KR20230169512A - skin beauty device for hair care - Google Patents

Abstract

The present invention relates to a beauty device for hair care, including a heat dissipating portion 100 that provides heat toward the head, a support portion 300 connected in a vertical structure at the rear of the heat dissipating portion 100, and the support portion 300. ) is coupled to the bottom of the heat dissipation part 100 and the support part 300 and includes a support part 400 that supports the load, and in particular, carbon paper. By allowing planar heating elements to be applied within the hemisphere 110 of the heat dissipation unit 100, the aim is to provide a hair care beauty device that not only radiates qualitatively superior far-infrared rays to the scalp but also achieves healthy care management of the scalp.

Description

Beauty device for hair care {skin beauty device for hair care}

The present invention relates to a beauty device for hair care, and more specifically, to a beauty device for hair care that combines a qualitatively superior far-infrared ray radiation planar heating element to which carbon paper is applied to a beauty device for scalp care.

Hair salons are generally places for hair care that not only provide hair cuts for women and men, but also dyeing and perming. These salons are equipped with heating devices that generate heat in the form of heating wires or coils when users dye, perm, or take care of their hair. It is being utilized.

However, since most of these existing heating appliances utilize heating methods in the form of heating wires or coils, not only do they generate a lot of harmful electromagnetic waves, but their electrical consumption is also very high.

In particular, these existing heating appliances are used not only when users dye their hair or perm, but also when taking care of their scalp, and because a large amount of harmful electromagnetic waves are generated, the health of the users' scalp is harmed.

Therefore, research and development that can reduce these harmful electromagnetic waves while also providing convenience in device operation is urgently required.

Patent Document 001: Registration No. 10-1649522 (2016. 08. 12)

The present invention to solve the above-mentioned problems is that hair salon users dye their hair significantly better than existing devices in the hair dyeing or perming process, and the curling of the permer also has a significant effect, while providing antibacterial action on the scalp and hair dye or perm. The purpose is to provide a beauty device for hair care that not only deodorizes medicines, but also achieves the goal of providing refreshing and cool scalp care by emitting far-infrared rays from high-quality carbon paper.

The present invention for achieving the above-mentioned objectives includes a heat dissipating portion 100 that provides heat toward the head, a support portion 300 connected in a vertical structure at the rear of the heat dissipating portion 100, and the support portion 300. ) is coupled to the bottom of the hair care beauty device that includes a support portion 400 that supports and supports the heat dissipation portion 100 and the support portion 300.

The heat dissipation unit 100 is a heat dissipation hemisphere 150 of a hemispherical structure installed inside the hemisphere 110 made of a hemispherical heat dissipation structure, and is installed in a concave area inside the heat dissipation hemisphere 150 to radiate heat. It further includes a heat radiator 160, and a control unit 130 installed on the upper part of the hemispherical structure 120 to control the operation of the heat radiator 100. One such feature is found in beauty devices for hair care.

The control unit 130 is installed in a structure that is inclined in the direction of the support unit 300 at the top of the fastening unit 120 so that the user can easily control the heat dissipation unit 100. , the first, second, and third planar heating elements (161, 162, 163) that are installed in a structure partitioned along the inner concave portion of the heat radiator 160, which has a hemispherical structure, and radiate heat of far-infrared rays toward the head, and the first, One example of this feature is a hair care beauty device that further includes a plurality of LEDs that emit light and are installed in a structure arranged in the gap between the 2 and 3 planar heating elements 161, 162, and 163.

The first, second, and third planar heating elements (161, 162, and 163) are made of carbon paper, and are installed in a plurality or more in a curved round structure so that they can be installed in a structure suitable for the heat dissipation hemisphere 150, which has a hemispherical structure. , a reflector made of silver foil installed at a predetermined distance from the first, second, and third planar heating elements (161,162,163) to reflect far-infrared rays to the head, and between the first, second, and third planar heating elements (161,162,163) and the reflector. An example of this feature is a beauty device for hair care that is installed in a structure placed at a spaced apart point and further includes a filter member that filters harmful electromagnetic waves contained in far-infrared rays.

Meanwhile, the present invention includes a heat dissipating part 100 that provides heat toward the head, a support part 300 connected in a vertical structure at the rear of the heat dissipating part 100, and a support part 300 coupled to the lower end of the support part 300. A support portion 400 that supports and supports the load of the heat dissipation portion 100 and the support portion 300, the support allowing the user to easily turn on and off the power application to the heat dissipation portion 100 with his or her feet. An operating unit 500 having a scaffold structure installed on the unit 400, and a control unit 130 that controls and regulates the operation of the heat dissipation unit 100 by communicating wirelessly with a wireless communication means installed on the support unit 300. Another example of the feature is a beauty device for hair care consisting of a configuration including the following.

The heat dissipation unit 100 is installed in a structure partitioned along the inner concave portion of the heat dissipator 160, which has a hemispherical structure, and includes first, second, and third planar heating elements 161, 162, and 163 that radiate heat of far-infrared rays toward the head, And another example feature of the hair care beauty device further includes a plurality of LEDs that are installed in a structure arranged in the gap between the first, second, and third planar heating elements (161, 162, 163) and emit light. there is.

The first, second, and third planar heating elements (161, 162, and 163) are made of carbon paper, and are installed in a plurality or more in a curved round structure so that they can be installed in a structure suitable for the heat dissipation hemisphere (150), which has a hemispherical structure, A reflector made of silver foil that is installed at a predetermined distance from the first, second, and third planar heating elements (161,162,163) and reflects far-infrared rays to the head, and between the first, second, and third planar heating elements (161,162,163) and the reflector. Another example of this feature is a beauty device for hair care that is installed in a structure placed at a separate point and further includes a filter member that filters harmful electromagnetic waves contained in far-infrared rays.

According to the present invention as described above, it is possible to provide a beauty device for hair care with a planar heating element using carbon paper, which not only provides care for the scalp of beauty salon users, but also improves the effect of dyeing and perming, It has the effect of providing pleasant air in the beauty salon by deodorizing bad odors generated during the process.

Figure 1 is a three-dimensional perspective view to understand the overall configuration of a beauty device for hair care according to a first embodiment of the present invention.
FIG. 2 is an enlarged perspective view of the heat dissipation unit 100 shown in FIG. 1.
FIG. 3 is a side view showing one direction of the heat dissipation unit 100 shown in FIG. 2.
FIG. 4 is a perspective view showing the configuration of the heat dissipation unit 100 shown in FIG. 1 three-dimensionally separated from the bottom direction.
FIG. 5 is a perspective view showing the configuration of the heat dissipation unit 100 shown in FIG. 1 three-dimensionally separated from the top.

Terms or words used in this specification and claims should not be construed as limited to their common or dictionary meanings, and the inventor may appropriately define the concept of terms in order to explain his or her invention in the best way. It should be interpreted with meaning and concept consistent with the technical idea of the present invention based on the principle that it is.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent the entire technical idea of the present invention, so at the time of filing the present application, various alternatives may be used to replace them. It should be understood that equivalents and variations may exist.

Hereinafter, a preferred first embodiment of the present invention may be described with reference to the accompanying drawings. The beauty device for hair care according to the present invention has a heat dissipation device that provides heat toward the head, for example, as shown in FIGS. 1 and 2. Part 100, a support part 300 connected in a vertical structure at the rear of the heat dissipation part 100, and a support part 300 coupled to the lower end of the support part 300 to form the heat dissipation part 100 and the support part 300. ) may be configured to include a support portion 400 that supports and supports the load.

These hair care beauty devices can be placed and used in, for example, beauty salons, and can be used to have the effect of allowing hair dye to penetrate well into the hair and drying the perms well during the process of perming or dyeing hair for beauty salon users. You can.

The heat dissipation unit 100 may, for example, be made of a concave hemispherical structure to effectively provide heat to the head, but is not limited to this structure. The heat dissipation unit 100 may be formed at the inner bottom of the hemisphere 110, which has a concave hemispherical structure, as shown in Figure 4. Additional same heat dissipation hemispheres 150 may be installed.

Of course, the heat dissipation part 100 may be configured with a fastening part 120 installed in a hemispherical structure at the top of the hemisphere 110, and extends from the top of the fastening part 120 toward the support part 300. The control unit 130 having an inclined structure may be configured to be further installed as shown in FIG. 3 .

That is, the control unit 130 is installed in a structure inclined toward the support unit 300 from the top of the fastening unit 120, so that the user can control the control unit 130 at the rear of the heat dissipation unit 100. The operation method can be easily understood, and thus the user can easily understand and operate the operation of the control unit 130.

Therefore, since the operation of the heat dissipation unit 100 can be easily performed by the user, users who want to get a perm or dye their hair can conveniently receive the heat provision service of the heat dissipation unit 100. .

Meanwhile, on one side of the fastening part 120, a fastening piece 140 that is hinged to the connection arm 200 connected to the support part 300, which will be described later, may be coupled, and the fastening part 120 Inside, the heat dissipation hemisphere 150 and the installation part 145 required for fixed installation of the control unit 130, which will be described later, may be installed in a fixed manner.

Since the installation part 145 has a cross-shaped structure and a concave structure with chamfered corners, it can be easily accommodated and fixed inside the fastening part 120 of a hemispherical structure, and is a heat dissipating hemisphere. It has a function as a medium for fixed installation of (150) and the control unit (130).

The heat dissipating hemisphere 150 corresponds to the hemisphere 110 and may be formed in the same hemispherical structure as the hemisphere 110 so that it can be accommodated in the concave interior of the hemisphere 110. It is formed of a configuration including a first heat sink 151, a second heat sink 152, and a third heat sink 153 composed of a plurality of compartment structures to install and fix the heat sink 160, which will be described later. It can be.

Of course, the first heat dissipation paper 151, the second heat dissipation paper 152, and the third heat dissipation paper 153 may be formed in a structure that is integrated into the concave interior of the heat dissipation hemisphere 150, and are thus integrated. In the formed first heat dissipation paper 151, second heat dissipation paper 152 and third heat dissipation paper 153, a first planar heating element 161, a second planar heating element 162 and a third heat dissipation body 160 are formed. The planar heating elements 163 can be installed and fixed in such a way that they are individually adhered to each other.

The first planar heating element 161, the second planar heating element 162, and the third planar heating element 163 are individually divided into a first heat dissipation paper 151, a second heat dissipation paper 152, and a third heat dissipation paper 153. ) and can be formed in a round structure with a concave curve so that it can be installed in a close contact structure.

A plurality of LEDs for emitting light may be installed in the gap between the first, second, and third planar heating elements 161, 162, and 163. Preferably, far-infrared light is irradiated to provide a sense of warmth to the scalp. It can be. Note that these LEDs are not shown.

In the gap space between the first, second, and third planar heating elements (161, 162, and 163), LEDs are installed at predetermined intervals. These LEDs may have a wavelength range of, for example, 630 nm to 690 nm. .

And, inside the control unit 130, the PCB 131 shown in FIG. 5 is accommodated and protected, and a support plate 132 is formed at the lower part of the PCB 131 to support the PCB 131. It can be fixed to the installation part 145 with a supporting structure.

Of course, the support plate 132 may be fixed in an inclined form at the installation part 145 to fix the PCB 131 in an inclined form.

Meanwhile, a fixing part 170 is fixed to the support part 300 at a position at the lower end of the connecting arm 200, and an adjustment lever 171 is provided on this fixing part 170, and the fixing part ( 170) can be adjusted in height in a vertical direction along the length of the support portion 300 by releasing the control lever 171.

The connection arm 200 includes a first hinge portion 210, a second hinge portion 220, It may be configured to include a third hinge portion 230 and a fourth hinge portion 240, and one end of the first hinge portion 210 is hinged to the fastening piece 140 formed in the heat dissipation portion 100. The first hinge portion 210 may be connected to one end of the second hinge portion 220 in a hinged structure.

The other end of the second hinge portion 220 may be connected to one end of the third hinge portion 230 in a hinged structure, and the other end of the third hinge portion 230 may be connected to one end of the fourth hinge portion 240. One end may be connected in a hinged structure, and the other end of the fourth hinge part 240 may be connected in a hinged structure to the support part 300.

Therefore, the heat dissipation unit 100 can be rotated and manipulated in multiple directions by the user through various hinge connection structures of the connecting arm 200, so that far-infrared rays are transmitted to the scalp area during the perm or dyeing process of beauty salon users. The heat can be applied at various angles of rotation direction, and since the heat of far-infrared rays is applied to the scalp at these various angles of rotation direction, not only can hair salon users get perms or dye their hair, but their scalp can also be effectively managed.

The support portion 400 located below the support portion 300 may be composed of integrated reinforcing pieces 400a added in a vertical structure, and these reinforcing pieces 400a may be used to support the support portion (400a). 300) can prevent bending or breaking in one direction.

Front support legs (410, 420) and rear support legs (430, 440) may be formed at the lower part of the support portion (400), and rollers may be installed on the front support legs (410, 420) and rear support legs (430, 440). Because of this, the beauty device itself can be easily moved to a desired location.

Of course, the rollers may be configured with a structure in which a locking device capable of locking or unlocking the rotation of the rollers through a button operation is further installed.

In addition, an operation unit 500 may be further mounted on the support unit 400. The operation unit 500 has a structure that is easy to operate with the foot and turns the heat dissipation unit 100 on/off. ·off) You can.

In particular, since the first, second, and third planar heating elements (161, 162, and 163) above are heating elements using carbon paper, high-quality far-infrared ray irradiation is possible, and foul odors such as ammonia emitted from pesticides due to the deodorizing effect of far-infrared rays can be significantly reduced. It can demonstrate superior effects compared to existing beauty devices in terms of curling of perms and dyeing.

These first, second, and third planar heating elements (161, 162, 163) can further improve the health of the scalp due to their low power consumption and significantly less electromagnetic waves than those generated from existing beauty devices, and the quality of carbon paper is excellent. Through the antibacterial and deodorizing action of far-infrared rays, the harsh odor emitted from perm products can be significantly reduced, and care for the scalp that feels cool and refreshing can also be achieved.

The first, second, and third planar heating elements (161,162,163) can be installed in a structure suitable for the hemisphere 110, which has a hemispherical structure, for example, in a semicircular structure, and can be installed in the number of three pieces. It can be installed in a structure where LEDs are arranged between the gaps between the heating elements 161, 162, and 163, and these LEDs use a wavelength range of, for example, 630 nm to 690 nm, which can help improve scalp blood circulation.

These first, second, and third planar heating elements (161, 162, 163) may be made of, for example, cotton thread woven in a grid shape, and a heating material that forms a finished coating layer through the use of PE and PET urethane by impregnation with carbon and a vacuum condition. am.

Therefore, these first, second, and third planar heating elements (161, 162, and 163) are not heat conduction type heating elements that simply convert existing electrical energy into thermal energy, but connect a power source to the anode wire to convert electrical energy into a large amount of far-infrared rays and emit them. This far-infrared ray is emitted in large quantities and penetrates deep into the scalp. By shaking the cells in the scalp, it not only contributes to blood circulation and activation of cell tissue in the scalp, but also kills harmful bacteria living in the scalp. This can also contribute to the antibacterial effect.

Moreover, the first, second, and third planar heating elements (161, 162, 163) are made of silver foil so that the excellent far-infrared rays of the carbon paper generated from the first, second, and third planar heating elements (161, 162, 163) can be effectively radiated toward the scalp. The reflector may be further installed in a predetermined spaced structure, and a filter member that filters harmful electromagnetic waves contained in far-infrared rays may be further installed at the separation point between the first, second, and third planar heating elements 161, 162, and 163 and the silver foil. You can.

In other words, the filter member can block harmful electromagnetic waves contained in far-infrared rays by filtering them in the process of emitting far-infrared rays through the reflector, so it is possible to purify far-infrared rays, and the qualitatively superior far-infrared rays of carbon paper are transmitted to the scalp. It can be supplied to .

Of course, since the excellent far-infrared rays of this carbon paper can also have a deodorizing effect, they can also have the effect of significantly reducing odors such as ammonia emitted from perm or hair dye, so it can be effective in significantly reducing the effect on the scalp during the perm or dyeing process. Deodorizing, antibacterial and purifying effects can be achieved.

Therefore, when power is applied to the first, second, and third planar heating elements (161, 162, 163), the thermal energy of far-infrared rays generated from the first, second, and third planar heating elements (161, 162, 163) can be intensively radiated to the scalp area. , In this radiation process, the thermal energy of far-infrared rays generated from the first, second, and third planar heating elements 161, 162, and 163 in the direction of the reflector is reflected by the reflector and can be radiated to the scalp area with harmful electromagnetic waves removed through the filter member. there is.

The filter member may be composed of a filter material for blocking electromagnetic waves and a coating material coated along the surface of the filter material. The filter material may be made of a material called osmium, and the coating material may be ceramic. A substance called can be used.

The above filter material can block harmful electromagnetic waves through the high density characteristics resulting from the use of a material called osmium. However, since this osmium material has a high risk of corrosion at room temperature, the surface of the filter material A ceramic material can be coated around the perimeter as a coating material. In addition, the above LEDs can control the intensity of light through a variable resistor.

Meanwhile, a beauty device for hair care according to a second preferred embodiment of the present invention may include, for example, a heat dissipating part 100 that provides heat toward the head, and the heat dissipating part 100, with reference to the attached Figure 5. A support portion 300 connected in a vertical structure at the rear of the support portion 400, which is coupled to the lower end of the support portion 300 and supports the heat dissipation portion 100 and the load of the support portion 300. ) and a control unit 500 having a footrest structure capable of controlling the operation of the heat dissipation unit 100 in an on/off manner, and a wireless communication means installed on the support unit 300 to communicate wirelessly, thereby dissipating the heat. A control unit 130 that adjusts and controls the operation of the unit 100 and the support unit 300, and a connection arm 200 that can apply rotational manipulation in various directions to the heat dissipation unit 100. It can be composed of:

The operating unit 500 is a footrest structure that can be provided while placed on the floor through a cable or wireless connection. However, because hairdressers perform perm, dyeing, or scalp care by hand, the operation unit (500) is provided with the foot by using the footrest structure. The operability to turn on and off the operation of the heat dissipation unit 100 can be conveniently achieved by pressing the footrest of the 500.

Heat dissipation unit (100) Hemisphere (110)
Fastening unit (120) Control unit (130)
Fastening piece (140) Installation part (145)
Heat dissipation hemisphere (150) First heat dissipation paper (151)
Second heat sink (152) Third heat sink (153)
Heat sink (160) First planar heating element (161)
Second planar heating element (162) Third planar heating element (163)
Fixing part (170) Control lever (171)
Connecting arm (200) first hinge portion (210)
Second hinge portion (220) Third hinge portion (230)
Fourth hinge portion (240) support portion (300)
Support portion (400) reinforcement piece (400a)
Front support leg (410,420) Fuji support leg (430,440)
Control panel (500)

Claims (7)

A heat dissipation unit 100 that provides heat toward the head;
A support portion 300 connected in a vertical structure at the rear of the heat dissipation portion 100; and
A support unit 400 coupled to the lower end of the support unit 300 to support the heat dissipation unit 100 and the load of the support unit 300;
A beauty device for hair care, characterized in that it consists of a composition comprising. According to paragraph 1,
The heat dissipation unit 100 is
A heat dissipating hemisphere 150 having a hemispherical structure installed inside the hemisphere 110 having a hemispherical heat dissipating structure;
A heat radiator 160 installed in the inner concave portion of the heat radiating hemisphere 150 to radiate heat; and
A control unit 130 installed at the top of the hemispherical fastening unit 120 at the top of the hemisphere 110 to control the operation of the heat dissipation unit 100;
A beauty device for hair care, further comprising: According to paragraph 2,
The control unit 130 is installed in a structure that is inclined in the direction of the support unit 300 at the top of the fastening unit 120 so that the user can easily control the heat dissipation unit 100. ;
The first, second, and third planar heating elements (161, 162, 163) are installed in a structure divided along the inner concave portion of the heat radiator (160), which has a hemispherical structure, and radiate heat of far-infrared rays toward the head; and
A plurality of LEDs installed in a structure arranged in the gap between the first, second, and third planar heating elements (161, 162, and 163) to emit light;
A beauty device for hair care, further comprising: According to paragraph 3,
The first, second, and third planar heating elements (161,162,163) are,
It is made of carbon paper, and is installed in a plurality or more in a curved round structure so that it can be installed in a structure suitable for the heat dissipation hemisphere 150, which has a hemispherical structure;
A silver foil reflector installed at a predetermined distance from the first, second, and third planar heating elements (161, 162, 163) to reflect far infrared rays to the head; and
A filter member installed in a structure installed at a spaced point between the first, second, and third planar heating elements (161, 162, 163) and the reflector to filter harmful electromagnetic waves contained in far-infrared rays;
A beauty device for hair care, characterized in that it consists of a composition further comprising: A heat dissipation unit 100 that provides heat toward the head;
A support portion 300 connected in a vertical structure at the rear of the heat dissipation portion 100;
A support unit 400 coupled to the lower end of the support unit 300 to support the heat dissipation unit 100 and the load of the support unit 300;
A control unit 500 having a footrest structure installed on the support unit 400 so that the user can easily turn on and off the power application to the heat dissipation unit 100 with his or her feet; and
A control unit 130 that adjusts and controls the operation of the heat dissipation unit 100 by communicating wirelessly with a wireless communication means installed on the support unit 300;
A beauty device for hair care, characterized in that it consists of a composition comprising. According to clause 5,
The heat dissipation unit 100 is
The first, second, and third planar heating elements (161, 162, 163) are installed in a structure divided along the inner concave portion of the heat radiator 160, which has a hemispherical structure, and radiate heat of far-infrared rays toward the head; and
A plurality of LEDs installed in a structure arranged in the gap between the first, second, and third planar heating elements (161, 162, and 163) to emit light;
A beauty device for hair care, characterized in that the composition further includes. According to clause 6,
The first, second, and third planar heating elements (161,162,163) are,
It is made of carbon paper, and is installed in a plurality of curved round structures so that it can be installed in a structure suitable for the heat dissipation hemisphere 150, which has a hemispherical structure;
A silver foil reflector installed at a predetermined distance from the first, second, and third planar heating elements (161, 162, 163) to reflect far infrared rays to the head; and
A filter member installed in a structure installed at a spaced point between the first, second, and third planar heating elements (161, 162, 163) and the reflector to filter harmful electromagnetic waves contained in far-infrared rays;
A beauty device for hair care, characterized in that it consists of a composition further comprising: