KR200264071Y1 - Medical treatment machine for Articulation - Google Patents

Abstract

The present invention relates to a joint therapy device of the body.

The present invention makes a heating pad which contracts and expands from the pumping action of the air pump to cover each joint part of the body (eg, legs and arms), and on one side of the heating pad from the emission of halogen lamps. By forming topaz emitting far-infrared rays, thermal treatment of ligaments, meniscus, joint capsule, joint cavity, joint bones, etc. After this, far infrared rays radiated from topaz penetrate into the elongated joint sites, providing a smoother blood circulation in each joint site as well as more effective treatment of arthritis and joint neuralgia caused by joint sites. do.

Description

Medical treatment machine for Articulation

The present invention relates to a device for treating joints of the body, in particular, radiating heat and infrared rays while covering each joint area (eg, legs and arms) of the body to facilitate blood circulation of the joint area as well as arthritis caused by the joint area. It relates to a joint therapy device that can more effectively treat the joint neuralgia or the like.

As is well known, the joints of the arms and legs cause many diseases due to economic activities.

In other words, a person sitting on a desk for a long time is not able to make a proper posture on the lower back, causing the spine to bend, and in severe cases, a significant pain is felt, and a heavy load carries a lower back. Excessive force is applied, causing severe pain caused by muscle clumping.

In addition, in the joints of the arms and legs, when excessive force is suddenly applied to the joints in the state of using or decreasing the frequency, arthritis or joint neuralgia is induced in the joints.

In order to prevent back pain and arthritis as described above, continuous exercise or posture correction is recommended, but this education did not have any effect in the busy life of busy modern society.

Therefore, many means are conventionally provided to make up for the recommended effects such as posture correction, and the most prominent among them is the use of anti-inflammatory painkillers or massage packs.

However, the anti-inflammatory analgesics or massage packs, such as these, are not intended for treatment but only serve as analgesics to temporarily soothe arthritis or joint neuralgia of the joint area, and have virtually no efficacy in treatment. .

On the other hand, when the back pain or inflammation is more severe, surgery is usually performed as a final step of the treatment, and in the case of such an operation, posture correction must be accompanied and such posture correction is properly performed. If not followed, the effect of the surgery was very difficult to expect.

In other words, in the case of pain in the lower back of the body or arthritis of the joint area, the treatment is recognized as an incurable disease that continues for a long time, while a means for more effectively treating such arthritis or back pain is still provided. There was not.

On the other hand, conventionally, the thermal therapy device is provided, and the thermal therapy device has a function of treating the whole body in a state of lying on the pad as a bed type, but has no effect on the local treatment of the joint area. .

Therefore, the present invention has been devised to solve the conventional problems as described above, the object of the present invention, contraction and expansion from the pumping operation of the air pump to cover each joint area (eg legs and arms) of the body The heating pad is made and the top surface of the heating pad forms a topaz emitting far-infrared rays from the light emitted by the halogen lamp, and the ligaments, meniscus, and articular capsules in the joint area by the heating pad. (關節 囊), the joint cavity (關節 腔), joint bones, etc. to primarily heat treatment, and then the far-infrared rays radiated from the topaz penetrate into the elongated joint sites, thereby smoothing the blood circulation in each joint site as well as the joint parts It is to provide a joint therapy device that can more effectively cure arthritis and joint neuralgia caused by the stomach.

1 is a cross-sectional view showing an air suction process of the general pumping means.

Figure 2 is a cross-sectional view showing the air discharge process of the general pumping means.

Figure 3 is a perspective view showing the structure of the joint treatment device in one embodiment of the present invention.

Figure 4 is an exploded perspective view showing the structure of the joint treatment device in one embodiment of the present invention.

Figure 5 is a plan view showing a state in which the length of the joint treatment device is expanded in one embodiment of the present invention.

Figure 6 is a plan view showing a state in which the length of the joint treatment device is narrowed in one embodiment of the present invention.

Figure 7 is a side view showing the structure of the joint treatment device in one embodiment of the present invention.

Figure 8 is a cross-sectional view showing the internal structure of the thermal pad applied to the joint treatment device in one embodiment of the present invention.

Figure 9 is a schematic block diagram showing a control system configuration of the joint therapy device in one embodiment of the present invention.

Figure 10 is a state of treating the arm joint area with an articular treatment device in one embodiment of the present invention.

Figure 11 is a state of treating leg joints with an articular treatment device in one embodiment of the present invention.

Figure 12 is a state of treating the lower back through the joint treatment device in one embodiment of the present invention.

Figure 13 is a perspective view of a structure in which the towing means is applied to the joint therapy in another embodiment of the present invention.

14 is a cross-sectional view of the operation structure of the towing means in another embodiment of the present invention.

Figure 15 is a schematic diagram showing a connection state of the air pressure hose for supplying branched compressed air pressure to the air tube in another embodiment of the present invention.

Figure 16 is a state of use of the joint treatment device provided with a traction means in another embodiment of the present invention.

17 is a perspective view of a structure in which another traction means is applied to a joint therapy according to another embodiment of the present invention.

18 is a state of use of the joint therapy device provided with another traction means in another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

One ; Composite 2; heater

10; Thermal pad 11; Fixed pad

12; Flow pad 13; Variable pad

14; Ring 15; Variable length

20,20 ', 20'; Air tube 30; Spinning member

31; Fever 32; Fusion

33; Dome portion A; Space

40; Heating means 50; Switching means

60; Pumping means 61, 61a; Pneumatic Hose

62a, 62b; First and second branch pipes 63; Solenoid valve

70; Control means 71; temperature Senser

72; Pumping sensors 80,80 '; Fastening means

100; Power cord 200; Control panel

301; Pumping motor 302; Axis of rotation

303; Eccentric shaft 304; Eccentric

304a; Rod groove 305; Connecting shaft

306; Pump station 307; Pumping Bulb

307a; Bulb rod 308; Pump body

309; Intake valve 310; Discharge valve

311; Valve rod 312; Valve rod groove

313; Outlet 314; Valve fixing plate

315; Cover 400; Drive panel

401; Transfer motors 402,403; 1st and 2nd cable groove

404; Rotating bodies 405,406; 1st and 2nd cable reel

407,408; 1st and 2nd transfer bar

Hereinafter, a preferred embodiment of the present invention based on the accompanying drawings.

1 is a cross-sectional view showing an air intake process of the general pumping means, Figure 2 is a cross-sectional view showing an air discharge process of the general pumping means, Figure 3 is a perspective view showing the structure of the joint treatment device in one embodiment of the present invention.

Figure 4 is an exploded perspective view showing a structure of the joint therapy device in one embodiment of the present invention, Figure 5 is a plan view showing a state in which the length of the joint therapy device is expanded in one embodiment of the present invention, Figure 6 is one embodiment of the present invention For example, a plan view showing a narrowed state of the joint therapy device.

Figure 7 is a side view showing the structure of the joint treatment device in one embodiment of the present invention, Figure 8 is a cross-sectional view showing the internal structure of the heating pad applied to the joint therapy device in one embodiment of the present invention, Figure 9 is In one embodiment is a schematic block diagram showing the control system configuration of the joint therapy device.

10 is a state diagram for treating an arm joint region with an articular treatment device in one embodiment of the present invention, Figure 11 is a state diagram for treating a leg joint region with an articular treatment device in one embodiment of the present invention, Figure 12 In one embodiment is a state of treating the back portion through a joint therapy device.

As shown in Figures 1 to 12, the heating pad 10 and the air tube 20 having a predetermined length and width to compress while wrapping each joint area of the body (e.g., arms and legs) is double-processed To configure,

The inside of the heating pad 10 is filled with a composite material (1) mixed with charcoal and germanium to radiate far infrared rays in the inside of the composite material (1) to provide heat to the surface of the heating pad (10) (2) ),

A predetermined number of radiating members 30 radiating far-infrared rays from the heat generated by the heat generating means 40 to be described later while forming a plurality of heat generating holes 31 on a plane on the outer surface of the heating pad 10. Arrays,

The inside of the radiating member 30 to enable the far-infrared radiation of the radiating member 30 as well as to generate heat to provide heat with the heater (2) in the joint area of the body wrapped by the thermal pad 10 Forming the heat generating means 40,

The air tube 20 is supplied with compressed air pressure in the air tube 20 so as to repeatedly press a specific part of the body by the heating pad 10 or discharge the compressed air pressure in the air tube 20 while the air tube ( The pumping means 60 for repeatedly expanding and contracting the 20 is connected through the air pressure hose 61,

The heater 2, the heat generating means 40, and the pumping means 60 include the heating of the heater 2 from the switching operation of the switching means 50, as well as the heat generating operation of the heat generating means 40 and the pumping means 60. The circuit for connecting the means 70 for controlling the repetitive pumping operation of the circuit is characterized in that the configuration.

The heating pad 10 is divided into a fixed pad 11 and a floating pad 12, and between the fixed pad 11 and the floating pad 12, the pad 11 according to the circumferential area of the joint portion of the body ( A variable pad 13 is connected to allow the entire length of the variable 12 to be variable. The variable pad 13 has a hook portion 14 and a fixing pad 11 and a flow while engaging the hook portion 14. It is characterized in that the variable length and fixing portion 15 for fixing the variable length of the pad 12 is formed.

The variable length unit 15 may be applied to a velcro tape or belt method, it is preferable to apply a velcro tape method to facilitate separation as well as ease of fastening.

The radiating member 30 has a circular fusion portion 32 around the circumference so as to be ultrasonically fused and fixed to an outer surface of the heating pad 10, and an upper end portion of the heat generating means 40 on the center of the fusion portion 32. It is characterized by consisting of a semi-circular dome portion 33 having a space portion (A) to be located inside.

The radiation member 30 is a tetragonal crystal structure with hardness 8, specific gravity 3.54, refractive index 1.62 to 1.63, birefringence 0.010, topaz having a glassy gloss, but not necessarily limited to such a material, and far infrared rays It can be used as long as it can emit radiation.

The radiating member 30 is attached to one side of the outer side of the thermal pad 10 by ultrasonic welding, but is not necessarily limited to such a bonding method, it is also possible to bond through the adhesive.

The heating means 40 is applied to the halogen lamp so that the heat function of the thermal pad 10 can be more efficiently, to prevent burns of the body joints due to overheating of the heater (2) and the heating means (40). The heating time of the heater 2 and the heat generating means 40 may be set using a timer.

The heat generating means 40 is fixed to be located in the space portion A of the radiating member 30 after protruding from the inner surface of the heating pad 10 to the outer surface, the heater (10) 2) and a power supply wire (not shown) for supplying power to the plurality of heat generating means 40 are wired, and a wire (not shown) protruding to the outside of the heating pad 10 is a power cord ( It was configured to be connected to the control panel 200 having a 100).

Although not shown in the pumping means 60, wires for power supply are wired, and the wires protruding out of the pumping means 60 are connected to the control panel 200 having the power cord 100. It was.

Here, the pumping means 60 may apply a compression method or a motor method applied to a conventional blood pressure measuring device, and in the present invention, a motor method is applied.

That is, in the structure, as shown in Figs. 1 and 2, while having an eccentric shaft 303 and a rod groove 304a is fixed to the rotary shaft 302 of the pumping motor 301 to generate an eccentric force An eccentric plate 304 connected to the eccentric shaft 303 and eccentrically rotated, a connecting shaft 305 connecting the eccentric shaft 303 and the eccentric plate 304, and a rotation shaft 302 of the pumping motor 301 are provided. It is attached to the surface of the eccentric shaft 303 and the eccentric plate 304 and the connecting shaft 305 to form a space for installing the connection shaft 305 and the eccentric plate 304 connected to the vertical movement While pumping a plurality of pumping bulbs 307 having a bulb rod 307a and one end of the pump fixing unit 306 to suction and compress air, while providing a space in which the plurality of pumping bulbs 307 are installed. The main body 308, the plurality of suction valves 309 which are opened when the plurality of pumping bulbs 307 inhale air, and the plurality of pumping bulbs 307 compress and release the air. A discharge valve 310 and a plurality of suction valves 309 which are opened at the time of shipment are installed at the lower end thereof, and the valve rods 311 of the suction valves 309 are mounted on the portions where the respective suction valves 309 are installed. A groove 312 is formed, and a discharge port 313 is formed at the center thereof, and a discharge valve 310 is installed under the discharge port 313, so that the air pressure hose 61 of the air tube 20 is connected to the valve fixing plate 314. ) And a cover 315 attached on the valve fixing plate 314.

Here, the number of the pumping bulb 307 can be arbitrarily according to the output or the overall size of the pump, in the present invention, although not shown in the drawings, it was used to configure three at intervals of 120 °.

Meanwhile, as shown in FIG. 9, the control panel 200 constitutes a switching means 50 in which an on / off switching operation is performed, as well as the power cord 100 and the respective wires, although not illustrated therein. In addition to the contact point, the temperature sensor 71 for detecting the heating temperature of the heater 2 and the heating temperature of the heat generating means 40 and the pumping sensor for detecting the repetitive pumping pressure of the pumping means 60 ( 72 and the heating operation of the heater 2 as well as the heating operation of the heating means 40 and the pumping of the pumping means 60 according to the signals detected from the temperature sensor 71 and the pumping sensor 72. The control means 70 is configured to be connected to the thermal pad (10) by the printed circuit board (PCB) to cover the joint area of the body at the optimum temperature and pressure force.

In addition, the heating pad 10 and the air tube 20 is preferably provided in a length and width to wrap the joints of the arms and legs, but in some cases may be produced in a length and width to wrap the waist area In this case, the number of the radiation member 30 attached to the outer surface of the heating pad 10 may be increased.

Hereinafter, reference numeral 80 is a fastening means positioned in front and rear of the heating pad 10, which is a component that firmly fixes the heating pad 10 wrapped around the joint area of the body so as not to be separated from the joint part. In this invention, the fastening means 80 was applied to the Velcro tape.

Referring to Figures 1 to 12 attached to the operation of the embodiment of the present invention configured as described above are as follows.

First, the thermal pad 10 and the air tube 20 having a predetermined length and width are double-processed so as to surround and compress each joint part (eg, an arm and a leg) of the body.

In this case, as shown in FIGS. 5 to 7, the heating pad 10 is divided into a fixed pad 11 and a floating pad 12, and a variable pad is disposed between the fixed pad 11 and the floating pad 12. (13) is connected, and the variable pad 13 is provided with a variable length of the Velcro tape-type variable length section 15 in which the hook portion 14 as well as the hook portion 14 is engaged.

Then, the inside of the thermal pad 10 is filled with a composite material (1) mixed with charcoal and germanium to radiate far infrared rays as shown in Figure 8, the inside of the composite material 1 to heat the surface of the thermal pad (10) Arrange the heaters 2 to provide.

In addition, an outer surface of the thermal pad 10 is arranged and fixed to a predetermined number of radiating members 30 having a plurality of heating holes 31 formed on a plane, and a radiating member inside the radiating member 30. It is possible to form the heat generating means 40 in which the halogen lamp is applied to provide the heat along with the heater 2 in the joint portion of the body wrapped by the thermal pad 10 as well as enabling the far infrared radiation of the 30.

On the other hand, the air tube 20 is supplied with compressed air pressure in the air tube 20 or the compressed air pressure in the air tube 20 so as to be repeatedly pressed to a specific part of the body by the thermal pad 10 The pumping means 60 for repeatedly expanding and contracting the tube 20 is connected through an air pressure hose 61.

In addition, the heater 2, the heat generating means 40, and the pumping means 60 include the heating of the heater 2 from the switching operation of the switching means 50, as well as the heat generating operation and the pumping means of the heat generating means 40 ( The control means 70 for controlling the repetitive pumping operation of 60) sequentially from the internal program is connected to the circuit.

That is, the heating means 40 is projected from the inner surface of the heating pad 10 to the outer surface as shown in Figure 8 and then fixed to be located in the space portion (A) of the radiating member 30, the heating pad Inside the 10 is wired a power supply wire for supplying power to the heater 2 and a plurality of heat generating means 40, the wire protruding to the outside of the heating pad 10 is the power cord 100 It is configured to be connected to the control panel 200 having.

The wires for power supply are also wired in the pumping means 60, and the wires protruding out of the pumping means 60 are connected to the control panel 200 having the power cord 100. .

At this time, the control panel 200, as shown in Figure 9 is not only to form a switching means 50 for the on / off switching operation is made, but also to contact each power cord 100 and each wire , A temperature sensor 71 for detecting a heating temperature of the heater 2 and a heating temperature of the heat generating means 40, a pumping sensor 72 for detecting a repetitive pumping pressure of the pumping means 60, and the temperature sensor In accordance with the signal detected from the 71 and the pumping sensor 72, the heating operation of the heater 2 as well as the heating operation of the heating means 40 and the pumping means 60 sequentially controls the repeated pumping operation of the thermal pad The control means (70) for wrapping the joints of the body at the optimum temperature and pressure force is connected to the circuit through the printed circuit board (PCB).

Therefore, the double-heated thermal pad 10 and the air tube 20 as described above is in close contact with the circumference of the joint area of the body and then securely fixed through the fastening means 80 while winding along the circumference.

Thereafter, when the switching means 50 is switched on and the signal of the ON is transmitted to the control means 70, the control means 70 first sets a control operation for repeatedly pumping the pumping means 60. This is done from an internal program.

Here, each component of the pumping means 60 is a known technique as shown in Figs. 1 and 2 when the repetitive pumping operation of the pumping means 60 is made, the pumping means 60 and The compressed air pressure is supplied to the air tube 20 connected through the air pressure hose 61 for a predetermined time, and the compressed air pressure therein is discharged to the outside. Thus, the air tube 20 expands and contracts. Will be repeatedly performed.

In this case, when the air tube 20 is inflated, the heating pad 10 surrounding the joint site (arm or leg) acts to compress the joint site, and when the air tube 20 contracts, the joint The heating pad 10 surrounding the site releases the pressure on the joint.

On the other hand, the control means 70 when the expansion of the air tube 20, the heating of the heater (2) located inside the heating pad 10, as well as to sequentially control the heating operation of the heat generating means (40) Bar,

The surface temperature of the heating pad 10 rises from the heating operation of the heater 2 and the heating means 40, and the primary heat treatment in the joint area is performed from the surface temperature of the elevated heating pad 10. .

At this time, the inside of the thermal pad 10 is filled with a composite material 1 mixed with charcoal and germanium, and the heat generating means 40 to which the halogen lamp is applied is located in the space A of the radiating member 30. Bar,

Far-infrared radiation is generated from the heating of the heater 2 and the heating of the heating means 40, and the emitted far-infrared rays penetrate into the joint site where the heat treatment is performed by the thermal pad 10.

That is, the radiation member 30 fixed to the outer surface of the heating pad 10 has a circular fusion portion 32 around the upper end portion of the heat generating means 40 on the center of the fusion portion 32 It is composed of a semi-circular dome part 33 having a plurality of heat generating holes 31 while having a space A to be located inside,

Far-infrared rays radiated from the composite material 1 from the heating of the heater 2 penetrate into the joints of the body through the entire surface of the heating pad 10, the radiation member 30 according to the heat generated by the heat generating means (40) Far-infrared rays are penetrated into the elements of joints.

That is, the present invention primarily heats the joint part from the heat generated by the heater 2 and the heat generating means 40 and then penetrates the far infrared rays into the heated joint part, thereby smoothing the blood circulation of the joint part. Of course, the treatment of joint arthritis and joint neuralgia will be more efficient.

At this time, in the control panel 200, the temperature sensor 71 and the pumping sensor 72 as well as the control means 70 is connected to the printed circuit board by a circuit,

The temperature sensor 71 detects the heating and heating temperature of the heater 2 and the heat generating means 40, and then outputs the detection signal to the control means 70. In addition, the pumping sensor 72 pumps the pumping means ( After checking the pumping pressure of 60, the check information is output to the control means 70.

Then, the control means 70 controls not only the heating of the heater 2 but also the heating operation of the heat generating means 40 as well as the pumping operation of the pumping means 60 repeatedly.

Therefore, the predetermined compressed air pressure is repeatedly supplied to or discharged from the air tube 20 from the repeated control of the pumping means 60, and the expansion and contraction operations of the air tube 20 are repeated. bar,

The heating pad 10 which has been wrapped around the joint area of the body from the repeated expansion and contraction of the air tube 20 is able to treat arthritis or joint neuralgia in the joint area with the optimum temperature and pressure, as well as the heater (2) and will be able to prevent burns of the body joints due to overheating of the heat generating means (40).

Here, each joint part of the body, that is, the joints of the arm and the joint circumference of the leg portion is different from each other, in view of this, in the present design, the heating pad 10 to the fixed pad 11 and the floating pad 12 variable pad Divided into (13), the variable pad 13 is provided with a ring portion 14 and a variable length of the Velcro tape method (15).

That is, when treating the joint portion of the arm narrowed the length of the variable pad (13) and then fixed through the ring portion 14 and the variable length and government (15), when treating the joint portion of the leg variable pad (13) ) To make the length as wide as possible after the ring 14 and variable length and fixed through the government (15).

In addition, the present invention has been described by providing the heating pad 10 and the air tube 20 in the length and width for wrapping the joints of the arms and legs, but if necessary, the length and width can be wrapped around the waist area It can be designed to be wider.

At this time, the number of the heating member 40 as well as the radiating member 30 attached to the outer surface of the heating pad 10 to increase.

On the other hand, Figures 13 to 16 is another embodiment of the present invention, Figure 13 is a perspective view of a structure to which the traction means is applied to the joint treatment, Figure 14 is a cross-sectional view of the operation structure of the traction means, Figure 15 is compressed by air tube It is a schematic diagram showing the connection state of the air pressure hose for supplying branched air pressure, Figure 16 is a state of use of the joint treatment device provided with a traction means.

In another embodiment of the present invention as shown in Figure 13 to 16,

When the joint area is to be treated by the heating pad 10, the peripheral part of the joint is shown to be pulled up and down, and this means that the heating and the far infrared penetration of the joint part are performed at the periphery of the joint part. Muscle traction is done at the same time to make the treatment more efficient.

That is, another embodiment of the present invention, as shown in Figure 13 to 15 attached,

The driving panel 400 is formed on both outer sides of the air tube 20,

The transfer motor 401 has a transfer motor 401 and a first and second cable grooves 402 and 403 which are driven forward and reverse from the control operation of the control means 70 in the drive panel 400. Rotatable body 404 interlocked from the forward and reverse rotation of the first and second cable reel made of winding and unwinding from the forward and reverse rotation of the rotating body 404 to the first and second cable grooves 402, 403 ( 405, 406, the first and second transfer rods 407, 408 made of a multi-stage of the antenna method to be unfolded and folded from the winding and unwinding of the first and second cable reels (405, 406) And, respectively, fixed to the end portions of the first and second transfer rods 407 and 408 and positioned at the upper and lower ends of the first air tube 20, respectively, when the pumping means 60 is supplied with compressed air pressure by a pumping operation. Pumping operation of the pumping means 60 while being connected to the second and third air tubes 20 'and 20' and the first air pressure hose 61 to pull the upper and lower peripheral portions of the joint. First and second connecting to the second and third air tubes 20 'and 20' and the second air pressure hose 61a to supply compressed air pressure to the second and third air tubes 20 'and 20', respectively. Two branch pipes (62a) (62b),

The solenoid valve is formed on the second air pressure hose 61a and is opened and closed to restrict the supply of compressed air pressure to the second and third air tubes 20 'and 20' from the control operation of the control means 70. It consists of 63.

Here, a pad (not shown) made of a separate fabric is attached to one outer surface of the second and third air tubes 20 'and 20', and the pad will be described in an embodiment of the present invention. It has a fastening means 80 of the Velcro tape system.

That is, in another embodiment of the present invention, first, the joint pad is wrapped with the heating pad 10 and the double treated first air tube 20, and the second air caps are positioned at the upper and lower ends of the first air tube 20, respectively. And the third air tube (20 ', 20') to wrap around the upper and lower ends of the joint.

At this time, the drive panel 400 is located on both sides of the outer side of the first air tube 20, the drive panel 400 and the second and third air tube (20 ', 20') is a multi-stage antenna method Are connected to the first and second transfer rods 407 and 408 of

When the transfer motor 401 located in the inside of the drive panel 400 is rotated forward, the rotating body 404 is interlocked from the forward rotation drive of the transfer motor 401.

In this case, first and second cable grooves 402 and 403 are formed in the rotating body 404, respectively, and the first and second cable grooves 402 and 403 are formed in multiple stages, respectively. The first and second cable reels 405 and 406 which determine the spreading and folding of the second transfer rods 407 and 408 are wound.

As the rotating body 404 rotates, the first cable reel 405 unfolds the first transfer rod 407 upwards, so that the upper peripheral portion of the joint is expanded from the expansion of the second air tube 20 '. The second cable reel 406 extends the second transfer rod 408 downward so that the lower periphery of the joint is extended from the expansion of the third air tube 20 '. Tow to the bottom of the body.

That is, when the pumping means 60 is repeatedly pumped through the control means 70, the first air pressure hose 61 is applied to the first air tube 20 from the repeated pumping action of the pumping means 60. The predetermined compressed air pressure is supplied through the compressed air pressure or the compressed air pressure in the first air tube 20 is discharged to the outside, so that the compression and compression of the first air tube 20 from the repeated progress of the expansion and contraction of the joint site and The pressure is released.

At this time, the first air pressure hose 61 is formed with first and second branch pipes 62a and 62b, and the first and second branch pipes 62a and 62b and the second and third air. The tubes 20 'and 20' are respectively connected to the second pneumatic hose 61a.

The compressed air pressure generated from the repetitive pumping operation of the pumping means 60 is transferred to the second and third air tubes 20 through the first and second branch pipes 62a and 62b and the second air pressure hose 61a. Supplied to '20'.

The second and third air tubes 20 'and 20' are expanded from compressed air pressure supplied, and the second air tube 20 'is surrounded by the upper periphery of the joint. Of course, the third air tube 20 'is pulled downward in the upward direction, as well as being pulled downward.

At this time, when the traction of the upper and lower periphery of the joint as described above, the heating of the joint area through the heating pad 10, as well as far-infrared penetration is more effective, as well as the treatment efficiency of arthritis or joint neuralgia for the joint area You can raise the more.

Here, the control of the control means 70 on the second air pressure hose 61a connecting the second and third air tubes 20 'and 20' and the first and second branch pipes 62a and 62b. The solenoid valve 63 which is controlled to open and close from the bar is connected to each other,

The control means 70 properly adjusts the opening and closing times of the solenoid valve 63 according to the pumping pressure of the pumping means 60 sensed from the pumping sensor 72, thereby providing the second and third air tubes. (20 ') (20') to prevent the phenomenon of pressing the upper and lower peripheral portion of the joint with a high pressure.

On the other hand, Figure 17 and Figure 18 is another embodiment of the present invention, Figure 17 is a perspective view of a structure to which another traction means is applied to the joint therapy, Figure 18 is a state of use of the joint therapy device provided with another traction means Is also.

In another embodiment of the present invention as in Figure 17 and 18,

When the joint area is to be treated through the heating pad 10, another method of pulling the peripheral part of the joint up and down is shown, which is the first to the third as in another embodiment of the present invention. The air tubes 20, 20 'and 20' do not cover the entire circumference of the upper and lower periphery of the joint as well as the joint, but instead of the joint and the upper and lower periphery of the joint in a semicircular shape, It is to allow some movement of the joint in the ongoing state.

That is, another embodiment of the present invention, as shown in the accompanying Figures 17 and 18,

The heating pad 10 is configured as a single line, but the heating pad 10 includes the first air tube 20 and the second and third air tubes 20 'and 20' as well as the joints and their joints. The length is shortened to cover the upper and lower edges of the semicircle shape.

Velcro tape type fastening means 80 is formed on the second and third air tubes 20 'and 20', respectively.

The radiating member is fixed to both end portions of the first air tube 20 while the first air tube 20 is firmly adhered to the joint portion to provide a heat function to the ring portion 14. 30, as well as having a heat generating means 40 is composed of a fastening means of the Velcro tape type 80 'to maintain a secure fastening state by pulling in both directions.

Hereinafter, one embodiment of the present invention as well as the same parts as in the other embodiments are denoted by the same reference numerals and redundant description thereof is omitted.

Here, although the power supply of the heat generating means 40 formed in the fastening means 80 'is not shown, it is designed to be made through a separate wire line.

In addition, in another embodiment of the present invention, it is also possible to fix the control panel 200 on the second air tube 20 ', in order to more efficiently manipulate the switching means 50 of the control panel 200. to be.

As described above, the present invention creates a heating pad which contracts and expands from the pumping operation of the air pump so as to cover each joint part of the body (eg, legs and arms), and one side of the heating pad has a halogen lamp. By forming a topaz emitting far-infrared rays from light emission, the ligaments, meniscus, joint capsule, joint cavity, joint bone, etc. in the joint area by the thermal pad are primarily formed. After the heat treatment, the far-infrared rays radiated from the topaz penetrate into the elongated joint sites, thereby facilitating blood circulation in each joint site more effectively and providing more effective treatment of arthritis or joint neuralgia caused by the joint sites. do.

The present invention is not limited to the above-described specific preferred embodiment, and any person having ordinary skill in the art to which the present invention pertains may make various modifications without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (8)

It consists of a double treatment of the heating pad and air tube having a predetermined length and width to compress while wrapping each joint of the body, Inside the heating pad is filled with a composite material of charcoal and germanium so as to emit far infrared rays in the inside of the composite is arranged a heater to provide heat to the surface of the heating pad, On the outer side of the heating pad, a predetermined number of radiating members are arranged to radiate far infrared rays from the heat generated by the heat generating means described later to the joints of the body while forming a plurality of heat generating holes on a plane. The inside of the radiating member forms a heat generating means for allowing far-infrared radiation of the radiating member, as well as generating heat to provide heat together with a heater to the joints of the body wrapped by the heating pad, The air tube is provided with a pumping means for supplying compressed air pressure in the air tube so as to repeatedly press a specific part of the body by the heating pad or repeatedly expanding and contracting the air tube while discharging the compressed air pressure in the air tube. 1 Connect through pneumatic hose, The heater, the heating means and the pumping means are connected to the heating means of the heater from the switching operation of the switching means as well as a circuit for connecting the means for controlling the heating operation of the heating means and the repetitive pumping operation of the pump means Treatment device. The method of claim 1, wherein the thermal pad, The pad is divided into a fixed pad and a floating pad, and a variable pad is connected between the fixed pad and the floating pad so that the entire length of the pad is variable according to the circumferential area of the joint portion of the body. The variable pad includes a hook portion and the ring. Joint treatment device characterized in that the variable length to form a fixed length and the fixed length of the fixed pad and the flow pad while the locking operation. The method of claim 1, wherein the radiation member, A joint therapy device comprising a semicircular dome portion having a circular fusion portion around the circumference so as to be ultrasonically fused and fixed to an outer surface of the heating pad, and a central portion of the fusion portion having a space portion so that the upper end portion of the heating means can be positioned inside. . According to claim 3, The radiating member is a joint therapy device, characterized in that consisting of topaz. The method of claim 1, wherein the control panel, In addition to constituting a switching means that the switching operation of the on / off, as well as a contact between the power cord and each wire inside the temperature sensor for sensing the heating temperature of the heater and the heating temperature of the heating means, and pumping Pumping sensor for detecting the repetitive pumping pressure of the means, and the heating pad in accordance with the signals detected from the temperature sensor and the pumping sensor as well as the heating operation of the heating means and the pumping of the pumping means by repeatedly controlling the heating pad Joint treatment device characterized in that the control means for wrapping the joints of the body at the optimum temperature and pressure force is connected to the circuit through the printed circuit board. The joint therapy device of claim 1, wherein the joint therapy device is configured to connect a traction means for pulling a peripheral portion of the upper and lower ends of the joint. The method of claim 6, wherein the towing means, A drive panel is formed on both sides of the outside of the first air tube, and the drive motor has forward and reverse rotation driving from the control operation of the control means, and the forward and reverse rotation driving of the transfer motor has first and second cable grooves. Rotatable interlocked from the first and second cable reel, winding and unwinding from the forward and reverse rotation of the rotating body to the first and second cable grooves, unfolded and unfolded from the winding and unwinding of the first and second cable reel Compressed air pressure is supplied by pumping means while the pumping means is positioned on the upper and lower ends of the first air tube, respectively, fixed to the end portions of the first and second transfer rods and the first and second transfer rods, each of which has a multi-stage antenna type, so that the load is made. When the pumping operation of the pumping means connected to the second and third air tube, the first air pressure hose to inflate the upper and lower periphery of the joint when the compressed air pressure respectively The first and second branch pipes connected to the second and third air tubes and the second air pressure hose to supply the pressure, and are formed on the second air pressure hose and compressed from the control operation of the control means to the second and third air tubes. Joint therapy device characterized in that it consists of a solenoid valve that is opened and closed to limit the supply of air pressure. According to claim 1 or 7, wherein the heating pad is composed of a single line, wherein the heating pad, as well as the first air tube and the second and third air tube is the joint portion and the upper and lower peripheral portions of the joint in a semicircular shape Shorten its length so that it covers Velcro tape-type fastening means are formed in the second and third air tubes, respectively, and the ring parts are fixed to both ends of the first air tube, while the first air tube is firmly adhered to the joint part and heated to the ring part. Joint treatment device characterized in that it comprises a fastening means of the Velcro tape type to maintain a firm fastening state by pulling in both directions while having a radiating member as well as a heating means to provide a function.