KR200267482Y1 - A hair treatment device - Google Patents

Abstract

The present invention relates to a hair care device, and more specifically, not only a hair salon or a hair care shop, but also at home, not only makes it possible to complexly manage various hairs such as dyeing, coating, hair setting, and treatment of damaged hair, but also ozone effect. And a hair care device 10 that provides a far infrared ray emitting effect. The hair care device 10 according to the present invention includes a fan device 31 having a heating device 32 and an ozone discharge part 34 inside the discharge port 21 therein, and the ozone discharge part 34. It includes an ozone generating device 33 for generating ozone, the power line 30 is connected to one side, the open end surface 21 'of the discharge port 21, the power lamp 22, the other side A bellows inserted into the main body 20 having a timer 23, a hot / cold air selector 24, an ozone selector 25, a heat generating temperature controller 26, and a discharge port 21 of the fan device 31. It characterized in that it comprises a hair cap (40) for directly or indirectly providing the amount of air generated in the fan device 31 through the tube 41 to the hair.

Description

Hair care device {A HAIR TREATMENT DEVICE}

The present invention relates to a hair care device, and more specifically, not only a hair salon or a hair care shop, but also at home, a variety of hair care, such as dyeing, coating, hair setting, treatment of damaged hair, as well as a combination of ozone A hair care device providing an effect and a far infrared ray emitting effect.

In humans, hair is prone to damage due to the use of frequent hair dryers for drying and the use of harmful hair dyes, hair coatings, hair setting agents and the like. Until now, in cases where hair was damaged, consumers had to pay a high price at hair salons or other hair care establishments to receive hair care, or to use certain hair treatment products at home. In addition, not only at home, but also in a beauty salon or a hair care establishment, there is a problem that increases the additional cost because there is no device that enables a combination of various hair care, such as dyeing, coating, hair setting, treatment of damaged hair.

Accordingly, many studies have been conducted to solve the above problems, and as a result, Utility Model Registration Application No. 20-1999-024810 discloses a hair dry cap that can dry hair simply by using only a hair dry to complete a perm, Utility Model Registration Nos. 20-2000-016567 and 20-1999-016692 disclose a hair dryer in which an ozone generator is installed, and Utility Model Registration No. 20-2000-032728 is a hair perm having a far infrared lamp. Humidification heating accelerator for known.

However, the conventional hair care device as described above is capable of only hair care limited to a single purpose, and there is a problem that various hair care such as dyeing, coating, hair setting, treatment of damaged hair, and the like cannot be performed in combination.

Therefore, the present invention not only makes it possible to complexly manage various hairs such as dyeing, coating, hair setting, treatment of damaged hair, etc. at home, not only in a beauty salon or a hair care shop, but also provides an ozone effect and far infrared ray emission effect. It is based on the task of developing a hair care device.

The problem includes a fan device having a heating device and an ozone discharge unit in the discharge port therein, and an ozone generator for generating ozone through the ozone discharge unit, the power line is connected to one side, the other side Through the open end surface of the discharge port, a power lamp, a timer, a hot and cold wind selector, an ozone selector, a main body having a heat generating temperature controller, and a bellows pipe inserted into and connected to the discharge port of the fan device, It can be achieved by the hair care device according to the present invention, including a haircap that provides directly or indirectly to the hair.

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

1 is a perspective view of an embodiment of a hair care device according to the present invention,

Figure 2 is an exploded perspective view of the hair manager main body according to Figure 1,

3 is a view of the hair rod and the connection terminal according to another embodiment of the hair care device according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: Hair Care

20: main body

21: discharge port

22: power lamp

23: timer

24: hot and cold wind selector

25: ozone selector

26: exothermic temperature controller

27, 27 ': hair rod

31: fan unit

32: heating device

33: ozone generator

34: ozone discharge unit

40: hair cap

41: Bellows Tube

FIG. 1 shows an embodiment of the hair manager 10 according to the present invention, and FIG. 2 shows an exploded perspective view (not shown in the electrical circuit) of the hair manager body 20 according to FIG. 1.

As shown in FIG. 1 and FIG. 2, the hair care device 10 according to the present invention includes a fan device 31 having a heating device 32 and an ozone discharge part 34 inside a discharge port 21 therein. And an ozone generating device 33 for generating ozone through the ozone discharge part 34, wherein a power line 30 is connected to one side, and an open end surface of the discharge port 21 on the other side. 21 ', a power lamp 22 indicating whether power is supplied, a timer 23 enabling setting of an operating time, and a hot / cold air selector for selectively generating hot or cold air through the heat generating device 32 ( 24, a main body 20 including an ozone selector 25 for determining whether the ozone generator is operated, an exothermic temperature controller 26 for adjusting an exothermic temperature of the exothermic device 32, and the fan device 31. The bellows pipe 41 is inserted into the discharge port 21 of the It includes a hair cap 40 to provide air flow to the hair directly or indirectly.

As described above, the fan device 31 including the discharge port 21 and the ozone generator 33 are disposed inside the main body 20, and inside the discharge port 21 of the fan device 31. A heat generating device 32 arranged around a circumference adjacent to the discharge port 21 and generating a warm air by heating the air volume generated by the fan device 31; and connected to the ozone generating device 33 to the air volume. An ozone discharge part 34 for generating ozone is disposed. Here, the discharge port 21 is preferably formed by applying a mixture containing germanium to the surface around the circumference in order to obtain a far infrared ray emission effect.

As the heat generating device 32, a heating wire of a conventional hair dryer may be used, and the ozone generating device 33 is an ozone generating device having a known configuration and will not be described in detail here.

In general, ozone acts as sterilization, oxidation, bleaching, and removal of contaminants. Thus, the action of ozone sterilization and contaminant removal generated by the ozone generator 33 has an excellent effect on the treatment of damaged hair. Oxidation, bleaching action contributes to hair dyeing and coating.

Further, the power supply line 30, the power lamp 22, the timer 23, the hot and cold wind selector 24, the ozone selector 25, the heat generating temperature controller 26, the fan device 31, the heat generating device 32, the ozone generator 33, the ozone discharge unit 34 is connected to a known electric circuit (not shown) according to the above purpose, the electric circuit is a blocking element for shutting off the power when an overcurrent flows And a discharge device that prevents accidental electric shock by discharging the voltage remaining in the electric circuit when the power is cut off, and an electromagnetic wave prevention device such as, for example, EMI.

According to the electrical circuit as described above, the hair care device 10 according to the present invention is operated as follows.

When the power line 30 is connected to a power source, the power lamp 22 emits light and the fan device 31 operates to generate air flow. In addition, the fan device 31 may be operated by a separate operation switch. The amount of air generated in this way reaches the hair cap 40 through the bellows pipe 41 from the discharge port 21 and acts on the hair. The air volume may generate various air volumes through a timer 23, a hot and cold wind selector 24, an ozone selector 25, and an exothermic temperature controller 26 according to desired hair care.

When the hot and cold wind selector 24 is turned on, the heat generating device 32 generates heat to generate heat by applying heat to the air volume. When the hot and cold wind selector 24 is turned off, the heat generating device 32 is turned on. The 32 may not be operated to allow natural cold air to be discharged.

In addition, when the ozone selector 25 is turned ON, the ozone generator 33 operates to allow ozone to be generated in the air flow rate through the ozone discharge unit 34, and the ozone selector 25 When it is turned off, the ozone generator 33 does not operate and ozone cannot be generated.

In addition, the heat generating device 32 may control the temperature through the heat generating temperature controller 26 to change the temperature of the warm air in various ways. In addition, through the operation of the timer 23, all the above-described operation time can be adjusted.

The hair cap 40 may indirectly supply the hot air or cold air blown through the bellows pipe 41 from the discharge port 21 through the corrugated layer structure to the hair indirectly, but the hot air and cold air are blown through the inner air hole. It is preferable to supply directly to the.

In another embodiment according to the present invention, as shown in FIG. 1, the hair rod 27 and the hair care product 28 may be fixedly disposed on the top of the main body 20, and the hair rod 27 may be fixed. ) And hair care product 28 may be covered by a lid 29. The hair rod 27 is preferably formed by applying a mixture containing germanium on its surface in order to obtain a far infrared ray emission effect. In addition, the hair care products 28 may be hair dyes, hair coatings, hair setting agents, hair nutrients and other hair treatment products for a variety of hair care.

Figure 3 shows another embodiment of the hair care device according to the present invention.

As shown in FIG. 3, several connection terminals 35 connected to the power source 36 are disposed on the upper portion of the hair manager 10 according to the present invention, and corresponding connection terminals 35 ′ and a heater ( The hair rod 27 'can be heated to be used for hair setting or the like by connecting the hair rod 27' having the 37. The hair rod 27 'is preferably formed by applying a mixture containing germanium for the far-infrared effect.

Therefore, the user in the hair manager 10 according to the present invention, the timer 23, the hot and cold wind selector 24, the ozone selector 25, and the exothermic temperature controller 26 disposed on one side of the main body 20. ), Proper use of the hair rods 27; 27 'and hair care products 28, proper use of hair caps 40, dyeing, coating, hair setting, treatment of damaged hair, and the like. A variety of hair care options can be combined as needed.

Therefore, the hair care device according to the present invention as described above can be conveniently used in a variety of hair care, such as dyeing, coating, hair setting, treatment of damaged hair, etc., at home, as well as in a beauty salon or a hair care establishment. Not only can the cost and time be reduced, the ozone effect and far-infrared emission effect are also excellent.

Claims (4)

In a normal hair care machine, A fan device 31 having a heat generating device 32 and an ozone discharge part 34 in the discharge port 21 therein, and an ozone generating device 33 for generating ozone through the ozone discharge part 34. It includes, the power line 30 is connected to one side, the open end surface 21 ′ of the discharge port 21 on the other side, the power lamp 22, the timer 23, the hot and cold wind selector 24 ), A main body 20 having an ozone selector 25 and an exothermic temperature controller 26; And It includes a hair cap 40 for directly or indirectly providing the amount of air generated in the fan device 31 to the hair through the bellows pipe 41 is inserted into the discharge port 21 of the fan device 31 Hair care device, characterized in that. The method of claim 1, The hair rod 27 and the hair care product 28 are fixedly disposed on the upper part of the main body 20, and the hair rod 27 and the hair care product 28 are covered by the cover 29. Hair care device. The method of claim 1, A connection terminal 35 connected to the power source 36 is disposed above the main body 20, and a hair rod 27 having a connection terminal 35 ′ and a heater 37 corresponding to the connection terminal 35 is provided. ') Is connected to the hair care device. The method according to any one of claims 1 to 3, The hair care device characterized in that a mixture containing germanium is applied to the surface around the circumference of the discharge port (21) of the fan device (31).