KR100442517B1 - Device for a physical therapy - Google Patents

Abstract

Therapeutic frequency and therapeutic waveform generation portable pottery is disclosed. The therapeutic frequency and therapeutic waveform generation portable ceramic according to the present invention includes a body in which a plurality of acupressure balls protrude from an upper surface, a sensor such as an electronic needle and an electronic needle mounted on the lower acupressure ball to generate a treatment frequency and a therapeutic waveform. And a controller that controls the intensity, treatment frequency, and treatment waveform of the electronic needle lamp generated from the sensor. The treatment frequency and treatment waveform generation The acupressure ball of the portable pottery is in contact with the affected part of the patient and presses the affected part, and at the same time, the treatment frequency and the treatment wave such as electro-acupuncture, low frequency, high frequency, ultra-high frequency and negative potential suitable for the treatment of the affected part. By delivering the treatment can be provided with a treatment such as electronic needles.

Description

Therapeutic frequency and wave shape generation portable ceramics {DEVICE FOR A PHYSICAL THERAPY}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to therapeutic ceramics, and more particularly, to a therapeutic frequency and therapeutic waveform-generating portable ceramic that can generate a treatment frequency and a therapeutic waveform to treat a user's affected area and improve a health condition. The therapeutic ceramics are provided with a plurality of acupressure balls protruding from the upper surface of the flat body, and each of the acupressure balls of the acupressure balls is installed, and the heat lamps are configured to generate a heat operation by a voltage supplied from an external power source.

When using such a ceramic, when the user lays his back in close contact with the upper surface of the ceramic and operates the heating lamp, the respective acupressure balls are heated by the heating lamp.

However, the conventional ceramics as described above are configured to receive a voltage from an external power source such as a heating lamp installed inside the body, so that the use of the ceramics is possible only in a place where an external power supply device is provided, and thus, the movement and use of the ceramics are severely restricted. There was a problem. In addition, the most important therapeutic effect has a simple configuration in which the heating lamp installed in the ceramic only generates heat in accordance with the power supply, the conventional ceramics performed only limited treatment without the characteristics other than the heating.

Therefore, the present invention has been made in order to solve the above problems as acupressure ball protrudes and the electromagnetic acupuncture treatment frequency by mounting an electronic needle lamp sensor on the lower part of the acupressure ball to enable the treatment of the electro-acupuncture lamp on the lower part of the acupressure ball. And the therapeutic waveform acts on the treatment site through the acupressure ball, so that it can be treated with electroacupuncture. The power supply unit is provided inside the body to form an integrated device so that the therapeutic ceramics capable of treating acupressure and electroacupuncture such as electro-acupuncture are desired by the user. Its main purpose is to provide portable therapeutic ceramics that can be easily used in places and optimize the therapeutic effect of electronic needles.

1 is a perspective view of a portable ceramic according to an embodiment of the present invention.

Figure 2 is a block diagram showing the configuration of a portable ceramic according to an embodiment of the present invention.

3 is a partial cross-sectional view showing an installation state of the acupressure ball of FIG.

4 is a perspective view of a portable ceramic according to another embodiment of the present invention.

<Description of the reference numerals for the main parts of the drawings>

DESCRIPTION OF SYMBOLS 10 Body 15 Acupressure ball C Controller 500 Electronic needle sensor 900,600 Electronic needle control part 910,610 Electronic needle control display 70 Time adjustment part 80 Time display part

According to a preferred embodiment of the present invention for achieving the above object, the treatment frequency and the therapeutic waveform generating portable ceramic body is installed so that a plurality of acupressure ball protrudes from the upper surface, the acupressure ball is mounted on the treatment frequency and treatment And a controller for controlling the intensity, treatment frequency, and treatment waveform of the electronic needle lamp generated from the sensor of the electronic needle lamp. The portable pottery can acupressure the affected part of the user through the acupressure ball, and treatment frequencies and therapeutic waveforms such as electroacupuncture, low frequency, high frequency, ultra long wave and negative potential suitable for the treatment of the affected part (hereinafter referred to as 'electron needle'). The treatment frequency and treatment waveform generation can be performed at the same time as the acupressure and portable needles.The portable ceramics for setting the intensity, treatment frequency and treatment waveform of the electronic needle lamp generated by the sensor of the electronic needle lamp, etc. The electronic device may further include a control unit of the electronic needle lamp, a control display unit of the electronic needle lamp for displaying characteristics of the set electronic needle lamp, and an operation switch for controlling the operation to the control.

Hereinafter, a preferred embodiment of a portable ceramic according to the present invention will be described with reference to the accompanying drawings. Although the following examples are intended to treat the spine of a user, the therapeutic frequency and the therapeutic wave generation portable pottery according to the present invention are not limited or limited to the following embodiments, and the belt-type therapeutic pottery includes basic components. The present invention can be applied to conventional therapeutic ceramic devices such as topical therapeutic ceramics, mat therapeutic ceramics, and plate-shaped therapeutic ceramics.

1 is a perspective view of a portable ceramic according to an embodiment of the present invention and Figure 2 is a block diagram showing the configuration of a portable ceramic according to an embodiment of the present invention, as shown, the present invention, the body 10, the controller ( C) and an operation switch SW.

The body 10 is configured to have a flat upper surface of a size that the user can lie on his back, the flat upper surface is formed with a plurality of through holes 10a spaced apart from each other at regular intervals, each through hole ( Each acupressure ball 15 is coupled to 10a) to protrude upward. At this time, each acupressure ball 15 protruding from the body 10 is configured to be installed in a position capable of pressing the blood formed along both sides spaced apart a predetermined distance from the user's spine.

Such acupressure ball 15, but can be produced in a variety of shapes, as shown in Figure 3, it is preferable to configure a hemispherical cylindrical body so as to gently press the blood on the back of the user, wherein the acupressure ball Numerous holes penetrating the inner and outer surfaces may be drilled in the 15. However, according to another embodiment, a hole may not be formed in the acupressure ball 15. In FIG. 1, reference numeral 11 denotes an armrest portion extended to both ends of the body 10 so that the user's arm can be placed.

The sensor 500 of the electronic needle lamp is mounted on the lower portion of each of the acupressure ball 15, as shown in FIG. 3, each of the positive (+) terminal and the negative (-) terminal corresponding to the acupressure ball 15. By transmitting the treatment frequency and the treatment waveform of the electronic needle, such as to deliver the treatment frequency and the treatment waveform of the electronic needle, etc. to the affected area through the acupressure ball 15 to enable the treatment of the electronic needle. In addition, the sensor 500 of the electronic needle lamp is installed inside the body 10 and generates a treatment frequency and treatment waveform of the electronic needle lamp by the treatment frequency and treatment waveform controlled by the controller.

The power supply unit (Vcc) is composed of a rechargeable battery in the body 10, the power supply unit (Vcc) output terminal of the electronic needle, such as via the power switch (1) and the relay (5) in turn The positive electrode (+) and the negative electrode (-) are connected to the sensor 500, and the sensor 500 such as an electroacupuncture needle contacts the acupressure ball with the positive electrode (+) and the negative electrode (-) to form electrons through the acupressure ball 15. It is configured to treat acupuncture lamps, that is, the power supply unit Vcc of the sensor 500 of the electronic needle lamp is switched on only while the relay 5 is switched on while the power switch 1 is switched on. The voltage is configured to be supplied according to the command of the controller C. In addition, by installing the light emitting lamp 2 in the vicinity of the power switch 1, and configured to turn on the light emitting lamp 2 at the same time as the operation of the power switch 1, the user the power switch (1) It may be desirable to configure the device so that it can be easily identified as being switched on. In the present embodiment, a rechargeable battery is used for portability, but may further include a device using an external power source.

The controller C sets, by the control unit 600,900 of the electronic needle lamp, the user according to the patient's physical condition, the treatment frequency of the electronic needle lamp, the intensity of the treatment wavelength (heavy medicine), the treatment frequency, and the type of treatment wavelength. When the operation switch is pressed, the treatment frequency and the treatment waveform of the electronic needle lamp are delivered to the acupressure ball by the sensor 500 of the electronic needle lamp and the like is transmitted to the affected part by the acupressure ball, thereby treating the electronic needle lamp. It also controls the treatment frequency and the intensity of the therapeutic wave of the acupuncture light (heavy medicine), and the type of the treatment frequency and the treatment waveform to play a role of generating the treatment frequency and treatment waveform with the sensor of the electronic needle lamp. In addition, the operation switch SW is installed at one side of the body 10 to instruct the operation of the controller C and is electrically connected to the controller C.

In FIG. 2, the pressure reducing unit 3 connected to the output terminal of the power switch 1 is a means for supplying a low voltage necessary for the controller C, the control unit such as the electronic needle, the display unit, and the operation switch SW. It is configured to receive the voltage output from the power supply unit Vcc, reduce the voltage to a predetermined low voltage (5V), and then output the voltage.

In addition, one side of the body 10 may be provided with a time adjusting unit 70 and a time display unit 80 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 or 1 minute 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 time display unit 80 counts down and decreases. When the start / stop button 73 is pressed for the second time, the time display unit 80 is pressed. The time set at is configured to reset to zero (0). 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 each electronic device is configured to be cut off.

The time display unit 80 receives an LCD 82 installed on the outer surface of the body 10 to display the time set by the time adjusting unit 70 and a control signal corresponding to the time set by the controller C. The LCD controller 81 may be configured to cause the set time to be displayed on the LCD 82.

The acupressure ball 15 is a metal material and a special material, such as a special fiber and rubber that can be transmitted to the treatment frequency and treatment waveform of the electroacupuncture lamp by the acupressure ball 15 well, etc. are well conducted It is composed.

On the other hand, the acupressure ball 15 is a stone stone having excellent far-infrared radiation function, such as the acupressure ball such as the electroacupuncture needle, and the acupressure effect and the poultice effect, together with the therapeutic effect of the electroacupuncture by the acupressure ball 15. It may be configured to have a far-infrared absorption effect beneficial to the human body.

In addition, according to another embodiment of the present invention, as shown in Figure 4, the body 10 is coupled to a pair of belt 17, 18 at both ends thereof, each belt 17, 18 It may be made of a configuration that is provided with a fastening member (17a) (18a) such as a magic tape at the end of. By the configuration of the belts 17 and 18, the body 10 can be fixedly installed on the back of the vehicle seat, whereby the portable pottery according to the present invention can be easily used by the occupant of the vehicle. .

In addition, of course, the portable pottery can be used by connecting to an automatic bed.

Referring to the operation of the portable pottery having such a configuration as follows.

First, the user lays on the upper surface of the body 10 in close contact with the user, and at this time, the blood pressure of the user's back portion lies on each of the acupressure balls 15 protruding upwards of the body 10 to lie down. .

When the power switch 1 is turned on, the voltage of the power supply unit 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. 70) and the control unit, the display unit, the controller C, and the like of the electronic needle, and the like, to operate the electronic devices. At this time, 0 second is displayed on the time display unit 80.

When the 10 minute unit button 71 and the 1 minute unit button 72 of the time adjustment unit 70 are adjusted, the control corresponding to the time adjusted to the LCD control unit 81 is detected by the controller C. By outputting a signal, the adjusted time is displayed on the LCD 82. By adjusting the time adjustment unit 70, the user can set the treatment frequency and the operating time of the treatment waveform by the sensor 500 such as the electronic needle desired.

And if you want to reduce the intensity to control the treatment frequency of the needle and the intensity of the treatment waveform (strong weight weak) in the control of the needle, etc. Press the button of the intensity of the needle (901), the degree of operation is controlled by the needle Appears on the display unit 910 and pushes the strength of the electronic needle lamp 902 button, the degree of operation is displayed on the control display unit 910 of the electronic needle lamp, so that the user's desired treatment frequency and intensity of the treatment waveform (strong medicine) Choose. Then, if the user sets the treatment frequency and the treatment waveform type such as the electronic needle according to the user's purpose through the buttons 601 and 602 of the control unit 600 such as the electronic needle, the type of treatment wavelength such as the electronic needle is set to the electronic needle. Appear on the control display unit 610, etc.

In this state, when the operation switch (SW) is operated, the controller (C) that senses this by switching on the relay 5, the voltage of the power supply (Vcc) sensor 500 such as the electronic needle Is applied by a controller command to the sensor 500 of the electronic needle lamp to operate the treatment device of the electronic needle lamp.

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 continues the treatment through the treatment frequency and treatment waveform of the electronic needle through the sensor 500 of the electronic needle lamp, and the time display unit 80. When the time set in the LCD 82 is finished, the controller C turns off the relay 5, thereby terminating the treatment of the electroacupuncture by the acupressure ball 15.

And when the belt 17, 18 is installed at both ends of the body 10 so that the body 10 can be fixed to the back of the vehicle seat, the occupant of the vehicle is a portable It becomes easy to use

The present invention allows the individual to directly perform the procedure that can be directly performed by a professional doctor called a oriental medicine at home, and also because it is likely to be only in some hospitals, the invention invents a problem of considerable expense as a single product. The cost can be reduced considerably, and it is convenient for patients who are inconsistent with 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 the effect of treatment.

The present invention relates to a therapeutic frequency and a therapeutic waveform generating conductor, and more particularly, may be further divided into various forms according to the therapeutic frequency and the waveform, such as an electronic needle, a low frequency, a high frequency, an ultra long wave, and a negative potential. By inventing the acupressure ball in the porcelain of the porcelain can exhibit excellent effects such as acupressure through the acupressure ball as well as the electroacupuncture through the acupressure ball.

Claims (13)

A body having a plurality of acupressure balls installed to protrude from the upper surface; A sensor such as an electronic needle mounted below the acupressure ball to generate a treatment frequency and treatment waveform; And It includes a controller for controlling the intensity, treatment frequency and treatment waveform of the electronic needle lamp generated from the sensor of the electronic needle lamp, The acupressure ball is characterized in that the treatment frequency and the treatment waveform of the electroacupuncture by the acupressure ball is made of a metal material that can be well transmitted to the affected area and a material that is well transmitted such as the electronic needle, such as special fibers and rubber Portable ceramics for treatment frequency and waveform generation. The method of claim 1, A control unit of the electronic needle lamp for setting the intensity, the treatment frequency, and the intensity and type of the treatment waveform generated by the sensor of the electronic needle lamp; A control display unit such as an electronic needle for displaying the set characteristics; And The therapeutic frequency and therapeutic waveform generation portable ceramics further comprises an operation switch for controlling the operation of the controller The method of claim 1, Through-holes are formed on the upper surface of the body spaced apart at regular intervals, the treatment frequency and therapeutic wave generation portable ceramics, characterized in that the acupressure balls protrude from the through-holes, respectively. The method of claim 1, The acupressure ball is a portable frequency generating therapeutic frequency and therapeutic wave, characterized in that the treatment is arranged spaced apart by a predetermined interval so as to press both sides of the spine. The method of claim 1, The acupressure ball is formed of a hemispherical cylindrical body, the treatment frequency and the therapeutic wave generation portable ceramics, characterized in that a plurality of holes penetrate the inner and outer surfaces. The method of claim 1, The therapeutic frequency and therapeutic waveform generating portable ceramics further comprises an armrest extending from both sides of the body to put the user's arm. The method of claim 1 The sensor of the electrospinning lamp is equipped with a positive electrode (+) and a negative electrode (-) at the lower portion of the acupressure ball so as to deliver a treatment frequency and a treatment waveform of the electroacupuncture lamp to the acupressure ball and treatment. Waveform generation portable pottery. The method of claim 1 And a power supply unit including a rechargeable battery and a relay, and an output terminal of the power supply unit supplies power to the sensors of the electronic needle lamps via the relay, and is turned on to check whether the ceramics are in operation. A therapeutic frequency and therapeutic wave generation portable pottery comprising 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 includes a 10-minute unit button for increasing the operating time by 10 minutes and a 1-minute unit button for increasing the operating time by 1 minute Portable ceramics, characterized in that the treatment frequency and treatment waveform generation. The method of claim 9 The time adjusting unit further includes a start / stop button and a time display unit for displaying the set operating time. When the start / stop button is pressed once, the operating time set in the time adjusting unit is counted down and decreased. When the button is pressed a second time, the operating time set in the time adjustment unit is reset to zero (0), the operation frequency and therapeutic waveform generating portable ceramics, characterized in that configured to stop the operation. delete The method of claim 1, The acupressure ball is a portable frequency generating therapy frequency and therapeutic wave, characterized in that it further comprises a gemstone to improve the far infrared radiation function. The method of claim 1, And a pair of fastening means, such as a pair of belts formed at both ends of the body and a magic tape mounted at the ends of the belts, wherein the portable ceramics are installed in the car seat or the auto bed by the belts. Portable pottery to generate treatment frequency and treatment waveform.