KR20170108530A - Smart Mobile Irradiation LEDLight emitting diode omitted - Google Patents

Abstract

The present invention relates to cosmetics for detaching a light emitting diode (LED) light source to perform light irradiation by using a smart mobile device in a wired method. According to an embodiment of the present invention, the cosmetics for detaching the LED light source to perform the light irradiation by using the smart mobile device in the wired method comprises: the smart mobile device; an earphone connecting unit; a cable connector; an LED probe; and a cosmetics container. The present invention provides a simple composition; and enables miniaturization of a device.

Description

A light emitting diode (LED) light source is detachably coupled so that light irradiation can be performed in a wired manner using a smart mobile device.

The present invention controls a current generated in an earphone connection unit or a lightning port, which is a connection part of a smart mobile device, through an application (application, application) A light emitting diode probe or a probe holder, which is a detachable skin beauty device, to carry out facial massage with a functional product contained in a cosmetic container.

In general, people's skin is of various shapes, and especially cosmeticians can choose to use cosmetics and massagers to keep their skin healthy and beautiful, We want to get accurate information about condition and massager.

Traditionally, skin massage in the skin care room has been managed professionally using a massage machine suitable for the functional product and the product according to the type of the customer's skin, and the customer's satisfaction was also good. In addition, customers who want to use the massager that is managed by the cosmetics and the skin care room for their own skin despite the rapid increase of the internet shopping mall and the home shopping market is a massager that can be used with products do not know well.

Meanwhile, the Smart Mobile device combines the advantages of a mobile phone and a personal digital assistant (PDA), and integrates data communication functions such as schedule management, fax transmission and reception, and Internet access to a mobile phone function. The biggest advantage of Smart Mobile is that it allows users to freely install hundreds of various applications (applications, apps) unlike existing mobile phones that have been released as finished products and used only the given functions And can be added or deleted. Smart Mobile (Smart Mobile) As users are growing exponentially, it is expected that the demand will be very great if they provide skin care and massaging services with high interest by using Smart Mobile machine.

The light therapy for treating skin diseases of the present invention uses various light sources such as sunlight, laser, fluorescent lamp, UV lamp and the like. Such phototherapy is a phototherapy technique for treating damaged skin through selective regeneration or destruction of skin tissue using the principle that light promotes biochemical reaction in skin. Recently, efforts have been made to use a light emitting diode (LED) as a light source among light sources for treating skin diseases. Unlike the method of intensively irradiating a high power laser to a local area, such an LED light source has an advantage of effectively treating a skin disease area having a large area with an appropriate light output.

In particular, the LED light source has a narrow wavelength bandwidth and emits a light source of a specific wavelength. Therefore, harmful ultraviolet rays and unnecessary infrared rays are not emitted, so that side effects are small. have. Since a light irradiator using far-infrared rays has a low energy density, a stand-type light irradiator by a single light bulb is widely used. On the other hand, a high-energy laser beam irradiator has a high energy density and is used within a range of a few seconds, and there is a risk of skin damage such as a burn, which is a problem that a specialist should use in the form of a handheld (handpiece).

Originally, the skin ray irradiator has been introduced as a cancer treatment, but it is widely used for various skin aesthetic treatments such as acne, black spot, stain, pigment lesion and permanent hair removal of undesired hair. By irradiating light or laser to the skin at a certain interval once or several times repeatedly at a certain wavelength, it is possible to make permanent hair removal or reduction of undesired hair by various light rays, enlargement of capillary blood of face, pigmentation of facial flushing, freckles, It is applied to diseases. Such a conventional skin light beam irradiator is controlled by irradiating the skin by adjusting the output value of the output unit depending on the experiences and theories of the practitioner. As a result, the treatment effect is weak depending on the skill and experience of the operator, When the output is too strong, it also burns.

A method of improving the effect of skin cosmetic treatment by applying a photosensitizing substance to skin and shining light is widely used. For example, when 5-aminolevulinic acid, which is a photosensitizer, is applied to accumulate in the sebaceous glands, the sebaceous glands are reduced and the acne bacteria that cause inflammation in the sebaceous glands are sterilized . There is also known a skin cosmetic treatment method using indocyanine green ("ICG") and a laser diode of 805 nm wavelength, which is a photosensitizer selectively absorbed at 805 nm. Korean patent 773475 also describes photodynamic therapy with indocyanine acetic acid ("IAA") as a photosensitizer with various wavelengths of light. In particular, the use of blue light and green light sources is recommended. Korean Patent Registration No. 611526 discloses a laser light irradiator which can be applied to various skin treatments such as acne, black spot, spots and pigment lesions while controlling the temperature of skin contact surface to prevent accidents such as burns. Korean Registered Utility Model No. 396456 discloses a composite light source of mask type LED, ultrasonic wave and ion implantation made of stretchable material for the purpose of facial beauty.

Although skin light irradiation techniques have been widely adopted for skin care and treatment, skin light irradiators that fully utilize the features of LEDs have not been provided. In addition, from the near-ultraviolet region to the near-infrared region, a simple structure and an easy-to-use light irradiator have not been provided while satisfying various purposes of tanning or thermal therapy or treatment. These skin beauty aids are easy to carry and detach from cosmetics containers and are used together to suit the characteristics of aqueous solutions of cosmetics. The treatment effect is slightly different depending on the type of the light emitting diode. Near-infrared rays are useful rays for medical purposes. They are short wavelength, radiant heat such as solar heat, penetrate deeply into the skin than far infrared rays, and heat in the skin helps remove wastes, relax the skin barrier and circulate blood. In addition, the near-infrared ray is a 'low-level phototherapy' that irradiates a low level of LED or laser from the red to the near infrared region (630 to 1,000 nm) on the wound area. It activates the function of the cell to recover the trauma, , And ischemic wound healing.

In fact, the 'low-level phototherapy' of rats' wounds has shown that vascular production is actively progressing. Light emitting diodes of blue (450 to 470 nm), green (525 to 570 nm), yellow (585 to 590 nm) and orange (610 to 612 nm) However, since the conventional ray irradiator is expensive, it is difficult for the general user to purchase the ray irradiator, and even if the user purchases the ray irradiator, it is difficult to use it, so that the user must receive systematic training on the usage method.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and it is an object of the present invention to provide a light emitting diode (LED) which is widely used in a smart mobile phone, (Smart Mobile) device by connecting a cable connector to the earphone connection part or the lightning port, which is a connection part of the smart mobile device, using the application (application, application) It is possible to appropriately control the color wavelength of the LED probe (light emitting diode probe) capable of detachably connecting the current to the cosmetic container and the intensity and application time of the minute current, Cosmetics with a cable connector and an LED probe (light emitting diode probe) The object of the present invention is to provide a cosmetic which can easily and cheaply and efficiently implement a light emitting diode (LED) light irradiation massage device through a smart mobile device possessed only by purchasing an application (application, application) have.

In order to achieve the above object, the present invention provides a method for controlling a current generated from an earphone connection unit or a lightning port, which is a connection unit of a smart mobile device having a power supply unit and a control unit, And a cable connector for connecting the cosmetic container accommodating the functional product, which is detachably coupled with the LED probe, through an application (Application) and connecting the smart mobile device have.

The control unit of the smart mobile device is configured in the form of an application (application, app) installed in a smart mobile device connected to a wired / wireless communication network.

The LED (Light Emitting Diode) probe has a transparent or translucent LED light source unit serving as a skin irradiation unit for infiltrating the functional cosmetics by light emitting diode (LED) irradiation, and a hand holding unit A current amplifying circuit part and an LED driving circuit part for amplifying a current are installed inside the LED light emitting diode probe and an operation switch can be installed on the outer circumferential surface and is detachably attached to the cosmetic container .

In addition, a handle portion for holding a workpiece by hand may be formed in the form of a ground electrode portion made of a conductor and a DC power source connected to the working electrode portion and the ground electrode portion with different polarities is formed, And an electrode separator made of an insulator is provided between the ground electrode part and the iontophoresis cap is coupled to the working electrode part with the iontophoresis cap corresponding to each other. The iontophoresis cap has a skin for iontophoresis It is a contact part and it is possible to perform ion introduction skin care.

An LED light source unit is provided as a contact surface of an irradiation unit or a working electrode unit which is a skin irradiation unit of the LED probe (light emitting diode probe), and current is supplied from the LED driving circuit unit to cause light irradiation. In addition, a probe holder can be detachably coupled to the handle portion of the LED probe (light emitting diode probe) or the ground electrode portion separately.

The application (application, app; application), which is a control unit installed on the display of the smart mobile device, can be automatically and manually selected by the user at the time of execution, and the LED probe ) And the displacement of pulse or the like can be set manually. If the user selects automatic, the user can input the user ID (ID) by inputting the radio code attached to the functional cosmetics to the smartphone, The user recognizes the entered information or recognizes the used information. The intensity of the operating current or the displacement of the pulse or the audio signal is automatically set according to the skin type and sensitivity of the user, and the LED probe emitting diode probe). In addition, the method and sequence of using the LED probe (light emitting diode probe) are displayed on the display of the smart mobile device, so that the user can view the image on the display or use it according to the usage. You can check the change of the skin by photographing the skin condition. In addition, by using the above-described quail code, a cosmetic manufacturing company inputs a raw material into an application (application, an application), judges whether cosmetic products of a specific raw material cause a side effect by user's preliminary input, In this case, it is displayed on the display to inform the user of the fact that the user is logged on.

In addition, by using the NFC (near fiend communication) non-contact type short-range wireless communication technology, the downloaded application (application, application) can be called up only by approaching the smart mobile device, Can be controlled.

According to the present invention, a light emitting diode (LED) probe, which is attached to a cosmetic container containing a functional product, is connected to a smart mobile device through a cable connector, And is driven by receiving a control signal from an application (application, app; application) installed in a mobile (Smart Mobile) device. In addition, since the control signal is received from an application (application, application) that converts the operation mode in real time considering the skin condition of the user and generates the control signal according to the control signal, Management can be executed. In addition, functionalized products containing LED probes (light emitting diode probes) are ionized cosmetics that are best suited for light emitting diode (LED) light irradiation massage. These products contain vitamin C Such as coenzyme Q-10 can be used to enhance the effect.

FIG. 1 is a perspective view of a light emitting diode (LED) probe and a Smart Mobile device detachably attached to a cosmetic container accommodating the functional product according to the present invention. And outputting an audio signal and a current.
2 is a perspective view of a light emitting diode probe and a lightning port installed in a smart mobile device detachably attached to a cosmetic container accommodating the functional product according to the present invention, ) Connected to each other to output a current.
3 is a block diagram showing a configuration of a smart device proposed in the present invention.
4 is a view showing a configuration of a cosmetic container in which a light emitting diode probe according to the present invention is detached and a functional product is accommodated.
Fig. 5 shows another embodiment of the present invention in which a lid portion having a one-touch structure device installed in a housing of a cosmetic container is shown.
6 is a view showing a configuration of a cosmetic container accommodating a functional product in which a LED chip (light emitting diode probe) is detached with a housing part separately provided at the lower part of the cosmetic container according to another embodiment of the present invention.
7 is a view showing a light emitting diode probe detachably attachable to a cosmetic container according to the present invention.
8 is an enlarged plan view of the LED light emitting unit according to the embodiment of the present invention.
9 shows a light emitting diode probe in which an iontophoresis cap is detachably coupled in accordance with another embodiment of the present invention.
FIG. 10 shows a light emitting diode probe to which a combined pole of another form of the present invention is connected.
FIG. 11 shows a structure in which a probe holder is coupled to a light emitting diode (LED) probe of the present invention.
FIG. 12 shows a cable connector for connecting a smart mobile unit and a light emitting diode probe according to an embodiment of the present invention.
FIG. 13 shows a state diagram of an embodiment of a cosmetic product in which a functional product is accommodated for massaging with a light emitting diode probe according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the user, the intention or custom of the operator, and the like.

It goes without saying that the definition should be made based on the contents throughout the present specification.

The present invention relates to a cosmetic product (100) capable of performing light emitting diode (LED) light irradiation (Irradiation) massage,

A light emitting diode (LED) light irradiating device using a smart mobile device 10 of the present invention includes a power supply unit 11 and a control unit 12 and is connected to a wired / A light emitting diode probe 20 detachably coupled to a cosmetic container 2 accommodating the functional product 1 and a cable connector for connecting the same, (30).

The control unit 12 of the smart mobile device 10 is in the form of an application installed in a smart mobile device 10 connected to a wire / wireless communication network.

An LED probe (light emitting diode probe) 20 controlled by an application (application) installed in the smart mobile device 10 is provided with LEDs having various colors (Light emitting diode), and the light irradiation can produce different effects for each color.

The LED light source unit 25 of the LED probe 20 may be arranged in at least one of an arrangement in which LED light emitting units 25-1 are stacked on top of one another in series, And light emitting diodes of blue (450 to 470 nm), green (525 to 570 nm), yellow (585 to 590 nm) and orange (610 to 612 nm) The LED light emitting unit 25-1 includes a circuit board 25-2 and a plurality of LED chips 25-3 mounted on the circuit board 25-2 in a matrix form. At this time, the LED light emitting unit 25-1 is used for the purpose of each treatment among near-ultraviolet rays of 300 to 370 nm wavelength, visible light of 380 to 770 nm wavelength, near infrared rays of 0.7 to 1.5 탆 wavelength and far- Thereby emitting light in which one or two or more wavelengths are combined.

Specifically, the plurality of LED chips 25-3 may include a first LED chip that emits light having a wavelength of 310 to 330 nm, a second LED chip that emits light having a wavelength of 410 to 430 nm, and a second LED chip that emits light having a wavelength of 630 to 660 nm A fourth LED chip for emitting a light having a wavelength of 820 to 840 nm, a fifth LED chip for emitting a light having a wavelength of 630 to 1,000 nm and a near-infrared region, and a fifth LED chip emitting a light having a wavelength of 5 to 15 μm The second LED chip may be selected from among the sixth LED chips. In this case, the first LED chip emitting light of a wavelength of 310 to 330 nm is suitable for treating atopy, and the second LED chip emitting light of a wavelength of 410 to 430 nm is suitable for treating acne, and a wavelength of 630 to 660 nm The fourth LED chip emitting light of 820 ~ 840nm wavelength is suitable for treating the skin pain relief, and the third LED chip emitting 5 ~ The fifth LED chip that emits light of 15 mu m is suitable for treating skin aging and inflammation inside skin cells. The plurality of LED chips 25-3 are driven by using the LED driver circuit 27 for outputting a driving signal corresponding to the wavelength outputted from the LED chip 25-3 according to the purpose of treatment. It is appropriate to use the plurality of LED chips 25-3 having a lifetime of 50,000 hours or more while having a luminous efficiency of 80 mW / cm < 2 > or more.

The LED, which is the light source of the LED (Light Emitting Diode) probe 20, emits light of a specific wavelength due to a narrow wavelength bandwidth, so that harmful ultraviolet rays or unnecessary infrared rays are not emitted, And does not damage the eyes. In addition, the LED is advantageous in that it has a long life span, is low in power consumption, is environment-friendly, has a small volume and is easy to use in space

The light emitting diode probe 20 is detachably coupled to the lid portion 2a of the cosmetic container 2 or the lower portion of the product receiving portion 2b in which the functional product 1 is accommodated.

In the cosmetic container 2, a seating groove f corresponding to the shape of an LED probe (light emitting diode probe) 20 is formed in order to facilitate attachment and detachment of an LED probe (light emitting diode probe) 20. The housing part h-c can be detachably attached to the lower part of the receiving part 2b of the functional product 1 with a separate engaging part.

The light emitting diode (LED) probe 20 includes an irradiation unit 22 having a transparent or translucent LED light source unit 25 serving as a skin care device and a handle 23 for holding the LED light source unit 25 by hand. emitting diode probe 20 may be provided with a current amplifying circuit unit 26 and an LED driving circuit unit 27 for amplifying a current and an operation switch 29 may be provided on an outer circumferential surface thereof. Is detachably coupled to the main body (2).

A through hole 22-o is formed at the center of the irradiation unit 22 and an LED light source unit 25 and an LED light emitting unit 25-1 are coupled to the through hole 22- The light source unit 25 covers the LED light emitting unit 25-1 and may include a plurality of through holes th at positions corresponding to the plurality of LED chips 25-3. The LED light source unit 25 is preferably formed of a transparent material having excellent light transmittance. For example, glass, transparent plastic, translucent synthetic resin, or the like may be used.

The above-described LED (Light Emitting Diode) probe 20 uses an LED having a selected wavelength that does not emit harmful ultraviolet rays or unnecessary infrared rays as a light source, and therefore has advantages such as low energy, . In addition, the LED driving circuit unit 27 is mounted in a state in which the LED driving circuit unit 27 is stably inserted into the LED light emitting diode probe 20. Since the LED light source unit 25 and the irradiation unit 22 can be separated at this time, the LED driving circuit unit 27 mounted inside the LED probe 20 can be selectively repaired, There is an advantage that replacement is easy.

The grip portion 23, which is manually held by the working electrode portion 22-1 made of a conductive material, is connected to the ground electrode portion 22, which is a conductor, of the irradiating portion 22 serving as a skin irradiation portion of the LED probe 20, The working electrode portion 22-1 and the ground electrode portion 23-1 may be formed in the form of a working electrode portion 22-1 and a working electrode portion 22-1, An electrode separator 24-1 made of an insulator is provided between the electrode portions 23-1.

The iontophoresis cap 22-2 is connected to the front surface of the working electrode portion 22-1 made of a conductor having the irradiation portion 22 of the LED light emitting diode probe 20, So that the iontophoresis cap 22-2 becomes a skin contact portion for iontophoresis. One side of the iontophoresis cap 22-2 is a closed surface and the other side is a skin contact surface 22-3 and a housing 22-4 is formed on the other side so that the LED light source unit 25 is housed in the housing 22-4 And is combined with the irradiating unit 22. The LED probe (light emitting diode probe) 20 has an iontophoresis circuit portion 28 capable of iontophoresis, and an operation switch 29-1 including a polarity conversion is provided on the outer periphery thereof. There is a feature that can perform both toporphesis and Irradiation massage at the same time.

When a skin contact detection sensor ps is provided in the iontophoresis circuit unit 28 to hold the ground electrode 23-1 by hand and contact the skin of the working electrode unit 22-1 with the skin, emitting diode probe 20 is in a normal operation and the operation can be stopped when it is dropped from the skin.

In addition, a probe holder 30 can be detachably coupled to the handle 23 or the ground electrode 23-1 of the LED (Light Emitting Diode) probe 20 separately.

The probe holder 30 is connected to an LED probe (light emitting diode probe) 20 and coupling parts 20-1 and 30-1 corresponding to each other, It can be used as a module.

The smart mobile device 10 is connected to a cable connector 30 and a light emitting diode (LED) probe 20 to perform light irradiation massage It can be used by downloading related application (application, application; When a user executes an application (application, application) which is a control unit 12 installed on the display of the smart mobile device 10, the user can select automatic and manual. When the user selects manual, The operation time of the LED probe (light emitting diode probe) 20 and the intensity of the operating current or the displacement of the pulse can be manually set and used. When the user selects automatic, When a user enters an ID into a mobile smart device 10, the user is prompted for a user ID. When the user inputs a registered ID, the user recognizes the input ID, recognizes the information input or used in the user's dictionary, , The intensity of the operating current or the displacement operation time of the pulse is automatically set according to the sensitivity of the skin, and the light emitting diode probe 20 can be instructed to perform the operation. In addition, the method and order of use of the LED (Light Emitting Diode) probe 20 can be displayed on the display of the smart mobile device 10 so that the user can view the images on the display, The user can check the change of the skin by photographing the skin condition with the smart mobile device 10. In addition, by using the above-described quail code, a cosmetic manufacturing company inputs a raw material into an application (application, an application), judges whether cosmetic products of a specific raw material cause a side effect by user's preliminary input, In this case, it is displayed on the display to inform the user of the fact that the user is logged on.

The present invention can finely control the amount of the output current and the operation time transmitted to the LED probe (light emitting diode probe) 20 through the cable connector 30 connected to the smart mobile device 10 All users who use Smartphone, which is one of the Smart Mobile devices (10), can download application (application, application) free of charge, connector 30 and a light emitting diode (LED) probe 20 may be purchased and used. And it is possible to know the composition and characteristics of cosmetics and how to use LED light probe (light emitting diode probe) (20) with a quail code attached to cosmetics (100) The method of effectively transferring and permeating the cosmetic product 100 capable of sheathing to the skin of the user can be used at a lower cost and more easily.

The NFC tag (not shown) attached to the cosmetic 100 and the LED chip 20 may be used for near-fi n communication (NFC) And light emitting diode (LED) probes 20, and whether or not the authenticity of the cosmetic product is known can be known through an application (application, application), and anyone can easily perform an irradiation massage It is possible to use the method of effectively delivering and infiltrating the cosmetic product 100 to the skin of the user at a lower cost and with ease.

Hereinafter, a cosmetic product 100 capable of performing a light emitting diode (LED) light irradiation (Irradiation) massage according to the present invention will be described in detail.

1 is a perspective view of a light emitting diode probe 20 and a smart mobile device 10 which are detachably attached to a cosmetic container 2 accommodating the functional product 1 according to the present invention, The earphone connection unit 13 is connected to each other by a cable connector 30 to output an audio signal and a current.

1, a cable connector 30 is connected to an earphone connection part 13 of a smart mobile device 10 according to the present invention to transmit an audio signal and an LED probe Light emitting diode (LED) light irradiation device including a light emitting diode (LED) probe 20 will now be described.

1, in order to perform an LED (light emitting diode) light irradiation massage proposed in the present invention, it is necessary to use a smart mobile which is controlled by an application and has a power supply unit 11 and a control unit 12, A light emitting diode probe 20 composed of an irradiator 22 serving as a skin irradiator and a grip 23 gripping by hand and an LED light source 25 are connected to a cable connector Cable connector 30 and an LED probe 20 is detachably coupled to the cosmetic container 2 in which the functional product 1 is housed.

Of course, other configurations other than the above-described configuration may include a configuration for performing a light emitting diode (LED) light irradiation massage proposed in the present invention.

The smart mobile device 10 proposed in the present invention is included in any device that can directly or indirectly reproduce an audio file. For example, a device capable of playing an audio file such as a PC, a notebook, a smart phone, an MP3, a tablet, etc. is included in the smart mobile device 10 proposed in the present invention.

The smart mobile device 10 stores a skin management application (application, application) for skin management. In particular, the application (application, app) proposed in the present invention is a user's guide for using the smart mobile device 10 to perform skin management, Characteristics and the like. In addition, it stores and manages the use time of the LED light emitting diode probe 20 and informs the user when to perform skin care using the LED light emitting diode probe 20, if necessary.

In addition, an operation switch (not shown) of an LED (Light Emitting Diode) probe 20 can be turned on by using an NFC (near fiend communication) contactless short-range wireless communication technology and an application (application, The light emitting diode probe 20 can control the intensity of the supplied current and the displacement of the pulse or the intensity of the supplied cosmetic.

2 is a perspective view of a light emitting diode probe 20 and a smart mobile device 10 which are detachably attached to a cosmetic container 2 accommodating the functional product 1 according to the present invention, And a lightning port 14 are connected to each other by a cable connector 30 to output a current.

The lightning port 14 has a connecting portion that can be charged and output at the same time, so that it is possible to easily control a current intensity or a displacement of a pulse by using an application (application, application). It is needless to say that it is also possible to connect to a charging connection unit (not shown) in a general smart mobile device 10 in which a lightning port 14 is not installed.

In order to perform a light emitting diode (LED) light irradiation massage proposed in the present invention, a SmartMobile which is controlled by a power supply unit 11 and a control unit 12 by an application (application, application) A work electrode unit 22-1 made of a conductor serving as a skin irradiating unit and a ground electrode unit 23-1 made of a conductor held by hand, An electrode separator 24-1 formed of an insulator is installed between the working electrode portion 22-1 and the ground electrode portion 23-1. A light emitting diode probe 20 having an LED light source unit 25 installed on the front surface of the working electrode unit 22-1 can be detached from the cosmetic container 2 containing the functional product 1 Lt; / RTI >

A skin contact detection sensor unit (not shown) is disposed in the LED probe 20 to hold the ground electrode unit 23-1 by hand and contact the working electrode unit 22-1 with the skin The light emitting diode (LED) probe 20 is normally operated and the operation is stopped when the LED 20 is removed from the skin. The smart mobile device 10 proposed by the present invention is included in any device that can directly or indirectly charge and reproduce. For example, a device capable of reproducing an application (application, application) such as a smart phone, a tablet, and the like is included in the smart mobile device 10 proposed in the present invention.

The smart mobile device 10 stores a skin management application (application, application) for skin management. In particular, the application (application, app) proposed in the present invention is a user's guide for using the smart mobile device 10 to perform skin management, Characteristics and the like. And stores and manages the use time of the LED probe (light emitting diode probe) 20, and informs the user when to perform skin management using an LED probe (light emitting diode probe) 20, if necessary.

In addition, an operation switch (not shown) of an LED (Light Emitting Diode) probe 20 can be turned on by using an NFC (near fiend communication) contactless short-range wireless communication technology and an application (application, The light emitting diode probe 20 can control the intensity of the supplied current and the displacement of the pulse or the intensity of the supplied cosmetic.

3 is a block diagram illustrating the configuration of a smart mobile device 10 proposed by the present invention.

3, the smart mobile device 10 proposed by the present invention includes a control unit, a storage unit, a photographing unit, a power unit, a display unit, an input unit, a sound output unit, a communication unit, 13, a connecting portion 21 of the lightning port 14 and the LED light-emitting diode probe 20, a current amplifying circuit portion 26, an irradiating portion 22, a handle portion 23). Of course, other configurations than the above-described configuration may include a smart device proposed by the present invention.

Fig. 4 shows a cosmetic container 2 in which a functional product 1 according to an embodiment of the present invention is accommodated.

4, the cosmetic container 2 in which the functional product 1 is accommodated is divided into a lid portion 2a at an upper portion and a receiving portion 2b containing a cosmetic at a lower portion thereof, A receiving groove f is formed so that a light emitting diode (LED) probe 20 is detachably coupled. The seating groove f is a portion to which the LED probe 20 can be coupled and is used as a mounting groove for facilitating attachment and detachment of the LED light emitting diode probe 20 to the cosmetic container 2. [ a metal plate (fm) or a magnetic substance having a property of attaching to a magnetic body may be adhered to the inside surface (f). Also, a magnet (m) for attachment and detachment having a coupling structure corresponding to the seating groove (f) may be provided at a coupling portion of the LED probe (light emitting diode probe) 20.

The mounting groove f may be detachably attached to the mounting groove f using a locking jaw (not shown) or a female screw thread (not shown) using a groove having a coupling structure corresponding to an LED probe (light emitting diode probe) Of course.

5 shows a cosmetic container 2 in which a functional product 1 is housed in another form of the present invention.

5, the cosmetic container 2 in which the functional product 1 is accommodated is divided into a lid portion 2a at an upper portion and a receiving portion 2b at which a cosmetic is received, and the lid portion 2a, A housing h is formed so that a light emitting diode probe 20 having an LED light source unit 25 can be coupled to the housing h and a light emitting diode probe 20 One-touch coupling device (h-one) having a structure corresponding to each other is provided.

One-touch coupling device (h-one) installed in the housing (h) of the lid part (2a) is a lock type in which a light emitting diode probe (20) is easily combined with the lid part The light emitting diode probe 20 is pressed once again by the spring sp in the one-touch structure device h-one so that the user can easily release the light from the lid portion 2a A probe (light emitting diode probe) 20 may be used separately. The LED probe (light emitting diode probe) 20 also has a latching protrusion g corresponding to a one-touch coupling method.

6 shows a cosmetic container 2 having a housing part hc at the bottom of the cosmetic container 2 and housing a functional product to which a light emitting diode probe 20 is detached, FIG.

As shown in FIG. 6, the cosmetic container 2 containing the functional product 1 is provided with a light emitting diode probe 20 detachably attached to a lower portion of the receiving portion 2b The housing portion hc is formed.

A molding space g is formed in the housing part hc so that a part of the LED probe 20 can be coupled to the housing part hc and a locking jaw g- Structure.

In the case of the LED (Light Emitting Diode) probe 20 to be coupled to the molding space g, comb-like protrusions 22-c may be formed on the irradiated portion 22, The comb-shaped protrusions 22-c can be used for managing scalp with hair.

The housing part hc is provided with a coupling method using a one-touch structure coupling method (not shown) or a magnet device (not shown) having a coupling structure corresponding to an LED probe (light emitting diode probe) 20, (Not shown) or the like can be used to easily attach and detach.

FIG. 7 shows a light emitting diode probe 20 according to one embodiment of the present invention.

7, the LED (Light Emitting Diode) probe 20 includes an irradiating unit 22 constituted by an irradiating unit 22 serving as a skin irradiating unit and a handgrip 23 by hand, A magnet m is provided on the front of the LED light source unit 25 for easy attachment and detachment of the LED light source unit 25 to and from the lid unit 2a and a connection is made to the handle 23 for connection of a cable connector 30. [ A connecting portion 21 is provided.

A through hole 22-o is formed at the center of the irradiation unit 22 and an LED light source unit 25 is coupled to the through hole 22-o. And a plurality of LED chips 25-3 mounted on the circuit board 25-2. The LED light source unit 25 is preferably formed of a transparent material having excellent light transmittance. For example, glass, transparent plastic, translucent synthetic resin, or the like may be used. In the LED light source unit 25, the LED light emitting units 25-1 may be arranged in a serial arrangement, a parallel array, and a parallel arrangement. Light emitting diodes (525 to 570 nm), yellow (585 to 590 nm) and orange (610 to 612 nm) are also helpful for treatment according to their respective characteristics. The LED light emitting unit 25-1 includes a circuit board 25-2 and a plurality of LED chips 25-3 mounted on the circuit board 25-2 in a matrix form.

A current amplifying circuit unit 26 and an LED driving circuit unit 27 for amplifying a current and an LED driving circuit unit 27 can be installed inside the LED light emitting diode probe 20, ) Can be installed. In other words, the current applied through the cable connector 30 is amplified through the current amplifying circuit unit 26, the photocurrent is generated through the LED driving circuit unit 27, and is supplied to the circuit board 25-2 And drives the mounted LED chips 25-3 to generate light through the LED light emitting portion 25-1 and to irradiate light through the LED light source portion 25. [ When a skin contact detection sensor part ps is placed in an LED probe 20 instead of the operation switch 29 and the handle part 23 is held by hand and the irradiated part 22 is brought into contact with the skin When the LED probe (light emitting diode probe) 20 operates normally and falls off the skin, the operation is stopped.

8 is an enlarged plan view of the LED light emitting unit 25-1 according to the embodiment of the present invention.

8, the LED light emitting unit 25-1 includes a circuit board 25-2 and a plurality of LED chips 25-3 mounted on the circuit board 25-2 in a matrix form do. At this time, the LED light emitting unit 25-1 is used for the purpose of each treatment among near-ultraviolet rays of 300 to 370 nm wavelength, visible light of 380 to 770 nm wavelength, near infrared rays of 0.7 to 1.5 탆 wavelength and far- Thereby emitting light in which one or two or more wavelengths are combined. Specifically, the plurality of LED chips 25-3 include a first LED chip that emits light having a wavelength of 310 to 330 nm and emits light having a wavelength of 310 to 330 nm, a second LED chip that emits light having a wavelength of 410 to 430 nm, A fourth LED chip for emitting a light having a wavelength of 820 to 840 nm, a fifth LED chip for emitting a light having a wavelength of 630 to 1,000 nm near-infrared region, a third LED chip for emitting light having a wavelength of 630 to 660 nm, And a sixth LED chip emitting light having a wavelength of 5 to 15 mu m. In this case, the first LED chip emitting light of a wavelength of 310 to 330 nm is suitable for treating atopy, and the second LED chip emitting light of a wavelength of 410 to 430 nm is suitable for treating acne, and a wavelength of 630 to 660 nm The fourth LED chip emitting light of 820 ~ 840nm wavelength is suitable for treating the skin pain relief, and the third LED chip emitting 5 ~ The fifth LED chip that emits light of 15 mu m is suitable for treating skin aging and inflammation inside skin cells.

The plurality of LED chips 25-3 are driven by the LED driving circuit unit 27 which outputs a driving signal corresponding to the wavelength output from the selected LED chip according to the purpose of the treatment. It is appropriate to use a plurality of LED chips 25-3 having a lifetime of 50,000 hours or more while having a luminous efficiency of 80 mW / cm 2 or more. At this time, since the LED, which is a light source according to the present invention, has a narrow wavelength bandwidth and emits light of a specific wavelength, harmful ultraviolet rays and unnecessary infrared rays are not emitted and thus the side effect is small. . In addition, the LED has a long lifetime, low power consumption, and is environment-friendly.

9 shows a light emitting diode probe 20 in which an iontophoresis cap 22-2 is detachably coupled in another form of the present invention.

As shown in Fig. 9, the grip portion 23, which is held by the working electrode portion 22-1 made of a conductive material by the irradiation portion 22 serving as a skin irradiation portion of the LED probe (light emitting diode probe) The working electrode unit 22-1 may be formed in the form of a ground electrode unit 23-1. A DC power source connected to the ground electrode unit 23-1 with a different polarity is formed on the working electrode unit 22-1. 1) and the ground electrode unit 23-1 is provided with an electrode separator 24-1 made of an insulator.

The iontophoresis cap 22-2 is coupled to the working electrode portion 22-1 of the LED probe with a bonding device corresponding to the iontophoresis cap 22-2. -2) is a skin contact part for iontophoresis. One side of the iontophoresis cap 22-2 is a closed surface and the other side is a skin contact surface 22-3 and a housing 22-4 is formed on the other side so that the LED light source unit 25 is housed in the housing 22-4 And is coupled with the working electrode portion 22-1. The LED probe (light emitting diode probe) 20 is provided therein with an iontophoresis circuit unit 28 capable of iontophoresis, and an operation switch 29-1 including a polarity conversion is provided on the outer periphery thereof.

A through hole 22-o is formed at the center of the working electrode part 22-1 made of a conductive material of the irradiation part 22 and an LED light source part 25 is coupled to the through hole 22- And a plurality of LED chips 25 - 3 mounted on the circuit board 25 - 2 may be provided on the back side of the LED chip 25 - 1. The LED light source unit 25 is preferably formed of a transparent material having excellent light transmittance. For example, glass, transparent plastic, translucent synthetic resin, or the like may be used. The LED chip 25-3 of the LED light emitting unit 25-1 may be arranged in the LED light source unit 25 in at least one of an arrangement in which the LED chips 25-3 are stacked in series, (450 to 470 nm), green (525 to 570 nm), yellow (585 to 590 nm) and orange light (610 to 612 nm) The LED light emitting unit 25-1 includes a circuit board 25-2 and a plurality of LED chips 25-3 mounted in a matrix on the circuit board 25-2. a current amplifying circuit unit 26 for amplifying a current and an LED driving circuit unit 27 can be installed in an emitting diode probe 20 and an operation switch 29 is installed on an outer circumferential surface thereof. . Accordingly, the current charged and connected to the charger is applied through the charging unit 31, amplified by the current amplifying circuit unit 26, and photocurrent is generated through the LED driving circuit unit 27, 25-2 to drive the LED chips 25-3 to generate light through the LED light emitting portion 25-1 and to irradiate light through the LED light source portion 25. [ The iontophoresis cap 22-2 is coupled to the working electrode unit 22-1 with a bonding apparatus corresponding to each other. The iontophoresis cap 22-2 is made of iontophoresis To be a skin contact portion. One side of the iontophoresis cap 22-2 is a closed surface and the other side is a skin contact surface 22-3 and a housing 22-4 is formed on the other side so that the LED light source unit 25 is housed in the housing 22-4 And is coupled with the working electrode portion 22-1. In order for the working electrode portion 22-1 made of the conductor of the irradiation portion 22 to be bonded to the iontophoresis cap 22-2, the outer periphery of the working electrode portion 22-1 and the iontophoresis cap (S-1, s-2) having coupling structures corresponding to each other are formed in the housing of the first, second, The iontophoresis cap 22-2 is attached to the skin contact surface 22-3 of the iontophoresis cap 22-2 so as to be detachably attached to the lid portion 2a, A housing 22-4 is formed in the housing 22-4 and a magnet m is provided in the housing 22-4 and a seating groove mh is formed in the lid portion 2a, a magnet m or a magnetic metallic body ms is attached to the ground electrode unit 23-1 and a charging unit 31 for applying a current to a Bluetooth device for connection is provided in the ground electrode unit 23-1. Is installed. The LED light source unit 25 is connected to an LED light emitting unit 25-1 having LED chips 25-3 mounted on a circuit board 25-2 and electrically connected to the LED driving circuit unit 27 A current amplification circuit unit 26 for amplifying a current, a LED driving circuit unit 27 and an iontoporesis circuit unit 25 are provided in the LED probe 20, When the iontophoresis cap 22-2 made of a conductor is coupled, the polarities of the currents of the working electrode unit 22-1 and the ground electrode unit 23-1 (+, - -) can be provided on the operation switch 29 including the polarity conversion. A skin contact detection sensor part ps is provided in an LED probe 20 instead of the operation switch 29 so that the ground electrode part 23-1 is held by hand to form an iontophoresis cap 22-2) is in contact with the skin, the operation is stopped when the LED (light emitting diode) probe 20 is operated normally and the skin is dropped from the skin. In this case, the irradiation electrode 22 provided with the LED light source unit 25 can be irradiated with a light emitting diode (LED) light to the working electrode unit 22-1 made of a conductor, and the working electrode unit 22-1 The iontophoresis massaging can be performed by bonding the iontophoresis cap 22-2 to the iontophoresis cap 22-2.

FIG. 10 shows a light emitting diode probe 20 according to another embodiment of the present invention.

As shown in FIG. 10, a LED (Light Emitting Diode) probe 20 is a device for penetrating the skin of the functional product 1 ionized by LED light irradiation and iontophoresis, And a grounding electrode portion 23-1 made of a conductor held by hand. The working electrode portion 22-1 and the grounding electrode portion 23-1 are provided with a working electrode portion 22-1 and a grounding electrode portion 23-1. And an electrode separator 24-1 made of an insulator is provided between the working electrode portion 22-1 and the ground electrode portion 23-1. An LED light emitting unit 25-1 having LED light sources 25 and LED chips 25-3 mounted on the circuit board 25-2 is installed at the front surface of the working electrode unit 22-1 And a connection part 21 for connecting a cable connector 30 to the ground electrode part 23-1 is provided and the LED probe 20 amplifies a current The LED driver circuit portion 27 and the iontophoresis generating portion 28 may be provided on the working electrode portion 22-1 and the ground electrode portion 23-1 An operation switch 29 including a polarity change for changing the polarity (+, -) of the current can be provided. A skin contact detection sensor part ps is provided in a light emitting diode probe 20 instead of the operation switch 29 to hold the ground electrode part 23-1 with the hand electrode part 22-1, The light emitting diode probe 20 is operated normally when the LED 20 is in contact with the skin. In another embodiment, the ground electrode unit 23-1 may have a shape of a pole P that is combined with the ground electrode unit 23-1 so as to protrude and retract with a plurality of nodes in the longitudinal direction. When the ground electrode part 23-1 has a shape of a pawl P combined with the cosmetic container 2, the ground electrode part 23-1 is shortened and is easy to assemble, emitting diode) Irradiation Massage and iontophoresis massaging are long and can be hand held and used conveniently.

11 shows a structure in which a light emitting diode probe 20 and a probe holder 40, which are seated on the cosmetic 100 of the present invention, are coupled to each other.

A light emitting diode probe 20 and a probe holder 40 detachably attached to the cosmetic container 2 containing the functional product 1 as shown in FIG. And is connected to a lightning port 14 of a smart mobile device 10 via a cable connector 30 to output a current.

The cosmetics container 2 is provided with a housing h for placing a light emitting diode (LED) probe 20 thereon. The LED hinges a light emitting diode probe 20, The auxiliary cap sc is coupled.

The auxiliary cap sc is mounted on an LED probe 20 through a light emitting diode probe 20 mounted on a lid portion 2a of the cosmetic container 2, ).

The light emitting diode (LED) probe 20 is a device for irradiating skin to penetrate the functional product 1 by light irradiation, and includes a LED light source unit 25 as a conductor to be a skin irradiation unit, And a ground electrode portion 23-1 made of a conductor held by hand. The working electrode portion 22-1 and the ground electrode portion 23-1 are connected to each other by a DC power source And an electrode separator 24-1 formed of an insulating material is provided between the working electrode portion 22-1 and the ground electrode portion 23-1 and the front surface of the working electrode portion 22-1 is provided with an LED A probe holder 40 is detachably coupled to the ground electrode part 23-1 so that a current is connected to the working electrode part 22-1 And is connected to the ground electrode part 23-1. The probe holder 40 is an elongated handle coupled to an LED probe 20 and has a connection structure corresponding to a light emitting diode probe 20 on one side, And the other side is provided with a connection connecting portion 41 for connecting the cable connector 30.

In other words, the ground electrode part 23-1 of the LED (light emitting diode) probe 20 is provided with a coupling part 20-1 having coupling characteristics. The binding portion 30-1 of the probe holder 30 is coupled to the binding portion 20-1 with a corresponding structure so as to be easily detachable and attachable.

A current amplifying circuit part 46 for amplifying a current and an LED driving circuit part 47 and an iontophoresis generating circuit part 48 may be installed in the probe holder 40 An operation switch 49 including a polarity changeover switch for changing the polarity (+, -) of the current between the working electrode portion 22-1 and the ground electrode portion 23-1 can be provided. The light emitting diode probe 20 operates normally when the skin contact detection sensor part ps is placed in the iontophoresis generation circuit part 48 instead of the operation switch 49 to make contact with the skin You can also stop motion when you fall off your skin.

When the probe holder 40 is separately formed, the LED (Light Emitting Diode) probe 20 coupled with the cosmetic container is connected to the working electrode portion 22-1 and the ground electrode portion 23-1, And the electrode separator 24-1. When the probe holder 40 is coupled, the elongated handles can be easily massaged.

12 shows a cable connector 30 connecting a smart mobile unit and a light emitting diode probe 20 according to an embodiment of the present invention.

The cable connector 30 is electrically connected to one end of the cable connector 30 so as to be inserted into the earphone connection portion 13 or the lightning port 14 of the smart mobile device 10 The terminal energizing portions 33 and 34 are formed together or separately and the other end of the terminal energizing portion 32 is formed so that it can be inserted into the connection connecting portion 21 of the LED probe 20 A smart mobile device 10 and an LED light emitting diode probe 20 are connected to each other to power and operate through an application of the smart mobile device 10. [ Signal to control operation.

FIG. 13 is a state sectional view of an embodiment of a cosmetic product 100 in which a functional product 1 is housed to enable light emitting diode (LED) light irradiation massage according to the present invention.

In order to perform skin management using a light emitting diode (LED) light irradiation (Irradiation) massage with the cosmetic product 100 of the present invention, a user firstly installs an application (application, application) (10), and then operates an application (application, application). A light emitting diode (LED) probe 20 is connected to a cable connector 30 through an earphone connection unit 13 or a lightning port 14 of a smart mobile device 10, . Then, the functional product 1 prepared for the accommodated ion introduction of the cosmetic product 100 is uniformly applied to the face, and then the application (application, application) is set according to the user's own skin type and the smart mobile device 10 ) Of the display screen of the skin can be used. At this time, the hand-held portion of the LED probe (light emitting diode probe) 20 becomes the handle portion 23, and the skin irradiation portion becomes the irradiation portion 22 to perform the skin care using the LED probe (light emitting diode probe) .

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Various modifications and variations may be made without departing from the scope of the appended claims.

Claims (7)

2. Description of the Related Art In functional cosmetics capable of performing light emitting diode (LED) light irradiation (Irradiation) massage using a smart mobile device,
Smart Mobile device controlled by application (application, application);
An earphone connection unit configured to be powered by the smart mobile device to control a current intensity or a pulse displacement through an application;
A cable connector having terminal energizing portions to be connected to the earphone connecting portion;
And a plurality of LED chips mounted on the circuit board, wherein the LED light source unit is coupled to a through hole serving as a skin irradiation unit, the LED light source unit is connected to the LED connector unit via a cable connector, A light emitting diode (LED) probe having a current amplifying circuit part and an LED driving circuit part inside the unit and an operation switch on the outer circumferential surface;
A cosmetic container having a coupling structure corresponding to the LED probe (light emitting diode probe) detachably attached thereto and having a receiving groove formed in the lid;
A cosmetic product containing a functional product useful for irradiation of the cosmetic container. The method according to claim 1,
In cosmetic containers
A light emitting diode (LED) probe having a cable connector and a comb to form an opening, the upper part being open and the lower part being closed by a bottom surface, Wherein a molding space is formed so that it can be detachably mounted. The method according to claim 1,
For LED probes (light emitting diode probes)
The plurality of LED chips may include a first LED chip that emits light having a wavelength of 310 to 330 nm, a second LED chip that emits light having a wavelength of 410 to 430 nm, a third LED chip that emits light having a wavelength of 630 to 660 nm, A fourth LED chip that emits light having a wavelength of 820 to 840 nm, a fifth LED chip that emits light having a wavelength of 630 to 1,000 nm near-infrared region, and a sixth LED chip that emits light having a wavelength of 5 to 15 μm Wherein the cosmetic is one or two or more. The method according to claim 1,
For LED probes (light emitting diode probes)
The working portion of the skin irradiating portion includes a working electrode portion and a ground electrode portion. The working electrode portion and the ground electrode portion are connected to each other with a different polarity. A DC power source is formed between the working electrode portion and the ground electrode portion. Wherein an iontophoresis circuit unit and a skin contact detection sensor unit are connected to an LED probe (light emitting diode probe). 5. The method of claim 4,
For LED probes (light emitting diode probes)
An iontophoresis cap made of a conductor is detachably coupled to the working electrode portion provided with the LED light source portion so as to correspond to each other, and an iontophoresis circuit portion and an outer surface of the iontoporesis circuit portion convert the polarity and control on / Characterized in that a switch is installed in the cosmetic. 2. Description of the Related Art In functional cosmetics capable of performing light emitting diode (LED) light irradiation (Irradiation) massage using a smart mobile device,
Smart Mobile device controlled by application (application, application);
A lightning port configured to be powered by the smart mobile device to control a current intensity or a pulse displacement through an application application;
A cable connector having terminal energizing parts to be connected to the lightning port;
A working electrode portion having a skin contact portion and a ground electrode portion holding a hand by hand and having a connecting connection portion connected by the cable connector, and a DC power source connected to the working electrode portion and the ground electrode portion with different polarities is formed An electrode separator as an insulator is provided between the working electrode portion and the ground electrode portion, a current amplifying circuit portion, an LED driving circuit portion, and a skin contact detecting sensor portion are connected to the inside of the electrode separating portion, And a LED light source unit having an LED light source unit including a magnet and a plurality of LED light emitting units mounted on a circuit board, the light emitting diode probe having a shape of a pole combined with the LED light source unit,
A cosmetics container in which a light emitting diode probe is detachably attached to a magnetic body corresponding to a magnet and a housing is formed on a lid provided with a metal plate fm;
A cosmetic product containing a functional product useful for irradiation of the cosmetic container. 2. Description of the Related Art In functional cosmetics capable of performing light emitting diode (LED) light irradiation (Irradiation) massage using a smart mobile device,
Smart Mobile device controlled by application (application, application);
A lightning port configured to be powered by the smart mobile device to control a current intensity or a pulse displacement through an application application;
A cable connector having terminal energizing parts to be connected to the lightning port;
A LED connection part connected by the cable connector, a current amplification circuit part and an LED driving circuit part are provided in the inside, an LED light emitting part in which a plurality of LED chips are mounted on a circuit board at the back side of the LED light source part, A probe holder having an operation switch including a polarity change;
A working electrode portion having a structure that is coupled by the probe holder and serving as a skin contact portion and a ground electrode portion that is grounded, a DC power source connected to the working electrode portion and the ground electrode portion with different polarities is formed An LED probe (light emitting diode probe) provided with an electrode separator as an insulator between the working electrode portion and the ground electrode portion;
A cosmetics container having a lock type coupling structure of a one-touch structure type in which the LED probes (light emitting diode probes) are detachably attached so that a housing is formed on the lid and a sub cap is coupled;
A cosmetic product containing a functional product useful for irradiation of the cosmetic container.

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