KR200193637Y1 - Supersonic waves and ion massager - Google Patents

Abstract

According to an aspect of the present invention, there is provided an apparatus having both an ultrasonic generation function and an ion generating function, comprising: a head portion having an ultrasonic diaphragm receiving an output of an ultrasonic generator portion at one side of a head portion, and an ion output terminal at the tip of the ion generator portion; A handle main body supporting the head and forming an operation unit including an operation button; It is an ultrasonic ion massager configured to include an ultrasonic ion control unit for driving control of the ultrasonic generator and the ion generator inside the main body.

One ion output terminal for generating ions in the ion generator is separated.

The ultrasonic ion control unit controls the output of the ion generator to repeat the first output and the second output, the first output is made shorter than the time the output time is zero level, the second output is the same output time and zero level It is preferable to form a pulse waveform, preferably, the first output is shorter than the time at which the output time is zero level, and the second output is a pulse waveform having the same output time and zero level, and the average value of the first output is second. It is better to be smaller than the average value of the output.

Description

Supersonic waves and ion massager

The present invention relates to an ultrasonic ion massager, by installing the output terminal of the ion generating unit and the diaphragm of the ultrasonic generating unit in the massage head, it is possible to selectively drive the ion generation and ultrasonic generation, in the case of ion generation, the output terminal close to the head separately The ionizer and the ultrasonic wave generated are not required, and the generated ion and the ultrasonic wave are directed to the ultrasonic ion massager which maximizes the massage efficiency by alternately outputting the first output and the second output having different average values of the output levels.

In general, the ultrasonic wave to output the vibration of about 1 million times per second through the vibrator to perform the function of grinding the subcutaneous fat. In addition, it has a heat effect, which promotes blood circulation and facilitates metabolism. One million sound vibrations per second removes dirt deep inside pores. In addition, the ultrasonic wave has an emulsification effect to remove oil-soluble and water-soluble dirt. That is, 1 million vibrations per second can reach skin tissue, subcutaneous tissue and muscle tissue, so that beauty effect can be obtained by promoting metabolism of skin tissue, and metabolism of subcutaneous tissue is accelerated to accelerate fatty acid decomposition and combustion. . In addition, the removal of fatty acids and their combustion in the muscle tissue is promoted, and promotes muscle metabolism. Wrinkles in the skin begin to appear as the skin loses its elasticity. The elasticity of the skin is largely caused by collagen fibers and elastic fibers in the skin, but collagen protein of collagen fibers becomes an insoluble protein for moisture, which causes wrinkles because the water content decreases. One of the causes of insolubility is an alternating current in collagen fibers, which binds and hardens. Ultrasonic vibrations help to reduce wrinkles by removing the alternating current, making the molecules small, softening them into soluble collagen containing moisture. Medically proven that aging of the skin is caused by free radicals, fluoroscopy is combined with free radicals to inhibit activity, preventing aging. In addition, one million massages per second promotes the metabolism of sebaceous glands to speed up the secretion and excretion of sebum. The sebum becomes a sebaceous film that makes the skin smooth and prevents the release of excessive moisture, thus preserving moisture in the stratum corneum to make the skin smoother. All human skin was soft as a child, but as time passes, it loses its elasticity and wrinkles, which is why skin continues to produce and die every 28 days. That is, new cells produced in the subcutaneous layer rise to the epidermal layer in 14 days and stay off for 14 days as epidermis, and as the metabolism deteriorates with age, the production of new cells in this 28-day cycle is delayed, so that the epidermis becomes 14 It does not fall in a day and remains intact. This will dry out the moisture, thicken it to become rough skin, and if it is prolonged, it will wrinkle like the skin of an elephant. In addition, melamine pigments are formed to protect the skin when sunlight is exposed to the skin. If the epidermal layer is prevented from falling off, the skin stays on, causing stains and stains, making the skin of the elderly women black and messy. Even if young women burn skin at the beach, they return to immaculate skin in September, and the blemishes are not good because new cells are actively generated and the sun's epidermis falls off. However, even if women are in their mid 30s, when they are sunburned, there are signs that the 28-day cycle of cell generation is slower as the metabolism worsens due to aging. Therefore, the beauty effect by the micro-massage effect that reaches the core comes with a lot of dirty waste from the face and accordingly, after touching his ear after massage, it becomes boardy like a child's skin. The waste is also released, which reduces the size of the face or lower back, and removes wrinkles, especially around the eyes of the face, providing a healthy impression.

On the other hand, ions use a flow of microcurrent between two electrodes, and a low voltage weak current flows in a constant direction, in which an ionized component material is sucked in and out of the skin. Negative ions ionize sebum masses, carbon dioxide, and waste products that accumulate in hair follicles and cause skin lesions by flowing an electric current from outside the skin when the skin is clean, and discharge it out of the skin. The cation reverses the direction of the current when feeding the skin to absorb the effective biomaterials deep into the dermis.

The technology using the ultrasonic wave is a domestic utility model application No. 87-13557 (ultrasound massager using micro-vibration of the ultrasonic wave), domestic utility model application No. 93-1723 (microcomputer, switch input unit, ion control unit, buzzer, light emitting diode, etc.) Configured portable skin care device), Japanese Patent Application Pyeongseong 30123559 (Ultrasound Beauty Device consisting of Ultrasonic Probe and Variable Power Supply and Power Cable Connecting It), Japanese Patent Application Pyeongseong 11-375 (Ultrasonic Vibration Ultrasonic Beauty Machine with Means of Detecting and Reporting the State of Transmission, Pyeongseong 11-376 (Ultrasonic Beauty Machine to Prevent Burns by Installing Temperature Sensor), Pyeongseong 11-11400 (Amount of Current Flowing in Ultrasonic Oscillator) Ultrasonic Apparatus for Sensing the Temperature of Contact by Sensing it), Pyeongseong 3-41064 (A device that supplies current by placing an electrode in the body contact), Pyeongseong 11-42115 (Stair type The ultrasonic cosmetic treatment device in accordance with the hyeongpa the ultrasonic output) is known. These technologies fall into the category of simple ultrasonic technology, so there is a problem that does not meet the reality that a variety of functions are required.

On the other hand, the technology based on the generation of ions is the same as the Korean Utility Model Application No. 93-4930 (Ion and Ozone Discharger Using Ion and Ion Discharge Tube) and the Korean Utility Model Application No. 96-48146 (Ion Massager to be worn on the face). A simple technique having an ion generating means and a technique of a device that implements various functions are known, such as Korean Utility Model Application No. 93-4931 (skin tester, ion massager, skin massager with ozone massager). However, a device using a simple single technology (ion generating technology) does not satisfy various needs, and a device having various functions has a problem in that it is inconvenient to use because a separate auxiliary device must be used to implement a necessary function.

The present invention is to solve this, the object of the present invention is to provide an ultrasonic ion massager that can be used without a separate auxiliary device in the ultrasonic generator and the ion generator in a single housing.

Another object of the present invention is to provide an ultrasonic ion massager that enables a constant ion generation by eliminating a separate grounding portion in the ion generating unit.

Another object of the present invention is to provide an ultrasonic ion massager that maximizes the effect by varying the amplitude of the ultrasonic wave and the ion.

To this end, the present invention implements the ultrasonic wave generating unit and the ion generating unit in the head portion of the same housing, and the operation unit to implement the handle portion. In addition, the ion generating unit installs the ion generating electrode in a fixed position so that a separate auxiliary ground terminal is not required.

In addition, the DC variable power supply unit and the oscillation voltage control unit are provided so that the amplitude of the output is variable, and the oscillation control unit is provided to vary the cycle of the output, and these are simultaneously processed by the arithmetic processing unit.

1 is a front view of the present invention,

2 is a side view of the present invention,

3 is a circuit diagram of the present invention,

4A is a waveform diagram showing an example of negative ion output of an ion generating unit of the present invention;

Figure 4b is a waveform diagram showing an example of the negative ion output of the ion generating unit of the present invention,

4C is a waveform diagram showing an example of a cation output of an ion generating unit of the present invention;

4D is a waveform diagram showing an example of the yin-yang field ion output of the ion generating unit of the present invention;

Fig. 5A is a waveform diagram showing an example of the generated ultrasonic output (face about) of the ultrasonic generator of the present invention;

5B is a waveform diagram showing an example of the generated ultrasonic output (face steel) of the ultrasonic generator of the present invention;

5C is a waveform diagram showing an example of the generated ultrasonic output (body weakness) of the ultrasonic generator of the present invention;

5D is a waveform diagram showing an example of the generated ultrasonic output (body cavity) of the ultrasonic generator of the present invention;

6A is a waveform diagram showing another example of the generated ultrasonic output (face weakness) of the ultrasonic generator of the present invention;

6B is a waveform diagram showing another example of the generated ultrasonic output (face steel) of the ultrasonic generator of the present invention;

Figure 6c is a waveform diagram showing another example of the generated ultrasonic output (body about) of the ultrasonic generator of the present invention,

6D is a waveform diagram showing another example of the generated ultrasonic output (body cavity) of the ultrasonic generator of the present invention;

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

2; head part 4; body part 10; ultrasonic generator

11; ultrasonic diaphragm 12; oscillation output unit 13; oscillation control unit

20; ion generator 21; ion output terminal 22; ion output terminal

30; ultrasonic ion control unit 40; control unit 41, 42, 43; operation button

50; driving display unit

That is, the present invention is a device that combines the ultrasonic wave generation function and the ion generation function, the head portion of the ultrasonic diaphragm receiving the output of the ultrasonic generator portion on one side of the head portion, at the same time the ion output terminal of the ion generating portion at the front end; A handle main body supporting the head and forming an operation unit including an operation button; An object of the present invention is to provide an ultrasonic ion massager including an ultrasonic ion controller configured to control driving of an ultrasonic generator and an ion generator inside a main body.

The operation unit may be provided adjacent to each operation button so that the ultrasonic and ion operation sequentially.

One ion output terminal for generating ions in the ion generating unit is connected in common with one ground end of the ultrasonic diaphragm is configured so that a separate ground end is not required.

The ultrasonic ion control unit includes an oscillation voltage control unit for adjusting the oscillation voltage of the oscillation output unit constituting the ultrasonic oscillation unit, a DC variable power supply unit for selecting a high and low voltage to the ion generating unit and the oscillation voltage control unit by receiving a DC power from a DC supply device; And an arithmetic processing unit for commanding the generation of negative and positive ions, for commanding the voltage regulation of the oscillation voltage adjusting unit, and for controlling the oscillation output unit.

The operation processor controls the output of the ion generator to be repeated with the first output and the second output, wherein the first output is shorter than the time when the output time is zero level, and the second output is the pulse having the same output time and zero level. It is preferable to form a waveform. Preferably, the first output is shorter than the time when the output time is zero level, and the second output is a pulse waveform having the same output time and zero level, and the average value of the first output is the second output. It can illustrate that it was made smaller than the average value of.

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

FIG. 1 is a front view of the present invention, and FIG. 2 is a side view of the head of the ultrasonic diaphragm 11 provided with the output of the ultrasonic generator 10 so as to function as an ultrasonic generator and an ion generator. A head portion 2 formed at the same time with the ion output terminals 21 and 22 of the ion generating portion 20; A handle body 4 supporting the head portion 2 and forming an operation portion 40 including operation buttons 41, 42, 43; The ultrasonic ion control unit 30 described below is included so as to drive-control the ultrasonic generator 10 and the ion generator 20 inside the main body 4. Reference numeral 50 is a driving display unit.

The operation unit 40 may be disposed adjacent to each operation button (41, 42, 43) so that the ultrasonic and ion operation sequentially.

The ion generating unit 20 integrally forms ion output terminals 21 and 22 for generating positive and negative ions at predetermined intervals at the tip of the head unit 2, respectively.

3 is a control circuit diagram including the ultrasonic ion control unit constituting the present invention, the ultrasonic generator 10 and the ion generator 20 is configured to be controlled by the ultrasonic ion control unit 30,

The ultrasonic ion control unit 30 receives the ion source voltage from the oscillation voltage control unit 31 for adjusting the oscillation voltage of the oscillation output unit 12 constituting the ultrasonic wave generator 10 and the direct current supply device 60. DC variable power supply 33 for providing high and low voltages to generator 20 and oscillation voltage adjuster 31, commanding the generation of negative and positive ions, and commanding the voltage regulation of oscillation voltage adjuster 31 and generating oscillation output. It comprises a calculation processing unit 35 for controlling the unit 12. Reference numeral 50 is a driving display unit.

The oscillation output unit 12 receives an instruction to the output terminal P6 through the operation processor 35 to control the oscillation period 13 to control the oscillation period, and the applied power through the output terminal P1 of the DC variable power supply 33. And driving the multivibrator circuit so as to oscillate through the oscillation control output terminal P7 of the oscillation control unit 13 to output to the ultrasonic diaphragm 11. The ion generating unit 20 receives an electric power from the DC variable power supply unit 33 and generates an ion at the ion command of the output terminals P3 and P4 of the arithmetic processing unit 35, and the ion driving unit 23. Ion output terminals 21 and 22 for outputting generated ions.

One ion output terminal 21 for generating ions in the ion generator 20 is connected in common with one ground terminal of the ultrasonic diaphragm 11 is configured so that a separate ground terminal is not required.

In the present invention, the operation processing unit 35 controls the output of the ion generator 20 to be repeated with the first output and the second output as shown in FIGS. 4A to 4D, and the first output is a time at which the output time is zero level. Shorter, the second output is a pulse waveform with the same output time and zero level,

The first output has a shorter time than the second output, and the calculation processing unit 35 controls the output of the ion generator 20 to be repeated with the first output and the second output, and the first output has a zero output time. The second output may be shorter than the time, and the second output may illustrate that the output time and the zero level have the same pulse waveform.

The operation processing unit 35 of the present invention controls the output of the ultrasonic generator 10 to be repeated with the first output and the second output as shown in FIGS. 5 to 6, and the first output is more than the time when the output time is zero level. The second output is also made shorter than the time at which the output time is zero level, and the average value of the first output is made smaller than the average value of the second output.

As another example of the present invention, as shown in FIGS. 6C and 6D, the first output is output at the same period as the second output, and the first output includes a 1-1 output having a low output level and a 1-2 output having a high output level. To output.

According to the present invention configured as described above, the DC supply device 60 supplying the DC power by supplying the AC power supplies the operating power of the DC variable power supply 33 and the calculation processing unit 35. The DC variable power supply unit 33 outputs the high voltage and the low voltage to the output terminals P1 and P2, respectively, and the calculation processing unit 35 outputs the negative ion generation command and the cation generation command signal through the output terminals P3 and P4. The oscillation voltage adjusting unit 31 is controlled by the output terminal P5 and the oscillation control unit 13 is controlled by the output terminal P6.

In this state, when the user presses the power operation button 41 of the driving operation unit 40, power is applied to achieve an initial state. Then, when the ion operation button 42 is pressed, the operation processing unit 35 recognizes this and outputs P3, P4) is selected to drive the ion driver 23.

In the present invention, the operation mode is programmed to change every time the ion operation button 42 is pressed, and the calculation processing unit 35 repeatedly performs four modes by counting the number of times the operation button 42 is pressed, and the output stage ( P8) to turn on the lamp of the operation display unit 50 corresponding to the instruction so that the user can know.

In particular, the present invention, as shown in Fig. 4a, once (the first output) has a longer duration of the output level than the output level, and the other time (the second output) has the same duration of the output level and no output level. To do that. This is to facilitate the penetration of ions to the skin and uses the same principle as waves. The present invention may be spherical to repeat the anion and cation as shown in Figure 4b. Of course, in this case also, when the anion (the first output) has a longer duration of the output level than the output level, and the other time (the second output), the duration of the output level and the non-output level is the same.

Then, even in the positive ion, the first output (the first output) has a longer duration of the output level than the output level, and the second (the second output) has the same duration of the output level and the no output level.

The present invention can also output cations in the reversed phase of FIG. 4A as in FIG. 4C. As shown in FIG. 4D, the period of the anion and the cation forms an output waveform of the positive field ion mode longer than that of FIG. 4B. For example, the anion may include the output terminal 21 of FIGS. 1 to 3, and the cation may include the output terminal 22 of FIGS. 1 to 3.

On the other hand, the ultrasonic generation of the present invention is a waveform having an output time of one time (the first output) is shorter than the time when there is no output, and the other time (the second output) is about five times the output time of the first output as shown in FIG. This is also to maximize the skin penetration effect of the ultrasonic wave-type signal by making the waveform is repeated to output the strength and intensity.

In use, by pressing the ultrasonic manipulation button 43 shown in Figs. 1 to 3 to allow the processing unit 35 to recognize the ultrasonic generation. In this case, each time the ultrasonic manipulation button 43 is pressed, a state of the face weakness (FIG. 5A), the face cavity (FIG. 5B), the body weakness (FIG. 5C), and the body cavity (FIG. 5D) is achieved. Of course, for the output corresponding to each mode, the command of the operation processing unit 35 is applied to the output terminal P6 so that the oscillation control unit 13 adjusts the period.

In another example of the present invention, as shown in FIG. 6, ultrasonic wave generation is performed in the face about (FIG. 6A) and the face cavity (FIG. 6B) state as in FIGS. 5A and 5B, but the body about (FIG. 6C) and the body cavity (FIG. 6D). In the case of the first output only 1-1 output (W1) that is half of the first output and the second output (W2) that is the same level as the second output following the first output It leads. This is to repeat the stepped output waveform and intermittent output waveform to maximize the effect of penetration into the skin.

The present invention described above is not limited to the above-described embodiments and drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be apparent to those who have

As described above, the present invention implements the ultrasonic generator and the ion generator in the head portion of the same housing, the operation portion is implemented in the handle portion, and the ion generator is installed in the fixed position by a separate auxiliary ground terminal The oscillation control unit has a DC variable power supply and an oscillation voltage control unit so as to increase the ionization effect of the skin and increase the ionization effect of the skin by allowing the distance between the ion generating units to be appropriately close. And, these are simultaneously processed by the operation processing unit, and provides an ultrasonic ion massager that can be used without a separate auxiliary device in the ultrasonic generator and the ion generator in a single housing.

Therefore, the present invention can provide an ultrasonic ion massager that enables a constant ion generation by eliminating a separate grounding part in the ion generating unit.

In addition, the present invention uses a method of varying the amplitude of the ultrasonic wave and the ion can be maximized the skin penetration effect of the ultrasonic wave and the ion.

Claims (8)

In the device that combines the ultrasonic wave generation function and the ion generation function, the ion output terminal 21 of the ion generating portion 20 of the ultrasonic diaphragm 11, which receives the output of the ultrasonic wave generating portion 10, on one side of the head portion 2; A head portion (2) formed at the same time at the tip; A handle body 4 supporting the head portion 2 and forming an operation portion 40 including operation buttons 41, 42, 43; Ultrasonic ion massager comprising a ultrasonic ion control unit 30 for driving control of the ultrasonic generator 10 and the ion generator 20 in the main body (4). The ultrasonic ion massager according to claim 1, wherein the operation unit (40) is provided adjacent to each operation button (41, 42, 43) so that ultrasonic and ion operations are sequentially performed. The ultrasonic ion massager according to claim 1, wherein the ion generating unit (20) is integrally formed with a predetermined interval at the head end of the ion output terminals (21, 22) for generating positive and negative ions, respectively. The ultrasonic generator 10 and the ion generator 20 is controlled by the ultrasonic ion controller 30, The ultrasonic ion control unit 30 receives the ion source voltage from the oscillation voltage control unit 31 for adjusting the oscillation voltage of the oscillation output unit 12 constituting the ultrasonic wave generator 10 and the direct current supply device 60. DC variable power supply 33 for providing high and low voltages to generator 20 and oscillation voltage adjuster 31, commanding the generation of negative and positive ions, and commanding the voltage regulation of oscillation voltage adjuster 31 and generating oscillation output. Ultrasonic ion massager comprising a calculation processing unit 35 for controlling the unit (12). The method according to claim 4, wherein the calculation unit 35 controls the output of the ion generator 20 to be repeated with the first output and the second output, the first output is made shorter than the time that the output time is zero level, The second output is an ultrasonic ion massager, characterized in that the output time and the zero level has the same pulse waveform. The method of claim 5, wherein the first output has a shorter time than the second output, and the operation processor 35 controls the output of the ion generator 20 to be repeated with the first output and the second output. Ultrasonic ion massager, characterized in that the output time is made shorter than the time of the zero level, the second output has a pulse waveform of the same output time and zero level. The method of claim 4, wherein the operation processing unit 35 controls the output of the ultrasonic generator to be repeated with the first output and the second output, the first output is made shorter than the time that the output time is zero level, and the second output And the output time is shorter than the time at zero level, and the average value of the first output is smaller than the average value of the second output. 8. The ultrasonic ion ion according to claim 7, wherein the first output is output at the same period as the second output, and the first output includes a 1-1 output having a low output level and a 1-2 output having a high output level. Massager.