JP2005013592A - Beauty appliance - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a beauty appliance performing beauty treatment singularly/compositely using low-frequency pulse, ultrasonic, or electronic ion treatment according to a purpose and a use of the beauty of a user. <P>SOLUTION: This beauty appliance is constituted to store a master machine unit and a slave machine unit 2. The master machine unit is provided with an EMS (Electrical Muscle Stimulation) beauty treatment function stimulating an organism by the low-frequency pulse and performing the treatment, a sonic beauty treatment function applying a micro massage wave to the organism by ultrasonic wave and performing the treatment, and a potential ion beauty treatment function applying potential to the organism and generating negative ions. The portable slave machine unit 2 incorporating secondary batteries is provided with the EMS beauty treatment function alone. This constitution can, if an EMS belt, a sonic probe and an ion mat taken out from an attachment storage part are connected to predetermined terminals of the master machine unit or the slave machine unit 2, singularly or compositely perform the EMS, the sonic, and the potential ion beauty treatment. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a beauty device that stimulates a living body using electrical energy to perform a health massage or a beauty treatment.
[0002]
[Prior art]
Conventionally, a pulsed beauty device that stimulates a predetermined part of the body using low-frequency pulse voltage to perform health massage and beauty treatment, and a micro massage wave is applied to the skin by ultrasound to stimulate and perform beauty treatment An ultrasonic beauty device, a potential ion beauty device that makes use of the action of purifying the blood flow in the body with negative ions by a potential to create a healthy state and provide a basic effect of beauty are known. For example, the low-frequency pulse device disclosed in Patent Document 1 is used for a pulsed beauty device. In this technology, when an electrode mat is brought into contact with a predetermined part of a living body and a low frequency pulse current is applied, the living body is massaged to perform treatment and calorie consumption based on basal metabolism is calculated. Can be understood more clearly. Patent Document 2 below discloses a technique for effectively treating the lower back, buttocks, abdomen, and the like by applying a low frequency pulse voltage by applying an electrode belt to a waist portion where the unevenness of the body is large. Yes. Further, a cosmetic device having two functions of an ultrasonic wave and a potential ion cosmetic device is also commercially available.
[0003]
[Patent Document 1]
Japanese Patent Laying-Open No. 2003-10145 (paragraph numbers 0049 to 0059, FIG. 3)
[Patent Document 2]
JP 2002-345999 A (paragraph numbers 0033 to 0040, FIGS. 1 and 7)
[0004]
[Problems to be solved by the invention]
However, the above-mentioned pulse-type beauty device, ultrasonic-type beauty device, potential-type ion beauty device, or a combination of some of them is commercially available, but the beauty effect varies depending on each beauty device. The user must use a separate cosmetic device according to each application. In addition, since the potential ion beauty is performed while micro-massaging the skin, the beauty treatment effect that penetrates moisture and nutrients to the deep part of the skin is great, but it can not perform health massage and beauty treatment by pulse wave etc. It cannot be used for various purposes.
[0005]
The present invention has been made in view of the above-mentioned problems, and uses a low-frequency pulse, an ultrasonic wave, or a potential ion beauty device alone or in combination depending on the user's beauty and health promotion applications. The purpose is to provide a multifunctional beauty device that can perform health massage and beauty treatment.
[0006]
[Means for Solving the Problems]
In order to achieve the above object, the cosmetic device of the present invention includes a pulsed beauty means for performing a beauty treatment by stimulating a living body with a low-frequency pulse, and a supersonic device for performing a beauty treatment by applying a micro massage wave to the living body with an ultrasonic wave. It comprises a sonic cosmetic means and a potential ion cosmetic means for performing a cosmetic treatment by infiltrating an active ingredient of a cosmetic product deep into the living body by the action of negative ions. According to the beauty machine of the present invention, since a single beauty machine is equipped with a pulse-type beauty means, an ultrasonic-type beauty means, and a potential-type ion beauty means, each beauty means can be used according to the purpose and purpose of the beauty. Can be operated alone or in combination. Accordingly, it is possible to perform an efficient and effective beauty treatment, and it is possible to comprehensively perform a beauty treatment not only on a part of the body such as the face, arms, and feet but also on the whole living body.
[0007]
The beauty machine of the present invention includes a master unit and a slave unit. The master unit includes a pulse beauty means, an ultrasonic beauty means, and a potential ion beauty means, and the slave unit has a pulse. It is characterized by comprising an expression beauty means. According to the beauty machine of the present invention, it is provided with a master unit and a slave unit having independent structures, and when performing a comprehensive beauty treatment, the parent machine unit is used, and a waist belt is applied by a pulse-type beauty means. A handy handset unit can be used when stimulating only a specific part by applying a low-frequency pulse to the arm belt or the arm belt, so that it is possible to realize an extremely convenient cosmetic device.
[0008]
In the cosmetic device of the present invention, the master unit can operate the pulse-type cosmetic means, the ultrasonic-type cosmetic means, and the potential-type ion cosmetic means each independently and can be operated in a desired combination. It is possible to do. According to the beauty machine of the present invention, if the master unit is used, the pulse-type beauty means, the ultrasonic-type beauty means, and the potential-type ion beauty means can be used independently or in combination. Since it can be used, it is extremely convenient for the purpose and application of beauty.
[0009]
Further, in the beauty machine of the present invention, the master unit is configured so that the combination operation of the ultrasonic beauty means and the potential ion beauty means and the combination action of the pulse beauty means and the potential ion beauty means cannot be performed. It is characterized by being. That is, in the cosmetic device of the present invention, for safety reasons, a lock mechanism is provided so that a combination of beauty using an electric potential ion beauty means and a beauty using ultrasonic waves, and a combination of beauty using an electric potential method and beauty using a low frequency pulse cannot be performed. Is provided. The reason for this is that, when performing beauty with a potential ion beauty means, a high voltage is applied to the ion mat placed under the living body, so that the living body contacts the electrode of the ultrasonic beauty means or the pulse type beauty means. Is to prevent.
[0010]
Further, in the beauty machine of the present invention, the slave unit is detachably stored in the storage unit included in the master unit, and the secondary battery serving as the power source of the slave unit is stored in the storage unit. It is characterized by being able to charge at times. In other words, regardless of whether the master unit is used or not, if the slave unit is stored in the storage unit of the master unit, the secondary battery of the slave unit can be charged simply by plugging in the power outlet. Can do. Accordingly, the slave unit can be always fully charged and can be used at any time.
[0011]
In the cosmetic device of the present invention, the slave unit can be removed from the storage unit of the master unit and operate the pulse-type cosmetic means in a single state. Accordingly, it is possible to perform a beauty treatment while moving only the slave unit alone and bringing it close to the electrode pad attached at a desired position on the human body and applying a low frequency pulse of a desired level to the electrode pad.
[0012]
DETAILED DESCRIPTION OF THE INVENTION
First, the outline | summary of the cosmetics device in this invention is demonstrated. The cosmetic device of the present invention has a pulse-type beauty function that stimulates a living body by low-frequency pulses to perform a beauty treatment and a health massage, and an ultrasonic beauty function that gives a micro-massage wave to the skin by ultrasound and performs a beauty treatment. In addition, it is characterized in that it has a handy type structure having three functions of potential-type ion beauty function, in which negative ions are generated in the body by applying a potential to the living body to obtain cost effectiveness. This makes it possible to move one beauty device to a desired location and use each beauty function according to the purpose and application for beauty and health promotion, or use multiple beauty functions in combination. Beauty treatments and health massages can be performed.
[0013]
The pulse-type cosmetic function is a function for applying EMS (Electrical Muscle Stimulation) by applying a low-frequency pulse to a living body. In other words, muscle contraction usually occurs when a command from the brain reaches the nerve and stimulates the muscle. EMS artificially gives such a command to the living body from the outside of the body, for example, by a low frequency pulse or the like. By performing such EMS, the muscles can be contracted regardless of the will of the person. With the command from the brain, it is not possible to perform abdominal muscle movements such as 500 times or 1000 times at a time, but by performing EMS, the muscles can be stimulated an ideal number of times without any special effort. Moreover, since EMS can perform training for each body part, it can tighten desired parts such as arms, thighs, and waist. For example, the exercise method by EMS can tighten the waist most important for health, which is not possible with the conventional diet method that emphasizes weight, or can take visceral fat and change it into muscle.
[0014]
The ultrasonic beauty function is a function that enhances the metabolism of the skin and enhances the beauty effect by infiltrating and activating approximately 1 million micro massage waves per second deep into the skin. Furthermore, the high-frequency vibration of ultrasonic waves has a function of improving skin that has deteriorated due to aging or lack of exercise. Further, since the micro massage wave has a high massage frequency that cannot be performed by a human massage, the skin can be effectively treated by micro stimulation. Furthermore, since the cells of the living body are rubbed with each other by the ultrasonic wave, the body can be warmed from the deep part by frictional heat to increase the metabolism.
[0015]
The potential ion cosmetic function is intended to obtain a cosmetic effect by generating negative ions in the body by applying a potential to the body. In addition, this effect is a synergistic effect obtained by combining with other low frequency and ultrasonic cosmetic instruments.
[0016]
Next, embodiments of a cosmetic device according to the present invention will be described in detail with reference to the drawings. 1 and 2 are block diagrams showing a circuit configuration of a cosmetic device according to the present invention. 1 is an electrical signal for realizing a pulse-type cosmetic function (hereinafter referred to as an EMS function), an electrical signal for realizing an ultrasonic cosmetic function (hereinafter referred to as a sonic function), and a potential type. The circuit configuration for outputting each of the electrical signals for realizing the ion beauty function (hereinafter referred to as potential-type ion function) is shown, but for realizing each beauty function in the living body by contacting the living body. Accessories such as EMS belts, sonic probes and ion mats are not shown.
[0017]
1 and 2, the cosmetic device of the present invention includes a master unit 1 that outputs an electrical signal for EMS, an electrical signal for sonic, and an electrical signal for ions, and a child that outputs only the electrical signal for EMS. And the machine unit 2. The master unit 1 includes a master main board 3 on which a main circuit including a circuit for generating an EMS electric signal is formed, a circuit for generating a sonic electric signal and an ion electric signal, and an auxiliary power source. A base unit sub-board 4 on which an auxiliary circuit is formed, a connector board 5 on which a connector for charging the handset 2 is formed, an ion output transformer 6 for converting an electrical signal for ions into a predetermined high voltage level, The power transformer 7 is configured to input AC100 and convert it into AC82V and AC20V voltages necessary for the cosmetic device, and a fuse 8 for electrically protecting the cosmetic device. Further, a plug 9 for AC 100V is connected through a fuse 8.
[0018]
The main unit main board 3 includes a switch circuit 10 including a power switch, a timer switch, a changeover switch for switching various modes, a microcomputer 11 that controls each part of the main unit 1, and operating states of various cosmetic functions. At the start of use of the liquid crystal display unit 12 for displaying the alarm, the buzzer circuit 13 for notifying of an alarm or the end of use, the oscillator 14 for generating a signal of the reference frequency of the electrical signal for EMS or Sonic, and the main unit 1 of the cosmetic device Reset circuit 15 for resetting, output level conversion circuit 16 for setting the output level of an electric signal required for each beauty function, and sonic probe connection for checking whether or not a sonic probe as an accessory (not shown) is normally connected Check circuit 17, output control circuits 18a and 18b for controlling electrical signals for EMS, low frequency The output control circuit 18c for controlling the signal, the output control circuit 18d for controlling the electric signal for sonic, and the EMS electric signal output from the output control circuit 18a are converted into a constant current to the EMS output terminal of CH1 (channel 1). The constant current circuit 19a to be sent and the constant current circuit 19b to send the electric signal for EMS output from the output control circuit 18b to the EMS output terminal of CH2 (channel 1) after being converted to a constant current and output from the output control circuit 18c. The output transformer 20 is configured to convert the low frequency signal into a predetermined voltage level and send it to the low frequency output terminal.
[0019]
In addition, the master sub-board 4 receives an AC voltage from the power transformer 7 and generates a stable DC voltage necessary for the cosmetic device, and controls an electrical signal for ions output from the ion output transformer 6. The output control circuit 22 that performs the operation, the sonic output circuit 23 that outputs the electric signal for sonic input from the output control circuit 18d of the main unit main board 3, and the DC voltage generated by the stabilized power source 21 are charged to the slave unit 2. It is comprised by the subunit | mobile_unit charging power supply 24 for doing.
[0020]
The handset unit 2 includes a handset main board 30 on which a main circuit including a circuit for generating an EMS electric signal is formed, and a nickel-cadmium battery 31 that can be repeatedly charged. Further, the slave unit main board 30 displays a switch circuit 32 including a power switch, a changeover switch for switching various modes, a microcomputer 33 that controls each part of the slave unit 2, and an operation state of the EMS beauty function. A liquid crystal display unit 34, a buzzer circuit 35 for informing an alarm or the end of use, an oscillator 36 for generating a signal of a reference frequency of an electric signal for EMS, and a reset circuit for resetting at the start of use of the handset unit 2 of the cosmetic device 37. Charge control circuit 38 for controlling the charging of the nickel-cadmium battery 31 when the handset unit 2 is connected to the charging terminal of the base unit 1; Output level conversion for setting the output level of the electrical signal necessary for the beauty function of the EMS EM output from the circuit 39, output control circuits 40a and 40b for controlling electrical signals for EMS, and the output control circuit 40a The constant current circuit 41a for converting the electrical signal for use to constant current and sending it to the EMS output terminal of CH1 (channel 1), and the constant current circuit for the EMS output from the output control circuit 40b to constant current of CH2 (channel 2) A constant current circuit 41b for sending out to the EMS output terminal, and a booster circuit 42 for boosting the EMS electrical signal to a desired voltage.
[0021]
FIG. 3 is an external perspective view of a cosmetic device according to the present invention. 4 is an external view of an EMS belt for a waist that is an accessory of the cosmetic device shown in FIGS. 1 and 2, and (a) shows a back surface that is a surface in contact with the body, and (b) shows a front surface. In addition to the waist EMS belt shown in FIG. 3, the accessory EMS belt includes an arm EMS belt, a foot EMS belt, and an earth EMS belt. Further, (c) is an external view of a sonic probe which is an accessory of the cosmetic device shown in FIG. As shown in FIG. 3, the beauty machine 50 of the present invention has a base unit 1 and a handset unit 2 stored in a portable case, and the accessory storage unit 51 also includes FIGS. 3 (a) and 3 (b). The EMS belt for the waist as shown in FIG. 6 and the EMS belts for arms, feet, and ground (not shown), the sonic probe as shown in (c), the ion mat (not shown), and the like are accommodated. A power cord 52 is housed in the housing portion of the case, and a mirror 53 is attached to the lid side of the case.
[0022]
FIG. 5 is a partial structural view showing a connection state of the charging electrode part of the master unit and the slave unit, where (a) is a state in the middle of storing the slave unit in the storage unit of the master unit, and (b). Indicates the state after storage. When the slave unit 2 is stored in the master unit storage section 1a, the master unit (not shown) and the charging electrode of the slave unit 2 are automatically connected. That is, as shown in FIG. 5 (a), a spring electrode 61 of a thin coil spring having a tip portion of a “U” shape protrudes from the parent device unit storage portion 1a toward the storage portion side of the child device unit 2. . One end of the spring electrode 61 is fixed to the base unit side (not shown) by a stopper 68. On the other hand, a flat charging electrode 62 is fixed to a corresponding position at the bottom of the slave unit 2. Further, the moving claw 63 pressed by the spring 64 from one side surface (right side surface in the figure) of the base unit storage part 1a protrudes toward the storage part side of the handset unit 2. Furthermore, a fixing claw 66 protrudes from the other side surface (left side surface in the figure) of the base unit storage part 1a to the storage part side of the handset unit 2.
[0023]
Accordingly, as shown in FIG. 5A, when the handset unit 2 is held up and inserted into the base unit storage part 1a, the tip of the moving claw 63 is inclined at the corner of the handset unit 2 so that the moving claw is moved. 63 moves to the right in the figure. Further, when the slave unit 2 is inserted, the moving claw 63 jumps out to the concave portion 65a of the slave unit 2 by the pressing force of the spring 64 as shown in FIG. Further, in the state where the slave unit 2 is inserted in this manner, the left-side fixed claw 66 in the figure also slightly projects into the recess 65 b of the slave unit 2. Therefore, the subunit | mobile_unit 2 is stably accommodated in the main | base station unit accommodating part 1a.
[0024]
Further, as shown in FIG. 5B, when the slave unit 2 is completely stored in the master unit storage portion 1a, the charging electrode 62 of the slave unit 2 contacts while pressing the spring electrode 61 that is a coil spring. Therefore, the spring electrode 61 and the charging electrode 62 are in stable contact. At this time, since the protrusions 67a and 67b are provided at a plurality of locations on the bottom of the base unit storage part 1a, the protrusions 67a and 67b hit the bottom surface of the handset unit 2, and the charging electrode 62 of the handset unit 2 The spring electrode 61 is pushed into an optimum contact state. When the child device unit 2 is taken out from the parent device unit storage portion 1a, if the child device unit 2 is moved within a slight clearance range between the parent device unit storage portion 1a and the child device unit 2, the fixing claw 66 Is removed from the recess 65b and the moving claw 66 is removed from the recess 65, so that the handset unit 2 can be easily taken out from the base unit storage 1a.
[0025]
Next, the operation of the cosmetic device according to the present invention will be described. First, the operation of the master unit 1 will be described. Since the main unit 1 has an EMS function, a sonic function, and a potential ion function, as shown in FIG. 1, two EMS output terminals of CH1 and CH2, one sonic output terminal, and one An ion terminal is provided. Therefore, if the electrodes of the waist EMS belt as shown in FIG. 4 are connected to the EMS output terminal and the low frequency output terminal of CH1, and the base unit 1 is powered on, the oscillator 14, the microcomputer 11, the output level conversion By sending the circuit 16, the output control circuits 18a and 18c, the constant current circuit 19a, the stabilization circuit 21, the output transformer 20, and the like, an electrical signal (that is, a pulse signal) having a desired frequency can be sent to the waist EMS belt. it can.
[0026]
Thus, when the waist EMS belt is attached to the waist of the human body, the EMS acts on a predetermined portion of the waist via the waist EMS belt. Further, by operating the EMS mode switch of the switch circuit 10, the level of the pulse signal can be UP / DOWN under the control of the microcomputer 11, so that the degree of strength of the EMS can be arbitrarily changed. Similarly, if, for example, an arm EMS belt is connected to the CH2 EMS output terminal and the low frequency output terminal, a desired pulse signal is sent to the arm EMS belt by the same operation as described above, and the desired EMS is transmitted to the arm. Can act. Even if the foot EMS belt is connected to the EMS output terminal of CH1 or CH2, the EMS can be similarly applied.
[0027]
If a sonic probe as shown in FIG. 4 is connected between the sonic output terminal of the master unit 1 and the sonic ground and the master unit 1 is powered on, the oscillator 14, the microcomputer 11, and the output level conversion are performed. A desired sonic electrical signal can be sent to the sonic probe by controlling the circuit 16, the output control circuit 18d, the stabilization circuit 21, the sonic output circuit 23, and the like. Thus, if a sonic probe is applied to a desired part of the human body, the part can be stimulated with a micromassage wave of 1 million times per second to perform micromassage. Further, by operating the sonic mode switch of the switch circuit 10, the frequency and level of the electric signal for sonic can be UP / DOWN by the control of the microcomputer 11, so that the degree of strength of the micro massage wave can be arbitrarily set Can be varied. Since the sonic probe is also connected to the sonic sense terminal of the base unit 1, the sonic probe connection check circuit 17 can check whether the sonic probe is normally connected.
[0028]
Further, if an ion mat is connected to the ion output terminal of the main unit 1 and the main unit 1 is powered on, ions are controlled by controlling the oscillator 14, the microcomputer 11, the ion output transformer 6, the output control circuit 22, and the like. For example, a high voltage can be applied to the ion mat. Therefore, when an ion mat is laid on a futon, bed, or carpet and a person sleeps, the human body is charged by a high voltage applied to the ion mat, and a potential ion cosmetic effect is obtained by negative ions. . Of course, if the ion mat is laid on a chair or sofa or applied to the face, the potential ion beauty effect can be brought to the skin at that site.
[0029]
In addition, since the operation state of the EMS function, the sonic function, and the potential ion beauty function is displayed on the liquid crystal display unit 12, the user operates each mode switch of the switch circuit 10 while viewing the display content of the liquid crystal display unit 12. Thus, the desired function can be switched and the level can be changed. Further, since the switch circuit 10 is provided with a timer switch, the continuous operation time of each function can be arbitrarily set by the timer switch. Further, when the operation of each function is timed up or when the operation of the cosmetic device becomes abnormal, the buzzer circuit 13 gives a predetermined notification. When the operation of the cosmetic device is started, the POWER switch of the switch circuit 10 is turned on. At this time, the microcomputer 11 is reset to the initial state by the operation of the reset circuit 15.
[0030]
When the slave unit 2 is stored in the storage unit of the master unit 1, the plug 9 is connected to a wall outlet because the charging terminals of the master unit 1 and the slave unit 2 are connected. If so, the nickel-cadmium battery 31 of the slave unit 2 can be charged regardless of whether or not the master unit 1 is operating. At this time, the nickel-cadmium battery 31 can be charged at a constant voltage by the stabilized power source 21 and the slave unit charging power source 24 of the base unit sub-board 4.
[0031]
For safety reasons, the combination of the potential ion beauty function and the sonic function and the combination of the potential ion beauty function and the EMS function are prohibited for safety reasons. Has been. That is, the use state is limited so that the ultrasonic vibration plate and the electrode of the EMS are not touched when a high voltage is applied to the ion mat. However, in the future, a combination of these functions may be possible if sufficient electrical safety measures are taken.
[0032]
Next, the operation of the slave unit 2 will be described. Since the EMS belt is often used only for a specific part of the body, as shown in FIG. 2, the beauty machine of the present invention is provided with a slave unit 2 that can be freely detached from the master unit 1 as an accessory device. Yes. Therefore, the subunit | mobile_unit 2 is provided only with the EMS function, and as shown in FIG. 2, the two EMS output terminals of CH1 and CH2 are provided. For example, if the electrode of the waist EMS belt as shown in FIG. 3 is connected to the EMS output terminal of CH1, the handset unit 2 uses the nicad battery 31 as a power source, the oscillator 36, the microcomputer 33, and the output level conversion circuit 39. A desired pulse signal can be sent to the waist EMS belt by controlling the output control circuit 40a, the constant current circuit 41a, the booster circuit 42, and the like.
[0033]
Thus, when the waist EMS belt is attached to the waist of the human body, the EMS acts on a predetermined portion of the waist via the waist EMS belt. Further, by operating the EMS mode switch of the switch circuit 32, the level of the electrical signal (that is, pulse signal) for EMS having a predetermined frequency can be UP / DOWN by the control of the microcomputer 33. The degree of strength can be arbitrarily changed. Similarly, if a foot EMS belt is connected to the EMS output terminal of CH2, for example, a desired pulse signal can be sent to the foot EMS belt and the desired EMS can be applied to the foot by the same operation as described above. it can. When the arm EMS belt is connected, the EMS can be applied in the same manner.
[0034]
Since the operation state of the EMS function of the slave unit 2 is displayed on the liquid crystal display unit 34, the user operates the switch of the switch circuit 32 while viewing the display content of the liquid crystal display unit 34 to change the level of the EMS function. It can be performed. Further, when the operation of the EMS function is timed up or when the operation of the beauty device becomes abnormal, the buzzer circuit 35 performs a predetermined notification. Note that the POWER switch of the switch circuit 32 is turned ON to start the operation of the cosmetic device. At this time, the microcomputer 33 is reset to the initial state by the operation of the reset circuit 37. Further, the charge control circuit 38 performs charge control of the nickel-cadmium battery 31.
[0035]
Next, an example of a specific operation of the cosmetic device of the present invention will be described. First, an operation of the master unit will be described. FIG. 6 is a diagram showing a surface panel of the master unit in the cosmetic device of the present invention. As shown in FIG. 6, on the front panel of the main unit, there are a sonic operation / display unit 71 for operating and displaying the sonic function, an EMS operation / display unit 72 for the belt for operating and displaying the EMS function, and a potential type. Ion operation / display unit 73 that operates and displays the ion beauty function, timer / calorie operation / display unit 74 that displays by setting a timer or calculating calories, and ON / OFF operation of the main unit 1 A POWER button 75 is provided.
[0036]
The sonic operation / display unit 71 includes a sonic mode button 76 for switching between drainage and toning sonic modes, a sonic output button 77 for switching ON / OFF of the sonic output and switching between strong, medium and weak, and a sonic EMS output level of the sonic probe. Is provided with a sonic / EMS button 78 for adjusting the sonic level, a sonic level indicator 79 for displaying the sonic EMS level, and a sonic EMS level indicator 80 for displaying the strength of the EMS output from the sonic probe.
[0037]
The belt EMS operation / display unit 72 includes an EMS mode button 81 for switching and selecting an EMS mode program, an EMS1 button 82 for adjusting the EMS output level of CH1 (channel 1) up and down, and an EMS output level of CH2 (channel 2). An EMS2 button 83 for adjusting the EMS up and down, an EMS mode indicator 84 for displaying the program mode of the belt EMS numerically, an EMS1 level indicator 85 for displaying the output level of the belt EMS of CH1 (channel 1), and CH2 ( An EMS2 level display 86 for displaying the output level of the belt EMS in the channel 2) is provided.
[0038]
The ion operation / display unit 73 includes an ion button 87 for switching on / off the ion mat and switching between strong, medium and weak, and an ion level indicator 88 for displaying the output level of the ion mat. The timer / calorie operation / display unit 74 includes a timer button 89 for setting the operation time in the sonic mode, the EMS mode, and the potential ion beauty mode, and a timer / calorie indicator 90 for switching and displaying the timer time or the calorie value. It has.
[0039]
Next, the operation of the front panel of the master unit shown in FIG. 6 will be described. First, when only the sonic function is operated, the plug of the sonic probe shown in FIG. 4 is inserted into a predetermined position of the main unit 1 and the POWER button 75 is turned on. Next, the sonic mode button 76 is pressed to select either drainage or toning, and the sonic output button 77 is pressed while watching the sonic level indicator 79 to set the sonic level to strong, medium, or weak. Further, the sonic / EMS button 78 is pressed to adjust the sonic EMS output level of the sonic probe to a desired value. At this time, the sonic EMS output level is displayed on the sonic level indicator 79. Thus, if the sonic probe is applied to a predetermined part of the body, a sonic action can be exhibited at that part.
[0040]
Next, when only the EMS function is operated, one or two of the waist EMS belt, the arm EMS belt, and the foot EMS belt are connected to a predetermined position of the main unit 1 and the POWER button is pressed. Turn 75 on. Next, an EMS mode program 81 is used to switch and select an EMS mode program. The EMS mode can be set to a 10-step program depending on the vibration frequency and interval of the pulse. Each program is displayed numerically by the EMS mode display 84. Thereafter, the EMS output level is adjusted to a desired level by either or both of the EMS1 button 82 and the EMS2 button 83. The EMS output level is displayed on the EMS1 level display 85 and the EMS2 level display 86. Moreover, the operation time of EMS can be arbitrarily set with the timer button 89 as needed. Thus, when the EMS belt is applied to a predetermined part of the body, the EMS effect can be exhibited at that part. If the timer button 89 is used to switch from the timer time display to the calorie value display, the calorie value consumed by the EMS after the EMS is energized can be displayed on the timer / calorie display 90.
[0041]
Next, when performing only the potential ion beauty function, lay the ion mat in a predetermined place such as a bed or a chair, connect the terminal of the ion mat to a predetermined position of the master unit 1, and press the POWER button 75. Turn on. Next, the ion button 87 is operated to switch the output level of the ion mat to strong, medium, or weak. At this time, the output level of the ion mat is displayed on the ion level indicator 88. Further, the operation time of the potential ion beauty is arbitrarily set by the timer button 89. The operation time of the potential ion beauty is displayed on the timer / calorie display 90. Thus, if the body is placed on the ion mat, a potential ion cosmetic effect can be exhibited at a predetermined site.
[0042]
Needless to say, when the EMS function, the sonic function, and the potential ion beauty function are combined and operated, the operations that do not overlap among the operations of the above-described functions may be performed in combination. In the cosmetic device of the present invention, for safety reasons, a lock mechanism is provided so that the combination of the potential ion beauty function and the sonic function and the combination of the potential ion beauty function and the EMS function cannot be performed.
[0043]
Next, the operation of the slave unit in the beauty machine of the present invention will be described. FIG. 7 is an external view of the surface of the slave unit in the cosmetic device of the present invention. The subunit | mobile_unit 2 has a structure which can be freely attached or detached from the main | base station unit 1 so that it can be operated by moving to the vicinity of the EMS belt attached to the specific site | part of the body. That is, the subunit | mobile_unit 2 is provided with only an EMS function, and can operate | move with an internal secondary battery (for example, nickel-cadmium battery).
[0044]
In FIG. 7, the slave unit 2 has a POWER button 91 for performing ON / OFF operation of the slave unit 2, an EMS mode button 92 for switching and selecting an EMS mode program, and an EMS output level of CH1 (channel 1) up and down. EMS1 button 93 for adjusting, EMS2 button 94 for adjusting the EMS output level of CH2 (channel 2) up and down, EMS mode indicator 95 for displaying the program mode of the belt EMS numerically, EMS for the belt of CH1 (channel 1) An EMS1 level display 96 for displaying the output level of the belt, an EMS2 level display 97 for displaying the output level of the EMS for the belt of CH2 (channel 2), a calorie display 98 for displaying the calorie consumption after EMS energization, and A battery shortage indicator lamp 99 that is lit when the battery amount is insufficient is provided.
[0045]
Next, the operation of the front panel of the slave unit 2 shown in FIG. 7 will be described. First, the slave unit 2 is taken out from the storage unit of the master unit 1 and, as in the case of the master unit 1, the waist EMS belt, the arm EMS belt, or the foot EMS belt is used. The type is connected to a predetermined position of the slave unit 2 and the POWER button 91 is turned on. Next, the EMS mode program 92 is used to switch and select an EMS mode program. The EMS mode can be set to a 10-step program depending on the vibration frequency and interval of the pulse. Each program is displayed numerically by the EMS mode display 95.
[0046]
Thereafter, the EMS output level is adjusted to a desired level by either or both of the EMS1 button 93 and the EMS2 button 94. The EMS output level is displayed on the EMS1 level display 96 and the EMS2 level display 97. Thus, when the EMS belt is applied to a predetermined part of the body, the EMS effect can be exhibited at that part. Moreover, the calorie value consumed by EMS after EMS energization can be displayed on the timer / calorie indicator 98. When the EMS mode button 92 is pressed for 2 seconds or longer, the switch circuit is locked to prevent erroneous operation. Since the charging of the slave unit has already been described, repeated description is omitted, but the battery shortage indicator lamp 99 is turned on when the battery amount is insufficient.
[0047]
【The invention's effect】
As described above, according to the beauty machine of the present invention, a single beauty machine is provided with a master unit and a slave unit. And the main unit has a pulse-type beauty function that stimulates the living body by low-frequency pulses to perform a beauty treatment, an ultrasonic beauty function that gives a micro-massage wave to the living body by ultrasound, and a beauty treatment to the living body. It has a potential ion beauty function that generates negative ions in the body by applying a potential. Therefore, if the master unit is used, each beauty function can be operated independently or in combination according to the purpose and purpose of beauty, so that an efficient and effective beauty treatment can be performed.
[0048]
In addition, the handset unit has only a pulse-type beauty function, but it can be removed and carried freely from the storage unit of the base unit, so the handset unit is brought close to an EMS belt attached to a specific part of the body. Can be operated. As a result, a low frequency pulse of a desired level can be applied to the electrodes of the waist EMS belt and the arm EMS belt to stimulate only a specific part, so that a cosmetic device that is extremely easy to use can be realized.
[0049]
In the beauty machine of the present invention, the secondary battery serving as the power source of the slave unit is determined whether or not the master unit is used if the slave unit is stored in the storage unit of the master unit. It can be charged regardless. Therefore, the slave unit can be always fully charged and ready for use at any time, so if necessary, only the slave unit can be moved to the electrode pad attached to the desired position on the human body. A beauty treatment can be performed while applying a low-frequency pulse.
[Brief description of the drawings]
FIG. 1 is a block diagram showing a circuit configuration of a base unit of a cosmetic device according to an embodiment of the present invention.
FIG. 2 is a block diagram showing a circuit configuration of a slave unit of a cosmetic device according to an embodiment of the present invention.
FIG. 3 is an external perspective view of a cosmetic device according to an embodiment of the present invention.
4 is an external view of the accessory of the cosmetic device shown in FIG. 2, wherein (a) is a back surface that is a surface contacting the body of the belt, (b) is a front surface, and (c) is an external view of the sonic probe. FIG.
FIG. 5 is a partial structural view showing a connection state of a charging electrode portion of a parent device unit and a child device unit, where (a) is a state in which the child device unit is being housed in a housing portion of the parent device unit; Indicates the state after storage.
FIG. 6 is a diagram showing a surface panel of a master unit in the cosmetic device of the present invention.
FIG. 7 is a surface external view of a slave unit in the cosmetic device of the present invention.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 ... Master unit, 2 ... Slave unit, 3 ... Main unit main board, 4 ... Master machine sub board, 5 ... Connector board, 6 ... Ion output transformer, 7 ... Power transformer, 10, 32 ... Switch circuit, 11 , 33... Microcomputer, 12, 34... Liquid crystal display section, 16, 39... Output level conversion circuit, 18 a, 18 b, 18 c, 18 d, 22, 40 a, 40 b ... Output control circuit, 19 a, 19 b, 41 a, 41 b. Current circuit, 22 ... Output transformer, 21 ... Stabilized power supply, 23 ... Sonic output circuit, 24 ... Slave unit charging power source, 30 ... Slave unit main board, 31 ... Nicad battery, 38 ... Charge control circuit, 42 ... Boost circuit, DESCRIPTION OF SYMBOLS 50 ... Beauty machine, 51 ... Accessory storage part, 52 ... Power cord, 61 ... Spring electrode, 62 ... Charging electrode, 63 ... Moving claw, 64 ... Spring, 65a, 65b ... Recess, 66 ... Fixed 67a, 67b ... projection, 68 ... stopper, 71 ... sonic operation / display unit, 72 ... EMS operation / display unit for belt, 73 ... ion operation / display unit, 74 ... timer / calorie operation / display unit, 75, 91 ... POWER button, 76 ... Sonic mode button, 81,92 ... EMS mode button, 87 ... Ion button, 89 ... Timer / calorie button

Claims (6)

Pulse-type beauty means that stimulates the living body with low-frequency pulses and performs beauty treatments,
An ultrasonic beauty means for performing a beauty treatment by applying a micro massage wave to a living body by ultrasound;
A potential ion cosmetic means for adjusting the physical condition by the action of negative ions generated in the body by applying an electric potential to the body;
A beauty device characterized by comprising. It consists of a master unit and a slave unit,
The master unit includes the pulse beauty means, the ultrasonic beauty means, and the potential ion beauty means,
The cosmetic device according to claim 1, wherein the slave unit includes the pulse-type cosmetic means. The base unit can operate the pulse-type cosmetic means, the ultrasonic-type cosmetic means, and the potential-type ion cosmetic means independently, and can be operated in a desired combination. Item 3. A cosmetic device according to item 2. The master unit is configured not to perform a combination operation of the ultrasonic beauty means and the potential ion beauty means and a combination operation of the pulse beauty means and the potential ion beauty means. The cosmetic device according to claim 3. The slave unit is detachably stored in a storage unit included in the master unit, and a secondary battery serving as a power source of the slave unit is in a state where it can be charged when the slave unit is stored in the storage unit. The cosmetic device according to any one of claims 2 to 4, wherein: The cosmetic device according to any one of claims 2 to 5, wherein the slave unit can be detached from the storage unit of the master unit and operate the pulsed cosmetic means in a single state.

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