KR20010019317A - A method and an apparatus of beauty using supersonic wave - Google Patents

Abstract

PURPOSE: A skin care method using ultrasonic waves is used to remove wrinkles from face and/or decompose and remove surplus protein and fat from a body, especially, belly region by using the ultrasonic waves. CONSTITUTION: A skin care method is carried out by determining specific keys of respective regions such as face, body/belly or skin pores by using a skin care apparatus. In case of face key being input into the apparatus, the apparatus is setup on a mode to remove wrinkles and perform corresponding routine. Likewise, the same procedure is applied to the other cases such as the body/belly key or skin pore key. The apparatus comprises, in principle, an initial reset part, a key input part and a driving part to amplify and output ultrasonic waves.

Description

A method and an apparatus of beauty using supersonic wave}

The present invention removes wrinkles on the face by using ultrasonic vibration, and treats obesity by decomposing proteins and fats such as the body and the body of the human body, and generates a cold heat to skin treatment using ultrasound to shrink pores And to the apparatus.

Cosmetics are widely used as a method of protecting facial skin from losing elasticity and maintaining beauty.

However, under the stratum corneum of the skin epidermis, a protective barrier is formed by a thick protein protective layer, and the epidermal and dermal layers of the skin are separated by the protein protective layer. Thus, even when using cosmetics having excellent skin protection effect, the waste accumulated in the dermis layer is effectively It could not be removed, and the nutrition of the cosmetics did not penetrate deep into the dermis, so the effect of skin protection was very poor.

Therefore, recently, beauty devices are known for stimulating the skin with galvanic ion current, far infrared rays or vibrations.

The galvanic ion current is a current in which the direction and magnitude of the flow remain constant despite the change in time, and the chemical effect, the heating effect, and the stimulation effect of the vascular movement are very large, and the magnetic field is generated by the flowing current, as well as generation of heat. Accompany you.

The far-infrared ray uses a wavelength band of 660 to 940 UMHz that is most absorbed by the human body, thereby preventing aging of the skin and promoting blood circulation.

The vibration stimulates the nerves of the human body to release muscle fatigue.

However, the skin beauty apparatuses using the galvanic ion, far infrared rays and vibrations can make the skin elastic and beautiful, but have not treated obesity such as protein and fat deposited on facial wrinkles or body and stomach.

In general, the human body is composed of proteins, fats, and skeletons, and wrinkles are formed on the face due to the difference in density between proteins and fats. The galvanic ions and far-infrared rays do not uniform the density of proteins and fats. The wrinkles could not be removed, and the vibrations had a very low vibration frequency, which was insufficient to uniform the density of proteins and fats.

In addition, the protein and fat are induced by physical vibration of the binding state by the ultrasonic vibration, and the concentration of the material is induced to induce uniformity of the density. In repeated use, the density of the protein and fat is uniform, and the cause of wrinkles is removed.

On the other hand, when exercising, the human body decomposes proteins and fats deposited in the body and converts them into amino acids, and the converted amino acids and oxygen dissolved in blood in the blood combine to release energy and release energy. Later residues are glycogen, a portion of which is subsequently combined with oxygen in the blood to be converted into amino acids and then reduced to proteins and fats, and the rest of the glycogen is excreted in urine and the like.

In areas where voluntary exercise cannot be performed, stimulation therapy activates cells to increase blood flow, and oxygen supply increases as the blood flow increases, and proteins and fats deposited in the human body are converted into amino acids to remove some of them. When used repeatedly as one can treat obesity.

Accordingly, an object of the present invention is to provide a skin care method using the ultrasonic wave and a device for removing the wrinkles of the face using the ultrasonic vibration.

Another object of the present invention is to provide a skin care method and apparatus using ultrasonic waves to treat obesity by breaking down proteins and fats such as body and stomach by ultrasonic vibration.

According to the skin care method using the ultrasonic wave of the present invention for achieving this object, it is determined whether the face key, body / belly key or pore contraction key is input in the power-on state, to remove wrinkles when the face key is input Set the mode, perform the wrinkle removal routine and remove the wrinkles on the face by ultrasound, set the obesity treatment mode when the body / belt key is input, and perform the obesity treatment routine to treat obesity with the ultrasound, and shrink the pores When is input is characterized in that the cooling heat occurs to shrink the pores of the face.

The wrinkle removal routine sets a wrinkle removal time and drives an ultrasonic vibrator to a minimum level to remove wrinkles on the face and to determine whether an input of a key signal or a set wrinkle removal time has elapsed. Adjust the ultrasonic output level according to the strong or weak key within the range of the set ultrasonic output level in the wrinkle removal mode, and randomly set the ultrasonic output level in the range of the set ultrasonic output level in the wrinkle removal mode when an artificial intelligence key is input. The output is variable and the ultrasonic wave output is stopped when the set wrinkle removal time elapses.

In addition, the obesity treatment routine sets the obesity treatment time and drives the ultrasonic vibrator to the lowest level to treat obesity of the body / tummy while determining whether the input of a key signal or the set obesity treatment time has elapsed, so that a strong or weak key may be input. In this case, the output level of the ultrasound is adjusted according to the strong or weak key in the range of the minimum and maximum output level of the ultrasound, and the ultrasound output is in the range of the minimum and maximum output level of the ultrasound in the obesity treatment mode when an artificial intelligence key is input. The level is randomly varied and output, and the output of the ultrasound is stopped when the set obesity treatment time has elapsed.

And according to the skin care apparatus using the ultrasound of the present invention, the control unit for generating the ultrasound to control the overall operation of wrinkle removal and obesity treatment; An initial reset unit for resetting and initializing the control unit at an initial stage of turning on power; An oscillator for oscillating to supply an oscillation signal to the controller as an operation clock signal; A key input unit for inputting an operation command according to a user's operation to the controller; A display unit which displays an operation of the skin care apparatus under the control of the controller; An alarm unit for generating an alarm sound under the control of the controller; A thermoelectric element driver for generating cold heat by driving the thermoelectric element under the control of the controller; Ultrasonic oscillation unit for generating an ultrasonic wave by oscillation; A level adjusting unit adjusting the level of the ultrasonic wave generated by the ultrasonic oscillator under the control of the controller; An ultrasonic driver for amplifying the ultrasonic wave whose level is adjusted by the level adjusting unit and outputting the ultrasonic wave to an ultrasonic vibrator; And a cosmetic probe in which the ultrasonic vibrator and the thermoelectric element are built to generate ultrasonic vibration and cold heat.

The level control unit; A variable resistor that attenuates the level of the ultrasonic wave generated by the ultrasonic wave oscillator; A plurality of resistors for attenuating the ultrasonic waves decayed by the variable resistor back to different levels; And a selection switching unit for selectively outputting a plurality of ultrasonic waves attenuated to different levels by the plurality of resistors according to the control of the controller to adjust the ultrasonic level or a plurality of ultrasonic waves output from the ultrasonic oscillator. A multiplexer for selectively outputting to an output terminal; A plurality of resistors for attenuating ultrasonic waves output from respective output terminals of the multiplexer to different levels; And an operational amplifier configured to buffer amplify and output the ultrasonic waves attenuated by the plurality of resistors, wherein the ultrasonic driving unit comprises: an ultrasonic amplifier; A first amplifier configured to amplify the ultrasound level controlled by the level adjuster; And a second amplifier configured to power amplify the ultrasonic wave amplified by the first amplifier and apply the ultrasonic wave to the ultrasonic vibrator.

1 is a block diagram showing the configuration of the skin care device of the present invention,

Figure 2 is a perspective view showing an example of a beauty probe used in the skin care device of the present invention,

3 is a detailed circuit diagram illustrating an embodiment of an ultrasonic oscillator, a level controller, and an ultrasonic driver of FIG. 1;

4 is a detailed circuit diagram illustrating another embodiment of the ultrasonic oscillator, the level adjuster, and the ultrasonic driver of FIG. 1;

5 is a signal flow diagram showing a skin beauty method of the present invention,

6 is a signal flow diagram showing a wrinkle removal routine in the skin care method of the present invention,

Figure 7 is a signal flow diagram showing the obesity treatment routine in the skin care method of the present invention.

* Description of the symbols for the main parts of the drawings *

DESCRIPTION OF SYMBOLS 10 Control part 11 Initial reset part 12 Oscillation part

13 key input unit 14 display unit 15 alarm unit

16: thermoelectric element driving unit 16a: thermoelectric element 17: ultrasonic oscillation unit

18 level control unit 19 ultrasonic drive unit 19a ultrasonic vibrator

20: beauty probe 21: handle 22: head

181: selective switching unit 182: multiplexer 191: first amplifier unit

192: second amplifier

Hereinafter, with reference to the accompanying drawings will be described in detail the skin care method and apparatus using the ultrasonic wave of the present invention.

1 is a block diagram showing the configuration of the skin care apparatus of the present invention.

As shown therein, the control unit 10 generates ultrasonic waves to control the entire operation of wrinkle removal and obesity treatment, and the initial reset unit 11 resets and initializes the control unit 10 at the initial power-on. And an oscillation unit 12 oscillating to supply an oscillation signal to the control unit 10 as an operation clock signal, a key input unit 13 for inputting an operation command according to a user's operation to the control unit 10, and the control unit. According to the control of the control unit 10, the display unit 14 for displaying the operation of the skin care apparatus under the control of (10), the alarm unit 15 for generating an alarm sound under the control of the control unit 10, and the control of the control unit 10 A thermoelectric element driver 16 for driving the thermoelectric element 16a to cool the head portion 22 of the cosmetic probe body 20 to be described later, an ultrasonic wave oscillator 17 for oscillating to generate ultrasonic waves, and the ultrasonic wave oscillator ( 18, the control unit And a level adjusting unit 18 for adjusting according to the control of 10), and an ultrasonic driving unit 19 for amplifying the ultrasonic wave whose level is adjusted by the level adjusting unit 18 and outputting the ultrasonic wave to the ultrasonic vibrator 19a.

Figure 2 is a schematic perspective view showing an example of a beauty probe used in the skin care device of the present invention.

Here, the code | symbol 20 is the main body of the cosmetic probe of this invention.

The main body 20 includes a handle portion 21 held by the user by hand, and a head portion 22 for contacting the front end surface to a part of the human body to which the user removes wrinkles and treats obesity. ) Is embedded with a thermoelectric element 16a and an ultrasonic vibrator 19a which are cooled by supply of power.

In the skin care device of the present invention configured as described above, the initial reset unit 11 generates an initial reset signal at an initial stage when the power switch is turned on to reset the control unit 10.

Then, the controller 10 is reset and performs an initialization operation.

In this state, after a predetermined time has elapsed and the initialization operation of the controller 10 is completed, the oscillator 12 generates an oscillation and a clock signal and inputs it to the controller 10 as an operation clock signal. The ultrasonic oscillator 17 The oscillator generates and outputs ultrasonic waves to the level adjusting unit 18.

In this state, when the user operates the key input unit 13 to input the key signal of the skin cosmetic operation command, the control unit 10 controls the alarm unit 15 according to the key signal of the key input unit 13 to input the key. In addition to outputting the sound, a predetermined operation mode is set according to the key signal to perform the operation of the set operation mode, and the display unit 14 is controlled to display the current operation state of the skin care apparatus.

For example, when a user selects a face by operating the key input unit 13, the controller 10 sets a wrinkle removal mode to remove wrinkles on the face, and when the body / belt is selected, the controller 10 is obese. Set the obesity treatment mode to cure.

Then, the level adjusting unit 18 controls the level adjusting unit 18 according to the set wrinkle removal mode or the obesity treatment mode, and the ultrasonic wave output by the level adjusting unit 18 outputs ultrasonic waves of a predetermined level. After amplified by 19, it is output to the ultrasonic vibrator 19a to generate ultrasonic vibration in the head portion 22 of the main body 20 of the cosmetic probe.

Therefore, the user holding the handle 21 of the body 20 of the cosmetic probe by hand, the body to treat the face or obesity to remove the wrinkles on the front end surface of the head portion 22 according to the set wrinkle removal mode or obesity treatment mode Ultrasound vibration of the ultrasonic vibrator 19a is transmitted to the face or body / belt of the head portion 22 in contact with the / abdomen, to remove wrinkles, and to treat obesity.

As such, when the user selects a face or body / belly, the ultrasonic vibrator 19a outputs ultrasonic vibration to remove wrinkles on the face or treat obesity such as body / belly. In response to the 'or' key being pressed, the controller 10 sets the output level of the ultrasonic wave, controls the level adjusting unit 18 according to the set output level, and outputs the ultrasonic wave at the output level set by the user. The ultrasonic vibration intensity of the vibrator 19a is adjusted.

Then, as the user presses the 'artificial intelligence' key of the key input unit 13, the control unit 10 controls the level adjusting unit 18 to randomly output the ultrasonic wave output level in the range of the output level set by the user. Variable to print.

Here, when removing the wrinkles of the face in the wrinkle removal mode, if the output level of the ultrasonic wave is too strong, the stimulation may be very severe and may damage the face.

Therefore, it is assumed that the intensity control step of the entire ultrasound power level is 6 steps, for example, when the face wrinkle is removed in the wrinkle removal mode, the power level of the ultrasound is adjusted up to 4 steps, and the body is in the obesity treatment mode. When treating obesity of the belly, the output level of the ultrasound can be adjusted up to 6 levels.

The head portion 22 of the main body 20 of the cosmetic probe is vibrated together with the vibration of the ultrasonic vibrator 19a to generate heat, thereby warming the face, thereby expanding the pores of the face, thereby removing waste products.

In this state, a predetermined time set in the wrinkle removal mode has elapsed and the wrinkle removal mode is completed, and when the user presses the 'pore contraction' key of the key input unit 13, the controller 10 sets the pore contraction mode. In addition, the thermoelectric element driving unit 16 is controlled to apply power to the switching and thermoelectric element 16a so that the thermoelectric element generates cold heat, and thus the expanded pores are cooled and contracted to be elastic.

The thermoelectric element is connected to both ends of two kinds of metals or semiconductors, and when the power is applied, heat is generated at one connection point, and the Peltier effect absorbs heat at the other connection point. The absorber is brought into contact with the front end face of the head 22 to absorb heat from the front end face of the head 22 when power is supplied.

FIG. 3 is a detailed circuit diagram illustrating an example of the ultrasonic oscillator 17, the level adjuster 18, and the ultrasonic driver 19 of FIG. 1.

As shown therein, the output terminal of the ultrasonic oscillator 17, which is composed of the oscillating integrated device 171, the capacitors C1 to C4, the resistors R1 to R5, and the transistor Q1, is connected to the variable resistor VR1. After the variable terminal of the variable resistor VR1 passes through the capacitor C5 and again through the resistors R6 to R9, an input of the selective switching unit 181 performing a switching operation under the control of the controller 10. The terminals IN1 to IN4 are connected to each other, and the output terminals OT1 to OT4 of the selection switching unit 181 are commonly connected to form the level adjusting unit 18.

The ultrasonic driver 19 includes a first amplifier 191 and a second amplifier 192, and the first amplifier 191 outputs the selective switching unit 181 of the level adjuster 18. The terminals OT1 to OT4 are connected to the inverting input terminal (-) of the operational amplifier OP1, the ground resistor R10 is connected to the non-inverting input terminal (+) of the operational amplifier OP1, and the operational amplifier OP1. Is connected to the inverting input terminal (-) through a capacitor C6 and a resistor R11 connected in parallel.

The second amplifier 192 has resistors R14 to R17 connected in series between the power sources B2 + and B2-, and the output terminals of the first amplifier 191 have a capacitor C7 and a resistor ( After sequentially passing through R12, the capacitors C8 and C9 are respectively connected to the connection points of the resistors R14 and R15 (R16 and R17) and the power sources B2 + and B2- are respectively applied to the emitter. The choke coil L1 is connected to the bases of the transistors Q2 and Q3, respectively, and the resistor R13 is connected to the resistors R15 and R16 together with the collectors of the transistors Q2 and Q3. It is connected to the ultrasonic vibrator 19a through.

One embodiment of the ultrasonic oscillator 17, the level adjuster 18, and the ultrasonic drive unit 19 of the present invention configured as described above is provided with the operating power sources B1 +, B1-, B2 +, and B2- applied. The oscillating integrated device 171 of the ultrasonic oscillator 17 generates oscillation by generating an ultrasonic wave, for example, generating a pulse signal of 1 MHz, and the generated ultrasonic waves are amplified through the transistor Q1 and then through the capacitor C4. Is output.

The ultrasonic wave output from the ultrasonic oscillation unit 17 is controlled by the variable resistor VR1 of the level adjusting unit 18, and attenuated through the capacitors R5 through R6 through R9, respectively. Input terminals IN1 to IN4 of 181 are respectively input.

In this state, the control unit 10 selectively controls one or more ultrasonic waves applied to the input terminals IN1 to IN4 by being attenuated by the resistors R6 to R9 by controlling the selection switching unit 181 according to the user's strength and weakness setting. The ultrasonic waves, which are selectively output by the selection switching unit 181, are combined into one and adjusted to a level desired by a user.

The ultrasonic wave whose level is adjusted by the level adjuster 18 is amplified by the operational amplifier OP1 of the first amplifier 191 of the ultrasonic driver 19 and the transistor Q2 of the second amplifier 192. After power amplification by Q3, the ultrasonic transducer 19 is output to the ultrasonic vibrator 19a through the choke coil L1 to vibrate the ultrasonic vibrator 19a.

FIG. 4 is a detailed circuit diagram illustrating another example of the ultrasonic oscillator 17, the level adjuster 18, and the ultrasonic driver 19 of FIG. 1.

As shown in the drawing, a resistor R20 and a ground variable resistor VR20 are connected in series to the inverting input terminal (-) of the operational amplifier OP20 so that the output terminal of the operational amplifier OP20 is connected to the inverting input thereof through the resistor R21. The feedback terminal is connected to the terminal (-), and the capacitor C21, the resistor R22, the ground variable resistor VR21, the capacitor C22, the resistor R24, and the variable resistor VR22 are connected to the output terminal of the operational amplifier OP20. ) And the ground resistor R25 are connected in series, respectively, and the connection point of the capacitor C21 and the resistor R22 is connected to the non-inverting input terminal (+) of the ground capacitor C20 and the operational amplifier OP20 through the resistor R23. In addition to the feedback connection, the diodes D20, D21 (D22, D23) are connected to each other in a reverse direction between the connection point of the capacitor C21 and the resistors R22, R23 and ground, and the diodes D20, D21, ( Ultrasonic oscillation so that the constant voltage diode ZD is connected between the connection points of D22 and D23 so that the oscillation signal is output from the variable terminal of the variable resistor VR22. The 17 is constituted.

The level adjusting unit 18 has an output terminal of the ultrasonic oscillator 17 connected in common to one input terminal X10 to X60 of the multiplexer 182, and the other input terminals X11 to X61 of the multiplexer 182 are connected to each other. The output terminals of the multiplexer 182 are connected to ground through each of the resistors R26 to R31, and then connected to the connection points of the resistors R32 to R37 connected in series, and the connection points of the resistors R26 and R32 are grounded. It is connected to the non-inverting input terminal (+) of the capacitor C23 and the operational amplifier OP21, and the output terminal of the operational amplifier OP21 is feedback-connected to its inverting input terminal (-).

The ultrasonic driver 19 has an output terminal of the level adjusting unit 18 connected to an inverting input terminal (−) of an operational amplifier OP22 through a capacitor C24 and a resistor R38, and an operational amplifier OP22. The ground resistor R39 is connected to the non-inverting input terminal (+) of, and the output terminal of the operational amplifier OP22 is feedback-connected to its inverting input terminal (-) through the resistor R40 so that the first amplifier 191 is connected. Is composed.

After the resistors R43 to R46 are connected in series between the power sources B2 + and B2-, and the output terminals of the first amplifier 191 pass through the capacitor C25 and the resistor R41 sequentially, Through the capacitors C26 and C27, the connection points of the resistors R43, R44 and R45 and R46, the transistors Q20 to which the power sources B2 + and B2- are respectively applied to the emitter, Respectively connected to the base of Q21, and through the resistor R42, the ultrasonic vibrator again through the choke coil L20 together with the connection points of the resistors R44 and R45 and the collectors of the transistors Q20 and Q21. It is connected to 19a.

In another embodiment of the ultrasonic oscillator 17, the level adjuster 18 and the ultrasonic driver 19 of the present invention configured as described above, the ultrasonic oscillator 17 is oscillated while the power sources B2 + and B2- are applied. For example, an ultrasonic wave of 1 MHz is generated, and the generated ultrasonic wave is applied to one input terminal X10 to X60 of the multiplexer 182 of the level adjusting unit 18 and the other input terminal X11 of the multiplexer 182. A ground power source is applied to?

In this state, the control unit 10 controls the multiplexer 182 according to the user's strength and weakness setting, and the ultrasonic and other input terminals X11 to X61 are applied to the output terminals X1 to X6 to the one input terminal X10 to X60. OP power to selectively output the ground power applied to the power supply, and the output signal of the multiplexer 182 is adjusted to the level desired by the user through the resistors R26 to R31 (R32 to R37) and then operated as a buffer. Buffer amplified through the output.

The ultrasonic wave whose level is adjusted by the level controller 18 is amplified by the operational amplifier OP22 of the first amplifier 191 of the ultrasonic driver 19 and the transistor Q20 of the second amplifier 192. After power amplification by (Q21), it is output to the ultrasonic vibrator (19a) through the choke coil (L20) to vibrate the ultrasonic vibrator (19a).

5 is a signal flow diagram illustrating a skin care method of the present invention.

As shown in FIG. 5, when the power is turned on in step S500, the controller 10 performs an initialization operation in step S501, and determines whether a key signal is input from the key input unit 13 in step S502. .

When a key signal is input from the key input unit 13 in step S502, the controller 10 controls the alarm unit 15 in step S503 to output a key input sound, and is input in step S504. It is determined whether the key signal is a face key, it is determined whether the key signal input in step S507 is a body / fold key, whether or not the key signal input in step S510 is a pore contraction key, a face key, In case of keys other than the body / fold key or the pore contraction key, the key signal is ignored.

When the key signal input in step S504 is a face key, the controller 10 sets a wrinkle removal mode in step S505 and performs a wrinkle removal routine described later in step S506.

When the key signal input in step S507 is a body / fold key, the controller 10 sets an obesity treatment mode in step S508, and performs an obesity treatment routine described later in step S509.

When the key signal input in the step S510 is the pore shrinkage key, the controller 10 sets the pore shrinkage mode in step S511, and drives the thermoelectric element 19a in step S511 so that the cosmetic probe body ( The front end surface of the head part 22 of 20 is cooled.

When the key signal is not input in step S502, the controller 10 determines whether the current wrinkle removal mode is present in step S513, and in the case of wrinkle removal mode, the wrinkle removal routine described later in step S506. When not in the wrinkle removal mode, it is determined whether the current obesity treatment mode in step S515, and in the obesity treatment mode, the obesity treatment routine described later in step S516 is performed.

The wrinkle removal routine is set to a wrinkle removal time, for example, 10 minutes to perform the wrinkle removal mode in step S600, as shown in Figure 6, and in step S601 the control unit 10 is a level control unit By controlling the reference numeral 18 to output the ultrasonic wave at the lowest level, the user removes wrinkles by bringing the front end surface of the head portion 22 of the cosmetic probe body 20 into contact with the face.

In this state, as the user presses the 'strong' or 'weak' key of the key input unit 13 in step S602, the controller 10 controls the alarm unit 15 in step S603 to generate a key input sound. After outputting, the ultrasonic power level is adjusted according to the 'strong' key or 'weak' key input in step S604.

For example, assuming that the ultrasonic output level is set to six levels, the output level of the ultrasonic waves is adjusted in a range of 1 to 4 levels by pressing the 'strong' key or the 'weak' key in the wrinkle removal mode.

In the next step S605, it is determined whether the user presses the 'artificial intelligence' key of the key input unit 13, and when the 'artificial intelligence' key is pressed, the controller 10 controls the alarm unit 15 in step S606. Outputs the key input sound, sets the artificial intelligence mode in step S607, and then, in step S608, randomly outputs the ultrasound output level in the range of the level of the wrinkle removal mode, that is, in the range of the ultrasound output level in steps 1-4. Variable to output.

In the next step S609, it is determined whether the set wrinkle removal time has elapsed, and when the wrinkle removal time has elapsed, the wrinkle removal mode is released in step S610, and an alarm notifying completion of the wrinkle removal mode in step S611. Return after outputting sound.

As shown in FIG. 7, the obesity treatment routine sets an obesity treatment time to perform an obesity treatment mode in step S700, for example, 20 minutes, and in step S701, the controller 10 controls the level control unit. By controlling the 18 to output the ultrasonic wave at the lowest level, the user contacts the front end surface of the head portion 22 of the cosmetic probe body 20 with the body or the stomach to treat obesity.

In this state, as the user presses the 'strong' or 'weak' key of the key input unit 13 in step S702, the controller 10 controls the alarm unit 15 in step S703 to generate a key input sound. After outputting, the ultrasonic power level is adjusted according to the 'strong' key or 'weak' key input in step S704.

For example, assuming that the ultrasound power level is set to six levels, the ultrasound power level is adjusted in a range of 1 to 6 levels by pressing the 'strong' key or the 'weak' key in the obesity treatment mode.

In the next step S705, it is determined whether the user presses the 'artificial intelligence' key of the key input unit 13, and when the 'artificial intelligence' key is pressed, the controller 10 controls the alarm unit 15 in step S706. Outputs the key input sound, sets the artificial intelligence mode in step S707, and then, in step S608, randomizes the output level of the ultrasound in the range of the level of the obesity treatment mode, that is, in the range of the ultrasound output level in steps 1-6. Variable to output.

In the next step (S709), it is determined whether the set obesity treatment time has elapsed, and when the obesity treatment time has elapsed, release the obesity treatment mode in step S710, the alarm to inform the completion of the obesity treatment mode in step S711 Return after outputting sound.

As described above, according to the present invention, the face, body, and belly are beauty-treated using ultrasonic vibration, and when used for a long time, the density of proteins and fats of the face can be uniformed to effectively remove wrinkles, and the body and Obesity can be treated by removing proteins and fats such as pears.

Claims (4)

A first step of determining whether a face key, a body / fold key, or a pore contraction key is input while the power is on; Setting a wrinkle removal mode when the face key is input in the first process, performing a wrinkle removal routine, and removing wrinkles on the face by ultrasound; A third step of setting obesity treatment mode and performing obesity treatment routine when the body / back key is input in the first process to treat obesity by ultrasound; And And a fourth step of contracting the pores of the face by generating cold heat when the pores contraction key is input in the first step. According to claim 1, wherein the wrinkle removal routine of the second process is; Setting a wrinkle removal time and driving an ultrasonic vibrator to a minimum level to determine whether an input of a key signal or a set wrinkle removal time has elapsed while removing wrinkles on the face; A twenty-second step of adjusting the output level of the ultrasonic wave according to the strong or weak key in the range of the set ultrasonic output level in the wrinkle removal mode when the strong or weak key is input in the twenty-first step; A twenty-third step of randomly varying and outputting an ultrasonic output level in a range of a set ultrasonic output level in a wrinkle removal mode when an artificial intelligence key is input in the twenty-first step; And The skin care method using ultrasonic waves, characterized in that made in the twenty-fourth step of stopping the output of the ultrasonic wave when the wrinkle removal time set in the twenty-first process. The method of claim 1 or 2, wherein the third anti-obesity treatment routine is selected from the group consisting of: Setting an obesity treatment time and driving an ultrasonic vibrator to a minimum level to determine whether an input of a key signal or a set obesity treatment time has elapsed while treating obesity of a body / tummy; A thirty-second step of adjusting an output level of the ultrasonic wave according to the strong or the weak key in the range of the minimum and maximum output level of the ultrasonic wave when the strong or weak key is input in the thirty-first step; A thirty-third step of randomly varying and outputting an ultrasound output level in a range of a minimum and a maximum output level of ultrasound in an obesity treatment mode when an artificial intelligence key is input in step 31; And Skin treatment method using ultrasound, characterized in that made in the thirty-fourth step of stopping the output of the ultrasound when the treatment time of obesity set in the thirty-first step. A control unit for generating ultrasonic waves to control the entire operation of wrinkle removal and obesity treatment; An initial reset unit for resetting and initializing the control unit at an initial stage of turning on power; An oscillator for oscillating to supply an oscillation signal to the controller as an operation clock signal; A key input unit for inputting an operation command according to a user's operation to the controller; A display unit which displays an operation of the skin care apparatus under the control of the controller; An alarm unit for generating an alarm sound under the control of the controller; A thermoelectric element driver for generating cold heat by driving the thermoelectric element under the control of the controller; Ultrasonic oscillation unit for generating an ultrasonic wave by oscillation; A level adjusting unit adjusting the level of the ultrasonic wave generated by the ultrasonic oscillator under the control of the controller; An ultrasonic driver for amplifying the ultrasonic wave whose level is adjusted by the level adjusting unit and outputting the ultrasonic wave to an ultrasonic vibrator; And Skin care device using ultrasound, characterized in that the ultrasonic vibrator and the thermoelectric element is built with a cosmetic probe for generating ultrasonic vibration and cold heat.