JP2018075323A - Ultrasonic/minute-current combined apparatus for skin care - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an inexpensive and small-sized beauty instrument suited for use in daily life and further including negative-ion and far-infrared-light generation function, instead of a high-intensity focused ultrasonic apparatus as an expensive and large-sized medical instrument and apparatus.SOLUTION: An ultrasonic/minute-current combined apparatus includes: a body 100; a first display part installed at a front face of the body; a button part provided at a body side face; a control circuit part disposed inside the body; a cartridge part 500 insertedly installed at the body upper part; and a head part 600 provided at a lower part of the body for applying ultrasonic waves or a minute current to the skin. The head part 600 includes a conductor part that comes into contact with the skin to pass the minute current. The conductor part includes multielement mineral powdered bodies formed by pulverizing multielement minerals.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a device intended for skin care, and more particularly to a composite device that has an effect of generating negative ions and far infrared rays, and further combines a function of irradiating an ultrasonic wave and a function of supplying a fine current. .

In recent years, interest in skin care is increasing, and in particular, interest in maintaining elasticity such as sagging of facial skin and improvement of wrinkles is increasing.
In order to remove drooping sites and wrinkles through regeneration or improvement of the skin elasticity of the face, there are also invasive bipolar high-frequency treatment methods such as face lift with thread as medical surgery, but recently, As a non-invasive method with no downtime after the treatment, a treatment device using a high intensity focused ultrasound (HIFU) is also often used.

  This high-intensity focused ultrasound technique sets the focus to a certain depth from the surface of the skin tissue and induces an operation to focus energy at the focus. Through this, energy is transferred into the dermis layer without damaging the epidermis layer of the treatment subject by setting an appropriate strength and generating thermal metamorphosis such as thermal coagulation. A fine thermal coagulation site is formed through the transmitted energy, and a gradual collagen generation action is generated to improve elasticity by regenerating the skin.

Such high-intensity focused ultrasonic treatment drives an ultrasonic transducer based on a piezoelectric element. In the case of a piezoelectric transducer, it must operate under conditions of high voltage and high current. In order to do so, many devices are required, and the size of the device is increased.
This device is provided with a beauty device in which a device for generating a high voltage and a high current and various control devices are combined. The beauty device is operated by a cartridge having a ceramic vibrator attached thereto. For ultrasonic treatment, it is indispensable to use a cartridge connected to a device whose position is fixed, and there is a problem that a special operator is required to operate this device.
As such an apparatus, the techniques of Patent Documents 1 and 2 are known.

JP 2013-146598 A JP 2014-14516 A

Under such circumstances, there is an increasing market need for low-energy, downsized devices that are driven by the same principle as described above, are inexpensive, and can be used as beauty devices in daily life.
The present invention has been made to meet such needs, and its purpose is to replace a high-density focused ultrasound apparatus as an expensive large-scale medical device / apparatus with a low-cost and small-sized daily life. Another object of the present invention is to provide a composite device as a beauty device that is suitable for use and has a function of generating negative ions and far infrared rays, and is combined with ultrasonic (Moderate Intensity Focused Ultrasound: MIFU) and a fine current function.

  As a means for achieving the above object, in the ultrasonic and fine current combined device for skin care according to claim 1 of the present invention, the main body, the first display portion provided on the front surface of the main body, and the side surface of the main body are provided. A button unit, a control circuit unit disposed inside the main body, a cartridge unit inserted and mounted on the upper part of the main body, and a head unit provided on the main body for irradiating the skin with ultrasonic waves or fine current, the head unit Is characterized in that it is provided with a conductor part for flowing a fine current in contact with the skin, and the conductor part contains a multi-element mineral powder formed by pulverizing a multi-element mineral.

  The ultrasonic and fine current combined device for skin care according to claim 2, wherein a far-infrared radiation material is pulverized in the conductor portion in the ultrasonic and fine current combined device for skin care according to claim 1. The far-infrared radiation powdery body formed in this way is contained.

  The ultrasonic and fine current combined device for skin care according to claim 3, wherein the head unit makes contact with the skin. A sensor unit for sensing is provided.

  5. The combined ultrasonic and fine current device for skin care according to claim 4, wherein the sensor unit comprises an optical sensor or a contact sensor. The ultrasonic wave is irradiated only when contact with the skin is sensed by the sensor unit.

  6. The ultrasonic and fine current combined device for skin care according to claim 5, wherein the cartridge part has an ultrasonic medium inside. And an internal cartridge that is disposed inside the external cartridge and that receives an ultrasonic drive signal and generates an ultrasonic wave.

  7. The ultrasonic and fine current combined device for skin care according to claim 6, wherein the external cartridge is necessary for ultrasonic vibration from the main body according to claim 5. A connecting portion for receiving a supply of electrical signals, a medium storage portion filled with an ultrasonic medium, and a cartridge case provided with the connecting portion and mounted on the medium storage portion so that the ultrasonic medium does not leak outside And a transmission film for transmitting ultrasonic waves transmitted through the ultrasonic medium to the skin, and a ring for preventing the ultrasonic medium from leaking to the outside and fixing the transmission film. It is characterized by being.

  8. The ultrasonic and fine current combined device for skin care according to claim 7, wherein the medium storage unit is further away from the cartridge case. The inside is narrowed.

  9. The ultrasonic and fine current combined device for skin care according to claim 8, wherein the internal cartridge is swelled in an arc shape on the upper side. A dome-shaped ultrasonic wave generating vibration element is provided.

  10. The ultrasonic and fine current combined device for skin care according to claim 9, wherein the ultrasonic wave generating vibration element has a diameter of 2 mm or more. It has a size of 20 mm or less.

  11. The ultrasonic and fine current combined device for skin care according to claim 10, wherein the ultrasonic wave generating vibration element and the film portion of the external cartridge according to claim 5 are combined. In between, a medium of any one of silicone gel, silicone oil, and deionized water is filled.

  The ultrasonic and fine current combined device for skin care according to claim 11, wherein the ultrasonic wave and fine current combined device for skin care according to claim 1 or 2, wherein the first display unit has an ultrasonic wave. An irradiation number display unit that displays the number of times of irradiation and a state display unit that displays a supply state of ultrasonic waves or fine current are provided.

  13. The ultrasonic and fine current combined device for skin care according to claim 12, wherein the ultrasonic irradiation residue of the cartridge is placed on the upper part of the cartridge case. A second display unit for displaying the quantity number and providing information on the cartridge replacement time is provided.

  14. The combined ultrasonic and fine current device for skin care according to claim 13, wherein the cartridge unit is detachable from the main body. It is characterized by being.

  15. The ultrasonic and fine current combined device for skin care according to claim 14, wherein the ultrasonic wave and fine current combined device for skin care according to claim 1 or 2 includes the movement or position of the main body inside the main body. An acceleration sensor for sensing is arranged, and when the ultrasonic wave is irradiated, the ultrasonic sensor detects the movement or position of the main body, and when the movement of the main body is detected, the ultrasonic wave is 1 It is characterized by being stopped after the second irradiation.

  16. The combined ultrasonic and fine current device for skin care according to claim 15, wherein the control circuit unit is powered from an external power source. A power supply unit that receives the supply and supplies an operating voltage to the blocks constituting each circuit; a control unit that controls the operation of the ultrasonic wave or the fine current by receiving the voltage supplied from the power supply unit; A fine current generation unit that forms a fine current generation signal to supply the skin; an ultrasonic generation unit that forms an ultrasonic generation signal and an ultrasonic generation unit signal to supply ultrasonic waves to the skin; An ultrasonic amplifying unit that amplifies the ultrasonic wave in accordance with a predetermined resonance frequency is provided.

  17. The ultrasonic and fine current combined device for skin care according to claim 16, wherein the control circuit unit operates the ultrasonic amplifying unit. A sensor operation monitoring unit that senses a state and transmits a control signal according to the operation state is provided.

  The ultrasonic and fine current combined device for skin care according to claim 17, wherein the ultrasonic wave and fine current combined device for skin care according to claim 15, wherein the control circuit unit is an ultrasonic amplifying unit, When a resonance frequency deviation occurs, an auto-tracing function for matching the produced deviation is provided.

  19. The ultrasonic and fine current combined device for skin care according to claim 18, wherein the power supply unit is supplied from an external power source. The battery unit stores a power supply, and has a function of receiving a voltage from the battery unit and boosting or reducing the supplied voltage.

  20. The ultrasonic and fine current combined device for skin care according to claim 19, wherein the ultrasonic generator is operated by the controller in the ultrasonic and fine current combined device for skin care according to claim 15. For example, the operation of the fine current generation unit is stopped, and if the fine current generation unit is operated, the function of stopping the operation of the ultrasonic generation unit is provided.

  21. The ultrasonic and fine current combined device for skin care according to claim 20, wherein the control unit is operated by an ultrasonic wave generation signal. It has a function of counting the number of operations of the ultrasonic amplifying unit.

According to the present invention, ultrasonic energy is transmitted to the skin, and massage is performed through a fine current on the skin where a thermal sensation remains due to thermal stimulation or thermal coagulation. Accordingly, it is possible to maintain skin regeneration and healthy skin through collagen activation.
In addition, the composite apparatus is easy to carry for portable use, and there is no restriction on the place of use.

Since the ultrasonic and fine current combined device for skin care according to claim 1 of the present invention has a function of supplying ultrasonic or fine current to the skin, the skin beauty effect by the action of the ultrasonic and fine current. Is obtained.
Since the ultrasonic wave is transmitted through the ultrasonic medium, the stimulus transmitted to the skin by the ultrasonic medium is optimally set.
Since the head portion includes a conductor portion, a fine current is supplied to the skin through the conductor portion.
Since the conductor part contains a multi-element mineral powder formed by pulverizing multi-element minerals, negative ions are supplied from the conductor part to the skin, and the moisture content of the skin is improved by the negative ions. The effect of maintaining (moisture) is obtained.

  In the ultrasonic and fine current combined device for skin care according to claim 2, since the far-infrared radiation powder formed by pulverizing the far-infrared radiation material is contained in the conductor portion, the far-infrared radiation powder Far infrared rays are emitted from the body, and the skin can be warmed from the inside. Therefore, it can care for skin effectively.

  In the ultrasonic and fine current combined device for skin care according to the third aspect, since the head portion includes the sensor portion, the device operates only when skin contact is detected.

  In the combined ultrasonic and fine current device for skin care according to claim 4, the sensor unit is constituted by an optical sensor or a contact sensor. Therefore, ultrasonic waves or only when a contact with the skin is detected by the action of these sensors. A fine current is supplied.

  The ultrasonic and fine current combined device for skin care according to claim 5, wherein the ultrasonic wave is received by receiving an external cartridge whose interior is completely filled with an ultrasonic medium, and an ultrasonic drive signal disposed inside the external cartridge. Since it is composed of internal cartridges to be generated, it is possible to replace the ultrasonic generating vibration element as a whole by exchanging these cartridges.

  In the ultrasonic and fine current combined device for skin care according to the sixth aspect, since the connecting portion, the medium storage portion, and the transmission film are mounted on the cartridge case, they can be replaced as a unit.

  In the ultrasonic and fine current combined device for skin care according to claim 7, since the inside of the medium storage portion becomes narrower as it gets farther from the cartridge case, the ultrasonic waves are concentrated on the tip portion to improve efficiency. Irradiated.

  The ultrasonic and fine current combined device for skin care according to claim 8, wherein the internal cartridge includes an ultrasonic wave generating vibration element having a dome shape so as to be depressed on the upper side. Is transmitted efficiently.

  The ultrasonic and fine current combined device for skin care according to claim 9, wherein the ultrasonic generating vibration element has a diameter of 2 mm or more and 20 mm or less, so that the apparatus main body is formed in a size suitable for carrying. Is done.

  The ultrasonic and fine current combined device for skin care according to claim 10, wherein any medium of silicone gel, silicone oil, or deionized water is interposed between the ultrasonic generating vibration element of the external cartridge and the film portion. Since it is filled, the stimulus transmitted to the skin through these media is optimally adjusted.

  The ultrasonic and fine current combined device for skin care according to claim 11, wherein the first display unit includes an irradiation number display unit for displaying the number of times the ultrasonic wave is irradiated, and a supply state of the ultrasonic wave or the fine current. Since a state display unit for displaying is provided, it is possible to check the usage state of the ultrasonic generation vibration element, the replacement time of the cartridge, and the like.

  13. The ultrasonic and fine current combined apparatus for skin care according to claim 12, wherein a second display unit is provided on the upper part of the cartridge case to display the number of remaining ultrasonic irradiations of the cartridge and to provide information on the cartridge replacement timing. Therefore, the use state of the ultrasonic generation vibration element and the replacement time of the cartridge can be individually confirmed for each cartridge.

  In the ultrasonic and fine current combined device for skin care according to claim 13, the cartridge part is detachable from the main body, so that the cartridge is accompanied with deterioration of the ultrasonic generating vibration element and the ultrasonic medium. Can be replaced as a unit.

  15. The ultrasonic and fine current combined apparatus for skin care according to claim 14, wherein an acceleration sensor is arranged, and when the ultrasonic wave is irradiated, the acceleration sensor detects the movement or position of the main body, and the movement of the main body is detected. If it is detected that the ultrasonic wave is stopped, the ultrasonic wave is stopped after being irradiated once, so there is no possibility that the ultrasonic wave is excessively applied to a specific part.

  16. The ultrasonic and fine current combined apparatus for skin care according to claim 15, wherein the control circuit unit receives power from an external power source and supplies an operating voltage to the blocks constituting each circuit; A control unit that receives the voltage supplied from the power supply unit and controls the operation of the ultrasonic wave or the fine current; a fine current generation unit that forms a fine current generation signal to supply the fine current to the skin; In order to supply the skin, an ultrasonic generator that forms an ultrasonic wave generation signal, and an ultrasonic amplifier that receives the signal of the ultrasonic generator and amplifies the ultrasonic wave with a predetermined resonance frequency are provided. A portable beauty device is realized.

  The ultrasonic and fine current combined device for skin care according to claim 16 is provided with a sensor operation monitoring unit, so that control of the control unit is performed in consideration of safety of product operation when the ultrasonic amplification unit is operated. Sensing operating conditions for generating signals. In other words, the sensor operation monitoring unit monitors the abnormal use situation and the case of inducing over-operation on the skin, and limits the over-operation of ultrasonic waves.

  The ultrasonic and fine current combined device for skin care according to claim 17 is provided with an auto-tracing function, so that the resonance frequency amplified by the ultrasonic amplifying unit differs from the resonance frequency of the ultrasonic wave generating vibration element. Even if this occurs, the optimum resonance frequency can be auto-traced to match the resonance frequency.

  The ultrasonic and fine current combined device for skin care according to claim 18, wherein the power supply unit is supplied with a battery unit storing power supplied from an external power source and a voltage supplied from the battery unit. Therefore, a portable and stable power supply system is constructed.

  In the combined ultrasonic and fine current device for skin care according to claim 19, the control unit stops the operation of the fine current generation unit when the ultrasonic generation unit is activated, and the fine current generation unit is activated. Since the function of stopping the operation of the ultrasonic generator is provided, either the ultrasonic wave or the fine current is supplied to the skin.

  In the ultrasonic and fine current combined device for skin care according to claim 20, the control unit has a function of counting the number of operations of the ultrasonic amplifying unit operated by the ultrasonic wave generation signal. The use state of the ultrasonic wave generating vibration element and the ultrasonic medium can be confirmed.

It is a front view of the compound apparatus concerning the example of the present invention. It is a rear view of the composite apparatus which concerns on the Example of this invention. It is a left view of the compound apparatus concerning the example of the present invention. It is a block diagram of the control circuit part of the composite apparatus which concerns on the Example of this invention. It is a schematic sectional drawing of the cartridge part which concerns on the Example of this invention. It is a top view of the cartridge part which concerns on the Example of this invention. It is a schematic sectional drawing of the cartridge part which concerns on another Example.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.
In addition, the specific content of this invention is not limited to a present Example, Even if there exists a design change etc. of the range which does not change the summary of invention, it is contained in this invention.

As shown in FIGS. 1 to 3, the main body 100 of the composite apparatus of the present invention includes a first display unit 200, a button unit 300, a control circuit unit 400, a cartridge unit 500, and a head unit 600.
The main body 100 is a body of a beauty device, and a cartridge part 500 is inserted and mounted on the upper part of the main body 100, and a first display part 200 is provided on the front surface. In addition, a button unit 300 is provided on each of the left and right side surfaces of the main body 100, and a control circuit unit 400 in which a circuit for generating an ultrasonic wave is configured is disposed inside the main body 100.

  The first display unit 200 is provided on the front surface of the main body 100, and includes an irradiation number display unit 210 that displays the number of times ultrasonic waves are irradiated and a state display unit 220 that displays a supply state of ultrasonic waves or fine current. .

  The number-of-irradiations display unit 210 is located in the upper part of the first display unit 200. When the ultrasonic wave is irradiated onto the skin, the number of times of irradiation is counted by the control circuit unit 400, and the number-of-irradiations display unit 210 is displayed in a numeric format. Is displayed.

  The status display unit 220 is located in the lower part of the first display unit 200 and displays the supply status of ultrasonic waves or fine current. In other words, the state display unit 220 is represented in the form of a state indicator lamp so that it can be confirmed whether the current state is the ultrasonic mode or the fine current mode. Represents the state of the sound wave intensity level.

  The button unit 300 is provided on each of the left and right side surfaces of the main body 100. The button unit 300 includes a button 310 capable of selecting an ultrasonic mode or a fine current mode, a level button 320 capable of selecting a level of ultrasonic intensity according to the skin state, and an ultrasonic wave for starting ultrasonic irradiation in accordance with the selected level. A start button 330 is provided.

  As an example, it is provided to adjust the strength of the ultrasound signal when selecting the focused ultrasound mode. That is, it is provided so that the focus type ultrasonic wave can be operated by selecting the strength of medium, weak and strong. The intensity of the focused ultrasonic wave can be varied by adjusting the level of the ultrasonic signal or the duty ratio according to the current and voltage. For example, high strength can be output through an operation for increasing the level of the ultrasonic signal, and high strength can be output through an operation for increasing the duty ratio.

In addition, the user can select the fine current mode, and when performing massage, the head unit 600 can be in close contact with the part to be used, and massage can be performed through a slow motion while using dedicated cosmetics (gel type, etc.). it can. That is, a method in which a minute current flows through the user's body can be selected and used by the user holding the main body 100 that is a conductor and touching the conductor portion 610 of the head portion 600 with the skin.
In order for the user to hold the main body 100 with his / her hand and apply a fine current to another person, when the conductor part 610 of the head part 600 is brought into contact with the other person's skin, a current circuit is not provided and a fine current is supplied. Can not. In order to compensate for such disadvantages, the composite device of the present invention is used by preparing a separate fine current band and a fine current band terminal 110 at the lower stage of the main body 100 and wearing the fine current band in another person's hand. One can allow a fine current to be supplied to others.

  Thus, the composite device according to the present invention can contribute to the activation of collagen and the like by the effect of thermal stimulation after supplying ultrasonic energy for beauty to the dermis layer of the skin. In addition, rough skin can be massaged through a fine current.

Subsequently, on the lower part of the main body 100, there are a power button 340 that can turn on / off the apparatus and an indicator lamp that indicates the state of the remaining amount of the battery, and the state of charge of the battery can be confirmed.
As a result, the two purposes of power on / off and battery level display can be achieved.
The control circuit unit 400 is disposed inside the main body 100 and can operate and control ultrasonic waves or fine currents.

The conductor portion 610 contains a multi-element mineral powder formed by pulverizing a multi-element mineral.
Multi-element minerals are minerals that contain silicon in a well-balanced manner, such as pearlite, pinestone, and tourmaline (tourmaline). These multi-element minerals are negative ions. It is known to give out.

In order to mix the multi-element mineral powder into the conductor 610, for example, the multi-element mineral is pulverized to about 1 to 3 microns by a ball mill or a jet mill, and formed into a powder. According to a method of mixing and molding in the raw material of the conductor portion 610 (for example, molten metal, molten resin) at a ratio of 10%.
In this case, the multi-element mineral powder is preferably used by appropriately blending two or more kinds, but may be one kind.
Moreover, the supernatant obtained by mixing a multi-element mineral powder with water and heating or pressurizing may be mixed, or a powder obtained by vacuum freeze drying or spray drying may be mixed.

  The components of nacre, which are examples of multi-element minerals, are shown in Table 1 below.

Multi-element minerals (multi-element mineral powders) have the property of generating negative ions and electromagnetic waves (weak energy), and electromagnetic waves having a wavelength of 4 to 14 μm emitted from the multi-element minerals (multi-element mineral powders). For (weak energy), the surroundings of the atomic nucleus are electrically changed to bring the atom and its substance into an excited state (vibration), thereby cutting and shortening the polymerization of the water cluster, Reduction of water volume, increase in specific gravity, and sufficient adhesion of water (free water) to the outer cell membrane of animals and plants, promoting the penetration of water together with Ca 2+ and activating various cell functions There is.
By including this multi-element mineral in the conductor portion 610, negative ions are released from the conductor portion 610, and the moisture retention amount of the skin is improved by the negative ions, so that a refreshing (moisturizing) retention effect is obtained.

In addition to the multi-element mineral powder, the conductor 610 can contain a far-infrared radiation powder.
Far infrared radiation materials include alumina (Al ₂ O ₃ ), titania (TiO ₂ ), ferrite (Fe ₂ O ₃ ), chromium oxide (Cr ₂ O ₃ ), silica (SiO ₂ ), yttria (Y ₂ O _3). ), Magnesia (MgO), and the like, which are pulverized into powders can be used alone or in combination.
Thus, in addition to the multi-element mineral powder, when the far-infrared radiation powder is contained, the far-infrared radiation is emitted from the far-infrared radiation powder, and the skin can be warmed from the inside. Can be effectively cared for.

“Contained” as used in the present invention includes a multi-element mineral powder or far-infrared radiation powder that is directly kneaded into a conductor portion 610 and molded into a predetermined shape. It includes those in which a coating layer (for example, a ceramic coating layer, a plating layer, a fluorine coating layer, a nylon layer, etc.) is formed by mixing the state body with a coating agent and applying it to the surface.
Regarding the method of forming the ceramic coating layer, a multi-element mineral powder or far-infrared radiation powder is added to a plate-like material in addition to a heat-resistant formica that is a coating agent, and this is applied to a heating furnace. The coating agent is skipped (baked) to form the film.
The mixing ratio of the multi-element mineral powder or far-infrared radiation powder to the heat-resistant formica is preferably 3 to 15% by volume, but is not limited to this value.

FIG. 4 is a block diagram of the control circuit unit of the composite apparatus according to the embodiment of the present invention.
As shown in FIG. 4, the control circuit unit 400 includes a power supply unit 410, a control unit 420, a fine current generation unit 430, an ultrasonic generation unit 440, and an ultrasonic amplification unit 450.

  The power supply unit 410 receives power supply from an external power source through the power input terminal 130 and supplies an operating voltage in blocks constituting each circuit. In addition, the power supply unit 410 includes a battery unit 411 and a voltage adjustment unit 412. The battery unit 411 stores electric power supplied from an external power source and supplies the electric power to the voltage adjustment unit 412 in a predetermined constant voltage mode. The voltage adjustment unit 412 receives the voltage of the battery unit 411 and boosts or depressurizes the voltage to generate a voltage necessary for the operation of each circuit block.

The control unit 420 receives the voltage supplied from the power supply unit 410 and controls the operations of the fine current generation unit 430, the ultrasonic amplification unit 450, and the ultrasonic generation unit 440.
For example, the control unit 420 generates a first AC signal necessary for the operation of the ultrasonic wave generation unit 440. If the ultrasonic amplifying unit 450 attempts to perform a focusing amplification operation using an ultrasonic signal having a frequency of 7 MHz, the control unit 420 generates a 7 MHz AC signal. Therefore, the control unit 420 generates a first AC signal having a first level with a frequency of 7 MHz through a start operation based on an input signal.

  In addition, the control unit 420 controls the operation of the fine current by the fine current generation unit 430. For example, when the control unit 420 operates the ultrasonic generation unit 440 to generate the first AC signal, the control unit 420 stops the operation of the fine current. In addition, the control unit 420 stops the operation of the ultrasonic wave generation unit 440 in the section in which the generation of the fine current is activated.

  In particular, the control unit 420 can count the number of operations of the ultrasonic amplifying unit 450 by the ultrasonic generating unit 440. That is, at the time of one irradiation operation of the ultrasonic amplifying unit 450, an ultrasonic signal of a specific frequency is generated, and in conjunction with this, the ultrasonic signal is generated by the control of the control unit 420 and then stopped. To do. This is counted as one ultrasonic operation.

  The fine current generator 430 generates a fine current generation signal for supplying fine current to the skin depending on the control signal of the controller 420. The fine current generated by the fine current generator 430 is energized when the conductor 610 provided in the head 600 contacts the skin. At this time, the fine current generated from the fine current generator 430 is set to a voltage of 2.5 V or less and a current of 40 μA or less.

The ultrasonic generation unit 440 forms an ultrasonic generation signal necessary for the operation of the ultrasonic amplification unit 450 by the control operation of the control unit 420. That is, the ultrasonic generation unit 440 forms an ultrasonic generation signal based on the first AC signal generated by the control unit 420 and the control signal. The ultrasonic wave generation signal is composed of a section having a specific frequency and a section where only a predetermined DC level appears.
For example, when the ultrasonic amplifying unit 450 performs a vibration operation with a 7 MHz signal, the first AC signal has an aspect of a 7 MHz rectangular wave having a first level. The ultrasonic wave generation signal is set in a section where a frequency of 7 MHz appears and a section where a DC level appears. Therefore, the ultrasonic wave generation signal of one cycle is separated into a frequency signal section of 7 MHz and a section where a constant DC level in the rest period appears.

  In addition, the ultrasonic wave generation unit 440 increases the level of the ultrasonic wave generation signal through DC-DC conversion or boosting operation, and generates an ultrasonic wave drive signal corresponding to the increased level. The ultrasonic driving signal is approved by the ultrasonic amplifying unit 450, and the ultrasonic amplifying unit 450 performs an ultrasonic amplifying operation for amplifying the ultrasonic wave to a predetermined resonance frequency by the supplied ultrasonic driving signal. Supply sonic signals to the skin.

  The control circuit unit 400 of the ultrasonic and fine current composite apparatus according to the present invention senses an operating state when the ultrasonic amplifying unit 450 is operated, and generates a control signal according to the operating state, and an ultrasonic generation unit. A resonance frequency matching unit 470 that matches a deviation of the resonance frequency generated by the vibration element may be further included.

  The sensor operation monitoring unit serves to detect an operation state for generating a control signal of the control unit 420 in consideration of safety of product operation when the ultrasonic amplification unit 450 is operated. In other words, the sensor operation monitoring unit 460 can limit the overoperation of the ultrasonic wave by monitoring the abnormal use situation and the case where the user induces the overoperation on the skin.

  For example, when the sensor unit included in the head unit 600 senses a state where the sensor unit is not in close contact with the skin, it senses a situation in which an amplified ultrasonic wave is irradiated on the skin surface using the air layer as a medium. Stop irradiation.

An acceleration sensor that senses the movement or position of the main body 100 is disposed inside the main body 100. This acceleration sensor transmits the operating displacement to the control unit 420 so that the ultrasonic wave can be uniformly applied to the skin, and senses that the ultrasonic wave amplified at a predetermined interval can be applied and the ultrasonic wave amplified in the stopped state. It has a function to detect and prevent the case where a sound wave signal is continuously focused on one part of the skin.
For example, when ultrasonic waves are irradiated in consideration of the safety of product operation, if the acceleration sensor detects the movement or position of the main body 100 and detects that the main body 100 is stopped, the ultrasonic wave is 1 Stopped after multiple irradiations.

The resonance frequency matching unit 470 has an auto tracing function in order to match the generated deviation when the resonance frequency deviation is found by the ultrasonic amplification unit 450.
In general, an ultrasonic wave generating vibration element has its own resonance frequency due to material characteristics, but a deviation of the resonance frequency may occur in the manufacturing and processing processes. Each alignment work is necessary. However, such a resonance frequency matching operation can be handled when a small amount of product is produced, but if it is dealt with each time in the case of mass production, the productivity is greatly reduced. Therefore, the ultrasonic and fine current composite device according to the present invention is provided with the resonance frequency matching unit 470 separately, so that the resonance frequency amplified by the ultrasonic amplification unit 450 is different from the resonance frequency of the ultrasonic generating vibration element. Even if it occurs, the optimal resonance frequency can be auto-traced to match the resonance frequency, so that the productivity of the product can be improved.

FIG. 5 is a schematic cross-sectional view of the cartridge portion according to the embodiment of the present invention.
As shown in FIG. 5, the cartridge unit 500 of the ultrasonic and fine current composite device according to the present invention is mounted on the main body 100 as a detachable type. In order to insert the cartridge unit 500 into the main body 100, the cartridge cover 120 designed on the upper part of the main body 100 can be opened and then inserted and mounted. When the cartridge unit 500 is mounted on the main body 100, the contact portion of the cartridge unit 500 is exposed on the back surface of the main body 100, and the exposed contact portion comes into contact with the skin, so that ultrasonic waves can be applied to the skin.

Further, as shown in FIG. 5, the cartridge unit 500 receives an ultrasonic drive signal and generates an ultrasonic wave by being disposed inside the external cartridge 510 filled with an ultrasonic medium 516 and the external cartridge 510. An internal cartridge 520 is provided.
The external cartridge 510 includes a connecting portion 511, a cartridge case 512, a medium storage portion 513, a transmission film 514 and a cover (ring) 515.

  One end of the connecting portion 511 is connected to the control circuit portion 400 of the main body 100, and the other end is connected to the ultrasonic wave generating vibration element 521 disposed in the internal cartridge 520. That is, when the connection unit 511 receives an electrical signal necessary for ultrasonic vibration from the main body 100, the supplied electrical signal is transmitted to the ultrasonic wave generating vibration element 521 through the wire 522.

In particular, the connecting portion 511 is provided in the form of a printed circuit board and is fixed to the external cartridge 510. The connection unit 511 provided in the form of a printed circuit board may be provided with a non-volatile memory. The non-volatile memory includes information on the number of times of driving the ultrasonic generating vibration element 521 of the internal cartridge 520 of the cartridge unit 500. Can be saved. Information on the number of times of driving stored in the nonvolatile memory is transmitted to the control unit 420, and the control unit 420 compares the number of times of driving of the cartridge unit 500 that has already been set. If the preset number of times of driving is reached through this, the control unit 420 can stop the operation of the driving unit and stop the operation of the ultrasonic generation vibration element 521.
The cartridge case 512 is formed so as to enclose the connecting portion 511 and also has a function of covering the ultrasonic medium 516 of the medium storage portion 513 so as not to leak to the outside.

FIG. 6 is a plan view of the cartridge portion according to the embodiment of the present invention.
As shown in FIG. 6, a second display unit 700 is provided on the upper part of the cartridge case 512 of the cartridge unit 500 according to the present invention to display the life or remaining number of cartridges and to provide information on the cartridge replacement timing. That is, the second display unit 700 can display the life or remaining amount of the cartridge using the information about the number of times of driving the ultrasonic vibration element 521 stored in the non-volatile memory of the connecting unit 511. . Therefore, the user opens the cartridge cover 120 provided on the upper part of the main body 100 during use with the cartridge part 500 mounted on the main body 100 to thereby determine the life or remaining amount of the cartridge displayed on the second display part 700. Easy to check immediately.

  The medium storage unit 513 is attached to the lower part of the cartridge case 512, and the inside is filled with an ultrasonic medium 516. The medium storage unit 513 has a shape that the inside becomes narrower as the distance from the cartridge case 512 increases. In general, when using the device, the user uses the main body 100 by touching it with his / her skin (usually the face). That is, the apparatus is set up and used for a long time. At this time, the medium inside the medium storage unit 513 filled with the ultrasonic medium 516 is evaporated and bubbles are generated. Such bubbles are generated in the portion of the transmission film 514 where the ultrasonic waves are irradiated in order to use the apparatus in an upright manner, thereby reducing the effect on the ultrasonic irradiation.

Therefore, in order to compensate for the weak point caused by the generation of bubbles, the composite device according to the present invention is configured such that the inside of the medium storage unit 513 becomes narrower as the distance from the cartridge case 512 increases. Desirably, the lower part of the narrowed medium storage part 513 is formed in the same manner as the size of the contact part in contact with the skin, so that the problem that bubbles are generated in the transmission film 514 part can be solved. On the other hand, since the medium storage unit 513 is formed wider and wider in the cartridge case 512 direction, there is an advantage that the amount of the ultrasonic medium 516 accommodated in the medium storage unit 513 can be maximized.
Any ultrasonic medium 516 having any impedance similar to that of human skin or other tissues is desirable, but distilled water or alcohol can be used as the ultrasonic medium 516 in this embodiment. is there.

  The transmission film 514 is disposed below the medium storage unit 513. The transmission film 514 performs a function of preventing the ultrasonic medium 516 from leaking to the outside and transmitting the ultrasonic wave transmitted through the ultrasonic medium 516 to the skin. The material of the transmission film 514 is preferably polyimide (PI) or polymethylpentene (TPX).

The part to which the transmission film 514 adheres is provided with a ring-shaped cover 515 made of a metal or polymer material to prevent the ultrasonic medium 516 from leaking to the outside, and the transmission film 514 is placed inside the medium. It is fixed so that it does not enter. Further, since the cover 515 is formed in a ring shape and has a transmission film 514 and a cap (lid) structure, the transmission film 514 can be easily fixed even in a narrow space in the medium storage unit 513.
The internal cartridge 520 can include an ultrasonic wave generating vibration element 521 including the medium storage unit 513.

The ultrasonic generation vibration element 521 is located at the lower part of the internal cartridge 520 and is formed in a dome shape so that the center is depressed on the upper side, and is connected to the connecting part 511 and the wire 522, and the ultrasonic wave vibration is generated from the connecting part 511. Provided with necessary electrical signals.
Further, since the internal cartridge 520 including the ultrasonic generation vibration element 521 is surrounded by the ultrasonic medium 516, the ultrasonic wave is applied to the surface to which the wire for supplying the electrical signal of the ultrasonic generation vibration element 521 is attached. In order to prevent contact with the medium 516, waterproofing is performed in a form of filling with epoxy or the like.

  The size of the ultrasonic wave generating vibration element 521 may preferably have a diameter of 2 mm or more and 20 mm or less so as to be compatible with a portable device. Manufacturing the size of the ultrasonic wave generating vibration element 521 smaller than 2 mm is difficult to manufacture, and manufacturing it larger than 20 mm is incompatible with a portable device. Further, the use frequency is desirably 4 MHz to 10 MHz, and the energy is desirably 0.20 J to 1.5 J.

  The ultrasonic generating vibration element 521 according to the present invention uses a method of being fixed to the lower part of the internal cartridge 520. However, the position of the ultrasonic generating vibration element 521 can be varied vertically or horizontally within the internal cartridge 520 as necessary. Therefore, the cartridge unit 500 includes a linear motor or a helical (helical) structure moving means.

FIG. 7 is a schematic cross-sectional view of a cartridge portion according to another embodiment.
As shown in FIG. 7, a cartridge unit 500 according to another embodiment of the present invention is formed in a medium storage unit 513 between a film unit 531 of a solid phase medium and an ultrasonic wave generating vibration element 521 and the film unit 531. An ultrasonic medium 532 can be included.

  As shown in FIG. 7, the upper portion of the film portion 531 has a convex dome shape so as to correspond to the shape of the ultrasonic wave generating vibration element 521, and the film portion 531 has a predetermined distance from the ultrasonic wave generating vibration element 521. A space is provided, and the lower portion has a flat shape so as to be in contact with the skin, and has the same size as the inner diameter of the lower portion of the medium storage portion 513 so that the ultrasonic medium 532 does not leak to the outside.

The film portion 531 is a solid phase medium, preferably a silicone material.
The ultrasonic medium 532 formed between the ultrasonic generating vibration element 521 and the film unit 531 is composed of a liquid component medium such as silicone gel, silicone oil, DI water (deionized water), or the like. .

Next, referring to FIG. 2, the head unit 600 is positioned in the upper stage on the back side of the main body 100 and protrudes in the horizontal direction on the back side, and the ultrasonic wave or fine current generated through the control circuit unit 400 is applied to the skin. Supply.
The head part 600 has a conductor part 610 for flowing a minute current in contact with the skin and a sensor part 620 for sensing contact with the skin. Further, the transmissive film 514 and the cover 515 of the cartridge unit 500 inserted and mounted through the upper part of the main body 100 are exposed at the center of the head unit 600 and come into contact with the skin together with the conductor unit 610 and the sensor unit 620. Can do. Therefore, the user can irradiate the skin with ultrasonic waves by bringing the transmission film 514 and the cover 515 positioned at the center of the head portion 600 into contact with the skin, and the conductor portion 610 can be brought into contact with the skin. Can supply fine current to the skin.

  In addition, the sensor unit 620 may be disposed on both sides of the transmission film 514 so that contact with the skin can be detected, and the sensor unit 620 includes an optical sensor or a contact sensor. That is, ultrasonic waves are emitted only when contact with the skin is detected by any of the sensor units 620 provided on both sides.

As described above, the present invention provides a composite beauty device as a portable device. Through this, the user can perform a skin beauty without any restrictions on the place, and can perform a massage using a fine current other than the skin beauty through ultrasonic focusing.
It should be noted that the embodiments of the present invention disclosed in this specification and the drawings are merely specific examples in order to help the understanding of the present invention, and are not intended to limit the scope of the present invention. It is obvious based on ordinary knowledge in the technical field of the present invention that other modifications based on the technical idea of the present invention can be implemented in addition to the embodiments disclosed herein.

100 body
110 Fine current band terminal
120 Cartridge cover
130 Power input terminal
200 1st display part
210 Count display
220 Status display
300 Button
310 button
320 level buttons
330 Start button
400 Control circuit
410 Power supply unit
411 Battery section
412 Voltage regulator
420 Controller
430 Fine current generator
440 Ultrasonic generator
450 Ultrasonic amplifier
460 Sensor operation monitoring unit
470 Resonance frequency matching section
500 cartridge section
510 External cartridge
511 connecting part
512 cartridge case
513 Medium storage
514 Transparent film
515 ring (cover)
516 Ultrasonic medium
520 internal cartridge
521 Ultrasonic generator
522 wire
531 Film part
532 Ultrasonic medium
600 head
610 Conductor
620 Sensor unit
700 Second display section

Claims (20)

Body,
A first display unit provided on the front surface of the main body;
Button part provided on the side of the body,
A control circuit unit arranged inside the main body,
The cartridge part inserted and attached to the upper part of the main body,
It is equipped with a head part for irradiating the skin with ultrasonic waves or fine currents.
The head part is provided with a conductor part for flowing a fine current in contact with the skin, and the conductor part contains a multi-element mineral powder formed by pulverizing a multi-element mineral. Ultrasonic and fine current combined device for skin care.   2. The ultrasonic and fine current combined device for skin care according to claim 1, wherein the conductor portion contains a far-infrared radiation powder formed by pulverizing a far-infrared radiation material.   3. The ultrasonic and fine current combined apparatus for skin care according to claim 1, wherein the head unit includes a sensor unit that senses contact with the skin. The sensor unit includes an optical sensor or a contact sensor,
4. The ultrasonic and fine current combined apparatus for skin care according to claim 3, wherein the ultrasonic wave is irradiated only when the sensor unit senses contact with the skin. The cartridge part is
3. An external cartridge in which an ultrasonic medium is filled, and an internal cartridge that is disposed inside the external cartridge and receives an ultrasonic drive signal to generate ultrasonic waves. Ultrasonic and fine current combined device for skin care. The external cartridge is
A connecting part that receives an electrical signal necessary for ultrasonic vibration from the main body, a medium storage part filled with an ultrasonic medium, and a medium storing unit that is provided with the connecting part and prevents the ultrasonic medium from leaking outside. Has a cartridge case attached to the
And a transmission film for transmitting ultrasonic waves transmitted through the ultrasonic medium to the skin, and a ring for preventing the ultrasonic medium from leaking to the outside and fixing the transmission film. A combined ultrasonic and fine current device for skin care according to claim 5.   The combined ultrasonic and fine current device for skin care according to claim 6, wherein the medium storage portion has a shape that narrows as the distance from the cartridge case increases. The internal cartridge is
The combined ultrasonic and fine current device for skin care according to claim 6, further comprising a dome-shaped ultrasonic generating vibration element whose upper side swells in an arc shape.   The combined ultrasonic and fine current device for skin care according to claim 8, wherein the ultrasonic wave generating vibration element has a diameter of 2 mm or more and 20 mm or less.   6. The skin care medium according to claim 5, wherein a medium of any of silicone gel, silicone oil, and deionized water is filled between the ultrasonic wave generating vibration element and the film portion of the external cartridge. Combined device of ultrasonic and fine current. The first display unit includes:
3. An ultra-skin for skin care according to claim 1, further comprising: an irradiation number display unit for displaying the number of times the ultrasonic wave is irradiated; and a state display unit for displaying a supply state of the ultrasonic wave or the fine current. Combined device of sonic and fine current.   7. The supermarket for skin care according to claim 6, wherein a second display unit is provided on an upper part of the cartridge case to display a remaining number of ultrasonic irradiations of the cartridge and to provide information on a cartridge replacement time. Combined device of sonic and fine current.   3. The ultrasonic and fine current combined apparatus for skin care according to claim 1, wherein the cartridge part is detachable from the main body. An acceleration sensor that detects the movement or position of the main body is arranged inside the main body,
When an ultrasonic wave is irradiated, if the acceleration sensor detects the movement or position of the main body and detects that the movement of the main body is stopped, the ultrasonic wave is stopped after being irradiated once. The combined device of ultrasonic and fine current for skin care according to claim 1 or 2. The control circuit unit is
A power supply unit that receives power supply from an external power supply and supplies an operating voltage to the blocks constituting each circuit;
A control unit that receives the voltage supplied from the power supply unit and controls the operation of the ultrasonic wave or the fine current;
A fine current generator for generating a fine current generation signal to supply fine current to the skin;
In order to supply ultrasonic waves to the skin, an ultrasonic generation unit that forms an ultrasonic generation signal, and an ultrasonic amplification unit that receives the signal of the ultrasonic generation unit and amplifies the ultrasonic wave according to a predetermined resonance frequency are provided. 3. The combined ultrasonic and fine current device for skin care according to claim 1 or 2. The control circuit unit is
16. The combined ultrasonic and fine current device for skin care according to claim 15, further comprising a sensor operation monitoring unit that senses an operating state of the ultrasonic amplifying unit and transmits a control signal according to the operating state. The control circuit unit is
16. The ultrasonic wave and fine current for skin care according to claim 15, further comprising an auto-tracing function for matching the generated deviation when a deviation of the resonance frequency occurs in the ultrasonic amplifying unit. Complex device. The power supply unit
The battery for storing power supplied from an external power source, and having a function of boosting or reducing the voltage supplied by receiving a voltage from the battery. Combined device of ultrasonic and fine current. The controller is
If the ultrasonic generator is activated, the operation of the fine current generator is stopped,
The combined ultrasonic and fine current device for skin care according to claim 15, further comprising a function of stopping the operation of the ultrasonic wave generation unit when the fine current generation unit is activated. The controller is
16. The ultrasonic and fine current combined apparatus for skin care according to claim 15, wherein the apparatus has a function of counting the number of times of operation of the ultrasonic amplifying unit operated by the ultrasonic wave generation signal.