CN117018452A

CN117018452A - Beauty instrument, control method thereof, beauty device and storage medium

Info

Publication number: CN117018452A
Application number: CN202310924216.6A
Authority: CN
Inventors: 王念欧; 郦轲; 储文进; 周炳讯; 梁桓
Original assignee: Shenzhen Accompany Technology Co Ltd
Current assignee: Shenzhen Accompany Technology Co Ltd
Priority date: 2023-07-25
Filing date: 2023-07-25
Publication date: 2023-11-10

Abstract

The application provides a beauty instrument, a control method thereof, a beauty device and a storage medium. The cosmetic device is adapted to be assembled with at least one reservoir assembly having a cosmetic substance stored therein, the reservoir assembly adapted to contact the skin and release the cosmetic substance to the skin surface. The beauty instrument comprises a detection module, a functional component and a control module, wherein the detection module is used for detecting whether the beauty instrument is assembled with the liquid storage component or not, and further detecting the type of the liquid storage component when the beauty instrument is assembled with the liquid storage component so as to output corresponding detection signals. The functional component is used for outputting energy to the skin and conducting the output energy to the skin through the cosmetic substance. The control module is used for determining that the beauty instrument is assembled with the liquid storage component when receiving the detection signal, determining the type of the liquid storage component according to the detection signal, determining a target working mode according to the type of the liquid storage component, and controlling the functional component to output energy so that the beauty instrument is in the target working mode.

Description

Beauty instrument, control method thereof, beauty device and storage medium

Technical Field

The present application relates to the technical field of beauty treatment equipment, and in particular, to a beauty treatment instrument, a control method thereof, a beauty treatment device and a storage medium.

Background

The beauty instrument can be used for improving the skin state of the human body, and the popularization rate of the beauty instrument is higher along with the improvement of living standard. In order to better utilize the energy output by the beauty instrument to carry out beauty, the beauty instrument is matched with essence, toner, emulsion and other beauty liquids for use.

At present, the beauty instrument has a plurality of working modes, and the beauty instrument is matched with different beauty solutions for use under different working modes. However, the types of the cosmetic liquid are complicated, and the working mode of the cosmetic instrument is complicated, so that the cosmetic liquid is inconvenient for a user to operate.

Disclosure of Invention

In order to solve the technical problems, the application provides a beauty instrument, a control method thereof, a beauty device and a storage medium, which can solve the problem of the matching of the working modes of the beauty substance and the beauty instrument by identifying the type of a liquid storage component storing the beauty substance and controlling the beauty instrument to be in a corresponding working mode.

In a first aspect the present application provides a cosmetic device operable to be assembled with at least one reservoir assembly having a cosmetic substance stored therein, the reservoir assembly being operable to contact the skin and release the cosmetic substance to the skin surface. The beauty instrument comprises a detection module, a functional component and a control module, wherein the detection module is used for detecting whether the beauty instrument is assembled with the liquid storage component, and further detecting the type of the liquid storage component when the beauty instrument is assembled with the liquid storage component so as to output corresponding detection signals. The functional component is used for outputting energy to the skin and conducting the output energy to the skin through the cosmetic substance. The control module is connected with the detection module and the functional component, and is used for determining that the beauty instrument is assembled with the liquid storage component when the detection signal is received, determining the type of the liquid storage component according to the detection signal, determining a target working mode according to the type of the liquid storage component, and controlling the functional component to output energy so that the beauty instrument is in the target working mode.

In a second aspect, the present application provides a method of controlling a cosmetic device for assembly with at least one reservoir assembly having stored therein a cosmetic substance for contacting the skin and releasing the cosmetic substance to the skin surface, the cosmetic device being adapted to output energy to the skin and to conduct the output energy to the skin through the cosmetic substance. The method comprises the following steps: detecting whether the beauty instrument is assembled with the liquid storage component, and further detecting the type of the liquid storage component when the beauty instrument is assembled with the liquid storage component so as to output a corresponding detection signal; determining that the beauty instrument is assembled with the liquid storage component when the detection signal is received, and determining the type of the liquid storage component according to the detection signal; determining a target working mode according to the type of the liquid storage component; and controlling the cosmetic instrument to output energy such that the cosmetic instrument is in the target operating mode.

A third aspect of the present application provides a cosmetic device comprising a cosmetic device as described above and at least one reservoir assembly, the cosmetic device being adapted to be removably mounted to the reservoir assembly, the reservoir assembly having stored therein a cosmetic substance, the reservoir assembly being adapted to be in contact with the skin and to release the cosmetic substance to the skin surface, the cosmetic device being adapted to output energy to the skin and to conduct the output energy to the skin via the cosmetic substance.

A fourth aspect of the present application provides a computer readable storage medium having a computer program stored therein, the computer program being for execution after being called by a processor to implement the aforementioned control method of a cosmetic instrument.

According to the beauty instrument, the control method thereof, the beauty device and the computer readable storage medium, whether the beauty instrument is assembled with the liquid storage component storing the beauty substances or not is detected, the type of the liquid storage component is detected when the liquid storage component is assembled with the beauty instrument, and the beauty instrument is controlled to be in a corresponding target working mode according to the detected type of the liquid storage component, so that the types of the beauty substances can be determined by identifying the type of the liquid storage component, the beauty instrument is controlled to be in a corresponding working mode, the problem of the matching of the working modes of the beauty substances and the beauty instrument can be solved, and different beauty effects can be realized by identifying the self-adaption of the beauty substances.

Drawings

In order to more clearly illustrate the technical solutions of the present application, the drawings that are needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present application, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1 is a block diagram of a cosmetic apparatus according to an embodiment of the present application.

Fig. 2 is a schematic structural diagram of a liquid storage assembly according to an embodiment of the application.

Fig. 3 is a schematic structural diagram of a cosmetic apparatus according to an embodiment of the present application.

Fig. 4 is a schematic diagram of an assembled liquid storage assembly and a beauty treatment apparatus according to an embodiment of the application.

Fig. 5 is a block diagram of a cosmetic apparatus according to another embodiment of the present application.

Fig. 6 is a schematic diagram of connection relationships among a first functional component, a second functional component, a power module and a control module according to an embodiment of the present application.

Fig. 7 is a flowchart of a control method of a cosmetic apparatus according to an embodiment of the present application.

Fig. 8 is a block diagram of a beauty device according to an embodiment of the present application.

Reference numerals illustrate:

100-a beauty treatment instrument; 10-a detection module; 20-a functional component; 30-a control module; 21-an electrotherapy assembly; 22-phototherapy assembly; 23-a hyperthermia assembly; 200-a liquid storage component; 210-a reservoir; 220-connecting part; 40-a power module; 50-ocular region of action; 60-cheek region of action; 20 a-a first functional component; 20 b-a second functional component; 70-a first switch; 80-a second switch; 21 a-a first electrotherapy component; 22 a-a first phototherapy component; 23 a-a first hyperthermia assembly; 21 b-a second electrotherapy component; 22 b-a second phototherapy component; 23 b-a second hyperthermia assembly; 70 a-a first sub-switch; 80 a-a second sub-switch; 300-cosmetic device.

Detailed Description

The following description of the embodiments of the present application will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the application without any inventive effort, are intended to be within the scope of the application.

In the description of the present application, the terms "first," "second," and the like are used for distinguishing between different objects and not for describing a particular sequence, and furthermore, the terms "upper," "inner," "outer," and the like indicate an orientation or a positional relationship based on that shown in the drawings, merely for convenience of description and to simplify the description, and do not indicate or imply that the apparatus or elements referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the present application.

In the description of the present application, unless explicitly stated and limited otherwise, the term "coupled" is to be interpreted broadly, as for example, whether fixedly coupled, detachably coupled, or integrally coupled; can be directly connected, can also be indirectly connected through an intermediate medium, and can also be the communication between the two elements; may be a communication connection; may be an electrical connection. The specific meaning of the above terms in the present application can be understood by those of ordinary skill in the art according to the specific circumstances.

Referring to fig. 1, a block diagram of a cosmetic apparatus 100 according to an embodiment of the application is shown. The cosmetic device 100 may be configured to be assembled with at least one reservoir assembly, wherein the reservoir assembly is detachably mounted to the cosmetic device 100 when the reservoir assembly is assembled with the cosmetic device, and the reservoir assembly stores a cosmetic substance therein, and the reservoir assembly is configured to contact the skin and release the cosmetic substance to the skin surface when the reservoir assembly is mounted to the cosmetic device 100, when the cosmetic device 100 is applied to the skin. The beauty instrument 100 comprises a detection module 10, a functional component 20 and a control module 30, wherein the detection module 10 is used for detecting whether the beauty instrument 100 is assembled with the liquid storage component, and further detecting the type of the liquid storage component when the beauty instrument 100 is assembled with the liquid storage component, so as to output a corresponding detection signal. The functional component 20 is used to output energy to the skin and to conduct the output energy to the skin through the cosmetic substance. The control module 30 is connected to the detection module 10 and the functional module 20, and is configured to determine that the beauty instrument 100 is assembled with the liquid storage module when the detection signal is received, determine a type of the liquid storage module according to the detection signal, determine a target working mode according to the type of the liquid storage module, and control the functional module 20 to output energy so that the beauty instrument 100 is in the target working mode.

According to the beauty instrument 100 provided by the embodiment of the application, whether the beauty instrument 100 is assembled with the liquid storage component storing the beauty substances is detected, the type of the liquid storage component is detected when the liquid storage component is assembled with the beauty instrument 100, and the beauty instrument 100 is controlled to be in the corresponding target working mode according to the detected type of the liquid storage component, so that the types of the beauty substances can be determined by identifying the types of the liquid storage component, the beauty instrument 100 is controlled to be in the corresponding working mode, the problem of the matching of the beauty substances and the working modes of the beauty instrument 100 can be solved, and different beauty effects can be realized by identifying the self-adaption of the beauty substances.

When the beauty instrument 100 provided with the liquid storage component acts on the skin, the liquid storage component contacts with the skin and releases the beauty substance to the surface of the skin, and the beauty substance has conductivity and can conduct the energy output by the beauty instrument 100 to the skin so as to carry out beauty repair on the skin. In the process of outputting energy to the skin by the beauty instrument 100, the beauty material can moisten and lubricate the skin to play a role of buffering, so as to avoid the skin from being damaged. In addition, the cosmetic material can be used for caring skin, and the cosmetic instrument 100 and the liquid storage component can be combined for use, so that the absorption of the cosmetic material by the skin can be promoted, and the cosmetic effect of the cosmetic instrument 100 can be improved.

In some embodiments, the cosmetic substance may include at least one of a toner, essence, lotion, cream, eye cream, gel, lipstick, lip cream, skin milk, and moisturizing milk, and the cosmetic substance may also be other types of substances having a cosmetic skin care effect.

The control module 30 may include a single chip microcomputer, a CPU (central processing unit), a DSP (digital signal processing), and the like.

In some embodiments, the reservoir assembly comprises at least two types, each type of reservoir assembly being configured to store a cosmetic substance, the reservoir assembly being provided with an identifier, the identifiers of the at least two types of reservoir assemblies being different from each other, and/or the reservoir assembly having a magnetic attraction for adsorptive fixation to the cosmetic device 100 such that the reservoir assembly is coupled to the cosmetic device 100, the magnetic field parameter values of the magnetic attractions of the at least two types of reservoir assemblies being different. The beauty treatment instrument 100 may be removably mounted with a reservoir assembly.

Wherein the magnetic field parameter value may include at least one of a magnetic field strength value and a magnetic flux value.

In some embodiments, the detection module 10 is configured to further detect, when it is detected that the beauty treatment apparatus 100 is assembled with the liquid storage component, an identification of the liquid storage component and/or a magnetic field parameter value of the magnetic attraction component to output a corresponding detection signal, where the detection signal includes detection information, and the detection information includes the identification of the liquid storage component and/or the magnetic field parameter value of the magnetic attraction component. The control module 30 is configured to determine, according to a preset correspondence between a preset identifier of the liquid storage component and/or a preset magnetic field parameter value and a preset type of the liquid storage component, a type of the liquid storage component corresponding to the identifier and/or the magnetic field parameter value in the detection information included in the detection signal, that is, determine, according to a preset correspondence between the identifier of the liquid storage component and/or the preset type of the liquid storage component and a preset correspondence between the identifier of the liquid storage component and/or the preset magnetic field parameter value and the type of the liquid storage component, a type of the liquid storage component corresponding to the identifier of the detection information and/or the magnetic field parameter value in the received detection signal.

When the liquid storage component is assembled to the cosmetic apparatus 100, the detection module 10 may detect the identification of the liquid storage component and/or the magnetic field parameter value of the magnetic attraction component of the liquid storage component and output a corresponding detection signal, so as to determine whether the cosmetic apparatus 100 is assembled to the liquid storage component according to whether the detection signal is received. And, whether the beauty treatment instrument 100 is assembled with the reservoir assembly and the type of the reservoir assembly can be quickly and easily identified by detecting the identification and/or the magnetic field parameter value.

The cosmetic apparatus 100 may include a storage module, and the preset correspondence between the preset identification of the liquid storage component and/or the preset magnetic field parameter value and the type of the liquid storage component may be stored in the storage module in advance. The memory module may be a non-volatile memory.

In some embodiments, the identification includes at least one of color, pattern, text, number, information code, and electronic tag, and the detection module 10 includes at least one of a color recognition sensor, an image sensor, an information code reader, an electronic tag reader, a gauss meter, and a hall sensor.

Wherein, when the liquid storage component is provided with the mark and the mark is color, the detection module 10 may include at least one of a color recognition sensor and an image sensor for recognizing the mark of the liquid storage component. In some embodiments, the detection module 10 is a color recognition sensor, and the color recognition sensor is configured to detect tristimulus values of the identifier of the liquid storage component, including an R value, a G value, and a B value, and output corresponding detection signals to the control module 30, where the detection signals include detection information, the detection information includes the detected tristimulus values, and the control module 30 derives the identifier of the liquid storage component according to a proportional relationship of the tristimulus values. Illustratively, the R, G, and B values in the detection information included in the detection signal output by the color recognition sensor are 255, 0, and 0, respectively, and the control module 30 determines that the identification of the liquid storage component is red when receiving the R, G, and B values.

For another example, the detection module 10 is an image sensor, and the image sensor is configured to collect image information of the identifier of the liquid storage component, and output a corresponding detection signal to the control module 30, where the detection signal includes detection information, the detection information includes the collected image information of the identifier, and the control module 30 performs image processing and analysis on the collected image information of the identifier, so as to identify the identifier of the liquid storage component. When the marks are color, the liquid storage components can be integrally of the same color, the colors of the liquid storage components of different types are different, or the liquid storage components are provided with color areas, and the colors of the color areas of the liquid storage components of different types are different.

When the liquid storage component is provided with the mark and the mark includes at least one of a pattern, a text and a number, the detection module 10 may be an image sensor, and is configured to collect image information of the pattern, the text and the number of the liquid storage component, and output a corresponding detection signal to the control module 30, where the detection signal includes detection information, the detection information includes image information of the collected at least one of the pattern, the text and the number, and the control module 30 performs image processing and analysis on the collected image information of the at least one of the pattern, the text and the number, so as to identify at least one of the pattern, the text and the number of the liquid storage component.

Wherein, when the liquid storage component is provided with the identifier and the identifier is an information code, the detection module 10 may include an information code reader. For example, the information code is a bar code, and the detection module 10 may be a bar code reader for reading the bar code; for another example, the information code is a two-dimensional code, and the detection module 10 may be a two-dimensional code reader for reading the two-dimensional code.

Wherein, when the liquid storage component is provided with the identifier and the identifier is an electronic tag, the detection module 10 may include an electronic tag reader-writer. The electronic tag may comprise an RFID tag and/or an NFC tag.

When the liquid storage assembly has a magnetic attraction component, the detection module 10 may include a hall sensor, a gaussmeter, etc. for detecting a magnetic field parameter value of the magnetic attraction component, and outputting a corresponding detection signal to the control module 30, where the detection signal includes detection information, and the detection information includes the detected magnetic field parameter value.

Referring to fig. 2 to 4, fig. 2 is a schematic structural diagram of a liquid storage assembly 200 according to an embodiment of the application, fig. 3 is a schematic structural diagram of a cosmetic apparatus 100 according to an embodiment of the application, and fig. 4 is a schematic structural diagram of the liquid storage assembly 200 shown in fig. 2 and the cosmetic apparatus 100 shown in fig. 3 after assembly. In some embodiments, as shown in fig. 2, the reservoir assembly 200 includes a reservoir 210 and a connection 220, the reservoir 210 is fixed to the connection 220, the reservoir 210 is used for storing the cosmetic substance and releasing the cosmetic substance to the skin surface when contacting the skin, and the connection 220 is used for fixing with the cosmetic instrument 100, so that the reservoir assembly 200 is assembled to the cosmetic instrument 100.

The connection portion 220 may be detachably connected to the beauty apparatus 100 by a magnetic connection, a clamping connection, or the like.

In some embodiments, the reservoirs 210 of different types of reservoir assemblies 200 store different types of cosmetic substances having different cosmetic effects. In some embodiments, the different types of cosmetic substances may include cosmetic substances having anti-aging effects, cosmetic substances having anti-yellowing effects, cosmetic substances having repairing effects, and cosmetic substances having rejuvenating effects. For example, the cosmetic substance having an anti-aging effect may include acetylated hexapeptide (wrinkle removing peptide), vitamin C, etc., the cosmetic substance having a yellowing effect may include nicotinamide, arbutin, etc., the cosmetic substance having a repairing effect may include ceramide, hyaluronic acid, etc., and the cosmetic substance having a brightening function may include glucosyl hesperidin, inositol, etc. Obviously, in other embodiments, the cosmetic substance may also be a cosmetic substance having other ingredients.

In some embodiments, different types of reservoir assemblies 200 are applied to different regional modes of the cosmetic instrument 100. For example, the reservoir assembly 200 is an ocular reservoir assembly that is applied to an ocular mode of the cosmetic device 100; the reservoir assembly 200 is a cheek-type reservoir assembly that is applied to the facial model of the cosmetic instrument 100.

In some embodiments, the liquid storage portion 210 may include a porous structure with an adsorption function, such as a sponge, a foam, etc., so as to adsorb and store the cosmetic material, and the sponge, the foam, and the connection portion 220 are fixedly connected, for example, by an adhesive manner. When the cosmetic device 100 equipped with the liquid storage assembly 200 is applied to the skin, the liquid storage portion 210 is pressed by pressing the cosmetic device 100 to the skin, thereby releasing the cosmetic substance to the skin surface. Wherein, in some embodiments, the liquid storage part 210 may further comprise a film cloth covering a sponge or foam body, which can enhance the body feeling of the skin when the liquid storage assembly 200 contacts the skin.

In other embodiments, the reservoir assembly 200 may further include a push rod and a drive mechanism. The liquid storage portion 210 may include at least one liquid storage portion 210, the at least one liquid storage portion 210 is arranged in an array or is arranged in a concentric ring, the liquid storage portion 210 is tubular, openings are formed at two ends along an axial direction, the push rod is inserted into the liquid storage portion 210 and seals one of the openings, the push rod cooperates with the liquid storage portion 210 to form a containing space for containing the cosmetic substance, the other opening is used for releasing the cosmetic substance in the liquid storage portion 210 to the skin surface, and the push rod may be moved along the axial direction of the liquid storage portion 210 on the inner wall of the liquid storage portion 210. The driving mechanism is electrically connected to the push rod and the control module 30, and the control module 30 may control the driving mechanism to drive the push rod to move along the inner wall of the liquid storage portion 210, so that the cosmetic substance contained in the containing space is output from the liquid storage portion 210 to the outside of the cosmetic apparatus 100.

When the liquid storage assembly 200 is provided with the identifier, the identifier may be provided on the liquid storage portion 210 and/or the connection portion 220. In some embodiments, when the marks are of the same color, the liquid storage portions 210 may be of the same color as a whole, the liquid storage portions 210 of the different types of liquid storage assemblies 200 may be of different colors as a whole, or color areas are provided on the liquid storage portions 210, and the color areas of the liquid storage portions 210 of the different types of liquid storage assemblies may be of different colors. In other embodiments, when the marks are of the same color, the connection parts 220 may be of the same color as a whole, and the connection parts 220 of the different types of liquid storage assemblies 200 may be of different colors as a whole, or the connection parts 220 may be provided with color areas, and the color areas of the connection parts 220 of the different types of liquid storage assemblies may be of different colors.

When the liquid storage assembly 200 has the magnetic attraction piece, the magnetic attraction piece is disposed on the connecting portion 220, and a magnetic attraction piece is also disposed at a corresponding position of the beauty instrument 100, and the magnetic attraction piece disposed on the connecting portion 220 is used for attracting with the magnetic attraction piece disposed on the beauty instrument 100, so that the connecting portion 220 is detachably connected with the beauty instrument 100.

In some embodiments, the magnetic field strength of the magnetic attraction of the at least two types of liquid storage assemblies 200 is different, the magnetic field strength of the magnetic attraction can be detected by a hall sensor or a gaussian meter, and the control module 30 determines the type of the liquid storage assembly 200 according to the detected magnetic field strength. Wherein, the magnetic attraction pieces of the at least two types of liquid storage components 200 are the same in material and different in magnetizing quantity, and the magnetic field strength of the magnetic attraction pieces of the at least two types of liquid storage components 200 is different by setting the different magnetizing quantities of the magnetic attraction pieces of the at least two types of liquid storage components 200. Alternatively, the magnetic attraction pieces of the at least two types of liquid storage assemblies 200 are the same in material, and the volumes of the magnetic attraction pieces are different, so that the magnetic field strengths of the magnetic attraction pieces of the at least two types of liquid storage assemblies 200 are different by setting the volumes of the magnetic attraction pieces of the at least two types of liquid storage assemblies 200 to be different. Alternatively, the magnetic attraction members of the at least two types of liquid storage assemblies 200 are made of different materials, so that the magnetic field strengths of the magnetic attraction members of the at least two types of liquid storage assemblies 200 are different, for example, the magnetic attraction members of the at least two types of liquid storage assemblies 200 may be made of the ferrite magnet, the neodymium-iron-boron magnet, and the samarium-cobalt magnet, respectively, and the magnetic field strengths of the magnetic attraction members of the at least two types of liquid storage assemblies 200 are different due to different magnetic materials.

In some embodiments, the type of the reservoir assembly 200 includes at least one of an anti-aging type, a yellow-removing type, a repair type, and a glow-on type.

The preset correspondence between the identifier of the liquid storage component 200 and the type of the liquid storage component 200 includes at least one of at least two correspondence between the identifier and the anti-aging type, the yellow-removing type, the repair type and the brightening type, that is, the preset correspondence between the identifier of the liquid storage component 200 and the type of the liquid storage component 200 includes at least one of a correspondence between the identifier and the anti-aging type, a correspondence between the identifier and the yellow-removing type, a correspondence between the identifier and the repair type and a correspondence between the identifier and the brightening type, where the identifiers corresponding to different types are different.

Illustratively, the marks are color, the liquid storage component 200 is provided with a color area, and the preset correspondence between the marks of the liquid storage component 200 and the types of the liquid storage component 200 defines that red corresponds to an anti-aging type, yellow corresponds to a yellow-removing type, green corresponds to a repairing type, and blue corresponds to a brightening type.

By presetting the correspondence between the identification and the type of the reservoir assembly 200, the type of the reservoir assembly 200 mounted to the cosmetic instrument 100 can be conveniently determined according to the correspondence and the detected identification.

The foregoing preset correspondence between the magnetic field parameter value and the type of the liquid storage component 200 includes at least one of the correspondence between at least two magnetic field parameter values and the anti-aging type, the yellow-removing type, the repair type and the brightening type, that is, the preset correspondence between the magnetic field parameter value and the type of the liquid storage component 200 includes at least one of the correspondence between the magnetic field parameter value and the anti-aging type, the correspondence between the magnetic field parameter value and the yellow-removing type, the correspondence between the magnetic field parameter value and the repair type and the correspondence between the magnetic field parameter value and the brightening type, where the magnetic field parameter values corresponding to different types are different.

Illustratively, the magnetic field parameter value is a magnetic field intensity value, and the preset correspondence between the magnetic field parameter value and the type of the liquid storage assembly 200 defines 1000Gs corresponding to an anti-aging type, 1500Gs corresponding to a yellow-removing type, 2000Gs corresponding to a repair type, and 2500Gs corresponding to a brightening type.

By presetting the correspondence between the magnetic field parameter value and the type of the reservoir assembly 200, the type of the reservoir assembly 200 mounted to the cosmetic apparatus 100 can be conveniently determined according to the correspondence and the detected magnetic field parameter value.

In some embodiments, the operating mode of the cosmetic device 100 includes at least one output mode including at least one of an anti-fade mode, a yellow-removal mode, a repair mode, and a glow-on mode, the output state of the functional component 20 being different when the cosmetic device 100 is in different output modes. As previously described, the types of the liquid storage assembly 200 include at least one of an anti-aging type, a yellow-removing type, a repair type, and a brightening type. Wherein the output status of the functional component 20 may include whether the functional component 20 is outputting and/or an output parameter at the time of outputting. In some embodiments, the functional component 20 includes at least two components, and the output states of the functional component 20 are different when the beauty treatment instrument 100 is in different output modes, which may be that the components that output from the at least two components of the functional component 20 are different when the beauty treatment instrument 100 is in different output modes, or that the components that output are the same and the output parameters of at least one are different.

By controlling the output states of the functional components 20 to be different when the beauty instrument 100 is in different output modes, a user can select one of anti-aging, anti-yellowing, repairing and brightening liquid storage components to be assembled on the beauty instrument 100 according to the target beauty effect which is realized as required, and the beauty instrument 100 can determine the output mode by detecting the type of the assembled liquid storage component 200 and according to the type of the liquid storage component 200, and control the form and/or the energy size of the energy output by the functional components 20 according to the output mode, thereby meeting the requirement of the target beauty effect on the energy form and/or the energy size.

When the operation mode includes the output mode, the control module 30 determines a target operation mode according to the type of the liquid storage assembly 200, including: according to a preset corresponding relation between a preset type of the liquid storage component 200 and an output mode, determining that the target working mode includes an output mode corresponding to the type of the liquid storage component 200 assembled by the beauty instrument 100, wherein the preset corresponding relation between the type of the liquid storage component 200 and the output mode defines at least one of a corresponding relation between an anti-aging mode and an anti-aging mode, a corresponding relation between a yellow-removing mode and a yellow-removing mode, a corresponding relation between a repair mode and a repair mode, and a corresponding relation between a brightening mode and a brightening mode.

Illustratively, when the type of the liquid storage assembly 200 assembled with the beauty apparatus 100 is an anti-aging mode, the target operation mode is determined to include the anti-aging mode according to the correspondence between the type of the liquid storage assembly 200 and the output mode.

By presetting the correspondence between the type of the liquid storage component 200 and the output mode, the target working mode can be conveniently obtained according to the correspondence and the determined type of the liquid storage component 200.

In some embodiments, the functional component 20 comprises at least one of an electrotherapy component, a phototherapy component, and a hyperthermia component. The control module 30 controls the functional module 20 to output energy such that the cosmetic instrument 100 is in the target operation mode, including: at least one of the electrotherapy, phototherapy, and hyperthermia components is controlled to output energy such that the cosmetic instrument 100 is in the target operating mode.

When the beauty apparatus 100 is in different output modes, the components for outputting among the electrotherapy component, the phototherapy component and the thermal therapy component may be different or the same, and when the components for outputting are the same, at least one of the components for outputting has different output parameters.

By arranging the functional components 20 including the electrotherapy component, the phototherapy component and the thermal therapy component, the beauty instrument 100 has electrotherapy, phototherapy and thermal therapy functions, so that at least one of the electrotherapy, phototherapy and thermal therapy functions can be provided to the skin by the beauty instrument 100 according to the beauty requirement, and the diversity of the beauty function of the beauty instrument 100 is enriched.

Wherein the electrotherapy assembly may include at least one electrode electrically connected to the control module 30 for the control module 30 to output rf energy and/or EMS micro-current to the skin. When the cosmetic device 100 equipped with the reservoir assembly 200 acts on the skin, the electrode contacts the cosmetic substance in the reservoir 210 to output the rf energy and/or EMS micro-current to the skin through the cosmetic substance.

Wherein, the beauty instrument 100 may include an energy supply module and an output switch connected between an output end of the energy supply module and the electrode. In some embodiments, the power supply module may be a high-frequency ac power module that outputs high-frequency ac power, for example, may be an inverter that converts dc of a battery into ac, the output end of the power supply module may be any one of two output ends of the inverter, and the control module 30 is connected to the output switch, and is configured to control and adjust the duty ratio of the output switch, so as to adjust the output rf energy.

In other embodiments, the power supply module may be a low-frequency ac power source, for example, an inverter that converts a direct current of a battery into an alternating current, where the output ac frequency is only low, and the control module 30 is connected to the output switch and is used for controlling and adjusting a duty cycle of the output switch, so as to adjust an output EMS micro-current.

Wherein the phototherapy assembly may include at least one LED lamp electrically connected with the control module 30 for emitting light to phototherapy the skin. In some embodiments, the phototherapy component includes a red LED lamp and a yellow LED lamp, which are respectively used for emitting red light and yellow light, and when the red LED lamp and the yellow LED lamp emit light at the same time, orange light can be emitted to the skin. Obviously, the LED lamp can also be set as an LED lamp for emitting other colors according to actual requirements.

Wherein the thermal therapy assembly may comprise a heating circuit for heating, which is electrically connected with the control module 30. For example, the hyperthermia component can be a PI heat generating film.

Referring to fig. 5, a block diagram of a cosmetic apparatus 100 according to another embodiment of the present application is shown. In some embodiments, as shown in fig. 5, the functional module 20 includes an electrotherapy module 21, a phototherapy module 22, and a hyperthermia module 23, and the operation mode includes the output mode, and the output mode includes an anti-aging mode, a yellow-removing mode, a repair mode, and a brightening mode. When the beauty apparatus 100 is in the anti-aging mode, the yellow-removing mode, the repair mode, and the brightening mode, respectively, the output states of at least one of the electrotherapy unit 21, the phototherapy unit 22, and the hyperthermia unit 23 are different, and the output states include whether to output and/or output parameters during output.

When the beauty apparatus 100 is in the anti-aging mode, the yellow-removing mode, the repair mode and the brightening mode, the components of the electrotherapy component 21, the phototherapy component 22 and the hyperthermia component 23 that output are different, or the components that output are the same and the output parameters of at least one component are different.

Wherein, the output parameter of the electrotherapy component 21 can be a parameter related to the energy output by the electrotherapy component 21, for example, the output parameter can be an EMS micro-current value. The output parameter of the phototherapy component 22 may be a parameter related to the amount of energy output by the phototherapy component 22, for example, the output parameter may be the wavelength of the emitted light. The output parameter of the thermal treatment assembly 23 may be a parameter related to the amount of energy output by the thermal treatment assembly 23, for example the output parameter may be heating power.

By controlling the different output states of the components in different output modes, different beauty effects of resisting aging, removing yellow, repairing, brightening and the like can be achieved.

In some embodiments, when the beauty apparatus 100 is in the anti-aging mode, the yellow-removing mode and the bright-turning mode, the components of the electrotherapy component 21, the phototherapy component 22 and the hyperthermia component 23 that output are the same, and at least one of the components that output has different output parameters. When the beauty apparatus 100 is in the repair mode, the components for output are different from the other three output modes.

In some embodiments, when the beauty apparatus 100 is in the anti-aging mode, the yellow-removing mode and the light-refreshing mode, the electrotherapy component 21, the phototherapy component 22 and the thermal therapy component 23 are all output, that is, when the working mode includes one of the anti-aging mode, the yellow-removing mode and the light-refreshing mode, the combination of the components that are output is the electrotherapy component 21, the phototherapy component 22 and the thermal therapy component 23, wherein the intensity of the energy output by the electrotherapy component 21 in the yellow-removing mode and the light-refreshing mode is smaller than the intensity of the energy output by the electrotherapy component 21 in the anti-aging mode, and the intensity of the energy output by the phototherapy component 22 in the yellow-removing mode and the light-refreshing mode is smaller than the intensity of the energy output by the phototherapy component 22 in the anti-aging mode. When the beauty apparatus 100 is in the repair mode, the electrotherapy unit 21 and the phototherapy unit 22 are output, and the hyperthermia unit 23 is not output, i.e. the combination of the units output in the repair mode is the electrotherapy unit 21 and the phototherapy unit 22.

It is apparent that in other embodiments, when the beauty treatment apparatus 100 is in the anti-aging mode, the repairing mode, the yellow removing mode and the brightening mode, the combination of the components outputting from the electrotherapy component 21, the phototherapy component 22 and the hyperthermia component 23 can be other combinations; when the components for output are the same, the intensity relationship of the energy output by the components can be set according to the actual requirements in different output modes.

In some embodiments, the control module 30 controls the functional component 20 to output energy such that the cosmetic instrument 100 is in the target operating mode, including: when the target operation mode includes the anti-aging mode, the control module 30 controls the electrotherapy module 21 to output EMS micro-current, the phototherapy module 22 to emit red light and infrared light, and the hyperthermia module 23 to heat; when the target operation mode includes the yellow-removing mode, the control module 30 controls the electrotherapy assembly 21 to output EMS micro-current, the phototherapy assembly 22 to emit red light and orange light, and the hyperthermia assembly 23 to heat; when the target operation mode includes the repair mode, the control module 30 controls the electrotherapy assembly 21 to output EMS micro-current and the phototherapy assembly 22 to emit red light, orange light, and infrared light; when the target operation mode includes the refresh mode, the control module 30 controls the electrotherapy module 21 to output EMS micro-current, the phototherapy module 22 to emit orange light, and the hyperthermia module 23 to heat.

In different output modes, the magnitude of the EMS micro-current output by the electrotherapy module 21 may be: an anti-aging mode > a yellow-removing mode > a repair mode/a brightening mode; the temperature to which the thermal treatment assembly 23 is heated may be as follows: the anti-aging mode is approximately equal to the yellow-removing mode and is a brightening mode.

In some embodiments, the temperature to which the thermal therapy assembly 23 is heated is 43 ℃ in the anti-aging mode and the yellow-removing mode, and 41 ℃ in the light-up mode. In other embodiments, the temperature to which the thermal treatment assembly 23 is heated may be set to other values according to actual requirements.

In the anti-aging mode, the electrotherapy component 21 and the thermal therapy component 23 are controlled to output relatively high energy, and the phototherapy component 22 is controlled to emit red light and infrared light, so that an anti-aging effect can be achieved; in the yellow-removing mode, the electrotherapy component 21 is controlled to output with medium energy, the thermal therapy component 23 is controlled to output with relatively high energy, and the phototherapy component 22 is controlled to emit red light and orange light, so that the yellow-removing effect can be achieved; in the repairing mode, the electrotherapy component 21 is controlled to output relatively low energy, and the phototherapy component 22 emits red light, orange light and infrared light, so that the effect of repairing skin can be achieved; in the brightening mode, the electrotherapy component 21 and the thermal therapy component 23 are controlled to output with relatively low energy, and the phototherapy component 22 is controlled to emit orange light, so that the brightening and brightening effects can be achieved.

In some embodiments, the type of reservoir assembly 200 includes at least one of an eye-type, a cheek-type, and a full-face-type.

The preset correspondence between the identifier of the liquid storage component 200 and the type of the liquid storage component 200 includes at least one of correspondence between at least two identifiers and the eye type, cheek type and full face type, that is, the preset correspondence between the identifier of the liquid storage component 200 and the type of the liquid storage component 200 includes at least one of correspondence between the identifier and the eye type, correspondence between the identifier and the cheek type and correspondence between the identifier and the full face type, wherein the identifiers corresponding to different types are different.

Illustratively, the marks are color, the liquid storage component 200 is provided with a color area, and the preset correspondence between the marks of the liquid storage component 200 and the types of the liquid storage component 200 defines that purple corresponds to an eye type, cyan corresponds to a cheek type, and orange corresponds to a full face type.

The foregoing preset correspondence between the magnetic field parameter value and the type of the liquid storage component 200 includes at least one of the correspondence between at least two magnetic field parameter values and the eye type, the cheek type and the full face type, that is, the preset correspondence between the magnetic field parameter value and the type of the liquid storage component 200 includes at least one of the correspondence between the magnetic field parameter value and the eye type, the correspondence between the magnetic field parameter value and the cheek type and the correspondence between the magnetic field parameter value and the full face type, wherein the magnetic field parameter values corresponding to different types are different.

Illustratively, the magnetic field parameter value is a magnetic field strength value, and the preset correspondence of the magnetic field parameter value to the type of the liquid storage assembly 200 defines 1500Gs to the eye type, 2200Gs to the cheek type, and 3000Gs to the full face type.

In some embodiments, the operating mode of the cosmetic device 100 includes at least one region mode including at least one of an eye mode, a cheek mode, and a full face mode. As shown in fig. 3, the beauty treatment device 100 includes an eye action area 50 and a cheek action area 60 on the same surface, the eye action area 50 and the cheek action area 60 face different skin areas when the beauty treatment device 100 is applied to the skin, and the liquid storage assembly 200 is used to cover the eye action area 50 and/or the cheek action area 60 when assembled with the beauty treatment device 100. The functional module 20 includes a first functional module for outputting energy to the skin affected by the eye-acting region 50 and a second functional module for conducting the energy outputted from the first functional module to the skin affected by the eye-acting region 50 through the cosmetic material stored in the portion of the reservoir module 200 covering the eye-acting region 50. The second functional module is used to output energy to the skin acted on by the cheek region of action 60, and the energy output by the second functional module is conducted to the skin acted on by the cheek region of action 60 through the cosmetic substance stored in the portion of the reservoir module 200 covering the cheek region of action 60.

The output state of the first functional component and/or the output state of the second functional component are different when the beauty apparatus 100 is in different area modes, and the type of the liquid storage component 200 includes at least one of an eye type, a cheek type and a full face type. Wherein the output state of the first functional component may include an output parameter when the first functional component performs output and/or output, and the output state of the second functional component may include an output parameter when the second functional component performs output and/or output.

In some embodiments, the first functional component outputs and the second functional component does not output in a different region mode; or the second functional component outputs, and the first functional component does not output; or, the first functional component and the first functional component are output.

When the beauty instrument 100 is in different area modes, the output states of the first functional component and/or the output states of the second functional component are controlled to be different, so that a user can select the type of the corresponding liquid storage component 200 according to the target face area required for beauty, the beauty instrument 100 determines the area mode by detecting the type of the liquid storage component 200 and controls the component corresponding to the target face area to output according to the determined area mode, and therefore, the beauty requirement on the target face area can be met, and unnecessary components can be avoided from outputting. Furthermore, when the beauty apparatus 100 acts on at least two face regions, and the at least two face regions have different requirements on the magnitude of the output energy and/or the form of the output energy, the eye acting region 50 and the cheek acting region 60 may be respectively acted on different face regions, so as to respectively output corresponding energy to different face regions and/or respectively output energy to different face regions in corresponding forms of energy through the first functional component and the second functional component. The facial region may be an eye region, cheek region, full face region, or the like.

When the operation mode includes the area mode, the control module 30 determines a target operation mode according to the type of the liquid storage assembly 200, including: according to the preset correspondence between the type of the preset liquid storage component 200 and the output mode, the target working mode is determined to include an area mode corresponding to the type of the liquid storage component 200 assembled in the cosmetic apparatus 100.

The preset correspondence between the type of the liquid storage component 200 and the area mode defines at least one of a correspondence between an eye type and an eye mode, a correspondence between a cheek type and a cheek mode, and a correspondence between a full face type and a full face mode.

By presetting the correspondence between the type of the liquid storage component 200 and the area mode, the target working mode can be conveniently obtained according to the correspondence and the determined type of the liquid storage component 200.

Wherein, in some embodiments, as shown in fig. 3, the ocular active region 50 and cheek active region 60 may be located in the same plane. In other embodiments, the ocular active region 50 and cheek active region 60 may be located on the same curved surface. The eye region 50 and the cheek region 60 may be shaped to fit the eyes and cheeks, respectively, according to the characteristics of the bones and skin thickness of the eyes and cheeks.

The control module 30 may control the first functional component and the second functional component to output simultaneously, or may control one of them to output separately.

When the operation mode of the cosmetic apparatus 100 includes the region mode, the control module 30 controls the functional module 20 to output energy such that the cosmetic apparatus 100 is in the target operation mode, including: controlling the first functional component to output energy and controlling the second functional component not to output energy when the target working mode is determined to comprise the eye mode; upon determining that the target operating mode includes the cheek mode, controlling the second functional component to output energy and controlling the first functional component not to output energy; and controlling the first functional component and the second functional component to output energy when the target working mode is determined to comprise the full face mode.

That is, when the cosmetic apparatus 100 is in the eye mode, the first functional component outputs and the second functional component does not output; when the beauty apparatus 100 is in cheek mode, the second functional component outputs, and the first functional component does not output; when the beauty device 100 is in the full face mode, the first functional component and the second functional component are both output.

When the target working mode comprises an eye mode, the first functional component is controlled to output and the second functional component is controlled not to output, and when the target working mode comprises a cheek mode, the second functional component is controlled to output and the first functional component is controlled not to output, the output of the corresponding functional component can be controlled pertinently according to the face area of the user for beautifying, the beautifying requirement of the user on the face area can be met, unnecessary functional components can be avoided to output, and further the power consumption can be reduced. In addition, when the target working mode is determined to include the full face mode, the first functional component and the second functional component are controlled to output, so that the acting area of the beauty instrument 100 when acting on the skin can be increased, and the beauty efficiency of the beauty instrument 100 can be improved.

In some embodiments, the active area of the eye active area 50 may be smaller than the active area of the cheek active area 60, which may be understood that when the beauty apparatus 100 acts on the skin, the area of the orthographic projection of the eye active area 50 on the skin is smaller than the area of the orthographic projection of the cheek active area 60 on the skin, so that the active area of the eye active area 50 acts on the skin is smaller than the active area of the cheek active area 60 when acting on the skin, and thus, according to the position of the facial area where the user needs to make up, different active areas may act on the facial area, for example, when the user needs to make up the eye area, the eye active area 50 acts on the eye area due to the smaller area of the eye area, and the eye active area 50 acts on the eye area and controls the output of the first functional component, so that not only can the beauty requirement of the eye area be satisfied, but also the energy output waste and the power consumption reduction may be avoided; when the cheek region is required to be beautified, the cheek region 60 acts on the cheek region, and the cheek region 60 with larger acting area acts on the cheek region and controls the output of the second functional component because the cheek region has larger area than the eye region, so that the requirement of the cheek region on beauty can be met, the output energy can be avoided to be wasted, and the power consumption can be reduced; when the whole face region is required to be beautified, the eye acting region 50 and the cheek acting region 60 are acted on the whole face, and the eye acting region 50 and the cheek acting region 60 are acted on the face and are controlled to output the first functional component and the second functional component due to the fact that the area required to be beautified is large, so that the energy output area can be increased, and the beautifying efficiency is improved.

Referring to fig. 6, a schematic structural diagram of the connection of the first functional unit 20a, the second functional unit 20b, the power module 40 and the control module 30 according to an embodiment of the application is shown. In some embodiments, as shown in fig. 6, the beauty apparatus 100 further includes a power module 40, a first switch 70 and a second switch 80, the first switch 70 is connected between the power module 40 and the first functional component 20a, and the second switch 80 is connected between the power module 40 and the second functional component 20 b. The power module 40 is configured to provide power to the first functional component 20a and the second functional component 20 b.

When the control module 30 determines that the target working mode includes an eye mode, the first switch 70 is controlled to be turned on, and the second switch 80 is controlled to be turned off, so that the power module 40 is connected with the first functional component 20a and disconnected with the second functional component 20 b; upon determining that the target operation mode includes a cheek mode, controlling the second switch 80 to be turned on and the first switch 70 to be turned off, so that the power module 40 is connected to the second functional component 20b and disconnected from the first functional component 20 a; when it is determined that the target operation mode includes a full-face mode, the first switch 70 and the second switch 80 are controlled to be turned on, so that the power module 40 is connected to both the first functional component 20a and the second functional component 20 b. The first switch 70 and the second switch 80 may be digital controlled switches, such as MOS diodes, BJT transistors, etc.

In some embodiments, the first functional component 20a comprises at least one of a first electrotherapy component 21a, a first phototherapy component 22a, and a first hyperthermia component 23a, and the second functional component 20b comprises at least one of a second electrotherapy component 21b, a second phototherapy component 22b, and a second hyperthermia component 23 b.

When the operation mode of the cosmetic apparatus 100 includes the region mode, the control module 30 controls the functional module 20 to output energy such that the cosmetic apparatus 100 is in the target operation mode, including: at least one of the first electrotherapy component 21a, the first phototherapy component 22a, and the first thermal therapy component 23a, and/or at least one of the second electrotherapy component 21b, the second phototherapy component 22b, and the second thermal therapy component 23b is controlled to output energy such that the cosmetic apparatus 100 is in the target operation mode.

By providing that the first functional component 20a includes the first electrotherapy component 21a, the first phototherapy component 22a and the first thermal therapy component 23a, and providing that the second functional component 20b includes the second electrotherapy component 21b, the second phototherapy component 22b and the second thermal therapy component 23b, the beauty instrument 100 has electrotherapy, phototherapy and thermal therapy functions when acting on the eye region or the cheek region, so that the beauty instrument 100 can be controlled to provide at least one function of electrotherapy, phototherapy and thermal therapy functions for the eye region or the cheek region according to the beauty requirement of the eye region or the beauty requirement of the cheek region, and the beauty function diversity of the beauty instrument 100 is enriched.

In some embodiments, as shown in fig. 6, the first switch 70 includes at least two first sub-switches 70a, the second switch 80 includes at least two second sub-switches 80a, a first sub-switch 70a is connected between the control module 30 and the first electrotherapy assembly 21a, the first phototherapy assembly 22a, and the first hyperthermia assembly 23a, and a second sub-switch 80a is connected between the control module 30 and the second electrotherapy assembly 21b, the second phototherapy assembly 22b, and the second hyperthermia assembly 23 b.

The control module 30 controls at least one of the at least two first sub-switches 70a to be turned on and all second sub-switches 80a to be turned off when it is determined that the target operation mode includes an eye mode; upon determining that the target operation mode includes a cheek mode, controlling at least one of the at least two second sub-switches 80a to be turned on, all of the first sub-switches 70a to be turned off; upon determining that the target operating mode includes a full face mode, at least one of the at least two first sub-switches 70a is controlled to be turned on, and at least one of the at least two second sub-switches 80a is controlled to be turned on.

Wherein the first electrotherapy component 21a is used for outputting electric energy to the skin acted by the eye action region 50, and the second electrotherapy component 21b is used for outputting electric energy to the skin acted by the cheek action region 60; the first phototherapy assembly 22a is configured to output light energy to skin affected by the ocular region of action 50, and the second phototherapy assembly 22b is configured to output light energy to skin affected by the cheek region of action 60; the first thermal treatment assembly 23a is used for outputting thermal energy to the skin acting on the eye region of action 50, and the second thermal treatment assembly 23b is used for outputting thermal energy to the skin acting on the cheek region of action 60.

The first electrotherapy component 21a and the second electrotherapy component 21b form the electrotherapy component 21, the first phototherapy component 22a and the second phototherapy component 22b form the phototherapy component 22, and the first thermal therapy component 23a and the second thermal therapy component 23b form the thermal therapy component 23.

Wherein the aforementioned at least one electrode comprises at least two electrodes, the at least two electrodes comprise at least one first electrode and at least one second electrode, the at least one first electrode is used for the control module 30 to output radio frequency energy and/or EMS micro-current to the skin acted on by the eye action region 50, and the at least one second electrode is used for the control module 30 to output radio frequency energy and/or EMS micro-current to the skin acted on by the cheek action region 60.

Wherein the at least one LED lamp includes at least two LED lamps, the at least two LED lamps include at least one first LED lamp and at least one second LED lamp, the at least one first LED lamp is configured to emit light to perform phototherapy on the skin acted by the eye action area 50, and the at least one second LED lamp is configured to emit light to perform phototherapy on the skin acted by the cheek action area 60.

The aforementioned heating circuit may include a first heating circuit for heating to output heat energy to the skin acting on the eye acting region 50 and a second heating circuit for heating to output heat energy to the skin acting on the cheek acting region 60.

In some embodiments, the intensity of the energy output by at least one of the first electrotherapy component 21a, the first phototherapy component 22a, and the first thermal therapy component 23a is less than or equal to the intensity of the energy output by the second electrotherapy component 21b, the second phototherapy component 22b, and the second thermal therapy component 23b, i.e., the intensity of the energy output by the first electrotherapy component 21a is less than or equal to the second electrotherapy component 21b, and/or the intensity of the energy output by the first phototherapy component 22a is less than or equal to the second phototherapy component 22b, and/or the intensity of the energy output by the first thermal therapy component 23a is less than or equal to the second thermal therapy component 23b.

By controlling the intensity of the energy output from the components in the first functional component 20a to be less than or equal to the intensity of the energy output from the components of the same type in the second functional component 20b, when the user uses the eye region 50 and the cheek region 60 of the cosmetic apparatus 100 to act on the eye region and the cheek region, respectively, the energy output from the first functional component 20a and the second functional component 20b can correspond to the skin characteristics of the eye region and the cheek region, so that the skin of the eye is prevented from being damaged due to excessive energy or the skin of the cheek is prevented from being damaged due to insufficient energy.

In some embodiments, the anti-aging reservoir component comprises at least one of an eye anti-aging type, a cheek anti-aging type, and a full-face anti-aging type, the repair reservoir component comprises at least one of an eye repair type, a cheek repair type, and a full-face repair type, the yellowing-type reservoir component comprises at least one of an eye yellowing type, a cheek yellowing type, and a full-face yellowing type, and the brightening reservoir component comprises at least one of an eye brightening type, a cheek brightening type, and a full-face brightening type.

The preset correspondence between the marks of the liquid storage component 200 and the types of the liquid storage component 200 includes at least two marks, which are at least one of an eye anti-aging type, a cheek anti-aging type, a full face anti-aging type, an eye repair type, a cheek repair type, a full face repair type, an eye yellowing type, a cheek yellowing type, a full face yellowing type, an eye brightening type, a cheek brightening type and a full face brightening type, wherein the at least two marks are different from each other. That is, the preset correspondence between the identifier of the liquid storage component 200 and the type of the liquid storage component 200 includes a correspondence between the identifier and the eye anti-aging type, a correspondence between the identifier and the cheek anti-aging type, a correspondence between the identifier and the full face anti-aging type, a correspondence between the identifier and the eye repair type, a correspondence between the identifier and the cheek repair type, a correspondence between the identifier and the full face repair type, a correspondence between the identifier and the eye yellowing type, a correspondence between the identifier and the cheek yellowing type, a correspondence between the identifier and the full face yellowing type, a correspondence between the identifier and the eye brightening type, a correspondence between the identifier and the cheek brightening type, and a correspondence between the identifier and the full face brightening type.

Illustratively, the marks are color, the liquid storage component 200 is provided with a color area, and the preset correspondence between the marks of the liquid storage component 200 and the types of the liquid storage component 200 defines that the light orange color corresponds to the eye anti-aging type, the orange color corresponds to the cheek anti-aging type, and the positive yellow color corresponds to the full face anti-aging type.

The preset correspondence between the magnetic field parameter value and the type of the liquid storage component 200 includes at least two magnetic field parameter values and at least one of an eye anti-aging type, a cheek anti-aging type, a full face anti-aging type, an eye repair type, a cheek repair type, a full face repair type, an eye yellowing type, a cheek yellowing type, a full face yellowing type, an eye brightening type, a cheek brightening type and a full face brightening type, wherein the at least two magnetic field parameter values are different. That is, the preset correspondence between the magnetic field parameter value and the type of the liquid storage component 200 includes a correspondence between the magnetic field parameter value and the eye anti-aging type, a correspondence between the magnetic field parameter value and the cheek anti-aging type, a correspondence between the magnetic field parameter value and the full face anti-aging type, a correspondence between the magnetic field parameter value and the eye repair type, a correspondence between the magnetic field parameter value and the cheek repair type, a correspondence between the magnetic field parameter value and the full face repair type, a correspondence between the magnetic field parameter value and the eye yellowing type, a correspondence between the magnetic field parameter value and the cheek yellowing type, a correspondence between the magnetic field parameter value and the eye brightening type, a correspondence between the mark and the cheek brightening type, and a correspondence between the magnetic field parameter value and the full face brightening type.

In some embodiments, as previously described, the reservoir assembly 200 includes at least one of an eye anti-aging type, a cheek anti-aging type, a full-face anti-aging type, an eye yellowing type, a cheek yellowing type, a full-face yellowing type, an eye repair type, a cheek repair type, a full-face repair type, an eye glow type, a cheek glow type, a full-face glow type. The operation modes of the beauty apparatus 100 include an output mode and an area mode, the output mode includes at least one of an anti-aging mode, a yellow-removing mode, a repair mode and a brightening mode, and the area mode includes at least one of an eye mode, a cheek mode and a full face mode.

As described above, the cosmetic device 100 includes the eye-portion active region 50 and the cheek-portion active region 60 on the same surface, the liquid storage component 200 is configured to cover the eye-portion active region 50 and/or the cheek-portion active region 60 when assembled with the cosmetic device 100, the functional component 20 includes a first functional component 20a and a second functional component 20b, the first functional component 20a is configured to output energy to the skin that acts on the eye-portion active region 50, the second functional component 20b is configured to output energy to the skin that acts on the cheek-portion active region 60, and the output state of the first functional component 20a and/or the output state of the second functional component 20b are different when the cosmetic device 100 is in different operation modes. The output status of the first functional component 20a may include output parameters of whether the first functional component 20a is outputting and/or outputting, and the output status of the second functional component 20b may include output parameters of whether the second functional component 20b is outputting and/or outputting.

In some embodiments, in a different mode of operation, the first functional component 20a outputs and the second functional component 20b does not output; alternatively, the second functional component 20b outputs, and the first functional component 20a does not output; alternatively, both the first functional component 20a and the second functional component 20b are output.

In some embodiments, the components that perform the output are the same for different modes of operation, with different output parameters for the output.

The aforementioned control module 30 determines a target operation mode according to the type of the liquid storage assembly 200, including: according to the preset correspondence between the type of the preset liquid storage component 200 and the output mode and the working mode, the output mode and the region mode corresponding to the type of the liquid storage component 200 assembled by the beauty instrument 100 are determined as the target working mode.

The preset correspondence between the type of the liquid storage component 200 and the output mode and the area mode includes at least one of a correspondence between an eye anti-aging mode and an eye mode, a correspondence between a cheek anti-aging mode and an anti-aging mode and a full face anti-aging mode, a correspondence between an eye anti-yellowing mode and an eye anti-yellowing mode, a correspondence between a full face anti-yellowing mode and a full face mode, a correspondence between an eye repair mode and an eye mode, a correspondence between a cheek repair mode and a cheek repair mode, a correspondence between an eye brightening mode and an eye brightening mode, a correspondence between a cheek brightening mode and a full face brightening mode, and a correspondence between a cheek brightening mode and a full face brightening mode.

By controlling the output state of the first functional component 20a and/or the output state of the second functional component 20b to be different when the beauty instrument 100 is in different working modes, that is, in different region modes and output modes, the user can select the type of the corresponding liquid storage component 200 according to the target facial region to be beautified and the target beauty efficacy to be realized, and the beauty instrument 100 determines the working mode by detecting the type of the liquid storage component 200 and controls the corresponding component to output with the corresponding output parameter according to the determined working mode, thereby meeting the requirement of the target beauty efficacy required to be achieved by the target facial region on the energy form and/or the energy size. In addition, when the user needs to apply the beauty apparatus 100 to at least two face regions, and the at least two face regions have different requirements on the magnitude of the output energy and/or the form of the output energy, the eye application region 50 and the cheek application region 60 may be applied to different face regions, respectively, so as to output corresponding energy to different face regions through the first functional component 20a and the second functional component 20b, respectively, and/or output energy to different face regions in corresponding forms of energy, respectively.

In some embodiments, when the operation mode includes an output mode and a region mode, the control module 30 controls the functional component 20 to output energy such that the beauty treatment instrument 100 is in the target operation mode, including: when the area mode of the target working mode is determined to be the eye mode, controlling the first functional component 20a to output energy and controlling the second functional component 20b not to output energy; upon determining that the region mode of the target operation mode is the cheek mode, controlling the second functional component 20b to output energy and controlling the first functional component 20a not to output energy; and when the area mode of the target working mode is determined to be the full face mode, controlling the first functional component 20a and the second functional component 20b to output energy.

That is, when the region mode in which the beauty apparatus 100 is located is an eye mode, and the output mode is one of an anti-aging mode, a yellow-removing mode, a repair mode, and a brightening mode, the first functional component 20a outputs and the second functional component 20b does not output; when the area mode of the beauty apparatus 100 is cheek mode, and the output mode is one of anti-aging mode, yellow-removing mode, repair mode and brightening mode, the second functional component 20b outputs and the first functional component 20a does not output; when the area mode of the beauty apparatus 100 is a full face mode, and the output modes are one of an anti-aging mode, a yellow-removing mode, a repair mode and a brightening mode, the first functional component 20a and the second functional component 20b are both output.

When the region mode of the target working mode is determined to be the eye mode, the first functional component 20a is controlled to output and the second functional component 20b is not output, and when the region mode of the target working mode is the cheek mode, the second functional component 20b is controlled to output and the first functional component 20a is not output, so that the output of the corresponding functional component can be controlled pertinently according to the facial region of the user for beauty, the beauty requirement of the user on the facial region can be met, unnecessary functional components can be avoided to output, and further the power consumption can be reduced. In addition, when the area mode of the target operation mode is determined to be the full face mode, the first functional component 20a and the second functional component 20b are controlled to output, so that the acting area of the beauty treatment instrument 100 when acting on the skin can be increased, and the beauty treatment efficiency of the beauty treatment instrument 100 can be improved.

The control module 30 may control the first functional component 20a to output or not output by controlling the first switch 70 to turn on or off, and control the second functional component 20b to output or not output by controlling the second switch 80.

In some embodiments, as previously described, the first functional component 20a includes at least one of a first electrotherapy component 21a, a first phototherapy component 22a, and a first hyperthermia component 23a, and the second functional component 20b includes at least one of a second electrotherapy component 21b, a second phototherapy component 22b, and a second hyperthermia component 23 b. When the operation modes include an output mode and a region mode, the control module 30 controls the functional module 20 to output energy so that the beauty treatment instrument 100 is in the target operation mode, including: at least one of the first electrotherapy component 21a, the first phototherapy component 22a, and the first thermal therapy component 23a, and/or at least one of the second electrotherapy component 21b, the second phototherapy component 22b, and the second thermal therapy component 23b is controlled to output energy such that the cosmetic apparatus 100 is in the target operation mode.

The control module 30 may control the first electrotherapy component 21a, the first phototherapy component 22a, and the first hyperthermia component 23a to output or not output by controlling the first sub-switch 70a to turn on or off, and control the second electrotherapy component 21b, the second phototherapy component 22b, and the second hyperthermia component 23b to output or not output by controlling the second sub-switch 80 a.

In some embodiments, the first functional component 20a includes a first electrotherapy component 21a, a first phototherapy component 22a, and a first hyperthermia component 23a, and the second functional component 20b includes a second electrotherapy component 21b, a second phototherapy component 22b, and a second hyperthermia component 23b. When the area modes of the beauty apparatus 100 are the same, and the output modes are an anti-aging mode, a yellow-removing mode, a repair mode, and a brightening mode, respectively, the components for outputting are different, or the output parameters of at least one of the components for outputting are different.

When the region mode of the beauty apparatus 100 is an eye mode and the output modes are an anti-aging mode, a yellow-removing mode, a repair mode and a brightening mode, the components of the first electrotherapy component 21a, the first phototherapy component 22a and the first hyperthermia component 23a that output are different, or the output parameters of at least one of the components that output are different. For example, when the region mode is an eye mode and the output mode is an anti-aging mode, the components to be output are the first electrotherapy component 21a, the first phototherapy component 22a and the first hyperthermia component 23a, and when the region mode is an eye mode and the output mode is a repair mode, the components to be output are the first electrotherapy component 21a and the first phototherapy component 22a. For example, when the region mode is the eye mode and the output mode is the anti-aging mode, the components to be output are the first electrotherapy component 21a, the first phototherapy component 22a and the first hyperthermia component 23a, and when the region mode is the eye mode and the output mode is the yellow-removing mode, the components to be output are the first electrotherapy component 21a, the first phototherapy component 22a and the first hyperthermia component 23a, and the energy output by the first electrotherapy component 21a in the anti-aging mode is larger than the energy output by the first electrotherapy component 21a in the yellow-removing mode.

When the region mode of the beauty apparatus 100 is cheek mode and the output mode is anti-aging mode, yellow-removing mode, repair mode and brightening mode, the components of the first electrotherapy component 21a, the first phototherapy component 22a and the first hyperthermia component 23a that output are different, or the output parameters of at least one of the components that output are different.

When the area mode in which the beauty apparatus 100 is located is a full face mode and the output modes are an anti-aging mode, a yellow-removing mode, a repair mode and a brightening mode, the components of the first electrotherapy component 21a, the first phototherapy component 22a and the first hyperthermia component 23a that output are different, or the output parameters of at least one of the components that output are different, and the components of the second electrotherapy component, the second phototherapy component and the second hyperthermia component that output are different, or the output parameters of at least one of the components that output are different.

Different beauty effects such as anti-aging, anti-yellowing, repairing and brightening can be achieved by controlling different components for output or different output parameters of at least one of the components for output when the regional modes are the same and the output modes are different.

In some embodiments, when the output modes of the beauty apparatus 100 are the same and the region modes are the eye mode and the cheek mode, respectively, the types of the components performing the output are different, or the output parameters of at least one of the components performing the output are different. The types of the components include electrotherapy type, phototherapy type and thermotherapy type. The first electrotherapy component 21a and the second electrotherapy component 21b are of electrotherapy type, the first phototherapy component 22a and the second phototherapy component 22b are of phototherapy type, and the first hyperthermia component 23a and the second hyperthermia component 23b are of hyperthermia type.

That is, when the output mode of the beauty apparatus 100 is an anti-aging mode and the region modes are an eye mode and a cheek mode, respectively, the type of the component that outputs from the first functional component 20a in the eye mode is different from the type of the component that outputs from the second functional component 20 in the cheek mode, or the type of the component that outputs is the same and at least one output parameter is different. For example, the components for outputting in the eye mode are of an electrotherapy type and a thermal therapy type, and the components for outputting in the cheek mode are of an electrotherapy type, a phototherapy type and a thermal therapy type. For example, the components for outputting in the eye mode are an electrotherapy type, a phototherapy type, and a thermotherapy type, the components for outputting in the cheek mode are an electrotherapy type, a phototherapy type, and a thermotherapy type, and the output energy of the first electrotherapy component 21a in the eye mode is smaller than the output energy of the second electrotherapy component 21b in the cheek mode. The same applies when the output modes of the beauty apparatus 100 are respectively a yellow-removing mode, a repair mode and a brightening mode.

In some embodiments, the beauty apparatus 100 is in the same output mode, and when the beauty apparatus is in the eye mode and the cheek mode, the components that output are the same, and the output energy of the components that output in the eye mode is less than or equal to the output energy of the components that output in the cheek mode.

Under the same output mode and different region modes, the output components and the output parameters can be controlled pertinently according to the face region which is acted by the user by controlling the different types of the components for output or the same type of the components for output and different output parameters, so that the face region can be beautified pertinently, and better beautifying effect is realized.

In some embodiments, when the beauty device 100 is in the full-face mode, the type of the component outputting in the first functional component 20a may be the same as or different from the type of the component outputting in the second functional component 20b, or the type of the component outputting is the same and at least one output parameter is different.

In some embodiments, as previously described, the cosmetic device 100 includes the eye-region of action 50 and the cheek-region of action 60 on the same side, the eye-region of action 50 and the cheek-region of action 60 being oriented toward different skin regions when the cosmetic device 100 is applied to the skin, the functional components including a first functional component 20a and a second functional component 20b, the first functional component 20a being configured to output energy to the skin being applied by the eye-region of action 50, the second functional component 20b being configured to output energy to the skin being applied by the cheek-region of action 60. The reservoir assembly 200 is configured to cover the ocular region of action 50 and/or the cheek region of action 60 when assembled with the cosmetic device 100. The operation mode of the beauty instrument 100 includes only an output mode, and the output mode includes one of an anti-aging mode, a yellow-removing mode, a repair mode and a brightening mode.

When the operation mode of the cosmetic apparatus 100 includes only the output mode, the control module 30 controls the functional module 20 to output energy such that the cosmetic apparatus 100 is in the target operation mode, including: when the target operation mode is determined to be one of the anti-aging mode, the yellow-removing mode and the repair mode, controlling the second functional component 20b to output energy or controlling the first functional component 20a and the second functional component 20b to output energy; when the target working mode is determined to be the brightening mode, the first functional component 20a is controlled to output energy, and the second functional component 20b is controlled not to output energy.

When the target working mode is determined to be one of the anti-aging mode, the yellow-removing mode and the repair mode, that is, the first functional component 20a is controlled to output and the second functional component 20b is not controlled to output, or the first functional component 20a and the second functional component 20b are controlled to output, the control module 30 may understand that the target working mode is the cheek anti-aging mode or the full-face anti-aging mode when the target working mode is the anti-aging mode, and the target working mode is the cheek yellow-removing mode or the full-face yellow-removing mode when the target working mode is the yellow-removing mode, and the target working mode is the cheek repair mode or the full-face repair mode when the target working mode is the repair mode.

When the control module 30 determines that the target working mode is the brightening mode, that is, controls the first functional component 20a to output energy and controls the second functional component 20b not to output energy, it can be understood that the target working mode is the brightening mode, and the target working mode is the eye brightening mode.

In some embodiments, as previously described, the reservoir assembly 200 comprises at least one of an eye-type reservoir assembly, a cheek-type reservoir assembly, and a full-face-type reservoir assembly.

The liquid storage portion 210 of the eye-type liquid storage assembly is used for covering the eye action area 50 when the eye-type liquid storage assembly is assembled with the beauty instrument 100, and the energy output by the first functional assembly 20a is conducted to the skin through the beauty material stored in the liquid storage portion 210 of the eye-type liquid storage assembly. When the control module 30 determines that the liquid storage component 200 assembled to the beauty treatment instrument 100 is an eye-type liquid storage component, the target operation mode is determined to include an eye mode, and the first functional component 20a is controlled to output energy and the second functional component 20b is controlled not to output energy, and the liquid storage portion 210 of the eye-type liquid storage component only covers the eye-type region 50 and does not cover the cheek-type region 60, so that the beauty treatment substance is prevented from being wasted, and the liquid storage portion 210 of the eye-type liquid storage component can be prevented from storing less beauty treatment substance, so that the beauty treatment substance is prevented from excessively penetrating into the beauty treatment instrument 100, and the circuit structure inside the beauty treatment instrument 100 is prevented from being damaged.

The reservoir 210 of the cheek type reservoir assembly is configured to cover the cheek working region 60 when the cheek type reservoir assembly is assembled with the cosmetic instrument 100, and the energy output from the second functional assembly 20b is conducted to the skin through the cosmetic substance stored in the reservoir 210 of the cheek type reservoir assembly. Wherein the liquid storage portion 210 of the cheek type liquid storage component may cover only the cheek action region 60, the control module 30 determines that the target operation mode includes the cheek mode when determining that the liquid storage component 200 mounted to the beauty apparatus 100 is the cheek type liquid storage component, and controls the second functional component 20b to output energy and the first functional component 20a to not output energy, and since it is unnecessary to output energy to the skin region acted on by the eye action region 50 and the first functional component 20a does not output energy, the liquid storage portion 210 of the cheek type liquid storage component covers only the cheek action region 60 and does not cover the eye action region 50, it is possible to avoid wasting beauty substances, and it is possible to make the liquid storage portion 210 of the cheek type liquid storage component store less beauty substances, avoid excessive beauty substances to easily penetrate into the inside of the beauty apparatus 100, and further it is possible to avoid damaging the circuit structure inside the beauty apparatus 100.

The liquid storage portion 210 of the full-face liquid storage assembly comprises a first sub-liquid storage portion and a second sub-liquid storage portion, the first sub-liquid storage portion is used for covering the eye action area 50 when the full-face liquid storage assembly is assembled with the beauty instrument 100, the second sub-liquid storage portion is used for covering the cheek action area 60, the energy output by the first functional assembly 20a is conducted to the skin through the beauty substances stored in the first sub-liquid storage portion, and the energy output by the second functional assembly 20b is conducted to the skin through the beauty substances stored in the second sub-liquid storage portion. The liquid storage portion 210 of the full-face liquid storage assembly is arranged to cover the cheek action area 60 and the eye action area 50, so that the requirement of the full-face mode on the cosmetic material can be met.

The eye type liquid storage component comprises the eye anti-aging type liquid storage component, the eye yellowing type liquid storage component, the eye repairing type liquid storage component and the eye brightening type liquid storage component, the cheek type liquid storage component comprises a cheek anti-aging type liquid storage component, a cheek yellowing type liquid storage component, a cheek repairing type liquid storage component and a cheek brightening type liquid storage component, and the full face type liquid storage component comprises a full face anti-aging type liquid storage component, a full face yellowing type liquid storage component, a full face repairing type liquid storage component and a full face brightening type liquid storage component.

In some embodiments, the control module 30 is further configured to determine that the cosmetic device 100 is not assembled with the reservoir assembly 200 when the detection signal is not received, and control the functional assembly 20 to output energy such that the cosmetic device 100 is in a preset operation mode.

In some embodiments, as previously described, the functional component 20 includes at least one of an electrotherapy component 21, a phototherapy component 22, and a hyperthermia component 23. The control module 30 controls the functional module 20 to output energy so that the beauty treatment instrument 100 is in a preset operation mode, including: at least one of the electrotherapy assembly 21, the phototherapy assembly 22, and the hyperthermia assembly 23 is controlled to output energy such that the beauty apparatus 100 is in a preset operation mode. So that the beauty apparatus 100 has at least one function of electrotherapy, phototherapy and hyperthermia when in the preset operation mode.

In some embodiments, the control module 30 controls at least one of the electrotherapy assembly 21, the phototherapy assembly 22, and the hyperthermia assembly 23 to output energy such that the cosmetic apparatus 100 is in a preset operating mode, including: the electrotherapy assembly 21 is controlled to output EMS micro-current, the phototherapy assembly 22 emits red light and orange light, and the hyperthermia assembly 23 is controlled to heat, so that the beauty apparatus 100 is in a preset operation mode.

In some embodiments, as described above, the cosmetic device 100 further includes the eye-acting region 50 and the cheek-acting region 60 on the same surface, the reservoir component 200 is configured to cover the eye-acting region 50 and/or the cheek-acting region 60 when assembled with the cosmetic device 100, the functional component 20 includes a first functional component 20a and a second functional component 20b, the first functional component 20a is configured to output energy to the skin acting on the eye-acting region 50, and the second functional component 20b is configured to output energy to the skin acting on the cheek-acting region 60. The cosmetic apparatus 100 has a region mode including at least one of an eye mode, a cheek mode, and a full face mode.

The control module 30 controls the functional module 20 to output power to enable the beauty instrument 100 to be in a preset operation mode when it is determined that the beauty instrument 100 is not assembled with the liquid storage module, including: receiving a region mode selection instruction to determine a selected target region mode, and controlling the first functional component 20a and/or the second functional component 20b to output energy according to the target region mode so that the beauty instrument 100 is in the preset operation mode.

Therefore, the corresponding functional components can be controlled to output according to the facial area required by the user for beautifying, and the waste of output energy can be avoided. When the user needs to make up for different facial regions, the first functional unit 20a and the second functional unit 20b are controlled to output energy, so that the user can output energy to different facial regions through the first functional unit 20a and the second functional unit 20b when the user applies the eye acting region 50 and the cheek acting region 60 to different facial regions, respectively, to meet the energy form and/or energy size requirements of different facial regions.

Wherein, in some embodiments, the receiving the region mode selection instruction may include: the region mode selection instruction is received in response to a first input operation at a display screen of the cosmetic instrument 100.

Illustratively, the display screen of the cosmetic instrument 100 displays at least one region mode option, and the target region mode is determined to be the eye mode in response to a user clicking on the eye mode on the display screen.

In some embodiments, the cosmetic apparatus 100 has at least one region mode button, and the receiving the region mode selection instruction may include: the region mode selection instruction is received in response to a second input operation to the at least one region mode button.

Illustratively, the cosmetic instrument 100 has an eye mode button and a cheek mode button, and the target area mode is determined to be the eye mode in response to a second input operation of the eye mode button by a user.

In other embodiments, the receiving the region mode selection instruction may include: and receiving an area mode selection instruction sent by a user through the mobile terminal.

Illustratively, the user sends a cheek mode selection instruction for selecting a cheek mode to the beauty apparatus 100 through a mobile phone, and the beauty apparatus 100 determines that the target area mode is the cheek mode when receiving the cheek mode selection instruction.

In other embodiments, the receiving the region mode selection instruction may include: and receiving a voice instruction sent by a user.

Illustratively, the beauty instrument 100 determines that the target area mode is the full-face mode when receiving a voice command of "select full-face mode" issued by a user.

In some embodiments, the control module 30 controls the first functional component 20a and/or the second functional component 20b to output energy according to the target area mode such that the cosmetic apparatus 100 is in the preset operation mode, including: upon determining that the target area mode is an eye mode, controlling the first functional component 20a to output energy and the second functional component 20b not to output energy; upon determining that the target region mode is a cheek mode, controlling the second functional component 20b to output energy and the first functional component 20a not to output energy; when the target area mode is determined to be the full face mode, the first functional component 20a and the second functional component 20b are controlled to output energy.

Referring to fig. 7, a flowchart of a control method of a cosmetic apparatus according to an embodiment of the application is shown. The control method of the cosmetic apparatus is applied to the cosmetic apparatus 100 according to any one of the foregoing embodiments. As shown in fig. 7, the control method of the beauty instrument includes the steps of:

s10: detecting whether the beauty instrument 100 is assembled with the liquid storage assembly 200, and further detecting the type of the liquid storage assembly 200 to output a corresponding detection signal when the beauty instrument 100 is detected to be assembled with the liquid storage assembly 200.

S20: upon receiving the detection signal, it is determined that the beauty treatment instrument 100 is assembled with the stock solution assembly 200, and the type of the stock solution assembly 200 is determined according to the detection signal.

S30: the target operating mode is determined based on the type of the reservoir assembly 200.

S40: the beauty treatment instrument 100 is controlled to output energy so that the beauty treatment instrument 100 is in the target operation mode.

According to the control method of the beauty instrument provided by the embodiment of the application, whether the beauty instrument 100 is assembled with the liquid storage component 200 storing the beauty substances is detected, the type of the liquid storage component 200 is detected when the assembly of the liquid storage component 200 and the beauty instrument 100 is detected, and the beauty instrument 100 is controlled to be in the corresponding target working mode according to the detected type of the liquid storage component 200, so that the types of the beauty substances can be determined by identifying the type of the liquid storage component 200, the beauty instrument 100 is controlled to be in the corresponding working mode, the problem of the matching of the beauty substances and the working modes of the beauty instrument 100 can be solved, and different beauty effects can be realized by identifying the self-adaption of the beauty substances.

In some embodiments, as previously described, the reservoir assembly 200 includes at least two types, each type of reservoir assembly 200 is configured to store a cosmetic substance, the reservoir assembly 200 is provided with a label, the labels of the at least two types of reservoir assemblies 200 are different from each other, and/or the reservoir assembly 200 has a magnetic attraction for being adsorptive secured to the cosmetic device 100, and the magnetic field parameter values of the magnetic attractions of the at least two types of reservoir assemblies 200 are different. The detecting the type of the liquid storage assembly 200 when the cosmetic apparatus 100 is assembled with the liquid storage assembly 200 is further detected, so as to output a corresponding detection signal, including: when the beauty instrument 100 is detected to be assembled with the liquid storage component 200, further detecting the identification of the liquid storage component 200 and/or the magnetic field parameter value of the magnetic attraction piece to output corresponding detection signals, wherein the detection signals comprise detection information, and the detection information comprises the identification of the liquid storage component 200 and/or the magnetic field parameter value of the magnetic attraction piece; and determining the type of the liquid storage component corresponding to the identification and/or the magnetic field parameter value in the detection information included in the detection signal according to the preset corresponding relation between the identification and/or the magnetic field parameter value of the preset liquid storage component and the type of the liquid storage component.

In some embodiments, as previously described, the operation mode of the cosmetic device 100 includes at least one output mode, where the at least one output mode includes at least one of an anti-aging mode, a yellow-removing mode, a repair mode, and a brightening mode, the functional components output with different output parameters when the cosmetic device 100 is in different output modes, and the type of the reservoir component 200 includes at least one of an anti-aging type, a yellow-removing type, a repair type, and a brightening type. The determining the target working mode according to the type of the liquid storage assembly 200 includes: according to a preset corresponding relation between the type of the preset liquid storage component and the output mode, determining that the target working mode comprises the output mode corresponding to the type of the liquid storage component assembled on the beauty instrument, wherein the preset corresponding relation between the type of the liquid storage component and the working mode defines at least one of the corresponding relation between an anti-aging mode and the anti-aging mode, the corresponding relation between a yellow-removing mode and the yellow-removing mode, the corresponding relation between a repair mode and the corresponding relation between a brightening mode and the brightening mode.

In some embodiments, as previously described, the controlling the cosmetic device 100 to output energy such that the cosmetic device 100 is in the target operating mode includes: at least one of the electrotherapy components 21, 22, and 23 is controlled to output energy such that the beauty treatment instrument 100 is in the target operation mode.

In some embodiments, the functional components 20 include an electrotherapy component 21, a phototherapy component 22 and a hyperthermia component 23, and when the beauty apparatus 100 is in the anti-aging mode, the yellow-removing mode, the repair mode and the brightening mode, respectively, the output states of at least one of the electrotherapy component 21, the phototherapy component 22 and the hyperthermia component 23 are different, and the output states include output parameters when outputting and/or outputting.

In some embodiments, the controlling the cosmetic instrument 100 to output energy such that the cosmetic instrument 100 is in the target operating mode includes: when the target operation mode comprises the anti-aging mode, the electrotherapy component 21 is controlled to output EMS micro-current, the phototherapy component 22 emits red light and infrared light, and the hyperthermia component 23 is controlled to heat; when the target operation mode comprises the yellow-removing mode, the electrotherapy component 21 is controlled to output EMS micro-current, the phototherapy component 22 emits red light and orange light, and the hyperthermia component 23 is controlled to heat; when the target operation mode includes the repair mode, controlling the electrotherapy component 21 to output EMS micro-current and the phototherapy component 22 to emit red light, orange light and infrared light; when the target operation mode comprises the brightening mode, the electrotherapy component 21 is controlled to output EMS micro-current, the phototherapy component 22 emits orange light and the thermal therapy component 23 is controlled to heat.

In some embodiments, as previously described, the operation mode of the cosmetic device 100 includes at least one region mode including at least one of an eye mode, a cheek mode and a full face mode, the cosmetic device 100 includes an eye-applied region 50 and a cheek-applied region 60 on the same side, the reservoir component 200 is configured to cover the eye-applied region 50 and/or the cheek-applied region 60 when assembled with the cosmetic device 100, the cosmetic device 100 includes a first functional component 20a and a second functional component 20b, the first functional component 20a is configured to output energy to skin applied to the eye-applied region 50, the second functional component 20b is configured to output energy to skin applied to the cheek-applied region 60, and the output state of the first functional component 20a and/or the output state of the second functional component 20b is different when the cosmetic device 100 is in the different region mode, and the type of reservoir component includes at least one of an eye type, a cheek type and a full type.

The determining the target working mode according to the type of the liquid storage assembly 200 includes: according to a preset correspondence between a preset type of the liquid storage component and a preset area mode, determining that the target working mode includes an area mode corresponding to the type of the liquid storage component 200 assembled in the beauty instrument 100, wherein the preset correspondence between the type of the liquid storage component 200 and the area mode defines at least one of a correspondence between an eye type and the eye mode, a correspondence between a cheek type and the cheek mode, and a correspondence between a full face type and the full face mode.

In some embodiments, the controlling the cosmetic instrument 100 to output energy such that the cosmetic instrument 100 is in the target operating mode includes: upon determining that the target operating mode includes the ocular mode, controlling the first functional component 20a to output energy and controlling the second functional component 20b not to output energy; upon determining that the target operation mode includes the cheek mode, controlling the second functional component 20b to output energy and controlling the first functional component 20a not to output energy; and controlling the first functional component 20a and the second functional component 20b to output energy when the target working mode is determined to comprise the full face mode.

In some embodiments, the controlling the cosmetic instrument 100 to output energy such that the cosmetic instrument 100 is in the target operating mode includes: at least one of the first electrotherapy component 21a, the first phototherapy component 22a, and the first thermal therapy component 23a, and/or at least one of the second electrotherapy component 21b, the second phototherapy component 22b, and the second thermal therapy component 23b is controlled to output energy such that the cosmetic apparatus 100 is in the target operation mode.

In some embodiments, as previously described, the reservoir assembly 200 comprises at least one of an eye anti-fade type, a cheek anti-fade type, a full-face anti-fade type, an eye-yellowing type, a cheek yellowing type, a full-face yellowing type, an eye repair type, a cheek repair type, a full-face repair type, an eye-brightening type, a cheek brightening type, a full-face brightening type, the operating mode of the cosmetic apparatus 100 comprises an output mode and a region mode, the output mode comprises at least one of an anti-fade mode, a yellowing mode, a repair mode, and a brightening mode, the region mode comprises at least one of an eye mode, a cheek mode, and a full-face mode, the cosmetic apparatus 100 comprises an eye-action region 50 and a cheek-action region 60 on the same side, the reservoir assembly 200 is configured to cover the eye-action region 50 and/or the cheek-action region 60 when assembled with the cosmetic apparatus 100, the cosmetic apparatus 100 comprises a first functional assembly 20a and a second functional assembly 20b, the first functional assembly 20a is configured to output an amount of energy to the first functional assembly 20a and the second functional assembly 20b is configured to be in an output state of the same as the first functional assembly or the second functional assembly 20b is configured to output a functional assembly or the second functional assembly is configured to be in a state of the same as the skin functional assembly or the second functional assembly 20b is configured to be in a state of the functional assembly.

When the operation modes include an output mode and an area mode, the determining the target operation mode according to the type of the liquid storage assembly 200 includes: according to the preset correspondence between the type of the preset liquid storage component 200 and the output mode and the working mode, the output mode and the region mode corresponding to the type of the liquid storage component 200 assembled by the beauty instrument 100 are determined as the target working mode.

In some embodiments, when the operation mode includes an output mode and a region mode, the controlling the cosmetic instrument 100 to output energy such that the cosmetic instrument 100 is in the target operation mode includes: when the area mode of the target working mode is determined to be the eye mode, controlling the first functional component 20a to output energy and controlling the second functional component 20b not to output energy; upon determining that the region mode of the target operation mode is the cheek mode, controlling the second functional component 20b to output energy and controlling the first functional component 20a not to output energy; and when the area mode of the target working mode is determined to be the full face mode, controlling the first functional component 20a and the second functional component 20b to output energy.

In some embodiments, when the operation mode includes an output mode and a region mode, the controlling the cosmetic instrument 100 to output energy such that the cosmetic instrument 100 is in the target operation mode includes: at least one of the first electrotherapy component 21a, the first phototherapy component 22a, and the first thermal therapy component 23a, and/or at least one of the second electrotherapy component 21b, the second phototherapy component 22b, and the second thermal therapy component 23b is controlled to output energy such that the cosmetic apparatus 100 is in the target operation mode.

In some embodiments, the first functional component 20a includes the first electrotherapy component 21a, the first phototherapy component 22a, and the first hyperthermia component 23a, and the second functional component 20b includes the first phototherapy component 22a and the first hyperthermia component 23a. When the area modes of the beauty apparatus 100 are the same, and the output modes are an anti-aging mode, a yellow-removing mode, a repair mode, and a brightening mode, respectively, the components for outputting are different, or the output parameters of at least one of the components for outputting are different.

In some embodiments, when the output modes of the beauty apparatus 100 are the same and the region modes are the eye mode and the cheek mode, respectively, the types of the components performing the output are different, or the output parameters of at least one of the components performing the output are different.

In some embodiments, as previously described, the cosmetic device 100 includes the eye-portion active region 50 and the cheek-portion active region 60 on the same side, the reservoir assembly 200 is configured to cover the eye-portion active region 50 and/or the cheek-portion active region 60 when assembled with the cosmetic device 100, the cosmetic device 100 includes a first functional component 20a and a second functional component 20b, the first functional component 20a is configured to output energy to the skin that is active in the eye-portion active region 50, and the second functional component 20b is configured to output energy to the skin that is active in the cheek-portion active region 60. The controlling the beauty treatment instrument 100 to output energy such that the beauty treatment instrument 100 is in the target operation mode includes: when the target operation mode is determined to be one of the anti-aging mode, the yellow-removing mode and the repair mode, controlling the second functional component 20b to output energy or controlling the first functional component 20a and the second functional component 20b to output energy; upon determining that the target operating mode includes the refresh mode, controlling the first functional component 20a to output energy and controlling the second functional component 20b not to output energy.

In some embodiments, the control method of the cosmetic instrument further includes: when the detection signal is not received, it is determined that the beauty instrument 100 is not assembled with the liquid storage assembly 200, and the beauty instrument 100 is controlled to output energy so that the beauty instrument 100 is in a preset operation mode.

In some embodiments, the controlling the cosmetic device 100 to output energy such that the cosmetic device 100 is in a preset operation mode includes: at least one of the electrotherapy assembly 21, the phototherapy assembly 22, and the hyperthermia assembly 23 is controlled to output energy such that the beauty apparatus 100 is in a preset operation mode.

In some embodiments, the controlling at least one of the electrotherapy assembly 21, the phototherapy assembly 22, and the hyperthermia assembly 23 to output energy such that the cosmetic instrument 100 is in a preset operating mode includes: the electrotherapy assembly 21 is controlled to output EMS micro-current, the phototherapy assembly 22 emits red light and orange light, and the hyperthermia assembly 23 is controlled to heat, so that the beauty apparatus 100 is in a preset operation mode.

In some embodiments, the cosmetic device 100 has a region mode including at least one of an eye mode, a cheek mode, and a full face mode. The controlling the beauty device 100 to output energy to enable the beauty device 100 to be in a preset working mode when the beauty device 100 is not assembled with the liquid storage component includes: receiving a region mode selection instruction to determine a selected target region mode, and controlling the first functional component 20a and/or the second functional component 20b to output energy according to the target region mode so that the beauty instrument 100 is in the preset operation mode.

In some embodiments, the controlling the first functional component 20a and/or the second functional component 20b to output energy according to the target area mode to enable the cosmetic apparatus 100 to be in the preset operation mode includes: upon determining that the target area mode is an eye mode, controlling the first functional component 20a to output energy and the second functional component 20b not to output energy; upon determining that the target region mode is a cheek mode, controlling the second functional component 20b to output energy and the first functional component 20a not to output energy; when the target area mode is determined to be the full face mode, the first functional component 20a and the second functional component 20b are controlled to output energy.

Referring to fig. 8, a block diagram of a cosmetic device 300 according to an embodiment of the application is shown. As shown in fig. 8, the cosmetic device 300 includes the cosmetic device 100 according to any of the foregoing embodiments and at least one of the liquid storage assemblies 200 according to any of the foregoing embodiments. As described above, the cosmetic device 100 may be configured to be assembled with the reservoir assembly 200, the reservoir assembly 200 may be detachably mounted to the cosmetic device 100 when assembled to the cosmetic device 100, the reservoir assembly 200 may store a cosmetic substance therein, the reservoir assembly 200 may be configured to contact the skin and release the cosmetic substance to the skin surface when the cosmetic device is applied to the skin when the reservoir assembly 200 is mounted to the cosmetic device 100, and the cosmetic device 100 may be configured to output energy to the skin and transmit the output energy to the skin through the cosmetic substance.

The control method of the beauty instrument corresponds to the foregoing beauty instrument 100, and the more detailed description can be seen in the content of each embodiment of the foregoing beauty instrument 100, and the control method of the beauty instrument and the content of the foregoing beauty instrument 100 can also be referred to each other.

The embodiment of the application also provides a computer readable storage medium, wherein a computer program is stored in the computer readable storage medium and is executed after being called by a processor, so as to realize the control method of the beauty instrument provided by any embodiment.

Those of ordinary skill in the art will appreciate that all or a portion of the steps in the various methods of the above embodiments may be implemented by a program that instructs associated hardware, and the program may be stored in a computer readable memory, which may include: flash disk, read-only memory, random access memory, magnetic or optical disk, etc.

It should be noted that, for simplicity of description, the foregoing method embodiments are all described as a series of acts, but it should be understood by those skilled in the art that the present application is not limited by the order of acts described, as some steps may be performed in other orders or concurrently in accordance with the present application. Further, those skilled in the art will also appreciate that the embodiments described in the specification are all preferred embodiments, and that the acts and modules referred to are not necessarily required for the present application.

In the foregoing embodiments, the descriptions of the embodiments are emphasized, and for parts of one embodiment that are not described in detail, reference may be made to related descriptions of other embodiments.

The foregoing is a description of embodiments of the present application, and it should be noted that, for those skilled in the art, modifications and variations can be made without departing from the principles of the embodiments of the present application, and such modifications and variations are also considered to be within the scope of the present application.

Claims

1. A cosmetic device, wherein the device is adapted to be assembled with at least one reservoir assembly, wherein the reservoir assembly has a cosmetic substance stored therein, wherein the reservoir assembly is adapted to contact the skin and release the cosmetic substance to the skin surface; the cosmetic instrument includes:

the detection module is used for detecting whether the beauty instrument is assembled with the liquid storage component or not, and further detecting the type of the liquid storage component when the beauty instrument is assembled with the liquid storage component so as to output a corresponding detection signal;

a functional component for outputting energy to the skin and conducting the output energy to the skin through the cosmetic substance; and

the control module is connected with the detection module and the functional component and is used for determining that the beauty instrument is assembled with the liquid storage component when the detection signal is received, determining the type of the liquid storage component according to the detection signal, determining a target working mode according to the type of the liquid storage component and controlling the functional component to output energy so that the beauty instrument is in the target working mode.

2. The cosmetic apparatus according to claim 1, wherein the liquid storage components comprise at least two types, each type of liquid storage component is used for storing one cosmetic substance, the liquid storage components are provided with marks, the marks of the at least two types of liquid storage components are different from each other, and/or the liquid storage components are provided with magnetic attraction pieces for being adsorbed and fixed to the cosmetic apparatus, and the magnetic field parameter values of the magnetic attraction pieces of the at least two types of liquid storage components are different; the detection module is used for further detecting the identification of the liquid storage component and/or the magnetic field parameter value of the magnetic attraction piece when the beauty instrument is detected to be assembled with the liquid storage component so as to output corresponding detection signals, the detection signals comprise detection information, the detection information comprises the identification of the liquid storage component and/or the magnetic field parameter value of the magnetic attraction piece, and the control module is used for determining the type of the liquid storage component corresponding to the identification and/or the magnetic field parameter value in the detection information included in the detection signals according to the preset corresponding relation between the identification and/or the magnetic field parameter value of the preset liquid storage component and the type of the liquid storage component.

3. The cosmetic apparatus of claim 2, wherein the identification comprises at least one of a color, a pattern, a letter, a number, an information code, and an electronic tag.

4. The cosmetic apparatus of claim 1, wherein the operational mode of the cosmetic apparatus comprises at least one output mode, the at least one output mode comprising at least one of an anti-fade mode, a yellowing mode, a repair mode, and a lightening mode, the output states of the functional components being different when the cosmetic apparatus is in the different output modes, the type of the reservoir component comprising at least one of an anti-fade type, a yellowing type, a repair type, and a lightening type; the control module determines a target working mode according to the type of the liquid storage component, and comprises the following steps: according to a preset corresponding relation between the type of the preset liquid storage component and the output mode, determining that the target working mode comprises the output mode corresponding to the type of the liquid storage component assembled on the beauty instrument, wherein the preset corresponding relation between the type of the liquid storage component and the working mode defines at least one of the corresponding relation between an anti-aging mode and the anti-aging mode, the corresponding relation between a yellow-removing mode and the yellow-removing mode, the corresponding relation between a repair mode and the corresponding relation between a brightening mode and the brightening mode.

5. The cosmetic apparatus of claim 4, wherein the functional components comprise at least one of an electrotherapy component, a phototherapy component, and a hyperthermia component; the control module controls the functional component to output energy so that the cosmetic instrument is in the target working mode, comprising: and controlling at least one of the electrotherapy component, the phototherapy component and the thermal therapy component to output energy so that the beauty instrument is in the target working mode.

6. The cosmetic apparatus of claim 5, wherein the functional components include an electrotherapy component, a phototherapy component and a hyperthermia component, and the output states of at least one of the electrotherapy component, the phototherapy component and the hyperthermia component are different when the cosmetic apparatus is in the anti-aging mode, the anti-yellowing mode, the repairing mode and the brightening mode, respectively, and the output states include output parameters when outputting and/or outputting.

7. The cosmetic apparatus of claim 6, wherein the control module controls the functional component to output energy such that the cosmetic apparatus is in the target operating mode, comprising: when the target working mode comprises the anti-aging mode, the control module controls the electrotherapy component to output EMS micro-current, the phototherapy component emits red light and infrared light and the hyperthermia component to heat; when the target working mode comprises the yellow removing mode, the control module controls the electrotherapy component to output EMS micro-current, the phototherapy component emits red light and orange light and the hyperthermia component to heat; when the target working mode comprises the repair mode, the control module controls the electrotherapy component to output EMS micro-current and the phototherapy component to emit red light, orange light and infrared light; when the target working mode comprises the brightening mode, the control module controls the electrotherapy component to output EMS micro-current, the phototherapy component emits orange light and the hyperthermia component to heat.

8. The cosmetic device of claim 1, wherein the operational mode of the device comprises at least one area mode including at least one of an eye mode, a cheek mode and a full face mode, the device comprises an eye active region and a cheek active region on the same side, the reservoir assembly is configured to cover the eye active region and/or the cheek active region when assembled with the device, the functional assembly comprises a first functional assembly and a second functional assembly, the first functional assembly is configured to output energy to skin applied by the eye active region, the second functional assembly is configured to output energy to skin applied by the cheek active region, the output state of the first functional assembly and/or the output state of the second functional assembly are different when the device is in different area modes, and the type of reservoir assembly comprises at least one of an eye type, a cheek type and a full face type; the control module determines a target working mode according to the type of the liquid storage component, and comprises the following steps: according to a preset corresponding relation between the type of the preset liquid storage component and the area mode, determining that the target working mode comprises the area mode corresponding to the type of the liquid storage component assembled on the beauty instrument, wherein the preset corresponding relation between the type of the liquid storage component and the area mode defines at least one of the corresponding relation between the eye type and the eye mode, the corresponding relation between the cheek type and the cheek mode and the corresponding relation between the full face type and the full face mode.

9. The cosmetic apparatus of claim 8, wherein the control module controls the functional component to output energy such that the cosmetic apparatus is in the target operating mode, comprising: controlling the first functional component to output energy and controlling the second functional component not to output energy when the target working mode is determined to comprise the eye mode; upon determining that the target operating mode includes the cheek mode, controlling the second functional component to output energy and controlling the first functional component not to output energy; and controlling the first functional component and the second functional component to output energy when the target working mode is determined to comprise the full face mode.

10. The cosmetic apparatus of claim 8, wherein the first functional component comprises at least one of a first electrotherapy component, a first phototherapy component, and a first hyperthermia component, and the second functional component comprises at least one of a second electrotherapy component, a second phototherapy component, and a second hyperthermia component; the control module controls the functional component to output energy so that the cosmetic instrument is in the target working mode, comprising: and controlling at least one of the first electrotherapy component, the first phototherapy component and the first thermal therapy component, and/or outputting energy by at least one of the second electrotherapy component, the second phototherapy component and the second thermal therapy component so that the beauty instrument is in the target working mode.

11. The cosmetic apparatus of claim 10, wherein the intensity of the energy output by at least one of the first electrotherapy component, the first phototherapy component, and the first hyperthermia component is less than or equal to the intensity of the energy output by the second electrotherapy component, the second phototherapy component, and the second hyperthermia component.

12. The cosmetic apparatus of claim 4, wherein the reservoir assembly comprises at least one of an eye anti-fade type, a cheek anti-fade type, a full-face anti-fade type, an eye yellowing type, a cheek yellowing type, a full-face yellowing type, an eye repair type, a cheek repair type, a full-face repair type, an eye brightening type, a cheek brightening type, a full-face brightening type, the operational mode of the cosmetic apparatus comprises an output mode and a region mode, the output mode comprises at least one of an anti-fade mode, a yellowing mode, a repair mode, and a brightening mode, the region mode comprises at least one of an eye mode, a cheek mode, and a full-face mode, the cosmetic apparatus comprises an eye region of action and a cheek region of action on the same side, the reservoir assembly is configured to cover the eye region of action and/or the cheek region of action when assembled with the cosmetic apparatus, the functional assembly comprises a first functional assembly and a second functional assembly, the first functional assembly is configured to output an amount of energy to the skin region of action, the first functional assembly is configured to output the same state, and the second functional assembly is not configured to output the same state; the control module determines a target working mode according to the type of the liquid storage component, and comprises the following steps: and determining an output mode and an area mode corresponding to the type of the liquid storage component assembled by the beauty instrument as the target working mode according to the preset corresponding relation between the type of the preset liquid storage component, the output mode and the working mode.

13. The cosmetic apparatus of claim 12, wherein the control module controls the functional component to output energy such that the cosmetic apparatus is in the target operating mode, comprising: when the regional mode of the target working mode is determined to be the eye mode, controlling the first functional component to output energy and controlling the second functional component not to output energy; when the area mode of the target working mode is determined to be the cheek mode, controlling the second functional component to output energy and controlling the first functional component not to output energy; and when the area mode of the target working mode is the full face mode, controlling the first functional component and the second functional component to output energy.

14. The cosmetic apparatus of claim 13, wherein the first functional component comprises at least one of a first electrotherapy component, a first phototherapy component, and a first hyperthermia component, and the second functional component comprises at least one of a second electrotherapy component, a second phototherapy component, and a second hyperthermia component; the control module controls the functional component to output energy so that the cosmetic instrument is in the target working mode, comprising: and controlling at least one of the first electrotherapy component, the first phototherapy component and the first thermal therapy component, and/or outputting energy by at least one of the second electrotherapy component, the second phototherapy component and the second thermal therapy component so that the beauty instrument is in the target working mode.

15. The cosmetic apparatus of claim 14, wherein the first functional component comprises a first electrotherapy component, a first phototherapy component, and a first hyperthermia component, and the second functional component comprises a second electrotherapy component, a second phototherapy component, and a second hyperthermia component; when the area modes of the beauty instrument are the same, and the output modes are an anti-aging mode, a yellow-removing mode, a repairing mode and a brightening mode respectively, the components for outputting are different, or the output parameters of at least one of the components for outputting are different.

16. The cosmetic apparatus of claim 14, wherein the first functional component comprises a first electrotherapy component, a first phototherapy component, and a first hyperthermia component, and the second functional component comprises a second electrotherapy component, a second phototherapy component, and a second hyperthermia component; when the output modes of the beauty instrument are the same and the region modes are the eye mode and the cheek mode respectively, the types of the components for outputting are different, or the output parameters of at least one of the components for outputting are different.

17. The cosmetic apparatus of claim 2, wherein the type of the liquid storage component comprises at least one of an anti-aging type, a yellow-removing type, a repair type, and a brightening type, the preset correspondence of the identification of the liquid storage component and the type of the liquid storage component comprises at least one of at least two identifications and at least one of an anti-aging type, a yellow-removing type, a repair type, and a brightening type, and the preset correspondence of the magnetic field parameter value and the type of the liquid storage component comprises at least one of at least two magnetic field parameter values and at least one of an anti-aging type, a yellow-removing type, a repair type, and a brightening type.

18. The cosmetic apparatus of claim 2, wherein the type of the liquid storage component comprises at least one of an eye-type, a cheek-type, and a full-face-type, the preset correspondence of the identification of the liquid storage component and the type of the liquid storage component comprises at least one of at least two identifications and at least one of an eye-type, a cheek-type, and a full-face-type, and the preset correspondence of the magnetic field parameter value and the type of the liquid storage component comprises at least one of at least two magnetic field parameter values and at least one of an eye-type, a cheek-type, and a full-face-type.

19. The cosmetic apparatus of claim 17, wherein the anti-aging reservoir assembly comprises at least one of an eye-aging reservoir, a cheek-aging reservoir, and a full-face-aging reservoir, the repair reservoir assembly comprises at least one of an eye-repair reservoir, a cheek-repair reservoir, and a full-face-repair reservoir, the yellowing reservoir assembly comprises at least one of an eye-yellowing reservoir, a cheek-yellowing reservoir, and a full-face yellowing reservoir, and the brightening reservoir assembly comprises at least one of an eye-brightening reservoir, a cheek-brightening reservoir, and a full-face brightening reservoir; the preset corresponding relation between the marks of the liquid storage component and the types of the liquid storage component comprises at least two marks and at least one of an eye anti-aging type, a cheek anti-aging type, a full face anti-aging type, an eye restoration type, a cheek restoration type, a full face restoration type, an eye yellowing type, a cheek yellowing type, an eye brightening type, a cheek brightening type and a full face brightening type, and the preset corresponding relation between the magnetic field parameter value and the types of the liquid storage component comprises at least two magnetic field parameter values and at least one of an eye anti-aging type, a cheek anti-aging type, a full face anti-aging type, an eye restoration type, a cheek restoration type, a full face restoration type, an eye yellowing type, a cheek yellowing type, a full face yellowing type, an eye brightening type, a cheek brightening type and a full face brightening type.

20. The cosmetic apparatus of claim 4, wherein the cosmetic apparatus comprises an eye-active region and a cheek-active region on the same side, the reservoir assembly being configured to cover the eye-active region and/or the cheek-active region when assembled with the cosmetic apparatus, the functional assembly comprising a first functional assembly configured to output energy to skin active by the eye-active region and a second functional assembly configured to output energy to skin active by the cheek-active region; the control module controls the functional component to output energy so that the cosmetic instrument is in the target working mode, comprising: when the target working mode is determined to be one of the anti-aging mode, the yellow-removing mode and the repairing mode, controlling the second functional component to output energy or controlling the first functional component and the second functional component to output energy; when the target working mode is determined to be the brightening mode, controlling the first functional component to output energy and controlling the second functional component not to output energy.

21. The cosmetic apparatus of claim 8, wherein the reservoir assembly comprises a reservoir portion and a connecting portion, the reservoir portion being secured to the connecting portion, the reservoir portion being configured to store a cosmetic substance and release the cosmetic substance to a skin surface upon contact with the skin, the connecting portion being configured to be secured to the cosmetic apparatus.

22. The cosmetic device of claim 21, wherein the reservoir assembly comprises at least one of an eye-type reservoir assembly, a cheek-type reservoir assembly, and a full-face-type reservoir assembly, the reservoir of the eye-type reservoir assembly being configured to cover the region of eye-application when the eye-type reservoir assembly is assembled with the cosmetic device, the energy output by the first functional assembly being conducted to the skin through cosmetic material stored in the reservoir of the eye-type reservoir assembly, the reservoir of the cheek-type reservoir assembly being configured to cover the region of cheek-application when the cheek-type reservoir assembly is assembled with the cosmetic device, the energy output by the second functional assembly being conducted to the skin through cosmetic material stored in the reservoir of the cheek-type reservoir assembly, the reservoir of the full-face-type reservoir assembly comprising a first sub-reservoir configured to cover the region of eye-application when the full-face reservoir assembly is assembled with the cosmetic device, and a second sub-reservoir configured to output the energy output by the first functional assembly through the second sub-reservoir to the skin.

23. The cosmetic apparatus of claim 1, wherein the control module is further configured to determine that the cosmetic apparatus is not assembled with the reservoir assembly when the detection signal is not received, and control the functional assembly to output energy such that the cosmetic apparatus is in a preset operating mode.

24. The cosmetic apparatus of claim 23, wherein the functional components comprise at least one of an electrotherapy component, a phototherapy component, and a hyperthermia component; the control module controls the functional component to output energy so that the beauty instrument is in a preset working mode, and the control module comprises: and controlling at least one of the electrotherapy component, the phototherapy component and the thermal therapy component to output energy so as to enable the beauty instrument to be in a preset working mode.

25. The cosmetic apparatus of claim 24, wherein the control module controls at least one of the electrotherapy, phototherapy and hyperthermia components to output energy such that the cosmetic apparatus is in a preset operating mode, comprising: and controlling the electrotherapy component to output EMS micro-current, enabling the phototherapy component to emit red light and orange light and enabling the thermal therapy component to heat so as to enable the beauty instrument to be in a preset working mode.

26. The cosmetic apparatus of claim 24, wherein the cosmetic apparatus comprises an eye-active region and a cheek-active region on the same side, the reservoir assembly being configured to cover the eye-active region and/or the cheek-active region when assembled with the cosmetic apparatus, the functional assembly comprising a first functional assembly configured to output energy to skin active by the eye-active region and a second functional assembly configured to output energy to skin active by the cheek-active region, the cosmetic apparatus having a region mode comprising at least one of an eye mode, a cheek mode, and a full face mode; the control module controls the functional assembly to output energy to enable the beauty instrument to be in a preset working mode when the beauty instrument is not assembled with the liquid storage assembly, and the control module comprises the following components: receiving an area mode selection instruction to determine a selected target area mode, and controlling the first functional component and/or the second functional component to output energy according to the target area mode so that the beauty instrument is in the preset working mode.

27. The cosmetic apparatus of claim 26, wherein the control module controls the first and/or second functional components to output energy according to the target area mode such that the cosmetic apparatus is in the preset operation mode, comprising: when the target area mode is determined to be an eye mode, controlling the first functional component to output energy and the second functional component not to output energy; controlling the second functional component to output energy and the first functional component not to output energy when the target region mode is determined to be a cheek mode; and when the target area mode is determined to be a full face mode, controlling the first functional component and the second functional component to output energy.

28. A method of controlling a cosmetic device, wherein the cosmetic device is adapted to be assembled with at least one reservoir assembly, the reservoir assembly having stored therein a cosmetic substance, the reservoir assembly being adapted to contact the skin and release the cosmetic substance to the skin surface, the cosmetic device being adapted to output energy to the skin and to conduct the output energy to the skin through the cosmetic substance; the method comprises the following steps:

detecting whether the beauty instrument is assembled with the liquid storage component, and further detecting the type of the liquid storage component when the beauty instrument is assembled with the liquid storage component so as to output a corresponding detection signal;

determining that the beauty instrument is assembled with the liquid storage component when the detection signal is received, and determining the type of the liquid storage component according to the detection signal;

determining a target working mode according to the type of the liquid storage component; and

and controlling the beauty instrument to output energy so that the beauty instrument is in the target working mode.

29. A cosmetic device comprising at least one reservoir assembly for removable attachment to the reservoir assembly, the reservoir assembly having stored therein a cosmetic substance for contacting the skin and releasing the cosmetic substance to the skin surface, and a cosmetic instrument according to any one of claims 1 to 27 for delivering energy to the skin and for conducting the delivered energy to the skin through the cosmetic substance.

30. A computer readable storage medium having a computer program stored therein, the computer program for execution after being called by a processor to implement the method of controlling a cosmetic instrument according to claim 28.