a cylindrical shape into the dry outlet insertion hole 80.

In addition, as described above, the far-infrared film plates 50 and 50 'may be further provided with silver dosen clerks 77 and 77' and thermal protectors 78 and 78 '. It is adjustable and can be used by hanging the hair forming cap on the support 90.

Hereinafter will be described a method of hair molding using the fish-shaped cap of the present invention.

In general, when hair is a healthy hair in a beauty salon, or a hair that has been permed for a long time, or dyed with henna, hair curling does not come out in the form of curls.

In this case, put the rod or perm medicine for perm treatment in the marine mold cap (100), the face line control burr (39) and the peripheral neck adjustment button (39 ¹ ) of the hair molding cap (100) before perm treatment. To prevent the intake of air from the outside by closing the hair forming cap 100, the time control device (76, 76 ') is set to 15 minutes in the upper head or 20 minutes in the lower head, the upper temperature controller Set (74, 74 ') to 70 ^° C, respectively. After the above process, when the rod in the hair forming cap 100 is warmed, using the face line adjustment button 39 of the fish forming cap 100, the patient takes out the permanent medicine and the heated rod one by one. After the hair perm molding procedure, the heat from the hair forming cap 100 can be delivered more quickly by covering the hair forming cap 100, which has already been heated from the process, directly on the hair of the subject. Hair shaping equipment can be used to suit the hair situation and various hair shaping procedures.

In addition, the drying process is essential after a variety of hair forming procedures, even in the case of forming the hair by dry, having a ventilating endothelial 32 having a dry outlet insertion opening (80) and far infrared film plates (50, 50 ') By using the hair forming cap (100), by setting the head using a rod or the like by inserting a conventional dryer as it is. It can drastically reduce the effort of the beauty practitioner during drying, and by using far infrared rays, there is also deodorization, sterilization, antibacterial effect.

The embodiments presented above are exemplary, and those of ordinary skill in the art may vary the embodiments described herein without departing from the technical spirit of the present invention. One modification and modification invention may be made. Such modifications are not intended to limit the scope of the invention.

Industrial Applicability

The present invention can be usefully used in the cosmetic industry.

Claims

[Range of request]

[Claim 1]

In the hair shaping cap to be used for hair molding,

A lining part 10 which is located at the innermost side where the head of the fish forming cap is in contact with and consists of flame retardant fibers;

Located on the side that the head of the lining portion does not touch, carbon fiber yarn material, the surface heating element (40, 40 ') for heating the upper head and the lower head or far infrared film plate (50, 50') capable of far-infrared radiation and;

A heat insulating part 20 positioned on an outer circumferential surface of the lining part 10 including the planar heating element 40 and 40 'or a far infrared film plate 50 and 50' and composed of cotton fibers to play a role of reinforcing;

Endothelial 30 of the fish-shaped cap made of polyester material waterproof to the outer circumferential surface of the thermal insulation portion 20; And

Surrounding the outer circumferential surface of the endothelial 30. As the synthetic fiber material attached to the endothelial and the Velcro, the outer cap 60 of the hair forming cap is formed on the top of the hair forming cap hanger 110 to hang on the support 90;

Sea fish forming cap comprising a.

[Claim 2]

The crab of claim 1.

The planar heating element (40, 40 ') or far infrared film plate (50, 50') is separated into upper and lower, respectively, upper planar heating element (40) and lower planar heating element (40 ') or upper far infrared film plate (50) And a lower far-infrared film plate 50 ', each of which further includes a temperature sensor 77.77' and a thermal protector 78, 78 '. cap.

[Claim 3]

The method of claim 1,

The lower end portion of the endothelial 30 of the fish shaping cap is detachably connected to the zipper 35, and around the neck portion 34 to surround the neck of the subject;

Peripheral neck part adjusting strap (38 ') for adjusting the neck partly according to the neck circumference;

Peripheral neck portion adjustment button (39 ') for adjusting the length of the neck portion adjustment strap (38');

It is connected to the part around the neck ( ₃₄ ), the face edge of the endothelial 30 of the fish molding cap A faceline shader 36 surrounding the seat portion (faceline);

A faceline adjustment strap 38 for adjusting the faceline shade to the faceline; And

Hairline cap capable of drying and hair forming further comprising a faceline adjustment button (39) for adjusting the length of the face strap control strap (38).

[Claim 4]

Claim 1 or claim 3 of any one of the hair forming cap (100);

Silver control switch (74, 74 ') and time control device (76, 76') for sensing the temperature of the planar heating element (40, 40 ') or far-infrared film plate (5 to 50') and controlling the heating time Controller 70 comprising a; and

A support (90) comprising a hair shaping cap hook ring (92) on which the hair shaping cap hanger (110) is caught;

Hair molding apparatus capable of forming a dry and hair, characterized in that it comprises a.

[Claim 5]

The method of claim 4, wherein

The temperature control switch (74, 74 ') and the time control device (76, 76') of the control device 70 is adjustable by separating the top and bottom of the hair forming cap, respectively,

When the planar heating element 40, 40 'or the far infrared ray film plate 50, 50' lights up when heated, the left and right neon apparatuses 79 capable of confirming whether the planar heating element or the far infrared ray film plate are operated are provided. Dry hair and hair forming apparatus, characterized in that the 79 ') is further included.

[Claim 6]

Fish forming cap shell 60 and;

Sea fish forming cap endothelial (30);

Located on the inside of the hair-forming cap endothelial 30, far-infrared radiation is possible, the far-infrared film plate (50, 50 ') formed in the upper and lower;

Located in the far-infrared film plate (50, 50 '), the sea-fish-type cap comprising a ventilation endothelial 32 of the heat-resistant material having a plurality of through holes for ventilating the wind of the dryer,

An outer surface portion 89 having a dry outlet insertion opening 80 through which a wind of a hair dryer can be inserted at a lower end of the ventilation endothelial 32;

A far-infrared film plate 50 " installed in a cylindrical shape inside the outer surface portion 89; Center, left, right, upper center wind aisles 82, 84, 86, 88; and control unit 70 and support 90;

Drying and hair molding o characterized in that used to dry further comprising a hair forming apparatus.

[Claim 7]

The method of claim 6,

The far infrared film plate (50, 50 ') is a temperature sensor (77, 77').

Drying and hair-forming hair forming apparatus, characterized in that it further comprises a thermal protector (78, 78 ').