JP2005168782A - Cosmetic mask with circulator utilizing thermo-element - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To remove wrinkles by stimulating the metabolism of the dermis of the face of a user and enhancing the elasticity of the dermis. <P>SOLUTION: The cosmetic mask has a circulator using a thermo-element. An urethane pack into which silicone oil is injected is formed/attached to the inner side of a face mask to be used especially for beauty treatment, and a tube through which the silicone oil heated or cooled by the thermo-element flows in/out is connected to a prescribed region of the urethane pack. The urethane pack is structured to give effects of a cold/hot treatment method to the face region of the user as the urethane pack is cooled or heated according to the temperature of the silicone oil flowing in the urethane pack. With this structure, aging of the dermis can be inhibited by the smooth circulation effect of the cold/hot treatment method, waste matter accumulated on the subcutaneous layer of the dermis of the face can be easily discharged, and the blood circulation of the dermis of the face can be made smooth by the effect of the cold/hot treatment method. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

The present invention relates to a cosmetic mask provided with a circulator using a thermoelectric element, and in particular, a urethane pack into which silicone oil is injected is attached to the inside of a face mask used for cosmetics, and a predetermined portion of the urethane pack. Is connected to a tube tube through which silicone oil heated or cooled by a thermoelectric element flows in and out, and the urethane pack is cooled or heated by the temperature of the flowing silicone oil, providing a cold / hot water effect on the human face By promoting the metabolism of the skin of the face, the elasticity of the skin is improved so that wrinkles can be removed.

In general, the aging of human skin begins in the late twenties and begins to wrinkle, especially the subcutaneous layer of the facial skin is relatively thin compared to other parts of the body, so wrinkles are faster. It is a site that occurs and is most exposed to the outside in the body, and is also a site that reacts more sensitively to changes in the external environment. Therefore, in order to prevent skin aging and maintain the elasticity of the skin, it is necessary to have a clean skin and an accurate skin makeup that suits the conditions of the skin and a proper massage. When the face is washed, the elasticity of the skin falls due to swelling of the pores of the skin, and at this time, the skin elasticity can be maintained and the aging can be prevented by lowering the temperature of the skin with cold water or other methods.

Conventionally, in order to suppress such aging effects and remove waste products accumulated in the subcutaneous layer of the skin of the face, application agents mainly having functionalities such as massage creams and nutritional creams are applied to the face. After application, a method of wearing a mask or wearing a beauty massage mask of Korean Patent No. 291011 (registered on March 7, 2001) on the skin of the face has been used.

Recently, as in Korean Patent Application No. 10-1998-0038229, a cosmetic mask in which a substance that emits far infrared rays is applied to the inside of the mask, or a magnet is inserted into the mask to help blood circulation by a magnetic field. Functional beauty masks having various functions such as beauty masks have been presented.

Korean Patent No. 291011 Korean patent application number 10-1998-0038229

  That is, most of the cosmetic masks can generally use only one function of a cold bath method or a hot bath method, and the contents are sealed for the cold bath method or the hot bath method. Put it in a refrigerator or microwave oven for about 2-3 hours or 2-3 minutes, then take it out and wear it on your face for massage. There were some problems in obtaining a reliable cold and hot massage effect such as taking a cold and hot bath while alternately soaking in water and hot water.

The present invention is to solve the above-described problems, and an object of the present invention is to provide a configuration capable of repeatedly cooling and heating a face mask used for cosmetics. By using a facial mask having a simple structure, it is possible to provide a cold and hot skin effect to a part of a human face, promote metabolism of the skin of the face, and improve the elasticity of the skin.

A cosmetic mask provided with a circulator using a thermoelectric element according to the present invention for solving the above-described problems,

The face mask formed in a face shape is configured so that the face can be covered with a soft plastic material, but a pack formed in a shape corresponding to the face mask is attached to the inner surface of the face mask, A flow path through which a predetermined circulating medium can circulate is formed in the internal space of the pack, and a tube tube for flowing out the circulating medium into the predetermined portion of the pack after being circulated through the flow path. One side is inserted and connected, and the other side of the tube is connected to a circulator capable of adjusting the cooling temperature of the circulating medium by a thermoelectric element.

Preferably, the tube tube may be configured such that the outflow tube is positioned within one protective cover, and silicone oil may be used as the circulation medium.

The circulator is disposed between the inflow pipe and the outflow pipe in the connected tube pipe, and generates a circulation force by a pump action; part of a path through which the circulation medium flowing out from the pump passes A thermoelectric element that adjusts the temperature of the circulating medium by changing the operation direction of the cooling temperature according to the current direction of the power supply that is arranged and approved, and adjusts the temperature of the circulating medium; the circulator by the heat and cold generated in the thermoelectric element A fan motor for discharging heat and cold accumulated inside the outer case to the outside; disposed on one side of the thermoelectric element, generating heat from a hot wire with the approval of the power source, and heating the air to the thermoelectric A fan heater for discharging to the element to prevent condensation during the first drive of the thermoelectric element; and the current direction of the power source approved for the thermoelectric element by a set cold operation A pump signal for controlling the pumping action of the pump, and controlling the circulating force to circulate through the circulating medium. The fan motor and the fan heater And a controller that authorizes the control power supply.

The inner surface of the pack is coated with an antibacterial paint, and has an antibacterial and auxiliary cap function, and a bioceramic component is applied to sterilize harmful bacteria, decompose secondary toxins, and prevent mold. It can be configured to have sex.

In addition, the temperature of the circulating medium is cooled or heated within a range of 20 to 40, and the refrigerating method or the regenerating method can be repeatedly performed to promote metabolism of the user's facial skin. And the elasticity of the skin can be improved.

The cosmetic mask according to the present invention can be directly placed in a refrigerator or a microwave oven by using a circulator equipped with a thermoelectric element that can be cooled or heated according to the direction of the approved power source. There is an advantage that it can be used easily without the need for cooling or heating.

The smooth circulatory action of the cold and hot water method suppresses the aging action of the skin, and makes it possible to easily discharge the waste accumulated in the subcutaneous layer of the facial skin.
In addition, such a convenient method of cold and hot sore has the effect of smooth blood circulation of the skin of the face, has the effect of making the skin elastic, and by restoring the elasticity of the skin by the cold and hot sore method, It has the effect of removing cocoons.

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

Preferred embodiments of the present invention will be described below, but if detailed descriptions of related known functions or configurations seem to unnecessarily obscure the subject matter of the present invention, detailed descriptions thereof will be omitted. In addition, the terms described later are terms arbitrarily set in consideration of the function of the present invention, and these terms may vary according to the intentions or customs of the producer. Must be based on.

First, a preferred embodiment of the present invention will be described using the exploded perspective view disclosed in FIG.

The face mask 10 of FIG. 1 is formed of a mask having a shape corresponding to a human face using a soft plastic material, and when the user wears the face mask 10 on the face, the eyes, nose, and mouth are penetrated. It is formed so that the field of view is secured and breathing is possible.

Then, the urethane pack 20 formed so that the eyes, nose, and mouth are penetrated so as to have a shape corresponding to the face mask 10 is laminated on the inner surface of the face mask 10, and the pack 20. The internal space is formed so as to have a flow path as shown in FIG.

In the pack 20 formed in the face shape, a tube tube 30 for inflow and outflow of the circulating medium is connected to a portion corresponding to the chin portion of the human body so as to be inserted into the internal space of the pack 20. The part where one side of 30 is connected to the pack 20 is sealed with silicon to prevent leakage of the circulating medium circulating between the pack 20 and the circulator 40 through the tube tube 30.

The surface of the pack 20 that comes into contact with the skin when worn by a person is coated with antibacterial and antibacterial paints such as bioceramics that can sterilize harmful bacteria and remove toxins. Has been.

The cross-sectional view of FIG. 3 shows a cross section of the face mask 10 and the pack 20 attached thereto, and a space is formed through which the silicone oil input to the pack 20 can circulate through the tube tube 30. I understand that.

4 is a cross-sectional view of the flow path in the urethane pack 20, in which the silicone oil input through the tube tube 30 reaches the corners along the flow path formed in the space in the pack 20. A flow path protrusion 21 formed so as to be circulated is shown, and an arrow shown on the drawing indicates the direction of flow of silicon oil.

As the tube tube 30, as partially shown in the block diagram of FIG. 2, a tube surrounded by a protective cover 33 is used so that the inflow tube 31 and the outflow tube 32 are simultaneously contained. One end is inserted and connected to the pack 20 as described above, and the other end is connected to a circulator 40, which will be described later, so that the circulating medium is circulated as shown in FIG. It is configured.

And although silicon oil is preferably used as the circulation medium of the present invention, the temperature adjustment range of the silicone oil controlled by the controller 110 of the circulator 40 is set between about 20-45 ° C.

Further, as shown in FIG. 1, the circulator 40 is provided with a power switch 41, a function selection switch 42, a screen display unit 43, and the like on the outer box surface, but the power is supplied to the circulator 40. The function selection switch 42 is configured by a selection switch so that various functions can be selected, such as a cooling method, a warming method, or a cooling / cooling automatic adjustment, and the screen display unit 43 is configured as a selection button. The screen is composed of a liquid crystal display device, a light emitting diode, or the like in order to represent the temperature and operating time, current time, current operating state, etc. of the silicone oil and the pack 20 whose temperature is controlled by the circulator 40.

FIG. 2 is a block diagram for illustrating the configuration of the circulator 40 according to the present invention. The circulator 40 includes a controller 110 as shown in FIG. 2 inside the outer box to which the other end of the tube tube 30 is connected. The configuration of the circulator 40 will be described in more detail as follows. The pump 120, the thermoelectric element 130, the fan motor 140, the fan heater 150, and the like are provided.

A pump 120 configured to be controlled by the controller 110 is provided along the movement path of silicon oil, which is a circulation medium input into the circulator 40 through the inflow pipe 31 of the tube pipe 30. .

The pump 120 is a circulating water pump type, and is configured such that silicon oil input through the inflow pipe 31 is pushed out to the outflow pipe 32 side.

The thermoelectric element 130 is an element that uses a thermoelectric effect (so-called Peltier effect) that converts electrical energy into thermal energy by the movement of the charge transport using the energy level difference between the metal and the semiconductor, and is approved. When the polarity of the voltage changes, heat is generated or a phenomenon of absorbing heat is generated, and cooling and heating are performed without using a separate refrigerant.

In this way, the thermoelectric element 130 is arranged so that the silicon oil in the outflow pipe 32 can be heated or cooled by the control power source approved by the controller 110 in the path through which the outflow pipe 32 output from the pump 120 passes. In order to protect the element from the dew condensation phenomenon that may occur due to a sudden temperature change, a device sealed with an aluminum die-cast cover is used.

A fan motor 140 for discharging high-temperature or low-temperature air accumulated inside the outer box by heating or cooling by the thermoelectric element 130 is connected to the controller 110 and discharges the air inside the outer box to the outside. It is configured as follows.

In addition, the fan heater 150 is added to more safely protect the thermoelectric element 130 that is primarily protected from the dew condensation phenomenon by aluminum die casting, and is arranged on one side of the thermoelectric element 130 so that the circulator 40 is disposed. When initially driven, it is configured to instantaneously exhaust hot air for about 2-3 seconds to remove any dew that may have occurred on the thermoelectric element 130. Accordingly, it is possible to prevent the primary dew condensation phenomenon of the thermoelectric element 130 during the first drive.

The controller 140 is composed of a microcomputer, and a function selection switch 42 formed on the outer box of the circulator 40 selects a function such as a cooling method, a warming method, or a cooling / cooling automatic adjustment function, receives a function selection signal, and receives an approved function. The thermoelectric element 130 is driven according to the selection signal to authorize a cooling, heating, or cooling / cooling repeated control signal, and the fan heater 150 is instantaneously driven before the thermoelectric element 130 authorizes the control signal. Remove any dew that may be on element 130.

Then, when the controller 110 drives the thermoelectric element 130 and the silicon oil in the outflow pipe 32 is heated, cooled, or repeatedly cooled, etc., the silicon oil receives the circulation power and the outflow pipe 32 and the tube pipe 30 are approved. The pump 120 is driven so as to be circulated to the pump 120 again through the pack 20, the flow path, and the inflow pipe 31.

The operation of the cosmetic mask 100 including the circulator 40 as specifically described above will be described.

The user first wears the cosmetic mask 100 according to the present invention on the face, and then turns on the power by turning on the power switch 41 of the circulator 40, and selects the function desired by the function selection switch 42.

Functions that can be selected in the circulator 40 include functions such as a cold-cooling method, a hot-cold method, and a cold-hot-cold method. Description of the cold-cooling method and the hot-cold method that performs only simple heating or cooling is omitted, and the user selects the cold-hot-water method Only the case will be described.

When the user selects the cold / hot function, the controller 110 first drives the fan heater 150 for about 2 to 3 seconds to remove any dew that may have occurred on the thermoelectric element 130, and supplies the pump 120 with a pump drive power supply. Authorize and provide circulating power to silicone oil used as circulating medium.

The silicon oil provided with the circulation force starts to circulate through the outflow pipe 32, and the circulated silicon oil is cooled or heated while passing through a portion where the thermoelectric element 130 is provided, and is approved to the tube pipe 30. The approved silicone oil flows into the urethane pack 20 through the outflow pipe 32.

The silicon oil that has flowed into the pack 20 is guided by the channel protrusions 21 formed in the space within the pack 20 and smoothly circulates within the space, then flows out through the inflow pipe 31 and circulates. It is circulated through the process input to the container 40 side.

Through such a process, the temperature of the silicone oil that will be present in the urethane pack 20 is controlled to a temperature corresponding to the cooling / heating method desired by the user, for example, if it is set in the order of cooling / cooling, After being cooled to 20 degrees and lasting for several minutes or tens of minutes, it is heated to 45 degrees, and the operation is continued again for several minutes or tens of minutes.

Repeated cold / hot abdominal treatment will repeatedly provide cold / hot abdominal effects to the human face, thereby promoting facial skin metabolism and improving skin elasticity to remove wrinkles. Can do.

As described above, the preferred embodiments of the present invention have been described in detail. However, those skilled in the art who have ordinary knowledge in the field of the present invention may make modifications or changes within the spirit and scope of the present invention. The true technical protection scope of the present invention should be determined by the claims.

1 is an exploded perspective view for illustrating a preferred embodiment of a cosmetic mask according to the present invention. It is a block diagram which shows the structure of the circulatory organ in the beauty mask of this invention. It is sectional drawing of the beauty mask which concerns on this invention. It is sectional drawing which shows the flow path in the urethane pack in the beauty mask of this invention. It is explanatory drawing which shows the example of wearing of the beauty mask which concerns on this invention.

Explanation of symbols

10-face mask 20-pack 30-tube tube 31-inflow tube 32-outflow tube 40-circulator
41-Power switch 42-Function selection switch 43-Display unit 110-Controller 120-Pump 130-Thermoelectric element 140-Fan motor 150-Fan heater

Claims (4)

A face mask 10 formed in a face shape is configured so that the face can be covered with a soft plastic material, and a pack 20 formed in a shape corresponding to the face mask 10 is attached to the inner surface of the face mask 10. In addition, a flow path through which a predetermined circulating medium can circulate is formed in the internal space of the pack 20, and the circulating medium flows into a predetermined portion of the pack 20 and is circulated through the flow path and then flows out. One side of the tube tube 30 is inserted and connected, and the other side of the tube tube 30 is connected to a circulator 40 capable of adjusting the cooling temperature of the circulating medium by a thermoelectric element. Beauty mask equipped with a vessel. The cosmetic mask provided with a circulator using a thermoelectric element according to claim 1, wherein the circulation medium is silicon oil. The circulator 40 includes:
A pump 120 disposed between the inflow pipe 31 and the outflow pipe 32 in the connected tube pipe 30 to generate a circulation force of the circulation medium by a pump action;
The circulating medium flowing out of the pump 120 is disposed in a part of the path, and the heat generating operation and the heat absorbing operation are performed while the cooling / cooling operation direction is changed according to the current direction of the approved power source, thereby adjusting the temperature of the circulating medium. Thermoelectric element 130;
A fan motor 140 for discharging heat and cold accumulated in the outer case of the circulator 40 to the outside by heat and cold generated by the thermoelectric element;
A fan that is arranged on one side of the thermoelectric element, generates heat from the heat wire with the approval of the power supply, and discharges the heated air to the thermoelectric element to prevent condensation during the first driving of the thermoelectric element The heater 150; and a preset cool / warm operation to change the current direction of the power source approved for the thermoelectric element 130 and supply the pump 120 with a pump signal for controlling the pump action of the pump 120. A controller 110 that controls the circulating force that the circulating medium circulates to receive authorization, and authorizes control power to the fan motor 140 and the fan heater 150;
The cosmetic mask provided with the circulator using the thermoelectric element of Claim 1 comprised by these. The cosmetic mask provided with a circulator using a thermoelectric element according to claim 1, wherein the circulating medium is cooled or heated in a range of 20 to 45 degrees.

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