KR20040052970A - Multi-functional integrated device for physical therapy - Google Patents

Abstract

PURPOSE: A multi-functional integrated device for physical therapy is provided to perform physical therapy and massaging more efficiently at home, reduce household costs of a user and minimize the occupied space of a physical therapy device. CONSTITUTION: In a low frequency whole body massager(60) with a far infrared ray lamp stored therein, potential acupuncture needle(61), a low frequency abdomen massager(63), a low frequency foot massager(64), a low frequency pad massager(65) and an electric heating mat(66) with a heater stored therein, a mat connecting part(48) and a power input part(49) are installed at one side of a main body, a mode selection part(31) and a timer(32) are installed on the top center part of the main body, first to fourth frequency control volumes(36,37,38,39) are installed at one upper side if the main body, and a third temperature control volume(33a,33b), level meters(35a,35b) and temperature display parts(34a,34b) are placed at one upper side of the main body.

Description

Multi-functional integrated device for physical therapy

The present invention relates to a multifunctional integrated physiotherapy device, and more particularly, the low frequency at the same or different levels to the whole body, the abdomen, the foot, the pad massager is applied locally by a low frequency. Massage the body part of the body at the same time, heat supply (heater, infrared lamp, etc.) installed in the heating mat, the abdominal massager and the external heating massager can be supplied with current and temperature control, while the heating mat and other devices The present invention relates to a multifunctional integrated physiotherapy device capable of controlling complex low frequency therapy as well as controlling and controlling electric potential therapy and complex potential of the potential therapy.

In general, the physiotherapy machine is composed of low frequency therapy devices, far infrared therapy devices, and potential therapy devices. These physiotherapy devices apply low-frequency, far-infrared, and high-pressure potentials to the human skin to force rigid muscles to prevent muscle degeneration or blood. It is used to relieve pain by improving circulation.

As shown in FIG. 1, the conventional low frequency massager, which is a physical therapy device used as described above, is integrated into the head part 22 and the lower part of the head part 22 on which a plurality of electrode terminals 23 made of metal are installed on the front surface. The body 21 is formed of a handle portion 24 formed with a, the lower end of the handle portion 24 of the body 21 is coupled to the connection cord 25 is connected in parallel to the plurality of electrode terminals 23 It is configured to be. In addition, the conventional low frequency massager 20 is connected to the low frequency generator 26 to supply a low frequency current as the connection cord 25 to be used.

However, in the conventional low frequency massager configured as described above, the low frequency generator 26 simply has a simple function of supplying low frequency to the low frequency generator 26.

In addition, the far-infrared ray therapy device, which improves blood circulation by applying far-infrared rays to the human skin, supplies power to a lamp that emits far-infrared rays and controls the exothermic temperature of the far-infrared lamp.

In addition, the heat transfer mat manufactured with a material that emits far infrared rays such as jade not only includes the temperature control function of the mat, but also releases a negative potential to relieve muscle fatigue by applying a high voltage potential to the human body. Although it is necessary to include a control device, such a control device is also limited to use only in the heat transfer mat.

Therefore, if you need to purchase a therapy device for physical therapy at home, you need to separately purchase low frequency therapy device, far infrared therapy device, potential therapy device, etc., which not only increases the household burden of users, but also saves a lot of space when purchasing each therapy device separately. There are many problems such as taking up.

The present invention provides a multi-functional integrated physical therapy device that can perform a plurality of treatment devices, such as low-frequency therapy device, far-infrared therapy device, potential therapy device, as well as electrothermal mat controller in order to solve the above problems, physical therapy and It is a technical task to provide a multifunctional integrated physical therapy device that makes massage more efficient and reduces household expenses and minimizes the space for physical therapy devices.

In addition, the present invention provides a multi-function integrated physical therapy device that can perform a plurality of functions, such as low-frequency therapy device, far-infrared therapy device, potential therapy device, as well as electrothermal mat controller in combination with micro By controlling the low frequency generator, the potential generator, and the current supply unit in the processor unit (MPU), it is possible to precisely control various physiotherapy by controlling the low frequency intensity, the potential intensity and the current level to the optimum conditions by the program. It is a technical task to provide a control system of a multifunctional integrated physical therapy device.

The present invention is a low-frequency whole body massager with a built-in far-infrared lamp, a potential needle, a low-frequency thermal massager with a heater, a low-frequency abdominal massager, a low-frequency foot massager, a low-frequency pad massager, a heat transfer mat with a heater, the main body having a constant shape And a sixth to first connector to which the whole body / heat / abdomen / foot / pad massager and the potential needle are connected to one side of the main body, and a mat connection part to which the heat transfer mat is connected to one side of the main body. A power input unit for supplying power is provided, and a mode selection unit for setting a low frequency cycle supplied to the whole body / heat / abdomen / foot / pad massager in a four-step mode in the center of the upper surface of the main body, and in each operation mode. A timer is provided to display the operation time and the current time according to the above, and the whole body / heat / abdomen / foot / Low-frequency strong and weak frequency supplied to the massage device, the first to fourth frequency control volume for controlling the intensity is installed, the first and second temperature for controlling the heating temperature of the whole body / thermal massager on the other side of the main body A potential / negion selection button for generating a high-voltage potential and an anion through an adjusting volume, a potential needle and a heat transfer mat, and a potential time display portion for displaying a driving time when the potential selection button is operated are provided. The third temperature control volume for controlling the heating temperature of the heat transfer mat, a level meter for displaying the intensity step by step by the first to fourth frequency control volume, and by the operation of the first to third temperature control volume Characterized in that the temperature display is installed to display the set temperature and the current temperature.

In addition, the present invention is a low-frequency whole body massager with a built-in far-infrared lamp, potential needle, low-frequency thermal massager with a heater, low-frequency abdominal massager, low-frequency foot massager, low-frequency pad massager, heat transfer mat with a heater, button and volume operation MPU is provided by a program built into the system, such as time temperature control, operation time control, and control of various display devices, and the input terminal of the MPU is supplied to the whole body / heat / abdomen / foot / pad massager and the potentiometer. A mode selection unit for setting the low frequency to the four-stage mode, and the first to third temperature control volume for adjusting the heating temperature of the heat transfer mat and the whole body / thermal massager, the whole body / heat / abdomen / The first to fourth frequency control volume for controlling the low-frequency intensity supplied to the foot massager, and the high-pressure transfer through the potential needle and the heat transfer mat A potential selection button for generating an ion and an anion selection button for generating anion is connected, and an input terminal of the MPU detects an exothermic temperature of the whole body / thermal massager and an electrothermal mat to provide temperature information to first to third temperatures; A sensing sensor is connected, and at one output terminal of the MPU, a level meter indicating strength and weakness by stages of the first to fourth frequency control volumes, and a set temperature and a current by operating the first to third temperature control volumes. A temperature display unit for displaying a temperature, a potential time display unit for displaying a driving time when a potential selection button is operated, and a timer for displaying an operation setting time and a current time according to each operation mode are connected, and the other output terminal of the MPU is connected to the whole body. The first and second low frequency generators for supplying low frequency and current to the thermal massager and the first and second current supply units, The other output terminal is connected to the third to fifth low frequency generator for supplying a low frequency to the abdomen / foot / pad massager, a potential needle generator for supplying a high voltage potential to the potential needle, a high pressure through the electrothermal mat and the potential needle Characterized in that the potential generator for supplying the potential of the connection is made.

1 is a structural diagram of a conventional low frequency massager.

Figure 2 is an exploded perspective view of a multifunctional integrated physical therapy device according to the present invention.

3 is a perspective view of a multifunctional integrated physical therapy device according to the present invention

4 is a control block diagram of a multifunctional integrated physical therapy device according to the present invention.

<Explanation of symbols for main parts of drawing>

31: Mode selector 32: Timer

33a, 33b: mat temperature control volume 34a, 34b: temperature display

35a, 35b: level meter 36 to 39: first to fourth frequency control volume

40: frequency adjusting part 41 to 46: first to fifth connectors

47: mode display part 48: mat connector

49: power input unit 51: potential time display unit

52, 53: first and second temperature control volume 54: potential selection button

55: anion selection button 56: temperature detection unit

57 to 59: first to third temperature sensor 60: full-body massage

61: potential needle 62: thermal massager

63: Abdominal Massager 64: Foot Massager

65: pad massager 70: microprocessor unit

80: power supply 82, 84: first, second current supply

81, 83, 85, 86, 87: first to fifth low frequency generator

88: potential generator 89: negative ion generator

90: potential needle generator 91: mat current supply unit

P: power switches S1 to S4: first to fourth switches

Hereinafter, described in detail with reference to Figures 2 to 4 attached multifunctional integrated physical therapy device according to the present invention.

Figure 2 is an exploded perspective view of the multifunctional integrated physical therapy device according to the present invention, Figure 3 is a perspective view of the multifunctional integrated physical therapy device according to the present invention, a body massager 60, the potential needle (61) on one side of the upper surface of the rectangular body (30a) ), The thermal massager 62, the abdominal massager (63), the foot massager (64), the massage device connecting portion (47) consisting of the sixth to the first connector (46 to 41) connected to each other and the jack of the pad massager (65) On the side of the main body 30a, a mat connector 48 to which the heat transfer mat 66 is connected and a power input unit 49 to which AC 220V driving power is supplied are installed.

In the center of the main body 30a, a low frequency cycle supplied to the full-body massager 60, the potential needle 61, the thermal massager 62, the abdominal massager 63, the foot massager 64, and the pad massager 65 is provided. A mode selector 31 for setting the four-step mode and a timer 32 for displaying the operation time and the current time according to each operation mode are provided.

Low frequency strength supplied to each of the whole body massager 60, the thermal massager 62, the abdominal massager 63, the foot massager 64 on the lower side of the mode selection unit 31 installed in the main body 30a. In order to adjust the intensity of the first to fourth frequency adjusting volume (36 ~ 39) consisting of a frequency control unit 40 is installed, the lower side of the mode selection unit 31, the body massager 60 and the thermal massager Potential selection button for generating high voltage potential and negative ions through the first and second temperature regulating volumes 52 and 53 for adjusting the heating temperature of the 62 and the potential needle 61 and the heat transfer mat 66. 54 and anion selection button 55, and a potential time display section 51 for displaying the driving time during operation of the potential selection button 54 are provided, respectively.

On both sides of the upper side of the mode selection unit 31 installed in the main body 30a, the third temperature control volume 33a and 33b for adjusting the heat generation temperature of the heat transfer mat 66 and the frequency control unit 40 are Level meters (35a) (35b) for displaying the intensity step by step by the first to fourth frequency control volume (36 to 39), and the first to third temperature control volume (33a) (33b) (52) ( Temperature display sections 34a and 34b for displaying the set temperature and the present temperature by the operation of 53 are provided.

Herein, the first to fourth frequency regulating volumes 36 to 39, the first and second temperature regulating volumes 52 and 53, and the third temperature regulating volumes 33a and 33b are formed of a start switch and an adjusting volume. In addition, reference numeral P denotes a power switch.

4 is a block diagram of a control circuit of the multifunctional integrated physical therapy apparatus according to the present invention. The MPU 70 is controlled by a program built into the system such as temperature control, operation time control, and control of various display devices during button or volume operation. Is provided.

The low frequency period supplied to the whole body massager 60, the potentiometer 61, the thermal massager 62, the abdominal massager 63, the foot massager 64, and the pad massager 65 is input to the input terminal of the MPU 70. Third temperature adjusting volumes 33a and 33b for controlling the heating temperature of the heat transfer mat 66 while the first to fourth switches S1 to S4 of the mode selector 31 for setting to the four-step mode are connected. And the first and second temperature regulating volumes 52 and 53 for adjusting the heating temperature of the whole body massager 60 and the thermal massager 62, respectively.

In addition, the input terminal of the MPU 70, the frequency control unit for adjusting the intensity of the low and low frequency supplied to the full-body massager 60, the thermal massager 62, the abdominal massager 63, the foot massager 64 The first to fourth frequency control volumes 36 to 39, which are 40, are connected to the potential selection button 54 and anion for generating a high voltage potential through the potential needle 61 and the heat transfer mat 66. Anion selection buttons 55 for generating are connected respectively.

In addition, the input terminal of the MPU (70) detects the heat generated in the far infrared lamp installed inside the full-body massager (60), the heat massager (62) and the heat transfer mat (66) to provide current temperature information. First to third temperature sensors 57, 58, 59 are connected, respectively.

And, at the output terminal of the MPU 70, the level meter (35a) (35b) for displaying the intensity step by step by the first to fourth frequency control volume (36 to 39) that is the frequency control unit 40, and the second Driving when operating the potential selection button 54 and the temperature display sections 34a and 34b which display the set temperature and the present temperature by the operation of the first to third temperature regulating volumes 33a, 33b, 52 and 53. The potential time display part 51 which displays time, and the timer 32 which displays the operation time and present time etc. according to each operation mode are connected,

In addition, a first low frequency generator 81 and a first current supply unit 82 for supplying a low frequency and a current to the whole body massager 60 through a sixth connector 46 are connected to an output terminal of the MPU 70, and The second low frequency generator 83 and the second current supply unit 84 for supplying low frequency and current to the thermal massager 62 through the four connectors 44 are connected.

In addition, the output terminal of the MPU (70) through the first to third connectors (41, 42, 43) for supplying a low frequency to the pad massager 65, the foot massager 64, the abdominal massager 63 A potential needle generator 90 for supplying a high voltage potential to the potential needle 61 through the fifth connector 45 while the third to fifth low frequency generators 85, 86 and 87 are connected; and a fifth connector. A potential generator 88 for supplying a high voltage potential through the mating portion 48 and the mat connecting portion 48 is connected.

When described in detail with reference to Figure 2 to 4 the functional relationship of the multifunctional integrated physical therapy device according to the present invention made as described above.

As shown in FIG. 2, the full-body massager 60 is connected to the sixth connector 46 of the massager connecting portion 47 installed on the main body 30a, the potential needle 61 is connected to the fifth connector 45, and the fourth connector 44. Thermal massager (62), abdominal massager (63) on the third connector (43), foot massager (64) on the second connector (42), and heat transfer mat (66) on the first connector (41). Install each connection.

In this way, when all the peripheral devices are connected to the main body 30a and the power switch P installed in the main body 30a is turned on, the AC 220V power supplied through the power input unit 49 is shown in FIG. 3. By supplying the driving power (Vcc, V1, V2) to all systems, including the MPU 70 by passing through the power supply unit 80, and when the driving power is applied in the MPU 70, all the system is initialized After that, the current time is displayed on the time display unit of the timer 32, and the standby state can be executed for the operating states of all the volumes and buttons.

In this state, the user uses the first to fourth frequency adjusting volumes 36 to 39 to perform low-frequency massage using the full-body massager 60, the abdominal massager 63, the foot massager 64, and the pad massager 65. When operating all of the on (ON) state in the MPU (70) low frequency output mode and timer according to the control mode of the low frequency output mode specified by the mode selector 31 and the first to fourth frequency control volume (36 to 39) ( 32) The information set by the operation is read to drive the first and third to fifth low frequency generators 81 (85 to 87).

As described above, when the low frequency massage mode is executed in a state in which the peripheral device and the main body 30a are connected, the user first operates the first to fourth frequency adjusting volumes 36 to 39 in an on state, and at the same time, sets the low frequency intensity. On the other hand, the timer 32 is operated to set the operation time and the mode selector 31 is operated to designate the low frequency output mode.

The MPU 70 drives the first and the third to fifth low frequency generators 81 and 85 to 87 according to the start signals of the first to fourth frequency control volumes 36 to 39. By transmitting the low frequency to the body massager 60, the abdominal massager 63, the foot massager 64, the pad massager 65 through the low-frequency massage of the various parts of the human body at the same time, the MPU (70) The user can visually check the intensity of the low frequency level set by the first to fourth frequency control volumes 36 to 39 by turning on the level meters 35a and 35b, and make a reservation by operating the timer 32. The time is displayed, but the program can not exceed 30 minutes.

In addition, the mode selector 31 includes first to fourth switches S1 to S4 as shown in FIG. 4, and according to the contact state of the first to fourth switches S1 to S4. The output waveform periods of the third to fifth low frequency generators 81 and 85 to 87 are changed in four stages. (10 waveforms are repeatedly output for one minute when the first switch S1 is connected. 20 waveforms are repeatedly output for 1 minute when the second switch is connected (S2), 30 waveforms are repeatedly output for 1 minute when the third switch is connected (S3) 30 waveforms are repeatedly output for 1 minute at the time of step-3, when the fourth switch S4 is connected, steps 1 to 3 are repeated to step-4)

In addition, when the user selectively starts the first to fourth frequency control volumes 36 to 39, a low frequency massage may be selectively performed on a desired part of the human body.

The following describes the execution process of the potential treatment mode in the multifunctional integrated physical therapy apparatus of the present invention. First, when the user operates the potential selection button 54 in the on state for the potential treatment, the MPU 70 program. To drive the first to fifth low frequency generators 81, 83, 85, 86, 87, the first and second current supply units 82, 84, and the anion generator 89 in operation by Stops the entire surface, and operates the potential generator 88 to apply a voltage of 500 to 1,000 V according to the mode set by the mode selector 31 through the fifth connector 45 and the mat connector 48. ) And the heat transfer mat 66 to supply dislocation treatment.

At this time, the MPU 70 may be changed in four steps within the range of 500 to 1,000 V according to the contact state of the first to fourth switches S1 to S4 of the mode selector 31, and the setting of the four steps is performed. The voltage level can be visually checked by lighting the level meters 35a and 35b, and the operating time is alternatively selected from 30 minutes, 1 hour, 3 hours, and continuous. The first to fifth low frequency generators 81, 83, 85, 86 and 87 which were operated before the potential selection button 54 was stopped at the same time as the driving of the generator 88 was stopped. 2 The driving of the current supply units 82 and 84 and the negative ion generator 89 are completely resumed.

Next will be described the process of controlling the temperature by supplying a current to the general-purpose massager 60, the thermal massager 62, the heat transfer mat 66 in the multifunctional integrated physical therapy device according to the present invention.

First, since two rows of heaters, which are divided into left and right sides, are typically installed inside the heat transfer mat 66, the left and right heaters are controlled by two third temperature regulating volumes 33a and 33b, and a full-body massager 60. The inside of the infrared lamp has a built-in infrared lamp to control the heat generation temperature of the infrared lamp 52, the heat massager 62 inside the heater is built in the second temperature control volume (53) It is supposed to be adjusted.

Therefore, the first to third temperature control volumes 52, 53, 33a, 33b are operated to produce an infrared lamp heat generation temperature inside the full-body massager 60, a heater heat generation temperature inside the thermal massager 62, When the heating temperature of the left and right heaters of the heat transfer mat 66 is set, the MPU 70 increases the respective temperatures by controlling the first and second current supply units 82 and 84 and the mat power supply unit 91.

At this time, the first temperature sensor 57 of the temperature sensor 56 detects the heating temperature of the infrared lamp of the full-body massager 60, the second temperature sensor 58 is a heater of the thermal massager 62 The heating temperature is sensed, and the third temperature sensor 59 detects the heating temperature of the heat transfer mat 66, respectively.

Each temperature information detected by the first to third temperature sensors 57, 58, 59 is transmitted to the MPU 70, the MPU 70 is the first to third temperature control volume ( The first and second current supply units 82 and 84 and the mat power supply unit 91 are controlled to keep the temperature values set by the 52, 53, 33a and 33b constant, and set by the program. The temperature and current temperature information is displayed on the temperature display units 34a and 34b.

Next will be described the operation of the potential needle generator 90 and the negative ion generator 89 and the mode display unit 50 in the multifunctional integrated physical therapy apparatus according to the present invention.

First, when the user operates the potential selection button 54 in the on state, the MPU 70 recognizes this and drives the potential needle generator 90 so that the potential needle generator 90 receives the high voltage potential at the fifth connector. The potential needle is generated by the potential needle generator 90 through 45.

In addition, when the user operates the negative ion selection button 55 in the on state, the MPU 70 recognizes this and generates negative ions as the mat power supply unit 91 is driven. The potential selection button 54 and negative ions are generated. When the selection button 55 is operated, the reservation and the operation time can be freely set by the user's timer 32 operation.

Each lamp L1 to L7 of the mode display unit 50 includes a third temperature control volume 33a and 33b, a first to fourth frequency control volume 36, 37, 38, 39, and anion. When the selection buttons 55 are operated in the on-state, respectively, the whole body massager 60, the potentiometer 61, the thermal massager 62, the abdominal massager 63, which are turned on under the control of the MPU 70, respectively, The foot massager 64, the pad massager 65, and the heat transfer mat 66 are in operation.

Multifunctional integrated physical therapy device according to the present invention operated in this way can supply a low frequency independently to the body massager (60), thermal massager (62), abdominal massager (63), foot massager (64), pad massager (65) Massage can be performed simultaneously, and the current lamp and the temperature control are provided in the infrared lamp built in the body massager 60, the heater built in the thermal massager 62, and the heater built in the heat transfer mat 66. In addition to the far-infrared and heat treatment is possible, by supplying a high-voltage potential to the potential needle generator 90 and the heat transfer mat 66, the potential treatment is possible, as well as a number of therapeutic devices by generating anions This can be done in combination.

As described above, the present invention provides physical therapy and massage in a general home by providing a multifunctional integrated physical therapy device that can perform a combination of a plurality of treatment devices such as a low frequency therapy device, a far infrared therapy device, a potential therapy device, as well as an electrothermal mat controller. It is more effective to reduce the household burden and at the same time have the effect of minimizing the space secured by the physical therapy device.

In addition, the present invention provides a multi-function integrated physical therapy device that can perform a plurality of functions, such as low-frequency therapy device, far-infrared therapy device, potential therapy device, as well as electrothermal mat controller in combination with micro By controlling the low frequency generator, the potential generator, and the current supply unit in the processor unit (MPU), it is possible to precisely control various physiotherapy by controlling the low frequency intensity, the potential intensity and the current level to the optimum conditions by the program. It works.

Claims (2)

Low frequency full-body massager 60, potential needle 61, low-frequency thermal massager (62), low-frequency abdominal massager (63), low-frequency foot massager (64), low-frequency pad massager (65) with a built-in far infrared lamp, In the heat transfer mat 66 with a built-in heater, The main body 30a having a constant shape is provided, On one side of the upper surface of the main body 30a, the sixth to first connectors 46 to 41 to which the whole body / heat / abdomen / foot / pad massager 60 (62 to 65) and the dislocation needle 61 are connected are installed. One side of the main body 30a is provided with a mat connecting portion 48 to which the heat transfer mat 66 is connected and a power input unit 49 to which driving power is supplied. In the center of the upper surface of the main body 30a, a mode selector 31 for setting the period of the low frequency supplied to the whole body / heat / abdomen / foot / pad massager 60 (62 to 65) in a four-step mode, respectively, The timer 32 is displayed to display the operation time and the current time according to the operation mode of, On one side of the upper surface of the main body 30a, the first to fourth frequency adjusting volumes for adjusting the intensity of the low and high frequencies supplied to the whole body / heat / abdomen / foot / pad massagers 60 (62 to 65) ( 36-39), On the other side of the upper surface of the main body 30a, the first and second temperature regulating volumes 52 and 53 for adjusting the heating temperature of the whole body / thermal massager 60 and 62, the potential needle 61 and the heat transfer mat A potential / anion selection button 54, 55 for generating a high voltage potential and an anion through the 66, and a potential time display unit 51 for displaying a driving time when the potential selection button 54 is operated; , On one side of the upper surface of the main body 30a, strength is weakened by third temperature adjusting volumes 33a and 33b for adjusting the heating temperature of the heat transfer mat 66 and the first to fourth frequency adjusting volumes 36 to 39. Level meter (35a) (35b) for displaying the step by step, and a temperature display unit for displaying the set temperature and the current temperature by the operation of the first to third temperature control volume (33a) (33b) (52) (53) (34a) (34b) is a multifunctional integrated physical therapy device, characterized in that made. Low frequency full-body massager 60, potential needle 61, low-frequency thermal massager (62), low-frequency abdominal massager (63), low-frequency foot massager (64), low-frequency pad massager (65) with a built-in far infrared lamp, In the heat transfer mat 66 with a built-in heater, The MPU 70, which is controlled by a program built into the system, such as temperature control, operation time control, and control of various display devices during button and volume operation, is provided. At the input terminal of the MPU 70, a mode selector 31 for setting the low frequency supplied to the whole body / heat / abdomen / foot / pad massager 60 (62 to 65) and the potentiometer 61 into a four-step mode. And first to third temperature regulating volumes 33a, 33b, 52, and 53 for controlling the heat generation temperature of the heat transfer mat 66 and the whole body / heat massager 60, 62; Input terminals of the MPU 70, the first to fourth frequency control volume (36 ~ 39) for adjusting the intensity of the low frequency supplied to the whole body / heat / abdomen / foot massager (60) (62 ~ 64) and the potential Through the needle 61 and the heat transfer mat 66, a potential selection button 54 for generating a high voltage potential and an anion selection button 55 for generating an anion are connected, First to third temperature sensing sensors 57 to 59 are provided at the input terminal of the MPU 70 to provide temperature information by sensing the heating temperature of the whole body / heat massagers 60 and 62 and the heat transfer mat 66. Connected, One side output terminal of the MPU 70 is a level meter (35a) (35b) for displaying the intensity step by step by the first to fourth frequency control volume (36 to 39), and the first to third temperature control volume (33a) (33b) (52) and (53) operating temperature display sections (34a) and (34b) for displaying the set temperature and the present temperature, and the potential time display section for displaying the driving time during operation of the potential selection button (54). 51 and a timer 32 for displaying the operation setting time and the current time according to each operation mode are connected, At the other output terminal of the MPU 70, first and second low frequency generators 81 and 83 and first and second current supply units 82 supplying low frequency and current to the whole body / thermal massagers 60 and 62. ) 84 is connected, Another output terminal of the MPU 70 is connected to the third to fifth low frequency generators 85 to 87 for supplying low frequencies to the abdomen / foot / pad massagers 63 to 65, and to the potential needle 61. Multifunction integrated physics characterized in that the potential needle generator 90 for supplying a high voltage potential and the potential generator 88 for supplying a high voltage potential through the heat transfer mat 66 and the potential needle 61 are connected. Treatment device.