CN209900027U - Massage beauty care instrument and system based on skin fluorescence detection - Google Patents

Abstract

The utility model discloses a massage beauty care instrument and system based on skin fluorescence detection thereof. The massage beauty care instrument comprises a handheld part, a storage battery, a vibration motor, an ultraviolet light sensor, a massage part and a microcontroller, wherein the storage battery is arranged in the handheld part, the massage part is sleeved on a rotor shaft of the vibration motor, the microcontroller is electrically connected with the ultraviolet light sensor and the vibration motor, when ultraviolet light data are not larger than a fluorescence preset threshold value, the microcontroller continuously outputs a first control signal and periodically and randomly generates a third control signal with preset time duration according to a preset time interval, so that the running rotating speed of the vibration motor when running the third control signal fluctuates in a preset proportion range in a way of increasing or reducing relative to the set rotating speed. The utility model discloses the effect of massage, cosmetic nursing can be improved to the rotational speed that comes the vibration motor according to skin fluorescence detection result.

Description

Massage beauty care instrument and system based on skin fluorescence detection

Technical Field

The utility model belongs to the technical field of the clean and health care of individual, and specifically relates to a massage beauty care instrument and system based on skin fluorescence detection thereof is related to.

Background

The massage to the skin can locally activate the blood communication in the skin, so that the vasodilatation can accelerate the cell renewal, and the skin care and beauty effects are realized. In addition, the existing people usually adopt the ultraviolet lamp to generate fluorescence reaction after irradiating the skin as a reference basis for judging whether the skin is polluted by the environment and whether the skin care product smeared on the skin contains fluorescent agent. However, none of the related beauty appliances or massage appliances provides a skin fluorescence detection function, and cannot meet the actual use requirements of users or users.

SUMMERY OF THE UTILITY MODEL

The utility model provides a massage beauty care instrument and system based on skin fluorescence detection thereof adjusts vibrating motor's rotational speed according to skin fluorescence testing result in order to improve the effect of massage, beauty care.

The utility model discloses a cosmetic care appearance of massage, including handheld portion 1 and locate the battery in handheld portion 1, a vibrating motor 4 for producing high-frequency vibration, an ultraviolet light sensor 9 and cover that ultraviolet light data for detecting skin reflection carries out skin fluorescence detection establish massage portion 8 on vibrating motor 4's rotor shaft 41, and microcontroller 5 continuous with ultraviolet light sensor 9 and the equal electrical property of vibrating motor 4, this microcontroller 5 is used for acquireing the ultraviolet light data of ultraviolet light sensor 9 output, microcontroller 5 output second control signal makes vibrating motor 4's running speed be less than settlement rotational speed or stall when ultraviolet light data is greater than fluorescence preset threshold value, by microcontroller 5 continue to output first control signal and according to the third control signal of a predetermined time length of random production of predetermined time interval periodicity when ultraviolet light data is not more than fluorescence preset threshold value, running speed when vibrating motor 4 operates third control signal A fluctuation occurs in which the relative set rotation speed increases or decreases within a preset ratio range.

Wherein the preset time interval is 10-90 seconds, the preset time duration is 0.5-5 seconds, and the preset proportion range is 5-50%.

The third control signal is a triangular wave signal, a step wave signal, a sawtooth wave signal, a square wave signal or a group of pulse wave signals.

The end of the handheld part 1 is provided with a guide end cover 3, the guide end cover 3 is provided with a first LED lamp 6 for emitting a first light to irradiate towards the inside of the massage part 8, and the massage part 8 is made of a transparent or semitransparent material.

The first LED lamp 6 is a monochromatic LED emitting red light, green light, or blue light, or the first LED lamp 6 is a RGB three-color LED.

Wherein, the end is equipped with light-permeable ring 2 on handheld portion 1, is equipped with the second LED lamp 7 that is used for sending the second light directive to light-permeable ring 2 in light-permeable ring 2 inboard.

The upper and lower peripheries of the light-transmitting ring 2 are respectively provided with an upper skirt 21 and a lower skirt 22 which extend upwards and downwards, the lower skirt 22 is sleeved in the handheld part 1, and the guide end cap 3 is sleeved on the upper skirt 21.

Wherein, a display screen 12 electrically connected with the microcontroller 5 and a speed regulating switch 13 for inputting the set rotating speed of the vibrating motor 4 are also arranged on the hand-held part 1, and the speed regulating switch 13 is electrically connected with one I/0 interface of the microcontroller 5.

Wherein, the massage part 8 is provided with an electric heating element arranged in the shape of a preset pattern or figure, and the electric heating element is electrically connected with the storage battery.

The utility model also discloses a system based on skin fluorescence detection, which is characterized in that the system comprises intelligent equipment and at least one massage beauty care instrument;

the intelligent equipment is used for acquiring ultraviolet data acquired by the massage beauty care instrument through the ultraviolet sensor 9, generating recommendation information containing the set rotating speed of the vibration motor 4 according to the ultraviolet data and transmitting the recommendation information to the microcontroller 5 of the massage beauty care device;

the microcontroller 5 of the massage beauty care instrument is used for outputting a first control signal according to a set rotating speed so that the operating rotating speed of the vibration motor 4 when the first control signal is operated is the set rotating speed; b. the microcontroller 5 obtains ultraviolet light data output by the ultraviolet light sensor 9, when the ultraviolet light data is judged to be larger than a fluorescence preset threshold value, the microcontroller 5 outputs a second control signal to enable the running rotating speed of the vibration motor 4 to be lower than the set rotating speed or stop rotating to remind a user of cleaning the skin in time, when the ultraviolet light data is judged to be not larger than the fluorescence preset threshold value, the microcontroller 5 continuously outputs the first control signal and periodically and randomly generates a third control signal with preset duration according to a preset time interval, so that the running rotating speed of the vibration motor 4 when running the third control signal fluctuates within a preset proportion range relative to the set rotating speed.

Compared with the prior art, the utility model discloses following beneficial effect has:

the utility model discloses utilize ultraviolet light sensor to carry out skin fluorescence detection to skin emission ultraviolet ray and detect the ultraviolet light data of skin reflection, regard as the foundation of adjusting the vibrating motor rotational speed according to fluorescence detection, strengthen the massage nursing operation to skin when skin fluorescence testing result is less in order to satisfy massage nursing needs. And the running rotating speed of the vibration motor is subjected to fluctuation of increasing or decreasing in a preset proportion range relative to the set rotating speed through periodic random let, and the flow speed of blood, body fluid and the like in the skin is objectively and randomly changed to a certain extent, so that the functions of improving the blood and body fluid circulation in the skin and the like are achieved, and the massage and beauty effect is objectively and favorably improved. Additionally, the utility model discloses simple structure, realization cost are lower and convenient to use, and massage portion still provides luminous physiotherapy or even warm physiotherapy, and can produce the light effect of preferred, not only can satisfy the in-service use demand of massage, cosmetic nursing, can also let the user reach the use experience of mood joyful.

Drawings

Fig. 1 is a schematic perspective view of a massage beauty care instrument.

Fig. 2 is one of the exploded structural schematic diagrams of the massage beauty care instrument.

Fig. 3 is a second exploded view of the massage beauty treatment instrument.

Fig. 4 is a schematic block diagram of a part of the circuit of the massage beauty care instrument.

Fig. 5 is a schematic structural view of a massage part in another embodiment.

Fig. 6 is a schematic view of the bottom structure of fig. 5.

Detailed Description

To further clarify the technical solutions and effects adopted by the present application to achieve the intended purpose, the following detailed description is given with reference to the accompanying drawings and preferred embodiments according to the present application. In the following description, different "one embodiment" or "an embodiment" refers to not necessarily the same embodiment. Furthermore, the particular features, structures, or characteristics may be combined in any suitable manner in one or more embodiments.

With reference to fig. 1-3, the utility model discloses a massage beauty care instrument, including handheld portion 1 and locate the battery in the handheld portion 1, be used for producing high frequency vibration (the utility model discloses medium and high frequency vibration indicates that vibration frequency is not less than 5000 revolutions per minute) vibrating motor 4, be used for detecting the ultraviolet ray data of skin reflection and carry out skin fluorescence detection's ultraviolet sensor 9, be used for according to the microcontroller 5 and the cover of the work of ultraviolet ray data control vibrating motor 4 that ultraviolet sensor 9 collected and establish massage portion 8 on vibrating motor 4's rotor shaft 41. The storage battery supplies power to the vibration motor 4, and the rotor shaft 41 of the vibration motor 4 drives the massage part 8 to vibrate, so that the massage part 8 provides vibration massage.

As shown in fig. 4, a power switch 11 is disposed on the outer side of the hand-held portion 1, and the power switch 11 is connected in series between the positive and negative electrodes of the battery for controlling the start/stop of the massage beauty care instrument. The hand-held part 1 is also provided with a display screen 12 electrically connected with the microcontroller 5 and a speed regulating switch 13 for inputting the set rotating speed of the vibration motor 4.

The tail end of the handheld part 1 is provided with a guide end cover 3, a detection window 31 is arranged on the guide end cover 3, and the ultraviolet light sensor 9 is positioned on the inner side surface of the detection window 31. Therefore, the ultraviolet light sensor 9 can collect ultraviolet light data of the skin near or attached to the detection window 31.

Wherein, be equipped with the circuit board in handheld portion 1, microcontroller 5 and ultraviolet light sensor 9 all set up on the circuit board.

Further referring to fig. 4, in the present embodiment, the microcontroller 5 uses a single chip microcomputer made by NXP (engzhipu semiconductor) and having a model number of LPC824M201JHI33Y, and adopts a 32-bit low power consumption microprocessor having an ARM cortex M0+ kernel, the operating frequency is as high as 30MHz, and 4 paths of I are provided²And C, bus interface. One of the PWM interfaces of the microcontroller 5 is electrically connected to the vibration motor 4 to control the operation of the vibration motor 4, and the rotation speed of the vibration motor 4 is changed by changing the duty ratio of the PWM signal output by the PWM interface (it is known to those skilled in the art that the vibration motor 4 needs to work together with a corresponding motor driving circuit, and the PWM interface of the microcontroller is actually electrically connected to the control signal end of the motor driving circuit, which will not be described herein); one of the I/0 interfaces (for example, pin B0) of the microcontroller 5 is connected to the speed regulating switch 13 for receiving the switching value (corresponding to the set rotation speed of the vibration motor) output by the speed regulating switch 13. The microcontroller is connected with the display screen 12 adopting the specification of LCM 128X64 through pins A0, RST, CS, SCLK and SDA. The model of the ultraviolet light sensor 9 is a model VEML6075 chip produced by Wensheay (Vishay) semiconductor company, and the VEML6075 chip passes through I²One I of the C bus and the microcontroller²The C bus interface is connected, when the skin of a user is close to or attached to the detection window 31, the VEML6075 chip collects Ultraviolet (UV) data reflected by the skin and passes through the I²The C bus is transmitted to the microcontroller and the detected uv data is displayed on the display 12.

When the skin of a user does not have the fluorescent agent, ultraviolet rays emitted by the VEML6075 chip cannot generate fluorescent reaction on the skin, so that the ultraviolet data acquired by the VEML6075 chip on the skin is 0 or very small; on the contrary, when the skin of the user is stained with dust in the ambient air, even when the user uses a skin care product with a fluorescent agent, the ultraviolet light emitted by the VEML6075 chip can generate a fluorescence reaction on the skin, and the ultraviolet data detected by the VEML6075 chip through the detection window 31 on the skin of the user can be higher. Thus, the presence or absence of fluorescer on the user's skin can be reflected to some extent by the VEML6075 chip.

The utility model discloses a adjust vibrating motor 4's rotational speed by microcontroller 5 based on ultraviolet light sensor 9 to skin fluorescence testing result and carry out work. Specifically, a typical control procedure is as follows: (1) a user selects gears through the speed regulating switch 13, different gears correspond to different switching values, different switching values correspond to different rotating speeds of the vibrating motor 4, and the user sets the rotating speed of the vibrating motor 4 through the speed regulating switch 13; (2) the microcontroller 5 receives the set rotating speed of the vibrating motor 4 by acquiring the switching value information of the speed regulating switch 13; (3) because the microcontroller 5 has preset the corresponding relationship between the rotating speed of the vibration motor 4 and the duty ratio of the PWM signal, the microcontroller 5 calculates and determines the duty ratio of the PWM signal according to the rotating speed setting information and outputs a first control signal through the PWM interface of the microcontroller 5, and the vibration motor 4 is set to the rotating speed according to the operating rotating speed of the first control signal; (4) the ultraviolet light sensor 9 is aligned with the skin, the ultraviolet light sensor 9 detects ultraviolet light data of the skin, and the microcontroller 5 receives the ultraviolet light data reflected by the skin detected by the ultraviolet light sensor 9; (5) the microcontroller 5 judges whether the ultraviolet data is larger than a fluorescence preset threshold value, if so, the microcontroller 5 outputs a second control signal to enable the operation rotating speed of the vibration motor 4 to be lower than a set rotating speed and even stop rotating to remind a user to clean the skin in time and then carry out massage nursing, otherwise, the microcontroller 5 continues to output the first control signal and periodically and randomly generates a third control signal with preset duration according to a preset time interval, and the operation rotating speed of the vibration motor 4 when operating the third control signal fluctuates in a preset proportion range relative to the set rotating speed.

Wherein, the fluorescence preset threshold is preset for different parts of different users. For example, after the user has sufficiently cleaned the skin, the average of a plurality of ultraviolet data obtained by multiple detections by the ultraviolet sensor 9 is used as the preset threshold of fluorescence of the skin of the user in the detection area.

Wherein the preset time interval is 10-90 seconds, the preset time duration is 0.5-5 seconds, and the preset proportion range is preferably 5-50%.

Wherein the third control signal has several different implementations as follows:

1. the third control signal is a triangular wave signal that causes the operating rotational speed of the vibration motor 4 to fluctuate by increasing or decreasing within a preset proportional range with respect to the set rotational speed. At this time, it is appropriate to set the preset time period to a relatively large value. When the vibrating motor 4 moves at the set rotating speed, under the action of a third control signal of the triangular wave signal, the operating speed of the vibrating motor 4 is smoothly increased or decreased within a preset proportional range from the set rotating speed, and then returns to the set rotating speed after the preset duration of movement is increased or decreased.

2. The third control signal is a step wave signal, and the step wave signal enables the operation speed of the vibration motor 4 to gradually increase or decrease from the set rotation speed to the preset proportional range of the set rotation speed and then return to the set rotation speed after moving for a preset time.

3. The second control signal is a sawtooth wave signal which enables the running speed of the vibration motor 4 to frequently and gradually increase or decrease from the set rotating speed to the preset proportional range of the set rotating speed within the preset time length and then return to the set rotating speed after the running speed of the vibration motor moves for the preset time length.

4. The second control signal is a square wave signal, and the square wave signal causes the running rotating speed of the vibration motor 4 to fluctuate in a way that the running rotating speed is increased or decreased within a preset proportion range relative to the set rotating speed. The square wave signal may cause a jump of the rotation speed of the vibration motor 4, for example, the operation speed of the vibration motor 4 directly jumps from 2 kilo-revolutions per minute to 1.5 kilo-revolutions per minute or jumps back to 2 kilo-revolutions per minute after 2.5 kilo-revolutions per minute is operated for a preset time period to continue the operation.

5. The second control signal is a group of pulse wave signals, and each pulse wave signal enables the running speed of the vibration motor 4 to be increased or decreased within a preset proportion range relative to the set rotating speed, so that the rotating speed of the vibration motor 4 is enabled to be violently increased, decreased or violently jittered with disordered alternation of increase and decrease.

Therefore, a mode selection switch can be arranged on the outer side surface of the handheld part 1, and the vibration fluctuation degree in the massage process can be selected through the mode selection switch. The 1 st gear of the mode selection switch corresponds to that the second control signal is a triangular wave signal, and the vibration fluctuation is minimum; the 2 nd gear of the mode selection switch corresponds to that the second control signal is a step signal, and the vibration fluctuation is slightly large; the 3 rd gear of the mode selection switch corresponds to that the second control signal is a sawtooth wave signal, and the vibration fluctuation is larger; the 4 th gear of the mode selection switch corresponds to that the second control signal is a square wave signal, and the vibration fluctuation is large; the 5 th gear of the mode selection switch corresponds to the second control signal being a group of pulse wave signals, and the vibration fluctuation is very severe. Therefore, the user can select according to needs through the mode selection switch to conveniently use to meet the self use requirement.

In order to make the information of the operation speed of the vibration motor 4 more intuitive to the user through the display 12, the microcontroller 5 may also plot the operation speed of the vibration motor 4 as a waveform displayed on the display 12.

The utility model discloses a judge whether ultraviolet ray data is greater than fluorescence preset threshold value, if indicate when being greater than fluorescence preset threshold value that current massage, the skin area of cosmetic nursing probably has the fluorescent agent, microcontroller 5 output second control signal makes vibrating motor 4's operation rotational speed be less than the settlement rotational speed this moment, let vibrating motor 4 slow down thereby let massager 8 reduce the vibration frequency (even stop the vibration) in order to reduce the massage operation to skin, thereby reduce the possibility that other materials that adhere to on the skin permeate the skin through the skin pore; on the contrary, if the ultraviolet data is not greater than the fluorescence preset threshold, it indicates that the skin area currently undergoing massage and beauty treatment has almost no fluorescent agent, at this time, the third control signal with the preset duration periodically and randomly generated by the microcontroller 5 causes the operating speed of the vibration motor 4 to periodically increase or decrease within the preset proportion range relative to the set speed, i.e., causes the operating speed of the vibration motor 4 to generate random bidirectional fluctuation of increase or decrease relative to the set speed to improve the massage and beauty treatment effects. For example, the preset duration of the third control signal is 0.5-5 seconds, taking 2 seconds as an example: assuming that the set rotation speed corresponding to the first control signal is 2 rpm, the preset time interval is 30 seconds, and assuming that the preset proportion range is 5-50%, the microcontroller 5 randomly generates a third control signal after every 30 seconds, which increases the operation rotation speed of the vibration motor 4 by 5-50% (corresponding to 2.1 rpm to 3 rpm) or decreases the operation rotation speed by 5-50% (corresponding to 1 rpm to 1.9 rpm) in the next 2 seconds.

The utility model discloses a let vibrating motor 4's operation rotational speed produce periodic random fluctuation, can improve the massage effect of massage portion 8 in massage, cosmetic process, this is because: when the running rotating speed of the vibration motor 4 is the set rotating speed, the massage part 8 provides vibration massage to the skin at a first vibration frequency, and effective massage is generated to the skin with the skin surface layer and the skin inner layer at a first depth, so that blood, body fluid and the like in the skin flow at the first vibration frequency of the massage part 8 at a first flow speed; when the microcontroller 5 periodically and randomly generates a third control signal with a preset time duration, the operating rotation speed of the vibration motor 4 is randomly increased or decreased within a preset proportion range, so that the massage part 8 provides vibration massage to the skin at a third vibration frequency, the third vibration frequency changes the flow speed of blood, body fluid and the like in the skin to bear a third flow speed, the flow speed of the liquid, the body fluid and the like is correspondingly and randomly increased or decreased within the preset time duration, and the skin on which the blood, the body fluid and the like cannot fully flow and circulate under the condition of the first flow speed can fully circulate under the third flow speed, so that the circulation of the blood, the body fluid and the like in the skin can be objectively enhanced, and the permeability of cell body fluid to skin cells and the like can be enhanced. Therefore, it is expected that, in the process of nursing the body by using the massage beauty care instrument, the massage part 8 has better effects of physiotherapy and massage on the body part such as eliminating edema, removing blood stasis, promoting local blood circulation and the like, and the massage part 8 can be used for applying skin care products or medicines to improve the uniformity of application and the permeation and absorption capacity of the skin.

Further, the massage part 8 is preferably made of a transparent or translucent material (e.g., glass, acrylic, etc.), and the guide end cap 3 is provided with a first LED lamp 6 for emitting a first light to the inside of the massage part 8 from the lower end of the massage part 8, so that the massage part 8 is illuminated by the first light and a phototherapy effect can be provided. And, there is a light-permeable ring 2 on the upper end of the hand-held part 1, the upper peripheral edge, lower peripheral edge of the light-permeable ring 2 have upper skirt 21 and lower skirt 22 set up upwards or downward extension respectively, the lower skirt 22 is nested in the hand-held part 1 and the guide end cap 3 is nested on the upper skirt 21, thus finish the guide end cap 3, light-permeable ring 2 and integral assembly of the hand-held part 1 three. And a second LED lamp 7 for emitting second light to the light-transmitting ring 2 is arranged on the inner side of the light-transmitting ring 2, and the first LED lamp 6 and the second LED lamp 7 are also arranged on the circuit board and are powered by a storage battery. Vibrating motor 4 gets electric during operation, thereby rotor shaft 41 drives 8 vibrations of massage portion and provides the vibration massage, first LED lamp 6 sends first light directive massage portion 8 and makes first light propagate in massage portion 8, second LED lamp 7 sends second light directive diaphragm 2 simultaneously, it lets this massage beauty care instrument wholly pleasing to the eye to provide light effect through first LED lamp 6 and second LED lamp 7, the visual effect that the user has the preferred when using is experienced in order to leave the comfortable use of happiness.

The first LED lamp 6 is a monochromatic LED emitting red light, green light, or blue light, or the first LED lamp 6 is a RGB three-color LED. The second LED lamp 7 is a monochromatic LED emitting red, green, or blue light, or the second LED lamp 7 is a RGB three-color LED. For the first LED lamp 6, by selecting an appropriate LED parameter model to emit a first light with a specific wavelength, the first light can be emitted into the massage portion 8 and then the massage portion 8 can provide phototherapy physiotherapy effect. Specifically, the wavelength of the red light emitted by the first LED lamp 6 is preferably 618-675nm, so that the physiotherapy effects of improving blood fluidity, calming the skin and the like are achieved; the wavelength of the green light emitted by the first LED lamp 6 is preferably between 515 and 535nm, and the physiotherapy lamp has the physiotherapy effects of relieving headache, neuralgia, neurological disorder and the like; the wavelength of the blue light emitted by the first LED lamp 6 is between 450 and 475nm, and the physiotherapy functions of relieving the neurasthenia, eliminating bruises, relieving blood pressure and the like are achieved.

If the first LED lamp 6 or/and the second LED lamp 7 is/are a monochromatic light emitting diode emitting red light, green light or blue light, the monochromatic light emitting diode is connected in series between the positive and negative electrodes of the storage battery through the circuit board 5. If the first LED lamp 6 or/and the second LED lamp 7 are RGB LEDs, the circuit board 5 preferably controls the RGB LEDs to alternately emit red light, green light or blue light. Among them, the RGB three-color leds are widely used in the fields of furniture lighting, outdoor lighting, etc., and those skilled in the art know how to change the current or voltage mode to make the RGB three-color leds emit red light, green light or blue light alternately, so that the present application does not describe in detail how to control the RGB three-color leds by the circuit board 5.

As further illustrated in connection with fig. 5-6. The massage part 8 is made of transparent or semitransparent material (such as glass, quartz stone or acrylic, etc.), the lower end of the massage part 8 is provided with a mounting hole 85, and the mounting hole 85 is sleeved on the rotor shaft 41 of the vibration motor 4, so that the operation of mounting the massage part 8 or replacing the massage part 8 with different shapes is very simple. Moreover, the massage part 8 at least comprises a first massage surface 81 which is arranged for a plane (including an inclined surface) and a second massage surface which is not arranged for the plane, the second massage surface is an arc-shaped massage surface 82 (shown in figures 1-3) or/and a contact massage surface 83 (shown in figure 5) with a plurality of massage contacts, the contact massage surface 83 is comb-shaped and is particularly convenient for physical therapy massage to the scalp, and the back surface of the contact massage surface 83 can be arranged into the arc-shaped massage surface 82, so that one of the massage surfaces of the massage part 8 can be attached to each part of the body for massage by arranging the massage surfaces of the massage part 8 into different shapes, and the actual massage needs are met. In addition, the guide end cover 3 is provided with a guide outer side surface which is an inclined surface, the guide outer side surface is connected with the first massage surface 81 or/and the second massage surface, and the guide outer side surface provides guidance for the body skin so that the body skin can be better attached to the first massage surface 81 or/and the second massage surface. The massage part 8 with such a structure has the advantages that the massage part 8 can not only carry out contact physiotherapy massage on all parts of the body in a fitting way, but also bring pleasant use experience to a user.

In addition, a set of electrical connection holes 84 is formed at the lower end of the massage part 8, and an electrical heating element (not shown) is disposed on the massage part 8, and two ends of the electrical heating element are electrically connected to one of the electrical connection holes 84. Therefore, when the battery supplies power to the set of electrical connection holes 84 through the set of electrodes, the electric heating element can heat the massage part 8, and warm massage can be achieved by the massage part 8. Preferably, the electric heating element presents a shape of a preset pattern or figure on the massage part 8 to increase the overall visual aesthetic degree of the massage head. For example, the electric heating element is an electric heating wire, which may be wound around the outer surface of the massage part 8 or pre-manufactured inside the massage part 8 and arranged in a shape having a certain figure with visual beauty. For another example, the electric heating elements are electric heating films, and the electric heating films are arranged on the outer surface of the massage part 8 in a shape of a figure with visual beauty or are manufactured in the massage part 8 in advance.

The massage beauty nursing instrument can complete the physiotherapy and the personal beauty nursing operation which combines vibration massage, warm massage and even phototherapy of each part of the body in personal life. For example, after the user comes home from work, the massage beauty care instrument is used for carrying out vibration massage and auxiliary phototherapy physiotherapy on the whole body, and the effects of body decompression and relaxation for promoting blood circulation of all parts of the body are achieved.

A typical usage scenario is as follows: especially, female users often use the facial mask to care skin, and before the facial mask is attached to the face, the detection window 31 can be aligned with the facial mask to detect whether the facial mask contains fluorescent agent; then, the fluorescent agent detection is carried out on the face by the detection window 31, and if the ultraviolet data detected on the face is large, face cleaning and nursing operations such as face washing and the like are firstly carried out; then the mask is pasted on the face, the positions of the cheeks are pressed by using the first massage surfaces 81 of the massage part 8, the positions of the cheeks, the forehead and the chin can be pressed by using the second massage surfaces of the massage part 8, the massage part 8 provides vibration massage for the skin in the pressing process, blood communication in the skin can be activated through the vibration massage, and blood vessels can be dilated, so that the skin care effect of the mask is improved; moreover, after the mask is torn off from the face, the face can be subjected to fluorescent agent detection by the detection window 31 again, and the change of the face skin detection result is judged, so that reference is provided for the safety of the user in using the mask to a certain extent, and the actual use requirement of the user is met.

Additionally, the utility model discloses still disclose a system based on skin fluorescence detects, this system includes: a smart device, such as a smart band or a smart phone; the microcontroller 5 of the massage beauty care device establishes wireless communication with the intelligent machine through a communication module, for example, the communication module is a bluetooth module, a WLAN module, etc., and the microcontroller 5 transmits ultraviolet data acquired through the ultraviolet sensor 9 to the intelligent device; establishing a personal database of each user in the intelligent device, such as ultraviolet data of each previous different part of skin of the user, past preference of the user for the set rotating speed of the vibration motor 4 and the like, generating recommendation information containing the set rotating speed of the vibration motor 4 and transmitting the recommendation information to the microcontroller 5 of the massage beauty care device, outputting a first control signal by the microcontroller 5 according to the recommended set rotating speed to enable the operating rotating speed of the vibration motor 4 when operating the first control signal to be the set rotating speed, thereby using different set rotating speeds according to different skin conditions of the user, enabling the oscillation frequency of the vibration motor 4 to be matched with the skin conditions of different users or the preference of the user, driving the massage part 8 to carry out vibration massage on the skin at the same oscillation frequency through the vibration motor 4, and enabling the skin to be relaxed when the vibration frequency of the massage part 8 is in resonance with the skin of the human body, Promoting blood circulation, etc.

The above description is only exemplary of the present application and should not be taken as limiting the present application, as any modification, equivalent replacement, or improvement made within the spirit and principle of the present application should be included in the protection scope of the present application.

Claims (9)

1. The utility model provides a massage beauty care instrument, including handheld portion (1) and locate the battery in handheld portion (1), a vibrating motor (4) for producing high frequency vibration, an ultraviolet sensor (9) for detecting the ultraviolet data of skin reflection and carrying out skin fluorescence detection and establish massage portion (8) on the rotor shaft (41) of vibrating motor (4) in the cover, a serial communication port, still include microcontroller (5) with ultraviolet sensor (9) and vibrating motor (4) equal electrical connection, this microcontroller (5) are used for acquireing the ultraviolet data of ultraviolet sensor (9) output, microcontroller (5) output second control signal makes the operating speed of vibrating motor (4) be less than the settlement rotational speed or stop rotating when ultraviolet data is greater than fluorescence preset threshold, when ultraviolet data is not more than fluorescence preset threshold by microcontroller (5) continue to output first control signal and according to the periodic random production of preset time interval one of preset time by microcontroller (5) The third control signal with preset duration enables the running rotating speed of the vibrating motor (4) when running the third control signal to generate fluctuation which is increased or decreased within a preset proportion range relative to the set rotating speed.

2. A massaging beauty care instrument according to claim 1, characterized in that the preset time interval is 10-90 seconds, the preset duration is 0.5-5 seconds, and the preset proportion range is 5-50%.

3. The massage beauty treatment instrument according to claim 1, wherein the third control signal is a triangular wave signal, a step wave signal, a sawtooth wave signal, a square wave signal or a group of pulse wave signals.

4. The massage beauty care instrument according to claim 1, characterized in that a display screen (12) electrically connected with the microcontroller (5) and a speed regulating switch (13) for inputting the set rotating speed of the vibration motor (4) are further arranged on the hand-held part (1), and the speed regulating switch (13) is electrically connected with one of the I/0 interfaces of the microcontroller (5).

5. The massage beauty care instrument according to claim 1, wherein a guide end cap (3) is provided at the upper end of the hand-held portion (1), a first LED lamp (6) for emitting a first light to the inside of the massage portion (8) is provided on the guide end cap (3), and the massage portion (8) is made of a transparent or translucent material.

6. The massage beauty care instrument according to claim 5, characterized in that the first LED lamp (6) is a monochromatic LED emitting red, green or blue light, or the first LED lamp (6) is a RGB three-color LED.

7. The massage beauty care instrument according to claim 1, characterized in that a light-transmitting ring (2) is provided at the upper end of the hand-held part (1), and a second LED lamp (7) for emitting a second light to the light-transmitting ring (2) is provided inside the light-transmitting ring (2).

8. The massage beauty care instrument according to any one of claims 1 to 7, characterized in that the massage part (8) has an electric heating element arranged in the shape of a predetermined pattern or figure, which is electrically connected to the battery.

9. A system based on fluorescence detection of the skin, characterized in that it comprises an intelligent device and at least one massaging beauty care apparatus according to any one of claims 1-8;

the intelligent equipment is used for acquiring ultraviolet data acquired by the massage beauty care instrument through an ultraviolet sensor (9), generating recommendation information containing the set rotating speed of the vibration motor (4) according to the ultraviolet data and transmitting the recommendation information to the microcontroller (5) of the massage beauty care device;

the microcontroller (5) of the massage beauty care instrument is used for outputting a first control signal according to a set rotating speed to enable the vibrating motor (4) to operate the first control signal at the set rotating speed, when the ultraviolet light data is judged to be greater than the fluorescence preset threshold value, the microcontroller (5) outputs a second control signal to enable the vibrating motor (4) to operate at the rotating speed lower than the set rotating speed or stop rotating to remind a user of cleaning skin in time, when the ultraviolet light data is judged to be not greater than the fluorescence preset threshold value, the microcontroller (5) continues to output the first control signal and periodically and randomly generates a third control signal with preset duration according to preset time intervals to enable the operating rotating speed of the vibrating motor (4) to generate fluctuation which is increased or reduced in a preset proportion range relative to the set rotating speed.

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