JP2015516843A - Hair shaping cap capable of drying and hair shaping and hair shaping apparatus including the same - Google Patents

Abstract

TECHNICAL FIELD The present invention relates to a multifunctional hair shaping apparatus using a surface heating element or far infrared film plate using carbon fiber yarn as a heating wire, and more particularly, perm for hair shaping, straight softening, dyeing, hair manicure, treatment. During hair shaping treatments such as hair loss prevention, the surface heating element or far-infrared film plate uses the heat and far-infrared rays to warm the rod (rod) at a low temperature, warming the permanent medicine in winter, etc. And a hair shaping apparatus for drying and molding using a surface heating element or a far infrared film plate that can be used for hair drying using far infrared radiation emitted from a far infrared film plate . [Selection] Figure 1

Description

  TECHNICAL FIELD The present invention relates to a multifunctional hair shaping apparatus using a surface heating element or far infrared film plate using carbon fiber yarn as a heating wire, and more particularly, perm for hair shaping, straight softening, dyeing, hair manicure, treatment. During hair shaping treatments such as hair loss prevention, the surface heating element or far-infrared film plate uses the heat and far-infrared rays to warm the rod (rod) at a low temperature, warming the permanent medicine in winter, etc. And a hair shaping apparatus for drying and molding using a surface heating element or a far infrared film plate that can be used for hair drying using far infrared radiation emitted from a far infrared film plate .

  In general, the heating element of the perm hat can be used only during the operation of the perm, etc., and it generates heat using the heat generated by the nickel chrome alloy wire, but this emits electromagnetic waves and is unique to metal. As a result, the life is shortened due to disconnection with corrosion.

  In addition, the heating element of the beauty hat using a heating wire such as nichrome has a structure in which only the heating wire is heated, and Korean Application No. 20-2001-0007980 is a carbon heating semiconductor fiber. Permanent hats that use heat generation and carbon heat-generating semiconductor fibers have a simple wire structure, which can be covered with materials such as rubber and silicone to improve the tensile strength of the fibers. Because this is also composed of a line structure, the temperature distribution of the beauty hat is not uniform, the shape of the permanent does not appear uniformly during the permanent treatment, and the entire hair is not evenly dyed during the dyeing treatment. There was a problem that unevenness occurred.

  The “hat equipped with a surface heating element” disclosed in Korean Utility Model No. 20-0295967 is provided with a heating device such as a surface heating element of ceramic carbon fiber paper between the lining and the outer surface. A power supply unit for supplying power to the heat generating device and adjusting the temperature of heat generated by the heat generating device and a temperature adjusting device are provided.

  In addition, the invention disclosed in Korean Patent Application No. 10-2005-0054246 is related to hair and scalp at the same time that heat is applied to promote hair treatment during hair dyeing, perm, nutrition clinic, etc. It is a hat that releases far-infrared rays and negative ions to promote the health of hair and scalp.

  However, in any of the above techniques, since the heat transfer method is performed by one operation for the top portion, the nape portion, and the side portion of the hair, it is difficult to distinguish the temperature difference between the top portion, the nape, and the side portion. In addition, the above two products are only for hair shaping treatments, and after that, it does not take a beautician's trouble, and does not lead to a professional and characterized hair drying shaping treatment.

  In addition, in the existing beauty salon, when performing the permanent treatment of the patient, the treatment rod (rod) is used with a separate heating device at a low temperature (45 ° C. to 50 ° C.) in order to quickly perform the permanent treatment of the patient. It was necessary to use it while it was warmed up, and after shampooing after permanent treatment, dyeing, treatment, hair loss prevention, etc., the hairdresser separately dried the hair with a hair dryer.

  The hairdresser takes a lot of time to dry the subject's hair with a hair dryer, the hair dryer is also heavy, the hairdresser takes a lot of labor time, imposes stress on the arms and wrists, and increases fatigue Caused.

  Conventional hair shaping caps and the like are intended for hair shaping treatment, and when they are used dry, no space is formed between the hair and the hair shaping cap. There was a problem that the warm air of the dryer was not circulated smoothly, the patient became difficult during the treatment, and the volume of the hair was suppressed after the treatment.

  The present invention has been devised to solve the above-described problems. The structure of an existing nickel chrome wire is improved, and a surface heating element capable of emitting far-infrared rays using carbon fiber yarn or far-infrared ray emission is possible. It aims at providing the hair shaping apparatus which can perform various hair shaping | molding and drying simultaneously using a far-infrared film board.

  In order to achieve the above object, the present invention provides a hair-molding cap used for hair-molding, wherein the lining 10 is located on the innermost side of the hair-molding cap and is made of a flame-retardant fiber; A surface-phase heating element 40, 40 'for heating the upper and lower parts of the head, or a far-infrared film plate 50, 50' capable of emitting far-infrared radiation, which is located inside and made of carbon fiber yarn material; A heat retaining portion 20 that is made of wood flower fiber and plays a role of keeping warm; and an inner skin 30 of a polyester hair-cap that is waterproof on the outer peripheral surface of the heat retaining portion 20; A hair which is formed of a synthetic fiber material that surrounds the outer peripheral surface of the inner skin 30 and is attached to the inner skin with a hook-and-loop fastener, and has a hair-molding cap hook portion 110 formed on the top of the head so that it can be hung on a support base 90. Molded cap Providing hair shaping cap comprising; a skin 60.

  Preferably, the surface heating element 40, 40 ′ or the far infrared film plate 50, 50 ′ is separated into an upper part and a lower part, respectively, so that the upper surface heating element 40 and the lower surface heating element 40 ′ or the upper far infrared ray are separated. It is divided into a film plate 50 and a lower far-infrared film plate 50 ′, each of which is characterized in that it further includes temperature sensors 77 and 77 ′ and over-temperature preventers 78 and 78 ′.

  Preferably, a neck rest 34 is detachably connected to the lower end of the inner skin 30 of the hair-molding cap and surrounds the neck portion of the subject; and the neck rest is adjusted around the neck. A neck perimeter adjustment cord 38 ′; a neck perimeter adjustment button 39 ′ for adjusting the length of the neck perimeter adjustment cord 38 ′; A face line pad 36 surrounding the face line; a face line adjusting string 38 for adjusting the face line pad to the face line; and a face line adjusting button 39 for adjusting the length of the face line adjusting string 38 And can further be included.

  In addition, the hair shaping apparatus according to a preferred embodiment of the present invention senses the temperature of the hair shaping cap 100; the surface heating element 40, 40 'or the far infrared film plate 50, 50' and controls the heating time. A control device 70 including temperature control switches 74 and 74 ′ and time control devices 76 and 76 ′; and a support base 90 including a hair-forming cap hook hook 92 on which the hair-forming cap hook portion 110 is hung. It is characterized by including.

  Preferably, the control device 70 can adjust the temperature adjustment switches 74 and 74 ′ and the time adjustment devices 76 and 76 ′ of the control device 70 separately from the upper part and the lower part of the hair shaping cap. A neon device 79 that can confirm whether the surface heating element or the far infrared film plate can be operated by applying electricity when the surface heating element 40, 40 'or the far infrared film plate 50, 50' is heated. 79` is further included.

  Further, the hair-forming cap for drying according to a preferred embodiment of the present invention is located inside the hair-forming cap skin 30; the hair-forming cap inner skin 30; and the hair-forming cap inner skin 30 and can emit far infrared rays. A far-infrared film plate 50, 50 'formed on the upper and lower sides; a heat-resistant film having a plurality of through-holes located inside the far-infrared film plate 50, 50' for allowing air to flow through the hair dryer A hair-forming cap having a ventilated endothelium 32 made of a functional material; an outer surface portion 89 having a dry outlet vent port 80 through which the wind of a hair dryer can pass at the lower end of the ventilated endothelium 32; and a cylinder inside the outer surface portion 89 A far-infrared film plate 50`` installed in a shape; the left and right sides at the upper end of the far-infrared film plate; Right, central upper wind passage tubes 82, 84, 86, 88; control device 70 and support 90.

  The far-infrared film plates 50 and 50 ′ may further include temperature sensors 77 and 77 ′ and overheat prevention devices 78 and 78 ′.

  As described above, according to the present invention, the existing nickel chrome wire structure is improved to eliminate all the above problems, and by applying this to hair shaping, the hair shaping effect of hair is maximized. However, the present invention provides a hair shaping apparatus using a heat-generating hair shaping cap that uses a general-purpose fiber-reinforced surface phase electrical conductor by minimizing the thickness by making the hair shaping a light heat insulation material.

 In addition, because of the characteristics of the surface heating element material, far-infrared radiation is possible, and in addition to the existing perm hat function due to heat generation, a fiber-reinforced surface phase electric conductor useful for hair shaping beauty matching the healthy trend is used. A hair shaping device is provided that includes a surface heat generating hair shaping cap.

  In addition, when performing various hair shaping with various hairs, the hair shaping cap of the present invention, which has a treatment effect by keeping the temperature of the hair shaping cap distinguished, is composed of an upper surface heating element and a lower surface heating element, When performing treatments such as perm, straight, dyeing, hair manicure, treatment, hair loss prevention, etc., the hair of the scalp is relatively low compared to the center of the scalp where the temperature of the scalp is relatively low, and the temperature of the back and side is subdivided. Molding can be performed.

  In addition, the existing hair dryer can be used as it is, which can save labor, and since the hairdresser does not perform the dry work directly, it can reduce the fatigue caused by excessive physical wear of the hairdresser. it can.

  The hair dry molding apparatus of the present invention has the effect of the treatment and the economic effect because the heat of the warm air coming out of the hair dryer is evenly distributed throughout the hair at once without the trouble of the hairdresser. After the treatment, far-infrared radiation is possible, hair drying with anti-bacterial and deodorizing hair dry shaping caps, more characteristic and specialized hair shaping from the first hair shaping treatment to the last hair drying treatment An apparatus can be provided.

It is drawing which shows the use condition of a hair shaping apparatus. It is a perspective view of the hair shaping cap 100 of this invention. It is a figure which shows the state with which the control apparatus 70 which comprised the hair shaping cap 100 and neon apparatus 79, 79` was connected. It is a disassembled perspective view of the hair-molding cap of this invention. It is sectional drawing of the hair-molding cap of this invention. It is a disassembled perspective view of the hair-forming cap at the time of dry molding. It is sectional drawing of the hair-forming cap at the time of dry molding.

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

  FIG. 1 is a view showing a hair shaping apparatus according to the present invention, and shows a state in which hair is treated using a hair shaping cap 100 including a surface heating element. In the present invention, the hair-molding cap hanging portion 110 of the hair-molding cap 100 is used by being hooked on the hair-molding cap-hanging hook 92 of the support base 90, and a surface-phase heating element or a far-infrared film plate is placed inside the hair-molding cap 100. The heating time and the heating temperature are adjusted by the control device 70.

  FIG. 2 is a perspective view of the hair-forming cap 100. The hair-forming cap capable of drying and hair-forming according to the present invention is a pattern of a normal hair-forming cap 100, and a hair-forming cap-hanging portion on which the hair-forming cap can be hung. The face line pad 36 is formed so that the face 110 can be adjusted according to the size of the face, and the neck part can be adjusted according to the thickness of the neck. The neck rest 34 is formed. The face line pad 36 and the neck pad 34 are preferably connected to each other by a chuck or the like so as to be detachable.

  Further, the face line pad 36 can be adjusted according to the thickness of the neck so that the face line adjustment string 38, the face line adjustment button 39, and the neck periphery can be adjusted according to the size of the face. A neck perimeter adjustment strap 38` and a neck perimeter adjustment button 39` are formed.

  FIG. 3 is a view showing a state in which the hair shaping cap 100 and the control device 70 are connected. The surface heating elements 40, 40` are connected to a control device 70, and can adjust temperature and heating time. The control device 70 adjusts and displays the temperature and heating time of the upper and lower heads. Upper and lower timer display plates 72, 72 ', temperature control devices 74, 74', on-op control switches 75, 75 ', time control devices 76, 76', neon devices 79, 79 'and A main switch 73 can be installed.

  Neon devices 79 and 79 'of the control device 70 are installed on the left and right of the upper portion of the control device, and the upper neon devices 79 are heated when the surface heating elements 40 and 40' or the far-infrared film plates 50 and 50 'are heated. In addition, it is preferable to confirm whether the upper and lower portions of the surface heating element or the far-infrared film plate can be operated by applying electricity to the lower neon device 79 ′.

  FIG. 4 is an exploded perspective view of a hair-forming cap including a surface heating element. From the upper right side, the outer skin 60, the inner skin 30, the heat retaining portion 20, the lining portion 10, the temperature sensors 77 and 77 ′, and the overheat prevention device 78. , 78 ′ including the surface phase heating elements 40, 40 ′.

  It is preferable that the outer skin is detachably installed with an inner skin and a hook-and-loop fastener, and the surface heating elements are respectively formed on the upper part 40 and the lower part 40 'of the head. At the time of dry molding, far-infrared film plates 50 and 50 'can be installed instead of the above-described surface heating element, which will be described later.

  The temperature sensors 77, 77 ′ and overheat prevention devices 78, 78 ′ provided in the surface phase heating elements 40, 40 ′ are preferably installed in the upper portions 77, 78 and the lower portions 77 ′, 78, respectively. Senses the temperature and prevents the scalp from being burned by preventing it from being heated any more when it exceeds a predetermined temperature.

  FIG. 5 is a cross-sectional view of the hair-forming cap of the present invention. A lining portion 10 made of a flame-retardant fiber is located in the innermost portion of the hair-forming cap. Is made of wood flower fiber, and a heat retaining part 20 that plays a role of heat insulation is formed, and a waterproof hair-forming cap endothelium 30 of a polyester material is formed around the heat retaining part 20.

  The surface heating elements 40, 40` of carbon fiber yarn material are located inside the lining 10, and the surface heating elements 40, 40` are, as described above, the upper surface heating element 40 and the lower surface heating element 40`. It is preferable to install separately.

  An outer skin 60 of a hair-molding cap made of artificial fiber material can be detachably attached to the outer peripheral surface of the inner skin 30 with the inner skin and a hook-and-loop fastener.

  The surface heating elements 40, 40 ′ are connected to the control device 70 by electric wires, and can perform temperature adjustment, time adjustment, and the like.

  As described above, the surface heating element including the surface heating element can be used in various ways while adjusting the temperature and time during various hair shaping treatments such as perm and straight.

  In addition, according to a preferred embodiment, the hair-molding cap can be specially used during dry molding. According to FIG. 6, the hair shaping cap used at the time of dry molding is composed of the outer skin 60, the inner skin 30, the far-infrared film plates 50, 50 'and the ventilating endothelium 32 in order from the outer peripheral surface of the hair shaping cap. 32 is formed with a structure having a plurality of through holes 33 (see FIG. 7), a dry outlet vent 80 through which the hair of the hair dryer can pass through the lower end of the ventilating endothelium 32; and the lower end of the far infrared film plate A center, left side, right side, and center upper wind passage pipes 82, 84, 86, and 88 are further formed to allow the wind to pass through the left right side, upper part, and lower part. By doing in this way, the wind from a hair dryer can be uniformly transmitted to a head. Preferably, a far infrared film plate 50 ″ may be installed in a cylindrical shape inside the dry outlet vent 80.

  In addition, as described above, the far-infrared film plates 50 and 50 ′ may further be provided with temperature sensors 77 and 77 ′ and overheat prevention devices 78 and 78 ′. The hair-forming cap can be hung on the support base 90 and used.

  Below, the method of shape | molding hair using the hair shaping cap of this invention is demonstrated.

  Normally, in the case of healthy hair in a beauty salon, hair that has been permed for the first time in a long time, or hair that has been dyed with henna or the like, curling of the perm does not occur well during the molding of the perm.

  In such a case, before the perm treatment, a rod or a permanent drug for perm treatment is put into the hair shaping cap 100, and the face line adjustment button 39 and the neck circumference adjustment button 39` of the hair shaping cap 100 are placed. In order to prevent the inhalation of air from the outside, the hair-forming cap 100 is sealed, and the time adjustment devices 76 and 76` are set to 15 minutes for the upper part of the head or 20 minutes for the lower part of the head. 74 and 74` are set to 70 ° C and operated.

  After the above process, when the rod in the hair shaping cap 100 is warmed, the permanent medicine and the heated rod are taken out one by one using the face line adjustment button 39 of the hair shaping cap 100. After the hair perm forming treatment is performed on the person to be treated, the heat retaining heat from the hair forming cap 100 is more quickly applied by directly covering the hair of the person to be treated with the hair forming cap 100 whose temperature has already been heated from the above process. The hair shaping apparatus can be used in accordance with the hair condition of the person to be treated and the applied treatment of various hair shaping.

  In addition, a drying process is indispensable after various hair shaping treatments. However, even when hair is shaped with a hair dryer, the hair has a ventilation inner skin 32 having a dry outlet ventilation opening 80 and far-infrared film plates 50 and 50 ′. Using hair shaping cap 100 and setting hair using a rod etc., inserting a conventional hair dryer and using it as it is will greatly reduce the efforts of the beauty practitioner when dry. By using far-infrared rays, it also has deodorizing, sterilizing and antibacterial effects.

  The embodiments presented above are exemplary, and various changes and modifications to the embodiments presented within the scope of the technical idea of the present invention can be made by persons having ordinary knowledge in this field. be able to. Such changes and modifications do not limit the scope of the present invention.

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

Claims (7)

In the hair shaping cap used at the time of hair shaping,
A lining part (10) which is located on the innermost side where the head of the hair-molding cap comes into contact and is composed of a flame-retardant fiber;
Far-infrared radiation, which is located on the side where the head of the lining part does not contact, is a carbon fiber yarn material, and is capable of emitting far-infrared radiation (40, 40`) for heating the upper part of the head and the lower part of the head. A film plate (50, 50`),
A heat insulating material which is located on the outer peripheral surface of the lining part (10) including the surface phase heating element (40, 40 ') or the far-infrared film plate (50, 50') and which is made of wood flower fiber and serves as a heat insulating material. Part (20);
The inner surface (30) of a polyester hair-cap that can be waterproofed on the outer peripheral surface of the heat retaining part (20);
An artificial fiber material that surrounds the outer peripheral surface of the inner skin (30) and is adhered to the inner skin with a hook-and-loop fastener, and the upper part of the head can be hung on a support base (90), 110) a hair-forming cap skin (60) from which the hair-forming cap is formed.   The surface heating element (40, 40 ') or the far-infrared film plate (50, 50') is separated into an upper part and a lower part, respectively, so that an upper surface heating element (40) and a lower surface heating element (40`) or It is divided into an 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 an overtemperature protector (78, 78 '). The hair shaping cap capable of drying and hair shaping according to claim 1. A neck rest (34) removably connected to the lower end of the inner skin (30) of the hair-molding cap by a chuck (35) and surrounding the neck portion of the subject;
A neck perimeter adjustment string (38`) for adjusting the neck rest around the neck;
A neck perimeter adjustment button (39`) for adjusting the length of the neck perimeter adjustment string (38`);
A face line pad (36) connected to the neck pad (34) and surrounding the face line of the inner skin (30) of the hair-forming cap, and a face line adjusting cord for adjusting the face line pad to the face line (38)
The hair shaping cap according to claim 1, further comprising a face line adjustment button (39) for adjusting a length of the face line adjustment string (38). A hair shaping cap (100) according to any one of claims 1 or 3;
A temperature adjustment switch (74, 74 ') and a time adjustment device (76) for sensing the temperature of the surface phase heating element (40, 40') or far-infrared film plate (50, 50 ') and controlling the heating time. , 76`) and a control device (70),
A hair shaping device capable of drying and hair shaping, comprising: a support base (90) including a hair shaping cap hanging hook (92) on which the hair shaping cap hanging portion (110) is hung. The temperature control switch (74, 74 ') and the time control device (76, 76') of the control device (70) can adjust the upper and lower parts of the hair shaping cap separately,
When the surface heating element (40, 40 ') or the far-infrared film plate (50, 50') is heated, it is possible to confirm whether the surface heating element or the far-infrared film plate can be operated by applying electricity. The hair shaping apparatus capable of drying and shaping according to claim 4, further comprising a left and right neon device (79, 79 '). A hair-molding cap skin (60);
Hair shaping cap endothelium (30);
A far-infrared film plate (50, 50 ') located on the inner side of the hair-molding cap endothelium (30) and capable of emitting far-infrared rays and formed on the upper and lower parts;
A hair-molding cap including a heat-resistant material ventilating endothelium (32) having a plurality of through-holes, which is located inside the far-infrared film plate (50, 50 ') and allows the air of a hair dryer to ventilate;
An outer surface portion (89) having a dry outlet ventilation opening (80) through which a wind of a hair dryer can pass at the lower end of the ventilation endothelium (32);
A far-infrared film plate (50``) installed in a cylindrical shape inside the outer surface portion (89);
Center, left side, right side, center upper wind passage pipe (82, 84, 86, 88) for allowing wind to pass through the upper and lower sides of the far-infrared film plate, left and right sides, upper and lower parts,
A hair shaping apparatus capable of drying and hair shaping, further comprising a control device (70) and a support base (90) for use in drying.   The dry far infrared film plate (50, 50 ') according to claim 6, further comprising a temperature sensor (77, 77') and an overtemperature protector (78, 78 '). And hair shaping equipment capable of hair shaping.

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