CN209123194U - A light beauty device - Google Patents

Abstract

The purpose of the present utility model is to provide a photocosmetic device, including a light source component, a contactable phototherapy component and a light guide component. It can be an LED light source; the catheter assembly is arranged between the phototherapy assembly and the accessible phototherapy assembly, and is used to conduct the outgoing light after the beam shaping and beam reduction module in the light source assembly is shaped and reduced to the optical fiber layer in the accessible phototherapy assembly, In order to provide light therapy to the user who is affixed with the contactable phototherapy component, the light therapy on the user's skin is realized; wherein, the light guide component has good thermal insulation and electrical insulation, so that the photocosmetic device is used in the process of use. There are no safety problems such as leakage and side effects caused by leakage lamps; the beam shaping module in the light source assembly can shape and narrow the outgoing light emitted by the light source module in the light source assembly to improve the light transmission efficiency.

Description

A light beauty device

technical field

The utility model relates to the field of health and beauty, in particular to a light beauty device.

Background technique

Mask is a commonly used facial skin cleansing and maintenance method. It uses the short time covered on the face to temporarily isolate the outside air and pollution, increase the skin temperature, expand the pores of the skin, and promote the secretion and metabolism of sweat glands. The absorption rate of nutrients is required to achieve the purpose of facial skin care.

Light can stimulate skin cells to produce specific physiological functions. Existing clinical experiments have proved that skin whitening, skin rejuvenation, freckle lightening, acne removal and other nursing effects can be achieved by irradiating the skin with light of different wavelengths according to the appropriate dose. For example, under the irradiation of red light or infrared light, it can promote the production of skin collagen, and at the same time, it can promote the repair of damaged cells, which can effectively improve skin roughness, fine lines, wrinkles and reduce acne inflammation. Ultraviolet or violet light around 400nm has the effect of sterilizing and anti-inflammatory, killing bacteria that cause acne, and normalizing sebum secretion. Blue light around 460nm can penetrate to the skin Propionibacterium acnes, quickly eliminate acne pustules, and simultaneously inhibit the secretion of sebaceous glands, reduce the number of acne and inflammatory skin lesions, can be used to eliminate acne and promote tissue repair. The yellow light of about 600nm has the active effect of speeding up blood circulation, activating cells and stimulating cell excitability; it can promote collagen synthesis, strengthen the collagen fibers and elastic fibers of the skin, and has the effect of whitening the skin.

At present, there are a variety of skin light care products based on LED light sources on the market, but because the existing skin light care products are arranged in an array of multiple LED chips, the uniformity of the illumination that can be achieved is not high; and the product form The mask structure is not easy to carry, and the use cost is high; the LED light source is driven by electricity, and the inside of the mask contains a lot of moisture, which has potential safety hazards of leakage.

Utility model content

One purpose of the present utility model is to provide a photocosmetic device to solve the problems of poor lighting effect and potential safety hazard of electric leakage caused by the photocosmetic device in the prior art.

According to one aspect of the present invention, a photocosmetic device is provided, comprising a light source component, a contactable phototherapy component, and a light guide component disposed between the phototherapy component and the contactable phototherapy component, wherein,

The light source assembly includes: a light source module and a power supply module electrically connected to the light source module, a heat dissipation module and a beam shaping module respectively connected to the light source module, a light guide interface connected to the beam shaping module and the guide The center of the optical interface is aligned with the center of the beam shaping module;

The light source assembly and the light guide assembly are connected through the light guide interface;

The contactable phototherapy component includes an optical fiber layer in which optical fiber filaments are distributed, and the optical fiber layer is connected with the light guide component.

Further, in the above-mentioned photocosmetic device, the optical fiber layer is formed by the optical fiber filaments in the form of arrangement to form a whole piece of optical fiber cloth, or, the optical fiber layer is woven by the optical fiber filaments inserted in the optical fiber layer. form a monolithic fiber optic cloth;

Wherein, the light guide component conducts the outgoing light after shaping and condensing to the optical fiber, so that the outgoing light after shaping and condensing forms a light source in the optical fiber cloth.

Further, in the above-mentioned photocosmetic device, the contactable phototherapy component further comprises a contact layer, and the contact layer is attached and connected to the optical fiber layer; or,

The contactable phototherapy component further includes a contact layer and a reflective layer, wherein one side of the optical fiber layer is attached and connected to the contact layer, and the other side of the optical fiber layer is attached and attached to the reflective layer.

Further, in the above-mentioned photocosmetic device, the beam shaping module includes: a light guide column and a plano-convex lens, wherein the light guide column is optically coupled and connected to the light source module and the plano-convex lens, respectively, and the light source module, The centerlines of the light guide column and the plano-convex lens are located on the same straight line;

or,

The beam shaping module includes a lens group, wherein one side of the lens group is optically coupled and connected to the light source module, and the other side of the lens group is optically connected to the light guide interface.

Further, in the above-mentioned photocosmetic device, the light guide column is a circular column or a conical column.

Further, in the above photocosmetic device, the heat dissipation module includes a radiator, or the heat dissipation module includes a radiator and a fan,

Wherein, the light source module is fixedly connected with the surface of the heat sink in the heat dissipation module.

Further, in the above-mentioned photocosmetic device, the power supply module includes: a control circuit and a DC constant current driving power supply; or,

The power module includes: a control circuit, a DC constant current drive power supply and a battery.

Further, in the above-mentioned photocosmetic device, the edge of the optical fiber layer is provided with a docking interface, and the two ends of the light guide component are respectively provided with interfaces connected with the light source component and the contactable phototherapy component; wherein,

The interface at one end of the light guide assembly is connected to the light guide interface,

The interface at the other end of the light guide assembly is connected to the docking interface of the optical fiber layer.

Further, in the above-mentioned photocosmetic device, the light source assembly is provided with a button.

Further, in the above-mentioned photocosmetic device, the form of the contactable phototherapy component includes at least any one of the following:

Touchable mask, touchable nasal mask and touchable eye mask.

Compared with the prior art, a photocosmetic device provided by the present invention includes a light source component, a contactable phototherapy component, and a light guide component disposed between the phototherapy component and the contactable phototherapy component. The component has good insulation and only conducts light but does not conduct heat, so that the power supply of the photocosmetic device is safe and less likely to cause side effects. The light source assembly includes: a light source module and a power supply module electrically connected to the light source module, a heat dissipation module and a beam shaping module respectively connected to the light source module, a light guide interface connected to the beam shaping module and the The center of the light guide interface is aligned with the center of the beam shaping module; the light source assembly and the light guide assembly are connected through the light guide interface; the contactable phototherapy assembly includes an optical fiber layer, which is distributed in the optical fiber layer There is an optical fiber filament, and the optical fiber layer is connected with the light guide assembly. Wherein, the power supply module is used for supplying power to the light source module, the light source module is used for emitting outgoing light, and the beam shaping module is used for shaping and condensing the outgoing light, so as to improve the light conduction efficiency; The light guide component is used to guide the outgoing light after shaping and beam reduction to the optical fiber layer, so as to provide light therapy to the user who has applied the contactable light therapy component, so as to realize the light therapy on the user's skin, so as to achieve the light therapy on the user's skin. The heat dissipation module is used to discharge the heat energy generated by the light source module, so as to avoid possible interference to the treatment caused by the heat energy generated by the light source module in the light source assembly, thereby improving the treatment effect.

Description of drawings

Other features, objects and advantages of the present invention will become more apparent by reading the detailed description of the non-limiting embodiments made with reference to the following drawings:

Fig. 1 shows the module schematic diagram of a photocosmetic device according to an aspect of the present invention;

2 shows a schematic structural diagram of a light source assembly in a photocosmetic device according to an aspect of the present invention;

3 shows a schematic structural diagram of a light source module of a light source assembly in a photocosmetic device according to an aspect of the present invention;

4 shows a schematic structural diagram of a beam shaping module in a photocosmetic device according to an aspect of the present invention, which is a cone-shaped cylinder;

5 shows a schematic structural diagram of a circular cylinder in which the beam shaping module in a photocosmetic device according to an aspect of the present invention is;

6 shows a schematic structural diagram of a light beam shaping module including a lens group in a photocosmetic device according to an aspect of the present invention;

7 shows a schematic diagram of an arrangement of optical fibers in an optical fiber layer in a photocosmetic device according to an aspect of the present invention;

8 shows a schematic diagram of the optical fiber filament in the optical fiber layer in the form of interspersed weaving in a photocosmetic device according to an aspect of the present invention;

9 shows a schematic structural diagram of a contactable phototherapy component in a photocosmetic device according to an aspect of the present invention;

10 shows a schematic structural diagram of a contactable phototherapy component in a photocosmetic device according to another aspect of the present invention;

11 shows a schematic structural diagram of a side-emitting optical fiber in an optical fiber layer in a photocosmetic device according to another aspect of the present application;

Reference number:

1 light source assembly, 2 accessible phototherapy assembly, 3 light guide assembly, 11 light source module, 12 power module, 13 heat dissipation module, 14 beam shaping module, 15 light guide interface, 16 shell, 17 button, 21 fiber layer, 22 contact layer , 23 reflective layer, 211 optical fiber, 2111 fiber core, 2112 wrapping layer, 2113 side emitting optical fiber, 141 tapered light guide column 141, 141' circular light guide column, 142 plano-convex lens, 143 lens group, 101 LED Chip, 102 thermally conductive substrate, 103 power supply electrodes, 104 mounting holes;

The same or similar reference numbers in the drawings represent the same or similar parts.

Detailed ways

The present utility model will be described in further detail below in conjunction with the accompanying drawings.

As shown in FIG. 1 , a photocosmetic device in an embodiment of the present invention includes a light source component 1 , a contactable phototherapy component 2 , and a guide disposed between the phototherapy component 1 and the contactable phototherapy component 2 . Light assembly 3, wherein the light guide assembly 3 conducts the light energy generated by the light source assembly 1 to the contactable phototherapy assembly 2. In all embodiments of the present invention, since the light guide assembly has good electrical and thermal insulation properties , so that there is no risk of leakage of electricity or local high temperature when the user uses the photobeauty device for phototherapy on the skin, the safety is high, and side effects are not easy to occur.

As shown in FIG. 2 , the light source assembly 1 includes: a light source module 11 , a power module 12 , a heat dissipation module 13 , a beam shaping module 14 , a light guide interface 15 and a casing 16 , wherein the casing 16 is made of metal or plastic ; the power module 12 is electrically connected to the light source module 11 for providing power to the light source module 11;

The light source module 11 is respectively connected with the heat dissipation module 13 and the beam shaping module 14, so that the heat dissipation module 13 discharges the heat energy generated by the light source module 11, so as to avoid the reduction of the luminous efficiency due to the overheating of the light source module, affecting the Therapeutic effect; the light source module 11 is used for emitting outgoing light, and the outgoing light may be a spectrum including but not limited to ultraviolet light, visible light, and infrared light that can be used for treatment. Here, the light source in all embodiments of the present invention The module 11 may include, but is not limited to, an LED light source, a laser light source, a halogen light source and a gas discharge light source, etc. The outgoing light emitted by the above-mentioned light source module 11 has a wavelength including one or more of ultraviolet light, visible light or infrared light;

The beam shaping module 14 is connected to the light source module 11 to shape and narrow the outgoing light emitted from the light source module 11 , so that the light for treatment transmitted by the light guide assembly 3 to the optical fiber layer is the beam shaping module 14 after shaping and beam reduction. outgoing light to improve the conduction efficiency of light energy from the light source module 11 to the light guide assembly 3;

The light guide interface 15 is connected to the beam shaping module 14 and has an interface for connecting the light guide assembly, and the setting of the light guide interface 15 is aligned with the center of the beam shaping module 14 to ensure that the outgoing light can enter the light guide assembly 3 through the light guide interface , to connect the light source assembly 1 and the light guide assembly 3 through the light guide interface 15;

The contactable phototherapy component 2 includes an optical fiber layer 21, and the optical fiber layer 21 is distributed with optical fiber filaments 211. The optical fiber layer 21 is connected with the light guide component 3, and through the light guide component 3, the light beam is shaped. The outgoing light after the beam shaping and shrinking of the module 14 can be conducted to the optical fiber layer 21 to provide light therapy to the user applying the contactable phototherapy component, so as to realize the contact phototherapy for the corresponding skin part of the user who needs to perform light and hot compress, so as to provide light therapy. To achieve the purpose of beauty at the user's skin. Here, the form of the contactable phototherapy component 2 in the photocosmetic device may include: a contactable facial mask, a contactable nasal mask, a contactable eye mask, etc.; of course, other forms that can be applied to the contactable phototherapy component 2 in the present invention All forms are applicable to the present utility model, and all belong to the protection scope of the present utility model.

In an embodiment of the present invention, the power supply module 12 may include: a control circuit and a DC constant current driving power supply, wherein the DC constant current driving power supply provides power for the light source module 11, and the control circuit is used to control the light source Changes in the power supply provided by the module 11; in another embodiment, the power supply module 12 may include: a control circuit, a DC constant current drive power supply and a battery, so that the photocosmetic device can use a battery without directly connecting the power supply It provides power to the photocosmetic device and is easy to carry, so as to meet the user's demand for the portability of the photocosmetic device.

Here, since the LED light source and the power module are arranged inside the light source assembly, during use, the optical fiber in contact with the surface of the skin part of the user to be treated only guides light but does not conduct electricity and heat, and there is no risk of leakage or local overheating , to avoid potential safety hazards for users during the use of light therapy, making the use safer.

The light source module 11 in an embodiment of the present invention is an LED light source as shown in FIG. 3 . The LED light source can emit light of one or more wavelengths, and can output specific light according to the required spectrum and energy, and pass the light guide interface. The light guide component connected at 15 is conducted to the optical fiber filament 211 in the optical fiber layer 21 in the contactable phototherapy component 2 . As shown in FIG. 3 , the LED light source includes an LED chip 101 , a heat-conducting substrate 102 , a power supply electrode 103 and a mounting hole 104 . The light is emitted through the power supply, and the entire LED light source is installed on the light source assembly 1 through the mounting hole 104. The number of the LED chips 101 is one or more, and the spectrum of the outgoing light emitted by the LED light source in the light source assembly 1 is given by The type and quantity of the LED chips 101 are determined.

In an embodiment of the present invention, the heat dissipation module 13 may include a heat sink, and the heat sink can discharge the heat energy generated by the light source module 11 in time, thereby ensuring the life and efficiency of the light source module 11; or, the heat dissipation module 13 may A radiator and a fan are included, so that the radiator and the fan are combined to discharge the heat energy generated by the light source module 11 in a timely and rapid manner, thereby further ensuring the lifespan and efficiency of the light source module 11 .

The light beam shaping module 14 in the photocosmetic device according to an embodiment of the present invention includes: a light guide column and a plano-convex lens 142. Here, the light guide column is a cone-shaped cylinder (the cone in FIG. 4 ). light guide column 141) or a circular column (as shown in the circular light guide column 141' in FIG. 5), the light guide column 141 is optically coupled with the light source module 11 and the plano-convex lens 142 respectively connected, and the center lines of the light source module 11, the light guide column 141 and the plano-convex lens 142 are located on the same straight line, the light guide column 141 performs spectral mixing on the outgoing light emitted by the light source module 11, so as to achieve the The purpose of spectral mixing of the outgoing light emitted from the module 11 is to make the mixed spectrum more uniform; the plano-convex lens 142 is used to compress the outgoing angle of the outgoing light after the spectral mixing, so as to obtain the beam-shaped beam-reduced light. outgoing light to improve light coupling efficiency. The tapered structure of the tapered light guide column 141 in FIG. 5 can compress the exit angle of the light emitted by the light source module 11 to further improve the efficiency of light energy entering the light guide assembly.

As shown in FIG. 6 , the beam shaping module 14 in the photocosmetic device in another embodiment of the present invention includes: a lens group 143 , the see-through group 143 includes two plano-convex lenses, and one of the lens groups 143 includes two plano-convex lenses. The other side of the lens group 143 is optically connected to the light guide interface 15 , and the lens group 143 is used to transmit the light emitted by the light source module 11 . The exit angle is compressed.

In this embodiment, the light guide column and/or lens group and lens in the beam shaping module 14 are made of high transmittance materials, so that the outgoing light from the light source module 11 (eg, LED light source, etc.) is efficiently coupled into the light guide Component 3, thereby improving the efficiency of light energy introduction.

Of course, the beam shaping module 14 in the photocosmetic device of the present invention can not only include the structure of the light guide column and plano-convex lens, but also the structure of the lens group. Any structure of the beam shaping module 14 can be included in the protection scope of the present invention.

In the photocosmetic device in an embodiment of the present invention, the contactable phototherapy component 2 includes an optical fiber layer 21, and the optical fiber filaments 211 can be arranged to form a whole piece of optical fiber cloth, as shown in FIG. 7 . Or, the optical fiber layer 21 is formed into a whole piece of optical fiber cloth in a braided form by the optical fiber filaments 211 inserted in the optical fiber layer 21, as shown in FIG. 8; The outgoing light is conducted to the optical fiber filament 211, so that the outgoing light after the shaping and beam reduction forms a surface light source in the optical fiber cloth, and the surface light source passes through the optical fiber layer or the contact layer and the skin of the user who needs phototherapy. Partially fitting light therapy can achieve the purpose of light therapy for the skin parts that the user needs to treat.

In this embodiment, the contactable phototherapy component 2 in the photocosmetic device shown in FIG. 8 is only composed of an optical fiber layer, and the optical fiber layer is interspersed with optical fiber filaments that are interspersed and woven in the form of interspersed weaving, and the optical fiber filaments are side It is composed of light-emitting optical fibers, so that the side-emitting optical fibers are interspersed and woven in the optical fiber layer. Since the material of the side-emitting optical fibers is transparent plastic, the side-emitting optical fibers emit light by bending the optical fibers, so as to realize uniform light emission of the optical fiber layer in the optical beauty device, as shown in the figure. 8 shows that the contactable phototherapy component 2 in the photocosmetic device of the present invention is only an optical fiber layer, and the contactable phototherapy component is a practical application schematic diagram corresponding to the contactable facial mask, and the contactable phototherapy component in FIG. 8 2. In the corresponding photocosmetic device, the outgoing light emitted by the light source module 11 in the light source assembly is subjected to beam shaping by the beam shaping module 14 and the angle of the outgoing angle of the outgoing light is compressed, so as to realize the efficient coupling of light energy, Then, the outgoing light (outgoing light with a more uniform spectrum) after the shaping and beam reduction is transmitted to the optical fiber layer 2 in the accessible phototherapy assembly 2 through the light guide assembly 3, so as to be directed to the user who applies the accessible phototherapy assembly. Provide light therapy to achieve contact light therapy for the corresponding skin parts of the user who need to be heated with light.

Of course, in the practical application schematic diagram of FIG. 8 in this embodiment, after the optical fiber filaments are interspersed and braided in the optical fiber layer 21 in a braided form, in order to improve the closeness of the contactable phototherapy component 2 applied to the skin part of the user who needs phototherapy and experience, after the optical fiber filament is inserted and woven into the optical fiber layer, a highly active adsorption material such as silicic acid gel is dissolved into the optical fiber layer inserted and braided with the optical fiber filament, so that the surface of the optical fiber layer is smoother and smoother, thereby improving the performance of the optical fiber layer. It has good skin-friendly and docile effect when the user is flattened on the skin part that needs phototherapy, and because the material of the optical fiber in the optical fiber layer is plastic, it has the properties of light-guiding, non-conducting heat and non-conducting, so that the user can directly flatten the optical fiber layer. When it is applied to the skin part that needs phototherapy, there will be no safety problems such as leakage, which improves the safety of users.

In all embodiments of the present invention, the optical fiber 211 can be a side-emitting optical fiber made of plastic material. The structure of the side-emitting optical fiber is shown in FIG. 11 . The side-emitting optical fiber is composed of a core 2111 and a wrapping layer 2112. The core refractive index n is greater than the wrapping layer refractive index n'; so that when the incident outgoing light enters the side-emitting fiber, the light is uniformly emitted from the side 2113 of the side-emitting fiber, and the opposite exit of the emitted light To emit light, the side-emitting optical fiber can form a whole piece of optical fiber cloth on the optical fiber layer 21, so that a side-emitting light is formed on the surface of the optical fiber cloth, which is used for side-emitting light to be applied to the user's skin to realize illumination.

In an embodiment of the present invention, as shown in FIG. 9 , the contactable phototherapy component 2 in the photocosmetic device of the present invention further includes a contact layer 22, and the contact layer 22 is attached and connected to the optical fiber layer 21, that is, The contact phototherapy component 2 includes an optical fiber layer 21 and a contact layer 22, and the contact layer 22 is similar to the overall size and shape of the optical fiber layer 21, so that the contact layer 22 can be fitted and connected with the optical fiber layer 21. It is in contact with the skin part of the user that needs phototherapy, and emits light through the side of the optical fiber distributed in the optical fiber layer that is closely connected with the contact layer 22 to perform phototherapy for the user. Of course, the contact layer is not only used for The contact with the skin part that needs to be treated can also be a contactable film including a nutrient solution for the skin, such as the existing facial mask, eye mask and nasal mask, etc., so that the light therapy on the skin part of the user needs to be treated through the optical fiber layer At the same time, skin maintenance such as hydration, whitening and skin supplementation can also be performed on the user's skin, so as to further realize phototherapy and maintenance for the skin part of the user that needs physiotherapy, thereby improving the user's experience of using the photobeauty device.

In another embodiment of the present invention, as shown in FIG. 10 , the contactable phototherapy component 2 further includes a contact layer 22 and a reflective layer 23, one side of the optical fiber layer is attached and connected to the contact layer, and the optical fiber layer The other side is connected with the reflective layer described above, that is, the contact phototherapy component 2 includes an optical fiber layer 21, a contact layer 22 and a reflective layer 23, and the overall size and shape of the contact layer 22, the reflective layer 23 and the optical fiber layer 21 are similar, The contact layer 22 , the reflective layer and the optical fiber layer 21 can be fitted and connected to each other. Since the optical fiber filament 211 in the optical fiber layer 21 is a side-emitting optical fiber, after the side emission is performed in the optical fiber layer 21, although one side surface of the optical fiber layer 21 is attached and connected to the contact layer 22, it is possible to realize the illumination of the skin part where the user needs phototherapy. However, the other side of the optical fiber layer also has waste and loss of side-emitting light energy, so the reflective layer 23 is provided on the other side of the optical fiber layer 21. The side-emitting light is reflected back into the optical fiber layer 21, which can not only avoid the waste of light energy transmitted to the outgoing light in the contactable phototherapy component 2, but also can effectively improve the utilization rate of the outgoing light transmitted to the optical fiber layer 21. Maximize the utilization of outgoing light.

In the above-mentioned embodiment of the present invention, the contactable phototherapy component 2 can be a contactable mask, a contactable nasal mask, a contactable eye mask, etc. When the contactable phototherapy component 2 is a contactable mask, the The optical fiber filaments that are arranged or interwoven in the facial area are denser, so that the face that needs phototherapy can be effectively illuminated; when the contactable phototherapy component 2 is a contactable nasal membrane, the area around the nose that can contact the nasal membrane The fiber optic filaments that are arranged or interspersed are denser, so that the nose and its surroundings can be illuminated in a targeted manner, so as to achieve the illumination and beauty of the skin of the nose (for example, remove blackheads and acne, etc.); When contacting the phototherapy component 2 can contact the eye mask, the optical fiber filaments are arranged or interspersed more densely in the area above and below the eye and the area around the corner of the eye that can contact the eye mask, so that crow's feet, eye bags and dark spots can be targeted. The skin around the eyes, such as eye circles, is illuminated, so as to achieve illumination and beauty therapy for the skin around the eyes, so that the user has a better facial (including around the nose and around the eyes, etc.) environment.

In the photocosmetic device according to an embodiment of the present invention, the edge of the optical fiber layer 21 is provided with a docking interface, and the two ends of the light guide component 3 are respectively provided with the light source component 1 and the contactable phototherapy component 2 The interface for connection; the interface at one end of the light guide assembly 3 is connected with the light guide interface 15 , and the interface at the other end of the light guide assembly 3 is connected with the docking interface of the optical fiber layer 21 , realizes that the outgoing light emitted by the light source module 11 in the light source assembly 1 is conducted through the light guide assembly 3 to the optical fiber layer 21 in the contactable phototherapy assembly 2 shown, thereby connecting the light source assembly 11 and the contactable phototherapy assembly 2. the purpose of getting up.

In the optical cosmetic device in another embodiment of the present invention, the edge of the optical fiber layer 21 is provided with a docking interface, and the light guide assembly has one and only one section is provided with an interface that cooperates with the docking interface, wherein , the optical fiber filament is fixed into a bundle of optical fibers through a hoop at the docking interface to form the interface of the light guide assembly as shown in FIG. 7 , the optical beauty device includes a light source assembly 1, a light guide assembly 3 and a The contactable phototherapy component 2, wherein the contactable phototherapy component 2 and the light guide component 3 are an integral structure, and one end of the optical fiber is distributed in the form of arrangement or interweaving in the optical fiber layer 21 in the contactable phototherapy component 2. The other end of the wire is bundled into a long bundle of optical fibers at the docking interface at the edge of the optical fiber layer 21, and is fixed by a hoop. After a long bundle of optical fibers at the docking interface forms a light guide assembly, the interface of the light guide assembly is docked with the optical fiber. The interfaces are matched and connected correspondingly, so that the light guide component 2 and the contactable phototherapy component 3 form an integral structure. In the photocosmetic device in an embodiment of the present invention, the light source assembly 11 is provided with a button 17, which can be used to switch the wavelength and/or intensity of the outgoing light, or to adjust the illumination mode (such as pulsed light/continuous light, etc.) , the light beauty device can be matched with different lighting schemes for different skins, and the switching of different lighting schemes and outgoing light can be realized by triggering the button 17 in the light source assembly 1, so as to meet the needs of different users in the process of phototherapy. Different light requirements for skin areas requiring phototherapy.

According to another aspect of the present invention, a photocosmetic device is also provided, comprising a light source component, a contactable phototherapy component, and a light guide component disposed between the phototherapy component and the contactable phototherapy component, wherein,

The light source assembly includes: a light source module and a power module electrically connected to the light source module, a heat dissipation module connected to the light source module, a light guide interface connected to the heat dissipation module, and the center of the light guide interface is aligned the center of the light source module;

The light source assembly and the light guide assembly are connected through the light guide interface;

The contactable phototherapy component includes an optical fiber layer in which optical fiber filaments are distributed, and the optical fiber layer is connected with the light guide component;

Wherein, the power module is used for supplying power to the light source module, the light source module is used for emitting outgoing light, and the light guide component is used for conducting the outgoing light to the optical fiber layer, so as to transmit the outgoing light to the applicator. The user who can contact the light therapy component provides light therapy; the heat dissipation module is used for discharging the heat energy generated by the light source module.

In a photocosmetic device in this embodiment, although there is no beam shaping module in the light source assembly, the outgoing light emitted from the light source module can also be conducted to the contactable phototherapy assembly through the light guide assembly, but the efficiency of the outgoing light is only Compared with the photobeauty device shown in FIG. 1 of the present invention, it is lower and the mixing is poorer, but the contactable phototherapy component can still effectively care for the skin part of the user that needs to be illuminated, so as to achieve the effect of the skin on the user's skin. beauty purpose.

To sum up, a photocosmetic device provided by the present invention includes a light source component, a contactable phototherapy component, and a light guide component disposed between the phototherapy component and the contactable phototherapy component. Since the light guide component has It has good insulation and only conducts light but does not conduct heat, so that the power supply of the photocosmetic device is safe and less likely to cause side effects. The light source assembly includes: a light source module and a power supply module electrically connected to the light source module, a heat dissipation module and a beam shaping module respectively connected to the light source module, a light guide interface connected to the beam shaping module and the The center of the light guide interface is aligned with the center of the beam shaping module; the light source assembly and the light guide assembly are connected through the light guide interface; the contactable phototherapy assembly includes an optical fiber layer, which is distributed in the optical fiber layer There is an optical fiber filament, and the optical fiber layer is connected with the light guide assembly. Wherein, the power supply module is used for supplying power to the light source module, the light source module is used for emitting outgoing light, and the beam shaping module is used for shaping and condensing the outgoing light, so as to improve the light conduction efficiency; The light guide component is used to guide the outgoing light after shaping and beam reduction to the optical fiber layer, so as to provide light therapy to the user who has applied the contactable light therapy component, so as to realize the light therapy on the user's skin, so as to achieve the light therapy on the user's skin. The purpose of cosmetology at the place; the heat dissipation module is used to discharge the heat energy generated by the light source module, so as to avoid the possible interference to the treatment caused by the heat energy generated by the light source module in the light source assembly, and then the effect of the treatment can be improved, making the utility model practical. New photobeauty devices (such as phototherapy mask, phototherapy eye mask, phototherapy nasal mask, etc.) have the advantages of rich functions, safety and reliability, easy portability, low manufacturing cost, etc., and have good market promotion value.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present utility model fall within the scope of the claims of the present utility model and their equivalents, the present utility model is also intended to include these modifications and variations.

It will be apparent to those skilled in the art that the present invention is not limited to the details of the above-described exemplary embodiments, and that the present invention may be implemented in other specific forms without departing from the spirit or essential characteristics of the present invention. Therefore, the embodiments are to be considered in all respects as exemplary and not restrictive, and the scope of the present invention is defined by the appended claims rather than the foregoing description, and it is therefore intended that the All changes within the meaning and range of the required equivalents are included in the present invention. Any reference signs in the claims shall not be construed as limiting the involved claim. Furthermore, it is clear that the word "comprising" does not exclude other units or steps and the singular does not exclude the plural. Several units or means recited in the device claims can also be realized by one unit or means by means of software or hardware. The terms first, second, etc. are used to denote names and do not denote any particular order.

Claims (11)

1. A photocosmetic device, comprising a light source component, a contactable phototherapy component, and a light guide component disposed between the phototherapy component and the contactable phototherapy component, wherein, The light source assembly includes: a light source module and a power supply module electrically connected to the light source module, a heat dissipation module and a beam shaping module respectively connected to the light source module, a light guide interface connected to the beam shaping module and the guide The center of the optical interface is aligned with the center of the beam shaping module; The light source assembly and the light guide assembly are connected through the light guide interface; The contactable phototherapy component includes an optical fiber layer in which optical fiber filaments are distributed, and the optical fiber layer is connected with the light guide component. 2 . The photocosmetic device according to claim 1 , wherein the optical fiber layer is formed by the optical fiber filaments in the form of an arrangement to form a whole piece of optical fiber cloth, or the optical fiber layer is inserted into the optical fiber layer. 3 . The fiber optic filaments are braided to form a whole piece of fiber optic cloth; Wherein, the light guide component conducts the outgoing light after shaping and condensing to the optical fiber, so that the outgoing light after shaping and condensing forms a light source in the optical fiber cloth. 3. The photocosmetic device according to claim 2, wherein the contactable phototherapy component further comprises a contact layer, and the contact layer is attached and connected to the optical fiber layer; or, The contactable phototherapy component further includes a contact layer and a reflective layer, wherein one side of the optical fiber layer is attached and connected to the contact layer, and the other side of the optical fiber layer is attached and attached to the reflective layer. 4 . The photocosmetic device according to claim 1 , wherein the beam shaping module comprises: a light guide column and a plano-convex lens, wherein the light guide column is optically coupled and connected to the light source module and the plano-convex lens, respectively, 5 . and the center lines of the light source module, the light guide column and the plano-convex lens are located on the same straight line; or, The beam shaping module includes a lens group, wherein one side of the lens group is optically coupled and connected to the light source module, and the other side of the lens group is optically connected to the light guide interface. 5 . The photocosmetic device according to claim 4 , wherein the light guide column is a circular column or a conical column. 6 . 6. The photocosmetic device according to claim 1, wherein the heat dissipation module comprises a heat sink, or the heat dissipation module comprises a heat sink and a fan, Wherein, the light source module is fixedly connected with the surface of the heat sink in the heat dissipation module. 7. The photocosmetic device according to claim 1, wherein the power module comprises: a control circuit and a DC constant current drive power; or, The power module includes: a control circuit, a DC constant current drive power supply and a battery. 8 . The photocosmetic device according to claim 1 , wherein an edge of the optical fiber layer is provided with a docking interface, and two ends of the light guide component are respectively provided with a connection to the light source component and the contactable phototherapy component. 9 . The interface, wherein the interface at one end of the light guide assembly is connected with the light guide interface, and the interface at the other end of the light guide assembly is connected with the docking interface of the optical fiber layer; Or, the edge of the optical fiber layer is provided with a docking interface, and the light guide assembly has one and only one section is provided with an interface that cooperates with the docking interface, wherein the optical fiber filament is fixed by a hoop at the docking interface. is a bundle of optical fibers to form the interface of the light guide assembly. 9. The photocosmetic device according to any one of claims 1 to 8, wherein the light source assembly is provided with a button. 10. The photocosmetic device of any one of claims 1 to 8, wherein the form of the accessible phototherapy component comprises at least any of the following: Touchable mask, touchable nasal mask and touchable eye mask. 11. A photocosmetic device, comprising a light source component, a contactable phototherapy component, and a light guide component disposed between the phototherapy component and the contactable phototherapy component, wherein, The light source assembly includes: a light source module and a power module electrically connected to the light source module, a heat dissipation module connected to the light source module, a light guide interface connected to the heat dissipation module, and the center of the light guide interface is aligned the center of the light source module; The light source assembly and the light guide assembly are connected through the light guide interface; The contactable phototherapy component includes an optical fiber layer in which optical fiber filaments are distributed, and the optical fiber layer is connected with the light guide component.