CN113397990A

CN113397990A - Internal heat and external cold type facial mask capable of avoiding heat damage

Info

Publication number: CN113397990A
Application number: CN202110644954.6A
Authority: CN
Inventors: 罗静
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-06-09
Filing date: 2021-06-09
Publication date: 2021-09-17

Abstract

The invention discloses an internal heat and external cold type facial mask capable of avoiding heat damage, which belongs to the technical field of facial masks, wherein a heat coating layer and a cold coating layer are arranged inside and outside, the heat coating layer and the cold coating layer are laminated and attached inside and outside, when the mask is applied, the refrigerating heat-conducting patch is attached to the forehead, the heating end of the miniature refrigerating sheet is used for heating the heat-conducting wrapping edge, the refrigerating end of the miniature refrigerating sheet is used for refrigerating the cold-coating layer, the heat-conducting wrapping edge transmits heat to the inner essence layer through the outer heat-insulating layer to realize the hot compress effect of the inner essence layer, the absorption of the face on the nutrient solution of the mask can be promoted, after the hot compress of the hot-coating layer is finished, the hot coating layer and the refrigeration heat conduction patch are taken out downwards, the refrigerated cold coating layer is leveled on the face again, and the cold coating is carried out on the face by utilizing the low temperature of the cold coating layer, so that the face after hot coating is effectively cooled, the shrinkage of facial pores is promoted, and the absorption of the face mask nutrient solution by the face is further accelerated.

Description

Internal heat and external cold type facial mask capable of avoiding heat damage

Technical Field

The invention relates to the technical field of facial masks, in particular to an internal heat and external cold type facial mask capable of avoiding heat damage.

Background

The mask market is one of the most rapidly-growing market segments in the daily chemical industry, the mask is a carrier of beauty care products, is applied to the face for 15-20 minutes, and can be detached after nutrients of the care products are slowly absorbed by the skin. The mask is mainly and most importantly used for compensating the insufficient cleaning work of makeup removal and face washing, and other maintenance functions such as water replenishing and moisturizing, whitening, aging resistance and the like are realized on the basis.

The method for applying the facial mask is to wash the face with hot water or apply a hot towel on the face to open pores on the face skin and then apply the facial mask on the face, so that the essence of the facial mask can be absorbed more easily. Such methods are effective but not very effective because it takes time for the mask essence to be absorbed, and when an ice-cold mask is applied, skin pores shrink quickly and are not easy to absorb. At present, for the purpose of osmotic absorption of nutrients in the mask, the traditional method can also be to firstly put the mask in warm water for soaking once, or to use hot steam when applying the mask, so as to increase the temperature of the mask, thereby better opening facial pores when applying the mask on the face.

After the temperature of the facial mask is raised by an external means, the pores on the face of a user are opened, after the facial mask is applied, the pores are not easy to shrink quickly, and the red skin of the face can be removed due to the temperature rise after hot compress, so that the effects of quickly tightening the pores on the skin and cooling the face can not be achieved.

Therefore, an internal heat and external cold type facial mask for avoiding heat damage is provided to effectively solve the problems in the prior art.

Disclosure of Invention

1. Technical problem to be solved

Aiming at the problems in the prior art, the invention aims to provide an internal heating and external cooling type facial mask capable of avoiding thermal damage, wherein a heating layer and a cooling layer are arranged inside and outside the facial mask, the heating layer and the inner layer and the outer layer of the cooling layer are overlapped and attached, when the facial mask is applied, a refrigerating and heat-conducting patch is attached to the forehead, a heating end of a miniature refrigerating sheet is used for heating a heat-conducting wrapping edge, a refrigerating end of a miniature refrigerating sheet is used for refrigerating the cooling layer, the heat-conducting wrapping edge transmits the heat to the inner essence layer through an outer heat-insulating layer to realize the hot-compressing effect of the inner essence layer, the absorption of the facial mask nutrient solution can be promoted, after the hot compressing of the heating layer is completed, the heating layer and the refrigerating and heat-conducting patch are taken out downwards, the refrigerated cold-compressing layer is flattened on the face again, the cold-compressing effect of the face is realized by utilizing the low temperature of the cooling layer, the face after the hot compressing is prevented from being red, but also promotes the shrinkage of facial pores, and further accelerates the absorption of facial mask nutrient solution by the face.

2. Technical scheme

In order to solve the above problems, the present invention adopts the following technical solutions.

The internal heat and external cold type facial mask capable of avoiding heat damage comprises a heat coating layer and a cold coating layer which are arranged in an internal and external stacking mode, wherein a heat conduction edge is arranged on the outer side wall of the heat coating layer, the heat coating layer comprises an outer heat insulation layer and an inner essence layer which are bonded with each other, the outer heat insulation layer is located between the inner essence layer and the cold coating layer, a refrigeration heat conduction paste is pasted at the top end of the heat coating layer in a wrapping mode, a micro refrigeration piece is arranged inside the refrigeration heat conduction paste, the refrigeration end of the micro refrigeration piece is connected with the top of the cold coating layer, the heating end of the micro refrigeration piece is connected with the heat conduction edge, and heat conduction filler is filled inside the heat conduction edge.

Further, the inner essence layer is made of a nano non-woven fiber material, and the mask nutrient solution is soaked on the inner essence layer.

Further, the heating end and the refrigeration department of miniature refrigeration piece all are equipped with heat conduction silica gel layer, two heat conduction silica gel layer bordures with the heat conduction respectively, the outer end wall of cold compress layer offsets and sets up, and hot coating and the range upon range of setting in cold compress layer are applying ointment or plaster, and after applying ointment or plaster, will refrigerate heat conduction paste in forehead department, and the heat conduction silica gel layer that the refrigeration heat conduction pasted bordures with the heat conduction and offsets the setting, and refrigeration heat conduction pastes the cooling end and the laminating of cold compress layer top end sets up, after starting refrigeration heat conduction, makes heat conduction bordure a temperature and risees, and cold compress layer department temperature reduces.

Further, outer insulating layer is bilayer structure, outer insulating layer adopts waterproof ventilative material to make, outer insulating layer is equipped with the heat insulating membrane with cold coating one side of laminating mutually, and after outer insulating layer department was heated, utilize the heat insulating membrane effectively to avoid influencing each other between cold coating and the hot coating.

Further, the inside packing of outer insulating layer has deionized water, it has a plurality of interior heat conduction cellosilk of borduring being connected with the heat conduction to distribute on the terminal surface that interior essence layer and outer insulating layer laminated mutually, utilizes the heat conduction to bordure the heat conductivity with outer insulating layer, with the heat through in a plurality of heat conduction cellosilks distributed transmission to the outer insulating layer in to make interior essence layer play the effect of hot compress.

Further, heat conduction is bordured and is kept away from the lateral wall facing of cold compress layer one end and has been attached with the heat insulation layer, outer insulating layer and refrigeration heat conduction paste all adopt flexible thermal insulation material to make, when refrigeration heat conduction pastes the refrigeration of one end heat production one end, outer insulating layer, heat insulation layer and refrigeration heat conduction paste all play thermal-insulated effect, the heat insulation layer effectively avoids heat conduction to bordure overheated and cause the damage to skin, and outer insulating layer avoids different temperature interact between cold compress layer and the hot compress layer, the thermal-insulated effect that refrigeration heat conduction pasted then can realize that miniature refrigeration piece can bordure the heat conduction respectively, the cold compress layer carries out cold, the heat influence.

Further, heat conduction filler includes heat conduction liquid and a plurality of outer heat conduction cellosilk, heat conduction liquid is filled in the heat conduction inside of borduring, and is a plurality of outer heat conduction cellosilk inlays to locate the heat conduction inside of borduring, and outer heat conduction cellosilk top links up with the end of heating of miniature refrigeration piece mutually, and heat conduction liquid chooses for use heat conduction liquid material, for example pure water, the mobility of utilization water, easily the heat transmits to the bottom of borduring of heat conduction through the top of borduring of heat conduction, and the heat conduction after being heated is bordured and is transmitted heat to outer insulating layer department again to make interior essence layer department thermally equivalent.

Further, the cold compress layer is bilayer structure equally, the inside packing of cold coating has the coolant liquid, and the cold coating layer is along with the hot coating tiling back, utilizes miniature refrigeration piece refrigeration end for the cold coating layer refrigeration back, and the inside temperature of cold coating layer evenly reduces, finishes the back at hot coating layer hot compress, demolishs hot coating and refrigeration heat conduction and pastes, and level and smooth the pasting on the face with the cold coating layer again, utilizes cold coating layer to carry out the ice compress to the face.

Furthermore, a micro storage battery is embedded in the refrigeration heat conduction paste and connected with the micro refrigeration piece, and a touch switch is arranged on the outer end wall of the refrigeration heat conduction paste.

A use method of an internal heat and external cold type mask for avoiding heat damage comprises the following steps:

s1, opening the existing mask bag, and attaching the hot compress layer and the cold compress layer to the face;

s2, after the hot coating and the cold coating are leveled on the face, attaching a refrigeration heat conduction paste to the forehead, attaching the raw heat end of the refrigeration heat conduction paste to the heat conduction edge through the heat conduction silica gel layer, attaching the refrigeration end of the refrigeration heat conduction paste to the top end of the cold coating, and starting a touch switch;

s3, the micro-refrigeration piece heats the heat-conducting edge, the heat-conducting edge transmits heat to the inner essence layer through the outer heat-insulating layer, the inner essence layer achieves a hot compress effect, meanwhile, the refrigeration end of the micro-refrigeration piece refrigerates the cold coating layer, and the outer heat-insulating layer located between the cold coating layer and the inner essence layer plays a heat insulation role;

s4, after the hot compress is finished, the hot compress layer and the refrigeration heat conduction patch are taken out downwards, the refrigerated cold compress layer is applied to the face smoothly again, and the face after hot compress is subjected to cold compress.

3. Advantageous effects

Compared with the prior art, the invention has the advantages that:

(1) the scheme is that the hot coating layer and the cold coating layer are arranged inside and outside, the hot coating layer and the cold coating layer are overlapped and attached inside and outside, when the mask is applied, the refrigerating heat-conducting patch is attached to the forehead, the heating end of the miniature refrigerating sheet is used for heating the heat-conducting wrapping edge, the refrigerating end of the miniature refrigerating sheet is used for refrigerating the cold-coating layer, the heat-conducting wrapping edge transmits heat to the inner essence layer through the outer heat-insulating layer to realize the hot compress effect of the inner essence layer, the absorption of the face on the nutrient solution of the mask can be promoted, after the hot compress of the hot-coating layer is finished, the hot coating layer and the refrigeration heat conduction patch are taken out downwards, the refrigerated cold coating layer is leveled on the face again, the cold coating is carried out on the face by utilizing the low temperature of the cold coating layer, the face is effectively cooled after hot coating, the face is prevented from being red after hot coating, the shrinkage of facial pores is promoted, and the absorption of the facial mask nutrient solution by the face is further accelerated.

(2) The inner essence layer is made of a nano non-woven fiber material, the facial mask nutrient solution is soaked on the inner essence layer, and the facial mask nutrient solution is easily absorbed by facial skin due to the adoption of the nano material.

(3) The heating end and the refrigeration end department of miniature refrigeration piece all are equipped with heat conduction silica gel layer, two heat conduction silica gel layers are bordured with the heat conduction respectively, the outer end wall of cold compress layer offsets the setting, the range upon range of setting in hot coating and cold compress layer, after applying ointment or plaster, paste the attached forehead department in refrigeration heat conduction, the heat conduction silica gel layer that refrigeration heat conduction pasted is bordured with the heat conduction and is offset the setting, refrigeration heat conduction pastes the cooling end and laminates the setting with cold compress layer top, after starting refrigeration heat conduction, make the heat conduction bordure the department temperature rise, cold compress layer department temperature reduces.

(4) The outer heat-insulating layer is of a double-layer structure and is made of waterproof and breathable materials, a heat-insulating film is arranged on one side, which is attached to the cold coating, of the outer heat-insulating layer, and after the outer heat-insulating layer is heated, the heat-insulating film is utilized to effectively avoid mutual influence between the cold coating and the hot coating.

(5) Outside insulating layer inside is filled there is the deionized water, and it has a plurality ofly bordures the interior heat conduction cellosilk that is connected with the heat conduction to distribute on the terminal surface that interior essence layer and outer insulating layer laminated mutually, utilizes the heat conduction to bordure the heat conductivity with outer insulating layer, with the heat through in a plurality of heat conduction cellosilks distributed transmission to the outer insulating layer in to make interior essence layer play the effect of hot compress.

(6) The heat conduction is bordured and is kept away from the lateral wall facing of cold compress layer one end and has the heat insulation layer, outer insulating layer and refrigeration heat conduction paste all adopt flexible thermal insulation material to make, when refrigeration heat conduction pastes one end heat production one end refrigeration, outer insulating layer, heat insulation layer and refrigeration heat conduction paste all play thermal-insulated effect, the heat insulation layer is effectively avoided the heat conduction to bordure overheated and cause the damage to skin, and different temperature interact between outer insulating layer avoids cold compress layer and the heat compress layer, the thermal-insulated effect that refrigeration heat conduction pasted then can realize that miniature refrigeration piece can bordure the heat conduction respectively, the cold compress layer carries out cold, the heat influence.

(7) The heat conduction filler includes heat conduction liquid and a plurality of outer heat conduction cellosilk, heat conduction liquid is filled in the heat conduction inside of borduring, a plurality of outer heat conduction cellosilks are inlayed and are located the heat conduction inside of borduring, and the end that heats of outer heat conduction cellosilk top and miniature refrigeration piece links up mutually, heat conduction liquid chooses heat conduction liquid material for use, for example, the pure water, utilize the mobility of water, easily the heat is transmitted to the bottom of borduring of heat conduction through the top of borduring of heat conduction, heat conduction after being heated is bordured and is transmitted heat to outer insulating layer department again, thereby make interior elite layer department thermally equivalent.

(8) The cold coating is of a double-layer structure, the cold coating is filled with cooling liquid, the cold coating is paved along with the hot coating, the micro refrigerating sheet refrigerating end is used for refrigerating the cold coating, the internal temperature of the cold coating is uniformly reduced, the hot coating and the refrigerating heat conduction patch are removed after the hot coating of the hot coating is finished, the cold coating is flatly pasted on the face, and the cold coating is used for ice compress of the face.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic structural view of the refrigeration and heat conduction patch of the present invention separated from the cold compress layer;

FIG. 3 is a schematic structural view of the present invention with the outer insulating layer and the inner essence layer separated;

FIG. 4 is a schematic side sectional view of the present invention;

FIG. 5 is a side sectional partial internal view of the present invention;

FIG. 6 is a schematic view of the structure at A in FIG. 5;

fig. 7 is a schematic structural diagram at B in fig. 5.

The reference numbers in the figures illustrate:

the heat-conducting heat-insulating layer comprises a heat coating layer 1, an outer heat-insulating layer 101, an inner essence layer 102, an inner heat-conducting fiber wire 103, a cold coating layer 2, a heat-conducting edge 3, a heat-insulating layer 301, heat-conducting liquid 302, an outer heat-conducting fiber wire 303, a refrigerating heat-conducting paste 4, a micro refrigerating sheet 401 and a heat-conducting silica gel layer 402.

Detailed Description

The drawings in the embodiments of the invention will be combined; the technical scheme in the embodiment of the invention is clearly and completely described; obviously; the described embodiments are only some of the embodiments of the invention; but not all embodiments, are based on the embodiments of the invention; all other embodiments obtained by a person skilled in the art without making any inventive step; all fall within the scope of protection of the present invention.

In the description of the present invention, it should be noted that the terms "upper", "lower", "inner", "outer", "top/bottom", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus should not be construed as limiting the present invention. Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "disposed," "sleeved/connected," "connected," and the like are to be construed broadly, e.g., "connected," which may be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Example 1:

referring to fig. 1-3, an internal heat and external cooling type facial mask for preventing thermal damage includes a heat-insulating layer 1 and a cold-compressing layer 2 stacked inside and outside, a heat-conducting covering edge 3 is disposed on an outer side wall of the heat-insulating layer 1, the heat-insulating layer 1 includes an outer heat-insulating layer 101 and an inner essence layer 102 bonded to each other, the outer heat-insulating layer 101 is located between the inner essence layer 102 and the cold-compressing layer 2, the inner essence layer 102 is made of a nano non-woven fiber material, and facial mask nutrient solution is impregnated on the inner essence layer 102.

Referring to fig. 5 and 7, a refrigeration heat conduction patch 4 is attached to the top end portion of the heat coating layer 1, a micro-refrigeration sheet 401 is arranged inside the refrigeration heat conduction patch 4, a micro-storage battery is further embedded inside the refrigeration heat conduction patch 4 and connected with the micro-refrigeration sheet 401, a touch switch is arranged on the outer end wall of the refrigeration heat conduction patch 4, the refrigeration end of the micro-refrigeration sheet 401 is connected with the top of the cold coating layer 2, the heating end of the micro-refrigeration sheet 401 is connected with the heat conduction wrapping edge 3, and heat conduction filler is filled inside the heat conduction wrapping edge 3.

Specifically, the heating end and the refrigeration end of miniature refrigeration piece 401 all are equipped with heat conduction silica gel layer 402, two heat conduction silica gel layers 402 bordure 3 with heat conduction respectively, 2 outer end walls of cold coating layer are supported and set up, heat coating layer 1 stacks up with cold coating layer 2, after applying the good facial mask, with refrigeration heat conduction paste 4 attached in forehead department, heat conduction silica gel layer 402 on the refrigeration heat conduction paste 4 bordures 3 with heat conduction and offsets and set up, 4 refrigeration heat conduction pastes 4 refrigeration cold junctions and 2 tops of cold coating layer and laminate the setting mutually, after starting refrigeration heat conduction paste 4, make heat conduction 3 temperature elevations of borduring, 2 temperature reductions of cold coating layer, and the setting of heat conduction filler, effectively improve the heat conductivity of heat conduction borduring 3.

Referring to fig. 5-6, the heat conductive filler includes a heat conductive liquid 302 and a plurality of outer heat conductive fibers 303, the heat conductive liquid 302 is filled inside the heat conductive edge 3, the plurality of outer heat conductive fibers 303 are embedded inside the heat conductive edge 3, and the top end of the outer heat conductive fibers 303 is connected to the heating end of the micro-refrigeration sheet 401, the heat conductive liquid 302 is made of a heat conductive liquid material, such as pure water, and the heat is easily transferred to the bottom of the heat conductive edge 3 through the top of the heat conductive edge 3 by utilizing the fluidity of water, and the heated heat conductive edge 3 transfers the heat to the outer heat insulation layer 101, so that the inner essence layer 102 is uniformly heated.

Referring to fig. 3-4, the outer heat insulation layer 101 is a double-layer structure, the outer heat insulation layer 101 is made of a waterproof and breathable material, a heat insulation film is disposed on one side of the outer heat insulation layer 101, which is attached to the cold compress layer 2, when the outer heat insulation layer 101 is heated, the heat insulation film is utilized to effectively prevent the cold compress layer 2 and the hot compress layer 1 from being affected with each other, deionized water is filled in the outer heat insulation layer 101, a plurality of inner heat conduction fibers 103 connected with the heat conduction edges 3 are distributed on the end face of the inner essence layer 102, which is attached to the outer heat insulation layer 101, and heat is distributed to the outer heat insulation layer 101 through the inner heat conduction fibers 103 by utilizing the heat conductivity of the heat conduction edges 3 and the outer heat insulation layer 101, so that the inner essence layer 102 plays a role of hot compress, and the deionized water in the outer heat insulation layer 101 is easy to vaporize after being heated, thereby playing a role of steam hot compress.

Referring to fig. 4, a heat insulating layer 301 is attached to a side wall of the heat conducting covering edge 3, which is far away from the end of the cold coating layer 2, the heat insulating layer 301, the outer heat insulating layer 101, and the refrigeration heat conducting sticker 4 are all made of flexible heat insulating materials, when the end of the refrigeration heat conducting sticker 4 generates heat and the end generates cold, the outer heat insulating layer 101, the heat insulating layer 301, and the refrigeration heat conducting sticker 4 all play a role in heat insulation, the heat insulating layer 301 effectively prevents the heat conducting covering edge 3 from being overheated to damage the skin, the outer heat insulating layer 101 prevents the cold coating layer 2 and the heat coating layer 1 from being affected by different temperatures, and the heat insulating function of the refrigeration heat conducting sticker 4 can realize that the micro refrigeration sheet 401 can respectively perform cold and heat influences on the heat conducting covering edge 3 and the cold coating layer 2.

The cold coating layer 2 is also of a double-layer structure, the cold coating layer 2 is filled with cooling liquid, after the cold coating layer 2 is tiled with the hot coating layer 1, after the refrigerating end of the micro refrigerating sheet 401 is used for refrigerating the cold compressing layer 2, the internal temperature of the cold compressing layer 2 is uniformly reduced, the outer heat insulation layer 101 positioned between the cold coating layer 2 and the inner essence layer 102 plays a good heat insulation role, the cold coating layer 2 and the hot coating layer 1 are tiled synchronously, so that the uniform refrigeration in the cold coating layer 2 is facilitated, the thin layer of cooling liquid is easy to freeze after the cooling liquid stored in the cold coating layer 2 is cooled, after the hot compress of the hot compress layer 1 is finished, the hot compress layer 1 and the refrigeration heat conduction patch 4 are removed, the cold compress layer 2 is smoothly pasted on the face again, the cold compress layer 2 after being cooled is used for carrying out ice compress on the face, the face after being heated is effectively cooled, the shrinkage of pores on the face is promoted, and the absorption of the face membrane nutrient solution on the face is further accelerated.

s1, opening the existing mask bag, and attaching the hot compress layer 1 and the cold compress layer 2 to the face;

s2, after the face of the heat coating 1 and the cold coating 2 is flat, attaching a refrigeration heat conduction sticker 4 to the forehead, attaching a heat generating end of the refrigeration heat conduction sticker 4 to the heat conduction edge 3 through the heat conduction silica gel layer 402, attaching a refrigeration end of the refrigeration heat conduction sticker 4 to the top end of the cold coating 2, and starting a touch switch;

s3, the micro-refrigeration piece 401 heats the heat-conducting wrapping edge 3, the heat-conducting wrapping edge 3 transfers heat to the inner essence layer 102 through the outer heat-insulating layer 101, the inner essence layer 102 achieves a hot compress effect, meanwhile, the refrigeration end of the micro-refrigeration piece 401 refrigerates the cold coating layer 2, and the outer heat-insulating layer 101 located between the cold coating layer 2 and the inner essence layer 102 plays a heat insulation role;

s4, after hot compress is completed, the hot compress layer 1 and the refrigeration heat conduction patch 4 are taken out downwards, the refrigerated cold compress layer 2 is applied to the face smoothly again, the face after hot compress is subjected to cold compress, and the refrigeration heat conduction patch 4 is suitable for multiple facial masks after being taken down and can be recycled.

The scheme is that the hot coating layer 1 and the cold coating layer 2 are arranged inside and outside, the hot coating layer 1 and the cold coating layer 2 are attached inside and outside, when the facial mask is applied, the refrigerating and heat-conducting patch 4 is attached to the forehead, the heat-conducting wrapping edge 3 is heated by utilizing the heating end of the miniature refrigerating sheet 401, the refrigerating end of the miniature refrigerating sheet 401 refrigerates the cold coating layer 2, the heat heated by the heat-conducting wrapping edge 3 is transferred to the position of the inner essence layer 102 through the outer heat-insulating layer 101, the hot compress effect of the inner essence layer 102 is realized, the absorption of the facial mask nutrient solution by the face can be promoted, after the hot compress of the heat coating layer 1 is finished, the hot coating layer 1 and the refrigeration heat conduction patch 4 are taken out downwards, the refrigerated cold coating layer 2 is leveled on the face again, the face is subjected to cold coating by utilizing the low temperature of the cold coating layer 2, the face after hot coating is effectively cooled, the shrinkage of facial pores is promoted, and the absorption of the facial mask nutrient solution by the face is further accelerated.

The components used in the present invention are all standard components or components known to those skilled in the art, and the structure and principle thereof can be known to those skilled in the art through technical manuals or through routine experiments.

The above; but are merely preferred embodiments of the invention; the scope of the invention is not limited thereto; any person skilled in the art is within the technical scope of the present disclosure; the technical scheme and the improved concept of the invention are equally replaced or changed; are intended to be covered by the scope of the present invention.

Claims

1. An internal heat and external cold type facial mask for avoiding heat damage is characterized in that: including heat coating (1) and cold compress layer (2) of interior outer range upon range of setting, the lateral wall of heat coating (1) is equipped with heat conduction and bordures (3), heat coating (1) is including outer insulating layer (101) and interior essence layer (102) that bond each other, outer insulating layer (101) are located between essence layer (102) and cold coating (2), heat coating (1) top portion parcel has refrigeration heat conduction subsides (4), refrigeration heat conduction is pasted (4) inside is equipped with miniature refrigeration piece (401), the refrigeration end of miniature refrigeration piece (401) links up with the top of cold coating (2) mutually, the system hot junction and the heat conduction of miniature refrigeration piece (401) are bordured (3) and are linked up mutually, heat conduction bordures (3) inside packing and has the heat conduction filler.

2. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the inner essence layer (102) is made of nano non-woven fiber materials, and facial mask nutrient solution is soaked on the inner essence layer (102).

3. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the heating end and the refrigeration end department of miniature refrigeration piece (401) all are equipped with heat conduction silica gel layer (402), two heat conduction silica gel layer (402) are respectively with heat conduction bordure (3), cold coating (2) outer end wall and support the setting.

4. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: outer insulating layer (101) are bilayer structure, outer insulating layer (101) adopt waterproof ventilative material to make, outer insulating layer (101) and cold compress layer (2) one side of laminating mutually are equipped with thermal-insulated membrane.

5. The mask of claim 4, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the inside deionized water that is filled of outer insulating layer (101), it has a plurality ofly to distribute on the terminal surface that interior essence layer (102) and outer insulating layer (101) laminated mutually and bordures (3) interior heat conduction cellosilk (103) that are connected with the heat conduction.

6. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the side wall of one end, far away from the cold coating layer (2), of the heat conduction wrapping edge (3) is attached with a heat insulation layer (301), and the heat insulation layer (301), the outer heat insulation layer (101) and the refrigeration heat conduction patch (4) are all made of flexible heat insulation materials.

7. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the heat conduction filler comprises heat conduction liquid (302) and a plurality of outer heat conduction fiber wires (303), the heat conduction liquid (302) is filled in the heat conduction and is wrapped inside (3), the outer heat conduction fiber wires (303) are embedded inside the heat conduction and the wrapping inside (3), and the top ends of the outer heat conduction fiber wires (303) are connected with the heating ends of the micro refrigeration sheets (401).

8. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the cold coating (2) is also of a double-layer structure, and the interior of the cold coating (2) is filled with a cooling liquid.

9. The mask of claim 1, wherein the mask is a mask with internal heat and external cold functions for preventing thermal damage: the refrigerating and heat conducting paste is characterized in that a micro storage battery is further embedded in the refrigerating and heat conducting paste (4), the micro storage battery is connected with a micro refrigerating sheet (401), and a touch switch is arranged on the outer end wall of the refrigerating and heat conducting paste (4).

10. The use method of an internal heat and external cold type mask for preventing thermal damage according to any one of claims 1 to 9, wherein: the method comprises the following steps:

s1, opening the existing mask bag, and attaching the hot compress layer (1) and the cold compress layer (2) to the face;

s2, after the face of the heat-insulating layer (1) and the cold-insulating layer (2) is flat, attaching a refrigeration heat-conducting sticker (4) to the forehead, attaching a heat-generating end of the refrigeration heat-conducting sticker (4) to the heat-conducting edge (3) through a heat-conducting silica gel layer (402), attaching a cooling end of the refrigeration heat-conducting sticker (4) to the top end of the cold-insulating layer (2), and starting a touch switch;

s3, the heat-conducting wrapping edge (3) is heated by the micro-refrigeration piece (401), heat is transferred to the inner essence layer (102) through the outer heat-insulating layer (101) by the heat-conducting wrapping edge (3), the inner essence layer (102) achieves a hot compress effect, meanwhile, the refrigeration end of the micro-refrigeration piece (401) refrigerates the cold coating layer (2), and the outer heat-insulating layer (101) located between the cold coating layer (2) and the inner essence layer (102) plays a heat-insulating role;

s4, after the hot compress is finished, the hot compress layer (1) and the refrigeration heat conduction patch (4) are taken out downwards, the refrigerated cold compress layer (2) is applied to the face smoothly again, and the face after hot compress is subjected to cold compress.