Beauty instrument and beauty system

Abstract

To provide a beauty instrument, an output control method of the same, a beauty system, and a storage medium.SOLUTION: The beauty instrument is used in combination with a plurality of types of media, and the media are used to cover the skin. The beauty instrument is used to output energy and used to conduct energy to the skin through the media in contact with the media. The output control method of the beauty instrument includes: identifying the media covering the skin or to cover the skin; defining target output energy based on an identification result of the media; and controlling the beauty instrument so as to output the target output energy when the beauty instrument performs output. The output control method of the beauty instrument is capable of identifying the media covering the skin or to cover the skin and controlling the beauty instrument so as to perform output with corresponding energy based on the identification result of the media, thereby improving a beauty effect by the beauty instrument.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present application relates to the technical field of beauty equipment, and in particular to a beauty device and an output control method thereof, a beauty system, and a computer-readable storage medium. [Background technology]

[0002] With the improvement of living standards, the popularity of RF beauty devices for beauty treatment is becoming more and more. RF beauty devices use RF waves to penetrate the epidermis and reach the dermis, generating a thermal effect in the dermis tissue of the skin, and the thermal stimulation effect of RF causes elastic fibers and collagen fibers to instantly contract, making the skin firmer. In addition, the thermal stimulation initiates the skin repair and healing mechanism, stimulating the regeneration and remodeling of new collagen fibers, so that the number of new collagen fibers increases and the arrangement becomes tighter, and the loose and aged state of the skin is further repaired. Summary of the Invention [Problem to be solved by the invention]

[0003] In order to make better use of the RF energy of the RF beauty device for beauty treatment, the RF beauty device is used in combination with face packs, gels, essences, etc. Currently, when using an RF beauty device for beauty treatment, no matter what face pack, gel, or essence is placed on the face, the energy output from the RF beauty device is generally the same, but if different face packs, different types of gels, or essences are used for beauty treatment, the same RF energy is output, which will affect the beauty effect and result in a poor beauty effect.

[0004] In order to solve the above technical problems, the present application provides a beauty device and its output control method, a beauty system, and a storage medium, which can identify a medium that is covering the skin or is about to cover the skin, and control the beauty device to output a corresponding energy based on the medium identification result, thereby improving the beauty effect of the beauty device. [Means for solving the problem]

[0005] In a first aspect of the present application, there is provided a method for controlling output of a cosmetic device, the cosmetic device is used in combination with a plurality of media, the media are used to cover skin, the cosmetic device is used to output energy, and is used to contact the media and transmit the energy to the skin through the media. The method for controlling output of the cosmetic device includes identifying the media that is covering or is about to cover the skin, determining a target output energy based on the identification result of the media, and controlling the cosmetic device to output at the target output energy when the cosmetic device performs output.

[0006] In a second aspect of the present application, a cosmetic device is provided, the cosmetic device is used in combination with a plurality of media, the media are used to cover skin, the cosmetic device is used to output energy, and is used to contact the media and transmit energy to the skin through the media, the cosmetic device includes a first identification module for identifying the media covering or to cover the skin, and a control module for determining a target output energy based on the identification result of the media, and controlling the cosmetic device to output with the target output energy when the cosmetic device performs output.

[0007] In a third aspect of the present application, a beauty system is provided, the beauty system including a plurality of media and the above-mentioned beauty device, the media being used to cover the skin, and the beauty device being used to output energy and to contact the medium and transmit energy to the skin via the medium.

[0008] In aspect 4 of the present application, a computer-readable storage medium is provided, in which a computer program is stored, and the computer program is used to be called and then executed by a processor to realize the output control method of the beauty device described above. Effect of the Invention

[0009] The cosmetic device and its output control method, cosmetic system, and computer-readable storage medium of the present application identify a medium that is covering or is about to cover the skin, determine a target output energy based on the medium identification result, and control the cosmetic device to output at the target output energy, thereby intelligently outputting energy corresponding to the medium that is covering or is about to cover the skin, and improving the cosmetic effect of the cosmetic device. [Brief description of the drawings]

[0010] In order to clearly explain the technical solution of the present application, the drawings that need to be used in the embodiments are briefly described below. Obviously, the drawings in the following description are some embodiments of the present application, and those skilled in the art can also obtain other drawings based on these drawings without performing creative labor.

[0011] [Figure 1] 2 is a flowchart of an output control method for a beauty device according to an embodiment of the present application. [Diagram 2] 1 is a structural block diagram of a beauty device according to an embodiment of the present application; [Diagram 3] FIG. 1 is a structural block diagram of a beauty system according to an embodiment of the present application. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0012] Hereinafter, the technical solutions in the embodiments of the present application will be clearly and completely described in conjunction with the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only some of the embodiments of the present invention, not all of the embodiments. According to the embodiments of the present application, other embodiments obtained by those skilled in the art without performing creative labor all fall within the scope of protection of the present application.

[0013] In the description of this application, terms such as "first," "second," "third," "fourth," "fifth," "sixth," "seventh," "eighth," "ninth," etc. are used to distinguish between different objects and are not intended to describe a particular order, and the orientations or positional relationships indicated by terms such as "up," "inside," "outside," etc. are merely intended to facilitate and simplify the description of this application based on the orientations or positional relationships shown in the drawings, and do not indicate or imply that the devices or elements they refer to necessarily have a particular orientation or are constructed and operated in a particular orientation, and therefore cannot be construed as limiting this application.

[0014] In the description of this application, unless otherwise clearly specified and limited, the term "connection" should be interpreted in a broad sense, for example, it may be a fixed connection, a detachable connection, an integral molding, a direct connection, an indirect connection through an intermediate medium, an internal communication between two elements, a communication connection, or an electrical connection. Those skilled in the art can understand the specific meaning of the above term in the present application according to specific cases.

[0015] 1 and 2, Fig. 1 is a flow chart of an output control method of a cosmetic device according to an embodiment of the present application, and Fig. 2 is a structural block diagram of a cosmetic device 100 according to an embodiment of the present application. The output control method of a cosmetic device is applied to the cosmetic device 100, which is used in combination with a plurality of media, which are used to cover skin, and which is used to output energy and contact the media to transmit the energy to the skin through the media. As shown in Fig. 1, the output control method of a cosmetic device includes the following steps:

[0016] At S10, media that is covering or is about to cover the skin is identified.

[0017] In S20, a target output energy is determined based on the medium identification result, and the cosmetic device 100 is controlled so that when the cosmetic device 100 performs output, the cosmetic device 100 outputs with the target output energy.

[0018] The output control method of the cosmetic device according to the embodiment of the present application identifies a medium that is covering or is about to cover the skin, determines a target output energy based on the medium identification result, and controls the cosmetic device 100 to output the target output energy, thereby intelligently outputting energy corresponding to the medium that is covering or is about to cover the skin, thereby improving the cosmetic effect of the cosmetic device 100. Furthermore, the intelligent adjustment of the energy output from the cosmetic device 100 makes the cosmetic treatment process easier and more efficient.

[0019] Here, the medium can be used to cover the skin of any part of the human body or other animal, hi some embodiments, the medium can be used to cover the human face.

[0020] Here, in some embodiments, the medium may be a cosmetic substance that can be applied directly to the skin. For example, the medium may include one or more of gel, essence, cream, milky lotion, lotion, eye cream, lip cream, lip balm, emollient milk, and moisturizing cream, or other types of substances that have cosmetic and skin care effects and can be applied directly to the skin. The medium is conductive and can conduct the energy output from the cosmetic device 100 to the skin, so that the energy output from the cosmetic device 100 can act on the skin to perform cosmetic repair, and in the process of the cosmetic device 100 outputting energy to the skin, the medium moisturizes and lubricates the skin to perform a buffering effect, and can avoid damaging the skin. In addition, the medium can perform cosmetic and care for the skin, and the combination of the cosmetic device 100 and the medium can also promote the absorption of the medium by the skin, and further improve the cosmetic effect of the cosmetic device 100. By controlling the cosmetic device 100 to output corresponding energy according to different media, it is advantageous to promote absorption of the medium by the skin, and it is also advantageous for the energy output from the cosmetic device 100 to penetrate the skin via the medium.

[0021] In another embodiment, the medium may include a carrier and a functional substance, the carrier is impregnated with the functional substance, and is used to cover the skin after being impregnated with the functional substance, and the beauty device 100 contacts the carrier and the functional substance, and transmits the energy output through the functional substance to the skin, so as to perform beauty treatment, medical treatment, etc. on the skin. Here, in some embodiments, the medium may be a face pack, the carrier may be a pack cloth, and the functional substance may be a beauty essence, a nutritional solution, or other beauty and skin care substance that can be impregnated into the pack cloth. Here, the medium may include a carrier and a functional substance that are independent of each other, that is, the carrier and the functional substance can be individually packaged, and when the medium is used, the carrier is impregnated with the functional substance, and then the carrier impregnated with the functional substance can be laid on the skin. In another embodiment, the carrier of the medium is pre-impregnated with the functional substance, that is, when the medium is used, the carrier impregnated with the functional substance can be directly laid on the skin. Identifying the medium by identifying the carrier and / or functional substance and controlling the cosmetic device 100 to output corresponding energy according to different media is advantageous in promoting skin absorption of the functional substance in the medium, and is advantageous in that the energy output from the cosmetic device 100 penetrates the skin through the functional substance.

[0022] Here, in some embodiments, different carriers can be impregnated with different functional substances, that is, the functional substances of the multiple media can be different, for example, one functional substance of the multiple media is a beauty serum, and the functional substance of another medium is a milky lotion. The multiple media correspond to different output energies, and outputting corresponding energy to the media having different functional substances is advantageous in promoting the absorption of the functional substances in the media by the skin, and is advantageous in that the energy output from the cosmetic device 100 penetrates the skin through the functional substances. In another embodiment, the carriers of multiple media can be impregnated with the same functional substance, and the multiple media correspond to different output energies, i.e., each medium represents one output energy, and the multiple media can be applied to users with different skin conditions, for example, a medium corresponding to a high output energy is applied to a user with a thick stratum corneum, and a medium corresponding to a low output energy is applied to a user with a thin stratum corneum, and the user can select an appropriate medium according to his / her skin condition, and the output energy corresponding to the appropriate medium is applied to the user's skin. By controlling the beauty device 100 to output the output energy corresponding to the appropriate medium, the beauty device 100 can output energy suitable for the user's skin and perform beauty treatment and medical treatment on the user's skin in a targeted manner.

[0023] Here, the functional substance has electrical conductivity and can conduct the energy output from the cosmetic device 100 to the skin, so that the energy output from the cosmetic device 100 can act on the skin to cosmetically repair the skin. In the process in which the cosmetic device 100 outputs energy to the skin, the functional substance moisturizes and lubricates the skin, providing a buffering effect and preventing damage to the skin. In addition, the functional substance can be used for cosmetic and care purposes for the skin, and the use of the cosmetic device 100 in combination with a medium can also promote the skin's absorption of the functional substance, further improving the cosmetic effect of the cosmetic device 100.

[0024] Here, the cosmetic device 100 may output energy by outputting one or more of RF, EMS microcurrent, ultrasound, visible light, intense pulse light, and laser, and the form of energy output from the cosmetic device 100 may be other forms of energy that can be used for cosmetic treatment effects. In some embodiments, the cosmetic device 100 may be an RF cosmetic device, a penetration enhancer, an iontophoresis device, a phototreatment cosmetic device, a fractional laser cosmetic device, etc., or may be other types of devices with cosmetic treatment functions.

[0025] Here, in step S10, after the medium is placed on the skin, the first identification module 10 of the cosmetic device 100 may identify the medium covering the skin, or before the medium is placed on the skin, the first identification module 10 of the cosmetic device 100 may identify the medium to be covered on the skin. The first identification module 10 can transmit the medium identification result to the control module 20 of the cosmetic device 100. The control module 20 can determine a target output energy based on the medium identification result, and control the cosmetic device 100 to output at the target output energy.

[0026] Here, the beauty device 100 may be equipped with an energy output button for generating an energy output signal in response to a user's operation, and the control module 20 of the beauty device 100 controls the beauty device 100 to output energy upon receiving the energy output signal.

[0027] Here, when the first identification module 10 identifies a medium covering the skin and determines a target output energy based on the identification result, the control module 20 controls the cosmetic device 100 to output at the target output energy. Alternatively, when the first identification module 10 identifies a medium covering the skin and determines a target output energy based on the identification result, the control module 20 controls the cosmetic device 100 to issue a notification that the identification is complete, and when the user receives the notification that the identification is complete, the user can press the energy output button to cause the cosmetic device 100 to perform output, and when the control module 20 receives an energy output signal, the control module 20 controls the cosmetic device 100 to output at the target output energy.

[0028] Here, the cosmetic device 100 may include an energy output button for generating an energy output signal according to a user's operation, and the control module 20 of the cosmetic device 100 controls the cosmetic device 100 to output energy when it receives the energy output signal. When the cosmetic device 100 identifies a medium to be covered with the skin and determines a target output energy based on the identification result, the user can press the energy output button after covering the skin with the medium to cause the cosmetic device 100 to output, and the control module 20 controls the cosmetic device 100 to output with the target output energy when it receives the energy output signal. In another embodiment, the cosmetic device 100 can be controlled to output with the target output energy when it detects that the medium has already covered the skin and the cosmetic device 100 is close to the medium.

[0029] In some embodiments, in step S10, identifying a medium covering or attempting to cover the skin includes detecting at least one of a chemical composition, properties and physical structure of the medium covering or attempting to cover the skin to identify the medium, the properties of the medium including physical properties and / or chemical properties of the medium.

[0030] Here, the different types of media differ in at least one of chemical composition, properties, and physical structure.

[0031] Here, the medium can be identified by identifying at least one of the chemical components, properties, and physical structure of the medium, and the medium can be identified based on the properties and / or structure of the medium itself, and the cosmetic device 100 can be used to output corresponding energies for different media.

[0032] In some embodiments, the physical properties of the medium include at least one of a color, a viscosity, a conductivity, and a roughness of the medium, and the physical properties of the plurality of media are different from each other. Detecting at least one of a chemical composition, a property, and a physical structure of the medium covering or attempting to cover the skin to identify the medium includes detecting at least one of a color, a viscosity, a conductivity, and a roughness of the medium covering or attempting to cover the skin to identify the medium.

[0033] By detecting at least one of the color, viscosity, conductivity and roughness of a medium covering or attempting to cover the skin, the medium can be quickly identified.

[0034] In some examples, the medium may be a cosmetic substance that can be applied directly to the skin, and the medium may include, for example, one or more of a gel, essence, cream, milk, lotion, eye cream, lip cream, lip balm, emollient milk, and moisturizing cream. Detecting at least one of the chemical composition, properties, and physical structure of the medium covering or intended to cover the skin to identify the medium includes detecting at least one of the color, viscosity, and conductivity of the medium covering or intended to cover the skin to identify the medium.

[0035] Here, in some embodiments, the colors of the multiple types of media are different from each other. In some embodiments, the media may include a coloring substance, and the coloring substance can be added to the media to show color, and the coloring substance may be a stable and safe coloring material, such as cochineal, carotene, turmeric, chlorophyll, paprika color, roseoside, CI 75135 rubixanthin, CI 77891 titanium dioxide, etc. The coloring substance may be other types of coloring materials. The media includes an active substance, and the active substance is a substance that has a beauty and skin care effect. In another embodiment, the active substance of the medium has a color, and thus the medium further has a color. The medium can be identified by detecting the color of the medium.

[0036] Here, when identifying a medium by detecting the color of the medium, the first identification module 10 may be a color sensor, an image sensor, etc. For example, the first identification module 10 is a color sensor, which is used to detect the tristimulus values ​​of the medium including the R value, the G value, and the B value, and obtain the color of the medium based on the ratio relationship of the tristimulus values. Also, for example, the first identification module 10 is an image sensor, which is used to collect image information of the medium, process and analyze the collected image information, and further obtain the color of the medium.

[0037] Here, in some embodiments, the viscosities of the multiple media are different from each other. In some embodiments, the viscosities of the multiple media are different due to the different components of each of the multiple media. For example, the multiple media include a gel and an essence, and the viscosity of the gel is greater than the viscosity of the essence. In another embodiment, the viscosities of the multiple media are different due to the different contents of thickeners contained in the multiple media. The viscosities of the media can be identified by detecting the viscosities of the media.

[0038] Here, when identifying a medium by detecting the viscosity of the medium, the first identification module 10 may be a viscometer, etc. For example, the viscometer may be a capillary viscometer, a rotational viscometer, a vibration viscometer, a portable viscometer, etc.

[0039] Here, in some embodiments, the medium may include a conductive material, and the plurality of media have different electrical conductivities. In some embodiments, the conductive material may be an active material of the medium, i.e., the active material has electrical conductivity, and the active material is a material having a beauty and skin care effect. In another embodiment, the conductive material may be a material having electrical conductivity added to the active material, and the conductive material is safe and stable, and the conductive material may be an electrolyte, for example, the electrolyte may be an aqueous solution of sodium chloride, an aqueous solution of sea salt. Of course, the conductive material may be other materials having electrical conductivity. In some embodiments, the conductive material may be a colored material, i.e., the colored material has color and is conductive. The medium can be identified by detecting the conductivity of the medium.

[0040] Here, when identifying a medium by detecting the conductivity of the medium, the first identification module 10 may be a conductivity sensor, etc. For example, the conductivity sensor may be an electrode type conductivity sensor, an inductive conductivity sensor, an ultrasonic conductivity sensor, etc.

[0041] In some embodiments, in step S20, determining the target output energy based on the media identification result includes determining a media type to which the media belongs based on the media identification result, and determining that the output energy corresponding to the media type to which the media belongs is the target output energy based on a predetermined correspondence relationship between the predetermined media type and the output energy.

[0042] Here, determining the media type to which the media belongs based on the media identification result may include determining the type to which the media belongs based on a correspondence between at least one of a predetermined medium color, viscosity range, and conductivity range and the media type, and at least one of the detected medium color, viscosity, and conductivity.

[0043] For example, based on a predetermined correspondence relationship between medium color and medium type, it is determined that the medium type corresponding to the detected medium color is the type to which the medium belongs, where the predetermined correspondence relationship between medium color and medium type defines a correspondence relationship between a plurality of medium colors and a plurality of medium types, where each color corresponds to one medium type, for example, red corresponds to gel and white corresponds to cream, and based on a predetermined correspondence relationship between medium type and output energy, it is determined that the output energy corresponding to the medium type to which the medium belongs is the target output energy, where the predetermined correspondence relationship between medium type and output energy defines a correspondence relationship between a plurality of medium types and a plurality of output energies, where each medium type corresponds to one output energy, for example, gel corresponds to a first output energy and cream corresponds to a second output energy, and the first output energy and the second output energy are different.

[0044] For example, a viscosity range in which the medium is located is determined based on the detected viscosity of the medium, and a medium type corresponding to the viscosity range in which the medium is located is determined to be the type to which the medium belongs based on a predetermined correspondence relationship between the viscosity range of the medium and the medium type, where the correspondence relationship between the viscosity range of the medium and the medium type defines a correspondence relationship between a plurality of viscosity ranges and a plurality of medium types, each viscosity range corresponding to one medium type, for example, a first viscosity range corresponds to gel and a second viscosity range corresponds to essence, and based on the predetermined correspondence relationship between the predetermined medium type and the output energy, the output energy corresponding to the medium type to which the medium belongs is determined to be the target output energy, and the predetermined correspondence relationship between the medium type and the output energy defines that gel corresponds to the first output energy and essence corresponds to the third output energy.

[0045] For example, a conductivity range in which the medium is located is determined based on the detected conductivity of the medium, and a media type corresponding to the color of the medium and the conductivity range in which it is located is determined to be the type to which the medium belongs based on a predetermined correspondence relationship between the color of the medium and the conductivity range and the media type, where the correspondence relationship between the color of the medium and the conductivity range and the media type defines a correspondence relationship between a plurality of colors and a plurality of conductivity ranges and a plurality of media types, where each color and each conductivity range corresponds to one media type, for example, red and a first conductivity range correspond to gel, and white and a second conductivity range correspond to cream, and an output energy corresponding to the media type to which the medium belongs is determined to be the target output energy based on a predetermined correspondence relationship between the predetermined media type and the output energy, where the predetermined correspondence relationship between the media type and the output energy defines that gel corresponds to the first output energy and cream corresponds to the second output energy.

[0046] In another embodiment, in step S20, determining the target output energy based on the medium identification result includes determining the target output energy based on at least one of a color, a viscosity, and a conductivity of the detected medium.

[0047] Here, the target output energy can be determined based on a predetermined correspondence relationship between at least one of the color, viscosity range, and conductivity range of the predetermined medium and the output energy, and at least one of the color, viscosity, and conductivity of the detected medium. The predetermined correspondence relationship between at least one of the color, viscosity range, and conductivity range of the medium and the output energy may be stored in advance in the memory of the cosmetic device 100.

[0048] For example, based on a predetermined correspondence relationship between a predetermined medium color and output energy, the output energy corresponding to the detected medium color is determined to be the target output energy, where the predetermined correspondence relationship between the medium color and output energy defines a correspondence relationship between multiple types of medium colors and multiple output energies, each color corresponding to one output energy, for example, red corresponds to a first output energy and white corresponds to a second output energy.

[0049] For example, a viscosity range in which the medium is located is determined based on the detected viscosity of the medium, and the output energy corresponding to the viscosity range in which the medium is located is determined to be the target output energy based on a predetermined correspondence relationship between the viscosity range of the medium and the output energy, where the predetermined correspondence relationship between the viscosity range of the medium and the output energy defines a correspondence relationship between a plurality of viscosity ranges and a plurality of output energies, and each viscosity range corresponds to one output energy, for example, a first viscosity range corresponds to a first output energy, and a second viscosity range corresponds to a third output energy.

[0050] Exemplarily, a conductivity range in which the medium is located is determined based on the detected conductivity of the medium, and the output energy corresponding to the conductivity range in which the medium is located is determined to be the target output energy based on a predetermined correspondence between the conductivity range of the predetermined medium and the output energy, where the predetermined correspondence between the conductivity range of the medium and the output energy defines a correspondence between a plurality of conductivity ranges and a plurality of output energies, and each conductivity range corresponds to one output energy, for example, a first conductivity range corresponds to a first output energy, and a second conductivity range corresponds to a second output energy.

[0051] For example, a viscosity range in which the medium is located is determined based on the detected viscosity of the medium, and the output energy corresponding to the medium color and the viscosity range in which the medium is located is determined to be the target output energy based on a predetermined correspondence between the medium color and viscosity range and the output energy, where the predetermined correspondence between the medium color and viscosity range and the output energy defines a correspondence between multiple colors and multiple viscosity ranges and multiple output energies, and each color and each viscosity range corresponds to one output energy.

[0052] In some embodiments, the medium includes the above-mentioned carrier and functional substance, the carrier is impregnated with the functional substance and used to cover the skin after the functional substance is impregnated, and the cosmetic device 100 is used to contact the carrier and transmit the output energy to the skin through the functional substance impregnated in the carrier. Detecting at least one of the chemical components, properties, and physical structure of the medium covering or intended to cover the skin to identify the medium includes detecting at least one of the color and roughness of the carrier covering or intended to cover the skin, and / or detecting the electrical conductivity of the functional substance to identify the medium.

[0053] Here, in some embodiments, the carriers of the multiple types of media are different in color from each other, for example, the pack cloths of the multiple types of media are different in color, and the media can be identified by detecting the carrier color.

[0054] Here, the color of the carrier can be detected by the above-mentioned color sensor and / or image sensor.

[0055] Here, in some embodiments, the roughness of the carriers of the multiple types of media is different from each other, for example, the carriers of the multiple types of media can be made of nonwoven fabric, silk, biofiber, Tencel fiber and binchotan charcoal, respectively, and the roughness of the carriers made of different materials is different, and the media can be identified by detecting the roughness of the carrier.

[0056] Here, when identifying the medium by detecting the roughness of the medium, the first identification module 10 may be a roughness sensor, etc. For example, the roughness sensor may be a stylus roughness sensor, an optical wave interferometry roughness sensor, etc.

[0057] Here, in some embodiments, the functional material of the medium may include a conductive material, and the functional materials of the plurality of media have different electrical conductivities. In some embodiments, the conductive material may be an active material of the functional material, that is, the active material has electrical conductivity, and the active material is a material having beauty and skin care effects. In another embodiment, the conductive material may be a material having electrical conductivity added to the functional material, and the conductive material is safe and stable, and the conductive material may be an electrolyte, for example, the electrolyte may be an aqueous solution of sodium chloride, an aqueous solution of sea salt. Of course, the conductive material may be other materials having electrical conductivity. The medium can be identified by detecting the electrical conductivity of the functional material.

[0058] In some embodiments, as described above, in step S20, determining the target output energy based on the media identification result includes determining a media type to which the media belongs based on the media identification result, and determining that the output energy corresponding to the media type to which the media belongs is the target output energy based on a predetermined correspondence relationship between the predetermined media type and the output energy.

[0059] Here, determining the media type to which the media belongs based on the media identification result may include determining the type to which the media belongs based on a correspondence between at least one of a predetermined carrier color, roughness range, and functional material conductivity range and the media type, and at least one of the detected carrier color, roughness, and functional material conductivity.

[0060] For example, based on a predetermined correspondence relationship between the carrier color and the medium type, the medium type corresponding to the detected carrier color is determined to be the type to which the medium belongs, where the correspondence relationship between the carrier color and the medium type defines the correspondence relationship between multiple carrier colors and multiple medium types, each color corresponds to one medium type, for example, the black carrier corresponds to the whitening medium, and the yellow carrier corresponds to the hydration medium. Based on a predetermined correspondence relationship between the medium type and the output energy, the output energy corresponding to the medium type to which the medium belongs is determined to be the target output energy, for example, the predetermined correspondence relationship between the medium type and the output energy defines that the whitening medium corresponds to the fourth output energy, and the hydration medium corresponds to the fifth output energy.

[0061] For example, the roughness range in which the carrier is located is determined based on the detected roughness of the carrier, and the medium type corresponding to the roughness range in which the carrier is located is determined to be the type to which the medium belongs based on a predetermined correspondence relationship between the roughness range of the carrier and the medium type, where the correspondence relationship between the roughness range of the carrier and the medium type defines a correspondence relationship between multiple roughness ranges and multiple types of medium types, each roughness range corresponds to one medium type, for example, the first roughness range corresponds to a whitening medium, and the second roughness range corresponds to a hydrating medium. Based on the predetermined correspondence relationship between the predetermined medium type and the output energy, the output energy corresponding to the medium type to which the medium belongs is determined to be the target output energy.

[0062] For example, the conductivity range in which the functional substance is located is determined based on the detected conductivity of the functional substance, and the medium type is determined to be the type to which the medium belongs based on the predetermined correspondence relationship between the color of the carrier and the conductivity range of the functional substance and the medium type, where the correspondence relationship between the color of the carrier and the conductivity range of the functional substance and the medium type defines the correspondence relationship between multiple colors and multiple conductivity ranges and multiple medium types, and each color and each conductivity range corresponds to one medium type, for example, a black carrier and a first conductivity range correspond to a whitening medium, and a yellow carrier and a second conductivity range correspond to a rehydrating medium. Based on the predetermined correspondence relationship between the predetermined medium type and the output energy, the output energy corresponding to the medium type to which the medium belongs is determined to be the target output energy.

[0063] In another embodiment, in step S20, determining the target output energy based on the media identification result includes determining the target output energy based on at least one of the color, roughness, and conductivity of the functional material of the detected carrier.

[0064] Here, the target output energy can be determined based on a predetermined correspondence relationship between at least one of the color, roughness range, and conductivity range of the functional material of the carrier and the output energy, and at least one of the color, roughness, and conductivity of the functional material of the detected carrier. The predetermined correspondence relationship between at least one of the color, roughness range, and conductivity range of the functional material of the carrier and the output energy may be stored in advance in the memory of the cosmetic device 100.

[0065] For example, based on a predetermined correspondence relationship between the carrier color and the output energy, the output energy corresponding to the detected carrier color is determined to be the target output energy, where the predetermined correspondence relationship between the carrier color and the output energy defines a correspondence relationship between multiple carrier colors and multiple output energies, each color corresponding to one output energy, for example, a black carrier corresponds to the fourth output energy, and a yellow carrier corresponds to the fifth output energy.

[0066] For example, a roughness range in which the carrier is located is determined based on the detected roughness of the carrier, and the output energy corresponding to the roughness range in which the carrier is located is determined to be the target output energy based on a predetermined correspondence relationship between the roughness range of the carrier and the output energy, where the predetermined correspondence relationship between the roughness range of the carrier and the output energy defines a correspondence relationship between a plurality of roughness ranges and a plurality of output energies, each roughness range corresponding to one output energy, for example, the first roughness range corresponds to the fourth output energy, and the second roughness range corresponds to the fifth output energy.

[0067] For example, a conductivity range in which the functional material is located is determined based on the detected conductivity of the functional material, and the output energy corresponding to the conductivity range in which the functional material is located is determined to be the target output energy based on a predetermined correspondence between the conductivity range of the functional material and the output energy, where the predetermined correspondence between the conductivity range of the functional material and the output energy defines a correspondence between a plurality of conductivity ranges and a plurality of output energies, and each conductivity range corresponds to one output energy, for example, the first conductivity range corresponds to the fourth output energy, and the second conductivity range corresponds to the fifth output energy.

[0068] For example, a roughness range in which the support is located is determined based on the detected roughness of the support, and the output energy corresponding to the color of the support and the roughness range in which it is located is determined to be the target output energy based on a predetermined correspondence between the color of the support, the roughness range, and the output energy, where the predetermined correspondence between the color of the support, the roughness range, and the output energy defines a correspondence between multiple colors and multiple roughness ranges and multiple output energies, and each color and each roughness range corresponds to one output energy.

[0069] In some embodiments, the chemical properties of the medium include a pH of the medium, and the pH of the plurality of media differs from one another. Detecting at least one of the chemical composition, properties and physical structure of the medium covering or attempting to cover the skin to identify the medium includes detecting the chemical composition and / or the pH of the medium covering or attempting to cover the skin to identify the medium.

[0070] Here, the medium may be a cosmetic substance that can be applied directly to the skin, and the medium is identified by detecting the chemical components and / or pH of the cosmetic substance.

[0071] Here, when the medium is identified by detecting the chemical components of the medium, the first identification module 10 may be a chemical component detector. For example, the chemical component detector may be a micro infrared sensor, an element sensor, etc.

[0072] Here, when identifying the medium by detecting the pH of the medium, the first identification module 10 may be a pH meter or the like.

[0073] In some embodiments, detecting the chemical composition and / or pH of a medium covering or about to cover the skin in order to identify the medium includes determining a composition type to which the medium belongs based on the predominant chemical composition of the detected medium and / or determining a pH range in which the medium is located based on the detected pH of the medium in order to identify the medium.

[0074] Here, the medium may include one or more chemical components. In some embodiments, the medium includes one chemical component, which is the main chemical component of the medium, and detecting the chemical components of the medium covering or attempting to cover the skin to identify the medium may include detecting one chemical component contained in the medium covering or attempting to cover the skin to identify the medium. In another embodiment, the medium includes multiple chemical components, which have different contents, and the one with a higher content among the multiple chemical components is the main chemical component of the medium, and detecting the chemical components of the medium covering or attempting to cover the skin to identify the medium may include detecting the main chemical component of the medium covering or attempting to cover the skin, i.e., detecting the chemical component with a higher content in the medium to identify the medium. For example, the infrared spectrum of a medium is collected, and if the main functional group in the infrared spectrum of the medium is an ester group, the medium is determined to mainly contain ester compounds, and the component type to which the main chemical components of the medium belong is determined to be ester compounds; the infrared spectrum of another medium is collected, and if the main functional group in the infrared spectrum of the medium is a carboxylic acid group, the medium is determined to mainly contain carboxylic acid compounds, and the component type to which the main chemical components of the medium belong is determined to be carboxylic acid compounds; the beauty device 100 can output energy corresponding to the medium whose component type is an ester compound and the medium whose component type is a carboxylic acid compound. Of course, the main chemical components contained in the medium may be other types of compounds.

[0075] In some embodiments, the medium may include a specific chemical component, and the specific chemical component included in each of the multiple types of media may be different. Detecting the chemical components of the medium covering or intended to cover the skin to identify the medium may include detecting the specific chemical components of the medium covering or intended to cover the skin to identify the medium. Here, the specific chemical component may be a chemical component with a high or even highest content in the medium, or a chemical component with a low content in the medium. The specific chemical component may be a specific compound and / or a specific element. The specific compound may be a compound included in a substance having a cosmetic effect in the medium, or a compound for a mark added to the medium to facilitate identification of the medium. The specific element may be an element included in a substance having a cosmetic effect in the medium, or a mark element added to the medium to facilitate identification of the medium.

[0076] For example, the plurality of media includes two kinds, the specific compound of one of the media is a hydrocarbon compound, and the specific compound of the other media is a nicotinamide compound, and the specific compound can output corresponding energy to the medium of the hydrocarbon compound and the medium of the nicotinamide compound.Of course, the specific compound may be other compounds.

[0077] For example, the plurality of types of media includes two types, one of which has a specific element of silicon element and the other of which has a specific element of magnesium element, and the specific element of the medium of which the specific element is silicon element and the specific element of the medium of which the specific element is magnesium element can output corresponding energy. Of course, the specific element may be another element.

[0078] Here, if the chemical components of different media are different, the pH of multiple media will be different. Also, by adding substances with different acid-base properties to a medium, the medium can show different pH. By identifying the pH of a medium, the medium can be identified.

[0079] In some embodiments, as described above, in step S20, determining the target output energy based on the media identification result includes determining a media type to which the media belongs based on the media identification result, and determining that the output energy corresponding to the media type to which the media belongs is the target output energy based on a predetermined correspondence relationship between the predetermined media type and the output energy.

[0080] Here, determining the media type to which the medium belongs based on the medium identification result may include determining the type to which the medium belongs based on a correspondence between a predetermined medium component type and / or pH range and the medium type, and based on the detected chemical components and / or pH of the medium, or determining the type to which the medium belongs based on a correspondence between a predetermined specific chemical component and / or pH range and the medium type, and based on the detected chemical components and / or pH of the medium.

[0081] For example, the component type to which the medium belongs is determined based on the detected chemical components of the medium, and the media type corresponding to the component type to which the medium belongs is determined to be the type to which the medium belongs based on the correspondence between predetermined component types and media types, where the correspondence between component types and media types defines a correspondence between a plurality of component types and a plurality of media types, each component type corresponding to one media type, and the output energy corresponding to the media type to which the medium belongs is determined to be the target output energy based on the predetermined correspondence between predetermined media types and output energy.

[0082] For example, the pH range in which the medium is located is determined based on the detected pH of the medium, and the media type corresponding to the pH range in which the medium is located is determined to be the type to which the medium belongs based on a predetermined correspondence relationship between the pH range of the medium and the media type, where the predetermined correspondence relationship between the pH range of the medium and the media type defines a correspondence relationship between multiple pH ranges and multiple media types, each pH range corresponds to one media type, for example, a first pH range corresponds to a whitening medium and a second pH range corresponds to a rehydration medium, and based on the predetermined correspondence relationship between the media type and the output energy, the output energy corresponding to the media type to which the medium belongs is determined to be the target output energy, for example, the predetermined correspondence relationship between the media type and the output energy defines that the whitening medium corresponds to the fourth output energy and the rehydration medium corresponds to the fifth output energy.

[0083] In another embodiment, in step S20, determining the target output energy based on the identification of the medium includes determining the target output energy based on the detected chemical composition and / or pH of the medium.

[0084] Here, the target output energy can be determined based on a predetermined correspondence relationship between a predetermined component type and / or pH range and the output energy, and the detected chemical component and / or pH of the medium, or based on a predetermined correspondence relationship between a predetermined specific chemical component and / or pH range and the output energy, and the detected specific chemical component and / or pH of the medium.

[0085] Here, the predetermined correspondence relationship between the chemical components and / or pH of the medium and the output energy, and the predetermined correspondence relationship between a specific chemical component and / or pH range and the output energy may be stored in advance in the memory of the cosmetic device 100.

[0086] For example, a component type to which the medium belongs is determined based on the detected chemical components of the medium, and the output energy corresponding to the component type to which the medium belongs is determined to be the target output energy based on a predetermined correspondence relationship between the predetermined component types and the output energy, where the predetermined correspondence relationship between the component types of the medium and the output energy defines a correspondence relationship between multiple component types and multiple output energies, and each component type corresponds to one output energy, for example, an ester-based compound corresponds to the sixth output energy, and a carboxylic acid-based compound corresponds to the seventh output energy.

[0087] For example, based on a predetermined correspondence relationship between a certain specific chemical component and an output energy, the output energy corresponding to the specific chemical component of the detected medium is determined to be the target output energy, where the predetermined correspondence relationship between the specific chemical component and the output energy defines a correspondence relationship between a plurality of specific chemical components and a plurality of output energies, and each specific chemical component corresponds to one output energy, for example, a hydrocarbon-based compound corresponds to the eighth output energy, and a nicotinamide-based compound corresponds to the ninth output energy.

[0088] Illustratively, a pH range in which the medium is located is determined based on the detected pH of the medium, and an output energy corresponding to the pH range in which the medium is located is determined to be a target output energy based on a predetermined correspondence relationship between the pH range of the medium and the output energy, where the predetermined correspondence relationship between the pH range of the medium and the output energy defines a correspondence relationship between multiple pH ranges and multiple output energies, and each pH range corresponds to one output energy, for example, a first pH range corresponds to a fourth output energy, and a second pH range corresponds to a fifth output energy.

[0089] For example, the pH range in which the medium is located is determined based on the detected pH of the medium, and the output energy corresponding to the component type to which the medium belongs and the pH range in which it is located is determined to be the target output energy based on a predetermined correspondence between the output energy and a predetermined component type and pH range, where the predetermined correspondence between the output energy and the component type and pH range defines a correspondence between a plurality of component types, a plurality of pH ranges, and a plurality of output energies, and each component type and each pH range corresponds to one output energy.

[0090] In some embodiments, the medium comprises a carrier, as described above, the carrier being a porous structure, and the pore shapes of the carrier of different media are different. Identifying the medium covering or attempting to cover the skin comprises detecting the pore shapes of the carrier covering or attempting to cover the skin to identify the medium.

[0091] Here, when identifying the medium by detecting the shape of the hole of the carrier, the first identification module 10 may be an image sensor. The image sensor may include at least one of a monocular camera, a binocular camera, and an RGBD (RGB-Depth) camera, and the image sensor is used to capture image information of the carrier, process and analyze the captured image information, and further obtain the shape of the hole of the carrier.

[0092] For example, the shapes of the holes of the carriers of the multiple types of media are respectively circular, hexagonal, triangular, etc. Of course, the shapes of the holes of the carriers can be set to other shapes according to actual needs, as long as the carriers of the multiple types of media can be distinguished.

[0093] In some embodiments, as described above, in step S20, determining the target output energy based on the media identification result includes determining a media type to which the media belongs based on the media identification result, and determining that the output energy corresponding to the media type to which the media belongs is the target output energy based on a predetermined correspondence relationship between the predetermined media type and the output energy.

[0094] Here, determining the media type to which the media belongs based on the media identification result may include determining the type to which the media belongs based on the correspondence between a specified hole shape and a media type, and the hole shape of the detected carrier.

[0095] For example, based on a correspondence between a predetermined hole shape and a media type, the media type corresponding to the detected carrier hole shape is determined to be the type to which the media belongs, where the correspondence between the hole shape and the media type defines a correspondence between a plurality of hole shapes and a plurality of media types, and each hole shape corresponds to one media type, for example, a circular hole corresponds to a whitening medium and a hexagonal hole corresponds to a hydrating medium, and based on a predetermined correspondence between the predetermined media type and the output energy, the output energy corresponding to the media type to which the media belongs is determined to be the target output energy.

[0096] In another embodiment, in step S20, determining the target output energy based on the identification of the medium includes determining the target output energy based on the detected shape of the pores of the carrier.

[0097] Here, the target output energy can be determined based on the predetermined correspondence relationship between the predetermined hole shape and the output energy, and the detected hole shape of the carrier. The predetermined correspondence relationship between the hole shape and the output energy may be stored in advance in the memory of the cosmetic device 100.

[0098] For example, based on a predetermined correspondence relationship between a predetermined hole shape and output energy, the output energy corresponding to the detected hole shape of the carrier is determined to be the target output energy, where the predetermined correspondence relationship between the hole shape and the output energy defines a correspondence relationship between a plurality of hole shapes and a plurality of output energies, and each hole shape corresponds to one output energy, for example, a circular hole corresponds to the fourth output energy, and a hexagonal hole corresponds to the fifth output energy.

[0099] In some embodiments, a plurality of media are applied to different facial regions, and each medium is applied to a corresponding facial region. An output energy corresponding to each medium is applied to the facial region corresponding to the medium, and the beauty device 100 is controlled to identify the medium and output the target output energy to the facial region corresponding to the medium according to the target output energy corresponding to the identified medium, so that the facial region corresponding to the medium can achieve a good beauty effect.

[0100] In some embodiments, the face can be divided into four face regions, including an eye region, a cheek region, a forehead region, and a lip region, and the plurality of media include a first medium, a second medium, a third medium, and a fourth medium, and the first medium, the second medium, the third medium, and the fourth medium are respectively used for applying the eye region, the cheek region, the forehead region, and the lip region. Of course, the face can be divided into other division methods according to actual needs, and the face can be divided into regions other than the above four face regions.

[0101] In step S10, identifying a medium that is covering or will cover the skin includes identifying a medium that is applied to the facial area and contacts the cosmetic device 100.

[0102] The output control method of the cosmetic device further includes identifying a facial area in which the cosmetic device 100 is currently located, and determining whether or not the medium currently in contact with the cosmetic device 100 corresponds to the facial area in which the cosmetic device 100 is currently located based on a predetermined correspondence relationship between the predetermined medium and the facial area.

[0103] In step S20, determining the target output energy based on the medium identification result includes determining the target output energy based on the medium identification result when the medium currently in contact with the cosmetic device 100 corresponds to the facial area where the cosmetic device 100 is currently located. Thus, the cosmetic device 100 is controlled to output energy only when the medium corresponds to the facial area to be applied, that is, the cosmetic device 100 is controlled to output energy only when the facial area is applied by the corresponding medium used together, so that the energy output by the cosmetic device 100 based on the medium identification result is applied to the facial area, and it is possible to avoid the energy output from the cosmetic device 100 not being applied to the facial area where the cosmetic device 100 is currently located, which affects the cosmetic effect.

[0104] Here, the facial area where the cosmetic device 100 is currently located is identified by a second identification module (not shown) of the cosmetic device 100, and the second identification module may be an image sensor, a laser scan sensor, etc. For example, the second identification module is an image sensor, which is used to collect image information such as bone structure features, facial features such as eyes, nose, lips, eyebrows, skin color, wrinkles, facial contours, and facial angles of the facial area where the cosmetic device 100 is currently located, and transmit the collected image information to the control module 20. Upon receiving the image information, the control module 20 can calculate the image information through an algorithm to determine the facial area where the cosmetic device 100 is currently located. The image sensor may include at least one of a monocular camera, a binocular camera, and an RGBD (RGB-Depth, RGB depth) camera. Also, for example, the second identification module may be a laser scan sensor, which is used to collect contour information of the facial area where the beauty device 100 is currently located and transmit the contour information to the control module 20, and upon receiving the contour information, the control module 20 determines the facial area where the beauty device 100 is currently located.

[0105] Here, the control module 20 can determine whether the medium currently in contact with the beauty device 100 corresponds to the facial area in which the beauty device 100 is currently located, based on a predetermined correspondence relationship between a predetermined medium and a facial area.

[0106] Here, in some embodiments, the predetermined correspondence relationship between the predetermined medium and the face region defines the correspondence relationship between the first medium, the second medium, the third medium, and the fourth medium and the eye region, the cheek region, the forehead region, and the lip region, that is, the first medium corresponds to the eye region, the second medium corresponds to the cheek region, the third medium corresponds to the forehead region, and the fourth medium corresponds to the lip region. The predetermined correspondence relationship between the medium and the face region may be pre-stored in the memory of the beauty device 100. Of course, the correspondence relationship between the medium and the face region can also be set by other face division methods. The output energy corresponding to each of the first medium, the second medium, the third medium, and the fourth medium may be different, and the thickness of the skin is different according to different face regions. In the embodiment of the present application, by outputting with the corresponding output energy to different face regions, the beauty treatment can be performed target-wise and a better beauty effect can be achieved.

[0107] In some embodiments, determining whether the medium currently touched by the cosmetic device 100 corresponds to the facial area currently located by the cosmetic device 100 based on the predetermined correspondence relationship between the predetermined medium and the facial area includes: determining a target facial area corresponding to the medium currently touched by the cosmetic device 100 based on the predetermined correspondence relationship, and if the facial area currently located by the cosmetic device 100 is the same as the target facial area, determining that the medium currently touched by the cosmetic device 100 corresponds to the facial area currently located by the cosmetic device 100; or determining a target medium corresponding to the facial area currently located by the cosmetic device 100 based on the predetermined correspondence relationship, and if the medium currently touched by the cosmetic device 100 is the same as the target medium, determining that the medium currently touched by the cosmetic device 100 corresponds to the facial area currently located by the cosmetic device 100. The predetermined correspondence relationship between the medium and the facial area may be pre-stored in the memory of the cosmetic device 100.

[0108] For example, as described above, the predetermined correspondence relationship between a predetermined medium and a facial area defines a correspondence relationship between the first medium, the second medium, the third medium and the fourth medium and the eye area, the cheek area, the forehead area and the lip area, and if the medium currently in contact with the beauty device 100 is identified as the first medium, the target facial area is determined to be the eye area, and if the facial area in which the beauty device 100 is currently located is identified as the eye area, the medium currently in contact with the beauty device 100 is determined to correspond to the facial area in which the beauty device 100 is currently located.

[0109] Also, for example, if the facial area where the beauty device 100 is currently located is identified as the lip area, the target medium is determined to be the fourth medium, and if the medium currently in contact with the beauty device 100 is identified as the fourth medium, it is determined that the medium currently in contact with the beauty device 100 corresponds to the facial area where the beauty device 100 is currently located.

[0110] In some embodiments, determining whether the medium currently in contact with the cosmetic device corresponds to the facial area in which the cosmetic device is currently located based on a predetermined correspondence relationship between the predetermined medium and the facial area further includes determining that the medium currently in contact with the cosmetic device does not correspond to the facial area in which the cosmetic device is currently located if the facial area in which the cosmetic device is currently located is different from the target facial area, or determining that the medium currently in contact with the cosmetic device does not correspond to the facial area in which the cosmetic device is currently located if the medium currently in contact with the cosmetic device is different from the target medium.

[0111] For example, if the medium currently in contact with the beauty device 100 is identified as the first medium, it is determined that the target facial area is the eye area, and if the facial area where the beauty device 100 is currently located is identified as the cheek area, it is determined that the medium currently in contact with the beauty device 100 does not correspond to the facial area where the beauty device 100 is currently located.

[0112] Also, for example, if the facial area where the beauty device 100 is currently located is identified as the forehead area, the target medium is determined to be the third medium, and if the medium currently in contact with the beauty device 100 is identified as the second medium, it is determined that the medium currently in contact with the beauty device 100 does not correspond to the facial area where the beauty device 100 is currently located.

[0113] In some embodiments, the output control method of the cosmetic device further includes controlling the cosmetic device 100 to emit presentation information without outputting energy when the medium currently in contact with the cosmetic device 100 does not correspond to the facial region where the cosmetic device 100 is currently located, and presenting to the user that the medium currently applied to the facial region does not correspond to the facial region. This can prevent the cosmetic device 100 from outputting energy when the medium does not correspond to the facial region to be applied, and can further prevent the cosmetic effect from being affected, thereby improving the cosmetic efficiency.

[0114] Here, the cosmetic device 100 may include a buzzer assembly, a voice assembly, etc., and can output the presented information by outputting a buzzer and / or a voice guide.

[0115] Referring again to Fig. 2, the present application further provides a cosmetic device 100 as shown in Fig. 2, as described above, the cosmetic device 100 is used in combination with a plurality of media, the media is used to cover the skin, the cosmetic device 100 is used to output energy, and is used to contact the media and transmit the energy to the skin through the media. The cosmetic device 100 includes a first identification module 10 and a control module 20, the first identification module is used to identify the media that is covering the skin or is about to cover the skin, the control module 20 is used to determine a target output energy according to the medium identification result, and controls the cosmetic device 100 to output with the target output energy when the cosmetic device 100 performs output.

[0116] The cosmetic device 100 according to the embodiment of the present application identifies a medium that is covering or is about to cover the skin, determines a target output energy based on the medium identification result, and outputs the target output energy, thereby intelligently outputting corresponding energy according to the medium that is covering or is about to cover the skin, thereby improving the cosmetic effect of the cosmetic device 100. Furthermore, the intelligent adjustment of the energy output from the cosmetic device 100 makes the cosmetic treatment process easier and more efficient.

[0117] Here, the control module 20 may be a processing chip such as a one-chip microcomputer, a CPU (Central Processing Unit), or a DSP (Digital Signal Processor).

[0118] In some embodiments, the first identification module 10 is used to detect at least one of the chemical components, properties and physical structure of the medium covering or attempting to cover the skin in order to identify the medium, the properties of the medium including physical properties and / or chemical properties of the medium.

[0119] In some embodiments, the first identification module 10 detecting at least one of the chemical composition, properties and physical structure of the medium covering or attempting to cover the skin to identify the medium includes detecting at least one of the color, viscosity, conductivity and roughness of the medium covering or attempting to cover the skin to identify the medium.

[0120] Here, the first identification module 10 may include one or more of a color sensor, an image sensor, a viscometer, a conductivity sensor and a roughness sensor.

[0121] In some embodiments, the medium may be a cosmetic substance for application to the skin, and the first identification module 10 detecting at least one of the color, viscosity, conductivity and roughness of the medium covering or intended to cover the skin to identify the medium includes detecting at least one of the color, viscosity and conductivity of the medium covering or intended to cover the skin to identify the medium.

[0122] In some embodiments, as described above, the medium includes a carrier and a functional substance, the carrier is impregnated with the functional substance and then used to cover the skin, and the cosmetic device 100 is used to contact the carrier and transmit the output energy to the skin through the functional substance impregnated in the carrier. The first identification module 10 detects at least one of the color, viscosity, conductivity, and roughness of the medium covering or intended to cover the skin to identify the medium, including detecting at least one of the color and roughness of the carrier covering or intended to cover the skin, and / or detecting the conductivity of the functional substance to identify the medium.

[0123] In some embodiments, the medium may be a cosmetic substance for application to the skin, and the chemical properties of the medium include a pH of the medium, and the pH of the plurality of media are different from each other. The first identification module 10 detecting at least one of the chemical composition, properties, and physical structure of the medium covering or intended to cover the skin to identify the medium includes detecting the chemical composition and / or pH of the medium covering or intended to cover the skin to identify the medium.

[0124] Here, the first identification module 10 may include a chemical component detector and / or a pH meter.

[0125] In some embodiments, as described above, the medium includes a carrier, the carrier is a porous structure, and the pore shapes of the carrier of different media are different. The first identification module 10 identifying the medium covering or intended to cover the skin includes detecting the pore shapes of the carrier covering or intended to cover the skin to identify the medium.

[0126] In some embodiments, as described above, the plurality of media are adapted to be applied to different facial regions, each adapted to be applied to a corresponding facial region, and the first identification module 10 identifying the media covering or intended to cover the skin includes identifying the media applied to the facial region and contacting the cosmetic device.

[0127] The cosmetic device 100 further includes a second identification module (not shown) for identifying a face area where the cosmetic device 100 is currently located. The second identification module may be an image sensor and / or a laser scan sensor.

[0128] The control module 20 is further used to determine whether the medium currently in contact with the cosmetic device corresponds to the facial area where the cosmetic device is currently located based on the predetermined correspondence relationship between the predetermined medium and the facial area. The control module 20 determines the target output energy based on the medium identification result when the medium currently in contact with the cosmetic device 100 corresponds to the facial area where the cosmetic device is currently located, including: determining the target output energy based on the medium identification result when the medium currently in contact with the cosmetic device 100 corresponds to the facial area where the cosmetic device is currently located; and controlling the cosmetic device 100 to emit the presentation information when the medium currently in contact with the cosmetic device 100 does not correspond to the facial area where the cosmetic device 100 is currently located.

[0129] In some embodiments, the control module 20 determining whether the medium currently in contact with the cosmetic device 100 corresponds to the facial area in which the cosmetic device 100 is currently located based on a predetermined correspondence relationship between a predetermined medium and a facial area includes determining a target facial area corresponding to the medium currently in contact with the cosmetic device 100 based on the predetermined correspondence relationship, and determining that the medium currently in contact with the cosmetic device 100 corresponds to the facial area in which the cosmetic device 100 is currently located if the facial area in which the cosmetic device 100 is currently located is the same as the target facial area, or determining a target medium corresponding to the facial area in which the cosmetic device 100 is currently located based on the predetermined correspondence relationship, and determining that the medium currently in contact with the cosmetic device 100 corresponds to the facial area in which the cosmetic device 100 is currently located if the medium currently in contact with the cosmetic device 100 is the same as the target medium.

[0130] In some embodiments, the control module 20 determining whether the medium currently in contact with the cosmetic device 100 corresponds to the facial area in which the cosmetic device 100 is currently located based on a predetermined correspondence relationship between a predetermined medium and a facial area further includes determining that the medium currently in contact with the cosmetic device 100 does not correspond to the facial area in which the cosmetic device 100 is currently located if the facial area in which the cosmetic device 100 is currently located is different from the target facial area, or determining that the medium currently in contact with the cosmetic device 100 does not correspond to the facial area in which the cosmetic device 100 is currently located if the medium currently in contact with the cosmetic device 100 is different from the target medium.

[0131] In some embodiments, the cosmetic device 100 includes an electrode, a power supply module and an output switch, and the electrode is for the cosmetic device 100 to output energy such as RF energy, EMS microcurrent. The output switch is connected between the power supply module and the electrode, and the control module 20 is connected to the output switch, and is used to control and adjust the duty of the output switch to adjust the output energy. In some embodiments, the number of electrodes is multiple.

[0132] Here, the number of output switches is plural, and the number is equal to the number of electrodes, and each output switch is connected between the positive pole of the power supply module and the corresponding electrode. Here, controlling the cosmetic device 100 to output the target output energy may include the control module 20 outputting a PWM (pulse width modulation) signal to the output switch, and controlling the output switch to alternately turn on and off with a duty corresponding to the target output energy, so that the cosmetic device 100 outputs the target output energy.

[0133] Here, the control module 20 includes a number of output pins, each of which is used to connect to a corresponding output switch. Here, the output switch may be a numerically controlled switch, such as a MOS transistor, a BJT transistor, etc. Take the output switch as an example of a MOS transistor, and each output pin of the control module 20 is connected to the gate of a MOS transistor, the drain of the MOS transistor is connected to the positive electrode of the power supply module, and the source of the MOS transistor is connected to the corresponding electrode. Here, the power output from the power supply module can be adjusted to the required energy by changing the alternate on-off duty of the output switch.

[0134] Referring to FIG. 3, a structural block diagram of a cosmetic system 200 according to an embodiment of the present application is shown. In some embodiments, the cosmetic system 200 includes a cosmetic device 100 according to any of the above-mentioned embodiments and a plurality of media 150. As described above, the media 150 is used to cover the skin, and the cosmetic device 100 is used to output energy and contact the media 150 to transfer the energy to the skin through the media 150. The cosmetic device 100 is further used to identify the medium 150 that is covering or is to cover the skin, determine a target output energy based on the identification result of the medium 150, and output the target output energy.

[0135] Here, the beauty device 100 corresponds to the output control method of the beauty device described above, and for a more detailed description, please refer to the contents of each embodiment of the output control method of the beauty device described above, and the contents of the beauty device 100 and the output control method of the beauty device described above may refer to each other.

[0136] An embodiment of the present application further provides a computer-readable storage medium, in which a computer program is stored, and the computer program is called and then executed by a processor to realize the output control method of a beauty device according to any of the embodiments.

[0137] Those skilled in the art can understand that all or part of the steps in each method of the above embodiments can be performed by instructing associated hardware through a program, and the program can be stored in a computer-readable memory, which may include a flash disk, a read-only memory, a random access memory, a magnetic disk, or an optical disk, etc.

[0138] It should be noted that, for the sake of simplicity, the above-mentioned embodiments of the methods are described as a combination of a series of operations, but according to the present application, some steps may adopt other orders or may be performed simultaneously, so those skilled in the art should know that the present application is not limited to the order of operations described. Moreover, those skilled in the art should know that the embodiments described in the specification belong to preferred embodiments, and the related operations and modules are not necessarily required for the present application.

[0139] In the above embodiments, the description of each embodiment is focused on, and for parts that are not explained in detail in one embodiment, reference can be made to the relevant descriptions of other embodiments.

[0140] It should be noted that the above is an embodiment of the present application, and those skilled in the art may make some improvements and modifications without departing from the principles of the present application, and these improvements and modifications are also considered to be within the scope of protection of the present application. [Explanation of symbols]

[0141] 100 beauty equipment 10 First Identification Module 20 Control Module 200 Beauty System 150 Medium

Claims

1. A method for controlling an output from a cosmetic device that is used in combination with a plurality of types of media for covering the skin, that outputs energy, and that contacts the media to conduct the energy to the skin through the media, comprising: identifying a medium that is covering or about to cover the skin; determining a target output energy based on the identification result of the medium, and controlling the cosmetic device so that the cosmetic device outputs the target output energy when the cosmetic device outputs the target output energy; A method for controlling the output of a beauty device.

2. Identifying a medium covering or attempting to cover the skin includes detecting at least one of a chemical composition, a property, and a physical structure of the medium covering or attempting to cover the skin to identify the medium; The properties of the medium include physical and / or chemical properties of the medium; The output control method for the beauty device according to claim 1.

3. the physical properties of the medium include at least one of color, viscosity, conductivity, and roughness of the medium; The physical properties of the plurality of media are different from each other, Detecting at least one of a chemical composition, a property, and a physical structure of a medium covering or intended to cover the skin to identify the medium includes detecting at least one of a color, a viscosity, a conductivity, and a roughness of a medium covering or intended to cover the skin to identify the medium; The output control method for the beauty device according to claim 2.

4. The medium is adapted to be applied to the skin, Detecting at least one of a color, a viscosity, a conductivity, and a roughness of a medium covering or attempting to cover the skin to identify the medium includes detecting at least one of a color, a viscosity, and a conductivity of a medium covering or attempting to cover the skin to identify the medium; The output control method for the beauty device according to claim 3.

5. The medium includes a carrier and a functional substance; The carrier is used to impregnate the functional substance and cover the skin after impregnation with the functional substance; The cosmetic device is used to contact the carrier and transmit the output energy to the skin via the functional substance impregnated in the carrier, Detecting at least one of a color, a viscosity, a conductivity, and a roughness of a medium covering or intended to cover the skin to identify the medium includes detecting at least one of a color, a roughness, and a conductivity of the functional material of a carrier covering or intended to cover the skin to identify the medium; The output control method for the beauty device according to claim 3.

6. the chemical properties of the medium include the pH of the medium; The pH of the plurality of media is different from each other, Detecting at least one of the chemical composition, properties and physical structure of a medium covering or attempting to cover the skin to identify the medium includes detecting a chemical composition and / or a pH of a medium covering or attempting to cover the skin to identify the medium; The output control method for the beauty device according to claim 2.

7. The medium comprises a carrier; The carrier has a porous structure, The pore shapes of the carriers of different media are different, Identifying a medium covering or intended to cover the skin includes detecting a shape of an aperture of a carrier covering or intended to cover the skin to identify the medium. The output control method for the beauty device according to claim 2.

8. The plurality of media are each adapted to be applied to a different facial area, Each medium is adapted to be applied to a corresponding facial area; Identifying a medium covering or intended to cover the skin includes identifying a medium applied to a facial area and contacting the cosmetic device; The method comprises: Identifying a facial area in which the cosmetic device is currently located; determining whether a medium currently in contact with the cosmetic device corresponds to a facial area where the cosmetic device is currently located; Determining the target output energy based on the identification result of the medium includes determining the target output energy based on the identification result of the medium when the medium currently in contact with the cosmetic device corresponds to a face area where the cosmetic device is currently located. The output control method for the beauty device according to claim 1.

9. Determining whether the medium currently in contact with the cosmetic device corresponds to the face area where the cosmetic device is currently located includes determining whether the medium currently in contact with the cosmetic device corresponds to the face area where the cosmetic device is currently located based on a predetermined correspondence relationship between a predetermined medium and a face area. The output control method for the beauty device according to claim 8.

10. Determining whether a medium currently in contact with the cosmetic device corresponds to a facial area where the cosmetic device is currently located based on a predetermined correspondence relationship between a predetermined medium and a facial area, determining a target face area corresponding to a medium currently in contact with the cosmetic device based on the predetermined correspondence relationship; If the facial region where the cosmetic device is currently located is the same as the target facial region, determining that the medium currently touched by the cosmetic device corresponds to the facial region where the cosmetic device is currently located; or determining a target medium corresponding to a face region where the cosmetic device is currently located based on the predetermined correspondence relationship; If the medium currently touched by the cosmetic device is the same as the target medium, determining that the medium currently touched by the cosmetic device corresponds to a facial area where the cosmetic device is currently located. The output control method for the beauty device according to claim 9.

11. and controlling the cosmetic device to emit a presentation when a medium currently touched by the cosmetic device does not correspond to a facial region where the cosmetic device is currently located. The output control method for the beauty device according to any one of claims 8 to 10.

12. A cosmetic device that is used in combination with a plurality of types of media for covering the skin, is used to output energy, and is used to contact the media and transmit the energy to the skin through the media, a first identification module for identifying a medium covering or intended to cover the skin; and a control module for determining a target output energy based on the medium identification result, and controlling the cosmetic device to output the target output energy when the cosmetic device outputs the target output energy. Beauty device.

13. A cosmetic device comprising: a plurality of types of media; and the cosmetic device according to claim 12; The medium is applied to cover the skin; The cosmetic device is used to output energy and to contact the medium and transmit the energy to the skin through the medium. Beauty system.

14. A computer program is stored in the The computer program is used to be called and executed by a processor to realize the output control method of the beauty device according to any one of claims 1 to 10. A computer-readable storage medium.

Images