KR20170122624A - cool hot pack sauna mask - Google Patents

Abstract

The present invention relates to a fomentation mask having a new structure configured to effectively perform cool and hot fomentation, which is a face sauna function. The fomentation mask according to the present invention performs cool fomentation or hot fomentation of the face of a user by cooling or heating air by using a thermoelectric device (30) disposed on a mask body (10) compared to a conventional fomentation mask configured to perform cool fomentation or hot fomentation by cooling or heating water. Accordingly, a time consumed until the face of the user is fomented after operating a device is very short, and the face of the user can be prevented from being excessively cooled or heated. In particular, since only air in a spatial part (21) should be cooled or heated by using the thermoelectric device (30), a time consumed to alternately performing cool fomentation and hot fomentation is also very short. Moreover, the effect of a sauna room can be applied and used onto a face at a low temperature or a high temperature which cannot be ensured by a conventional fomentation mask.

Description

Cool hot pack sauna mask {cool hot pack sauna mask}

The present invention relates to a foment mask having a new structure that can effectively perform hot and cold foments and saunas on a face region.

Generally, it is known that, when a human's face is subjected to a proper cold / hot padding, wastes accumulated in the subcutaneous layer of the skin are effectively discharged, and the skin can be maintained in a resilient manner.

However, as described above, in order to perform cold or warming, it is necessary to moisten cold water or warm water on the face of the face which is in close contact with the face so as to cool the face or warm the panty. And there were few hygiene problems.

Accordingly, recently, as shown in many prior documents including Patent Document No. 10-2005-0047001, a fomenting mask capable of cooling and warming a face by circulating cold and hot water to a mask body which is in close contact with a face has been developed.

At this time, a circulation device for circulating cold / hot water is connected to the mask body.

The circulation device includes a thermoelectric element, and when the power is applied to the thermoelectric element, the thermoelectric element can cool or heat the water supplied to the mask body.

That is, a generally used thermoelectric element is configured such that one side is cooled and the other side is heated by sucking heat to one side when the DC 12 V power supply is applied, The surface to be heated and the surface to be heated are changed from each other, so that the water can be cooled or heated by changing the electrode of the power source applied to the thermoelectric element.

Therefore, when the user brings the mask body into close contact with the face, when the circulation device is driven, the water is cooled or heated by the thermoelectric element, and the cooled or heated water is circulated to the mask body, You can cold or warm your face.

In order to heat the fomenting mask, it is necessary to cool or heat the water circulated to the mask body using the thermoelectric element to a predetermined temperature. It takes a long time to cool or heat the water to a predetermined temperature, , There was a problem that it was very cumbersome to use.

Particularly, in the case of using the fomenting mask, there are many cases in which the hot and cold layers are alternately made in the hot and cold state. In this case, since the cooled water is heated using the thermoelectric element or the heated water is cooled, There is a problem that the electric power consumption is increased.

In addition, such a fomenting mask has a problem that the face is excessively cooled or heated to be damaged by cooling or warming the water by using the water.

Therefore, there is a need for a new method to solve such a problem.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a hot-water sauna mask having a new structure capable of effectively performing hot and cold foments and saunas on the face region.

According to an aspect of the present invention, there is provided a mask comprising: a mask body configured to cover a face; and a thermoelectric element provided in the mask body, The thermoelectric element 30 is driven to cool or warm the face.

According to another aspect of the present invention, a space 21 is formed of a material having a high thermal conductivity and the circumference is hermetically coupled to the inner surface of the mask body 10 to store air inside the mask body 10 The thermoelectric element 20 is cooled or heated uniformly by cooling or heating the air inside the space 21 by using the thermoelectric element 30, And the face of the user can be cooled or heated uniformly.

According to another aspect of the present invention, the inner circumferential portion of the mask body 10 is provided with a cushion member 11a which is in close contact with a forehead and a jaw portion of the user to support the mask body 10, 20 are fixed to the mask body 10 so as to be spaced apart from the user's face.

According to another aspect of the present invention, there is provided a thermoelectric module including: a heat dissipating member (32) having the thermoelectric element (30) outside the heat conduction plate (20) and having a flow path (32a) Further comprising cooling means (40) connected to the flow path (32a) of the thermoelectric element (30) to circulate water to the flow path (32a) to cool the heat radiation member (32) Is provided.

According to another aspect of the present invention, the cooling means 40 includes a circulation pipe 41 connected to the flow path 32a, a radiator 41 provided outside the mask body 10 and connected to the circulation pipe 41, A circulation pump 43 provided at a middle portion of the circulation pipe 41 to allow water to circulate the radiator 42 and the radiating member 32 and a radiator 42 disposed in close contact with the radiator 42, An auxiliary thermoelectric element 44 for cooling the auxiliary thermoelement 42 and a heat radiating plate 45 provided so as to be in close contact with an outer surface of the auxiliary thermoelectric element 44; And a cooling fan (46) for heating the substrate.

According to another aspect of the present invention, the mask body 10 includes an outer panel 11 and a heat conductive plate 20 hermetically joined to an inner surface of the outer panel 11 at a periphery thereof, The panel 11 and the heat conduction plate 20 are formed and the heat dissipated to the outer surface of the thermoelectric element 30 is blocked so as to prevent the heat from flowing into the space portion 21. [ .

According to another aspect of the present invention, a safety net 22 is installed inside the heat conduction plate 20, and after the air is cooled or heated by the thermoelectric element 30 into the space 21, 22 to the face of the user.

According to another aspect of the present invention, there is provided a control apparatus for a thermoelectric device, comprising: a control means (50) for controlling operation of the thermoelectric element (30); an input means connected to the control means (50) (51), and the control means (50) is operated by the user to operate the input means (51) to perform a cold or warming mode.

The fomenting mask according to the present invention is different from the conventional fomenting mask in which water can be cooled or heated to provide a cold or hot condition to cool or heat the air using the thermoelectric element 30 provided in the mask body 10 It is possible to prevent the face of the user from being excessively cooled or heated as well as the time taken until the user's face is fomentated after the apparatus is operated by cold or warming the face of the user.

Particularly, since only the air inside the space portion 21 is cooled or heated by using the thermoelectric element 30, the time required for alternating the cold and warm water is also short.

FIG. 1 is a side view showing a wearing state of a fomenting mask according to the present invention,
FIG. 2 is a side cross-sectional view showing the operation state of the fomenting mask according to the present invention,
3 is a side sectional view of a fomenting mask according to the present invention,
FIG. 4 is a view showing a cooling means of a fomenting mask according to the present invention,
5 is a reference view showing a modification of the cooling means of the fomenting mask according to the present invention,
6 is a side sectional view showing a second embodiment of a fomenting mask according to the present invention.
7 is a front view of the fomentation mask according to the present invention

In the conventional method, the water is cooled or heated by using a thermoelectric element to contact with the skin through the water channel, thereby realizing a hot and cold pad. The process of heating the water or cooling it after heating was inefficient in terms of time and energy use.

Another conventional method also has the inconvenience and inconvenience of using continuous water or warming up using a microwave oven. And the duration of the heat source was also short, requiring repetitive actions.

Most cosmetic users warm the pores by enlarging the pores to smooth the removal of sebum and waste products, and after using functional cosmetics or mask packs, cold water is applied immediately without time intervals to reduce the pores and give skin elasticity have.

Most cosmetic users consider the time interval between cold and warm after cold.

This method minimizes time consumption by using the characteristics of thermoelectric elements due to the polarity change, and it is characterized by being able to maximize the effect of beauty purpose by using the user conveniently without any inconvenience and hassle.

That is, the entire heat conduction plate is formed in the form of a mask to maximize the heat dissipation, so that the rapid cooling and warming can be realized directly from the thermoelectric element.

The feature of this system is that it can be easily understood by considering sauna room of jjimjilbang. Sauna is a bath that swells in the room with a very high temperature. Then cool the body with cold water to promote blood circulation of the whole body. There is an effect that metabolism of the body is improved.

In the case of a dry sauna, it is 80 ~ 100`C, but it does not burn because the heat source is transmitted through the air. Since cold water is also passed through the air, it is fired at a low temperature of 0 ° C or less without burning. This method is characterized by having such efficacy on the face.

The function that can be distinguished from the conventional cold / hot poultice method is explained, and it is characterized that the user can implement cold and warm / warm at the desired temperature.

In this system, the characteristic temperature of the thermoelectric element, -75 ° C ~ 300 ° C, can be realized as much as desired, and it is possible to use the true warming and coldness at appropriate values suitable for the human body.

In the conventional method, cold water was used by using water and water, but the freezing point of water

0`C, so there was a limit of cold.

This method can also be useful for facial plastic surgery patients. Patients should be cold-packed to remove swelling of the operating water. However, when using conventional ice bags or alternatives, they were forced to suffer pain and pain. There was also the inconvenience that the water flowed down during the melting process. However, this method does not touch the surgical site directly, and it is possible to perform cold-keeping, and the water does not flow down during use, and the non-contact method can also help the sanitary condition.

This method is equally applicable to laser skin treatment patients.

A safety net 22 is provided between the heat conduction plate 20 and the space 21 for safety of the present system so that the skin is directly contacted to the heat conduction plate 20, It is characterized to prevent burns due to high and low temperatures.

In this method, a headband 11b is provided to prevent the mask body 10 from being separated from the head, and the length of the mask body 10 can be adjusted by installing the size adjuster 11c on both sides.

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

1 to 4 illustrate a fomenting mask according to the present invention, which comprises a mask body 10 configured to cover a face, a heat conduction plate 20 coupled to the inside of the mask body 10, And a thermoelectric element 30 coupled to the thermoelectric element 10.

The mask body 10 is made of a synthetic resin material such as silicon or plastic and includes an outer panel 11 and a heat conductive plate 20 bonded to the inner surface of the outer panel 11, ) And the like.

The outer panel 11 is formed as a lid having a central portion protruding roundly forward. The outer panel 11 has a cushion member 11a which is in close contact with a forehead and a jaw portion of the user, and a headband (11b).

Therefore, when the cushion member 11a is brought into close contact with the forehead and the jaw portion of the user and the headband 11b is wrapped around the back of the head, the mask body 10 is fixed to cover the face of the user. And the size adjuster 11c is adjusted by the user.

The heat conduction plate 20 is airtightly coupled to the inner surface of the outer panel 11 so that the heat dissipating member 32 and the thermoelectric element 30 are interposed between the outer panel 11 and the heat conduction plate 20. [ .

The heat conductive plate 20 is made of a metal plate having a small thickness and a high thermal conductivity and is hermetically joined to the inner surface of the mask body 10, that is, the outer panel 11, A space 21 in which air is stored is formed.

At this time, the heat conduction plate 20 is configured to correspond to the outline of the user's face, and is configured to be spaced apart from the face of the user by a predetermined distance while wearing the mask body 10.

The thermoelectric element 30 has an inner surface protruding outside the space 21 and an outer surface hermetically coupled to the thermally conductive plate 20. [

At this time, the thermoelectric element 30 is positioned outside the space portion 21 and the heat dissipating member 32 is coupled to the heat dissipating member 32, and the cooling means 40 is connected to the heat dissipating member 32.

The heat dissipating member 32 is formed by forming a flow path 32a through which water flows in a metal block having a high thermal conductivity.

4, the cooling unit 40 includes a circulation pipe 41 connected to the flow path 32a and a radiator (not shown) provided on the outer side of the mask body 10 and connected to the circulation pipe 41 And a circulation pump 43 provided at a middle portion of the circulation pipe 41 for circulating water between the radiator 42 and the radiating member 32.

The radiator 42 is formed with a flow passage 42a connected to a middle portion of the circulation pipe 41 and a plurality of cooling fins formed on the circumference of the circulation pipe 41, Can be cooled.

Therefore, when the circulation pump 43 is driven, the water is cooled while circulating the heat dissipating member 32 and the radiator 42.

At this time, a control means 50 is connected to the thermoelectric element 30 and the cooling means 40, and the control means 50 is provided with an input means 51 for allowing the user to select a cold or warming mode do.

Therefore, when the user operates the input means 51 to select the cold or hot water mode, the control unit drives the cooling means 40, and at the same time, the thermoelectric element 30 so that the front surface of the thermoelectric element 30 is cooled or heated so that the air in the space 21 is cooled or heated.

When the air in the space 21 is cooled or heated as described above, the heat conduction plate 20 is cooled or heated so that the face of the user wearing the fomentation mask is cooled or warmed.

Unlike the conventional fomenting mask which can cool or heat water by cooling or heating water, the thus configured fomentation mask can cool or heat the air by using the thermoelectric element 30 provided in the mask body 10, It is possible to prevent the face of the user from being excessively cooled or heated as well as the time taken until the face of the user is faded after operating the apparatus by heating the face of the user by cold or warming.

Particularly, when only the air inside the space portion 21 is cooled or heated using the thermoelectric element 30, the time required for alternating the cold and warm water is also short.

The mask body 10 is formed of a material having a high thermal conductivity and is circumferentially airtightly coupled to the inner surface of the mask body 10 to store air inside the mask body 10 A thermally conductive plate 20 that forms a part 21 is provided to cool or heat the air inside the space 21 by using the thermoelectric element 30 so that the entirety of the thermally conductive plate 20 And uniformly cooled or heated, the entire face of the user can be uniformly cooled or warmed.

The mask body 10 is composed of an outer panel 11 and a heat conductive plate 20 whose periphery is hermetically coupled to the inner surface of the outer panel 11, A heat shielding member 32 is formed between the heat conductive member 20 and the heat conductive member 20. A safety net 22 is formed in the heat conductive plate 20 to penetrate the inner and outer surfaces of the heat conductive member 20, .

Therefore, it is possible to prevent the heat radiated to the outer surface of the thermoelectric element 30 from flowing into the space portion 21, thereby cooling the air inside the space portion 21 using the thermoelectric element 30 Or the efficiency of heating can be improved.

In the present embodiment, the heat conduction plate 20 is made of a metal plate having a small thickness and a high thermal conductivity, and is provided in the mask body 10 so as to be spaced apart from the user's face by a predetermined distance. 20 may be made of a synthetic resin material having high thermal conductivity and may be configured to be in close contact with the user's face.

Although only two thermoelectric elements 30 are illustrated, a plurality of the thermoelectric elements 30 may be provided in the mask body 10.

The cooling means 40 includes a water circulation pipe 41 connected to the flow path 32a and a radiator 42 provided outside the mask body 10 and connected to the water circulation pipe 41, And a circulation pump 43 provided in the middle part of the water circulation pipe 41 for circulating water through the radiator 42 and the radiating member 32. However, A separate auxiliary thermoelectric element 44 may be provided in the radiator 42 to forcibly cool the water passing through the radiator 42. [

At this time, a heat sink 45 is tightly coupled to the outer surface of the auxiliary thermoelectric element 44, and a cooling fan 46 is installed in the heat sink 45 to cool the heat sink 45.

The fomenting mask constructed as described above has an advantage that the cooling efficiency for heating the air inside the space portion 21 can be further improved by cooling the water for cooling the thermoelectric element 30 more effectively have.

6 is a view showing another embodiment according to the present invention in which a plurality of spray holes are formed in the heat conduction plate 20 as a safety net 22 and the inside of the space portion 21 The air supplied to the space portion 21 by the air supply pump 60 is cooled or heated by the thermoelectric element 30 and then is supplied to the safety net 22 Shaped spray hole 12b.

The air supply pump 60 is connected to the space 21 through the air supply pipe 61 and supplies air to the radiating fins 31 provided on the inner surface of the thermoelectric element 30 do.

When the air is supplied to the radiating fins 31 by using the air supply pump 60 as described above, the air is cooled or heated by heat exchange with the radiating fins 31, and then the air is blown into the spray holes 12b of the safety net 22, The entire face of the user can be uniformly and rapidly cooled or warmed.

When the user operates the input unit 51 to select the cold or hot water quality mode, the control unit 50 operates the air supply pump 60 at a low speed to slowly supply the air to the space unit 21 When the user changes the mode by operating the input means 51, the air supply pump 60 is operated at a high speed for a preset time, so that the air in the space portion 21 is quickly discharged to the outside.

To describe this in detail, when using the padding mask, first, the face is heated to a proper temperature to warm the pores of the face, and then the face is cooled by closing the paddles after a certain period of time It is common.

To this end, when the user selects the warming mode by operating the input unit 51, the control unit 50 drives the air supply pump 60 at a low speed to slowly supply air into the space 21 So that the air is heated to a suitable temperature and sprayed onto the face of the user through the spray hole 12b in the form of the safety net 22.

When the user selects the cold-heat mode by operating the input means 51, the control unit changes the electrode supplied to the thermoelectric element 30 to cool the inner surface of the thermoelectric element 30, The air supply pump 60 is driven at a high speed so that external air having a low temperature is supplied to the space portion 21 at a high speed.

When the outside air is rapidly supplied into the space 21 by the air supply pump 60 as described above, the heated air remaining in the space 21 flows into the spray hole 22 in the form of the safety net 22 The air at room temperature supplied to the space portion 21 is sprayed onto the face of the user through the spray hole 12b in the form of the safety net 22 and the temperature of the face is set to 1 at room temperature Cool the car.

Then, when a predetermined time has elapsed, the control unit slowly drives the air supply pump 60 so that the air supplied to the space portion 21 is sufficiently cooled by the thermoelectric element 30, Shaped spray hole 12b so that the user's face is cooled secondarily.

In the thus constructed fomenting mask 20, a plurality of spray holes 12b in the form of a safety net 22 are formed on the heat conduction plate 20, and an air supply pump 60 is connected to the space 21, 60 is configured to cool or heat the air supplied to the space 21 by the thermoelectric element 30 and then to be sprayed toward the user's face through the spray hole 12b.

Therefore, there is an advantage that the entire face of the user can be more uniformly and quickly cooled or warmed.

Particularly, when the user operates the input means 51 to select the cold or hot water quality mode, the control means 50 operates the air supply pump 60 at low speed to slowly supply the air to the space portion 21 When the user changes the mode by operating the input means 51, the air supply pump 60 is operated at a high speed for a preset time, so that the air in the space portion 21 is quickly discharged to the outside, There is an advantage that the face of the user can be more effectively fomed.

10. Mask body 11c. Size adjuster 20. Heat conduction plate 22. Safety net 30. Thermoelectric element
40. Cooling means 41. Water circulation pipe 50. Control means 52. Timer 53. Wires

Claims (9)

A mask body 10 configured to cover the face,
And a thermoelectric element (30) provided in the mask body (10)
Wherein the thermoelectric element (30) is driven in a state in which the user covers the face so that the face can be made to function as a cold, a warmth and a face sauna. The method according to claim 1,
A heat conductive plate 20 made of a material having a high thermal conductivity and having a peripheral portion hermetically coupled to an inner surface of the mask body 10 to form a space 21 in which air is stored inside the mask body 10 In addition,
When the thermoelectric element 30 is used to cool or heat the air in the space 21,
Wherein the entire heat conduction plate (20) is uniformly cooled or heated so that the face of the user can be uniformly cooled or heated. The method according to claim 1,
The inner circumference of the mask body 10 is provided with a cushion member 11a which is in close contact with a forehead and a jaw portion of the user to support the mask body 10. The cushion member 11a has a rim And the like,
The cushion member 11a is formed so that the eyes of the mask body 10 and the heat conductive plate 30 are made transparent and the nose and mouth portions are made of the smallest holes and the heat conductive plate 20 is separated from the face of the user, Characterized in that the mask body (10) comprises a headband (11b) and a size adjuster (11c). The method according to claim 1,
A heat dissipating member 32 provided on an outer surface of the thermoelectric element 30 and having a flow path 32a through which water flows is connected to the flow path 32a of the heat dissipating member 32, Further comprising cooling means (40) for circulating the water to cool the heat dissipating member (32) and the outer surface of the thermoelectric element (30). 5. The method of claim 4,
The cooling means (40)
A circulation pipe 41 connected to the flow path 32a,
A radiator 42 provided outside the mask body 10 and connected to the circulation pipe 41,
A circulation pump 43 provided in the middle part of the circulation pipe 41 for circulating water between the radiator 42 and the radiator 32,
An auxiliary thermoelectric element 44 adhered to the radiator 42 to cool the radiator 42,
A heat sink 45 disposed to be in close contact with an outer surface of the auxiliary thermoelectric element 44,
And a cooling fan (46) provided on the heat sink (45) for air cooling the heat sink (45). 6,
The mask body 10
An outer panel 11,
And an inner panel (12) whose periphery is hermetically coupled to an inner surface of the outer panel (11)
A heat exchange chamber (12a) is formed between the outer panel (11) and the inner panel (12)
The inner panel 12 is formed with a spray hole 12b in the form of a safety net 22 passing through the inner and outer surfaces thereof,
The thermoelectric element 30 is hermetically coupled to the spray hole 12b such that the outer surface of the thermoelectric element 30 protrudes into the heat exchange chamber 12a,
And the heat dissipated to the outer surface of the thermoelectric element (30) is prevented from flowing into the space (21). The method according to claim 6,
A plurality of spray holes 12b in the form of a safety net 22 are formed inside the heat conduction plate 20,
Further comprising an air supply pump (60) connected to the space part (21) and supplying air into the space part (21)
The air supplied to the space portion 21 by the air supply pump 60 is cooled or heated by the thermoelectric element 30 and then the air is blown through the spray hole 12b in the form of the safety net 22 Wherein the fomenting mask is sprayed toward the fomentation mask. 8. The method of claim 7,
A control means (50) for controlling the operation of the air supply pump (60) and the heat conduction plate (20)
Further comprising input means (51) connected to the control means (50) and allowing the user to select either a cold or warming mode,
When the user operates the input means 51 to select the cold or warm condition mode, the control means 50 operates the air supply pump 60 at a low speed to slowly supply the air to the space portion 21 When the user changes the mode by operating the input means 51, the air supply pump 60 is operated at a high speed for a preset time, so that air in the space 21 is quickly discharged to the outside A foment mask to make. A mask according to claim 5, characterized in that a safety net (22) is provided in the space (21)

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