KR101810105B1 - The beauty therapy for combines a light source and heat source - Google Patents

Abstract

The present invention relates to a skin care therapy device combining a light source with a heat source. The present invention comprises: a body which, sequentially at intervals, has a body unit of an arc shape, a support of having a holder including a holding groove and a combining unit including at least one reinforcement rod in both sides of the body unit, a center groove of being lengthily formed in a perpendicular direction to the arc direction around the body unit, and a plurality of first grooves and second grooves of being lengthily formed in an arc direction to face mutually by being arranged in both sides of the center groove and having different widths; an intermediate lens; a heating element; a side lens; an elastic unit; and a housing which is formed to cover the body by being combined with the upper outside of the body unit formed in the body. The present invention has advantages of: providing an excellent effect for skin therapy by providing light and heat at the same time for people by combining a light source and a heat source used to improve skin of the people with one body; and preventing maloperation of the light source caused by heat, preventing damage, and maintaining the efficiency of the light source by preventing heat generated from the heat source to the light source from being delivered by forming the light source and the heat source to be divided separately at a predetermined interval.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a skin beauty treatment device,

More particularly, the present invention relates to a skin beauty treatment device in which a heat source for radiating heat and a light source for emitting light have an influence on each other while improving the skin treatment effect by simultaneously irradiating light and heat. And more particularly to a skin beauty treatment device in which a light source and a heat source are fused so as to prevent malfunction and damage of the light source and maintain the efficiency of the light source.

A commonly used skin treatment device combines a light source circuit that generates light inside a housing and a heat generating body that generates heat, as shown in Korean Patent Registration No. 10-0980062, so as to treat skin while simultaneously generating light and heat .

However, when the light source circuit and the heat emitting body are used without being distinguished in one housing as described above, the heat generated by the heat emitting body is transferred to the light source circuit, a load is applied to the light source circuit by heat generated in the heat emitting body, There is a problem in that a malfunction, breakage, or light emission efficiency is lowered.

The present invention combines a light source and a heat source, which are used to improve the skin of a person, into one body, thereby providing light and heat at the same time to provide excellent effects to skin treatment. The heat generated by the heat source is prevented from being transmitted to the light source, thereby preventing malfunction of the light source due to heat, preventing damage, and maintaining the efficiency of the light source.

It is also an object of the present invention to improve the heating effect by allowing the heat generated in the heating element to be diverted only to the space formed in the heating plate guide.

Further, the center, the side lens, and the heating element can be easily removed from the body, and the center, the side lens, and the heating element can be easily separated from the body through the elastic portion.

According to an aspect of the present invention, there is provided a portable terminal comprising: a base body having an arc-shaped body, a base having at least one reinforcing bar on both sides of the base, A body having a plurality of first grooves and a plurality of second grooves which are arranged at both sides of the center groove and are opposed to each other and which are elongated in the arc direction and whose widths are different from each other, An intermediate lens coupled to a center groove formed in the body and having a coupling protrusion coupled to the LED substrate and a fixing part coupled to the body to project light generated from the LED substrate to the outside, The first groove is connected to the first groove having a relatively wide width, the reinforcing bar is included in the space formed inside, and the upper side is formed with the mounting plate A heat generating plate having a heat plate guide, a heat generating plate positioned above the heat plate guide and having a space groove at a position corresponding to the second groove, a heat insulating material formed on the upper side of the heat generating plate, A side lens for projecting light generated from the LED substrate to the outside, a plurality of elastic grooves formed in the inside of the side lens, and an auxiliary groove for fixing the heating element to the first groove, A first and a second protrusions which are in contact with the heating element and the side lens and protrude downward from the elastic plate to fix the heating element and the side lens in the first and second grooves, And a housing coupled to the upper side of the body formed on the body and configured to cover the body.

The present invention combines a light source and a heat source, which are used to improve the skin of a person, into one body, thereby providing light and heat at the same time to provide excellent effects to skin treatment. The heat generated from the heat source is prevented from being transmitted to the light source, thereby preventing the malfunction of the light source due to heat, the prevention of the damage, and the efficiency of the light source.

Further, there is an advantage that the heat generated by the heat generating element can be dissipated only into the space formed in the heat plate guide, thereby improving the heat generating effect.

In addition, the center lens, the side lens, and the heating element can be easily removed from the body, and the center lens, the side lens, and the heating body can be prevented from being easily separated from the body through the elastic portion.

1 to 2 are perspective views showing a skin beauty treatment device in which a light source and a heat source are fused according to the present invention.
3 is a perspective view showing a body of a skin beauty treatment device in which a light source and a heat source are fused according to the present invention.
4 is a perspective view showing an intermediate lens of a skin beauty treatment device in which a light source and a heat source are fused according to the present invention.
FIG. 5 is a perspective view showing a heating element of a skin beauty treatment device in which a light source and a heat source are fused according to the present invention,
6 is a perspective view showing a side lens of a skin beauty treatment device in which a light source and a heat source are fused according to the present invention.
7 to 8 are perspective views showing an elastic part of a skin beauty treatment device in which a light source and a heat source are fused according to the present invention.
FIG. 9 is a use state diagram showing a combined state of an intermediate lens shown in a skin beauty treatment device in which a light source and a heat source are fused according to the present invention. FIG.
FIG. 10 is a use state diagram showing a state of coupling of a heating element shown in a skin beauty treatment device in which a light source and a heat source are fused according to the present invention. FIG.
FIG. 11 is a use state diagram showing a combined state of side lenses shown in a skin beauty treatment device in which a light source and a heat source are fused according to the present invention. FIG.
FIG. 12 is a use state view showing a state of engagement of the elastic part shown in the skin beauty treatment device in which a light source and a heat source are fused according to the present invention. FIG.
13 is a use state diagram showing a state of engagement of a housing shown in a skin beauty treatment device in which a light source and a heat source are fused according to the present invention.

In order to achieve the above object, the present invention is as follows.

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

1 to 13, a skin beauty treatment apparatus 100 in which a light source of the present invention is fused with a heat source includes a body 10, an intermediate lens 20, a heating body 30, a side lens 40, (50), and a housing (60).

3, the body 10 is formed of a body bd formed in an arc shape, and a pedestal 13 having an open top at both sides of the body bd is formed.

A plurality of engaging portions 11 for engaging with the housing 60 to be described later are formed on the pedestal 13 and a plurality of engaging portions 11 for enhancing the strength of the engaging portions 11 around the engaging portions 11 At least one reinforcing bar 11a is formed.

That is, the engaging portion 11 is formed as a sunflower shape by the reinforcing bar 11a.

Further, it is obvious that one or more coupling parts 11 can be formed according to the purpose or convenience of the user.

The pedestal 13 is provided with a pedestal 12 including a pedestal 12a to which a heating element 30 is coupled so as to firmly support the heating body 30 coupled to the body 10, Respectively.

In order to improve the strength of the pedestal 13, a reinforcing piece 13a such as a spoke of a bicycle wheel (not shown) may be further formed inside the pedestal 13.

A central groove 14 is formed at a central portion of the body bd in a direction perpendicular to the arc direction (widthwise direction) A first groove 15 and a second groove 16 which are formed to be long in the arc direction of the body bd are formed.

Here, the first grooves 15 and the second grooves 16 are formed to have different widths, and a plurality of first grooves 15 and second grooves 16 are sequentially formed with a gap therebetween.

That is, the first grooves 15 are formed in an odd-numbered column, and the second grooves 16 are formed in even-numbered columns, and the first grooves 15 and the second grooves 16 are formed in a spaced-

The first groove 15 and the second groove 16 are formed to have different widths. In the present invention, the first groove 15 is formed to be wider. For example, (16) can be formed wider.

The heating element 30 is coupled to the first groove 15 having a relatively wide width and the side lens 40 is coupled to the second groove 16 having a narrow width.

The reason why the first groove 15 to which the heating element 30 is coupled is formed to be wider than the second groove 16 to which the side lens 40 is coupled is that the area of the heat emitted from the heating element 30 is widened, (Not shown in the figure) that emits far-infrared rays.

4, the intermediate lens 20 is coupled to a center groove 14 formed in the body bd of the body 10, and has an LED substrate The fixing protrusions 21 are formed at one or more intervals so as to be spaced apart from each other and are fixed to the body bd in the front and rear directions with respect to the body bd.

Here, the LED substrate for generating light is currently in general use, and LEDs (not shown) for generating light on the LED substrate are self-explanatory and will not be described in detail.

In addition, the intermediate lens 20 is formed to project light emitted from the LED substrate to the outside by being coupled with the LED substrate. The intermediate lens 20 is configured to project light, which is projected to the outside through the intermediate lens 20, Diffusing or concentrating them.

The intermediate lens 20 is further provided with a partition wall p so as to firmly fix the intermediate lens 20 to the center groove 14 formed in the body 10 on both sides like the coupling protrusion 21 It is possible.

5, the heating element 30 is formed on the body bd of the body 10 and is coupled to the first groove 15 having a relatively large width to form the first groove 15, So that the heat can be dissipated to the outside.

In addition, a heat plate guide 31 coupled to the first groove 15 of the body 10 is formed.

The heating plate guide 31 has the same shape as that of the first groove 15 formed in the body 10 and has at least one reinforcement bar 31c crossing the space 31b formed therein And a mounting plate 31a which is mounted on the upper side of the first groove 15 as an upper side surface is formed.

Here, the fixing plate 31a is formed so as to maintain the fixing state of the heating element 30 without being dislodged from the first groove 15, and the reinforcing bar 31c is formed so that the heating plate guide 31 is in contact with the external impact So that it acts as a skeleton so as not to bend easily.

A heating plate 32 for generating heat by power supplied from the outside to the upper side of the heating plate guide 31 is formed.

Here, the heat generating plate 32 may be formed to cover the entire arc-shaped body bd. However, since the LED substrate for generating light is coupled to the body bd, A space groove 32a is formed at a position corresponding to the second groove 16 so that heat is not transferred to the portion where the first groove 16 is formed.

This is because when the heat generated from the heating plate 32 is transferred to the LED substrate that generates light, the LED substrate may be damaged or broken due to heat, thereby lowering the efficiency of light. Therefore, So that the heat generated in the heat generating plate 32 is not transferred to the periphery of the heat generating plate 32.

It is a matter of course that the heating plate 32 for generating light by a power source supplied from the outside can be formed of any material or any shape which is generally used at present according to the purpose or convenience of the user.

In addition, a fullerene film (not shown) that is currently in use can be attached to the heat generating plate 32 by using an adhesive member or may be attached by heat fusion so as to emit far-infrared rays.

The fullerene film is currently in general use and a detailed description thereof will be omitted.

That is, the far infrared rays can be emitted to the outside more smoothly by the components contained in the fullerene film due to the heat generated in the heating plate 32.

When the fullerene film is formed on the heating plate 32, it is obvious that the fullerene film is formed in a direction toward the user so as to radiate far-infrared rays directly to the user for skin treatment.

A heat insulating material 33 is formed on the upper surface of the heat generating plate 32 on which the space groove 32a is not formed so that the heat generated by the heat generating plate 32 is directed only in the direction of the user.

Here, the heat insulating material 33 is generally used, and a detailed description thereof will be omitted.

The heat insulating material 33 is heat-treated by various means or methods such as an adhesive tape or a bonding agent (not shown in the drawing), a joining member (not shown in the drawing), a bolt and a pin 32) or the body (bd).

6, the side lens 40 is formed to project light generated from the LED substrate to the outside, such as the center lens 20. As shown in FIG.

Further, an auxiliary coupling protrusion 41 is formed which is coupled to the second groove 16 formed in the body 10 and has at least one space therebetween, in which the LED substrate is inserted.

The joining jaws 42 that are in close contact with the heating elements 30 are formed on one or more surfaces of the first grooves 15 so that the heating elements 30 coupled to the first grooves 15 of the body 10 can be easily separated from the first grooves 15. [ As shown in Fig.

The joining jaw 42 presses the heat plate guide 31, the heat generating plate 32 and the heat insulating member 33 coupled to the first groove 15 from above while pressing the heat plate guide 31, the heat generating plate 32, 33 are easily separated from each other or are not separated in the first groove 15.

Here, the LED substrate for generating light is currently in general use, and LEDs (not shown) for generating light on the LED substrate are self-explanatory and will not be described in detail.

In addition, the LED substrate coupled to the center lens 20 and the side lens 40 is provided with a coupling protrusion 21 formed on the center lens 20 and a coupling protrusion 21 formed on the auxiliary lens coupling protrusion 41 formed on the side lens 40 Hole (not shown in the drawing) is formed.

In addition, in the LED formed on the LED substrate coupled to the center lens 20 and the side lens 40, various colors of light having various frequencies and wavelength bands may be emitted according to the purpose or convenience of the user.

For example, it means that light such as red, yellow, blue, or green is emitted.

In addition to this, it is obvious that the operating conditions such as the irradiation time of the light generated by the LED, the lighting and the order of the light-off can be variously set according to the purpose or convenience of the user.

That is, the side lens 40 is formed in a shape similar to that of the center lens 20.

The partition wall p may be further formed on both sides of the side lens 40 to prevent the side lens 40 from being easily separated from the second groove 16 of the body 10.

In addition, the partition wall p formed in the side lens 40 prevents the side lens 40 from being easily separated from the second groove 16, and also separates the gap from the adjacent first groove 15, The heat generated from the heating element 30 coupled to the first groove 15 is prevented from being transmitted to the side lens 40 by intercepting the heat generated in the first groove 30.

The side lens 40 is further provided with an auxiliary jaw 43 such as a fixing part 22 formed on the intermediate lens 20 and capable of fixing the intermediate lens 20 to the body bd It is good.

That is, the auxiliary jaw 43 formed on the fixing portion 22 and the side lens 40 formed on the intermediate lens 20 is closely contacted to the body bd of the body 10 or is fastened to the body 10 by using a coupling member such as a bolt And firmly fixing the intermediate lens 20 and the side lens 40 to the body bd.

The side lens 40 is formed to project light emitted from the LED substrate to the outside by being coupled with an LED substrate as in the intermediate lens 20. The side lens 40 may be formed of a transparent material, Or may be formed so as to diffuse or concentrate the light projected to the outside through the through hole.

7 to 8, the elastic part 50 is disposed on the upper side of the side lens 40 to be connected to the body bd of the body 10, And the side lens 40 are prevented from being separated from the body bd.

An elastic plate 53 formed in an arc shape similar to the shape of the body bd formed on the body 10 and at least one elastic member 53 projecting downward from the elastic plate 53, Which is composed of the first projection 54a and the second projection 54b so as to be in close contact with the heating element 30 and the side lens 40 coupled to the heating element 30 and the side lens 40, (Not shown).

The elastic plate 53 may be formed as a single arc like the body bd. The elastic plate 53 may include a heating body 30 coupled to the left and right sides with respect to the center of the body bd, And may be formed in a shape divided into left and right sides with respect to the center groove 14 formed in the body bd like the side lens 40. [

In the present invention, it is assumed that the elastic plate 53 is divided into left and right portions based on the central groove 14 of the body bd rather than a single shape.

In addition, at least one hole-shaped elastic groove 51 is formed in the elastic plate 53.

An elastic bar 52 having a curved shape is formed on the upper side of the elastic groove 51 in a direction in which the elastic bar 52 is in close contact with the housing 60.

Here, the elastic bar 52 is formed to be able to transmit a force to the elastic plate 53 while being pressed against the housing 60.

Further, it is preferable to further form an elastic protrusion 52a which is in close contact with the inside of the housing 60 on the upper side of the elastic bar 52. [

This is because the distance between the elastic bar 52 and the housing 60 is reduced by increasing the height of the elastic protrusion 52a protruded upward from the elastic bar 52, The pressing force of the elastic part 50 is increased so that the elastic plate 53 and the fixing protrusion 54 formed on the elastic part 50 push the heating element 30 and the side lens 40 with a larger force, So that the lens 30 and the side lens 40 can be easily separated from the body bd of the body 10.

The second projection 54b of the first projection 54a and the second projection 54b of the fixing projection 54 formed on the lower side of the elastic plate 53 presses the side lens 40, k) is further included.

This is because the hook k formed on the second projection 54b is caught by the coupling step 42 formed on the side lens 40 so that the elastic part 50 is firmly fixed to the side lens 40 , So that it is not easily separated from the body (10).

In contrast, in the present invention, the second protrusion 54b is formed by pressing the side lens 40 and the annulus k is formed on the second protrusion 54b. However, the first protrusion 54b 54a are formed by pressing the side lens 40, it is a matter of course that the ring k is formed on the first projection 54a.

The first protrusions 54a and the second protrusions 54b are in close contact with the heating elements 30 and the side lenses 40. The first protrusions 54a and the second protrusions 54b may be formed of a plurality of heaters 30 and side lenses 40, Are formed sequentially.

That is, the heating element 30 and the elastic part 50 can be smoothly fixed to the body 10 through the coupling step 42 of the side lens 40.

The housing 60 is coupled to an upper side of a body bd formed on the body 10 and is formed in the shape of a lid (not shown) so as to cover the body 10.

Here, it is obvious that the housing 60 is formed in a shape of arc having the same shape as that of the body bd for smooth coupling with the body 10.

In addition, the housing 60 is formed with a hole corresponding to the coupling portion 11 formed on the body 10 for easy coupling with the body 10, and a coupling member such as a bolt is coupled to the coupling hole 11, 10 and the housing 60 can be removed and attached.

That is, the center lens 20, the heating element 30, the side lens 40, and the elastic part 50 are positioned between the body 10 and the housing 60 so that the central lens 20, the heating element 30 The side surface lens 40, and the elastic portion 50, as shown in Fig.

The housing 60 is provided with an electric device (not shown) and a general control device (not shown) for generating heat and light generated through the intermediate lens 20, the heating element 30, (Not shown in the figure) and a switch (not shown in the figure) for the control of the vehicle speed are formed.

Hereinafter, the operation according to the preferred embodiment of the present invention will be described.

The intermediate lens 20, the heating element 30 and the side lens 40 are coupled to the body bd formed on the body 10.

9, the intermediate lens 20 is coupled to the center groove 14 formed at the central portion of the body 10, and the fixing portion 22 formed on the intermediate lens 20 is inserted into the body 10, (bd), or the intermediate lens 20 is coupled to the body bd by using a coupling member such as a bolt or the like.

Further, the LED substrate is coupled to the coupling protrusion 21 formed on the intermediate lens 20.

Here, when the intermediate lens 20 is coupled to the center groove 14, the intermediate lens 20 is firmly fixed to the body bd by the fixing portion 22 formed on the intermediate lens 20, And the partition wall p are tightly adhered to the body bd, the intermediate lens 20 is fixedly attached to the body bd in multiple ways.

10, the heating plate guide 31 formed on the heating body 30 is coupled to the first groove 15 formed in the body bd. The fixing plate 31a formed on the heating plate guide 31 And the heat plate guide 31 is engaged with the first groove 15 while preventing the heat plate guide 31 from falling inward of the arc-shaped body bd which is the lower side of the first groove 15.

The heating plate 32 is positioned above the heating plate guide 31 and is capable of generating heat by being supplied with power from the outside. The space groove 32a formed in the heating plate 32 is formed in the body 10 And the second grooves 16 formed in the second grooves 16b.

Thereafter, the heat insulating material 33 is positioned above the heat generating plate 32, and the heat conducting plate 31, the heat generating plate 32, and the heat insulating material 33 are arranged in this order.

Here, the heat insulating material 33 is formed at a position where the space groove 32a formed in the heat generating plate 32 is not formed.

When the heating body 30 is coupled to the body bd as described above, the heating body 30 is mounted on the base 12 formed on the base 13 of the body 10 while the heating body 30 is mounted on the body bd 30).

The heating plate 30 is attached to the body bd and the heating plate 32 formed in the heating body 30 is provided in the mounting groove 12a of the mounting table 12 formed on the base 13, The heating body 30 is coupled to the body bd while the heat generating plate 32 and the heat insulating material 33 are supported on the cradle 12 by coupling the heat insulating material 33 to the body bd.

Here, the heating element 30 is fixedly fixed to the body bd through the holder 12 formed on the body 10, so that the heating element 30 is not easily separated from the body 10 .

11, the side lens 40 is coupled to the second groove 16 formed in the body 10. The auxiliary jaw 43 formed on the side lens 40 is inserted into the body bd And while the coupling member such as a bolt is inserted into the auxiliary jaw 43 while being in close contact with the upper portion of the auxiliary jaw 43.

When the side lens 40 is coupled to the second groove 16 while the auxiliary jaw 43 formed on the side lens 40 is in close contact with the upper portion of the body bd, The coupling tab 42 formed on the heating element 30 is positioned above the heat insulating material 33 formed on the heating element 30 while the coupling tab 42 presses the heat insulating material 33.

The heating element 30 is not easily separated from the first groove 15 by the coupling step 42 formed on the side lens 40 and is not easily separated from the heating element 30.

Then, the LED substrate is coupled to the auxiliary coupling protrusion 41 formed on the side lens 40.

The intermediate lens 20 is attached to the body bd by using an adhesive such as a tape to the intermediate lens 20 and the heating element 30 and the side lens 40 coupled to the body bd. And the heating element 30 and the side lens 40 can be more firmly fixed.

Meanwhile, as shown in FIG. 12, the elastic part 50 is coupled to both sides of the center groove 14 formed in the body 10.

When the intermediate lens 20, the heating body 30 and the side lens 40 are coupled to the body 10, the elastic part 50 is positioned above the side lens 40, The first protrusions 54a and the second protrusions 54b of the fixing protrusions 54 formed on the fixing member 50 press the heating elements 30 and the side lenses 40, respectively.

The ring k formed on the second projection 54b pressing the side lens 40 among the fixing projections 54 composed of the first projection 54a and the second projection 54b is then passed through the side lens 40 To the engaging jaw 42 formed on the outer circumferential surface.

The elastic part 50 is kept in a fixed state by being closely attached to the body 10 by the ring k formed on the coupling chuck 42 and the second projection 54b formed on the side lens 40 will be.

The elastic part 50 is coupled to both sides of the body 10 with respect to the center groove 14 formed in the body 10 through the above-described method, and the elastic part 50 is coupled to the upper side of the body 10 The housing 60 may be coupled to the body 10 using a coupling member such as a bolt while aligning the coupling portion 11 formed in the body 10 with the hole formed in the housing 60 while the housing 60 is positioned will be.

The elastic bar 52 and the elastic protrusions 52a formed on the elastic part 50 are pressed while being in contact with the housing 60 so that the elastic bar 52 and the elastic protrusions 52a, A pressing force is transmitted to the plate 53 and the fixing protrusion 54 protruding downward from the elastic plate 53. [

The first protrusions 54a and the second protrusions 54b formed on the fixing protrusions 54 are pressed while the first protrusions 54a and the second protrusions 54b are in close contact with each other, So that the heating element 30 and the side lens 40 are prevented from being pushed into the space between the body 10 and the housing 60.

The elastic portion 50 formed on the elastic plate 53 can be smoothly pressed or unfolded by the elastic groove 51 so that the elastic portion 50 can be easily moved. It is possible to smoothly control the elasticity of the elastic member.

Since the reinforcing bar 11a is formed on the engaging portion 11 and the strength of the engaging portion 11 is improved to prevent breakage of the engaging portion 11, The fixing force can be improved.

After assembling the skin care apparatus 100 in which the light source and the heat source are fused as described above, the intermediate lens 20, the heating body 30, and the side lens 40 are generated using the switch formed in the housing 60 And the light of the user is irradiated to the user's skin through the center groove 14 and the first and second grooves 15 and 16 formed in the body 10 to perform the skin treatment of the user.

Here, the fullerene film is further formed on the heat generating body 30 where the heat is generated. The far infrared rays generated in the fullerene film due to the heat generated by the heat generating body 30 are easily radiated to the outside due to the influence of heat, It is possible to provide a beneficial effect on the skin.

As described above, the body 10 has the center groove 14 and the first and second grooves 15 and 16 having different widths, and the center groove 14, the first and second grooves 15 and 16 The intermediate lens 20, the heating body 30, and the side lens 40, which generate heat and light, are combined with each other, and heat and light are irradiated to the user at the same time, will be.

Further, each structure can be firmly fixed while facilitating the detachment and attachment of the skin care apparatus 100 in which the light source and the heat source are fused through the above-described structure, and the heat radiated from the heat generating body 30 is directed in one direction The intermediate lens 20 and the side lens 40 adjacent to the heating element 30 are prevented from transmitting heat so that malfunctions of the intermediate lens 20 and the side lens 40 due to heat generated in the heating element 30, It is possible to prevent breakage and deterioration of efficiency.

Although the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is obvious to those who have knowledge of.

10: Body
bd: Body
11: engaging portion 11a:
12: Cradle 12a: Fixing groove
13: pedestal 13a: reinforced flesh
14: center groove
15: first groove 16: second groove
20: intermediate lens
21: engaging projection 22:
30: Heating element
31: soleplate guide
31a: mounting plate 31b: space
31c: reinforcing bar
32: heating plate 32a: space groove
33: Insulation
40: side lens
41: auxiliary coupling projection
42: coupling jaw
43: auxiliary chin
50:
51: Elastic groove
52: elastic bar 52a: elastic projection
53: elastic plate 54: fixing projection
60: Housing
100: Skin beauty treatment device combining light source and heat source

Claims (5)

A pedestal 13 formed with an arc-shaped body bd, a coupling part 11 including at least one reinforcing bar 11a at both sides of the body bd and a mounting table 12 including a mounting groove 12a, A center groove 14 formed at a center of the body bd in a direction perpendicular to the arc direction, a plurality of grooves 14 arranged at both sides of the center groove 14 and facing each other in the arc direction, A body 10 in which a first groove 15 and a second groove 16 are sequentially formed with an interval therebetween;
A coupling protrusion 21 coupled to the center groove 14 formed in the body 10 and coupled to the LED substrate and a fixing unit 22 coupled to the body bd are formed, An intermediate lens 20 for projecting the light to the outside;
The reinforcing bar 31c is coupled to the first groove 15 having a relatively wide width among the first groove 15 and the second groove 16 formed in the body 10, And a space groove 32a is formed at a position corresponding to the second groove 16, which is located on the upper side of the heat plate guide 31. The heat plate guide 31 has a plate- (32), and a heat insulating material (33) formed on the upper side of the heat generating plate (32);
An auxiliary coupling protrusion 41 coupled to the second groove 16 formed in the body 10 and coupled to the LED substrate, a coupling protrusion 42 for fixing the heating element 30 to the first groove 15, A side lens 40 for projecting light emitted from the LED substrate to the outside;
An elastic plate 53 formed in an arc shape and including a plurality of elastic grooves 51 formed therein and an elastic bar 52 projecting from the elastic groove 51; And includes first and second protrusions 54a and 54b which are in close contact with the heating element 30 and the side lens 40 to fix the heating element 30 and the side lens 40 to the first and second grooves 15 and 16 An elastic part 50 constituted by a fixing protrusion 54 which is made of a metal;
A housing 60 coupled to the outside of the body bd formed on the body 10 to cover the body 10;
A skin beauty treatment device that combines a light source and a heat source.
The skin beauty treatment device according to claim 1, wherein the pedestal (13) formed on the body (10) further comprises a reinforcing piece (13a).
The skin beauty treatment device according to claim 1, wherein the intermediate lens (20) and the side lens (40) are further formed with a partition wall (p).
[2] The skin beauty treatment device according to claim 1, wherein the side lens (40) further comprises an auxiliary jaw (43).
The elastic bar according to claim 1, wherein the elastic bar formed on the elastic part further includes an elastic protrusion and the first protrusion and the second protrusion formed on the fixing protrusion, Wherein a ring (k) is further formed on the surface of the skin, and a heat source is fused with the light source.

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