CN214679663U

CN214679663U - Beauty mask cover

Info

Publication number: CN214679663U
Application number: CN202023292896.5U
Authority: CN
Inventors: 张传富
Original assignee: Chongqing Jinyao Biotechnology Co ltd
Current assignee: Chongqing Jinyao Biotechnology Co ltd
Priority date: 2020-12-30
Filing date: 2020-12-30
Publication date: 2021-11-12
Anticipated expiration: 2030-12-30

Abstract

The utility model discloses a beauty mask cover, belonging to the technical field of beauty instruments, comprising a cover body, wherein the cover body corresponds to the eye region, the mouth region and the nostril region hollow out of the human face, and the inner surface of the cover body is respectively provided with a heating film corresponding to the forehead region and the cheek regions at the two sides of the nose wing; correspondingly arranging an insulating layer on the heating film; an electrode plate is arranged on the insulating layer; a conducting strip is arranged on the electrode plate; heating circuits connected in series or in parallel are formed among the heating films; a series or parallel micro-current receiving circuit is formed between each electrode plate; the heating circuit and the micro-current receiving circuit are powered through a power interface arranged outside the mask; the power current is converted into micro current through the series micro current generation module and then is transmitted to the micro current receiving circuit. The utility model provides a how to improve the technical problem of facial mask to the cosmetic effect of skin, can be simultaneously or alternate effect through little current and intensification function, improve the permeability of skin, strengthen the cosmetic effect of facial mask to skin.

Description

Beauty mask cover

Technical Field

The utility model belongs to the technical field of beauty instrument.

Background

The traditional facial mask directly applies the facial mask on the face, and essence on the facial mask floats on the skin surface due to factors in various aspects of molecular form and size, cannot directly permeate, and has poor absorption effect. The cosmetic instrument on the market tries to change the molecular form and the structure of the essence through a series of modes such as steam, atomizing, etc., and the absorption effect is better than the traditional mode, but because the absorption channel of the skin is opened badly, can not enter into the deeper layer of the skin all the time.

SUMMERY OF THE UTILITY MODEL

Not enough to above-mentioned technique, the utility model provides a cosmetic mask cover solves the technical problem who how to improve the cosmetic effect of facial mask to skin.

Compared with the prior art, the utility model has the advantages of include: a beauty mask cover comprises a cover body, wherein the cover body is hollow corresponding to an eye region, a mouth region and a nostril region of a human face, and heating films are respectively arranged on the inner surface of the cover body corresponding to a forehead region and cheek regions at two sides of a nose wing; correspondingly arranging an insulating layer on the heating film; an electrode plate is arranged on the insulating layer; a conducting strip is arranged on the electrode plate; heating circuits connected in series or in parallel are formed among the heating films; a series or parallel micro-current receiving circuit is formed between each electrode plate; the heating circuit and the micro-current receiving circuit are powered through a power interface arranged outside the mask; the power current is converted into micro current through a micro current generation module connected with the micro current receiving circuit in series and then is transmitted to the micro current receiving circuit.

Further, the heating film corresponding to the cheek area can cover at least the cheek muscle, the medial canthus of the upper quadratus labialis, the infraorbital head of the upper quadratus labialis, and the zygomatic head of the upper quadratus labialis.

Further, the heating device also comprises a temperature control circuit for keeping the temperature of the heating film basically constant at a set temperature, wherein the set temperature is within the range of 40-46 ℃; the temperature control single circuit comprises a temperature control chip, a temperature sensor and a switch converter; the temperature control chip acquires the real-time temperature of the heating film through the temperature sensor, and can control the switch converter to adjust the current input to the heating circuit from the power supply according to the real-time temperature and the set temperature.

Compared with the prior art, the utility model has the advantages of it is following:

1. when applying nourishing type facial mask (paster facial mask or film coating type facial mask), the utility model discloses a cosmetic facial mask cover is used for helping to open the skin passageway: the blood circulation is accelerated by the warming effect on the forehead region and the cheek region, and the pores are promoted to be opened. The negative ion micro-current is transmitted to the skin through the facial mask, a local electric field is formed between the surface of the skin and the dermis by utilizing the principle that like charges repel each other, negative ions are generated to introduce the nutrients in the facial mask into the skin, and water-soluble nutrients are more effectively transmitted to the deep layer of the skin, particularly the dermis.

2. When applying clean class facial mask, the utility model discloses a cosmetic facial mask cover is used for the help to open the skin passageway: the blood circulation is accelerated by the warming effect on the forehead region and the cheek region, and the pores are promoted to be opened. The positive ion micro-current is transmitted to the skin through the facial mask, a local electric field is formed between the surface of the skin and the dermis by utilizing the principle that charges are opposite and mutually absorbed, waste substances in the skin can be adsorbed by the positive ion micro-current, and the skin is guided out by utilizing the positive ions to realize deep skin cleaning.

3. The utility model discloses a little electric current can or alternate effect simultaneously with the intensification function to improve the permeability of skin greatly, strengthen the facial mask greatly and to the cosmetic effect of skin, it can not compare only to have the product of single little electric current or intensification function on the market.

4. Microcurrent can also stimulate the production of ATP, thereby promoting the production of collagen and elastin, stimulating the vitality of the facial muscles, improving laxity and fine lines.

5. The utility model discloses a constancy of temperature with heating film is at 40~46 ℃ within range, and the heating film passes through insulating layer, electrode slice, conducting strip and facial mask layer upon layer and transmits the temperature to face just can not be too high so.

6. The heating film of the corresponding forehead area mainly acts on the forehead muscle area, and the forehead muscle is a thin human body muscle which is positioned on the forehead, is quadrangular and is tightly connected with the fascia on the surface. The frontal muscle is wider than the occipital muscle, its fibers are longer in length and more white in color. The forehead muscle contracts downwards to move the scalp forwards, and the forehead part shows transverse striations which form a series of approximately concentrically arranged arch lines on the eye socket, namely the protruded upper surface is parallel to the upper edge of the eye socket, and the transverse striations are the basis of the frontal striations. In young people, the collagen fibers have sufficient water and good elasticity, the frontal muscle fibers have good extensibility and elasticity, the viscoelastic property is in an optimal state, so wrinkles are not usually seen, and the extensibility and elasticity of the frontal muscle fibers are reduced or disappeared with the increase of age, and then the wrinkles gradually appear. The utility model discloses heat and act on this region, just can promote the blood circulation of this regional muscle through maintaining facial temperature (about 40 ℃), the metabolism of skin reduces the production of wrinkle.

7. The heating membrane corresponding to the cheek area is mainly applied to the infraorbital, paranasal area, which is rich in muscles and blood vessels, such as the cheek muscle, the medial canthus of the upper labial muscle, the infraorbital head of the upper labial muscle, the zygomatic head of the upper labial muscle, etc. The utility model discloses heat and act on this region, just can promote the blood circulation of this regional muscle through maintaining facial temperature (about 40 ℃), the metabolism of skin radiates to peripheral muscle crowd, improves the blood circulation of whole face, and the metabolism is heavy and improve facial skin.

Drawings

Fig. 1 is an exploded view of a beauty mask cover in this embodiment;

fig. 2 is a corresponding relationship diagram of each layer structure inside the beauty mask cover and the mask in the present embodiment;

fig. 3 is an equivalent circuit diagram of the connection of the face mask to a power source in embodiment 1;

FIG. 4 is a schematic block diagram of a temperature control circuit in embodiment 2;

fig. 5 is an equivalent circuit diagram of the connection of the face mask to the power supply in embodiment 2.

Detailed Description

Example 1

Referring to fig. 1, a beauty mask cover comprises a cover body, wherein the cover body is hollowed out corresponding to an eye region, a mouth region and a nostril region of a human face, and heating films are respectively arranged on the inner surface of the cover body corresponding to a forehead region and cheek regions at two sides of a nasal alar; correspondingly arranging an insulating layer on the heating film; an electrode plate is arranged on the insulating layer; a conducting strip is arranged on the electrode plate; the heating film adopts the graphite alkene heating film, and the conducting strip adopts the silica gel piece. Heating circuits connected in series or in parallel are formed among the heating films; a series or parallel micro-current receiving circuit is formed between each electrode plate; the heating circuit and the micro-current receiving circuit are powered through a power interface arranged outside the mask; the power current is converted into micro current through a micro current generation module connected with the micro current receiving circuit in series and then is transmitted to the micro current receiving circuit.

The mask also comprises a flexible waterproof surface layer arranged on the inner side of the mask body; the flexible waterproof surface layer is used for exposing the conducting sheet and shielding the rest areas of the inner surface of the cover body. The circuit in the cover body is shielded through the flexible waterproof layer, so that the cover is more attractive and comfortable. The edge of the conducting strip is connected with the flexible waterproof surface layer in a sealing mode, and electric leakage caused by liquid entering the interior of the conducting strip is avoided. May be sealed by a sealant or by thermal bonding.

Referring to fig. 2, the heating film is transferred to the face layer by layer through the insulating layer, the electrode sheet, the conductive sheet, and the mask sheet. The heating film of the corresponding forehead area is mainly acted on the forehead muscle area, the forehead muscle is a thin human body muscle which is positioned on the forehead, is in a quadrilateral shape and is tightly connected with the fascia on the surface, and the heating forehead area promotes the blood circulation of the muscle in the forehead area, the metabolism of the skin and the reduction of the generation of wrinkles.

The heating film corresponding to the cheek area is capable of covering at least the cheek muscle, the medial canthus of the upper quadratus labialis, the infraorbital head of the upper quadratus labialis, and the zygomatic head of the upper quadratus labialis. The heating membrane corresponding to the cheek area is mainly applied to the infraorbital, paranasal area, which is rich in muscles and blood vessels, such as the cheek muscle, the medial canthus of the upper labial muscle, the infraorbital head of the upper labial muscle, the zygomatic head of the upper labial muscle, etc. The utility model discloses heat and act on this region, just can promote the blood circulation of this regional muscle through maintaining facial temperature, the metabolism of skin radiates to peripheral muscle crowd, improves whole facial blood circulation, and the metabolism is heavy and improve facial skin.

When the beauty mask is used, an external power supply is required to be connected through the power supply interface, and the power supply interface is arranged in different modes corresponding to different power supply modes. The following power modes may be employed:

1) the dual-power supply mode is adopted: two different power supplies respectively supply power for the heating circuit and the micro-current receiving circuit through two independent power interfaces.

2) Adopting a single power supply mode: the same power supply is shunted to the two power interfaces through the double-way switch and respectively supplies power to the heating circuit and the micro-current receiving circuit.

The single power supply mode can be divided into the following two power supply interface modes:

2.1) adopting a single power supply mode: the same power supply is shunted to the two power interfaces through the double-way switch and respectively supplies power to the heating circuit and the micro-current receiving circuit.

2.2) the same power supply is shunted to the same three-terminal power interface through a double-way switch and then respectively supplies power to the heating circuit and the micro-current receiving circuit; the three-terminal power interface is provided with a negative terminal and two positive terminals; one end of the heating circuit and one end of the micro-current receiving circuit are both connected to the negative end of the three-end power interface, and the other ends of the heating circuit and the micro-current receiving circuit are respectively connected to different positive ends. The circuit structure in this mode is shown in fig. 3, in which three points a, b, and c in fig. 3 correspond to two positive terminals and one negative terminal of the three-terminal power interface. R_AEquivalent to the equivalent resistance, R, of the heating circuit_BEquivalent to the equivalent resistance of the micro-current receiving circuit. After the power supply is connected with the heating circuit and the micro-current receiving circuit through the power interface, the on-off of the two paths is respectively controlled through the switches S1 and S2, certainly, the switches are not arranged, and the two paths automatically and simultaneously work after the power supply is switched on.

Example 2

Embodiment 2 is to add a temperature control circuit to embodiment 1 for keeping the temperature of the heating film substantially constant at a set temperature to prevent the face temperature from being excessively high. The principle of the temperature control circuit is illustrated with reference to fig. 4: the temperature control single circuit comprises a temperature control chip, a temperature sensor and a switch converter (also called a switch power supply); the temperature control chip acquires the real-time temperature of the heating film through the temperature sensor, and can control the switch converter to adjust the current input to the heating circuit from the power supply according to the real-time temperature and the set temperature; the temperature is set to be in the range of 40 to 46 ℃, preferably 45 ℃.

Referring to FIG. 5, the temperature sensor and the current limiting resistor R in the temperature control circuit_CAfter being connected in series, the resistance is connected in parallel with the heating circuit, namely the equivalent resistance R of the heating circuit_AAnd (4) connecting in parallel. R_BEquivalent to the equivalent resistance of the micro-current receiving circuit. After the power supply is connected with the heating circuit and the micro-current receiving circuit through the power interface, the on-off of the two paths are respectively controlled through the switches S1 and S2, the switches S1 and S2 can be simultaneously opened or sequentially opened according to the using habit, and any one switch can be closed at any time in the using process.

Claims

1. The utility model provides a cosmetic mask cover, includes the cover body, the cover body corresponds eye region, mouth region and the regional fretwork of nostril of people's face, its characterized in that: heating films are respectively arranged on the inner surface of the mask body corresponding to the forehead area and the cheek areas at the two sides of the nasal alar part; correspondingly arranging an insulating layer on the heating film; an electrode plate is arranged on the insulating layer; a conducting strip is arranged on the electrode plate; heating circuits connected in series or in parallel are formed among the heating films; a series or parallel micro-current receiving circuit is formed between each electrode plate; the heating circuit and the micro-current receiving circuit are powered through a power interface arranged outside the mask; the power current is converted into micro current through a micro current generation module connected with the micro current receiving circuit in series and then is transmitted to the micro current receiving circuit.

2. The cosmetic mask cover according to claim 1, wherein: the heating film corresponding to the cheek area is capable of covering at least the cheek muscle, the medial canthus of the upper quadratus labialis, the infraorbital head of the upper quadratus labialis, and the zygomatic head of the upper quadratus labialis.

3. The cosmetic mask cover according to claim 1, wherein: the heating film adopts the graphite alkene heating film, the conducting strip adopts the silica gel piece.

4. The cosmetic mask cover according to claim 1, wherein: the dual-power supply mode is adopted: two different power supplies respectively supply power for the heating circuit and the micro-current receiving circuit through two independent power interfaces.

5. The cosmetic mask cover according to claim 1, wherein: adopting a single power supply mode: the same power supply is shunted to the two power interfaces through the double-way switch and respectively supplies power to the heating circuit and the micro-current receiving circuit.

6. The cosmetic mask cover according to claim 1, wherein: the same power supply is shunted to the same three-end power supply interface through the double-way switch and then respectively supplies power for the heating circuit and the micro-current receiving circuit; the three-terminal power interface is provided with a negative terminal and two positive terminals; one end of the heating circuit and one end of the micro-current receiving circuit are both connected to the negative end of the three-end power interface, and the other ends of the heating circuit and the micro-current receiving circuit are respectively connected to different positive ends.

7. The cosmetic mask cover according to claim 1, wherein: the micro-current generation module is integrated in the cover body or arranged outside the cover body; the power interface is arranged on the outer surface of the cover body or connected to a cable extending out of the cover body.

8. The cosmetic mask cover according to claim 1, wherein: the mask also comprises a flexible waterproof surface layer arranged on the inner side of the mask body; the flexible waterproof surface layer is used for exposing the conducting sheet and shielding the rest areas of the inner surface of the cover body; the edge of the conducting strip is connected with the flexible waterproof surface layer in a sealing mode.

9. The cosmetic mask cover according to claim 1, wherein: the cover body is made of rigid materials and is raised corresponding to the nose area; or the cover body is made of flexible materials.

10. The cosmetic mask cover according to claim 1, wherein: the heating device also comprises a temperature control circuit for keeping the temperature of the heating film basically constant at a set temperature, wherein the set temperature is within the range of 40-46 ℃; the temperature control single circuit comprises a temperature control chip, a temperature sensor and a switch converter; the temperature control chip acquires the real-time temperature of the heating film through the temperature sensor, and can control the switch converter to adjust the current input to the heating circuit from the power supply according to the real-time temperature and the set temperature.