CN110604864A

CN110604864A - Facial atomizer and system

Info

Publication number: CN110604864A
Application number: CN201910723654.XA
Authority: CN
Inventors: 杨斌; 郭进和
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-08-07
Filing date: 2019-08-07
Publication date: 2019-12-24

Abstract

The invention discloses a face sprayer, comprising: the device comprises a liquid storage device, a power supply, a main control unit and a low-energy phototherapy unit; the main control unit is respectively and electrically connected with the power supply and the low-energy phototherapy unit; the liquid storage device comprises a container body and an atomizing sheet, the atomizing sheet is arranged in the container body, the container body is provided with an air outlet, and the atomizing sheet is electrically connected with the main control unit; the facial sprayer also comprises a communication unit and/or a user operation unit, and the main control unit acquires a control signal through the communication unit and/or the user operation unit; the main control unit can start the low-energy phototherapy unit or the atomizing sheet according to the control signal. This facial atomizer when disinfecting, diminishing inflammation or nursing such as moisturizing skin surface through the essential oil spraying, accessible low energy phototherapy unit realizes that low energy phototherapy disinfects, nursing such as diminishing inflammation to the skin bottom, realizes carrying out deep nursing to skin, has improved facial atomizer's nursing effect.

Description

Facial atomizer and system

Technical Field

The invention relates to the technical field of sprayers, in particular to a facial sprayer and a system.

Background

In pursuit of beauty, more and more people use sprayers to care the facial skin for the purposes of moisturizing or treating acne and the like. Currently, the sprayers available on the market for facial care generally treat the skin by emitting plant extracts, such as essential oils. Many essential oils have bactericidal, anti-inflammatory, etc. effects, for example lavender essential oil can be used for treating acne. However, the essential oil spray can only act on the skin on the surface layer, cannot penetrate into the bottom layer of the skin, and cannot perform the effects of sterilization, inflammation diminishing and the like on the bottom layer of the skin.

Disclosure of Invention

In order to overcome the defects of the prior art, one of the objectives of the present invention is to provide a facial sprayer, which can perform sterilization, anti-inflammation or moisture-retention care on the skin surface through essential oil spray, and simultaneously can perform sterilization, anti-inflammation and other care on the bottom layer of the skin through low-energy phototherapy by using a low-energy phototherapy unit, so as to perform deep care on the skin and improve the care effect of the facial sprayer.

The invention also aims to provide a facial spraying system, which can realize sterilization, inflammation diminishing and other nursing on the bottom layer of the skin by low-energy phototherapy through a low-energy phototherapy unit while carrying out sterilization, inflammation diminishing and other nursing on the surface of the skin by essential oil spraying, so as to realize deep nursing on the skin and improve the nursing effect of a facial sprayer.

One of the purposes of the invention is realized by adopting the following technical scheme:

a facial sprayer, comprising: the device comprises a liquid storage device, a power supply, a main control unit and a low-energy phototherapy unit; the main control unit is electrically connected with the power supply and the low-energy phototherapy unit respectively; the liquid storage device comprises a container body and an atomizing sheet, the atomizing sheet is arranged in the container body, the container body is provided with an air outlet, and the atomizing sheet is electrically connected with the main control unit; the facial sprayer also comprises a communication unit and/or a user operation unit, wherein the main control unit acquires a control signal through the communication unit and/or the user operation unit; the main control unit can start according to control signal the low energy phototherapy unit is in order to carry out low energy phototherapy to the user, the main control unit still can start according to control signal thereby the atomizing piece of liquid storage device makes the this internal skin care liquid of container atomizes.

Furthermore, the liquid storage devices are provided with a plurality of liquid storage devices, each liquid storage device is provided with an identification unit, the identification unit stores the ID of the liquid storage device, and the main control unit can start the atomization sheet of the liquid storage device corresponding to the ID according to the control signal so as to atomize the corresponding skin care liquid; the face sprayer further comprises a memory for storing a correspondence of the control signal to the ID.

Further, the identification unit is an RFID tag, the facial sprayer comprises an RFID reader, and the RFID reader is electrically connected with the main control unit.

Furthermore, the main control unit can start the atomization sheet of the liquid storage device corresponding to the ID according to the control signal so as to atomize the corresponding skin care liquid according to the proportion corresponding to the control signal, and the working power of the atomization sheet corresponds to the proportion of atomization of the skin care liquid.

Furthermore, the main control unit can start the low-energy phototherapy unit according to the control signal so that the low-energy phototherapy unit can perform low-energy phototherapy on the user according to the wavelength, the light intensity and the treatment time corresponding to the control signal.

Further, the range of light intensity is: 40 to 60 joules per square centimeter.

Further, the facial sprayer also comprises a power supply interface, and the power supply interface is electrically connected with the power supply and/or the main control unit.

Further, the low energy phototherapy unit comprises several LEDs with wavelengths of 415nm, 633nm and/or 830 nm.

Further, the low-energy phototherapy unit further comprises an aluminum substrate, and the LEDs are embedded on the aluminum substrate; the container body is made of heat-conducting plastic materials, and the aluminum substrate is in contact with the container body so as to transfer heat generated by the LED during light emitting to the skin care solution of the container body.

Further, the container body is provided with a detachable cover, the cover is provided with an air outlet, the atomizing plate is arranged in the cover and covers the air outlet, the air outlet is located at the bottom of the side edge of the container body, and the cover is installed on the air outlet of the container body.

Further, the identification unit is disposed within the cover.

Furthermore, a sealing ring is arranged in the cover, and the edge of the atomizing sheet abuts against the inner side wall of the cover through the sealing ring so that the atomizing sheet seals the air outlet.

Further, the facial sprayer comprises a shell which is provided with an air vent, and the spray generated by the atomization of the skin care liquid in the liquid storage device can be discharged out of the facial sprayer through the air vent; the shell includes upper cover, bottom and middle part support piece, liquid storage device installs middle part support piece's upper surface, the power main control unit, communication unit reach the memory sets up middle part support piece's below or inlay among the support piece of middle part, the upper cover is equipped with phototherapy installation position, low energy phototherapy unit sets up phototherapy installation position department, the upper cover with the bottom matches the installation in order to form one and holds the chamber, liquid storage device middle part support piece the power main control unit reaches the memory is located hold the intracavity.

Further, the liquid storage device is detachably mounted on the middle support, and the low-energy phototherapy unit is detachably mounted on the upper cover.

Further, the facial sprayer comprises a plurality of magnets, wherein the magnets are arranged on the bottom surface of the bottom cover so that the facial sprayer can be firmly fixed on the surface of an object which can be adsorbed by the magnets.

Further, the upper cover is equipped with the first alignment post of a plurality of, be equipped with on the support piece of middle part be used for with a plurality of second alignment post of first alignment post joint is equipped with the magnet that can electrically conduct in first alignment post and the second alignment post, the magnet electricity of first alignment post is connected to low energy phototherapy unit, the magnet electricity of second alignment post is connected to the main control unit, works as first alignment post with behind the second alignment post joint, first alignment post with magnet in the second alignment post contacts each other in order to realize the main control unit with low energy phototherapy unit electricity is connected.

Further, still include convex lens, convex lens set up the top of low energy phototherapy unit is used for with the light that low energy phototherapy unit sent focuses on to make light concentrate in an area.

Furthermore, the convex lens is mounted in a detachable mounting mode, so that the convex lens can be replaced conveniently, and the size and the light intensity of the area can be adjusted.

The second purpose of the invention is realized by adopting the following technical scheme:

a facial spraying system, includes user terminal and as being equipped with communication unit the facial atomizer, user terminal accessible the communication unit with facial atomizer communicates, user's accessible the user terminal to facial atomizer sends control signal in order to start low energy phototherapy unit and/or the atomizing piece.

Further, the user terminal stores an executable application program, and when the application program runs, the following method can be realized:

responding to the input operation of a user, sending a corresponding control signal to a communication unit of the facial sprayer according to the input operation of the user, and controlling the low-energy phototherapy unit and/or the atomizing sheet by a main control unit of the facial sprayer according to the control signal.

Further, the method further comprises: and recording corresponding facial treatment historical data and/or low-energy phototherapy historical data according to the input operation of the user, and generating a facial treatment historical data schematic diagram and/or a low-energy phototherapy historical data schematic diagram.

Further, the liquid storage devices are provided with a plurality of liquid storage devices, each liquid storage device is provided with an identification unit, and the identification unit stores the ID of the liquid storage device; the control signal includes: a first control signal for controlling the low energy phototherapy unit; the second control signal is used for controlling the atomizing sheet; the first control signal comprises the following control parameters: the wavelength, intensity and duration of light emitted by the low-energy phototherapy unit; the second control signal comprises the following control parameters: the ID of the liquid storage device to be started, the atomization ratio and the duration of the skin care solution of each liquid storage device;

the method further comprises the following steps: according to the input operation of a user, determining the wavelength value, the light intensity value and the duration length of the light emitted by the low-energy phototherapy unit so as to generate a corresponding first control signal and send the first control signal to the facial sprayer; and/or determining the ID value, the atomization ratio value and the duration length of the liquid storage device so as to generate and send a corresponding second control signal to the facial sprayer.

Further, the application program may also implement the following method:

receiving IDs of the liquid storage devices sent by the facial sprayer, each of the IDs corresponding to a particular skin care liquid;

automatically generating a corresponding facial treatment user interface according to the ID and displaying the facial treatment user interface on a user terminal screen, wherein the facial treatment user interface is provided with a plurality of graphic elements for a user to select, and each graphic element corresponds to a control signal which can drive an atomizing sheet in a specific liquid storage device;

a corresponding control signal is determined based on the graphical element selected by the user and sent to the facial sprayer.

Further, each of the graphic elements corresponds to a specific mixing ratio, the mixing ratio is obtained by atomizing the skin care liquid in the two or more liquid storage devices, and the control signals corresponding to the graphic elements enable the atomizing plates in the two or more specific liquid storage devices to work according to the mixing ratio.

Further, after the facial sprayer receives the control signal corresponding to the graphic element, the main control unit determines the working power of the atomization sheet of each liquid storage device corresponding to the control signal according to the control signal, wherein the working power of the atomization sheet corresponds to the proportion of the skin care solution corresponding to the atomization sheet; the sum of the proportions of the skin care solutions is 100%; when the working power of the atomization sheet is the maximum value, the proportion of the skin care solution corresponding to the atomization sheet is 100%; when the working power of the atomization plate is zero, the proportion of the skin care solution corresponding to the atomization plate is 0%.

Further, each of the graphic elements corresponds to a color.

Furthermore, the facial treatment user interface is also provided with a label, the label is arranged at a position corresponding to the graphic element corresponding to the label, and the label represents the physiological effect of the skin care solution spray with the mixing proportion corresponding to the graphic element on the user.

Further, the application program may also implement the following method:

judging whether a plurality of liquid storage devices store the same skin care liquid or not according to the ID;

if so, adjusting the number of graphic elements of the facial treatment user interface, and setting an alternate working condition to enable the liquid storage devices storing the same skin care solution to be alternately used according to the alternate working condition; the alternate operating condition is associated with a control signal corresponding to the skin treatment fluid.

Furthermore, the number of the face sprayers is two, after the first face sprayer receives the control signal, the control signal can be forwarded to the second face sprayer, so that the two face sprayers control the self atomizing plates to work according to the control signal.

Further, the application may also provide a low energy phototherapy user interface provided with a low energy phototherapy parameter selection region, the low energy phototherapy parameters including: wavelength, light intensity, treatment time, number of weeks, and number of weeks; the user may set parameters of the low energy phototherapy through the low energy phototherapy parameter selection region to cause the application program to generate second control signals corresponding to the low energy phototherapy parameters set by the user.

Compared with the prior art, the invention has the beneficial effects that:

the facial sprayer can generate essential oil spray and can also carry out low-energy phototherapy; when the essential oil spray is used for sterilizing, diminishing inflammation or moisturizing the surface of the skin, the low-energy phototherapy can be used for sterilizing, diminishing inflammation and the like on the bottom layer of the skin through the low-energy phototherapy unit, deep care of the skin is achieved, and the care effect of the facial sprayer is improved; the essential oil spray is used alone to care the skin, and the skin cannot be applied to the deep layer of the skin, and the skin is easily dried through the low-energy phototherapy to affect the care effect.

Drawings

FIG. 1 is an exploded view of a face sprayer according to the present invention;

FIG. 2 is a schematic view of a removable cover of a fluid storage device according to the present invention;

FIG. 3 is a schematic perspective view of a facial sprayer according to the present invention;

FIG. 4 is a first schematic view of a facial treatment user interface provided by the present invention;

FIG. 5 is a first schematic view of a fragrance liquid atomizing user interface provided in accordance with the present invention;

FIG. 6 is a second schematic view of a fragrance liquid atomizing user interface provided in accordance with the present invention;

FIG. 7 is a third schematic view of a fragrance liquid atomizing user interface provided in accordance with the present invention;

FIG. 8 is a fourth schematic view of a fragrance liquid atomizing user interface provided in accordance with the present invention;

fig. 9 is a schematic diagram of a low-energy phototherapy user interface provided by the present invention.

In the figure: 1. a liquid storage device; 101. a container body; 102. an atomizing sheet; 103. a cover; 104. an air outlet; 105. an electrical connection hole; 106. a seal ring; 2. a power source; 3. a low energy phototherapy unit; 4. an upper cover; 401. a first alignment post; 5. a bottom cover; 501. a third alignment post; 6. a middle support; 601. a cover plate; 602. a second alignment post; 7. an exhaust hole; 8. a magnet; 9. a convex lens.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and the detailed description, and it should be noted that any combination of the embodiments or technical features described below can be used to form a new embodiment without conflict.

Referring to fig. 1 to 3, a facial sprayer includes: the liquid storage device 1, the power source 2 (e.g. rechargeable batteries), and may also be provided with a power supply interface for connection to an auxiliary power source (e.g. a mobile power source) and/or a linear power source, through which the power source 2 may be charged, and through which the atomizer may be directly powered, for example to LEDs; a master control unit, e.g., a microcontroller; or an Application Specific Integrated Circuit (ASIC), or a Programmable Logic Device (PLD), for example with a Field Programmable Gate Array (FPGA) loaded with a corresponding configuration bitstream, or a state machine), the main control unit comprising a clock unit, of course, the clock unit may also exist independently of the main control unit, the clock unit is mainly used for timing, for the main control unit to control the treatment time of the user, and the low-energy phototherapy unit 3; the main control unit is respectively electrically connected with the power supply 2 and the low-energy phototherapy unit 3.

The liquid storage device 1 comprises a container body 101 and an atomizing plate 102, the atomizing plate 102 can be a piezoelectric transducer or an atomizer, the atomizing plate 102 is disposed in the container body 101, the container body 101 is provided with an air outlet from which atomizing air can be sprayed, and a skin care solution can be filled into the container body 101 from the air outlet, but the container body 101 cannot be sealed in this way, therefore, by disposing a detachable cover 103 on the air outlet, the cover 103 seals the air outlet, and disposing an air outlet 104 on the cover 103, the atomizing plate 102 is disposed in the cover 103 at a position opposite to the air outlet 104 and can cover the air outlet 104, the cover 103 is provided with a sealing ring 106, the edge of the atomizing plate 102 abuts against the inner side wall of the cover 103 through the sealing ring 106 to seal the air outlet 104 by the atomizing plate 102, due to the blocking effect of the atomization sheet 102, the skin care solution cannot flow out of the air outlet 104; in addition, because the sealing ring 106 has elasticity, the atomizing plate 102 disposed in the ring can vibrate during operation, and the sealing performance of the container body 101 is still maintained while the operation of the atomizing plate 102 is not affected. When it is necessary to add a new skin treatment liquid to the liquid storage apparatus 1, the cover 103 is removed and then the skin treatment liquid is supplied from the air outlet. When this lid 103 is installed on the gas outlet, this atomizing piece 102 is vertical state or tilt state to can avoid pasting on atomizing piece 102 and influencing its work at the produced granule of atomizing in-process, and this gas outlet setting is in the side bottom of vessel 101, makes atomizing piece 102 be located vessel 101's bottom, and skin care liquid reduces gradually can contact with atomizing piece 102 all the time to the in-process of bottom. The aperture of the small hole on the atomization sheet 102 can be larger than or equal to 5 microns, when the aperture of the atomization sheet 102 is larger than or equal to 5 microns, water vapor generated by atomization can act on the face of a person, and therefore the purpose of moisturizing and nursing the face skin is achieved; of course, when not used for skin care, such as for soothing nerves, the atomizing sheet 102 with a pore size of 4 microns or less and 3 microns or more may be selected, and the mist generated by the atomization is generated and enters the human body through the breath of the user to act. The cover 103 is provided with an electrical connection hole 105, and the atomization sheet 102 can be electrically connected with the main control unit through the electrical connection hole 105. Furthermore, an identification unit may also be provided in the cover 103, which identification unit may be electrically connected to the main control unit via further electrical connection holes 105 in the cover 103. Two pairs of electrical connection holes 105 are provided for connecting the identification unit and the atomizing plate, respectively.

The atomizing plates 102 are all electrically connected with the main control unit; the facial sprayer also comprises a communication unit and/or a user operation unit, wherein the main control unit acquires a control signal through the communication unit and/or the user operation unit; a communication unit, for example, a bluetooth communication unit, a WiFi communication unit or a USB interface, the communication unit being electrically connected to the main control unit, the communication unit being configured to receive a control signal sent by a user terminal; the user operation unit is a key or a touch screen which is arranged on the face sprayer and electrically connected with the main control unit, so that a user can operate to trigger a corresponding control signal; the main control unit can start the low-energy phototherapy unit 3 according to the control signal to perform low-energy phototherapy on the user, and the main control unit can also start the atomization sheet 102 of the liquid storage device 1 according to the control signal to atomize the skin care liquid in the container body 101.

The facial sprayer can generate essential oil spray and can also carry out low-energy phototherapy; when the essential oil spray is used for sterilizing, diminishing inflammation or moisturizing the surface of the skin, the low-energy phototherapy method can be used for sterilizing, diminishing inflammation and the like on the bottom layer of the skin through the low-energy phototherapy unit 3, deep care of the skin is achieved, and the care effect of the facial sprayer is improved; the essential oil spray is used alone for skin care, and the essential oil spray cannot be applied to the deep layer of the skin, but low-energy phototherapy (LLLT) is very effective in treating acne, has the effects of reducing fine lines, promoting the growth of collagen, recovering aged skin and the like, is easy to cause skin dryness in the phototherapy process, and affects the care effect. Of course, when the user only needs to perform one of the essential oil spraying and the low-energy phototherapy, a corresponding control signal may be sent to the main control unit to control the atomizing plate 102 or the low-energy phototherapy unit 3 to be activated.

As a preferred embodiment, the liquid storage device 1 has a plurality of liquid storage devices, each liquid storage device 1 stores a different skin care liquid; each liquid storage device 1 is provided with an identification unit, the identification unit stores the ID of the liquid storage device 1, and the main control unit can start the atomization sheet 102 of the liquid storage device 1 corresponding to the ID according to a control signal so as to atomize the corresponding skin care solution; the face sprayer further comprises a memory for storing a correspondence of the control signal to the ID. In conventional sprayers for facial care, which generally have only a single storage device, only a single skin care effect can be achieved by adding the desired lotion to the storage device. In addition, lotions are often composed of a variety of plant extracts, such as essential oils, and in most cases, solvents or preservatives are added to stably mix the plant extracts together, so that the resulting spray also carries with it the solvents or preservatives that have a corresponding effect on the user's skin. In the facial sprayer provided by the invention, a plurality of liquid storage devices 1 are arranged, and a plurality of essential oils and/or moisturizing water can be stored independently. The essential oil and/or the moisturizing water are better in stability and not easy to deteriorate when being stored independently. In addition, the effect of providing a plurality of liquid storage devices 1 is also: by controlling the working power of the atomizing plate 102 of different liquid storage devices 1, essential oil sprays with different mixing ratios or essential oil sprays with different mixing types can be generated, so that various nursing effects can be achieved, for example, if the skin of a user does not have acne and mainly wants to moisturize, the proportion of essential oil with the main effect of moisturizing can be increased, and the proportion of essential oil with the main effect of treating acne can be reduced or the essential oil is not added directly; when the user wants to treat acne, the proportion of essential oil having the main effect of treating acne can be increased accordingly.

The main control unit can start the atomization sheet 102 of the liquid storage device 1 corresponding to the ID according to the control signal so as to atomize the corresponding skin care liquid according to the proportion corresponding to the control signal, and the working power of the atomization sheet 102 corresponds to the proportion of atomization of the skin care liquid. In the present embodiment, the power of the atomization sheet 102 is adjusted to adjust the mixing ratio of the skin care solution. The working power of the atomizing plate 102 is set to be adjustable, for example, the maximum working current is 160mA, then the working current can be adjusted to adjust the working power, the adjustment range can be 0-160mA, that is, the atomizing plate 102 can work at any working current between 0-160mA, then the proportion of the skin care solution corresponding to the atomizing plate 102 also has a range value, when the atomizing plate 102 works at the maximum power (the current is 160mA), the atomization proportion of the skin care solution is the highest, and as the power of the atomizing plate 102 decreases, the atomization proportion of the skin care solution also decreases gradually. In particular, the sum of the working powers of the atomization plates 102 of the liquid storage devices 1 can be set as the maximum working power of the atomization plates 102, for example, when a mixed spray generated by atomization of two skin care liquids is required to be obtained, when the working power of the atomization plate 102 corresponding to one skin care liquid is 40%, the working power of the atomization plate 102 corresponding to the other skin care liquid is 60%, and so on. The correspondence between the proportion of atomization (i.e., the mixing proportion) and the operating power of the atomization plate 102 may be stored in advance in the memory of the face sprayer.

In a preferred embodiment, the identification unit is an RFID tag, and the facial sprayer includes an RFID reader electrically connected to the master control unit. The RFID tag has a unique code, and the RFID tag is recognized by a reader, so that the identity of the liquid storage device 1 can be determined. That is, when a user triggers a control signal through a user terminal (the user terminal may communicate with the fragrance sprayer) or a control button provided in the face sprayer (in this way, a corresponding user operation unit, such as a control button or a touch screen, needs to be additionally provided in the face sprayer, and the control button or the touch screen needs to be electrically connected with the main control unit), the face sprayer may determine a mixing ratio of each skin care solution according to the control signal, then determine the corresponding liquid storage device 1 by identifying the RFID tag, and further start the corresponding atomization sheet 102 with an operating current corresponding to the corresponding mixing ratio, thereby realizing skin care solution spraying (such as essential oil spraying) at a mixing ratio required by the user.

As a preferred embodiment, the low-energy phototherapy unit 3 comprises several LEDs with a wavelength of 415nm (blue light), 633nm (red light) and/or 830nm (near infrared). According to the existing research data, blue light is effective for treating inflammatory acne, and endogenous porphyrin secreted by propionibacterium acnes in the growth process is absorbed through the process of endogenous photodynamic therapy (PDT) to directly kill the propionibacterium acnes. And the effect of the combination of blue light and red light on treating acne is more remarkable. The main control unit can start the low-energy phototherapy unit 3 according to the control signal, so that the low-energy phototherapy unit 3 can perform low-energy phototherapy on the user according to the wavelength, the light intensity and the treatment time corresponding to the control signal. Specifically, the light intensity of the LED can be adjusted by adjusting the power of the LED, and the light intensity ranges from: 40 to 60 joules per square centimeter, the wavelength adjusted by activating the corresponding wavelength LED.

The low-energy phototherapy unit 3 may also employ LEDs of other wavelengths. Phototherapy has been known mainly as ultraviolet therapy, visible light therapy, infrared therapy and laser therapy. The infrared ray acts on human body to improve local blood circulation, promote swelling and subside, relieve pain, reduce muscle tension, relieve muscle spasm and dry exudative pathological changes. Ultraviolet rays act on a human body, and light energy causes a series of chemical reactions, has the effects of diminishing inflammation, relieving pain and resisting rickets, and is commonly used for treating skin suppurative inflammation and other dermatitis, pain syndrome, rickets or osteomalacia and the like; the ultraviolet ray with the wavelength of 310-313nm is called as narrow-spectrum medium wave ultraviolet ray (NBUVB), the part with the strongest biological activity in the ultraviolet ray is concentrated to directly act on the affected part of the skin, and meanwhile, the bad wave band ultraviolet ray harmful to the skin is filtered out, so that the side effect is small, the ultraviolet ray acts on the horny layer of the skin, the onset time is short, and the effect is quick. Has been widely used in various hospitals for treating psoriasis, vitiligo, chronic eczema, neurodermatitis, atopic dermatitis, palmoplantar pustulosis, pityriasis rosea, alopecia areata, psoriasis parapsoriasis, chronic ulcer of skin, mycosis fungoides and the like. Visible light is light that can be seen by the human eye. The method for treating diseases with visible light is visible light therapy. Mainly comprises red light, blue-violet light and multispectral therapy. Red light has an exciting effect; yellow light, green light and red light have opposite effects; the bluish violet light can be used for treating icterus. The laser is the light generated by amplifying the stimulated radiation light, has the characteristics of small divergence angle, good directivity, pure spectrum, good monochromaticity, high energy density, high brightness, good coherence and the like, has thermal effect, mechanical effect and electromagnetic effect, and can be used for diagnosing and treating a plurality of diseases.

As a preferred embodiment, the low-energy phototherapy unit 3 further includes an aluminum substrate (a PCB board made of aluminum-based material), and the LEDs are embedded on the aluminum substrate; the container body 101 is made of a heat-conducting plastic material, and the aluminum substrate is in contact with the container body 101 to transfer heat generated by the LED during light emitting to the skin care solution in the container body 101. High temperature is generated when the LED emits light generally, when the temperature of the LED is transmitted to the aluminum substrate, the temperature is reduced, the aluminum substrate further transmits residual heat to the shell of the container body 101, the temperature is further transmitted to the skin care liquid in the container body 101, the specific heat capacity of the general liquid is large, and the skin care liquid can absorb heat so that the temperature in the atomizer is not easy to rise; in addition, because the low-energy phototherapy is used for a short time (for example, 5 to 20 minutes), the temperature of the skin care solution does not rise so high that the normal operation of the low-energy phototherapy unit 3 can be ensured without affecting the stability of the care solution.

As a preferred embodiment, the facial sprayer further comprises a housing provided with a vent hole 7, and the spray generated by the atomization of the skin care solution in the liquid storage device 1 can be discharged out of the facial sprayer through the vent hole 7; the shell includes upper cover 4, bottom 5 and middle part support piece 6, liquid storage device 1 is installed with the detachable mounting means middle part support piece 6's upper surface, power 2 main control unit, communication unit reach the memory sets up middle part support piece 6's below or inlay in middle part support piece 6, preferably, middle part support piece 6 middle part is equipped with a recess and is used for installing the battery, and this recess seals the battery lid inside middle part support piece 6 through a apron 601, and main control unit, memory and communication unit etc. are pasted at middle part support piece 6 lower surface with the form of PCB board, upper cover 4 is equipped with the phototherapy installation position, low energy phototherapy unit 3 sets up with the detachable mounting means phototherapy installation position department, upper cover 4 with bottom 5 matches the installation in order to form one and holds the chamber, liquid storage device 1, The middle support piece 6, the power supply 2, the main control unit and the memory are positioned in the cavity; in particular, the vent hole 7 may be provided at a side of the upper cover 4, but may be provided at a side of the lower cover 5. All parts such as the liquid storage device 1, the low-energy phototherapy unit 3, the power supply 2 and the like are covered by the shell to form an integral structure. Liquid storage device 1 and low energy phototherapy unit 3 adopt detachable mounting means, conveniently replace.

It should be noted that, the middle supporting member 6 is provided with electrical connection holes (e.g. female hole and male hole, plug and socket) matching with the electrical connection holes 105 on the cover 103, the electrical connection holes on the branch supporting member 6 are electrically connected with the main control unit, and when the electrical connection holes 105 on the cover 103 are butted to the electrical connection holes on the middle supporting member 6, the atomizing plate 102 and the identification unit can be electrically connected with the main control unit respectively, so that the cover 103 or the liquid storage device 1 can be conveniently replaced.

In a preferred embodiment, the air outlet is aligned with the vent hole 7, i.e. the air outlet 104 of the lid 103 is aligned with the vent hole 7. When the air outlet and the air vent 7 are aligned, the distance that the spray emanates from the liquid storage device 1 to the outside of the facial sprayer can be minimized.

In particular, because there is certain clearance between cover 103 and the shell, in order to make the spray can give off the outside of atomizer directly, cover 103 is equipped with a guide channel, that is to say, venthole 104 of cover 103 is the pipeline mouth of this guide channel, when the length of this guide channel is overlength, there are many sprays to be detained in the pipeline, thereby influence the effect of giving off of spray, in order to solve this problem, can set up two apertures that the central point lies in the collinear on the guide channel, two apertures lie in the both sides of pipeline respectively, the air can flow into the guide channel from the aperture, thereby form air current pressure and push out the spray in the pipeline from venthole 104, make the spray be difficult for staying inside the pipeline.

As a preferred embodiment, the upper cover 4, the middle support 6 and the bottom cover 5 are aligned and assembled by means of alignment columns, the upper cover 4 is provided with four first alignment columns 401, the middle support 6 is provided with four second alignment columns 602 for abutting against the first alignment columns 401, furthermore, the bottom cover 5 is correspondingly provided with four third alignment columns 501 capable of being clamped with the second alignment columns 602, the first alignment columns 401 and the second alignment columns 602 are provided with magnets, the magnets are used for aligning the first alignment columns 401 and the second alignment columns 602 and transmitting current to the LEDs of the upper cover 4, that is, corresponding lines are provided at the positions of the first alignment columns 401 of the upper cover 4 and connected to the LEDs, corresponding lines are provided at the positions of the second alignment columns 602 of the middle support 6 and connected to the power supply 2 or the main control unit, then the current provided by the power supply 2 can be transmitted to the first alignment columns 401 through the magnets in the second alignment columns 602, therefore, the LED is transmitted to the upper cover 4, and the upper cover 4 and the middle supporting piece 6 are convenient to detach and separate without arranging an electric wire.

As a preferred embodiment, the face sprayer further comprises a plurality of magnets 8, and the magnets 8 are arranged on the bottom surface of the bottom cover 5 so that the face sprayer can be firmly fixed on the surface of an object which can be adsorbed by the magnets 8. By providing the magnet 8, the face sprayer is fixed by the magnetic attraction, so that the face sprayer can be fixed on the surface of the object which can be attracted by the magnet 8 more firmly.

As a preferred embodiment, the phototherapy device further comprises a convex lens 9, wherein the convex lens 9 is disposed above the low energy phototherapy unit 3 for focusing the light emitted from the low energy phototherapy unit 3, so as to concentrate the light in one area. The low-energy phototherapy devices on the market today usually have very large LED arrays, and the light emitted from these LED arrays covers the whole face of the user, however, many users only need to perform phototherapy on a certain part, and some adverse effects may be caused by irradiating other parts where treatment is not needed, for example, the eyes are irradiated, which easily affects the vision. Therefore, the invention realizes that the light emitted by the LED is concentrated in a smaller area by adding the convex lens 9, and a user can carry out phototherapy on a specific part through the area.

In a preferred embodiment, the light intensity in said area is 40 to 60 joules/cm in half, and said convex lens 9 is mounted in a removable manner. A light intensity is generally for 40 to 60 joules/when dividing equally centimetre its effect is better, of course, because everyone's skin is different, everyone's the most suitable light intensity is different, consequently, can reach the purpose of adjusting light intensity through the mode of replacing convex lens 9, also be exactly change the convex lens 9 of different thickness or curved surface shape. Of course, the light intensity of the LED can be adjusted by adjusting the working power of the LED. In addition, the size of the light concentration area can be modified by replacing the convex lens 9 with a different spherical radius. It should be noted that the area refers to a light range at a position away from the face sprayer by a predetermined distance.

The invention also provides a facial spray system, which comprises a user terminal and the facial sprayer, wherein the user terminal can be communicated with the facial sprayer through the communication unit, and a user can send a control signal to the facial sprayer through the user terminal to activate the low-energy phototherapy unit and/or the atomizing sheet. The user terminal stores an executable application program, and when the application program runs, the following method can be realized:

The user terminal and the face sprayer can be communicated with each other, and the face sprayer can be operated through the app by installing the app on the user terminal.

As a preferred embodiment, the method further comprises: and recording corresponding facial treatment historical data and/or low-energy phototherapy historical data according to the input operation of the user, and generating a facial treatment historical data schematic diagram and/or a low-energy phototherapy historical data schematic diagram. The app may also design a historical data display interface to display in a schematic manner, such as displaying historical data on the ordinate (Y-axis) for the duration of treatment and on the abscissa (X-axis) for the date or number of treatments. Facial treatment history data may include mixing ratio, duration, number of times, and name of skin care solution mixed, among others. The low energy phototherapy history data may include wavelength, light intensity, and duration, among others.

As a preferred embodiment, the control signal includes: a first control signal for controlling the low energy phototherapy unit; the second control signal is used for controlling the atomizing sheet; the first control signal comprises the following control parameters: the wavelength, intensity and duration of light emitted by the low-energy phototherapy unit; the second control signal comprises the following control parameters: the ID of the liquid storage device to be started, the atomization ratio and the duration of the skin care solution of each liquid storage device;

As a preferred embodiment, the application program may further implement the following method:

In a preferred embodiment, each of the graphic elements corresponds to a specific mixing ratio, the mixing ratio is obtained by atomizing the skin care liquid in the two or more liquid storage devices, and the control signals corresponding to the graphic elements enable the atomizing plates in the two or more specific liquid storage devices to work according to the mixing ratio.

As a preferred embodiment, after the facial sprayer receives the control signal corresponding to the graphic element, the main control unit determines, according to the control signal, the operating power of the atomization sheet of each liquid storage device corresponding to the control signal, where the operating power of the atomization sheet corresponds to the ratio of the skin care solution corresponding to the atomization sheet; the sum of the proportions of the skin care solutions is 100%; when the working power of the atomization sheet is the maximum value, the proportion of the skin care solution corresponding to the atomization sheet is 100%; when the working power of the atomization plate is zero, the proportion of the skin care solution corresponding to the atomization plate is 0%.

As a preferred embodiment, each of said graphical elements corresponds to a color.

In a preferred embodiment, the facial treatment user interface is further provided with a label, the label is arranged at a position corresponding to the graphic element corresponding to the label, and the label represents the physiological effect of the skin care solution spray with the mixing ratio corresponding to the graphic element on the user.

In a preferred embodiment, the facial sprayer has two facial sprayers, and after receiving the control signal, the first facial sprayer can forward the control signal to the second facial sprayer so that the two facial sprayers control the self atomizing sheets to work according to the control signal.

Furthermore, the facial treatment user interface may be the user interface shown in fig. 4, which corresponds to a facial sprayer having two liquid storage devices, wherein the graphic elements letters a and B correspond to one skin care liquid, respectively, wherein letter a corresponds to skin care water or essential oil having an anti-inflammatory effect, and letter B corresponds to skin care water or essential oil having a moisturizing effect. The app can automatically determine the proportion of the skin care solution corresponding to the letter B according to the proportion of the skin care solution corresponding to the letter A, and the proportion of the skin care solution corresponding to the letter B is 100% -A%. In the user interface, there are provided buttons for adjusting the proportion of the skin care solution corresponding to the letter a, and a "+" button and a "-" button, respectively, and the adjustment range may be 0% to 100%, specifically, the variation amount adjusted by the "+" and "-" buttons per click may be 5%, that is, the proportion of the skin care solution corresponding to the letter a may be 0%, 5%, 10%, 15% … … 95%, 100%. Of course, the variation may be set to other values, such as 10%. After the proportion of the skin care solution corresponding to the letter a is determined, the app automatically determines the proportion of the skin care solution corresponding to the letter B, for example, if the proportion of the skin care solution corresponding to the letter a input by the user is 30%, the proportion of the skin care solution corresponding to the letter B is automatically determined to be 70%. In the user interface shown in fig. 4, a facial treatment history data diagram is also provided, which can display the history data of the treatment of the user in a certain period (for example, in one month), the history data can include the mixing proportion, the duration, the number of times, the name of the mixed skin care solution, and the like, and the history data diagram shown in fig. 4 includes the duration of the treatment (ordinate) and the number of treatment courses (abscissa).

It should be noted that the facial sprayer can be used for facial skin treatment, aromatherapy treatment, for example, treatment of body diseases or reduced pressure, etc., and its use depends on the kind of liquid stored in the liquid storage device, and the liquid may be an essential oil or a care solution for skin care. The facial sprayer is used as a facial sprayer when the liquid is of the type used for facial skin treatment, and as an aromatherapy sprayer when the liquid is of the type used for aromatherapy. The App can design corresponding user interfaces according to the two purposes. When the facial sprayer is used for aromatherapy treatment, an aromatic liquid atomized user interface is shown in fig. 5 (the aromatic liquid can refer to pure essential oil, an essential oil aqueous solution or an essential oil mixed solution), a circular arc rainbow flower is presented in the interface, a graphic element corresponding to red is arranged at the left end of the rainbow flower, a graphic element corresponding to purple is arranged at the right end of the rainbow flower, and the colors of the graphic elements gradually change from left to right according to the sequence of red, orange, yellow, green, blue and purple. The rainbow flower is provided with a text label at the edge, and the text label can comprise: "concentration", "cough resistance", "flu resistance", "headache resistance", "compression resistance", "sleep", "pleasant feeling" and "feminization" which represent the physiological effect on the user of the aromatic vapor composition corresponding to the graphical element to which the label corresponds. When the label is a graphic element corresponding to one of three primary colors (red, green and blue), the label only outputs the aromatic vapor of the aromatic liquid corresponding to the color, namely the proportion of the aromatic liquid is 100 percent, and the proportion of other aromatic liquids is 0 percent; and when the label is a graphic element corresponding to a color (such as orange, yellow, etc.) resulting from mixing of three primary colors, the representation will output a specific mixture of fragrance liquid and vapor resulting from mixing of multiple fragrance liquids in proportion after respective atomization. The graphical elements in the rainbow flower that are available for user selection may vary based on the ID to which the fragrance liquids correspond, e.g., when there are only two fragrance liquids, corresponding to the two fragrance liquids by two primary colors, e.g., red and green, then in the interface, only the graphical elements corresponding to the color blend between red and green may be selected by the user, the graphical elements located between red and green corresponding to a particular blend ratio of the two fragrance liquids, and the remaining other colors, e.g., between green and purple, are not selectable. When the types of the aromatic liquids are three, that is, the IDs of the three liquid storage devices correspond to the three aromatic liquids by three primary colors, the interface has more color graphic elements available for the user to select, for example, the graphic elements from red to purple are all selectable. The aromatic liquid atomization user interface can also be designed as the interface shown in fig. 6 or fig. 7, when the types of the aromatic liquid are different, the generated physiological effect is also different, so that the character label corresponding to the graphic element is correspondingly changed, the relation between the character label and the aromatic liquid can be stored in the memory in advance, and the user terminal can determine the type of the aromatic liquid in the face sprayer according to the identified ID of the liquid storage device, so that the corresponding character label locked on the user interface can be adjusted according to the type of the aromatic liquid. The principle of implementation and the operation of the user interface of fig. 6 and 7 are similar to those of the user interface shown in fig. 5, and are not described herein again.

In addition, the fragrance liquid atomizing user interface may be configured as a user interface as shown in fig. 8, including IDs of three different liquid storage devices, each ID corresponding to one fragrance liquid. The three letter labels labeled "a", "B" and "C" correspond to three different liquid storage devices. The App can determine the proportion of atomization of the aromatic liquid corresponding to the letter "a" and the proportion of atomization of another aromatic liquid corresponding to the letter "B" according to the input of the user on the graphic elements "a" and "B", and can also automatically determine the proportion of atomization of the aromatic liquid corresponding to the letter "C", and the proportions of atomization of the aromatic liquids corresponding to the letters "a", "B" and "C" are equal to 100% in sum. The sum of the proportions of atomization of the aromatic liquid corresponding to the letters "a" and "B" cannot exceed 100% (when it is equal to 100%, the graphic object corresponding to the letter "C" receives no user input, and thus the mixing proportion of the aromatic vapor corresponding thereto is 0%). Similarly, the sum of the proportions of atomization of the aromatic liquid corresponding to the letters "a", B "and C" cannot exceed 100%.

Specifically, the user interface shown in fig. 5 to 7 may be a plurality of specific mixing ratios of specific aromatic liquids preset in the system, and the user may directly select the desired effect according to the content of the text label. The user interface shown in fig. 8 can be used for the user to customize the mixing ratio, for example, the user is very familiar with essential oils and knows which essential oils are mixed in what ratio to achieve the desired effect, so he can adjust the mixing ratio through the user interface shown in fig. 8. It should be noted that the user interface for facial treatment may also be designed according to the functions of the user interface shown in fig. 5 to 8.

Table 1 below provides a representative set of aromatic liquid or vapor blend ratios, with the 10%, 20%, 30%, 40%, 50%, 60%, 70%, 80% and 90% blend ratios corresponding to the user-selected graphic elements being displayed in text labels around the letters "a" and "B" similar to the display of the hour number on the clock face. For the letters "a" and "B," the fragrance liquid atomization user interface may provide a graphical control, such as a slider control, by which the user may control the position of the slider to effect selection of the fragrance vapor mixing ratio. Note that the ratio of the aromatic liquid corresponding to the letter "C" is calculated by the app according to the ratio of "a" to "B".

Table 1: percentage of fragrance vapor mixing at various clock positions for "A", "B", and "C" in the fragrance liquid atomization user interface in FIG. 8

As for the low energy phototherapy interface, a user interface as shown in fig. 9 may be used, wherein the wavelength, treatment time and light intensity may be provided by the app for the user to select, for example, the wavelength options may include: 415 (blue), 540 (green), 633 (red), 830 (near infrared), and 415+633 (mixed light); options for treatment time may include: 10. 15, 20, 25 and 30 minutes (the treatment time can be set by the user; options for light intensity may include: 10. 20, 30, 40, 50, 60, 70, 80j/sq cm. In addition, the number of weeks, number of times per week, and treatment effect are input by the user himself. For example, if the user needs to perform low-energy phototherapy three times a week for three weeks, the number of weeks is input 3, and the number of times of weeks is input 3, the app will automatically perform the second and third treatments to the user according to the parameters (including the wavelength, the treatment time, and the light intensity) set by the user for the first time, without the user having to re-select the parameters. As for the treatment effect, it is not necessary to input the content, and the user can input the treatment effect of himself or herself according to the light therapy. In the user interface shown in fig. 9, it also displays the phototherapy history data of the user, which is presented in the form of a bar graph with the ordinate being the treatment time and the abscissa being the number of treatments, i.e. the number of courses, the bar graph may be colored, the color of each bar column may be associated with its wavelength, for example, the wavelength is 415nm, and the color of the bar column of the treatment course is blue (the bar graph in fig. 9 does not show color).

The above embodiments are only preferred embodiments of the present invention, and the protection scope of the present invention is not limited thereby, and any insubstantial changes and substitutions made by those skilled in the art based on the present invention are within the protection scope of the present invention.

Claims

1. A facial sprayer, comprising: the device comprises a liquid storage device, a power supply, a main control unit and a low-energy phototherapy unit; the main control unit is electrically connected with the power supply and the low-energy phototherapy unit respectively; the liquid storage device comprises a container body and an atomizing sheet, the atomizing sheet is arranged in the container body, the container body is provided with an air outlet, and the atomizing sheet is electrically connected with the main control unit; the facial sprayer also comprises a communication unit and/or a user operation unit, wherein the main control unit acquires a control signal through the communication unit and/or the user operation unit; the main control unit can start according to control signal the low energy phototherapy unit is in order to carry out low energy phototherapy to the user, the main control unit still can start according to control signal thereby the atomizing piece of liquid storage device makes the this internal skin care liquid of container atomizes.

2. The facial sprayer according to claim 1, wherein the liquid storage device comprises a plurality of liquid storage devices, each liquid storage device is provided with an identification unit, the identification unit stores the ID of the liquid storage device, and the main control unit can activate the atomization sheet of the liquid storage device corresponding to the ID according to the control signal so as to atomize the corresponding skin care liquid; the face sprayer further comprises a memory for storing a correspondence of the control signal to the ID.

3. The facial sprayer of claim 2, wherein the identification unit is an RFID tag, the facial sprayer comprising an RFID reader electrically connected to the master control unit.

4. The facial sprayer according to claim 2, wherein the main control unit activates the atomization sheet of the liquid storage device corresponding to the ID according to the control signal so as to atomize the corresponding skin care liquid according to the ratio corresponding to the control signal, and the working power of the atomization sheet corresponds to the ratio of atomization of the skin care liquid.

5. The facial sprayer according to claim 1, wherein the main control unit activates the low energy phototherapy unit according to a control signal to cause the low energy phototherapy unit to perform low energy phototherapy on the user according to the wavelength, light intensity and treatment time corresponding to the control signal.

6. The facial sprayer of claim 5, wherein the light intensity ranges from: 40 to 60 joules per square centimeter.

7. The facial sprayer of claim 1, further comprising a power interface electrically connected to the power source and/or the master control unit.

8. The facial nebulizer of claim 1, wherein the low energy phototherapy unit comprises a number of LEDs with wavelengths of 415nm, 633nm, and/or 830 nm.

9. The facial sprayer of claim 8, wherein the low energy phototherapy unit further comprises an aluminum substrate, the LEDs being mounted on the aluminum substrate; the container body is made of heat-conducting plastic materials, and the aluminum substrate is in contact with the container body so as to transfer heat generated by the LED during light emitting to the skin care solution of the container body.

10. The facial sprayer according to claim 2, wherein the container body is provided with a detachable cover, the cover is provided with an air outlet hole, the atomizing plate is disposed in the cover and covers the air outlet hole, the air outlet hole is located at the bottom of the side edge of the container body, and the cover is mounted on the air outlet hole of the container body.

11. The facial sprayer of claim 10, wherein the identification unit is disposed within the lid.

12. The facial sprayer according to claim 10, wherein a sealing ring is provided in the cap, and the edge of the atomizing plate abuts against the inner sidewall of the cap through the sealing ring so that the atomizing plate seals the air outlet hole.

13. The facial sprayer according to claim 2, further comprising a housing provided with a vent hole through which the spray generated by the atomization of the skin-care liquid in the liquid storage device can be discharged to the outside of the facial sprayer; the shell includes upper cover, bottom and middle part support piece, liquid storage device installs middle part support piece's upper surface, the power main control unit, communication unit reach the memory sets up middle part support piece's below or inlay among the support piece of middle part, the upper cover is equipped with phototherapy installation position, low energy phototherapy unit sets up phototherapy installation position department, the upper cover with the bottom matches the installation in order to form one and holds the chamber, liquid storage device middle part support piece the power main control unit reaches the memory is located hold the intracavity.

14. The facial sprayer according to claim 13, wherein the liquid storage device is removably mounted on the central support and the low energy phototherapy unit is removably mounted on the upper cover.

15. The facial sprayer according to claim 13, further comprising a plurality of magnets disposed on a bottom surface of the bottom cover to enable the facial sprayer to be stably fixed to a surface of an object that can be attracted by the magnets.

16. The facial sprayer according to claim 13, wherein the upper cover is provided with a plurality of first alignment posts, the middle support is provided with a plurality of second alignment posts for being clamped with the first alignment posts, the first alignment posts and the second alignment posts are provided with conductive magnets, the magnets of the first alignment posts are electrically connected to the low-energy phototherapy unit, the magnets of the second alignment posts are electrically connected to the main control unit, and when the first alignment posts and the second alignment posts are clamped, the magnets of the first alignment posts and the second alignment posts are in contact with each other to realize that the main control unit is electrically connected with the low-energy phototherapy unit.

17. The facial sprayer according to any one of claims 1 to 16, further comprising a convex lens disposed above the low energy phototherapy unit for focusing light emitted from the low energy phototherapy unit to concentrate the light in a region.

18. The facial sprayer according to claim 17, wherein the convex lens is removably mounted to facilitate replacement of the convex lens to adjust the size and intensity of the area.

19. A facial spray system comprising a user terminal and the facial sprayer provided with a communication unit according to any one of claims 1 to 18, the user terminal being communicable with the facial sprayer via the communication unit of the facial sprayer, a user being communicable with the facial sprayer via the user terminal to send a control signal to activate the low energy phototherapy unit and/or the atomizing sheet.

20. The facial spray system of claim 19 wherein said user terminal stores an executable application program that when executed performs the following method:

responding to the input operation of a user, and sending a corresponding control signal to a communication unit of the facial sprayer according to the input operation of the user so that a main control unit of the facial sprayer controls the low-energy phototherapy unit and/or the atomizing sheet according to the control signal.

21. The facial spray system of claim 20, wherein the method further comprises: and recording corresponding facial treatment historical data and/or low-energy phototherapy historical data according to the input operation of the user, and generating a facial treatment historical data schematic diagram and/or a low-energy phototherapy historical data schematic diagram.

22. The facial spray system of claim 20, wherein said liquid storage device is provided in plurality, each liquid storage device being provided with an identification unit storing an ID of the liquid storage device; the control signal includes: a first control signal for controlling the low energy phototherapy unit; the second control signal is used for controlling the atomizing sheet; the first control signal comprises the following control parameters: the wavelength, intensity and duration of light emitted by the low-energy phototherapy unit; the second control signal comprises the following control parameters: the ID of the liquid storage device to be started, the atomization ratio and the duration of the skin care solution of each liquid storage device;

23. The facial spray system of claim 22, wherein said application further implements the following method:

24. The facial spray system of claim 23, wherein each of said graphical elements corresponds to a particular mixing ratio resulting from the atomization of the skin treatment fluid in two or more fluid reservoirs, and wherein said control signals associated with said graphical elements enable the operation of the atomization plates in the two or more particular fluid reservoirs in accordance with said mixing ratio.

25. The facial sprayer system of claim 24, wherein after the facial sprayer receives the control signal corresponding to the graphical element, the main control unit determines the operating power of the atomization sheet of each liquid storage device corresponding to the control signal according to the control signal, and the operating power of the atomization sheet corresponds to the ratio of the skin care liquid corresponding to the atomization sheet; the sum of the proportions of the skin care solutions is 100%; when the working power of the atomization sheet is the maximum value, the proportion of the skin care solution corresponding to the atomization sheet is 100%; when the working power of the atomization plate is zero, the proportion of the skin care solution corresponding to the atomization plate is 0%.

26. The facial spray system of claim 25, wherein each of said graphic elements corresponds to a color.

27. The facial spray system of claim 26, wherein the facial treatment user interface further comprises a label disposed at a location corresponding to a graphical element corresponding to the label, the label indicating a physiological effect on the user of the spray of skin care fluid at the mixing ratio corresponding to the graphical element.

28. The facial spray system of claim 22, wherein said application further implements the following method:

29. The facial sprayer system of claim 20, wherein the facial sprayer has two facial sprayers, and a first facial sprayer, upon receiving a control signal, can forward the control signal to a second facial sprayer to cause both facial sprayers to control their atomizing plates to operate in accordance with the control signal.

30. The facial spray system of claim 22, wherein the application program is further operable to provide a low energy phototherapy user interface provided with a low energy phototherapy parameter selection region, the low energy phototherapy parameters comprising: wavelength, light intensity, treatment time, number of weeks, and number of weeks; the user may set parameters of the low energy phototherapy through the low energy phototherapy parameter selection region to cause the application program to generate second control signals corresponding to the low energy phototherapy parameters set by the user.