KR20060027061A - Complex physical therapy device - Google Patents

Abstract

The present invention relates to a complex physiotherapy device having both functions of an ultrasonic wave and a low frequency, and includes a socket into which a plug of an ultrasonic probe is inserted, a socket into which a plug of a low frequency electrode pad is inserted, and a socket for connecting an adapter. And a display unit and a plurality of operation buttons and control means, wherein the control means performs one or both of ultrasonic wave oscillation and low frequency oscillation on the basis of an operation mode and command information set as the plurality of operation buttons are operated.

Ultrasound, Low Frequency, Infrared, Physiotherapy

Description

Complex physical therapy device

1 is a view showing the configuration of a complex physical therapy device according to an embodiment of the present invention,

FIG. 2 is a view showing screens displayed on a display unit on the operation main body shown in FIG. 1; FIG.

3 is an internal configuration diagram of the ultrasonic probe and the adapter and the operating body shown in FIG. 1;

4 is a flowchart illustrating the operation in the low frequency mode during the operation of the complex physical therapy device of the present invention;

5 is a flowchart for explaining the operation in the ultrasound treatment mode during the operation of the complex physical therapy device of the present invention,

Figure 6 is a flowchart for explaining the operation in the ultrasound beauty mode during operation of the complex physical therapy device of the present invention

7 is a flowchart illustrating the operation in the infrared mode during the operation of the complex physical therapy device of the present invention;

FIG. 8 is a view for explaining a switch operation for setting the infrared mode in FIG.

* Explanation of symbols for main parts of the drawings

10: ultrasonic probe 12: ultrasonic delivery unit

14: infrared radiation hole 20, 22: low frequency electrode pad

30: adapter 40: operation body

50: AC power supply 52, 72: overcurrent protection unit

54 rectifier 56 battery

58: battery check unit 60: function operation unit

62 display unit 64 ultrasonic wave oscillator

66: lamp driver 68: infrared lamp

70: voltage amplifier 74: low frequency oscillator

76: micom

The present invention relates to a complex physiotherapy device, and more particularly, to a complex physiotherapy device incorporating an ultrasonic physiotherapy device and a low frequency stimulator.

At present, various developments using ultrasonic waves and low frequencies are actively performed in each industry. In particular, the medical industry is making progress.

Physiotherapy equipment using ultrasound or low frequency is not only easily accessible in the hospital for general patients, but also products such as skin care devices and vibration massagers allow the general public to directly experience the effects of ultrasound or low frequency.

In the case of physiotherapy using ultrasound, physical stimulation is applied to the affected area by generating ultrasonic waves through specific ceramics.The ultrasonic wave penetrates deep into the skin and treats arthritis, limbs and shoulder jams according to the frequency of use. It has a cosmetic effect that eradicates various harmful bacteria such as allergies, athlete's foot, and acne.

In addition, the low-frequency stimulator, which is equipped with electrodes on the surface of the skin and allows low-frequency current to flow through the human body, has various physiotherapeutic effects, such as massage effects that relieve chronic pain, muscle stiffness and paralysis, and blood circulation. It turned out.

However, although the conventional ultrasonic physiotherapy device and the low frequency stimulator are similar in use, they do not integrate the functions of the ultrasonic wave and the low frequency due to technical problems such as differences in operation principles.

The present invention has been proposed in view of the above-described conventional circumstances, and an object of the present invention is to provide a complex physiotherapy device having both ultrasonic and low frequency functions.

In order to achieve the above object, a complex physiotherapy apparatus according to a preferred embodiment of the present invention includes a socket into which a plug of an ultrasonic probe is inserted, a socket into which a plug of a low frequency electrode pad is inserted, and a socket for adapter connection, and a battery is accommodated. And a display unit, a plurality of operation buttons, and control means, wherein the control means performs an alternative or simultaneous ultrasonic oscillation and low frequency oscillation based on an operation mode and command information set as the plurality of operation buttons are operated. It is characterized by.

In addition, the complex physiotherapy apparatus of the present invention comprises: an ultrasonic probe which conducts ultrasonic waves to conduct ultrasonic waves according to an input control signal; A low frequency electrode pad conducting an input low frequency signal; An auxiliary power supply adapter; And a socket into which a plug of the ultrasonic probe is inserted, a socket into which a plug of a low frequency electrode pad is inserted, and a socket for connecting an adapter, a battery is stored, and an operation body including a display unit and a plurality of operation buttons and control means. The control means may be configured to alternatively or simultaneously perform ultrasonic wave oscillation and low frequency oscillation based on an operation mode and command information set as the plurality of operation buttons are operated.

In addition, the complex physical therapy device of the present invention, the ultrasonic probe having a plug of a predetermined shape, conducting the ultrasonic wave in accordance with the input control signal to conduct the ultrasonic wave through the ultrasonic transfer unit; A low frequency electrode pad connected to the other end of an electrode cord having a plug formed at one end thereof and conducting an input low frequency signal; An adapter having a plug and a lead terminal having a predetermined shape, and outputting an auxiliary power generated by rectifying an AC power input through the lead terminal; And a socket into which a plug of the ultrasonic probe is inserted, a socket into which a plug of a low frequency electrode pad is inserted, and a socket for connecting an adapter, a battery being stored, and a function operation unit including a plurality of operation buttons for setting an operation mode and a command. And a display unit for displaying an operation mode and a state of a command set by the function operation unit, and an operation body having low frequency oscillation means and control means for providing a low frequency signal to the low frequency electrode pad, wherein the control means is set in the function operation unit. The ultrasonic wave oscillation in the ultrasonic probe and the low frequency oscillation in the low frequency oscillation means may be alternatively or simultaneously performed based on the operation mode and the command information.

Hereinafter, with reference to the accompanying drawings, a complex physical therapy device according to an embodiment of the present invention will be described.

1 is a view showing the configuration of a complex physical therapy device according to an embodiment of the present invention, having a plug (10a) of a predetermined shape by performing an ultrasonic oscillation in accordance with the input control signal to the treatment site through the ultrasonic delivery unit 12 Or an ultrasonic probe 10 for conducting ultrasonic waves to a massage part or the like; Low frequency electrode pads 20 and 22 connected to the other end of the electrode cords 21 and 23 having a plug 20a formed at one end thereof and conducting an input low frequency signal to a treatment part or a massage part; An adapter 30 having a plug 30a and a lead terminal 30b having a predetermined shape and outputting an auxiliary power of a predetermined voltage (for example, 12V) generated by rectifying the AC power input through the lead terminal 30b; And a socket 60i through which the plug 10a of the ultrasonic probe 10 is inserted and a socket 60j and 60k through which the plug 20a of the low frequency electrode pads 20 and 22 is inserted and a socket 60l for adapter connection. And a battery for supplying the main power (not shown), and a plurality of operation buttons 60a to 60h for operating mode and command setting and operation modes and commands set by the operation buttons 60a to 60h. Operation is provided with a display unit 62 for displaying the state and the state of the ultrasonic wave and low frequency, and a low frequency oscillation means (not shown) and a control means (not shown) for providing a low frequency signal to the low frequency electrode pads 20 and 22. The main body 40 is provided.

Here, the ultrasonic probe 10 further includes an infrared lamp (not shown) for emitting infrared rays. Accordingly, the ultrasound delivery unit 12 which directly contacts the body part of the patient is installed on the back of the ultrasound probe 10 (that is, the part which is in contact with the area to be treated or the area to be massaged). In addition, the ultrasonic probe 10 includes an infrared lamp (not shown), and an infrared radiation hole 14 for emitting infrared rays emitted from the infrared lamp (not shown) is formed on the rear surface of the ultrasonic probe 10. . Preferably, the portion in which the ultrasonic wave transmitting portion 12 is installed protrudes more than the portion in which the infrared radiation hole 14 is formed.

The low frequency electrode pads 20 and 22 are attached to an electrode pad attachment plate (not shown) during storage. The low frequency electrode pads 20 and 22 repeat the positive and negative electrodes during operation. In the embodiment of the present invention, since there are two sockets 60j and 60k in the operation body 40 for the low frequency electrode pads 20 and 22, the operation body 40 of the present invention has two sockets 60j. Four low-frequency electrode pads can be used simultaneously by two plugs inserted into and out. The sockets 60i, 60j, 60k, 60l may be referred to as jacks.

Among the operation buttons 60a to 60h of the operation body 40, the operation button 60a is used when selecting the ultrasonic treatment mode, the operation button 60b is used when selecting the low frequency mode, and the operation button 60c is It is used to select the ultrasonic beauty mode, and the operation button 60d is used to set a desired use time (for example, the initial value can be adjusted in units of 15 minutes and 5 minutes), and the operation button 60e adjusts the intensity of the low frequency channel 1. Used to adjust, the operation button 60f is used to adjust the intensity of the low frequency channel 2, the operation button 60g is used to adjust the output intensity of the ultrasonic wave, the operation button 60h is the speed of the low frequency stimulus (that is, low frequency It is used to adjust the cycle.

In addition, the input method by the operation buttons 60a-60h of this invention mentioned above may be changed into a touchscreen input method or other input method, for example.

The display unit 62 is installed at the upper front of the operation body 40, the operation buttons (60a, 60b, 60c, 60d) are installed at the lower end of the display unit 62 at the front of the operation body 40, The operation buttons 60e, 60f, 60g, 60h are provided at both sides of the operation body 40 in the form of a rotary dial. The sockets 60i, 60j, 60k, and 60l are preferably installed on the upper surface of the operation body 40, but may be installed on the bottom surface.

As illustrated in FIG. 2, on the display unit 62 of the operation body 40, a screen P1 displaying a remaining operation time according to a set operation mode, a screen P2 displaying a low frequency automatic mode, and an ultrasonic beauty mode. Screen (P3) for displaying, screen (P4) for pressing in the low frequency manual mode, screen (P5) for the ultrasonic therapy mode, screen (P6) for tapping in the low frequency manual mode, low frequency oscillation operation Screen P7 indicating that the operation is being performed, screen P8 displaying the kneading in the low frequency manual mode, screen P9 displaying the ultrasonic intensity in predetermined steps, and the intensity of the low frequency channel 1 and the low frequency channel 2 The screens P10 and P11 respectively displayed are displayed. The low frequency channel 1 refers to, for example, low frequency electrode pads 20 and 22 connected to the socket 60j, and the low frequency channel 2 refers to another low frequency electrode pad connected to the socket 60k.

The low frequency automatic mode and the manual mode are for performing transdermal nerve stimulation therapy (TENS), and use the sensory nerves to reduce pain. According to the low frequency automatic mode and the manual mode, there is also a mild heat effect and a massage effect. In addition, the low frequency stimulation by the low frequency automatic mode and the manual mode not only relaxes the chronic pain, muscle stiffness and paralysis symptoms, but also promotes the secretion or blood circulation of the pain suppressing substance.

The ultrasonic therapy mode is massaged by vibrating more than 1 million times per second, giving endless stimulation to the basal layer in the skin to increase waste discharge and increase the temperature of the core to give vitality and elasticity to the skin, relieve pain, and improve blood circulation. Promotes The first to stretch joints, adhesions and scar tissue, the second to reduce joint stiffness, the third to relieve pain and muscle spasms, the fourth to promote inflammation healing, and the fifth to soft tissue. The calcium absorption deposited on is performed.

The ultrasonic beauty mode performs skin aging prevention, whitening effect enhancement, acne removal, lipolysis promotion and the like.

Finally, infrared radiation enhances blood circulation, metabolism, vasodilation, muscle tissue relaxation, blood pressure drop, phagocytosis, muscle relaxation, and pain reduction.

3 is a diagram illustrating an internal configuration of the ultrasonic probe 10, the adapter 30, and the operation body 40 shown in FIG. 1.

The ultrasonic probe 10 includes an ultrasonic oscillator 64 for performing ultrasonic oscillation, an infrared lamp 68 for emitting infrared rays, and a lamp driver 66 for driving the infrared lamp 68. The ultrasonic oscillator 64 converts a DC power source into an alternating current form so as to vibrate the ultrasonic vibrator, and sends it to the vibrator. Here, the vibrator may be the ultrasonic transmitter 12 of FIG. 1 described above, and the vibrator transmits ultrasonic waves to the outside according to the voltage and current supplied from the ultrasonic generator using ceramics.

The adapter 30 receives a commercial AC power supply 50 (for example, 220V), rectifies the rectifier 54 to be 12V (secondary power supply), and generates an ultrasonic oscillator 64 and / or infrared light of the ultrasonic probe 10. To the lamp 68. In front of the rectifying unit 54, an overcurrent preventing unit 52 as a safety device is installed to block overcurrent.

The operation body 40 houses a battery 56 (two 1.5V batteries) providing a DC power supply (for example, 3V). And, the operation body 40 includes a battery check unit 58 for checking the power of the battery 56; A function operation unit 60 comprising operation buttons 60a to 60h of FIG. 1 described above; The display unit 62 of FIGS. 1 and 2 described above; A voltage amplifying unit 70 for boosting the battery power supply 3V input by the microcomputer 76 to be described later as a part for boosting a voltage for low frequency treatment to a predetermined value (for example, 120V); A low frequency oscillator 74 for outputting a low frequency signal based on the driving voltage from the voltage amplifier 70; And a microcomputer 76 for controlling the overall operation of the operation main body.

The low frequency signal output from the low frequency oscillator 74 is sent to the low frequency electrode pads 20 and 22. At this time, even when the low frequency electrode pads 20 and 22 are shorted during the low frequency operation, an overcurrent prevention unit 72 for preventing a current from flowing over a predetermined value (for example, 2 mA) through the pad is a safety device. It is provided between 70 and the low frequency oscillation part 74.

The microcomputer 76 is equipped with a program for performing operations corresponding to the time calculation, the pulse generation, and the input from the function operation unit 60. In addition, the microcomputer 76 controls the pulse shape, period, and pulse width of the boosted current in the voltage amplifier 70 according to a set operation mode, and separates signals from each other to simultaneously use low frequency and ultrasonic waves. The ultrasonic wave oscillator 64 controls the signal input to the ultrasonic wave oscillator 64 to be controlled.

Next, the operation of the complex physical therapy device according to an embodiment of the present invention will be described.

First, the operation of the low frequency mode will be described with reference to the flowchart of FIG. 4. First, the plug 20a of the electrode cords 21 and 23 is inserted into the socket 60j or 60k on the operation body 40, and the other ends of the electrode cords 21 and 23 are respectively inserted into the low frequency electrode pads 20 and 22. ). Then, the transparent film attached to the low frequency electrode pads 20 and 22 is peeled off, and then the low frequency electrode pads 20 and 22 are placed on the area to be treated (for example, shoulders, arms and legs, joints, waist and feet). It attaches (step S10).

The user then performs power on and low frequency intensity adjustment (step S12). That is, when the power is turned on, the power is turned on by turning the operation button 60e (which is a rotary dial) counterclockwise (may be clockwise in manufacturing) while all other switches are turned off. In this manner, when the low frequency mode is selected, the microcomputer 76 displays a screen P7 (see FIG. 2) indicating that the low frequency mode is selected on the display unit 62. Then, the user adjusts the intensity of the low frequency channel 1 by slowly rotating the operation button 60e. When the intensity of the low frequency channel 1 is adjusted, the screen P10 displaying the intensity adjustment is displayed on the display unit 62 under the control of the microcomputer 76. When using the low frequency channel 2, the intensity of the low frequency channel 2 is adjusted by turning the operation button 60f (which is a rotary dial) in the same manner as the low frequency channel 1 described above.

After that, the desired mode is selected from the automatic mode and the manual mode while continuously pressing the operation button 60b (low frequency mode button) (step S14). For example, when the user presses the operation button 60b for the first time, the microcomputer 76 displays the screen P2 (see FIG. 2) on the display unit 62 but displays only the shoulder portion in the automatic mode. When the operation button 60b is pressed once again, the microcomputer 76 displays the screen P2 on which only the arms and legs are displayed in the automatic mode on the display unit 62, and the operation button 60b. ) Is pressed once again, the microcomputer 76 displays the screen P2 on which only the joint part is displayed in the automatic mode on the display unit 62, and when the operation button 60b is pressed once again, the microcomputer 76 is pressed. 76 displays a screen P2 on which only the waist part is displayed in the automatic mode on the display unit 62. When the operation button 60b is pressed once again, the microcomputer 76 displays the display unit 62. Display screen (P2) showing only feet in auto mode If the operation button 60b is pressed once again, the microcomputer 76 displays the manual mode screen P4 (see FIG. 2, meaning pressing) on the display unit 62. When the button 60b is pressed once again, the microcomputer 76 displays the manual mode screen P6 (see FIG. 2, meaning tapping) on the display unit 62, and the operation button 60b. When pressed again, the microcomputer 76 causes the display unit 62 to display the screen P8 in manual mode (refer to FIG. 2, kneading). In this way, the automatic mode is selected when the treatment of a specific site is required, and the manual mode is selected when a specific type of treatment is desired, and the user sequentially displays the screen by operating the operation button 60b. Select the desired mode of operation.

Then, the operation button 60d is pressed to set a desired time for treatment (step S16). The treatment time is 15 minutes to 20 minutes is appropriate for each site, it is not preferable to treat more than twice a day. As the treatment time is set, the microcomputer 76 displays the screen P1 (see FIG. 2) displaying the time on the display unit 62.

Then, the microcomputer 76 controls the low frequency oscillation based on the data set by the operation buttons (step S18). That is, the voltage amplifier 70 boosts the power source (eg, 3V) from the battery 56 to 120V under the control of the microcomputer 76, and the voltage boosted by the low-frequency oscillator 72 through the overcurrent protection unit 72. As applied to 74, the low frequency oscillator 74 applies a predetermined low frequency signal (low frequency current) to the low frequency electrode pads 20,22. Accordingly, the low frequency current flows through the low frequency electrode pads 20 and 22 to the human body, thereby alleviating muscle pain and muscle stiffness and numbness of the area to which the low frequency electrode pads 20 and 22 are attached.

While the treatment is performed by such a low frequency oscillation, the data preset by the operation of the function operation unit 60 may be changed.

That is, if the preset data are changed while performing the treatment by the low frequency oscillation ("Yes" in step S20), the microcomputer 76 determines whether the changed data is data indicating the end of the low frequency oscillation (step S22). To end the low frequency oscillation (i.e., when operating the operation buttons 60e and 60f; the rotary dial is set to set the intensity of the low frequency channels 1 and 2 to "zero") to end the low frequency oscillation. .

However, if the changed data is other than the low frequency oscillation end ("No" in step S22), the microcomputer 76 controls the corresponding low frequency oscillation (step S24). For example, if the operation button 60h (rotary dial) is operated to adjust the speed of the low frequency stimulus (i.e., adjust the speed of the massage), the microcomputer 76 is based on the manipulated amount (i.e., rotation amount). To slow down the low-frequency stimulus.

The operation of the ultrasonic therapy mode will now be described with reference to the flowchart of FIG. 5. First, after connecting the plug 30a of the adapter 30 to the socket 60l of the operation body 40, the therapeutic gel is sufficiently applied to the desired site (step S30).

Then, the operation button 60g (which is a rotary dial) is turned to turn on the power (step S32).

Thereafter, when the operation button 60a is operated to select the ultrasound treatment mode (step S34), the microcomputer 76 displays a screen (P5; see FIG. 2) indicating that the ultrasound treatment mode is selected on the display unit 62. Let's do it. In addition, the microcomputer 76 controls the ultrasonic wave oscillator 64 to operate. Accordingly, the ultrasonic oscillator 64 generates vibration pulses of 1 million or more times per second and applies them to the ultrasonic transmitter 12 of the ultrasonic probe 10.

Thus, massage is performed while gently moving the ultrasonic probe 10 in contact with the gel-applied portion (step S38). At this time, the ultrasonic probe 10 should not be stopped for a long time in a portion.

If the ultrasonic intensity may be adjusted during the ultrasonic treatment operation, in this case, the operation button 60g (which is a rotary dial) is used. That is, ultrasonic intensity can be adjusted suitably to 1-10 levels, turning the said operation button 60g. When the operation button 60g is operated (" Yes " in step S40), the microcomputer 76 adjusts the intensity of the ultrasonic wave oscillated and output from the ultrasonic wave oscillator 64 based on the operation amount (i.e., rotation amount). (Step S42). On the other hand, depending on whether the chronic disease or acute disease by pressing the operation button (60a) in the case of chronic disease continuous stimulation (100%) is selected, in the case of acute disease the duty ratio is adjusted to 30% or 50%. Such a change in the duty ratio is grasped by the screen P9 displayed on the display unit 62 under the control of the microcomputer 76. Here, the intensity refers to the intensity of the ultrasonic output, and the duty ratio refers to the ratio of the output ultrasonic time to the unit time.

When the signal corresponding to the power off (that is, the operation button 60g (rotary dial) is rotated and set to “zero”) during the ultrasound treatment operation is input to the microcomputer 76 ( In step S44, the microcomputer 76 controls the ultrasonic wave oscillator 64 to terminate the ultrasonic wave oscillation.

The operation of the ultrasonic beauty mode will now be described with reference to FIG. 6. Once the plug 30a of the adapter 30 is connected to the socket 60l of the operation body 40, the cosmetics on the skin are removed to clean the skin, and then the massage cream or skin beauty ultrasound is applied to the desired area. Apply gel sufficiently (step S50).

Then, the operation button 60g (which is a rotary dial) is turned to turn on the power (step S52).

Thereafter, when the manipulation button 60c is operated to select the ultrasonic beauty mode (step S54), the microcomputer 76 displays a screen P3 (see FIG. 2) indicating that the ultrasonic beauty mode is selected on the display unit 62. Let's do it. In addition, the microcomputer 76 controls the ultrasonic wave oscillator 64 to operate. Accordingly, the ultrasonic oscillator 64 generates vibration pulses of 1 million or more times per second and applies them to the ultrasonic transmitter 12 of the ultrasonic probe 10.

Thus, massage is performed while gently moving the ultrasonic probe 10 in contact with the gel-applied portion (step S58). At this time, the ultrasonic probe 10 should not be stopped for a long time in a portion.

In this manner, while gently rubbing with the ultrasonic probe 10 as if massaging the face and the whole body, a signal corresponding to a power-off (that is, an operation button 60g; is a rotary dial) is rotated to "0 (zero)" during ultrasonic beauty treatment. When the set signal) is input to the microcomputer 76 ("Yes" in step S60), the microcomputer 76 controls the ultrasonic wave oscillator 64 to terminate the ultrasonic wave oscillation.

However, the signal input to the microcomputer 76 during the ultrasonic beauty operation is not a signal corresponding to the power off (“No” in step S60), for example, a signal for adjusting the beauty time by manipulation of the operation button 60d. If it is input ("Yes" in step S62), the microcomputer 76 controls the ultrasonic wave oscillator 64 so that the ultrasonic oscillation is made only for the cosmetic time based on the adjustment amount (step S64). When the beauty time is adjusted, the microcomputer 76 allows the time displayed on the screen P1 (see FIG. 2) on the display unit 62 to be displayed while being counted down from the newly adjusted beauty time.

Finally, the operation of the infrared mode will be described with reference to the flowchart of FIG. 7. Once the plug 30a of the adapter 30 is connected to the socket 60l of the operation body 40, the power is turned on by pressing the infrared lamp switch SW (see FIG. 8) installed on the upper surface of the ultrasonic probe 10. (ON) (step S70).

Accordingly, the microcomputer 76 controls the lamp driver 66 to drive the infrared lamp 68 (step S72).

As the infrared lamp 68 is driven, infrared radiation is emitted (step S74), and the user rubs the back surface of the ultrasonic probe 10 on the desired area evenly (step S76).

Thereafter, when the infrared lamp switch SW is turned off ("Yes" in step S78) to end the infrared driving, the microcomputer 76 stops driving of the lamp driving unit 66 so that the infrared lamp 68 is turned off. Terminates infrared radiation.

In the above-described mode operation description, the respective modes (ie, low frequency mode, ultrasonic therapy mode, ultrasonic beauty mode, infrared mode) have been described, but the low frequency mode and the ultrasonic wave related mode (ultrasound treatment mode or ultrasonic beauty mode) are combined together. It can also work. In the case where the low frequency mode and the ultrasound related mode are operated together, the basic setting time of the low frequency mode and the ultrasonic therapy mode is 15 minutes, and the basic setting time of the ultrasonic beauty mode is 10 minutes. When the low frequency mode and the ultrasonic treatment mode are used together, the microcomputer 76 controls only the remaining time of the low frequency mode to be displayed on the display unit 62. If the operation of the ultrasonic wave-related mode is terminated while the low frequency mode is in operation, the microcomputer 76 controls the screen P3 or P5 displayed on the display unit 62 to blink. If the setting time of the low frequency mode arrives, the microcomputer 76 terminates the low frequency oscillation and the ultrasonic oscillation at the same time.

According to the present invention as described in detail above, by integrating the function of ultrasound and low-frequency, physical therapy such as arthritis, treatment of stiff shoulders, massage function to relax chronic pain or muscle stiffness and paralysis symptoms, blood circulation enhancement, etc. It has all the functions.

In addition, as the infrared lamp is installed on the ultrasonic probe, the effect of circulating, metabolic and vasodilation decreases pain, helps muscle relaxation, and also improves blood circulation, phagocytosis, and waste removal. To be humble.

In addition, since the ultrasonic physiotherapy device, the infrared physiotherapy device, and the low frequency stimulator can be integrated and used as a single device, it is possible to reduce the hassle and cost of purchasing each of them as necessary.                     

On the other hand, the present invention is not limited only to the above-described embodiment, but can be modified and modified within the scope not departing from the gist of the present invention, the technical idea to which such modifications and variations are also applied to the claims Must see

Claims (15)

And a socket into which the plug of the ultrasonic probe is inserted, a socket into which the plug of the low frequency electrode pad is inserted, and a socket for adapter connection, a battery is stored, and a display unit and a plurality of operation buttons and control means are provided. And one or both of an ultrasonic wave oscillation and a low frequency oscillation on the basis of an operation mode and command information set as the operation button of the control button is operated. The method of claim 1, The control means, if at least one of the plug of the ultrasonic probe and the low-frequency electrode pad is inserted into the socket, if the power button is turned on, a corresponding display is displayed on the display unit, and the operation button is subsequently input. And displaying an operation setting state corresponding to the operation result signal of the display unit on the display unit. The method of claim 1, Wherein said low frequency oscillation is performed using power from said battery. The method of claim 1, And the ultrasonic oscillation is performed using a power source from the adapter. Ultrasonic probe for conducting the ultrasonic wave to conduct the ultrasonic wave in accordance with the input control signal; A low frequency electrode pad conducting an input low frequency signal; An auxiliary power supply adapter; And A socket for inserting the plug of the ultrasonic probe, a socket for inserting the plug of the low frequency electrode pad, and a socket for connecting the adapter, a battery being accommodated, and an operation body including a display unit and a plurality of operation buttons and control means, And the control means performs one or both of an ultrasonic wave oscillation and a low frequency oscillation on the basis of an operation mode and command information set as the plurality of operation buttons are operated. An ultrasonic probe having a plug having a predetermined shape and conducting ultrasonic oscillation according to an input control signal to conduct ultrasonic waves through the ultrasonic transfer unit; A low frequency electrode pad connected to the other end of an electrode cord having a plug formed at one end thereof and conducting an input low frequency signal; An adapter having a plug and a lead terminal having a predetermined shape, and outputting an auxiliary power generated by rectifying an AC power input through the lead terminal; And A socket for inserting the plug of the ultrasonic probe, a socket for inserting the plug of the low frequency electrode pad, and a socket for connecting an adapter, a battery being stored, and a plurality of operation buttons for operating mode and command setting; An operating body having a display unit for displaying an operation mode and a state of a command set by the operation unit, and a low frequency oscillation means and a control means for providing a low frequency signal to the low frequency electrode pad, And the control means performs one or both of ultrasonic wave oscillation at the ultrasonic probe and low frequency oscillation at the low frequency oscillation means based on the operation mode and the command information set by the function manipulation unit. The method according to claim 5 or 6, The ultrasonic probe further comprises an infrared lamp for emitting infrared rays and a lamp driving unit for driving the infrared lamp, the infrared drive in the ultrasonic probe is performed by the control of the control means. The method of claim 7, wherein The ultrasound probe is a complex physical therapy device, characterized in that using the auxiliary power from the adapter. The method according to claim 5 or 6, And a low frequency signal input to the low frequency electrode pad is generated using power from the battery. The method according to claim 5 or 6, Complex adapter, characterized in that the adapter is further provided with an overcurrent protection. The method according to claim 5 or 6, The control means, if at least one of the plug of the ultrasonic probe and the low-frequency electrode pad is inserted into the socket, if the power button is turned on, a corresponding display is displayed on the display unit, and the operation button is subsequently input. And displaying an operation setting state corresponding to the operation result signal of the display unit on the display unit. The method according to claim 5 or 6, And said overbody preventing unit further comprising an overcurrent prevention unit for preventing the amount of current applied to said low frequency electrode pad from being greater than or equal to a predetermined value. The method according to claim 5 or 6, When the ultrasonic probe and the low frequency electrode pad are simultaneously used, the control means displays only the remaining time of the low frequency oscillation time on the display unit among the ultrasonic oscillation time and low frequency oscillation time set by the operation of the operation button. Physical therapy. The method according to claim 5 or 6, And when the ultrasonic oscillation is terminated while simultaneously using the ultrasonic probe and the low frequency electrode pad, the control unit flashes the ultrasonic display on the display unit. The method according to claim 5 or 6, And when the low frequency oscillation time set by the operation of the operation button arrives while simultaneously using the ultrasonic probe and the low frequency electrode pad, the control means terminates both the ultrasonic oscillation and the low frequency oscillation.

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