KR100335960B1 - Multifunctional physics therapy for portable - Google Patents

Abstract

The present invention relates to a portable multifunction physiotherapy device, and the present invention is to solve the problem of having to separately purchase each treatment device in order to heat massage and low-frequency treatment and vibration massage, the present invention provides a battery (12) A case 10 installed and having a selection switch 20; An installation member 30 having a plurality of acupressure protrusions 34 protruding from an edge of the opening hole 32; An insulating part (40) having a first insulating member (42), a second insulating member (44) formed of a thin plate, and a third insulating member (46) closely attached to the rear surface of the second insulating member (44); A heating unit 50 having a heating wire 52 disposed between the first and second insulating members 42 and 44; A low frequency generator 60 having a pair of low frequency generator electrodes 64 and a low frequency generator 66 formed in contact with the skin; LED 70; It is provided with a treatment device composed of a vibrating member 80 to generate alternating magnetic force by having a rotor 86, the N, S poles of each magnet 83 is replaced. According to the present invention, by adding a thermotherapy function, a magnetic vibration massage function and a low frequency treatment function by far infrared rays in one treatment unit, it is convenient to simultaneously or selectively heat the thermal treatment, low frequency treatment and alternating magnetic vibration massage device It is provided, the effect is easy to use and easy to carry.

Description

Portable Multifunction Physiotherapy Machine {MULTIFUNCTIONAL PHYSICS THERAPY FOR PORTABLE}

The present invention relates to a portable physiotherapy device, and more particularly, to a multi-function physiotherapy device which can selectively use a vibration massage massage using acupressure protrusions and a rotating magnet, a low frequency treatment using a low frequency, and a thermal bath, and is portable.

In general, devices have been developed to facilitate assistive care at home, such as fatigue recovery, stress relief, or muscle aches.

Of these instruments, the massage treatment device using magnets was developed by focusing on the effect of magnets on iron contained in the blood of the human body, and is configured to improve blood flow by using magnets in which the N and S poles alternately rotate. It is. In other words, when the magnet repeatedly contacts the pain area, the magnetic force penetrates into the body, pushing and pulling iron in the bloodstream, increasing ions, promoting metabolism, and removing waste from the body.

On the other hand, the heat treatment device is configured to obtain the skin relaxation and poultice effect in the rigid affected area by applying heat to the rigid affected area, such as far infrared.

In addition, the low frequency treatment device is configured to stimulate the pain area at low frequency to promote anti-inflammatory, analgesic, and wound healing effects. When both electrodes are attached to the pain area of the body and the low frequency generator is activated, the low frequency is output through each electrode. By electrically stimulating the pain area, the effects of acupuncture and infusion therapy can be obtained indirectly.

However, in the related art, in order to use each of the treatment devices as described above, each treatment device must be purchased separately and used, thereby having to bear the economic loss and inconvenience of having to learn how to use each treatment device.

In addition, each treatment device as described above is formed in a large size, the low-frequency treatment device has a problem that is difficult to carry by having a lead wire provided with a complex electrode.

The present invention has been invented to solve the conventional problems as described above, the present invention can be a vibration massage, can be heated or steamed, low frequency treatment at the same time or selectively, small size and light weight, easy to carry It is to provide a multi-function physical therapy device that is easy to use.

Technical problem of the present invention as described above is provided with a rechargeable battery inside, a jack for supplying power to the battery is installed, a plurality of fixed ribs are formed on the inner surface, the case having a selection switch; An installation member formed at an inlet side of the case and having an opening formed at one side thereof, and a plurality of acupressure protrusions protruding from an edge of the opening hole; The first insulating member is installed inside the installation member so that a surface thereof is exposed to the opening hole, and the first insulating member having a gap is formed in a perforated and thin plate, and the heat transfer efficiency is high. And a second insulating member installed to be in close contact with the back surface of the first insulating member and having a second insulating member corresponding to the first through hole, and a third insulating member installed in close contact with the rear surface of the second insulating member. Insulation; A heating unit including a heating wire installed between the first insulating member and the second insulating member, and a first variable controller installed to control the power supply by the selection switch to adjust the strength of the current applied to the heating wire; A pair of low frequency generating electrodes are provided between the second insulating member and the third insulating member so that a through hole is formed in the center and is convex, and a portion thereof is exposed to the outside through the first and second through holes. A low frequency generator having a first variable controller configured to control a power supply by controlling the power supply to adjust the intensity of the low frequency output to the low frequency generator; LEDs installed inside each of the low-frequency generating electrodes and controlled to supply power by the selection switch; And a motor fixedly installed in the case so as to be close to the installation member, the motor being controlled to be supplied with power by the selection switch, and a rotor which is eccentrically coupled to the shaft of the motor and having magnets having different polarities on both sides. It is achieved by providing a portable multifunction physiotherapy device, characterized in that it consists of one vibration member.

On the other hand, the selection switch is a first switch for controlling the power supply to operate the variable regulator while the heating unit, the low frequency generator, and the LED at the same time; A second switch for controlling a power supply to operate the heating unit, the variable regulator, and the LED at the same time; A third switch controlling a power supply to operate the low frequency generator and the LED at the same time; Characterized in that the fourth switch for controlling the power supply to operate the vibration member.

1 is an exploded perspective view showing a treatment device according to the present invention.

Figure 2 is a perspective view of the bonded state showing the treatment device shown in FIG.

3 is a cross-sectional view showing a coupling state of the treatment device shown in FIG.

Figure 4 is a side view of the state of use of the treatment device shown in FIG.

5 is a circuit diagram showing a selection switch according to the present invention.

Figure 6 is a perspective view showing another embodiment of the treatment device according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: case 12: battery

14 Jack 20 Selection Switch

30: mounting member 32: opening hole

34: acupressure protrusions 40: insulation

41: first through hole 42: first insulating member

43: second through hole 44: second insulating member

46: third insulating member 50: heat generating portion

52: heating wire 54: first variable regulator

60: low frequency generating unit 62: through hole

64: low frequency generator 66: low frequency generator

66A: Second Variable Controller 70, 70 ', 70' ': LED

80: vibration member 82: motor

83: magnet 86: rotor

SW1: first switch SW2: second switch

SW3: third switch SW4: fourth switch

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention having the above characteristics as follows.

In the accompanying drawings, Figure 1 is an exploded perspective view showing a treatment device according to the present invention, Figure 2 is a perspective view of the combined state showing the treatment device shown in Figure 1, Figure 3 is a combined state of the treatment device shown in Figure 1 5 is a sectional view showing a circuit diagram showing a selection switch according to the present invention.

As shown in the accompanying drawings, the multifunctional physiotherapy apparatus according to the present invention has an installation member 30 formed in contact with the body, the insulating portion 40 is installed inside the installation member 30, and the thermal bath Heating unit 50 for, low-frequency generating unit 60 for low-frequency treatment, LEDs (70, 70 ', 70' ') for visually checking whether the fever and operation, and vibration member for vibration massage ( 80 and a case 10 formed so that each of the components are installed, and a selection switch 20 for simultaneously or selectively operating the components.

Each of these components will be described in detail as follows.

The case 10 is formed such that a rechargeable battery 12 is installed inside, a jack 14 for supplying power to the battery 12 is installed, a plurality of fixed ribs are formed on the inner surface, The selection switch 20 for controlling each component is installed to be exposed to the outside. The case 10 is formed to be convenient for the user to attach.

The battery 12 may be configured to be replaceable by being composed of a general battery which is not only rechargeable but also not rechargeable.

The installation member 30 is inserted and installed at the inlet side of the case 10, the opening hole 32 is formed on one side, a plurality of acupressure protrusions 34 on the edge of the opening hole (32) ) Has a protruding structure. A stepped portion is formed inside the opening hole 32 of the installation member 30 so that the insulating portion 40 is not separated to the outside, and the shape thereof is formed to correspond to the shape of the inlet side of the case 10.

The insulator 40 is formed to insulate the low frequency generating electrode 64, the LEDs 70, 70 ′, and the heating wire 52, which are installed therein, so that a surface thereof is exposed to the opening hole 32. Installed in the installation member 30, a plurality of first through-holes 41 having a gap is punctured, the first insulating member 42 formed of a thin plate so that the heat transfer efficiency and the elvan powder on the surface The second insulating member 44 is applied so that 44A is applied and the second through holes 43 corresponding to the first through holes 41 are respectively drilled to be in close contact with the rear surface of the first insulating member 42. ) And a third insulating member 46 which is installed in close contact with the rear surface of the second insulating member 44.

In this case, the first and second insulating members 42 and 44 may be formed of a heat resistant material such as asbestos tape formed of a very thin thin plate, and the third insulating member 46 may be formed to be hard. 44A) is installed by the heat generated from the heat generating section 50 to emit high-efficiency thermal rising far infrared rays. On the other hand, since the first insulating member 42 is formed of a member such as a very thin asbestos tape, most of the heat generated from the heating wire 52 to be described later can be transmitted to the affected part B, and thus the battery It is not necessary to heat the heating wire 52 by using the power supply of (12) more than necessary, because the first insulating member 42 is formed in a thin plate so that the heat generated from the heating wire 52 is directly applied to the skin. As transmitted, it means that the heat transfer efficiency is maximized.

The heating unit 50 is heated so that far infrared rays are radiated from the elvan rock powder 44A, and the heating wire 52 provided between the first insulating member 42 and the second insulating member 44 and the selection. The power supply is controlled to be controlled by the switch 20, and the first variable controller 54 is configured to adjust the strength of the current applied to the heating wire 52. The first variable controller 54 may use a dial type variable resistor that is generally used. The variable controller 54 may control the heat generation of the heating wire 52 so that temperature control is possible.

The low frequency generating unit 60 is to generate a low frequency to electrically stimulate the affected part of the body, the perforated hole 62 is formed in the center, the convex hole is formed convex, the first and second through holes (41, 43) Power supply is supplied by the pair of low frequency generating electrodes 64 and the selection switch 20 provided between the second insulating member 44 and the third insulating member 46 so that a portion thereof is exposed to the outside. The low frequency generator 66 is controlled to output the low frequency to the low frequency generating electrode 64, and the second variable controller 66A is configured to adjust the intensity of the low frequency generated from the low frequency generator 66.

Since the low frequency generating electrodes 64 are provided at regular intervals, only the skin located between the low frequency generating electrodes 64 is affected by the low frequency, and a separate lead wire is unnecessary. The low frequency generator 66 is generally used, and includes a second variable controller 66A made of a dial type variable resistor capable of adjusting its intensity.

The LEDs 70, 70 ′, 70 ″ are inside and the case of each of the low frequency generating electrodes 64 to be turned on or off when the heating unit 50 and the low frequency generating unit 60 are operated or selectively operated. It is installed on one side of (10), each has a function to indicate whether or not the operation of each component when turned on, and is configured to control the power supply by the selection switch 20. The LEDs 70, 70 ', 70' 'may be installed separately from the heating LEDs 70, 70' and the LED for checking the operation 70 '', the LEDs 70, 70 ' It can be replaced by infrared lamp.

The vibrating member 80 is to generate a vibration to massage the affected part with a shiatsu projection 34 protruding from the installation member 30, the inside of the case 10 to be close to the installation member 30 The rotor is fixed to the motor, the power supply is controlled by the selection switch 20, and the rotor is eccentrically coupled to the shaft of the motor 82, the magnet 83 is provided with a different polarity on both sides It consists of 86.

Since the rotors 86 provided at both sides of the magnets 83 are eccentrically installed on the shaft, vibrations are generated due to unbalance during operation of the motor 82.

At this time, the vibrating member 80 is preferably installed to be close to the opening hole 32 of the installation member 30 so that the magnetic force of the magnet 83 extends to the body.

That is, the impact magnetic field generated from the magnet 83 pushes, pulls and increases iron and ions in the blood to disintegrate blood cholesterol and remove impurities contained in the blood.

The selection switch 20 is installed on one side of the case 10 as shown in FIG. 5 and configured to simultaneously or selectively supply or cut off power, that is, power of the battery 12, to each of the components. First, to control the power supply so that the heating unit 50, the low frequency generating unit 60, and the LED (70, 70 ', 70' ') is operated at the same time to operate the variable regulator 54 A second switch SW2 for controlling a power supply so that the switch SW1, the heat generating unit 50, the variable regulator 54, and the LEDs 70, 70 ', 70 &quot; And a third switch SW3 for controlling a power supply to operate the low frequency generator 60, the LEDs 70, 70 ', and 70' 'at the same time, and supplying power to operate the vibration member 80. It consists of a fourth switch (SW4) for controlling.

That is, the first switch SW1 is a power source of the battery 12 to the heating unit 50, the low frequency generating unit 60, the variable regulator 54 and the LED (70, 70 ', 70' '). When the power supply of the battery 12 is turned on, the power supply of the battery 12 is applied to the variable regulator 54 and the heating unit 50 through the first diode D1, and the third diode D3 is turned on. It is applied to the low frequency generating unit 60 through, and configured to be applied to the LED (70, 70 ', 70' ') through the fourth diode (D4).

On the other hand, the second switch (SW2) is to control the power supply to operate the heating unit 50, the variable regulator 54 and the LED (70, 70 ', 70' ') at the same time, the battery 12 ) Is applied to the heat generating unit 50 and is applied to the LEDs 70, 70 ', 70' 'through the second diode D2, and the third switch SW3 is The power of the battery 12 is applied to the low frequency generation unit 60, and is configured to be applied to the LEDs 70, 70 ', 70' 'through the fourth diode D4, and the fourth switch (SW4) is configured such that the power of the battery 12 is applied to the transmission member (80).

At this time, the selection switch 20 may be configured as a dial type or a sliding lever type, regardless of the structure. That is, it can be configured as a sliding lever type as shown in Figures 1 to 2.

Referring to the operation of the present invention configured as described above in detail.

First, as shown in FIG. 2, the installation member 30, the heat generating unit 50, the low frequency generating unit 60, and the vibration in which the insulating member 40 is embedded in the case 10. When the member 80, the battery 12, and the selector switch 20 are installed, respectively, and want to receive the thermal bath and the low frequency treatment at the same time, the first switch SW1 is turned on.

When the first switch SW1 is turned on, the power of the battery 12 is applied to the heating unit 50 having the first variable controller 54 through the first diode D1 and at the same time the The power applied to the low frequency generator 66 of the low frequency generator 60 through the second diode D2 is again supplied to the low frequency generator 60 through the fourth diode D4. , 70 ', 70' ', the heat generating unit 50 and the low frequency generating unit 60 are activated, and the LEDs 70, 70', 70 '' are turned on.

When power is applied to the heat generating part 50, heat is generated from the heating wire 52 provided between the first insulating member 42 and the second insulating member 44 to heat the first insulating member 42. At the same time, the elvan rock powder 44A coated on the surface of the second insulating member 44 is heated, and the user can adjust the intensity using the first variable controller 54.

On the other hand, when power is applied to the low frequency generator 66 of the low frequency generator 60, the low frequency generated from the low frequency generator 66 is interposed between the second insulating member 44 and the third insulating member 46. It is installed, and the curved portion is output to the low-frequency generating electrode 64 is installed so as to be exposed to the first and second through holes (41, 43). At this time, by adjusting the second variable controller (66A) installed in the low frequency generator 66 to adjust the intensity of the low frequency output.

In addition, the LEDs 70, 70 ′, 70 ″ installed inside each of the low frequency generating electrodes 64 are turned on by the applied power to emit light to the transmission hole 62 and at the same time, the case 10. Lights on one side of) to indicate that each of the components are operating.

In this way, heat is generated from the heating wire 52 of the heat generating part 50, and far infrared rays are radiated in proportion to heat by the elvan rock powder 44A, and low frequency is output from the low frequency generating part 60, and the LED ( 70, 70 ', 70 &quot; is turned on, the user makes the surface of the first insulating member 42 exposed to the opening 32 and the low frequency generating electrode 64 as shown in FIG. In close contact with B).

At this time, the user adjusts the temperature of the heating unit 50 by adjusting the first variable controller 54 as described above, and adjusts the intensity of the low frequency output by adjusting the second variable controller 66A. .

As such, the far-infrared rays radiated from the heat generating unit 50 result in steaming the affected part B of the body by heating, and the low frequency output from the low frequency generating unit 60 to the low frequency generating electrode 64 is Stimulation of the affected area (B) will result in the appearance of saliva indirectly. That is, since the heat generated from the heat generating part 50 and the far infrared ray heat the first insulating member 42 in close contact with the affected part B of the body, the affected part B is heated with heat, and at the same time, The low frequency generating electrode 64 of the contact with the skin, the skin between each of the low frequency generating electrode 64 is stimulated by the low frequency so that a tingling phenomenon occurs, resulting in indirect saliva.

In other words, the low frequency output to the pair of low frequency generating electrodes 64 electrically stimulates highly excitable nerve cells, thereby indirectly achieving acupuncture and resin treatment.

In addition, the LEDs 70, 70 ′, 70 ″ may be heated by the low frequency generating electrode 64 and the user may visually operate the heating unit 50 and the low frequency generating unit 60 smoothly. You can check with.

If the treatment is to be stopped in this state, the above operation can be stopped by turning off the first switch SW1.

On the other hand, when the user wants only the heat treatment, only the second switch SW2 is turned on. When the second switch SW2 is turned on, power of the battery 12 is applied to the heat generating unit 50 and at the same time, the LEDs 70, 70 ′, 70 '' through the third diode D3. Is applied.

As such, when power is applied to the heat generating part 50 and the LEDs 70, 70 ′ and 70 ″, the user may closely contact the surface of the first insulating member 42 with the affected part B as described above. Using the first variable controller 54, heat-bath the affected part B while adjusting its temperature. If you want to stop the steaming later, when the second switch (SW2) is turned off the operation of the heating unit 50 and the LED (70, 70 ', 70' ') is stopped.

In addition, when the user wants to treat the affected part B using only the low frequency, the third switch SW3 is turned on and the low frequency generating electrode 64 is brought into close contact with the affected part B. When the low frequency generating electrode 64 is brought into close contact with the affected part B while the third switch SW3 is turned on, the low frequency generated from the low frequency generator 66 passes through the affected part B while Heat generated from each of the LEDs 70, 70 'and 70 &quot; installed in the respective low frequency generating electrodes 64 causes heating of the low frequency generating electrodes 64 that contact the affected part B. do. At this time, in consideration of the degree of irritation of the skin or the degree of spasm of the skin to adjust the intensity of the low frequency output by adjusting the second variable controller (66A). When the treatment is to be completed later, when the low frequency generating electrode 64 is separated from the affected part, and the third switch SW2 is turned off, the low frequency generating electrode 64 is stopped and the LEDs 70 and 70 'are stopped. , 70 '') goes out.

On the other hand, if you want to treat the affected area by vibrating massage, turn on the fourth switch (SW4), the opening hole 32 side of the installation member 30 by close contact with the affected part (B) the acupressure protrusion (34) Make close contact with the affected part (B). This operation is as described above. That is, the same operation as the first insulating member 42 is in close contact with the skin.

As such, when each of the acupressure protrusions 34 is in close contact with the affected part B while the fourth switch SW4 is turned on, the plurality of acupressure protrusions 34 vibrate severely and stimulate the affected part B.

That is, when the fourth switch SW4 is turned on, the motor 82 rotates, and the rotor 86 coupled to the shaft of the motor 82 generates vibration while being eccentrically rotated. Due to the vibration of the case 10 itself, each of the acupressure protrusions 34 is to be shaken in a state in close contact with the affected part (B) to stimulate the menstrual blood of the affected part (B).

On the other hand, the rotor 86 rotates to generate vibration and at the same time the magnetic pole of the polarity is changed by each magnet 83 is installed differently the N pole S pole affects the affected part.

As such, when the vibration is generated by the rotor 86, a plurality of acupressure protrusions 34 in close contact with the affected part (B) to stimulate the menstrual blood of the affected part (B), generated from the magnet 83 Magnetic force penetrates into the body, pushing and pulling iron in the bloodstream and increasing ions to purify the bloodstream to promote metabolism.

In this state, if the treatment is to be completed, when the acupressure protrusion 34 is spaced apart from the affected part B and the fourth switch SW4 is turned off, the motor 82 is stopped.

On the other hand, when the life of the battery 12 reaches the end of the operation as described above, by connecting an external power source to the jack 14 to charge the battery 12, or exchange for a new battery 12 The component can be activated.

Although the embodiment is configured to allow the user to selectively use each function by mounting the case 10 with one hand, as shown in Figure 6, using the belt (C) back or waist or It can be configured to be fixed to the arm or leg for a long time.

That is, as shown in Figure 6, the respective components as described above are installed in the case 10 formed in a square shape, and both sides of the case 10 to form a hook hole 19 to form a belt ( By allowing the 90 to be installed, the case 10 can be fixed to the body using the belt 90.

Multifunctional physiotherapy device as described above by providing a heat treatment function and a low-frequency treatment function and magnetic acupressure massage function in one case 10, it is convenient to use and carry.

The portable multifunction physiotherapy apparatus according to the present invention has a case in which a battery and a selection switch are installed, an installation member installed at an inlet side of the case, a heating unit installed inside the installation member, and a low frequency generator configured to generate low frequency. And, it is composed of a vibration member to generate vibration and magnetic force, according to the present invention, by adding a heat treatment function and alternating magnetic vibration massage function and low frequency treatment function by far infrared rays in one treatment unit, each treatment unit separately Without the purchase, it is provided with the convenience of simultaneous or selective heating and heating, low-frequency treatment and alternating magnetic vibration massage, provides the effect of easy use and easy to carry, especially the first insulating member in contact with the skin Is formed into a thin plate, so that heat generated from heat rays is transferred directly to the skin. You can get.

While the invention has been shown and described with respect to certain preferred embodiments thereof, the invention is not limited to the embodiments described above, and is typically defined in the art to which the invention pertains without departing from the spirit of the invention as claimed in the claims. Anyone with knowledge of the world can make many variations.

Claims (2)

Rechargeable battery 12 is installed inside, a jack 14 for supplying power to the battery 12 is installed, a plurality of fixed ribs are formed on the inner side, the case having a selector switch 20 10; An installation member 30 installed at an inlet side of the case 10 and having an opening hole 32 formed at one side thereof, and a plurality of acupressure protrusions 34 protruding from an edge of the opening hole 32; It is installed in the installation member 30 so that the surface is exposed to the opening 32, a plurality of first through-hole 41 having a gap is perforated, formed of a thin plate is made of high heat transfer efficiency The first insulating member 42 and the surface of the first insulating member 42 are coated with the elvan rock powder 44A, and the second through holes 43 corresponding to the first through holes 41 are respectively drilled. An insulating part (40) having a second insulating member (44) which is installed in close contact with the second insulating member (44) and a third insulating member (46) which is installed in close contact with the rear surface of the second insulating member (44); The heating wire 52 is provided between the first insulating member 42 and the second insulating member 44, the power supply is controlled by the selection switch 20, the current of the current applied to the heating wire 52 A heating unit 50 having a first variable controller 54 to adjust the intensity; A through hole 62 is formed in the center portion, and is formed to be convex, and the second insulating member 44 and the third insulating member 44 are partially exposed to the outside through the first and second through holes 41 and 43. 46 a pair of low frequency generator electrodes 64 disposed between the power supply is controlled by the selection switch 20, the low frequency generator 66 for outputting the low frequency to the low frequency generator electrode 64, the low frequency of the output A low frequency generator 60 having a second variable controller 66A adapted to adjust the intensity; LEDs 70, 70 ', 70 &quot; installed inside each of the low-frequency generating electrodes 64 and controlled to be turned on / off by supplying power by the selection switch 20; The motor 82 is fixedly installed in the case 10 so as to be close to the installation member 30, and is eccentrically coupled to a shaft of the motor 82 and the motor 82 in which power supply is controlled by the selection switch 20. A vibration member 80 having a rotor 86 provided with magnets 83 having different polarities on both sides thereof; Portable multifunction physiotherapy device, characterized in that consisting of. The variable regulator 54 of claim 1, wherein the selection switch 20 operates the heat generator 50, the low frequency generator 60, and the LEDs 70, 70 ', and 70' 'simultaneously. A first switch (SW1) for controlling the power supply to operate; A second switch (SW2) for controlling a power supply to operate the heating unit 50, the variable regulator 54, and the LED 70 at the same time; A third switch (SW3) for controlling a power supply to operate the low frequency generator 60 and the LED 70 simultaneously; A fourth switch (SW4) for controlling power supply to operate the vibration member (80); Portable multifunction physiotherapy device, characterized in that consisting of.