WO2013032152A2

WO2013032152A2 - Facial mask having electromagnetic emission function

Info

Publication number: WO2013032152A2
Application number: PCT/KR2012/006447
Authority: WO
Inventors: 윤진분
Original assignee: 스타디앤씨 주식회사
Priority date: 2011-08-26
Filing date: 2012-08-13
Publication date: 2013-03-07
Also published as: KR101123086B1; WO2013032152A3

Abstract

The present invention provides a facial mask having an electromagnetic emission function, wherein skin permeability of ionic drugs and nutrients can be increased. The facial mask according to the present invention comprises: an external silicone layer which includes a facial molding unit that has the shape of a human face and is applied with a silicone material, and a control device that accommodates a battery by being positioned on one end of the facial molding unit and adjusts an electromagnetic wave output according to a user selection; a shielding layer which is bonded with the lower part of the external silicone layer, and shields electromagnetic waves emitted to the outside; a circuit layer which is adhered to a lower end of the shielding layer, has at least one antenna for radiating the electromagnetic waves, includes a control circuit that delivers a control signal for electromagnetic wave radiation to the at least one antenna according to a control command of the control device, and receives power from the control device, and then delivers the electromagnetic waves to the at least one antenna by responding to a plurality of switching operations; and an internal silicone layer which is positioned on the lower part of the circuit layer, accommodates the shielding layer and the circuit layer by being pressed and coming into close contact with the external silicone layer, and is in contact with the human face. Thus, the invention provides the effect of facial muscle relaxation and increases user convenience of a facial electromagnetic wave radiation mask since a pad for radiating electromagnetic waves is manufactured in the shape of a face.

Description

Facial pack with electromagnetic radiation

The present invention relates to a face pack having an electromagnetic radiation function, and more particularly, to radiate electromagnetic waves to the skin to give a potential difference to the skin to change the electrical environment of the skin, thereby relaxing the muscles of the face and removing wrinkles. The present invention relates to a facial pack having an electromagnetic wave radiation function which is provided inside the pack of the skin and can induce an increase in wrinkle improvement of the facial skin and removal of fat cells.

In general, vigorous exercise or labor, sudden muscle use or severe stress, such as muscle pain, arthralgia, fracture pain, back pain, shoulder pain and the like. Such pain is usually treated through physical therapy, such as massage, massage, acupressure, or magnetic therapy using magnets. In physiotherapy, the physiotherapist performs massage, massage, acupressure, etc. directly on the affected part of the patient or is performed using a physical therapy device.

Exemplary physical therapy devices include expensive massagers that use solenoids or vibration motors as the driving force for vibration stimulation, and low-frequency therapy devices that force muscles by generating EMG signals. On the other hand, magnetic therapy is a magnetic wave that performs treatment by attaching a magnet having a magnetic force of a predetermined intensity to a menstrual blood point to improve blood circulation, and is distributed under the trade name "Papi own room" or the like. In such conventional magnetic waves, magnets having magnetic forces such as 700 gauss and 1,200 gauss are used.

However, the conventional treatment method as described above, first, in the case of physiotherapy, there is a problem that it is not easy to receive a procedure while performing daily life because it requires space for physiotherapy and excessive time and cost. Second, in the case of magnetic therapy, which is represented by magnetic parsing, there is a problem that the treatment effect is slow and the occurrence of the effect is limited because it relies on the improvement of blood circulation by magnetic force.

The adhesive pad that emits electromagnetic waves is powered by a frequency oscillator and LED in the battery, so that the frequency oscillator generates a frequency and sends it to the film antenna, and the film antenna faces the generated frequency. The present invention discloses a technique of radiating electromagnetic waves toward the face to relax muscles of the face to remove wrinkles, and to remove fat from desired body parts using another frequency.

This will be described with reference to the accompanying drawings. 1 is a configuration diagram for explaining the main function of the adhesive pad for emitting a conventional electromagnetic wave. As shown, the adhesive pad 100 for radiating electromagnetic waves from the electromagnetic wave radiation pad 20 is to spread the wrinkles by relaxing the muscles of the body with a frequency range of 20KHz ~ 20MHz.

The adhesive pad 100 is attached to the skin, such as the face of the face portion of the nutrition pad 10 made of a flexible material attached to the medicine or nutrients to penetrate through the skin is formed at the bottom, the nutrition pad 10 At the upper portion of the radio frequency radiation is radiated, the electromagnetic radiation pad 20 is attached to relax the muscles of the body to straighten wrinkles and the like.

A film type antenna 21 for radiating electromagnetic waves is formed between the nutrition pad 10 and the electromagnetic wave radiation pad 20, and a frequency oscillator 22 is connected to the film type antenna 21 to oscillate frequency. In addition, the side of the nutrition pad 10 and the electromagnetic wave radiation pad 20 is attached to the battery socket 30 that can be coupled to the cylindrical battery 31 for supplying power to the film-type antenna 21.

In this case, the cylindrical battery 31 is inserted into the battery socket 30 and supplies power to the frequency oscillator 22 and the LED 40. That is, the cylindrical battery 31 is inserted into the battery socket 30 to supply power while making contact with the electrodes of the frequency oscillator 22 and the LED 40, the frequency oscillator 22 is a frequency that can relax muscles The oscillation is transmitted to the film antenna 21 connected to the frequency oscillator 22.

As a result, electromagnetic waves that can relax muscles are radiated to the face of the face by passing through the adhesive pad 100 containing the medicine or nutrients, thereby relaxing the muscles of the face of the face, thereby making wrinkles faster and increasing convenience. In order to indicate the life of the cylindrical battery 31 to the user using the LED (40).

Here, the frequency determination may be used by selecting the desired frequency oscillator 22 and having a frequency band having the most effect on muscle relaxation between 20KHz and 20MHz. And the upper pad 50 using the film-type battery 51 for supplying power to the film-shaped antenna 21 on the electromagnetic radiation pad 20 can be attached to use, wherein the film-type battery 51 It is attached to the bottom of the upper pad 50 is connected to the frequency oscillator 22 and the LED 40 so that the power supply is made.

However, as described above, the conventional pad has to implement an electronic circuit including an antenna on a fairly thin pad, which is very difficult to manufacture a product, and there is a problem in that it cannot secure stability in use. In addition, since the conventional pad does not vary the amount of electromagnetic waves emitted from the pad according to the user, a variable control according to the age of the user, the condition of the user's skin, and the like is required.

The present invention has been made to solve the above problems, an object of the present invention is to provide a facial muscle relaxation effect by manufacturing the shape of the pad radiating the electromagnetic wave in the shape of the face, the ease of use of the electromagnetic wave radiation pack to the face The present invention provides a face pack having a function of increasing electromagnetic radiation.

Another object of the present invention is to provide a face pack having an electromagnetic radiation function to ensure the stability of the user according to the use of electromagnetic waves by installing an electromagnetic wave absorber for shielding the electromagnetic waves on the outer surface of the face pack.

Still another object of the present invention is to provide a face pack having an electromagnetic radiation function capable of maximizing the skin cosmetic effect of the face by varying the radiation pattern of the electromagnetic wave from the user.

Face pack having an electromagnetic radiation function according to an aspect of the present invention for achieving the above object, in the pack to induce skin relaxation by radiating electromagnetic waves, having a face shape of the human body and a face molded part coated with a silicon material, An external silicon layer provided at one end of the face molding part and accommodating a battery and including a control device for adjusting an electromagnetic wave output according to a user's selection; A shielding layer bonded to a lower portion of the outer silicon layer to block electromagnetic waves emitted to the outside; And a control circuit in close contact with a lower end of the shielding layer, the at least one antenna being configured to emit the electromagnetic waves, and transmitting a control signal for radiating the electromagnetic waves to the at least one antenna according to a control command of the controller. A circuit layer receiving power from the control device and transmitting electromagnetic waves to the at least one antenna in response to a plurality of switching operations; And an inner silicon layer positioned below the circuit layer and in close contact with the outer silicon layer to receive the shielding layer and the circuit layer and contact the human face.

The control circuit according to an embodiment of the present invention, the mode switch for setting and controlling the electromagnetic radiation pattern or the output amount for controlling the electromagnetic emission method; In response to a switching operation of the mode switch, supplying a voltage control signal for outputting a set frequency signal for generating an electromagnetic wave, and starting a program corresponding to the electromagnetic radiation pattern to radiate the electromagnetic wave to the antenna MC oil (MCU) to provide; A distributor for selectively switching and controlling a plurality of antennas based on the radiation control signal; An output circuit for supplying the set frequency signal to the divider in response to the voltage control signal; And a rated circuit which receives power from a battery built into the control device and converts the rated power into a rated power to supply the rated power to the output circuit and the MC euro.

In addition, the electromagnetic radiation pattern according to a preferred embodiment of the present invention, the first mode for radiating electromagnetic waves by collectively starting a plurality of antennas; A second mode for selectively activating a plurality of antennas to radiate electromagnetic waves to a face arbitrary position; And a third mode of sequentially activating a plurality of antennas to sequentially radiate electromagnetic waves over the entire face.

The facial pack having an electromagnetic radiation function according to the present invention has the effect of providing a facial muscle relaxation effect by manufacturing the shape of the pad radiating the electromagnetic waves into a face shape, and improving the ease of use of the electromagnetic radiation pack to the face. By installing an electromagnetic wave absorber for blocking electromagnetic waves on the outer skin of the face pack, not only ensures the stability of the user according to the use of electromagnetic waves, but also allows the user to variably set the radiation pattern of the electromagnetic waves, thereby maximizing the beauty effect of the skin It can be effective. In addition, there is a significant effect on fat removal by using the effect of parsing and removing fat cells through muscle contraction and relaxation action.

1 is a block diagram illustrating a conventional adhesive pad for emitting electromagnetic waves.

2 is a front view for explaining a face pack having an electromagnetic radiation function according to the present invention.

3 is an exploded perspective view of FIG. 2.

4 is a view for explaining a circuit layer according to the present invention.

5 is a circuit diagram of FIG. 4.

* Explanation of the sign

200: electromagnetic wave face pack 211: face molding

213: drilling part 221: control device

301: outer silicon layer 303: shielding layer

305: circuit layer 307: internal silicon layer

311: switching terminal (conductive rubber) 401: antenna

403: control circuit 501: MC

503: mode switch 505: oscillator

511: battery 513: power switch

515: rated circuit 520: output circuit

521 VCO 523 power amplifier

525 attenuator 527 distributor

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a front view for explaining a pack having an electromagnetic radiation function according to the present invention. As shown, the electromagnetic wave face pack 200 is provided with a face shape part 211 coated with a silicon material having a face shape of a human body and one end of the face shape part 211 to accommodate a battery, Optionally, the controller 221 adjusts the electromagnetic wave output.

The face molding part 211 forms a plurality of perforations 213 corresponding to the human ear, and has flexibility as a silicon material. Since the face molded part 211 has a thickness of about 5 mm to 7 mm, it retains convenience of portability and use. In addition, the face molding portion 211 may be used by washing with water.

The control device 221 is located at one end of the face molding part 211, for example, to form a cover of the control device with a plastic material. The plastic cover has a housing for accommodating a battery and includes a control button for emitting electromagnetic waves. The control button includes a switching button for turning on / off a system power supply, a switching button for changing an output level of electromagnetic waves, and a switching button for controlling operation patterns of electromagnetic waves for each mode.

The operation pattern of the electromagnetic wave is a mode control for radiating electromagnetic waves to a fixed output throughout the face, a mode control for radiating electromagnetic waves to a variable output throughout the face, a mode control for selectively outputting electromagnetic waves to a part of the face, and It may be possible to control the mode to partially output the entire face.

The face molding part 211 is coated with a silicon material, but the inside of the silicon material has a shielding layer for blocking external radiation of the PCB circuit layer and electromagnetic waves. As shown in FIG. 3, the external silicon layer 301 having a face shape of a human body and formed of a silicon material and a shielding layer bonded to a lower portion of the external silicon layer 301 to block electromagnetic waves emitted to the outside 303 and a circuit layer 305 in close contact with the lower end of the shielding layer 303, receiving power from the control device 221 and transmitting electromagnetic waves to the human face in response to a plurality of switching operations; Located under the circuit layer 305 and in close contact with the outer silicon layer 303, the inner silicon layer 307 accommodates the shielding layer 303 and the circuit layer 305 and contacts the human face. It consists of.

Here, the shielding layer 303 induces the electromagnetic wave radiated from the circuit layer 305 to be irradiated to the internal silicon layer 307, and at the same time, the electromagnetic wave radiated from the circuit layer 305 is transferred to the external silicon layer 301. To prevent radiation to the outside.

The shielding layer 303 may be made of fibers, have a sheet shape, and adhere to a lower portion of the outer silicon layer 301. The shielding layer 303 is provided with a catalyst metal on the fiber surface, and then electroless plated to shield electromagnetic waves.

First, the fibers were immersed in 100 g / l sodium hydroxide having a temperature of 90 ℃ for 5 minutes, immersed in 50 ml / l of 35% HCL at room temperature for 1 minute, and then CP CATA-2 50 ~ After the fiber was immersed with stirring for 5 minutes in a mixed solution having a temperature of 30 ° C. mixed with 60 ml / l and 200-250 ml / l hydrochloric acid to a predetermined tank, the temperature of 40 ° C.-50 ° C. was continuously Eggplants are immersed in 100-150 g / l sulfuric acid for 3 minutes with stirring to impart adhesion of metal ions to the fiber surface, neutralize alkali groups with acidic groups, and impart a catalytic metal nucleus to the fiber surface.

After completing the above process, rinse the fiber with cold water and hot water appropriately, and mix 100 ml / l of nickel chloride, 9 (8.8 ~ 9.5) of PH adjuster and 15g / l ~ 25g / l of reducing agent to have 70wt% of tap water. After the fiber was immersed in a mixed solution having a temperature of 5 minutes while stirring, the plate was electroless plated, and then 9.5-10.5 g / l lactic acid copper and 11-20 g / l reducing agent such as formalin and PH regulator 9 (8.8-9.5) 70 wt% of tap water was mixed and immersed for 10 minutes while stirring the fibers in a mixed solution having a temperature of 20 ° C., thereby electroless plating.

After the electroless plating is completed, the fibers are rinsed again and then extended from the anode support rod and the anode support rod supplied from an external power supply in a PVC tank filled with an electrolyte solution containing nickel sulfate, nickel chloride, boric acid, and a pH adjusting solution. A metal gripping piece is provided so as to be immersed in the electrolyte, and the fiber is immersed in the PVC tank, and then the power is supplied to the power supply unit. The electrolyte is electroplated while the electrolyte is heated to 40 ° C. to 60 ° C. In order to prevent the metal ions adsorbed on the surface of the fiber to be combined with oxygen in the air to oxidize, the liquid resin is sprayed onto the surface of the metal plated fiber to form a thin film resin coating layer on the surface of the fiber.

Then, when each of the above series of processes is completed, and rinsed again in a cold and hot water bath to produce an electromagnetic shielding fiber, the prepared shielding fiber is cut to be tightly received under the outer silicon layer (301).

As described above, when electromagnetic waves penetrate the shielding layer 303 according to the present invention, the plating layer of the metal component cancels the electromagnetic waves, and thus, the electromagnetic waves cannot be radiated through the external silicon layer 301. That is, the electromagnetic waves radiated from the circuit layer 305 penetrate the facial skin through the internal silicon layer 307, thereby promoting skin penetration of ionic drugs and nutrients.

Meanwhile, a switching terminal 311 formed of conductive rubber is disposed between the shielding layer 303 and the circuit layer 305 at a position corresponding to the control device 221. The switching terminal 311 is to switch in the circuit layer 305 according to the pressing operation of each switch of the control device 221, and has a switching pattern in the corresponding position of the circuit layer 305, switching The switching terminal 311 is installed on the upper end of the pattern.

4 shows a circuit layer 305 according to the present invention. As shown, at least one antenna 401 is formed to radiate electromagnetic waves, and a control signal for radiating electromagnetic waves is transmitted to the at least one antenna 401 according to a control command of the controller 221. Control circuit 403.

The at least one antenna 401 may be formed of three or more antenna groups, preferably five antenna groups, and each antenna group may be individually driven or collectively driven by the control circuit 403. It is possible. The antenna 401 according to the embodiment of the present invention forms one antenna on the forehead, two antennas on the eyelids, and two antennas on the cheeks.

The antenna 401 is patterned on a flexible PCB substrate, and after one end of each antenna is connected in parallel, the other end of each antenna is connected to the control circuit 403. Accordingly, the control circuit 403 can drive any one antenna, sequentially drive a plurality of antennas, or collectively drive the antennas.

As described above, the circuit layer 305 does not affect the flexibility of the silicon layer as the flexible circuit board is used, thereby facilitating use. The control circuit 403 has a plurality of ICs for driving the system mounted on a flexible circuit board, and controls the output of electromagnetic waves by a programmed algorithm.

5 is a block diagram showing a control circuit 403 according to the present invention. As shown in the drawing, the control device 221 includes a mode switch 503 for setting and controlling an electromagnetic wave radiation pattern or an output amount, and a set frequency for generating electromagnetic waves in response to a switching operation of the mode switch 503. MC (MCU) 501 which supplies a voltage control signal for outputting a signal and provides a radiation control signal for radiating electromagnetic waves to the antenna 401 by starting a program corresponding to the electromagnetic radiation pattern. A divider 527 for selectively switching and controlling a plurality of antennas based on a radiation control signal, an output circuit 520 for supplying the set frequency signal to the divider 527 in response to the voltage control signal, and Rated times to receive power from the battery 511 built into the control device 221 to supply the rated power to the output circuit 520 and MC oil 501 to convert to rated power Furnace 515.

The rated circuit 515 may minimize power consumption of the battery 511 by supplying power based on the operation of the separate power switch 513, and may be separately provided to the output port of the MC oil 501. By connecting the LED element 531 of the system will be able to visually display the operating state of the system.

The output circuit 520 converts a voltage supplied from the rated circuit 515 into a set frequency signal according to a voltage control signal, and a voltage controlled oscillator 521 for converting the voltage supplied from the rated circuit 515 into a set frequency signal. The power amplifier 523 amplifies the output voltage of the 521 to a predetermined level, and an attenuator 525 to adjust the output level of the power amplifier 523.

The VOC 521 receives a voltage control signal provided by the MC oil 501. The voltage control signal is a DC signal, and the level of the DC signal, that is, the signal size is set by the MC oil 501. . Accordingly, the VIO 521 outputs a frequency proportional to the signal level of the voltage control signal, and outputs 10kHz to 30MHz.

Thus, the set frequency band of 10kHz to 30MHz can effectively relax the facial muscles, increase the contraction and relaxation effect of the muscle and increase the effect of removing fat cells. Furthermore, in the present invention, the set frequency band is not fixedly controlled, but is continuously varied within the 10 kHz to 30 MHz band. In inducing vibration of cell tissues using electromagnetic waves, when a fixed frequency signal is provided, cell tissues cause only fixed vibration, and thus ionic drugs or nutrients are limited to penetrate cell tissues.

Therefore, in the present invention, by allowing the frequency signal to continuously transmit the electromagnetic wave in the 10kHz to 30MHz band, the tissue does not perform regular vibration, and induces relaxation of the cell through the irregular vibration. In other words, if the vibrational frequency of cell tissues is slow and fast, the vibrational frequency of the cell tissue is continuously reduced, and the fatigue of the cell tissue is reduced. Rigid and useful components interfere with penetration into cellular tissue.

As a result, rather than transmitting electromagnetic waves in any frequency band, as in the present invention, by transmitting the electromagnetic wave of a linearly variable frequency band, skin relaxation can be made efficiently.

Hereinafter, the main operation of the MC oil 501 according to the present invention will be described.

Before, the user attaches a cosmetic mask to the face and then places the face pack according to the present invention on the face of the user.

In addition, the user may start the system operation using the control device 221. Here, the battery 511 is accommodated inside the control device 221, the battery 511 is preferably a lithium battery, a coin battery can be used and a rechargeable secondary lithium battery can be used if necessary. will be. When the battery 511 is a secondary lithium battery, a separate charging device may be provided or an internal charging circuit may be added.

On the other hand, the power supplied from the battery 511 is supplied to the rated circuit 515 by a power switch 513. The rating circuit 515 regulates to a rated power supply, for example, 3.3V, for supplying the power of the battery 511 to the circuit of the system. The voltage output from the rated circuit 515 is provided to the MC oil 501 and the output circuit 520, the MC oil 501 starts the system operation through the initialization of the system.

The MC 501 may be an 8-bit microcomputer or a 16-bit microcomputer according to the capacity of the program, and the microcomputer may use ATMEGA8, ATMEAG128, or the like, or other one-chip microcomputers. The MC oil 501 is equipped with an unexplained oscillator 505, and an oscillation frequency is set according to the type of the microcomputer.

When the initialization of the MC oil 501 is performed, the MC oil 501 recognizes the switching operation of the mode switch 503, and selects operation for each mode according to the operation of the mode switch 503. The operation mode is a first mode for radiating electromagnetic waves by collectively starting the plurality of antennas 401, a second mode for selectively radiating electromagnetic waves to a random position by activating the plurality of antennas 401, and a plurality of And a third mode of sequentially activating the antenna 401 to radiate electromagnetic waves sequentially over the entire face.

In controlling the first mode, the MC oil 501 outputs a radiation control signal to the distributor 527, so that the plurality of antennas 401 connected to the distributor 527 are all enabled. This switches the frequency signals for electromagnetic radiation to be supplied to all antennas 401, and the divider 527 allows the frequency signals to be transmitted to each antenna 401 in parallel by a non-contact switching circuit.

Accordingly, the frequency signal is formed by the MC oil 501 supplying a voltage control signal to the output circuit 520. The voltage control signal is not a voltage for setting a specific frequency as described above. Is a signal for linearly varying the frequency signal. Therefore, the MC oil 501 linearly varies a voltage level for frequency setting and supplies the same to the output circuit 520.

The VIO 521 of the output circuit 520 generates a frequency signal based on the output voltage of the rated circuit 515 according to the voltage control signal, and converts the frequency signal into a signal having a predetermined level through the power amplifier 523. After conversion, it is provided to the distributor 528 via an attenuation section 525. Therefore, electromagnetic waves are oscillated from the plurality of antennas 401 provided in the circuit layer 305, and the user obtains a muscle relaxation effect.

When the second mode is selected from the mode switch 503, the MC 501 induces the user to select the electromagnetic radiation emission position in response thereto. This induces the selection of whether to remove wrinkles on the forehead of the face, wrinkles on the eyelids, or wrinkles on the cheeks, and the user can select an arbitrary position using the mode switch 503. Select.

The MC 501 recognizes an arbitrary position selected from the mode switch 503, and then controls the distributor 527 so that the antenna 401 corresponding to the position is selected. Since the divider 527 includes a decoder circuit, when a code corresponding to an arbitrary position is input, an antenna at that position is selected.

For example, when the decoder included in the distributor 527 is a 3 × 8 decoder, up to eight positions may be selected, and the forehead region, the eyelid region, or the cheek region may be selected. The left side of the face (forehead, left eyelid, left cheek) may be selected, or the right side of the face (forehead, right eyelid, right cheek). In addition, it will be obvious that the left eyeball area and the right cheek area may be selected, or the right eyeball area and the left cheek area may be selected.

As described above, the MC oil 501 controls to specifically select and operate a desired wrinkle removal part according to the second mode operation of the mode switch 503.

On the other hand, when the third mode is selected from the mode switch 503, the MC oil 501 provides a corresponding radiation control signal to the distributor 527. Here, the radiation control signal is a control pattern corresponding to the second mode, and sequentially enables the plurality of antennas 401 connected to the distributor 527. In addition, as the divider 527 receives a frequency signal provided from the output circuit 520, a frequency signal for radiating electromagnetic waves is sequentially provided to each antenna 401 through the divider 527. .

For example, after operating the antenna of the forehead portion provided in the circuit layer 305 for a predetermined time, the antenna of the eyelid region may be operated for a predetermined time, and then the antenna of the cheek region may be continuously repeated. . If necessary, the starting of the antennas may be superimposed at the switching point for starting each antenna.

In addition, after starting the antenna of the forehead area and then starting the antenna of the eyelid area, the antenna output of the antenna of the eyebrow area overlaps with the electromagnetic wave output of the antennae of the forehead area. This is to prevent the user from causing discomfort due to the nonlinear control pattern, and to reduce the fatigue of the skin tissue.

As described above, the electromagnetic wave pack 200 proposed in the present invention, in radiating electromagnetic waves to the user's face, continuously changes the frequency band of the electromagnetic waves to efficiently increase the relaxation of the skin, as well as a shielding layer ( 303) to block the external emission of electromagnetic waves, thereby improving the completeness of the system.

Furthermore, as the circuit layer 305 for emitting electromagnetic waves uses a flexible substrate, the flexibility of the pack made of silicon material is achieved, so that the electromagnetic face pack is stably adhered to the user's face, and when the electromagnetic wave is emitted from the face, It can be used to increase the facial muscle relaxation of the electromagnetic waves, muscle contraction and relaxation effects of other body parts, and fat cell removal effects.

Claims

In the pack that induces skin relaxation by radiating electromagnetic waves,

Control device 221 to have a face shape of the human body and is coated with a silicone material, and provided at one end of the face molding portion 211 to accommodate a battery, and to adjust the electromagnetic wave output according to the user's selection External silicon layer 301 is included;

A fibrous shield layer 303 which is electroless plated after imparting a catalytic metal to the fiber surface to block electromagnetic waves that are bonded to the lower part of the outer silicon layer 301 and emitted to the outside;

At least one antenna 401 is formed in close contact with the bottom of the shielding layer 303, and emits electromagnetic waves to the at least one antenna 401 according to a control command of the controller 221. And a control circuit 403 for transmitting a control signal for radiation, and receiving power from the control device 221 and for transmitting electromagnetic waves to the at least one antenna 401 in response to a plurality of switching operations. Layer 305; And

Located under the circuit layer 305 and in close contact with the outer silicon layer 303, the inner silicon layer 307 accommodates the shielding layer 303 and the circuit layer 305 and contacts the human face. It consists of

The control device 221 supplies a set frequency signal of 10kHz to 30MHz to the at least one antenna 401 for increasing the contraction and relaxation effect of muscles and removing fat cells, wherein the at least one antenna is collectively or Facial pack having an electromagnetic radiation function, characterized in that the selective control.
The method of claim 1,

The control device 221 is located at one end of the face molding portion 211, forming a plastic cover, having a housing for accommodating a battery, and characterized in that it comprises a control button for emitting electromagnetic waves Facial pack with function.
The method of claim 2,

The control button includes a switching button for turning on / off a system power, a switching button for changing an output level of electromagnetic waves, and a switching button for controlling an operation pattern of electromagnetic waves for each mode. Having a facial pack.
The method of claim 1,

The shielding layer 303 induces the electromagnetic wave radiated from the circuit layer 305 to be irradiated to the internal silicon layer 307, and at the same time, the electromagnetic wave radiated from the circuit layer 305 passes through the external silicon layer 301. A facial pack having an electromagnetic radiation function, characterized in that it prevents radiation to the outside, and has a sheet shape of fiber material, and a catalyst metal is applied to the fiber surface and then electroless plated.
The method of claim 1,

The at least one antenna (401) is a face pack having an electromagnetic radiation function, characterized in that formed by three or more antennas.
The method of claim 5,

The at least one antenna (401) is formed of five antennas;

Face pack having an electromagnetic radiation function characterized in that one antenna is formed on the forehead, two antennas are formed on the eyelids, and two antennas are formed on the cheeks.
The method according to any one of claims 1 to 6,

The control circuit 403 includes: a mode switch 503 for setting and controlling an electromagnetic radiation pattern or an output amount for controlling a method of transmitting electromagnetic waves;

In response to the switching operation of the mode switch 503, a voltage control signal for outputting a set frequency signal for generating an electromagnetic wave is supplied, and a program corresponding to the electromagnetic radiation pattern is started to generate electromagnetic waves to the antenna 401. MC oil (MCU) 501 which provides a radiation control signal for emitting;

A distributor 527 for selectively switching and controlling a plurality of antennas based on the radiation control signal;

An output circuit 520 for supplying the set frequency signal to the divider 527 in response to the voltage control signal; And

In order to supply the rated power to the output circuit 520 and the MC oil 501 consists of a rated circuit 515 that receives power from the battery 511 intrinsic to the control device 221 and converts it into rated power Face pack having an electromagnetic radiation function, characterized in that.
The method of claim 7, wherein

The rated circuit 515 may minimize power consumption of the battery 511 by supplying power based on the operation of the separate power switch 513, and may be separately provided to the output port of the MC oil 501. Face pack having an electromagnetic radiation function, characterized in that for connecting the LED element of the 531 to visually display the operating state of the system.
The method of claim 7, wherein

The output circuit 520 is a voltage controlled oscillator (VCO) 521 for converting a voltage supplied from the rated circuit 515 into a set frequency signal according to a voltage control signal, and the VCS 521. And a power amplifier (523) for amplifying the output voltage of the power amplifier to a predetermined level, and an attenuator (525) for adjusting the output level of the power amplifier (523).
The method of claim 9,

The BC 521 is a face pack having an electromagnetic radiation function, characterized in that for outputting a frequency proportional to the level of the voltage control signal provided by the MC oil (501).
The method of claim 7, wherein

The electromagnetic wave radiation pattern is a first mode for radiating electromagnetic waves by collectively starting the plurality of antennas (401);

A second mode for selectively activating a plurality of antennas 401 to radiate electromagnetic waves to arbitrary positions on a face; And

Facial pack having an electromagnetic radiation function, characterized in that any one of the third mode of sequentially radiating electromagnetic waves over the entire face by sequentially starting the plurality of antennas (401).