KR102463045B1 - Face mask - Google Patents

Abstract

In the cosmetic mask of the present invention, a plurality of guide plates are formed in a triangular shape to form a curved surface in the shape of a heat cave, a plurality of flow paths are formed between the guide plates, an inlet is formed in the flow path in the face direction, and an outlet is formed in the opposite direction to the inlet. a first discharge layer formed and having a hole corresponding to the eye; A heating sheet provided on the front surface of the first discharge layer, and a heating sheet made by weaving metallic heating fibers in the same shape as the first emission layer to a previously set area, thickness, and size, and a front surface of the heating sheet in both directions The resin layer covering the middle portion except for the edge portion, the electrode portion corresponding to the tip portion close to the end of the heating sheet exposed from the resin layer, the heating sheet exposed from the resin layer, and upper and lower portions of the electrode portion a heating layer that covers each of the and is electrically connected at high temperature and high pressure, and is composed of a connector part that is fixed by compression bonding; a second discharge layer provided on the front surface of the heating layer and having a plurality of first discharge holes provided at positions corresponding to the outlets in the same shape as the heating layer; a plurality of discharge units provided on the front surface of the second discharge layer and configured to discharge the air introduced through the first discharge hole in a triangular shape to the outside; a connection part provided to extend from the upper portion and both sides of the second discharge layer and made of an elastic material; It characterized in that it is composed of a; it is connected to the connection portion and is provided to surround the back of the head.

Description

Beauty mask {Face mask}

The present invention relates to a cosmetic mask, and more particularly, to a cosmetic mask having excellent adhesion and easy detachment.

The linear heating element had problems with non-uniform heat distribution, electrical damage due to disconnection, and commercialization due to limitations in flexibility.

On the other hand, the mask pack products released at home and abroad have been developed based on the LED function, but there were problems such as ease of use compared to the high price due to the hard material and plastic paper, and it was easy to send.

And when the user uses the cosmetic mask, there is a problem such as a form of fogging appears between the face and the cosmetic mask, and there is a problem that the user complains of frustration.

Registered Patent No. 10-1792570

In order to solve the above-mentioned problem, an object of the present invention is to provide a cosmetic mask that is well ventilated to facilitate the flow of internal air.

In addition, as a mask device developed by applying a new technology, planar heating element technology, the cushion material with stability inside the product can be used in close contact with the user's face shape. It is to provide this improved cosmetic mask.

In order to achieve the above object, in the cosmetic mask of the present invention, a plurality of guide plates are formed in a triangular shape to form a curved surface in the shape of a heat cave, a plurality of flow paths are formed between the guide plates, and an inlet is formed in the flow path in the face direction. and a first outlet layer having an outlet in the opposite direction to the inlet and having a hole corresponding to the eye; A heating sheet provided on the front surface of the first discharge layer, and a heating sheet made by weaving metallic heating fibers in the same shape as the first emission layer to a previously set area, thickness, and size, and a front surface of the heating sheet in both directions The resin layer covering the middle portion except for the edge portion, the electrode portion corresponding to the tip portion close to the end of the heating sheet exposed from the resin layer, the heating sheet exposed from the resin layer, and upper and lower portions of the electrode portion a heating layer that covers each of the and is electrically connected at high temperature and high pressure, and is composed of a connector part that is fixed by compression bonding; a second discharge layer provided on the front surface of the heating layer and having a plurality of first discharge holes provided at positions corresponding to the outlets in the same shape as the heating layer; a plurality of discharge units provided on the front surface of the second discharge layer and configured to discharge the air introduced through the first discharge hole in a triangular shape to the outside; a connection part provided to extend from the upper portion and both sides of the second discharge layer and made of an elastic material; It characterized in that it is composed of a; it is connected to the connection portion and is provided to surround the back of the head.

A first support portion provided to surround the face is further provided on the first discharge layer and the edge of the hole, and the first support portion is located in the face direction in the first discharge layer and is made of a porous material. 1-1 cushion layer; a first 1-2 cushion layer positioned in the face direction from the 1-1 cushion layer and provided with an air mesh; a first absorbent band portion positioned in the face direction in the first and second cushion layers to absorb sweat; and a first blocking part positioned in the face direction from the first absorption band part, and a second support part is further provided between the fixing part and the face, and the second support part is formed from the fixing part in the face direction. Located as a 2-1 cushion layer provided with a porous material; a 2-2 cushion layer positioned in the face direction from the 2-1 cushion layer and provided with an air mesh; a second absorbent band portion positioned in the face direction in the second 2-2 cushion layer and absorbing sweat; and a second blocking part positioned in the face direction from the second absorption band part.

It is characterized in that it is provided at positions corresponding to the mouth and nose in the first discharge layer, and a plurality of through-holes located at vertices of the guide plate are further provided.

A fan is further provided between the heating layer and the second exhaust layer.

The discharge unit may include: a plate positioned in front of the second discharge layer, provided in a triangular plate shape, and provided with a second discharge hole at a position corresponding to the first discharge hole; It has a triangular shape, is located in front of the plate, a groove is formed in the center so that the plate is installed, a protrusion is formed by protruding from the outer circumferential surface of the groove, and a cover part through which a third discharge hole is formed through a side surface; characterized in that it is composed of do it with

The cosmetic mask of the present invention has the following effects.

It can be adhered to irregular surfaces, so it can be used in close contact with the user's face shape.

Ventilation is well made between the cosmetic mask of the present invention and the user's face, so that fogging is prevented, and there is an effect that can provide a comfortable fit.

1 is an exploded view showing a cosmetic mask according to the present invention.
Figure 2 is a view showing the first discharge layer of the cosmetic mask according to the present invention.
Figure 3 is a cut-away exploded perspective view showing the heating layer of the cosmetic mask according to the present invention.
Figure 4 is a plan view showing the bonding state of the heating layer of the cosmetic mask according to the present invention.
5 is a cross-sectional view schematically shown to explain the arrangement of each component constituting FIG. 2 and the coupling relationship according to these arrangements.
6 is a cross-sectional view showing a state in which each configuration of the heating layer shown in FIG. 3 is combined.
7 is a view showing the discharge part of the cosmetic mask according to the present invention.
Figure 8 is a view showing the first support portion and the second support portion of the cosmetic mask according to the present invention.

Hereinafter, a preferred embodiment of the cosmetic mask according to the present invention will be described in detail with reference to the accompanying drawings.

In the cosmetic mask of the present invention, a plurality of guide plates 11 are formed in a triangular shape to form a curved surface in the shape of a heat cave, and a plurality of flow channels 12 are formed between the guide plates 11, and a plurality of flow channels 12 are formed in the flow channels 12 in the face direction. a first discharge layer 10, in which an inlet 13 is formed, an outlet 14 is formed in a direction opposite to the inlet 13, and a hole 15 corresponding to the eye is formed; ) provided on the front surface, and the heating sheet 21 formed by weaving metallic heating fibers in the same shape as the first discharge layer 10 to a previously set area, thickness and size, and the front surface of the heating sheet 21 The resin layers 22a and 22b covering the middle part except for the set edge parts in both directions and the tip part are adjacent to the ends of the heating sheet 21 exposed from the resin layers 22a and 22b, and the electrodes are positioned correspondingly The portions 26a and 26b and the resin layers 22a and 22b cover the upper and lower portions of the heating sheet 21 and the electrode portions 26a and 26b, respectively, and electrically connect with high temperature and high pressure. The heating layer 20 is provided on the front surface of the heating layer 20, and is provided on the front surface of the heating layer 20, which is composed of a connector part 24 that is fixed by pressing and bonding and has the same shape as the heating layer 20 and a position corresponding to the outlet 14. The second discharge layer 30 having a plurality of first discharge holes 31 provided in the A plurality of discharge units 40 for discharging the exhausted air to the outside, are provided extending from the upper portion and both sides of the second discharge layer 30, and are connected to the connecting unit 50 and the connecting unit 50 made of an elastic material. It consists of a fixing part 60 provided to surround the back of the head.

First, in the cosmetic mask according to the present invention, the first discharge layer 10 is provided. The first discharge layer 10 is provided in front of the face. The first discharge layer 10 is provided in a shape corresponding to the face, and is provided in a shape that can cover blood clots. Here, the first discharge layer 10 may be made of an elastic material that is deformed to fit the size of the face.

The first discharge layer 10 is provided with a plurality of guide plates 11 having a triangular shape to form a curved surface in the shape of a face. Here, the guide plate 11 is provided in a triangular shape so that the shape is partially changed according to the curved surface, so that it can be in close contact with the irregular surface of the face.

In addition, a plurality of flow paths 12 are formed between the different guide plates 11 . An inlet 13 is formed in the flow path 12 in the face direction. The inlet 13 is formed in plurality so that air between the face and the first discharge layer 10 is introduced.

And the outlet port 14 is formed opposite the inlet port (13). The outlet 14 is formed at the vertex of the guide plate 11 . The air introduced through the inlet 13 moves along the flow path 12 and is discharged out through the outlet 14 .

Here, it is preferable that the cross-sectional area of the flow passage 12 becomes narrower toward the outlet 14 . Accordingly, air is discharged through the outlet 14 at a high speed along the flow path 12 .

In addition, a through hole 16 is further provided in the first discharge layer 10 . The through hole 16 is provided at positions corresponding to the mouth and nose in the first discharge layer 10 . The through hole 16 is preferably located at the vertex of the guide plate 11, so that the air discharged from the mouth and the nose can be discharged immediately.

Here, the first emission layer 10 is made of a flexible material and a far-infrared material is mixed to emit far-infrared rays in the direction of the face.

An LDE substrate (not shown) is further provided in the face direction from the first discharge layer 10 . The LED substrate includes an LED element for irradiating LED light to the face. The LED substrate is formed of a film substrate that is deformed by forming a circuit, and a plurality of LED elements operated by external power supply are arranged to face the face.

A first support portion 80 is further provided at the edges of the first discharge layer 10 and the hole 15 . The first support part 80 is formed to surround the face. For the above-described function, the first support part 80 is composed of a 1-1 cushion layer 81 , a 1-2 cushion layer 82 , a first absorption band part 83 , and a first blocking part 84 . do.

First, the 1-1 cushion layer 81 is positioned in the face direction in the first discharge layer 10 . The 1-1 cushion layer 81 is made of a porous material. The porous material refers to a material such as silica gel or charcoal, and is generally a material with excellent adsorption and moisture absorption. Therefore, it functions to absorb moisture between the face and the first discharge layer 10 to maintain a dry state and to absorb odors.

And the 1-2 cushion layer 82 is provided in the face direction from the 1-1 cushion layer 81. The first and second cushion layers 82 are provided with an air mesh. The first and second cushion layers 82 function to increase the wearing comfort, and increase ventilation by increasing air permeability.

A first absorption band portion 83 is provided in the face direction from the first and second cushion layers 82 . The first absorption band portion 83 absorbs sweat flowing on the face.

In addition, a first blocking portion 84 is provided in the face direction from the first absorption band portion 83 . The first blocking part 84 is formed to protrude from the surface in contact with the face from the first absorbent band part 83, and is in close contact with the face to completely block sweat from flowing to the face, and the present inventor It is characterized in that it is composed of a silicone material to prevent the cosmetic mask from peeling off.

Here, a locking part (not shown) is provided on the first support part 80 so that the first discharge layer 10 is coupled to correspond to the locking part, and the first support part 80 is detachable. is composed

A heating layer 20 is provided on the front surface of the first discharge layer 10 . The heating layer 20 is provided in the same shape as the first emission layer 10 .

A heating sheet 21 is provided on the heating layer. The heating sheet 21 includes metallic heating fibers and is formed in a sheet shape by a conventional weaving method using metal fibers made to have a high level of tensile force, electrical conductivity, and resistance while being in the form of fibers.

The heating sheet 21 has an area, thickness, and size that are already set.

In the present invention, although provided in the same shape as the first discharge layer 10, when applied to human clothing, it may be determined to correspond to the size of each part based on the body size of the person in general.

On the other hand, a resin layer ( 22a, 22b) are covered.

In this way, both ends of the heating sheet 21 not covered by the resin layers 22a and 22b may be generally set to both ends in the longitudinal direction.

In addition, it is preferable that both edge portions of the heating sheet 21 exposed by the resin layers 22a and 22b are positioned to face each other.

In addition, at both ends of the heating sheet 21 exposed from the resin layers 22a and 22b, at each front end, the electrode parts 26a and 26b are placed in close contact with each other in the opposite direction or similarly. is done

Each of both ends of the heating sheet 21 exposed from the resin layers 22a and 22b positioned close to each other and the electrode portions 26a and 26b form a pair at their upper and lower portions and cover each other to face each other. And, the connector part 24 is electrically connected at high temperature and high pressure, and the connector part 24 is fixed by crimping.

In addition, the connector part 24 further includes a metal film 23 on the upper and lower surfaces corresponding to the heating sheet 21 exposed from the resin layers 22a and 22b and the electrode parts 26a and 26b. do.

And as described above, in the electrical connection by the connector part 24 , the heating sheet in which the metal film 23 is exposed from the resin layers 22a and 22b by crimping of the upper and lower connector parts 24 . (21) and the electrode portions 26a, 26b may be connected to each other.

The metal film 23 used at this time may be made of a thin film-type material such as copper, aluminum, chromium, nickel, etc., but is not limited thereto, and has high electrical conductivity and is electrically connected to the heating sheet 21 . If it is made of a single metal material, all applications are possible.

In addition, it is preferable to further provide a welding member 25 on the opposite surface of the upper and lower connector parts 24 to fill the space between the metal film 23 or more by melting by high temperature and high pressure and opposing each other.

In addition, the surface of the connector part 24 or the partial surface of the electrode parts 26a and 26b may further include a coupling part (not shown) for coupling in response to proximity to another fabric.

Such a coupling part is commonly known as Velcro, so that one side has a hook-shaped part while being squishy, and the opposite side is made soft or has a ring-shaped part, so that mutual coupling can be made, Or it may be made with an adhesive or double-sided adhesive tape.

And this coupling part is to attach the heating part to the surface of the fabric covering a person or a specific facility to maintain or form the temperature for the corresponding part at a certain level.

Accordingly, the electrode portions 26a and 26b are installed with a common connector (not shown) to be connected to other electricity supply means at the ends of the electrode portions 26a and 26b.

In addition, the electrode parts 26a and 26b may be further provided with a separate temperature sensor 27 , and the end of the temperature sensor 27 has a length greater than or equal to the end position of the electrode parts 26a and 26b. It is preferable to protrude to reach the heating sheet 21 to measure the temperature of the tip position.

And the temperature sensor 27 applies the measured temperature to a controller (not shown) provided in a power supply (not shown), etc., so that the controller can control the application of power to the heating sheet 21. will be.

A second discharge layer 30 is provided on the front surface of the heating layer 20 . The second emission layer 30 is provided in the same shape as the first emission layer 10 and the heating layer 20 . Here, the second discharge layer may be made of a flexible material that is deformed to fit the size of the face. A plurality of first discharge holes 31 are provided through the second discharge layer 30 . The first discharge hole 31 discharges air between the heating layer 20 and the face. The first discharge hole 31 is provided at a position corresponding to the outlet 14 and the through hole 16 . Here, the second discharge layer 30 is made of a flexible material.

A plurality of discharge units 40 are provided on the front surface of the second discharge layer 30 . The discharge unit 40 has a triangular shape and discharges the air between the second discharge layer 30 and the face to the outside. Here, the discharge part 40 may be made of a flexible material that is deformed to fit the size of the face. The discharge unit 40 may be configured as follows for the above-described function.

A plate 41 is provided in front of the second discharge layer 30 . The plate 41 is provided in a triangular shape and has the same shape as the guide plate 11 , and is provided at a position corresponding to the guide plate 11 . In addition, a second discharge hole 42 is provided at a position corresponding to the first discharge hole 31 . Here, the second discharge hole 42 may be provided in plurality according to the position of the first discharge hole 31 . The air introduced through the second discharge hole 42 is discharged to the outside.

A cover part 43 is provided in front of the plate 41 . The cover part 43 has a triangular shape and a groove 44 is formed in the center so that the plate 41 is installed. A protrusion 45 protrudes from the outer circumferential surface of the groove 44 so that the plate 41 is fixed to the cover part 43 , and supports the protrusion 45 .

In addition, a plurality of third discharge holes 46 are provided through the side surface of the cover portion 43 . It is preferable that the cross-sectional area of the third discharge hole 46 becomes narrower along the traveling direction. Accordingly, the air introduced into the groove 44 through the first discharge hole 31 is discharged through the third discharge hole 46 at a high speed.

The connection part 50 is provided extending from the upper part and both sides of the second discharge layer 30 . The connection part 50 is made of an elastic material, and the entire shape can be deformed to fit the part to be used, and the deformed shape can be maintained for a certain period of time.

A fixing part 60 is provided by being connected to the connection part 50 . The fixing part 60 is provided to surround the back of the head, and is provided in a shape corresponding to the back of the head. It may be formed in a triangular shape as shown in FIG. 1, but various design changes are possible.

A second support part 90 is further provided between the fixing part 60 and the face. The second support part 90 is formed to surround the back of the head. For the above-described function, the second support part 90 is composed of a 2-1 cushion layer 91 , a 2-2 cushion layer 92 , a second absorption band part 93 and a second blocking part 94 . do.

First, the 2-1 cushion layer 91 is positioned in the face direction from the fixing part 60 . The second-first cushion layer 91 is made of a porous material. The porous material refers to a material such as silica gel or charcoal, and is generally a material with excellent adsorption and moisture absorption. Therefore, it functions to absorb moisture between the face and the fixing part 60 to maintain a dry state and to absorb odors.

And a 2-2 cushion layer 92 is provided in the face direction from the 2-1 cushion layer 91 . The 2-2 cushion layer 92 is provided with an air mesh. The 2-2 cushion layer 92 functions to increase the wearing comfort, and increases ventilation by increasing air permeability.

And a second absorption band portion 93 is provided in the face direction from the 2-2 cushion layer 92 . The second absorption band portion 93 absorbs sweat flowing on the face.

And a second end portion is provided in the face direction in the second absorption band portion (93). The second blocking part 94 is formed to protrude from the surface in contact with the face from the second absorbent band part 93, and is in close contact with the face to completely block sweat from flowing to the face, and the present inventor It is characterized in that it is composed of a silicone material to prevent the cosmetic mask from peeling off.

Here, a locking part (not shown) is provided on the second support part 90 , and the fixing part 60 is coupled to correspond to the locking part, and the second support part 90 is detachably configured. .

A fan 100 is further provided between the heating layer 20 and the second exhaust layer 30 . The fan 100 forms a flow of fluid inside the cosmetic mask of the present invention. Specifically, the fan 100 forms a flow of fluid so that the air between the first discharge layer 10 and the face is discharged to the outside of the cosmetic mask according to the present invention.

Hereinafter, the effect|action of the cosmetic mask by this invention is demonstrated.

First, supply power. When the power is supplied, current flows to the electrode portions 26a and 26b. The current is connected to the connector part 24, is transferred to the heating sheet 21, and is heated at the same time as the current flows to serve as a planar heating element.

A fluid flow is formed in the air between the first discharge layer 10 and the face by the fan 100 . Accordingly, it flows into the flow path 12 through the inlet 13 , and is rapidly discharged through the outlet 14 . And it moves along the first discharge hole (31). Then, it passes through the second discharge hole 42 and is rapidly discharged to the outside along the third discharge hole 46 .

And the air discharged through the mouth and the nose is formed by the flow of the fluid by the fan (100). Accordingly, it is discharged through the through hole 16 and moves along the first discharge hole 31 . Then, it passes through the second discharge hole 42 and is rapidly discharged to the outside along the third discharge hole 46 .

As such, the technical configuration of the present invention described above will be understood by those skilled in the art to which the present invention pertains to be implemented in other specific forms without changing the technical spirit or essential characteristics of the present invention.

Therefore, the embodiments described above are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the following claims rather than the above detailed description, and the meaning and scope of the claims and their All changes or modifications derived from the concept of equivalents should be construed as being included in the scope of the present invention.

10: first emission layer 11: guide plate
12: Euro 13: Inlet
14: outlet 15: hole
16: through hole 20: heating layer
21: heating sheet 22a, 22b: resin layer
23: metal film 24: connector part
25: welding member 26a, 26b: electrode part
27: temperature sensor 30: second discharge layer
31: first discharge hole 40: discharge unit
41: plate 42: second discharge hole
43: cover 44: groove
45: protrusion 46: third outlet hole
50: connection part 60: fixed part
80: first support 81: 1-1 cushion layer
82: first and second cushion layer 83: first absorption band part
84: first blocking part 90: second support part
91: 2-1 cushion layer 92: 2-2 cushion layer
93: second absorption band portion 94: second blocking portion
100 : fan

Claims (5)

A plurality of guide plates are formed in a triangular shape to form a curved surface in the shape of a heat cave, a plurality of flow paths are formed between the guide plates, an inlet is formed in the flow path in the face direction, and an outlet is formed in the opposite direction to the inlet and corresponds to the eye. a first discharge layer in which a hole is formed;
A heating sheet provided on the front surface of the first discharge layer, and a heating sheet made by weaving metallic heating fibers in the same shape as the first emission layer to a previously set area, thickness, and size, and a front surface of the heating sheet in both directions The resin layer covering the middle portion except for the edge portion, the electrode portion corresponding to the tip portion close to the end of the heating sheet exposed from the resin layer, the heating sheet exposed from the resin layer, and upper and lower portions of the electrode portion a heating layer that covers each of the and is electrically connected at high temperature and high pressure, and is composed of a connector part that is fixed by compression bonding;
a second discharge layer provided on the front surface of the heating layer and having a plurality of first discharge holes provided at positions corresponding to the outlets in the same shape as the heating layer;
a plurality of discharge units provided on the front surface of the second discharge layer and configured to discharge the air introduced through the first discharge hole in a triangular shape to the outside;
a connection part provided to extend from the upper portion and both sides of the second discharge layer and made of an elastic material;
A cosmetic mask comprising: a fixing part connected to the connection part and provided to cover the back of the head. The method of claim 1,
A first support portion provided to surround the face is further provided on the first discharge layer and the edge of the hole,
The first support part,
a 1-1 cushion layer positioned in the face direction in the first discharge layer and made of a porous material;
a first 1-2 cushion layer positioned in the face direction from the 1-1 cushion layer and provided with an air mesh;
a first absorbent band portion positioned in the face direction in the first and second cushion layers to absorb sweat;
and a first blocking part positioned in the face direction from the first absorption band part;
A second support part is further provided between the fixing part and the face,
The second support part,
a 2-1 cushion layer positioned in the face direction from the fixing unit and made of a porous material;
a 2-2 cushion layer positioned in the face direction from the 2-1 cushion layer and provided with an air mesh;
a second absorbent band part positioned in the face direction in the second-2 cushion layer and absorbing sweat;
and a second blocking part positioned in the face direction from the second absorption band part. The method of claim 1,
The cosmetic mask, characterized in that provided at positions corresponding to the mouth and nose in the first discharge layer, and further provided with a plurality of through-holes located at vertices of the guide plate. The method of claim 1,
A cosmetic mask, characterized in that a fan is further provided between the heating layer and the second discharge layer. The method of claim 1,
The discharge unit,
a plate positioned in front of the second discharge layer, provided in a triangular shape of a plate, and provided with a second discharge hole at a position corresponding to the first discharge hole;
It has a triangular shape, is located in front of the plate, a groove is formed in the center so that the plate is installed, a protrusion is formed by protruding from the outer circumferential surface of the groove, and a cover part through which a third discharge hole is formed through a side surface; characterized in that it is composed of beauty mask with

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