KR200335616Y1 - Multifunction massage apparatus for skin care - Google Patents

Abstract

The present invention relates to a skin care massager, the skin massager consisting of a main body responsible for function control and a handset responsible for generating various functions, the main body 100 is a mode through the function key input unit 120 of the user According to the selection, the ultrasonic control unit 140 for controlling the generation of ultrasonic waves by applying the selection signal of the internal control chip 110, the far infrared control unit 150 for controlling the generation of far infrared rays, the purification control unit 160 for controlling the generation of ozone, low frequency output And a low frequency and skin measurement control unit 170 for controlling skin type measurement, a vibration control unit 180 for controlling physical vibration of a motor, an LCD display 113 for displaying an operation state according to a corresponding skin care function, and a skin care function. A sound control unit 130 for emitting a voice guide for the speaker 132, and optionally through the main body and the handset connector 200, the ultrasonic wave The ultrasonic generator of handset 310 is connected to the fisherman for generating ultrasonic waves through the ultrasonic vibration heads; A far infrared ray generating handset 320 connected to the far infrared ray control unit to generate far infrared rays through a far infrared ray lamp; An ozone generating handset 330 connected to the purification control unit to generate ozone through an ozone lamp; And a multi-function handset 320 connected to the low frequency and skin measurement control unit and the vibration control unit to perform physical vibration through low frequency output, skin type measurement, and a vibration motor.

Description

Multifunctional skin care massager {MULTIFUNCTION MASSAGE APPARATUS FOR SKIN CARE}

The present invention relates to a multifunctional skin care massager, and more particularly, in order to perform a variety of skin care by selectively connecting a plurality of handsets for skin care in the main body having a display showing the result of performing the function, such a handset It consists of ultrasonic generating handset, far infrared generating handset, ozone generating handset, and multi-function handset that can output physical vibration, low frequency output, and skin measurement output. The present invention relates to a multifunctional skin care massager that can conveniently perform personal skin care systematically through manual operation or automatic operation by a built-in chip using various management functions such as user skin measurement.

Recently, various types of massagers have been developed for the skin care of the face and are currently in use. Each of these massagers has a variety of distinctive skin care functions, such as a far-infrared massager that performs skin care using far-infrared rays with excellent skin penetration, an ultrasonic massager using vibrations through ultrasonic waves, and ozone generation. Ozone massager with skin oxygen supply, general skin vibration massager and low frequency massager, and skin moisture meter that measures skin type to perform optimal self-care for your skin type. Has a variety of characteristics.

However, these various massagers are mostly developed and sold with a single function as described above, and thus, conventional users may purchase skin beauty massagers using ultrasonic vibration and skin beauty massagers using low frequency, respectively, for skin beauty. In addition, you have to purchase expensive and bulky massager such as skin meter which can measure skin type separately and ozone massager that function ozone generation. Even if the use is cumbersome and each has a different composition and effect, there is a problem that systematic skin care is almost impossible.

The present invention has been devised to solve the above problems, the purpose of which is to generate a variety of functions for the beauty of the skin through a single device, ultrasonic generation, far infrared generation, ozone generation, physical vibration, low frequency output and skin type measurement Various skin care functions are available, and various functions such as heating, skin regeneration, cleansing, cleansing, massage, etc. as well as various skin care functions such as user skin measurement are provided through the voice and display functions. It is to provide a multifunctional skin care massager that allows skin care to be performed.

1 is a block diagram showing a multifunctional skin care massager according to an embodiment of the present invention.

2 is a circuit diagram showing a main body of the multifunctional skin care massager according to the embodiment of the present invention.

Figure 3 is a circuit diagram showing the ultrasonic control unit of the multifunctional skin care massager according to the embodiment of the present invention.

4 is a view showing the main body of the multifunctional skin care massager according to the embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: main body 110: control chip

111: power regulator 112: reset control unit

113: LCD display 114: local oscillator

115: buzzer control unit 120: function key input unit

130: sound control unit 131: sound amplifier unit

132: speaker 140: ultrasonic control unit

150: far infrared control unit 160: purification control unit

170: low frequency and skin measurement control unit 180: vibration control unit

200: handset connector 310: ultrasonic generator handset

320: far-infrared generating handset 330: ozone generating handset

340: Multifunction Handset

Skin care massage device according to an aspect of the present invention for achieving the above object in the skin massage device consisting of a handset responsible for the function control and the generation of various functions, the body 100 is the user's function key input unit Ultrasonic control unit 140 for controlling the generation of ultrasonic waves by applying the selection signal of the internal control chip 110, the far-infrared control unit 150 for controlling the generation of far infrared rays, purifying control unit for controlling ozone generation according to the mode selection through the 120 160, a low frequency and skin measurement control unit 170 for controlling low frequency output and skin type measurement, a vibration control unit 180 for controlling physical vibration of a motor, and an LCD display 113 for displaying an operation state according to a corresponding skin care function. And a sound control unit 130 for releasing the speaker 132 for voice guidance for skin care function, and through the main body and the handset connector 200. Optionally, the ultrasonic generating handset 310 is connected to the ultrasonic control unit for generating ultrasonic waves through an ultrasonic vibration head; A far infrared ray generating handset 320 connected to the far infrared ray control unit to generate far infrared rays through a far infrared ray lamp; An ozone generating handset 330 connected to the purification control unit to generate ozone through an ozone lamp; And a multi-function handset 320 connected to the low frequency and skin measurement control unit and the vibration control unit to perform physical vibration through low frequency output, skin type measurement, and a vibration motor.

Preferably, a local oscillator 114 composed of crystal oscillators X1 and X2 is connected to the control chip 110 in order to transmit ultrasonic vibrations to the corresponding ultrasonic generation handset 310 through the ultrasonic control unit 140. It is characterized by.

More preferably, the far-infrared control unit 150 turns on the eighth transistor Q8 by the control signal output through the control chip 110 according to the user's selection of the far-infrared function through the function key input unit 120. The far-infrared generating power is applied to the corresponding nuclear-infrared generating handset 320 through both ends of the third diode D3.

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

In the present invention, the display and the speaker which display the function performance status in text and sound are formed to the outside, and the far-infrared generation function for skin heating according to the user's selection of the external function key input unit, massage through the skin vibration, Ultrasonic vibration function for heating and cleaning, ozone generation function for purifying by ozone generation, and various skin care functions such as skin type measurement function, low frequency output function and physical vibration function are performed by the user's manual selection or The multifunctional skin care massager enabled by the systematic automatic management will be described as a preferred embodiment, but the technical idea of the present invention is not limited thereto and can be variously modified by those skilled in the art.

1 is a block diagram showing a multifunctional skin care massager according to an embodiment of the present invention, Figure 2 is a circuit diagram showing the body of the multifunction skin care massager according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention It is a circuit diagram which shows the ultrasonic control part of the multifunctional skin care massager which concerns.

The multifunction skin care massager to which the present invention is applied has a function key input unit 120 for receiving a selection of various skin care functions of the user, an acoustic control unit 130 for generating guide sounds according to the skin care function, and guides for the skin care function. LCD display 113 for displaying the display, ultrasonic control unit 140 for controlling the generation of ultrasonic vibration, far infrared control unit 150 for controlling the generation of far infrared rays, purification control unit 160 for controlling the generation of ozone, low frequency output and skin measurement output A main body 100 including a low frequency and skin measurement control unit 170 to control a signal, a vibration control unit 180 to control physical vibration, and a control chip 110 and IC5 to control each unit, and the main body ( 100 is connected to the handset connector 200 and the ultrasonic generating handset 310 for generating ultrasonic waves, the far infrared handset 320 for generating far infrared rays, ozone It consists of the raw ozone generation handsets 330, and output the low-frequency and multi-function handset 340, the skin measuring signal output and the physical vibration consisting of.

1 to 3 will be described in more detail with respect to the multifunctional skin care massager according to an embodiment of the present invention.

The main body 100 is the ultrasonic control unit 140, the far infrared control unit 150 for performing the skin care function of the present invention through the control chip 110, IC5 according to the user's operation selection via the function key input unit 120 ), The purifying control unit 160, the low frequency and skin measurement control unit 170, and the vibration control unit 180, and at the same time, the user visually and audibly through the LCD display 113 and the sound control unit 130. To be recognized.

At this time, the control chip 110 is preferably 64 pin configuration GMS81C7008.

The function key input unit 120 performs a function of receiving an operation selection for skin care from a user and delivering the selected action to the control chip 110. The function key input unit 120 provides a skin type measurement activation signal. Skin measurement button 121 to generate, far-infrared button 122 to generate the far infrared generation activation signal, purifying button 123 to generate the ozone generation activation signal, low-frequency button 124 to generate the low frequency output activation signal, physical vibration Vibration button 125 for generating an activation signal, ultrasonic generation button 126 for generating an ultrasonic generation activation signal, an up button 127 for menu selection on the LCD display 113, a confirmation button 128, a down button ( 129).

The LCD display 113 receives the user's selection signal input through the function key input unit 120 and the operation state of the main body 100 through the control chip 110 so that the user visually displays the operation state. Performs a function that displays the information so that it can be checked.

Meanwhile, the ultrasonic controller 140 as shown in FIG. 3 is driven by being directly supplied with DC power through a VCC terminal. The user selects a function for the face mode or the whole body mode through the function key input unit 120. The control signal is applied through the FACE terminal of the 22 terminal or the BODY terminal of the 21 terminal of the control chip 110 according to the transistor to be turned on by transferring the driving power applied through the VCC terminal with a selective intensity Its use is possible.

Accordingly, ultrasonic waves (about 100 MHz or more) are transmitted to a head (not shown), which is a handset diaphragm inside the ultrasonic generating handset 310, which is a corresponding handset, which can be connected through the handset connector 200, so that fine vibration of the human skin through the head is performed. As the phenomenon occurs, the vibration is transmitted to the skin surface or subcutaneous 3 to 5 cm, and the skin massage action through the micro vibration (more than 1 million times per second), the thermal action due to the intermolecular friction resulting from the micro vibration, and the high speed vibration of the ultrasonic wave. Intra-skin cleansing action due to intermolecular cavitation appears to support skin activation and skin improvement through skin penetration.

At this time, it is preferable that a local oscillator 114 composed of crystal oscillators X1 and X2 is connected to the control chip 110 to transmit the ultrasonic vibration.

The far-infrared controller 150 inputs a control signal output from the INFRA CTRL terminal, which is the second terminal of the control chip 110, as a high signal to the base terminal of the eighth transistor Q8 through the thirty-third resistor R33. In response, the eighth transistor Q8 is turned on and the corresponding power is inputted to the INFRA stage by a signal output from the third diode D3 at the collector end side, thereby connecting the far-infrared generating handset connected through the handset connector 200. The corresponding far infrared rays generated power is applied to the 320, and the far infrared rays generated handset 330 includes a far infrared lamp not shown in the drawing.

Accordingly, when the far infrared rays radiated to the skin through the far-infrared generating handset 320 are radiated to the human body due to the constantly vibrating characteristics, the far-infrared energy is resonantly absorbed by the water molecules of the skin to increase the vibration of the water, thereby increasing the thermal effect and the minute fineness. The massage effect can be exhibited. That is, it penetrates deep into the subcutaneous tissue of the skin to promote blood circulation and metabolism, thereby activating the live rhythm, and when used, the surface temperature of the far-infrared lamp cover rises to 70 degrees Celsius, thereby making it possible to produce a heat-cold effect. In addition, by increasing the massage effect, the user can obtain an excellent effect on subcutaneous fat burning and resolving obesity and skin beauty.

On the other hand, the purifying control unit 160 according to the purifying function selection signal through the function key input unit 120 of the user input through the OZONE CTRL terminal 11 of the control chip 110, the twenty-third resistor (R18) Through this, the base terminal of the sixth transistor Q6 is activated, and accordingly, the seventh transistor Q7 is turned on through the collector terminal of the sixth transistor Q6 and the thirty-first resistor R31, and the power signal of the emitter terminal side is turned on. As the power is supplied through the CLEAR terminal connected to the collector terminal of the seventh transistor Q7, the corresponding ozone generating power is applied to the ozone generating handset 330 connectable through the handset connector 200. The ozone generating handset 330 has a purification lamp for generating ozone (O ₃ ) and an inverter circuit therefor.

Accordingly, the ozone generating handset 330 artificially generates ozone that is harmless to the human body and supplies sufficient oxygen to the skin through a purifying lamp to give sterilization and purification effects in the skin pores so that the skin can be clear and clean. .

The vibration control unit 180 for inducing physical vibration through the motor and the low frequency and skin measurement control unit 170 for controlling the output of the low frequency output and the skin measurement signal output the corresponding physical vibration function and the low frequency through the multifunction handset 340. The vibration control unit 180 delivers a user selection signal for the corresponding physical function from the MOTOR terminal, which is the 64 terminal of the control chip 110, through the 18th resistor R18. As the base terminal of the fifth transistor Q5 is activated and the corresponding fifth transistor Q5 is turned on, the seventh diode D7 is connected through the twentieth resistor R20 connected to the collector terminal of the fifth transistor Q5. A multi-coupling device that can be coupled through the headset connection line 200 by applying power for generating vibration to the motor control terminal (MOTOR) connected to the anode and cathode terminals of The power to the vibration motor is built into the handset 340 is applied it is possible to pass a physical vibration to the user's skin through the multi-function handset (340).

This physical vibration causes the skin to contract and contract the elasticity of the target skin, rejuvenates the skin by vibrating the damaged skin, and promotes metabolism by exercising muscles so that the user can maintain young and healthy skin. Will be supported.

On the other hand, as described above, the multi-function handset 340 is also connected to the low frequency and skin measurement control unit 170, LOW OUT1, LOW OUT2 terminals that are the 50th terminal and the 51th terminal of the control chip 110 The low frequency function selection signal applied by the user is input to the base end of the third transistor Q3 and the fourth transistor Q4 through the sixteenth resistor R16 and the seventeenth resistor R17, respectively. Q4) is turned on to apply the power for the corresponding low frequency output, which is input through the tenth resistor R10 to each collector stage, to the OUTPUT A stage through the eleventh resistor R11, thereby causing the low frequency of the multifunction handset 340 to operate. The low frequency output terminal including the electrode delivers the low frequency to the user's skin, giving a delicate stimulus to the skin tissue and contracting the sagging or sagging skin to restore skin elasticity. When the skin type measurement signal is transmitted through the SKIN / LIFTING terminal, which is the 12th terminal of the control chip 110, the multifunction handset 340, which is the corresponding handset, can be supported. By measuring a certain amount of skin resistance and moisture (moisture content) of the body by flowing predetermined electricity of the negative electrode and the positive electrode through the human skin, the user's skin is divided into three stages of dry, neutral, and oily. By allowing the user to recognize, the user supports the desired skin care through the recognition of their skin type.

At this time, the buzzer controller 115 generates a warning sound according to the application of the interrupt signal during the skin care function, and the reset controller 112 is responsible for forcibly terminating the corresponding function according to the user selection during the skin care function. The power regulator 111 is responsible for appropriate DC power transfer to the control chip 110.

Accordingly, as shown in FIG. 4, the ultrasonic generating handset 310 that is responsible for ultrasonic micro-vibration through the inner head, the far-infrared generating handset 320 that is responsible for far-infrared generation for skin heat through the far-infrared lamp, and the ozone lamp The ozone generation handset 330 which is responsible for ozone generation and sterilization and purification function through the low frequency output and skin type is made of a multifunction handset 340 that is responsible for the physical vibration through the vibration motor.

On the other hand, the sound control unit 130 receives the user's selection signal input through the function key input unit 120 and the operation state of the main body 100 according to the control chip 110 through the user's operation state To generate a variety of sounds that can be confirmed audibly, the sound control unit 130 according to the control signal received from the control chip 110 through the internal voice chip (IC4, MCL1043) It is amplified to a predetermined size in the unit 131 to generate a guide sound for the signal through the speaker 132 to the outside.

At this time, the IC3 of the acoustic amplifier unit 131 preferably uses a 386 series KA 386, which is a conventional amplification function chip for amplifying action.

In this case, examples of the guide sound which is embedded in the ROM of the voice chip MCL1043 of the sound controller 140 and is emitted to the outside through the speaker 132 are shown in Tables 1 and 2 below.

function How to use voice guidance Far Infrared Massage Apply massage cream evenly over face 2. Press the Far Infrared Massage button. 3. Adjust the intensity (strong, medium, weak) 4. Press the Select button. 5. Operate with time displayed. 6. Gently massage like a circle inside out. Far infrared function 2. Select the intensity. 3. Century is river (medium, weak) 4. During massage 5. It is finished. 6. Please select a feature. Cleansing Massage Apply massage cream evenly over face 2. Press the Cleansing Massage button. 3. Adjust the intensity (strong, medium, weak) 4. Press the Select button. 5. Operate with time displayed. 6. Massage gently in a circle. Purification function. 2. Select the intensity. 3. Century is river (medium, weak) 4. During massage 5. It is finished. 6. Please select a feature. Ultrasound massage [1] When using face mode 1. Apply ultrasonic gel cream on face 2. Press the ultrasonic massage button 3. Intensity selects face 4. Press the Select button. 5. Operate with time displayed. 6. Massage according to skin texture. [2] When using full body mode 1. Apply ultrasonic gel cream to the skin. 2. Press the ultrasonic massage button 3. Intensity selects telegraph 4. Press the Select button. 5. Operate with time displayed. 6. Massage according to the skin texture. [1] When using face mode 1. Ultrasonic function. 2. Select the site 3. During facial massage. 4. It is finished. 5. Please select a feature [2] When using full body mode 1. Ultrasonic function. 2. Select the site 3. During full body massage. 4. It is finished. 5. Please select a feature.

function How to use voice guidance Skin measurement Wash your face thoroughly (wash) 2. Drain the water (after 20 minutes) 3. Press the skin measurement button. 4. Gently press the multifunction handset on your face for 3 seconds. You will hear a "beep" sound and the skin level is displayed on the LCD screen. Dry (neutral, oily) skin 2. We perform dry (neutral, oily) skin massage course. Vibration massage Apply gel cream evenly over face 2. Press the vibrating massage button. 3. Adjust the intensity (strong, medium, weak) 4. Press the Select button. 5. Operate with time displayed. 6. Massage according to the skin texture (down ... up, inside ... out) Vibration function 2. Select the intensity. 3. Century is river (medium, weak) 4. During massage 5. It is finished. 6. Please select a feature. Low frequency massage Apply nourishing cream evenly over face 2. Press the low frequency massage button. 3. Adjust the intensity (strong, medium, weak) 4. Press the Select button. 5. Operate with time displayed. 6. Massage according to the skin texture (down ... up, inside ... out) Low frequency function 2. Select the intensity. 3. Century is river (medium, weak) 4. During massage 5. It is finished. 6. Please select a feature.

Here, the far-infrared massage function shown in Table 1 is made through the far-infrared generating handset 320, the purification massage function is made through the ozone generating handset 330, the ultrasonic massage function is the ultrasonic generating handset 310 It is through.

In addition, the skin measurement function, vibration massage function and low frequency massage function shown in Table 2 is made through a single multi-function handset 340.

The present invention described above is possible to those skilled in the art to which the present invention belongs, various substitutions, modifications and changes can be made within the scope without departing from the spirit of the present invention and the above-described embodiments and attached It is not limited to the drawing.

As described above, the multifunction skin care massager according to the present invention has an ultrasonic generating function through an ultrasonic generating handset, which is an external connection device, through an ultrasonic control unit, a far infrared control unit, a purification control unit, a low frequency and skin measurement control unit, and a vibration control unit. Various skin massage and management functions such as ozone generation function through ozone generation handset, far infrared generation function through far infrared generation handset, low frequency output and physical vibration and skin type measurement function through multifunction handset are enabled. Through the voice guidance function emitted through the speaker and the operation state display function through the LCD display, there is an effect that systematic personal skin care can be performed through the integrated device.

Claims (3)

In the skin massager composed of a main body in charge of function control and a handset in charge of generating various functions, The main body 100 includes an ultrasonic controller 140 for controlling the generation of ultrasonic waves by applying a selection signal of the internal control chip 110 according to a mode selection through the function key input unit 120 of the user, and a far infrared rays controller for controlling the generation of far infrared rays. 150, the purification control unit 160 to control ozone generation, the low frequency and skin measurement control unit 170 to control low frequency output and skin type measurement, the vibration control unit 180 to control the physical vibration of the motor, the corresponding skin care function LCD display 113 for displaying the operation status according to the sound control unit 130 for releasing the speaker 132 voice guidance for the skin care function, Optionally through the body and handset connector 200, An ultrasonic generating handset (310) connected to the ultrasonic control unit to generate ultrasonic waves through an ultrasonic vibration head; A far infrared ray generating handset 320 connected to the far infrared ray control unit to generate far infrared rays through a far infrared ray lamp; An ozone generating handset 330 connected to the purification control unit to generate ozone through an ozone lamp; And The multi-function handset 320 is connected to the low frequency and skin measurement control unit and the vibration control unit for physical vibration through low frequency output and skin type measurement and vibration motor; Multifunction skin care massager characterized in that can be connected. The method of claim 1, A local oscillator 114 consisting of crystal oscillators X1 and X2 is connected to the control chip 110 to transmit ultrasonic vibrations to the corresponding ultrasonic wave generating handset 310 through the ultrasonic control unit 140. Multifunctional skin care massager. The method of claim 1, The far-infrared controller 150 controls the third diode D3 by turning on the eighth transistor Q8 by a control signal output through the control chip 110 according to the user's selection of the far-infrared function through the function key input unit 120. Multifunction skin care massager, characterized in that the far-infrared generation power is applied to the corresponding nuclear-infrared generating handset 320 through both ends.