CN211024831U

CN211024831U - Light-sensitive micro-electricity flexible mask

Info

Publication number: CN211024831U
Application number: CN201921206176.7U
Authority: CN
Inventors: 郭利坤; 荣杨
Original assignee: Tianjin Orange Technology Co ltd
Current assignee: Guangzhou orange Innovation Technology Co.,Ltd.
Priority date: 2019-07-29
Filing date: 2019-07-29
Publication date: 2020-07-17
Anticipated expiration: 2029-07-29

Abstract

The utility model discloses a little flexible facial mask of light sense belongs to facial care apparatus field, including the facial mask body, set up flexible line way board on the facial mask body, and with the wireless charging unit that the flexible line way board electricity is connected, the facial mask body includes transparent silica gel membrane, can with human face laminating, the flexible line way board includes a plurality of L ED lamp pearls and a plurality of little electrical stimulation module, and wireless charging unit includes battery module and wireless charging module, battery module passes through the battery connecting wire and is connected with the flexible line way board electricity, and wireless charging unit passes through the coil connecting wire and is connected with the flexible line way board electricity, and battery module passes through the battery connecting wire and is connected with the flexible line way board electricity.

Description

Light-sensitive micro-electricity flexible mask

Technical Field

The utility model relates to a facial care equipment field, more specifically say, relate to a little flexible facial mask of light sense.

Background

With the improvement of living standard and the development of technology level, the beauty industry is rapidly developed, the technology content of beauty instruments is higher and higher, and many beauty lovers can maintain the body or face by purchasing the high-technology beauty instruments.

L ED facial mask is the facial care equipment that is accepted by more and more users in the cosmetic instrument market at present, and the existing L ED facial mask in the market is mostly fixed PC hard plastic shell, and weight is big, can extrude the trace on the face during the use, and difficult fixed, need hold by hand during the use, L ED facial mask still has power adapter or external switch controlgear, the facial mask use needs to charge in real time, it is restricted to make user's health remove, must be in the position of being close to the power or carry numerous control line and power cord removal.

Therefore, a flexible facial mask needs to be provided, and the problems that an existing L ED facial mask is heavy in weight, a power adapter or an external control device is arranged to limit the movement of a user, the user cannot move conveniently when using the mask, and charging is not convenient are solved.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a little flexible facial mask of light sense to L ED facial mask weight is big among the solution prior art, have power adapter or external control equipment restriction user and remove, use inconvenient, the inconvenient problem of charging.

The utility model aims at realizing through the following technical scheme:

a light-sensitive microelectric flexible mask comprising:

the mask comprises a mask body, a flexible circuit board arranged on the mask body and a wireless charging unit electrically connected with the flexible circuit board;

the mask body comprises a transparent silica gel film which can be attached to the face of a human body;

the flexible circuit board comprises a switch key, a plurality of L ED lamp beads and a plurality of micro-electrical stimulation modules, wherein the switch key is used for controlling the working sequence of L ED lamp beads and the micro-electrical stimulation modules, and the L ED lamp beads and the micro-electrical stimulation modules are respectively used for applying light sensation stimulation and micro-electrical stimulation to the mask body;

the wireless charging unit comprises a battery module and a wireless charging module; the battery module comprises a battery connecting wire for electrically connecting the battery module with the flexible circuit board; the wireless charging module comprises a coil connecting wire and is used for electrically connecting the wireless charging module with the flexible circuit board.

Optionally, the method further includes:

the hanging lug hole positions are arranged on the two sides of the mask body and are integrally formed with the mask body, and the hanging lug hole positions can be hung on ears of a human body and used for fixing the flexible mask on the face of the human body.

Optionally, the wireless charging unit further comprises a power protection shell and a silica gel waterproof sleeve coated outside the power protection shell; the power supply protective shell is connected with the mask body through the silica gel waterproof sleeve;

the wireless charging module comprises a wireless charging coil and a first magnetic sheet positioned at the center of the wireless charging coil; the wireless charging coil comprises a coil connecting wire and is used for connecting the wireless charging coil to the flexible circuit board;

the wireless charging module is arranged above the battery module.

Optionally, the plurality of L ED beads includes a first L ED bead group disposed along a contour of the mask body, a second L ED bead group disposed at a nose bridge of the mask body, and a plurality of third L ED bead groups disposed along cheekbones and cheeks on both sides of the mask body;

the first L ED lamp bead group and the second L ED lamp bead group are connected to the forehead of the mask body, and the first L ED lamp bead group and the third L ED lamp bead group are arranged in a bilateral symmetry mode by taking the second L ED lamp bead group as a symmetry line.

Optionally, the first L ED lamp bead group, the second L ED lamp bead group and the third L ED lamp bead group adopt a radiation attenuation lighting mode, and the L ED lamp beads are sequentially lighted from the nose and the eyelids of the mask body to the forehead and the cheeks;

the radiation attenuation lighting mode is that a first L ED lamp bead group is lighted after receiving a lighting instruction, a second L ED lamp bead group is lighted after preset time, all L ED lamp beads are lighted according to interval preset time in sequence, and when a second L ED lamp bead group is lighted after preset time, the brightness of the first L ED lamp bead group is reduced until the first L ED lamp bead group is turned off according to a preset attenuation proportion.

Optionally, the micro electrical stimulation modules include 2 micro electrical stimulation modules symmetrically arranged on the lower eyelid of the mask body;

the micro-electrical stimulation module is fixed on the flexible circuit board through a connecting buckle.

Optionally, the switch button is arranged on the flexible circuit board and at the forehead of the mask body, and is used for controlling the flexible mask to be turned on and off, and sending a micro-electrical trigger instruction after the flexible mask is turned on, so as to control the working mode of the flexible mask.

Optionally, the micro-electricity triggering instruction of the switch key comprises a first instruction and a second instruction;

when the flexible circuit board receives a first instruction in the L ED lamp bead working mode, the L ED lamp bead working mode is changed into a micro-electro-stimulation working mode;

the second instruction is the switch button is pressed twice in succession, the flexible line way board is opened simultaneously L ED lamp pearl mode of operation with little electrical stimulation mode of operation.

Optionally, the micro-electro-stimulation module comprises a conductive patch.

Optionally, the battery module comprises a 042025 ultra-small lithium battery.

The utility model provides a technical scheme has following beneficial effect:

the utility model provides a technical scheme including the facial mask body, the flexible line way board of setting on the facial mask body, and with the wireless charging unit that the flexible line way board electricity is connected, the facial mask body includes transparent silica gel membrane, with human face laminating, the flexible line way board includes a plurality of L ED lamp pearls and a plurality of little electricity stimulation module, the wireless charging unit includes battery module and wireless charging module, battery module passes through the battery connecting wire with the flexible line way board electricity is connected, wireless charging module passes through the coil connecting wire and is connected with the flexible line way board electricity, set up the flexible line way board on the facial mask body of transparent silica gel membrane, effectively alleviate the weight of flexible facial mask, the user can directly laminate on the face when using, improve the comfort level, be provided with L lamp pearls and little electricity stimulation module, for flexible facial mask provides amazing and little electricity stimulation, the nursing effect of reinforcing flexible facial mask, the flexible facial mask is provided with wireless charging unit, use wireless charging module to charge the battery module of facial mask, for the power adapter in the use of this scheme, the flexible facial mask can remove when using, and for the charging mode of using the wireless charging mode, the waterproof switch can be improved the convenience of the facial mask, the convenience is also improved the facial mask, the use of the portable facial mask, the portable facial mask that the user can be provided with the portable facial mask, the.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a schematic view of a light-sensitive micro-electric flexible mask provided by the present invention;

fig. 2 is a schematic view of the connection relationship between the components in the flexible mask provided by the present invention;

fig. 3 is a schematic structural view of a wireless charger matched with a flexible mask provided by the present invention;

the multifunctional facial mask comprises a facial mask body 1, a hanging lug hole position 2, a flexible circuit board 3, a lamp bead 4-L ED, a micro-electrical stimulation module 5, a connecting buckle 6, a battery module 7, a wireless charging coil 8, a first magnetic sheet 9, a power supply protective shell 10, a silica gel waterproof sleeve 11, a battery connecting line 12, a coil connecting line 13, a switch button 14, a charger shell b, a PCB control board c, a second magnetic sheet d, a charging wire e.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be described in detail below. It is to be understood that the embodiments described are only some embodiments of the invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

The conventional L ED facial mask is single in function, most shells of L ED facial masks are hard plastic shells, the mask is heavy and not fixed well, marks can be pressed on the face when a user uses the mask, the mask needs to be held by hands, a complex power line needs to be installed or the mask needs to be controlled by an external switch device, the body of the user is limited and the user can not walk freely when the mask is used, and for the user, the L ED facial mask is heavy and is provided with a power adapter or an external control device to limit the movement of the user, so that the mask is inconvenient to use.

In order to solve the shortcoming of current L ED facial mask, this embodiment provides a little flexible facial mask of light sense, and is flexible good, light, easy fixed, and the user uses and does not press the face, has added the function of thin face and desalination black eye, pouch in L ED flexible facial mask moreover.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings. The embodiments described below do not limit the scope of the invention described in the claims. Further, the entire contents of the configurations shown in the following embodiments are not limited to those necessary as a solution of the invention described in the claims.

Referring to the specification and the accompanying fig. 1, the present embodiment provides a light-sensitive micro-electric flexible mask, and the following contents are referred to for specific cases:

the utility model provides a little flexible facial mask of light sense, includes facial mask body 1, sets up flexible line way board 3 on the facial mask body 1, and set up the outside upper end of facial mask body, with the wireless charging unit of flexible line way board 3 electricity connection, optional, wireless charging unit can set up on the position that is sharp with the outside upper end of facial mask body, with the bridge of the nose of facial mask body, it is required to explain that the setting position of wireless charging unit can be according to the actual shape of product and position needs setting, not only is limited to the position that this embodiment set up. A Flexible Printed Circuit Board (FPCB) is a Printed Circuit Board having a pattern formed by using a Flexible substrate, and is composed of an insulating substrate and a conductive layer, and an adhesive may be interposed between the insulating substrate and the conductive layer.

The mask body 1 comprises a transparent silica gel film which can be attached to the face of a human body, and the mask is made of soft material and has good attachment and light transmission;

as shown in a schematic diagram of connection relationship between modules in fig. 2, a switch button 14, a plurality of L ED lamp beads 4 and a plurality of micro-electrical stimulation modules 5 are arranged on the flexible circuit board 3, and the flexible circuit board 3 controls L ED lamp beads 4 and the micro-electrical stimulation modules 5 through the switch button 14 to apply light sensing stimulation and micro-electrical stimulation to the mask body;

the wireless charging unit comprises a battery module 7 and a wireless charging module, wherein the battery module 7 comprises a battery connecting wire 12, the battery connecting wire 12 is used for connecting the battery module 7 with the flexible circuit board 3 electrically, the wireless charging module comprises a coil connecting wire 13, and the coil connecting wire 13 is used for connecting the wireless charging module with the flexible circuit board 3 electrically. The wireless charging module is used for charging the battery module 7 through the flexible circuit board 3, and the battery module 7 provides electric energy for the flexible circuit board 3.

On the basis of the embodiment, the flexible facial mask further comprises hanging lug hole positions 2 which are arranged on two sides of the facial mask body 1 and are integrally formed with the facial mask body, the hanging lug hole positions 2 are designed by utilizing the characteristic that a silica gel material has elasticity, the three-dimensional design accords with human engineering, and the facial mask can be directly hung on ears of a human body when the facial mask is used, so that the light-sensitive micro-electricity flexible facial mask is fixed on the face of the human body.

In some embodiments, as shown in fig. 1, the L ED lamp beads 4 disposed on the flexible circuit board 3 of the flexible mask can be divided into three groups, which are respectively a first L ED lamp bead group disposed along the facial contour of the mask body 1, a second L0 ED lamp bead group disposed at the bridge of the nose of the mask body, and a plurality of third L ED lamp bead groups disposed at both sides of the bridge of the nose of the mask body and along the cheeks to cheeks direction, each third L ED lamp bead group is a plurality of L ED lamp beads connected in series on a line, the first L ED lamp bead group and the second L ED lamp bead group are connected with the forehead of the mask body, and the first L ED lamp bead group and the third L ED lamp bead groups are respectively disposed in bilateral symmetry with the line where the second L ED lamp bead group is located.

Optionally, the first L ED lamp bead group, the second L ED lamp bead group and the third L ED lamp bead group all adopt a radiation attenuation lighting mode, the L ED lamp bead group respectively from the nose and the eyelid of the mask body diffuse attenuation irradiation to the forehead and the cheek in proper order, the lamp beads in each L ED lamp bead group are all lighted at intervals of preset time, and the brightness of the lamp beads after every interval of preset time can be weakened according to a preset attenuation ratio, so that when the L ED lamp beads are lighted to the forehead and the cheek, the brightness of the lamp beads at the nose is attenuated to a closed state, the lamp beads are prevented from being lighted normally to heat the whole mask, the mask body can be covered completely within the illumination range of the mask, and the defect that no illumination range exists in a short distance is overcome.

It should be noted that the preset time and the preset attenuation ratio in this embodiment can be preset in the control program of the L ED lamp bead according to actual situations.

Further, a radiation attenuation lighting mode adopted by the L ED lamp beads is a lighting effect generated by controlling the turn-on and turn-off of L ED lamp beads through a program, and the radiation attenuation lighting mode of the L ED lamp beads is exemplarily described, for example, three L ED lamp beads are arranged on the mask body, the high brightness of the first L ED lamp bead is maintained for 1 second after being turned on, the brightness of the first L ED lamp bead group is attenuated by 50% when the second L ED lamp bead is turned on, the first L ED lamp bead group stops working when the third L ED lamp bead is turned on, and the second L ED lamp bead is attenuated by 50%, and the L ED lamp beads are controlled to be sequentially and circularly turned on according to the mode, so that L ED lamp beads in the mask are irradiated in a radiation attenuation mode, and the situation that the skin is scalded due to heating caused by the normal lighting of the lamp beads is avoided.

Optionally, a plurality of L ED lamp pearls arranged on the flexible mask body all adopt single infrared light sources with 660 nanometer wave bands.

In some embodiments, the flexible circuit board 3 is further provided with a micro electrical stimulation module 5, the micro electrical stimulation module 5 stimulates the skin to activate and promote blood circulation, and stimulates deep muscle movement to realize the function of fading pouch and dark eye, and optionally, the micro electrical stimulation module 5 includes a conductive sheet. At present, micro-electrical stimulation is widely applied to the field of micro-electrical stimulation physiotherapy and weight-reducing patches in the market, the micro-electrical stimulation physiotherapy and the weight-reducing patches are subjected to micro-electrical stimulation through a plurality of conducting strips, and the working current of the conducting strips is generally 20-50Hz conventional current which can be borne by a human body. The conducting strip used in the flexible facial mask is used on the face, because the conducting strip needs to be attached to the skin with the best effect, and the human face is sensitive to nerves of the face, the thickness of muscles is thin, and the skin is fragile relative to other parts of the body, 2 micro electrical stimulation modules are arranged on the flexible circuit board, each micro electrical stimulation module comprises a complete conducting strip and is fixedly connected to the flexible circuit board 3 through a connecting buckle 6, and the connecting buckle 6 conducts the conducting strip and the flexible circuit board to play a role in conducting electricity; the micro-electrical stimulation modules are symmetrically arranged on the lower eyelid of the mask body and are connected to the control module on the flexible circuit board through independent power lines, the conducting strips can generate micro-electrical stimulation to a human body under the power-on state of the micro-electrical stimulation modules, the working current of the conducting strips is only 5 uH-10 uH of ultra-small current, and the conducting strips can play the functions of promoting blood circulation, fading dark eye circles and removing eye bags only when being tightly attached to skin in the using process.

It should be noted that the number and the magnitude of the operating current of the micro-electrical stimulation modules in the present application are not limited to the number and the operating current in this embodiment, as long as the micro-electrical stimulation modules can function as the micro-electrical stimulation modules in this embodiment and do not bring side effects to a human body, and specific choices can be preset according to actual situations.

In some embodiments, in order to realize the switching of the working modes of the light-sensitive micro-electrical flexible mask, a control circuit part is arranged on the flexible circuit board of this embodiment, the control circuit part and L ED lamp beads are integrated on the flexible circuit board, the control circuit part uses a mode of connecting a Printed Circuit Board (PCB) and the flexible printed circuit board, a switch key 14 is arranged on the control module, the control module is connected with a wireless charging unit to charge electric energy into a battery module 7, the control module comprises an existing chip to receive a starting request instruction and control a L ED lamp bead or a micro-electrical stimulation module to start working according to the received request instruction, the specific working mode of the L ED lamp bead or the micro-electrical stimulation module can be preset, and after the control module receives the request instruction, the working mode of the L ED lamp bead and/or the micro-electrical stimulation working mode can be started according to the instruction.

Optionally, the switch key 14 is disposed on the flexible circuit board and at the forehead of the mask body, and is configured to control the light-sensitive micro-electric flexible mask to be turned on and turned off, and send a micro-electric trigger instruction after the flexible mask is turned on, and respectively control the L ED lamp bead 4 and the micro-electric stimulation module 5 in working sequence.

When the switch key is pressed for the second time in the working process of L ED lamp bead working mode, namely when the flexible circuit board receives the first instruction again, the working mode of the L ED lamp bead is changed into a micro-electrical stimulation working mode;

the switch button is pressed twice in succession and is the second instruction, L ED lamp pearl mode of operation and little electric stimulation mode are opened simultaneously to the little flexible facial mask of light sense.

In some embodiments, on the basis that the flexible facial mask comprises a facial mask body and a flexible circuit board, a wireless charging unit is further arranged, the wireless charging unit comprises a battery module 7 and a wireless charging module, the battery module 7 and the wireless charging module are respectively connected to the flexible circuit board, the wireless charging module charges the battery module 7 through the flexible circuit board, and the battery module 7 supplies power to the flexible circuit board.

The wireless charging unit is arranged on the outer side of the mask body and comprises a power supply protective shell 10, a silica gel waterproof sleeve 11 is coated outside the power supply protective shell 10, and the power supply protective shell is connected with the mask body 1 through the silica gel waterproof sleeve; inside the power protective housing, wireless charging module includes wireless charging coil 8, and is located the first magnetic sheet 9 at wireless charging coil 8 center, on wireless charging coil 8's coil connecting wire 13 was connected to flexible circuit board 3, optional, wireless charging module sets up in battery module 7 top.

In order to realize wireless charging of the photosensitive micro-electric flexible mask in the application, the product is also provided with a wireless charger, as shown in fig. 3, the product comprises a charger shell a, a PCB control board b arranged inside the shell, a charging coil e connected to the PCB control board b, and a second magnetic sheet c arranged at the center of the charging coil e; the wireless charger is still including connecting the charging wire d on charger shell a, the inside PCB control panel of charging wire d and wireless charger is connected.

The wireless transmitting terminal that charges and the wireless receiving terminal that charges all include the coil module of compriseing magnetic sheet and charging coil, and the coil module interact of transmitting terminal and receiving terminal realizes magnetism and inhale the wireless charging of formula among the wireless charging mode, when the little flexible facial mask of light sense charges, places the wireless charging unit of facial mask on the wireless charger, based on the electromagnetic induction mode, realize doing the little flexible facial mask of light sense charges.

The wireless charging module can use a receiving end of a wireless charging module sold in the market at present, the wireless charger can use a transmitting end of a mature wireless charging module, the receiving end and the transmitting end of the wireless charging module both comprise a PCB control board, the control technology on the PCB control board is a mature prior art book, the control technology is selected according to the needs of manufacturers, and the PCB control board carried by the wireless charging module is connected with the flexible circuit board, so that the power supply requirement of the micro-sensing flexible mask is met.

Because L ED lamp beads on the flexible mask adopt radiation attenuation mode electric quantity and are not normally bright, L ED lamp beads are low in power consumption and low in requirement on the capacity of a battery, optionally, the battery module 7 comprises an ultra-small lithium battery with the specification of 4mm x 200mm x 25mm and the model of 042025, the standard voltage of the battery is 3.7v, the weight and the size of the battery are small, the flexible mask is ultra-thin and small in weight, the discharge multiplying power of the battery is high, the requirement of the flexible mask on the electric quantity is met, the charging speed of the battery is high and is dozens of times of the charging speed of a common battery, the standby time is long, the action freedom of a user cannot be limited in the ultra-thin lithium battery embedded power supply protective shell, meanwhile, the size of a wireless charging unit is small, and even if the wireless charging unit is arranged on the outer side of the mask body of the flexible mask, the normal use of the user cannot be.

The waterproof cover of silica gel of the cladding of the facial mask body outside that is provided with the flexible line way board of flexible facial mask is integrated into one piece with the waterproof cover of silica gel of wireless charging unit, realize the full waterproof design of integration of flexible facial mask, for be provided with the interface that charges in the power protection shell outside, or set up waterproof end cap at the kneck that charges, use wireless charging module to charge for battery module in this application, can all coat it at the waterproof inboard side, improve the waterproof performance of flexible facial mask, and can avoid the waterproof end cap accident to lose the problem that the flexible facial mask that causes can not directly be abluent. The application discloses flexible facial mask can steep in the aquatic and wash completely, has avoided using repeatedly to arouse bacterial growing, influences user's skin care effect.

In order to describe the principle of the light-sensitive micro-electricity flexible facial mask provided by the embodiment in detail, the use and operation of the flexible facial mask are described below in combination with the structure of the light-sensitive micro-electricity flexible facial mask;

the first method of operation:

under the condition that the flexible facial mask has enough electric quantity, when the flexible facial mask is used, the flexible facial mask is attached to the face of a human body, and after the facial mask is placed, a switch button is pressed for 1 second for starting up;

after the mask is started, a switch button is pressed for 1 time, a radiation light sensation mode, namely an L ED lamp bead working mode, is started, the flexible mask sequentially starts a skin brightening and soothing and calming function according to preset time, and is automatically shut down after the preset time, illustratively, the radiation light sensation mode is started after the mask is started, and is automatically shut down after 10 minutes, wherein the working mode change within 10 minutes comprises skin brightening within 5 minutes and soothing and calming within 5 minutes;

pressing for 2 times, namely pressing and clicking once again after the L ED lamp bead working mode is started, starting the black eye fading mode, and automatically shutting down after the preset time, namely pressing and clicking once more a switch key, starting the micro-electro-stimulation working mode, entering the black eye fading mode, and automatically shutting down the flexible mask after the preset time of 5 minutes;

if the device is stopped in the using process, the device can be turned off only by pressing the switch key for 2 seconds.

The second operation method comprises the following steps:

under the condition that the flexible facial mask has enough electric quantity, when the flexible facial mask is used, the flexible facial mask is attached to the face of a human body, and after the facial mask is placed, the switch button is pressed for 1 second for a long time, and the flexible facial mask is started;

continuously pressing the switch key for 2 times, simultaneously operating the light sensation mode and the black eye fading mode of the flexible mask, namely simultaneously operating the L ED lamp bead working mode and the micro-electrical stimulation working mode, automatically shutting down the flexible mask after a preset time, wherein the preset time can be 10 minutes.

If the device is stopped in the using process, the device can be turned off by pressing the switch key for 2 seconds.

It should be noted that the two operation methods can be combined, and if an L ED lamp bead working mode and a micro-electrical stimulation working mode need to work simultaneously in the same flexible mask using process, the switch key can be continuously pressed for 2 times in the flexible mask working process.

The light-sensitive micro-electricity flexible facial mask provided by the embodiment adopts the transparent silica gel film as a facial mask material, the material is soft, the fitness with the face of a human body is good, the light transmittance of the material is good, light waves emitted by L ED (light-emitting diode) lamp beads in a flexible circuit board arranged on a facial mask body can be transmitted to the skin, the nursing effect is better, a plurality of L ED lamp beads emitting light in a radiation attenuation mode are arranged on the flexible circuit board, the skin is prevented from being burnt by the high temperature caused by the normal lighting of the lamp beads, the high temperature caused by L ED lamp beads is reduced, the lighting track of the L ED lamp beads enables the positions of the nose tip, the bridge of the nose, the eyebrows and the cheekbones to be high light positions of the face, the requirements of high light positions of the face aesthetics are met, the flexible circuit board is provided with the micro-electricity stimulation module at the lower side of the eyelids of the facial mask body, the skin is activated by micro current, the blood circulation is promoted, the eye loops are lightened and the eye bags are removed, the light-sensitive micro-electricity flexible facial mask adopts a flexible battery, the flexible facial mask, the waterproof facial mask is high in charging speed, the discharge rate and the standby time is long, the wireless charging module is charged, the waterproof function of the wireless charging module is better, the waterproof and the waterproof function of the waterproof mask is better limited, the waterproof mask is better.

It is understood that the same or similar parts in the above embodiments may be mutually referred to, and the same or similar parts in other embodiments may be referred to for the content which is not described in detail in some embodiments.

It should be noted that, in the description of the present application, the terms "first", "second", and the like are used for descriptive purposes and distinction only and are not to be construed as indicating or implying relative importance. Further, in the description of the present application, the meaning of "a plurality" means at least two unless otherwise specified.

In the description herein, reference to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the application. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A light-sensitive microelectric flexible mask, comprising:

2. The light-sensing microelectric flexible mask of claim 1, further comprising:

3. The light-sensing micro-electric flexible mask as claimed in claim 1, wherein the wireless charging unit further comprises a power protection shell and a silica gel waterproof jacket covering the outside of the power protection shell; the power supply protective shell is connected with the mask body through the silica gel waterproof sleeve;

the wireless charging module is arranged above the battery module.

4. The light-sensitive micro-electrical flexible mask of claim 1, wherein the plurality of L ED beads comprises a first L ED bead set disposed along a contour of the mask body, a second L ED bead set disposed at a nose bridge of the mask body, and a plurality of third L ED bead sets disposed along cheekbones and cheeks on both sides of the mask body;

5. The light-sensitive micro-electro-flexible mask as claimed in claim 4, wherein the first L ED bead group, the second L ED bead group and the third L ED bead group adopt a radiation attenuation lighting manner, and the L ED beads are sequentially lighted from the nose and the eyelids of the mask body to the forehead and the cheeks;

6. The light-sensing micro-electro-flexible mask as claimed in claim 1, wherein the micro-electro-stimulation modules comprise 2 micro-electro-stimulation modules symmetrically arranged at the lower eyelid of the mask body;

7. The light-sensitive micro-electricity flexible mask as claimed in claim 1, wherein the switch keys are arranged on the flexible circuit board and at the forehead of the mask body, and are used for controlling the flexible mask to be turned on and off, and sending out a micro-electricity triggering instruction after the flexible mask is turned on to control the working mode of the flexible mask.

8. The light-sensitive microelectric flexible mask as claimed in claim 7, wherein the microelectric triggering instructions of the switch keys comprise a first instruction and a second instruction;

9. The light-sensing microelectric flexible mask according to claim 1 or 6, wherein the microelectric stimulation module comprises a conductive sheet.

10. The light-sensing micro-electrical flexible mask as claimed in claim 1, wherein the battery module comprises model 042520 ultra-small polymer lithium battery.