KR20060028931A - Apparatus for treatment of fatness using ultrasonic generator device and thermotherapy pad - Google Patents

Abstract

The present invention relates to an apparatus for treating obesity using an ultrasonic generator and a heating pad, wherein the operating apparatus selects and operates each operation of the entire apparatus, and a single ultrasonic wave generating an ultrasonic wave in one channel and additionally generating vibration. Vibration generating device, consisting of three devices each having two channels, a multi-type ultrasonic vibration generating device for generating ultrasonic waves through a total of six channels and additionally vibration, and a thermal pad that generates heat through a silicon heating wire By sequential treatment through each ultrasonic vibration generating device and a heating pad, effective obesity treatment can be derived and each treatment device can be operated through a single operation device, so that the treatment method can be suited to the detailed requirements of treatment. There is an effect that can be adjusted.

Ultrasound, Heat, Obesity, Far Infrared

Description

Apparatus for treatment of fatness using ultrasonic generator device and thermotherapy pad}

1 is a perspective view showing the overall configuration of the obesity treatment apparatus using the ultrasonic generator and the heating pad according to an embodiment of the present invention.

Figure 2a is a perspective view showing the configuration of a single ultrasonic vibration generating device.

Figure 2b is an exploded perspective view showing the internal configuration of a single ultrasonic vibration generating device.

3A is a perspective view of a configuration of a multi-type ultrasonic vibration generating device from below.

3B is a perspective view from above of the configuration of a multi-type ultrasonic vibration generating device;

4 is a perspective view showing the configuration of a thermal pad;

5 is a cross-sectional view showing the internal structure of the thermal pad.

6 is a perspective view from above of the details of the operating device;

Figure 7 is a block diagram showing the internal working structure of the obesity treatment apparatus using the ultrasonic generator and the heating pad according to an embodiment of the present invention.

8 is a block diagram showing a detailed structure of the ultrasonic generator.

<Description of Symbols for Main Parts of Drawings>

5: main body 10: operation apparatus

11: LCD 12: Operation Switch                 

20: single ultrasonic vibration generator 21: handle

22: head 23: ultrasonic horn

24: motor 25: board

30: multi-type ultrasonic vibration generator 31: lower cover

32: top cover 33a, 33b: ultrasonic horn

34: electric wire cover 40: thermal pad

41: bonding portion 42: second layer portion

43: far infrared ray generating layer 44: heating element

45: first layer portion 46: outer layer portion

47: first layer 48: temperature control device

49: second layer 50: ultrasonic gel

S1: Central Controller S2: Flash Memory

S3: S RAM S4: LCD Screen

S5: Keyboard S6a, S6b: Latch and Buffer

S7: LED Screen S8: Power Control Unit

S9: thermal pad controller S10: thermostat

S11: time controller S12: ultrasonic control signal generator

S13: vibration motor control signal generator S14: ultrasonic generator

S14a, S14b, S14b-1, S14b-2, S14c, S14c-1, S14c-2, S14d, S14d-1, S14d-2: Frequency Generator                 

S141a: Single Horn S141b: Ch1 Multihorn

S141b-1: Ch1-1 Multihorn S141b-2: Ch1-2 Multihorn

S141c: Ch2 Multihorn S141c-1: Ch2-1 Multihorn

S141c-2: Ch2-2 Multihorn S141d: Ch3 Multihorn

S141d-1: Ch3-1 Multihorn S141d-2: Ch3-2 Multihorn

S143a: standing wave gate S143b: bottom wave gate

S144a: Sinusoidal Power Transistor S144b: Sinusoidal Power Transistor

S145: Transformer

The present invention relates to an obesity treatment apparatus using an ultrasonic generator and a thermal pad, and more particularly, to an obesity using an ultrasonic generator and a thermal pad, which can achieve a complex therapeutic effect by sequentially using each ultrasonic generator and a thermal pad. A therapeutic device.

Ultrasound is a sound that vibrates so rapidly that humans cannot hear it. It refers to a sound that vibrates more than 20,000 times in one second. It is essentially the same as the sound wave in the audible range, but because of its short wavelength, it generates quite strong vibrations and materials. There is a strong shaking characteristic and these ultrasonic waves have the characteristics of propagation and light as well as sound. The ultrasonic waves are used in various fields such as ultrasonic cleaners, ultrasonic humidifiers, fish detectors, ultrasonic welding, and ultrasonic tomography. Especially, when ultrasonic waves are conducted to the human body, they reach a depth of several centimeters (4-5 cm). It is effective in the treatment of massage and obesity.

To explain the effects of ultrasound on the human body, the ultrasound stimulates the human body and activates the cells by the stimulation to increase blood flow, and as the blood flow increases, the amount of oxygen is increased, and proteins and fats deposited on the human body It is converted to amino acids and some of them are removed. When used repeatedly, they have an effect on obesity.

For the reason as described above, the ultrasonic obesity treatment device is widely used as a medical device. When the ultrasonic stimulation is applied to the human body, the air conduction worsens when there is air between the skin, so that a medium such as oil or gel is applied to the skin before use. After the stimulus is applied, but the vibration is applied together to increase the conduction efficiency of the ultrasonic wave and the effect of increasing the cleaning action to remove impurities from the skin by the above process has a positive effect on obesity and other cosmetics. .

In addition, thermotherapy treatment such as applying heat to the affected area using cupping or moxibustion as a bath therapy, hot spring therapy or folk medicine is widely used. The heat treatment device using the heat treatment therapy is being used, and the heat treatment device has various effects as the emission of far infrared rays and anions. The far infrared rays refer to a portion having a long wavelength among infrared rays, and are absorbed as an activation energy when absorbed by an object. It acts to enhance the activity of living organisms.It penetrates 80 times deeper than ordinary light, penetrates into the body's skin 4 ~ 5cm, relieves pain when penetrating, filters waste products from cells, and sweats fatty acids from skin. Excreted together to show a great effect on obesity, the anion is an atomic element of the charged air-cleans the blood of the human body and has the effect of quickly discharging waste products in the body.

When the ultrasound therapy and the thermotherapy therapy are used in combination in order to obtain the effects of both therapies, an excellent effect can be obtained in the treatment of obesity, but there is no device for treating obesity that can use the two therapies sequentially.

An object of the present invention is to solve the above-described problems of the prior art, by using the ultrasonic generator and the heating pad in sequence to derive effective obesity treatment and through the operation device suitably according to the specific requirements of treatment The present invention provides an ultrasound generating apparatus and an apparatus for treating obesity using a heating pad.

Hereinafter, an obesity treatment apparatus using an ultrasonic generator and a thermal pad according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the overall configuration of the obesity treatment apparatus using the ultrasonic generator and the thermal pad according to an embodiment of the present invention. As shown in FIG. 1, the apparatus according to the present invention is configured such that a main body 5 forming an external shape of the entire apparatus and an operation apparatus 10 are installed on an upper portion of the apparatus so as to operate the entire apparatus. It is configured to install a single ultrasonic vibration generating device 20 is connected to the wire line to enable the generation of ultrasonic wave and vibration in one channel, and is connected to the main body and the wire line to generate ultrasonic wave and vibration through six channels Multi-type ultrasonic vibration generating device 30 is configured to be installed, it generates far-infrared rays with jade particles and char particles as components, generates negative ions through silver cloth, emits considerable heat, and is worn on the human body during treatment in the form of a square pad. The thermal pad 40 configured to form an adhesive unit is formed to be installed, and the ultrasonic gel 50 applied to the human body at the time of treatment is installed.

Figure 2a is a perspective view showing the configuration of a single ultrasonic vibration generating device 20, Figure 2b is an exploded perspective view showing the internal configuration of the single ultrasonic vibration generating device 20, as shown in Figures 2a and 2b, Ultrasonic vibration generating device 20 is formed such that the handle 21 is formed on the surface of the elongated cylindrical shape is suitable to hold by hand, the wire line (not shown) is connected to the end and the opposite side The head 22 is formed at the end. The inside of the head 22 is configured so that the ultrasonic horn 23 for generating ultrasonic waves in the form exposed to the outside, located on the interior of the head 22 is extended to connect to the ultrasonic horn 23 and the ultrasonic horn ( The motor 24 for transmitting the vibration force to the 23 is configured to be installed, and the board 25 positioned in the inner direction of the head 22 from the ultrasonic horn 23 to support the motor 24 is installed. The motor 24 is connected to a wire line (not shown) extending from the main body 5 and passing through the inside of the handle to receive one channel signal and power.

3A is a perspective view from above of the configuration of the multi-type ultrasonic vibration generating device 30, and FIG. 3B is a perspective view from below of the configuration of the multi-type ultrasonic vibration generating device 30, as shown in FIGS. 3A and 3B. Multi-type ultrasonic vibration generating device 30 is the upper cover 32 and the lower cover 31 is a combined form, the wire cover 34 is connected to the wire line (not shown) is connected to the end is configured to be installed, Two ultrasonic horns 33a and 33b are configured to be installed on the lower cover 31 while being exposed to the outside, and inside the multi-type ultrasonic vibration generating device 30, such as the unitary ultrasonic vibration generating device 20. Board and motor are installed as a configuration, and duplicate explanation is omitted.

From the main body, the multi-type ultrasonic vibration generating device 30 is configured such that three are connected and installed in the same configuration. Each of the six ultrasonic horns receives six channel signals to generate a frequency.

4 is a perspective view showing the configuration of the thermal pad 40, the thermal pad 40 is composed of a flexible material that is easy to bend to be attached to the human body, as shown in Figure 4, both sides of the adhesive portion 41 Is installed and configured to be fixed upon treatment.

5 is a cross-sectional view showing the internal structure of the thermal pad, as shown in Figure 5, the upper portion on the cross-section of the thermal pad, the first layer portion 45 is woven with silver as a portion that is in contact with the human body during treatment to release anion during operation Is formed to be formed, the second layer portion 42 is formed in the lower portion of the first layer portion 45 is a formarin anion coating and a plurality of convex forms are formed, the lower portion of the second layer portion 42 The second layer portion 45 is formed such that two layers of cotton fibers are formed in the space between the first layer portion 47 forming the second layer and the first layer portion 47, and the second layer portion 49 is formed of cotton fibers. ) Is formed so that the far-infrared generating layer 43 which generates far infrared rays during operation by mixing the fine particles of jade and the fine particles of char in the interspace, the first layer part 47 and the second layer part 49 Consists of a silicone heating wire in the interspace located at the bottom of the The heat generating body 44 for generating heat is formed, and the outer layer part 46 for forming an outer surface is formed under the first layer portion 47, and the temperature of the heat generating element is kept constant in a bimetal manner. And if necessary, the temperature control device 48 is configured to be installed on the heating element to increase or decrease the temperature.

FIG. 6 is a perspective view from above of the details of the operation device 10. As shown in FIG. 6, a liquid crystal screen 11 for viewing the operating status of each device is installed in the center, and the liquid crystal screen 11 is disposed. In the vicinity of the configuration is configured so that the operation switch 12 capable of operating each device.

FIG. 7 is a block diagram illustrating an internal operation structure of an ultrasound generating apparatus and an obesity treatment apparatus using a heating pad according to an embodiment of the present invention. As shown in FIG. 7, the central control apparatus S1 is located and the central control apparatus S1. When a certain operation signal is inputted, the stored data related to the operation signal is read from the flash memory S2, and the data is temporarily stored in the S RAM S3, and the data is read from the central controller S1. And transmit an input signal to each device by the data through the central control unit S1. The LCD screen S4 is configured to receive a control signal on the screen from the central controller S1 and to output an operation state in the form of characters on the screen.

Two latch-and-buffers S6a and S6b are connected to one central controller S1, and two signals are transmitted through both latch-and-buffers S6a and S6b to one pin of the central controller S1. The latch-and-buffer S6a connected to the keyboard S5 and configured to input and output relays the selected input on the keyboard S5 and the output from the central controller S1 to the keyboard S5, and the LED screen S7. Another connected latch and buffer (S6b) outputs a signal on the LED screen (S7) to relay the output so that the LED is activated when the corresponding signal to the LED, the LED screen (S7) is a corresponding signal to the keyboard (S5) In addition, the latch and buffer (S6b) is also connected to the ultrasonic control signal generator (S12) is configured to relay the output related to the ultrasonic control toward the ultrasonic control signal generator (S12).

In addition, the central control unit (S1) is configured to send an output signal to control the power to the thermal pad 40 to the power control device (S8), to control the vibration motor toward the vibration motor control signal generator (S13). It is configured to send an output signal.

The power control device S8 is connected to the thermal pad control device S9 to allow the supply of 220V of power to the thermal pad control device S9 by an output signal for power control, and the thermal pad control device ( S9) is connected to the temperature controller (S10) and the time controller (S11) to control the thermal pad 40 by receiving a numeric signal of the temperature and a numerical signal of the operating time with the supply of 220V power.

The ultrasonic control signal generator S12 sends an operation signal to each of the corresponding frequency generators S14a, S14b, S14c, and S14d included in the ultrasonic generator S14 by the input signal, and the corresponding frequency generators S14a, S14b, Ultrasonic waves are generated in the single horn S141a and the Ch1, Ch2, and Ch3 multihorns S141c, S14d), which will be described below.                     

The vibration motor control signal generator S13 sends a control signal to each of the vibration motors S142a, S142b, S142c, and S142d according to the input signal to operate the corresponding vibration motors S142a, S142b, S142c, and S142d. .

FIG. 8 is a block diagram showing the detailed structure of the ultrasonic generator S14. As shown in FIG. 8, each of the frequency generators S14a, S14b-1, S14b-2, S14c-1, S14c-2, and S14d-1. The frequency generated from S14d-2 is passed through the sinusoidal gate S143a and the sinusoidal wave is filtered, and the sinusoidal wave passes through the sinusoidal gate S143b and the sinusoidal wave is filtered out. The passing sinusoidal wave is transmitted to the sinusoidal power transistor S144a, and the passing sinusoidal wave is transmitted to the sinusoidal wave power transistor S144b so that each transistor is switched by the sinusoidal wave and the sinusoidal wave. The outputs switched by the respective transistors are delivered to the transformer S145 as a 12V input, and are transformed by the transformer S145 and raised to 60V, and then each output is a single horn S141a and Ch1-1, Ch1-. 2, Ch2-1, Ch2-2, Ch3-1, Ch3-2 is delivered to multi-horn (S141b-1, S141b-2, S141c-1, S141c-2, S141d-1, S141d-2) to generate ultrasonic waves Will be.

Referring to the obesity treatment process using the device having the above-described configuration, select the single ultrasonic vibration generating device 20 mode through the operation switch 12, select the presence or absence of the vibration force, ultrasonic intensity and ultrasonic Select the time and enable the operation. The selection of the presence or absence of the vibration force, the ultrasonic intensity and the ultrasonic time can be set differently according to the physical characteristics of the person, but the ultrasonic time is generally set to 3 minutes. After the setting, the ultrasonic gel is applied to the treated body part, and then a single ultrasonic vibration generating device 20 is brought into contact with the body to be treated while rubbing.

After the treatment by the selection of the single ultrasonic vibration generating device 20 mode, the multi-type ultrasonic vibration generating device 30 is selected through the operation switch 12 and the multi-type ultrasonic vibration generating device 30 is used. The number of the vibration generating apparatus 30 is selected, the presence or absence of the vibration force is selected, the ultrasonic intensity and the ultrasonic time are selected, and the operation is selected to be possible. The selection of the number of the multi-type ultrasonic vibration generating device 30 is set to a number suitable for the treatment of the body part, the selection of the presence or absence of the vibration force generation, the ultrasonic intensity and the ultrasonic time selection can be set differently according to the physical characteristics of the person. The ultrasonic time selection will typically set 10 minutes. After the setting, the ultrasonic gel is applied to the treated body part, and then the multi-type ultrasonic vibration generating device 30 is attached to the body, and then fixed with a belt to be treated.

After the treatment by the selection of the multi-type ultrasonic vibration generating device 30 mode, the operating switch 12 is selected as the thermal pad 40 mode and installed in the device, but not shown in the drawing with a temperature controller (S10) After selecting the temperature and time through the time controller (S11) is treated by wearing the thermal pad 40 on the treatment body using the adhesive portion 41.

As described above, the obesity treatment apparatus using the ultrasonic generator and the thermal pad according to the present invention is effective by enabling the detailed operation of each apparatus while sequential treatment through the ultrasonic vibration generator and the thermal pad. Obesity treatment can be effective.

Claims (9)

An operation device for selecting and operating each operation of the entire device; A unitary ultrasonic vibration generating device including an ultrasonic horn for generating ultrasonic waves in one channel and a motor for generating vibration; A multi-type ultrasonic vibration generating device comprising an ultrasonic horn for generating ultrasonic waves in total of six respective channels and a motor for generating vibration comprising three devices each having two channels; And a first layer portion which is woven with silver and emits negative ions during operation, a far-infrared ray generating layer that generates far infrared rays during operation by mixing the fine particles of jade and the fine particles of charcoal, and a heating element that generates heat during operation. An ultrasound generating apparatus and an obesity treatment apparatus using a heating pad, characterized in that it comprises a heating pad. The method of claim 1, The unitary ultrasonic vibration generating device 20, the handle is formed on the curved surface of the long cylindrical shape; Wire line connected to the end; A head formed at the opposite end; An ultrasonic horn for generating ultrasonic waves in an externally exposed form; An ultrasonic generator and a thermal pad are connected to an ultrasonic horn inside the head and include a motor for transmitting a vibration force to the ultrasonic horn and a board positioned in an inner direction of the head to support the motor from the ultrasonic horn. Obesity treatment device. The method of claim 1, The multi-type ultrasonic vibration generating device, the upper cover to form an outer shape; A lower cover forming an appearance; An electric wire cover connected to the end by putting an electric wire line; Two ultrasonic horns installed in the state exposed to the lower cover; And an apparatus for supporting a motor and a motor for transmitting vibration force to the ultrasonic horn. The method of claim 1, On the cross section of the warm pad, the second layer portion is a formarin anion coating on the lower portion of the first layer portion and a plurality of convex shapes are formed; A first layer portion forming two layers below the second layer portion; A second layer layer forming two layers of cotton fibers in the space between the first layer layers and covering the far infrared ray generating layer and the heating element; The outer layer portion and the bimetal type forming the outer surface on the lower portion of the first layer portion, and using a ultrasonic generator and the thermal pad, characterized in that it comprises a temperature control device installed on the heating element to maintain the constant temperature of the heating element and increase or decrease Obesity treatment device. The method of claim 1, The heating pad is made of a flexible material that is easy to bend to be attached to the human body and the obesity treatment apparatus using an ultrasonic generator and the thermal pad, characterized in that configured to be fixed during treatment, including an adhesive portion on both sides. The method of claim 1, The operation device, the obesity treatment apparatus using the ultrasonic generator and the heating pad, characterized in that it comprises a liquid crystal screen in the center and the operation switch for operating each device around the liquid crystal screen. The method of claim 1, The apparatus, the central control unit for controlling the whole; A flash memory at a position to read stored data about an operation signal; S-RAM for temporarily storing the data; A liquid crystal display receiving control signals on the screen from the central control unit and outputting an operation state in the form of characters on the screen; A keyboard composed of operation switches on the operation device; LED screen to operate on the corresponding signal; A latch and buffer connected to a keyboard relaying input and output two signals to one pin of a central controller and another latch and buffer connected to an LED screen; An ultrasonic control signal generator connected to another latch and buffer to receive an output related to ultrasonic control; A power control device which receives an output signal from the central control device to control power to the thermal pad; A vibration motor control signal generator which receives an output signal to control the vibration motor from the central controller; A temperature controller for sending a numerical signal of the temperature of the heating pad; A time controller for signaling a time of the heating pad; The ultrasonic generator receives 220V power by the output signal for power control and receives the numerical signals of the temperature controller and the time controller and receives the input signal from the ultrasonic pad control device and the ultrasonic control signal generator to control the thermal pad. Obesity treatment apparatus using the ultrasonic generator and the heating pad, characterized in that it comprises. The method of claim 7, wherein The ultrasonic generator may include seven sinusoidal gates that filter out the sinusoidal wave of the frequency generated from the frequency generator and pass the sinusoidal wave; Seven sinusoidal gates that filter out the sinusoids and pass the sinusoids; Seven standing wave power transistors that switch through the standing wave; Seven sinusoidal power transistors that switch through the sinusoidal wave; Seven transformers for transforming the output switched by the sinusoidal power transistor and the sinusoidal power transistor; An ultrasound generating apparatus and an apparatus for treating obesity using a heating pad, comprising a single horn for generating ultrasonic waves and six multihorns for generating ultrasonic waves. The method of claim 1, The apparatus is an obesity treatment apparatus using an ultrasonic generator and a heating pad, characterized in that it further comprises an ultrasonic gel applied to the human body during treatment.

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