KR100453797B1 - Automatic heating and massaging bed capable of providing a physical teraphy - Google Patents

Abstract

An automatic thermal massage bed capable of generating a treatment frequency and treatment waveform is disclosed. The automatic thermal massage bed includes a mat body and a plurality of heaters, and the moving trolley is partially accommodated and moved in the mat body so that the heaters protrude from the upper surface of the mat body, the heating member mounted on the heater, and the heater is mounted and treated. And a sensor, such as an electronic needle, for generating frequency and treatment waveforms, and a controller for controlling the strength and type of the treatment frequency and treatment waveforms. At the same time as the warmth of the automatic thermal massage bed pressures the spine area, it can provide a thermal therapy such as poultice to the spine area, and the treatment frequency and treatment such as electro-acupuncture, low frequency, high frequency, ultra-high frequency and negative potential suitable for the treatment. By delivering a waveform, it is possible to provide a treatment with an electronic needle or the like together.

Description

AUTOMATIC HEATING AND MASSAGING BED CAPABLE OF PROVIDING A PHYSICAL TERAPHY}

The present invention relates to an automatic thermal massage bed, and more particularly, to an automatic thermal massage bed for generating a treatment frequency and treatment waveform to generate a treatment frequency and treatment waveform to treat the affected part of the user and improve the health state. Generally, the automatic thermal massage bed is manufactured in the form of a mat or a bed, and combines the moving trolleys with screw rods and ropes which are rotated forward and reverse by motors and pulleys, and both ends of the moving trolleys move along the rails. The upper side of the moving cart is equipped with a normal heating device, and the moving cart is repeatedly moved horizontally horizontally by the motor and the pulley while the operator is lying in the bed. At this time, the warmth mounted on the moving trolley also moves along the acupoints on both sides of the spine while repeatedly moving from side to side, and is in close contact with specific parts of the spine to provide acupressure and poultice effect.

However, in the conventional thermal massage bed, the heat exchanger has a simple function of massaging the acupuncture points of the spine according to the movement of the moving cart or locally heating the adjacent areas through the fever as a simple heating element. In other words, it has a simple configuration that closes the warmth group to the affected area without any special characteristics as a therapeutic group, and the therapeutic effect thereof is also very limited.

Accordingly, it is an object of the present invention to provide an automatic thermal massage bed that can provide acupressure and thermal therapy, as well as physical therapy using treatment frequencies and therapeutic waveforms such as electroacupuncture and low frequency.

1 is a perspective view of the heating device mounted on the automatic heat treatment device according to an embodiment of the present invention

2 is a block diagram of a heating lamp operating in accordance with an embodiment of the present invention

3 is a heater operation block diagram according to an embodiment of the present invention.

Figure 4 is a sectional view of installation of the warming machine according to the present invention,

5 is a perspective view of the application heat heater according to the present invention

6 is a cross-sectional view of the warmer of FIG.

7 is a cross-sectional view of the sensor and the temperature sensor for generating the treatment frequency and the treatment waveform of the warmer in Figure 4

8 is a cross-sectional view showing the installation of the application heater according to the present invention

FIG. 9 is a cross-sectional view of a sensor and a temperature sensor for generating a treatment frequency and a treatment waveform of the warmer of FIG. 7; FIG.

<Description of the code | symbol about the principal part of drawing>

11: Automatic bed body of heat treatment device, 51. 51-1. 51-2: heater, C: controller, 900. 600: control unit of electronic needle lamp, 916,610: control display unit of electronic needle lamp, 20. 20-1. 20-2: smoke lamp and heater, 30: temperature sensing unit, 40: actual temperature display unit, 50: temperature setting unit, 60: set temperature display unit, 70: time adjustment unit, 80: time display unit, 21: moving cart, 31: Motor, 101: guardrail, 7. 7-1. 7-2: Sensor of electronic needle lamp

According to a preferred embodiment of the present invention for achieving the above object, the automatic thermal massage bed includes a mat body, a moving cart including a heating device, a heating member, a sensor such as an electronic needle, and a controller. Is a concept including a general bed and a mat, which means a user can lie down. The upper surface of the mat body is formed with a groove in the longitudinal direction corresponding to the spine of the user, the mobile trolley is partially accommodated in the groove can be moved forward and backward along the groove. It is mounted, and the moving cart is partially accommodated in the mat body so that the upper part of the heaters partially protrudes on the upper surface of the mat body. Accordingly, the affected part of the user can be acupressure through the protruding warmers, and the moving cart can evenly press the user's spine while moving along a predetermined trajectory. Mounted on some. The heating element may heat the warmer to raise the temperature of the warmer, and the heated warmer may directly contact the affected part of the user to provide thermal treatment such as moxibustion or poultice. Sensors, such as an electronic needle for generating a may be mounted on all or some of the warming devices. Sensors such as electronic needles can generate electronic needles, low frequency, high frequency, ultra-high frequency and negative potential for the treatment of the user, and provide physical therapy using the treatment frequency and the treatment waveform. In the present specification, the "electrode needle" may be used as a concept including a treatment frequency and a treatment waveform capable of treating the affected part through electrical stimulation such as an electron needle, low frequency, high frequency, ultra long wave, and negative potential. The sensor of the electronic needle lamp may be installed in the inside of the heater or in the lower portion adjacent to the heater. Whether the heating member and the sensor of the electronic needle lamp are operated, the heating temperature by the heating member, the sensor generated by the electronic needle lamp, etc. The treatment frequency and intensity and type of treatment waveform may be controlled by a controller. The automatic thermal massage bed may include a temperature sensing unit for detecting a temperature of a heating apparatus heated by a heating member and a setting temperature of the heating apparatus. Characteristics of the temperature setting unit, the setting temperature display unit for displaying the set temperature, the strength of the electronic needle lamp generated from the sensor of the electronic needle lamp, the control unit of the electronic needle lamp for setting the treatment frequency and the treatment waveform, and the set electronic needle lamp characteristics It may further include a control display unit such as an electronic needle for displaying and an operation switch for controlling the operation of the controller.

Hereinafter, an automatic thermal massage bed according to embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited or limited by the following examples.

1 is a perspective view of an automatic thermal massage bed according to an embodiment of the present invention, Figure 2 is a block diagram illustrating the automatic thermal massage bed of Figure 1. Referring to Figures 1 and 2, The automatic thermal massage bed is the body 11, the heating member 20-1, the temperature sensing unit 30, the temperature setting unit 50, the set temperature display unit 60, the electronic needle control unit (900, 600), electronic It is configured to include a control display unit 610, 910, a controller (C) and the operation switch (SW) of the needle.

The heating device 51 of the automatic thermal massage bed, the heating device 51 on the moving cart 21 to move left and right along the spine of the user to the inside of the body 11 to perform acupressure and steaming at regular intervals from each other Combined in series or in parallel. At this time, the heating device 51 rotatably coupled to the moving cart 21, spaced apart at regular intervals adjacent to the user's spine, installed in a position that can press the blood formed along both sides of the spine do.

The heater 51 can be manufactured in a variety of shapes, as shown in Figure 5, is formed in a circular shape of the wheel is arranged in two rows of three on the rotary support 6, the movement of the moving cart 21 Rotating together with the user can gently press the back blood of the user.

FIG. 6 is a side view of the mobile trolley of FIG. 5, and FIG. 7 is a cross-sectional view of the mobile trolley and the heater of FIG. 6 and 7, since the warmer 51 has a curved edge and rotates on the rotation support 6 when pressing the vertebral portion, it does not burden the menstrual blood of the user. The heating of the heater 51 is made by the heating of the heating lamp 20-1 inside the heater 51, the heater 51 may be heated to provide a thermal treatment such as a poultice effect. 3 is a block diagram illustrating an automatic thermal massage bed according to another embodiment of the present invention. The automatic thermal massage bed of FIG. 3 is substantially the same as the automatic thermal massage bed of FIG. 2 except for the heat generating member 20 and the temperature sensing unit 30. Accordingly, the description of the automatic thermal massage bed of FIG. 3 may refer to the description and the drawings of the previous embodiment, and the repeated content may be omitted. Referring to FIG. 3, the heating member 20 is composed of a heating wire. The heating wire of the present embodiment has the same function as the heating lamp of FIG. 2, and may be used for heating the warmer 51.

Referring to FIG. 7 again, the heating lamp 20-1 is located inside the heat heater 51. The heating lamp 20-1 may be installed in the entire warmers 51, but may be installed in a selected portion of the warmers 51. It is configured to generate a high heat by the voltage input from the power supply (Vcc).

The temperature sensing unit 30 is installed in each of the heaters 51 so as to be adjacent to the heaters 51 so as to sense the temperature of the heaters 51.

The temperature setting unit 50 is installed on one side of the body 11 in order to set the temperature of the heater (51) desired by the user. The output of the warming setter 50 is electrically connected to the controller C, and includes a temperature increase button 51 for increasing the set temperature by 1 ° C and a temperature decrease button 52 for decreasing the set temperature by 1 ° C. do.

The set temperature display unit 60 is a part for displaying the temperature set by the temperature setting unit 50 and is configured to display the set temperature according to the control signal input from the controller C. The set temperature display unit 60 includes an LCD 62 and an LCD control unit 61 installed on the outer surface of the body 11 to display the set temperature. The LCD controller 61 receives a control signal corresponding to the set temperature from the controller C, and displays the set temperature through the LCD 62.

A sensor 7 such as an electronic needle is also mounted inside each of the heaters 51, and the positive electrode (+) or the negative electrode (-) is respectively disposed and mounted to fit. The sensor 7 of the electronic needle lamp generates a treatment frequency and a treatment waveform in the warmer 51, and the generated treatment frequency and the treatment waveform are transmitted to the affected part through the warmer 51 to treat the needle. Perform the procedure.

The output terminal of the power supply unit (Vcc) is connected to each of the heating lamps 20-1 via the power switch 1 and the relay 5 in turn, and is connected to the positive electrode (+) or the negative electrode ( Corresponding to-) it is electrically contacted with the heater 51. Through the power supply, the heating device 51 is configured to enable the treatment of heat treatment and electronic needles. That is, in the state that the power switch 1 is switched on, the relay 5 supplies power to the heating lamp 20-1 and the sensor 7 of the electronic needle lamp only while being switched on. The voltage of (Vcc) is supplied to the heating lamp 20-1 according to the temperature of the heating lamp 20-1 set according to the command of the controller, and according to the set treatment frequency and the intensity and type of the treatment waveform, It is supplied to the sensor 7. In addition, the light emitting lamp 2 is installed in the vicinity of the power switch 1, and the light emitting lamp 2 is turned on at the same time as the operation of the power switch 1, so that the user switches the power switch 1 It can be easily confirmed that the switched on state. The control frequency 600,900 of the electronic needle lamp according to the user's physical condition, the treatment frequency and the intensity of the treatment wavelength (strong medicine) and the treatment frequency and treatment wavelength of the electronic needle lamp Type is set. When the operation switch is pressed, the controller C generates a treatment frequency and a treatment waveform of the electronic needle by using the sensor 7 of the electronic needle lamp, and the generated treatment frequency and the treatment waveform are transferred to the warmer 51 to the affected part. Is passed on. Thus, the heat generated by the heating lamp 20-1 and the electronic needle lamp 7 and the electronic needle lamp is transmitted to the affected part through the heat device 51. The controller C is a treatment frequency and treatment of the electronic needle lamp, etc. By controlling the intensity of the waveform (strongly weak) and the type of the treatment frequency and treatment waveform, the sensor 7 such as the electronic needle can serve to generate the set treatment frequency and treatment waveform. In addition, the actual temperature of the heater is detected by the temperature sensing unit 30 and the set temperature set by the temperature setting unit 50 is input, and the actual temperature and the set temperature are mutually compared In accordance with this, it is controlled whether voltage is applied from the power supply unit Vcc to the heating lamp 20-1. That is, in the controller C, when the actual temperature is lower than the set temperature, the voltage of the power supply unit Vcc is applied to the smoke lamp 20-1 by switching on the relay 5. On the contrary, when the actual temperature is higher than the set temperature, the heater 5 is cut off by switching off the relay 5 to cut off the voltage applied from the source supply unit Vcc to the heat generating lamp 20-1. 51) can be controlled to maintain a constant temperature at all times. In addition, the operation switch SW is installed at one side of the body 11 to instruct whether or not the operation of the controller (C), and is electrically connected to the controller (C).

As illustrated in FIG. 2, the pressure reducing unit 3 connected to the output terminal of the power switch 1 may control the controller C, the temperature setting unit 50, the time adjusting unit 70, the electronic needle, and the like. As a means for supplying a low voltage required for the display portion and the operation switch SW, it is configured to receive the voltage output from the power supply Vcc, reduce the voltage to a predetermined low voltage (5V), and then output it.

Meanwhile, the body 11 may be equipped with an actual temperature display unit 40, and may be configured to display the temperature value detected by the temperature detection unit 30 on the actual temperature display unit 40.

In this case, the actual temperature display unit 40 includes an LCD 42 and an LCD control unit 41. The LCD 42 is installed on the outer surface of the body 11, and displays the temperature detected by the temperature sensing unit 30. For this purpose, the LCD controller 41 receives a control signal corresponding to the actual temperature from the controller C. It receives the input and displays the actual temperature on the LCD 42.

In addition, one side of the body 11 of the automatic thermal massage bed may be provided with a time adjusting unit 70 and a time display unit 80 that are electrically connected to the controller (C), respectively.

The time adjustment unit 70 is provided with a 10 minute unit button 71, a 1 minute unit button 72, and a start / stop button 73. The 10 minute unit button 71 and the 1 minute unit button 72 are provided. As the operation is performed, the time increased by 10 minutes and 1 minute, respectively, is configured to be set in the time display unit 80. When the start / stop button 73 is pressed once, the time set in the type display unit 80 counts down and decreases. When the start / stop button 73 is pressed a second time, the time display unit 80 is pressed. The set time is configured to reset to zero. In addition, when the time set in the time adjusting unit 70 reaches the countdown value and reaches zero, the controller C turns off the relay 5 in the sensed state, thereby preventing the power supply from the power supply unit Vcc. The voltage input to the sensor 7 of the heating lamp 20-1 and the electronic needle lamp is cut off.

The time display unit 80 inputs an LCD 82 installed on an outer surface of the body 11 to display the time set by the time adjusting unit 70 and a control signal corresponding to the time set by the controller C. And the LCD control unit 81 to allow the set time to be displayed on the LCD 82.

The warmer 51 may be made of a material that is well conducted such as the electronic needle, such as a metal material, a special fiber and rubber such that the treatment frequency and the treatment waveform of the electron needle can be well transmitted to the affected part.

On the other hand, the warmer 51 is composed of a stone or the like excellent in far-infrared radiation function such as a warmer such as the electronic needle, the treatment effect of the electronic needle, such as by the warmer 51, acupressure effect and poultice effect It would be desirable to configure so as to have a far infrared absorption effect beneficial to the human body.

Referring to the operation of the automatic thermal massage bed having the configuration as described above are as follows.

First, lying on the upper surface of the body 11 in contact with the blood pressure of the user's acupuncture points in contact with each of the heaters 51 protruding to the upper side of the heat heater (51). When the power switch 1 is turned on, the voltage of the power supply study Vcc is applied to the input terminal of the relay 5, and the voltage is reduced to a predetermined low voltage through the pressure reducing unit 3. It is applied to the setting unit 50, the time adjusting unit 70, the control and display unit such as the electronic needle, the controller C, and the like, and each electronic device is operated. At this time, 0 ° C is displayed on the actual temperature display unit 40 and the set temperature display unit 60, and 0 second is displayed on the time display unit 80.

In such a state, when the user increases the desired temperature value by operating the temperature increase button 51 and the temperature decrease button 52 of the temperature setting unit 50, the controller C sets the temperature setting unit 50. By storing the temperature set by), and by outputting a control signal corresponding to the temperature value set by the LCD control section 61, the set temperature is displayed on the LCD (62).

Then, when the 10-minute unit button 71 and the 1-minute unit button 72 of the time adjustment unit 70 are adjusted, the controller C which detects this corresponds to the time adjusted by the LCD control unit 81. By outputting a control signal, the adjusted time is displayed on the LCD 82. By adjusting the time adjustment unit 70, the user can set the desired operating time of the heating lamp 20-1. And to control the intensity of the treatment frequency and treatment waveform (strong and weak) of the electronic needle lamp in the control unit of the electronic needle lamp, if you want to decrease the intensity, press the button of the strength of the electronic needle lamp (901), the operation degree of the electronic needle lamp control display unit When the strength of the electronic needle lamp 902 button is pressed and the operation degree is displayed on the electronic needle lamp control display unit 910, the user selects the desired intensity medicine. Then, the treatment frequency of the electronic needle lamp is displayed. And buttons 601 and 602 of the controller 600 of the electronic needle lamp, which can be arbitrarily determined by the user, by setting the treatment frequency and waveform type of the electronic needle lamp through the set of treatment frequencies of the electronic needle lamp. And the treatment waveform are displayed on the electronic needle lamp control display 610. In this state, when the operation switch SW is operated, the controller C which detects this turns on the relay 5. In this case, the voltage of the power supply unit Vcc is applied to the heating lamp 20-1 so that the heating lamp 20-1 operates by heating.

At this time, the moving cart 21 moves to the left and right, the warming unit 51 coupled to the moving cart is to stimulate the menstrual blood of the user's spine.

And, by the heating operation of the heating lamp (20-1) by the respective heating device 51 is heated, it can provide a poultice effect with the pressure effect on the blood pressurized to the heating device (51), And at the same time it can provide a treatment for electronic needles.

At the same time, the controller C receives the actual temperature detected by the temperature sensing unit 30 and outputs a control signal corresponding to the actual temperature to the actual temperature display unit 40 to display the actual temperature. The relay 5 is turned on and off so that the actual temperature is maintained in a state consistent with the set temperature set by the temperature setting unit 50.

That is, in the controller C, when the actual temperature is lower than the actual temperature, the voltage of the power supply unit Vcc is applied to the heating lamp 20-1 by switching on the relay 5. On the contrary, when the actual temperature is higher than the set temperature, the voltage applied to the heating lamp 20-1 from the power supply Vcc is cut off by switching off the relay 5. By the operation of the controller (C) it is possible to maintain the warmer 51 at a predetermined temperature at all times, thereby optimizing the poultice effect by the warmer (51).

When the time adjustment unit 70 is used, the operation switch SW is operated and at the same time the start / stop button 73 of the time adjustment unit 70 is operated, the LCD 82 of the time display unit 80 is activated. The time set at) starts to count down. While the time display unit 80 is counting down, the controller C repeats an operation of turning on and off the relay 5 according to a temperature value detected by the temperature detection unit 30, and the time display unit ( When the time set in the LCD 82 of 80 ends, the controller C turns off the relay 5, thereby terminating the treatment of the steaming action and the electronic needle, etc. by the heat radiator 51. 8 and 9 are configuration diagrams showing a moving cart and a heater of the automatic thermal massage bed according to another embodiment of the present invention. The automatic thermal massage bed according to the present embodiment is substantially the same as the automatic thermal massage bed of the previous embodiment except for the matter related to the heat heater 51-1. Therefore, the description and the drawings of the previous embodiments may be referred to as well as related to the heat heater 51-1, and the repeated content may be omitted. Referring to FIGS. 8 and 9, the heat massage device of the automatic massage bed The 51-1 and the moving cart 21 move left and right along the spine of the user in the interior of the automatic massage bed 11 so as to be able to pressure and steam. The rotary support 6-1 on the moving cart 21. ) Is disposed, and spherical heaters 51-1 are rotatably mounted in the grooves of the rotary support 6-1. Since the spherical warmer 51-1 is partially accommodated and rotated in the groove, the back blood of the user can be smoothly pressed, and the movement is also smooth because it rotates with the movement of the moving cart. The ball game 51-1 is a spherical heat device, and when the spine is pressurized, the heat device 51-1 rotates freely, and is supported by the rotation support 6-1 while moving so as not to overwhelm the acupuncture points of the operator. The heater 20-2 is mounted to the lower part of the heat implement 51-1 and the rotary support 6-1, and the warmth sensing unit 30 is disposed adjacent to the heater 20-2. By the control of the controller C, the heater 20-2 may heat the warmer 51-1, and the heated warmer 51-1 may be used for heat treatment such as poultice. In addition, the heated actual temperature is measured by the temperature sensing unit 30, in order to keep the temperature constant, the controller C compares the actual temperature and the set temperature to interrupt the heating process of the heater 20-2. . In addition to the heater 20-2, various heat generating members such as heat generating lamps may be mounted and used. The sensor 7-2 of the electronic needle lamp may have a positive electrode (+) or a negative electrode (−) at a lower portion of the heat heater 51-1. ) Is fitted and delivers the treatment frequency and treatment waveform to the warmer (51-1). The treatment frequency and the treatment waveform of the electronic needle lamp are transmitted to the affected part through the warmer 51-1 to enable the treatment of the electronic needle lamp. The sensor 7-2 of the electronic needle lamp is installed under the warmer machine, The treatment frequency and the waveform are generated under the control of the controller. At this time, the heating device (51-1) may be composed of a metal or other conductor, it may be configured to pass the treatment frequency and treatment waveform as a whole by mixing the conductor and the non-conductor. As the insulator mixed with the conductor, materials useful for health, such as gemstone, loess, germanium, etc., may be used. In addition, the heating device 51-1 may be made of a material such as a gemstone that emits far infrared rays, and the surface of the gemstone The conductive material may be partially applied to and the treatment frequency and the treatment waveform may be transmitted. FIG. 4 is a partially enlarged view illustrating a moving cart and a heating device of an automatic thermal massage bed according to another embodiment of the present invention. The automatic thermal massage bed according to the present embodiment is substantially the same as the automatic thermal massage bed of the previous embodiment except for the matter related to the heat heater 51-2. Accordingly, reference may be made to the description and the drawings of the previous embodiments, except for the heat heater 51-2, and the repeated content may be omitted. Referring to FIG. 3, the support 6 on the moving cart 21 may be omitted. -2) is arranged, and a hemispherical cylindrical warmer 51-2 is mounted on the support 6-2. A heating lamp 20 and a temperature sensing unit 30 are disposed below the warmer 51-2. And a sensor 7-1 such as an electronic needle. The sensor 7-1 of the electronic needle lamp corresponds to the positive electrode (+) or the negative electrode (-) to all or a part of the heater unit 51-2, respectively, to generate the treatment frequency and the treatment waveform required for the treatment. 51-2 is a hemispherical cylinder made of metal, which is fixed to the support 6-2 and does not rotate, and functions to press the spinal column of the user together with the moving cart 21. A through hole may be formed on the upper surface of the heat heater 51-2 to transfer heat in the heat heater 51-2.

The present invention allows the individual to directly perform the procedure that can be directly performed by a professional doctor in oriental medicine at home, and because it is a product that is likely to be only in some hospitals, invented the problem that a considerable cost is spent at home as a single product. Significant cost savings by the development and the convenience and effect of treatment by allowing patients with inconvenient behavior such as chronic arthritis to receive treatment at home by selecting existing treatment frequency and treatment waveform and user's arbitrary treatment frequency and treatment waveform according to the disease. It is an invention that can maximize.

Claims (13)

Mat body; A moving cart comprising a plurality of warmers, the warmers being partially accommodated in the mat body to protrude on the top surface of the mat body and moving along the spine of the user; Heat generating means mounted to the heater; A sensor such as an electronic needle mounted on the warmer to generate a treatment frequency and a treatment waveform; And It is provided with a controller for controlling the operation and temperature of the heating means, and for controlling the intensity and type of the treatment frequency and treatment waveform generated from the sensor such as the electronic needle, The warmth unit is spaced apart by a predetermined interval so as to press the both sides of the spine, while moving along the moving trolley acupressure and heat treatment of the affected area, and at the same time delivers the treatment frequency and treatment waveform generated by the sensor Healing The electronic needle lamp sensor is characterized in that the positive (+) terminal and the negative (-) terminal is fitted to the lower portion of the warmer to deliver the treatment frequency and the therapeutic waveform of the electronic needle lamp to the warmer. Automatic thermal massage beds that generate frequency and therapeutic waveforms. The method of claim 1, A temperature sensing unit sensing a temperature of the warmer heated by the heating unit; A temperature setting unit for setting a set temperature of the heater; A set temperature display unit for displaying the set temperature; A control unit of the electronic needle lamp for setting the intensity and type of the treatment frequency and the treatment waveform generated by the sensor of the electronic needle lamp; A control display unit such as an electronic needle for displaying characteristics of the set treatment frequency and treatment waveform; And Further comprising an operation switch for controlling the operation of the controller, And the controller controls the operation of the heating means in accordance with the temperature set in the temperature setting unit. The method of claim 2, The temperature sensing unit includes a temperature sensor disposed in the warmer temperature heater to detect the temperature of the warmer, The temperature setting unit includes a temperature increase button for increasing the set temperature and a temperature decrease button for decreasing the set temperature, wherein the temperature setting button is electrically connected to the controller, wherein the treatment is characterized in that for inputting the set temperature to the controller. Automatic thermal massage beds that generate frequency and therapeutic waveforms. The method of claim 3, The temperature increase button increases the set temperature by 1 ℃, the temperature decrease button is the automatic thermal massage bed to generate a treatment frequency and the treatment waveform, characterized in that for reducing the set temperature by 1 ℃. The method of claim 1, The heating means is an automatic heating massage bed for generating a treatment frequency and the treatment waveform, characterized in that it comprises a selected one of the group consisting of heating wire and heating. delete The method of claim 1, The warmth machine is formed in the shape of a bead-shaped spherical or hemispherical cylinder, automatic thermal massage bed to generate a treatment frequency and the treatment waveform, characterized in that gently pressurizing the acupuncture points of the user while moving along the user's spine. The method of claim 1, The warmers are formed in a circular shape of a wheel, the warmers are rotatably mounted in series or parallel to the rotation support of the mobile bogie, and gently presses the menstrual blood of the user while rotating along the spine of the user Automatic thermal massage beds for generating therapeutic frequency and therapeutic waveforms. delete The method of claim 1, The apparatus further includes a power supply unit and a relay, and an output terminal of the power supply unit supplies power to the heating means and the sensor such as the electronic needle via the relay, and lights to check whether the automatic thermal massage bed is operated. Automatic thermal massage bed for generating a treatment frequency and treatment waveform, characterized in that it comprises a light emitting lamp. The method of claim 1, Further comprising a time adjusting unit for controlling the operating time of the controller, wherein the time adjusting unit 10 minute unit button for increasing the operating time by 10 minutes, 1 minute unit button for increasing the operating time by 1 minute, Start / A stop button and a time display unit for displaying the set time or the remaining time, wherein when the start / stop button is pressed once, the operation time set in the time adjusting unit is counted down and decreased; When pressed, the operating time set in the time adjustment unit is reset to zero (0), the operation of the automatic massage massage bed to generate the treatment frequency and the treatment waveform, characterized in that configured to stop the operation. The method of claim 1, The thermal massage bed for generating a treatment frequency and the treatment waveform, characterized in that the treatment frequency and the treatment waveform through the warmth, including a material such as metal material, special fibers and rubber that can be well transmitted to the affected area. The method of claim 1, The warmer is an automatic thermal massage bed for generating a treatment frequency and treatment waveform, characterized in that including a stone to improve the far infrared radiation function.