KR20020016348A - Finger-pressure thermotherapy mat - Google Patents

Abstract

PURPOSE: Provided is a mat for treatment by digital compression and warming which can select a treatment by digital compression or a treatment by warming and provide effects of both digital compression and warming. CONSTITUTION: The mat is divided into a pillow part(2), the upper part(3) of body and the lower part(4) of body. A rolling device for digital compression(20) may be mounted at the pillow part(2) to form mat part(5) for digital compression of head. Also, a part(6) for treatments by digital compression and warming may be mounted at the pillow part(2), which is designed to allow a rolling device(20) or treatment device(50) by warming to function at head part(20) and the upper part(3) of body. A typical treatment device(50) by warming may be mounted at the pillow part(2) to form a mat part(7) for treatment by warming. The pillow part(2) comprises any two or three selected from the mat part(5), a part(6) for treatments by digital compression and warming and the mat part(7). An amethyst pieces(8) for digital compression is mounted, leaving a uniform interval, at the upper part(3) and lower part(4) of body except for the digital compression and warming part(6).

Description

Acupressure-thermo physiotherapy mat {Finger-pressure thermotherapy mat}

The present invention relates to acupressure and thermal physiotherapy mats that can selectively perform acupressure physiotherapy and thermal physiotherapy.

In more detail,

In the mat of the bed used to be placed on the upper side of the ordinary bed frame, the upper side of the mat is provided with an eccentric roller on one side of the pillow portion to pressure the head and neck by the eccentric roller and And a thermal and thermal mat unit for performing heat and acupressure along the spine of the head and back, and a thermal mat unit for providing thermal physiotherapy to the head with a general thermal physiotherapy device in the pillow unit. will be.

Korean Utility Model Publication No. 90-310 is known as a conventional acupressure / massage bed. As a screw rod is rotated forward and backward, a transfer table equipped with a chiropractor with a mandrel repeatedly moves horizontally horizontally along the guide hole, and thus acupressure and massage. When passing through the portion formed upward in the guide hole, the acupressure means moves vertically to press more strongly.

However, this is because the acupressure ball is simply rolled along the back of the practitioner when the transfer table in which the chiropractor is installed with the mandrel is horizontally rolled along the back of the operator. Only in very limited parts could the effect of acupressure only.

In addition, the domestic patent registration No. 159994 thermal treatment bed is known as being able to obtain acupressure effect and thermal effect.

It forms the frame of the bed with the frame, but inside the bed frame also by rotating the screw rod in the forward and reverse, it is possible to horizontally move the horizontal transfer table equipped with a normal thermal physiotherapy device, The screw rod that can move the thermal physiotherapy device vertically can be rotated forward and backward by a motor, but the screw rod can raise and lower the vertical transfer table equipped with the thermal physiotherapy device. The support plate is formed in the center of the space and the sponge plate is fixed, it is possible to gradually horizontally move the heat treatment device in the lower frame of the support plate by intermittently operating the horizontal and vertical screw rods, horizontal movement Is exposed through the space part of the support plate It is to key or can be stored.

However, the conventional thermal therapy bed constructed and operated as described above is pointed out as the following disadvantages.

Conventional heat treatment bed uses a metal frame to form a large bed frame, so the bulky occupy a lot of installation space, there is a problem that the weight is heavy and can not be easily moved, so the wheel at the bottom of the bed frame Only by mounting it was able to move somewhat easily. In addition, there is a problem that the volume is too large and heavy, so it is not easy to install and use in a general home. In addition, there was a simplicity to heat treatment the spine by moving the heat physiotherapy device.

In addition, the thermal physiotherapy sheet filed by the applicant as a patent application No. 99-45073 also has a thermal physiotherapy device which can be moved back and forth by a moving device in the upper half body, so that only the spine area is thermal physiotherapy. There was only simplicity.

It is an object of the present invention to provide an improved acupressure / thermophysical treatment mat to solve the above problems and discomfort.

The present invention is a bed mat that is used to be placed in the upper side of the conventional bed frame, the upper body portion of the mat is provided with an eccentric roller to press the head and neck portion by the eccentric roller to press the head and neck portion; , Acupressure and heat mat to perform heat and acupressure along the spine of the head and back, and a thermal pressure mat having a combination of a heat and heat mat to heat the physical part of the head by a conventional heat physiotherapy device To provide a thermal physiotherapy mat.

Another object of the present invention is to divide the mat into a pillow, upper body and lower body, but with amethyst stopper pieces on the upper and lower parts except for the acupressure and the heating mat part to provide physical therapy and acupressure effect by far infrared rays generated in amethyst. To provide acupressure and thermal physiotherapy mats that can be obtained.

Another object of the present invention is to heat-physical treatment of the vertebral region in one mat, to heat-physical treatment of the head and neck area by a conventional heat treatment device, and to the head and neck area by the eccentric cam To provide acupressure and thermal physiotherapy mats that can be selectively performed to acupressure.

Still another object of the present invention is to provide acupressure and thermal physiotherapy mats to provide acupressure rolling device or a thermal physiotherapy device to acupressure or thermal physiotherapy of the spine by providing acupressure rolling device or a thermal physiotherapy device.

The above and other objects of the present invention,

In the inside of the mat to be able to horizontally and vertically move the conventional thermal physical therapy apparatus 100 by a predetermined device,

The mat is divided into a pillow part 2, an upper body part 3 and a lower body part 4 in the longitudinal direction,

The pillow portion (2) and the upper body portion (3), the head acupressure mat unit (5) equipped with the acupressure rolling device (20) on the pillow portion (2), acupressure rolling device (40) or thermal physiotherapy device (50) ) Is the acupressure and heat treatment unit (6) to be operated in the head (2) and the upper body (3), and the head thermal mat unit (10) in which the general thermal physiotherapy machine (10) is mounted on the pillow (2). 7) optionally install any two or three of them,

Acupressure and thermal physiotherapy mat (1), characterized in that the upper body portion 3 and the lower body portion 4, except for the acupressure and thermal mat portion 6, are provided with a set of amethyst finger pressing pieces 8 at equal intervals. Is achieved.

Since the present invention is as described above, when lying on the mat, the metabolism becomes active by far-infrared rays generated from the amethyst stopper piece 8, and the acupressure effect can be obtained, and by the acupressure rolling device 20, the head and the neck The part can be acupressure, the thermal physiotherapy apparatus 10 can heat acupressure the head and neck area, the acupressure rolling device 40 or the thermal physiotherapy device 50 by acupressure or heat · Acupressure physiotherapy can be performed.

1a and 1b is a plan view and a side view showing an embodiment of the acupressure, thermal physiotherapy mat according to the present invention

Figure 2a and Figure 2b is a plan view showing different embodiments of the acupressure, thermal physiotherapy mat according to the present invention.

Figure 3a and Figure 3b is a plan view and a cross-sectional view showing the embroidery stop pieces provided on the skin of the acupressure-thermophysical heat treatment mat according to the present invention.

Figure 4 is a perspective view showing an extract of acupressure and thermal mat part from the acupressure and thermal physiotherapy treatment mat according to the present invention.

Figure 5 is a perspective view of the acupressure rolling device which is provided with the acupressure and the thermal mat part of the acupressure and thermal physiotherapy treatment mat according to the present invention.

Figure 6a and Figure 6b is an exploded perspective view and a perspective view of the combined state showing the thermal physiotherapy apparatus provided in the acupressure and the thermal mat of the acupressure and thermal physiotherapy treatment mat according to the present invention.

※ Explanation of symbols for main parts of drawing

1. Acupressure / thermophysical therapy mat 2. Pillow 3. Upper body part

4. Lower part 5. Acupressure mat part 6. Acupressure and heat mat part

7. Heated mat part 8. Embroidery stop squeezed 9. Ceramic

10. Acupressure thermal physiotherapy machine 20. Acupressure rolling device 21. Reduction motor

25. Eccentric Cam 30. Guide Support Housing 31. Support Frame Chassis

32. Bottom plate 33. Guide support rail 34. Spur gear bar

35. Protection plate 36. Bonding piece 40. Acupressure rolling device

41. Moving plate 42. Interlocking gear wheel 43. Rolling cam

46. Starting motor 50. Thermophysical treatment device 51. Moving plate

57.58. Starting gear wheel 60. Deceleration motor 70. Up / down deceleration motor

80. Rotating Body 85. Lifting Body 90.

100. Thermal Physiotherapy Machine

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

Figures 1a to 6b is an exemplary view showing a specific embodiment of the acupressure-thermophysical heat treatment mat (1) (1-1) (1-2) according to the present invention, Figures 1a and 1b is acupressure and heat One embodiment of the physiotherapy mat 1 is shown, and FIGS. 2A and 2B are exemplary views showing another embodiment of the acupressure / thermophysical treatment mat 1-1 (1-2), and FIGS. 3A and FIG. 3b shows an embroidery stop piece 8 attached to the outer surface of the mat, and FIG. 4 is a perspective view showing a guide support housing 30 provided in the shiatsu and thermal mat part 6, FIGS. 5 and 6a. 6B is an exemplary view illustrating a specific embodiment of the acupressure rolling device 40 and the thermal physiotherapy device 50 installed in the guide housing 30.

Figure 1 shows an embodiment of the acupressure and thermal physiotherapy mat (1) according to the present invention, in constituting the mat to be used for a conventional bed mat mat from the upper side to the lower side in the longitudinal direction (2) And the upper body portion 3 and the lower body portion 4, wherein the pillow portion (2) and the upper body portion (3) is divided into the head acupressure mat part (5), the acupressure and the heat mat part (6) and the head thermal mat part ( 7) was formed.

2A shows another embodiment of the present invention, wherein the mat is divided into a pillow part 2, an upper body part 3, and a lower body part 4 from the upper side in the longitudinal direction to the lower side, but the pillow part 2 and the upper body. The part 3 is formed by the head acupressure mat part 5 and the acupressure and the warm mat part 6.

2b shows another embodiment of the present invention, wherein the mat is divided into a pillow part 2, an upper body part 3, and a lower body part 4 from the upper side to the lower side in the longitudinal direction, and the pillow part 2 and The upper body portion 3 is formed by the acupressure and the heat mat part 6 and the head heat mat part 6.

The pillow part 2 is formed to be curved to enter the center portion as shown in detail in Figure 1b and to protrude both sides of the front and rear to form a curved concave-convex shape. Thus, if the pillow unit 2 is formed integrally, it is possible to eliminate the troublesome end to be provided with a separate pillow, it is possible to maintain the head portion comfortably when the operator is lying on the bed.

In the upper body part 3 and the lower body part 4, except for the acupressure and heat mat part 6, the outer shells 1-3, 1-4 and 1-5 of the mat are specifically shown in Figs. 3A and 3B. The embroidery stop pieces 8 are attached at equal intervals, and the embroidery stop pieces 8 form a ceramic frame 9 formed with a groove 9-1 at its upper end by using a ceramic material. Amethyst 8 was attached and fixed to (9-1). In this way, far infrared rays are generated in the amethyst 8 and the ceramic mold 9 of the amethyst stopping pressure piece 8 attached to the outer skin of the mat (1-3) (1-4) (1-5). Activates. Far-infrared rays, as is well known, have a warming effect to maintain body temperature properly, a maturation effect to help the development of each part of the body to keep healthy and promote growth, and ionic action to balance the calcium and iron nutrition in the body. To strengthen the bones, to maintain the body's body temperature and moisture to maintain the optimal moisture and neutralization of the body's waste products and neutralize the smell of sweat, body fat, protein, It is known to resonate carbohydrates to keep nutrients in balance and to vibrate cells and molecules to strengthen stamina. Therefore, it is possible to activate the function of the body by the far infrared rays generated from amethyst and ceramic.

The acupressure rolling device 20 is built in the inside of the pillow part 2 from the head acupressure mat part 5. The acupressure rolling device 20 is provided with a mandrel of a pair of eccentric rollers 25 to a shaft 24 rotatably on a support 26 fixed to a support plate 27, and interlocked to one side of the shaft 24. The gear 23 was fixed and engaged with the start gear 22 fixed to the shaft of the reduction motor 21.

In particular, a pair of eccentric rollers (25) installed in the mandrel on the support (26) is not too wide so that the head and neck can be sufficiently acupressure.

In addition, the head thermal mat part 7 is equipped with a conventional thermal physiotherapy device 10 to its pillow part 2, but the head 11 of the thermal physiotherapy device 10 is exposed to the upper side so that the operator The head and neck can be treated with heat.

In addition, the acupressure rolling device 40 or the heat inside the guide support housing 30 as shown in Figs. 4 to 6b on the pillow part 2 and the upper body part 3 of the acupressure and heat mat part 6. Physical therapy apparatus 50 was provided.

Guide support housing 30 in the above " "A pair of support frame chassis 31 of the type to be spaced apart facing each other, but the bottom surface is connected to the bottom plate 32 to integrate, guide support rails (33) on the lower plate of each support frame chassis (31) And the spur gearbars 34 to be fixed, and the protection plate 35 is coupled to the front and rear of the support frame chassis 31, but the binding piece 36 of the protection plate 35 is placed inside the support frame chassis 31. To fix it.

In the acupressure rolling device 40 installed inside the guide support housing 30, as shown in FIG. 5, the gear wheels 42 are disposed at both front and rear sides of the moving plate 41 on the rotating shaft 42-1. A mandrel installed rotatably by a mandrel, and a starting motor 46 provided with a reduction box 46-1 on the rear surface of the moving plate 41, but starting on a rotating shaft exposed to the outside of the reduction box 46-1. The sprocket 47 is mounted, and the interlocking sprocket 47-1 is attached to the close rotating shaft 42-1, and the coupling chain 47-3 is connected, and the pair of rolling cams is located on the upper side of the moving plate 41. (43) as a rotating shaft 43-1 to the support 44 to rotate the mandrel, and the rolling cam 43 is to enable the rotating shaft 43-1 installed in the mandrel to be rotated by any power means Configured. As a power means for rotating the rolling cam 43-1 in which the rolling cam 43 is installed with a mandrel, the rotating shaft 43-1 in which the rolling cam 43 is eccentric and the rotating shaft 42-1 in which the gear wheel 42 are mounted are mounted. The rolling interlocking sprocket 45 and the rolling starting sprocket 45-1 are mounted on the chain 45 and connected to the chain 45-2, respectively. Although not illustrated, the rotating shaft is formed by a separate reduction motor. (43-1) can be rotated.

The acupressure rolling device 40 configured as described above is operated so that the gear wheel 42 is engaged with the spur gear bar 34 of the guide support housing 30.

6A and 6B show specific examples of the thermal physiotherapy apparatus 50 mounted on the guide support housing 30, and are configured as follows.

The square fixing rod 55 is integrally formed in the center of the upper surface of the moving plate 51, and the enclosed groove 52 is formed in a circular shape, and the elevating motor mounting recess is formed on one side of the enclosed groove 52. (53) was formed, but the starting gear inlet groove (54) was formed in communication with the settling groove (52) in the elevating motor mounting recess (53).

The square fixing rod 55 has a plurality of guide lines 86 and guide grooves 87 formed on the outer circumference thereof, and a square fixing groove 88 is drilled in the center thereof, and the lower and lower bodies are fixed by fixing the metal plate 89 at the bottom thereof. 85) was inserted.

On the outer circumference of the elevating body 85 and the settling groove 52, a plurality of bearing shafts 83 are provided on the upper side of the inner circumferential surface of the cylindrical rotating tube 82, and an interlocking gear 81 is integrally formed on the lower side of the outer circumference. Insert the formed rotating body 80, but the bearing shaft 83 is to be moved along the guide groove (87).

The starting gear wheel 57 and the interlocking gear wheel 58 are mandrel-mounted with the rotating shaft 59 and the shaft 59-1 at the front and rear portions of the movable plate 51, but the starting gear wheel 57 has the same rotating shaft ( 59) installed a mandrel.

The elevating motor mounting recess 53 is fixed to the elevating deceleration motor 70 on the upper surface and the mounting plate 72 having the starting gear 71 on the bottom thereof by fixing means such as bolts. ) Was introduced into the starting gear inlet groove 54 and engaged with the interlocking gear 81 of the rotating body 80 placed in the settling groove 52.

The fixed bracket 64 is fixed to the side end of the movable plate 51 on which the starting gear wheel 57 is installed, and the deceleration motor 60 for moving is mounted inside the fixed bracket 64. The sprockets 61 and 62 were mounted to the shaft 63 of the moving deceleration motor 60 exposed to the outside and the rotating shaft 59 provided with the maneuvering gear wheel 57 to the chain 63.

On the upper surface of the elevating body 85 is inserted into the rotating body 80, the carburetor device 90 is fixed, the normal thermal physiotherapy device 100 is mounted on the carburetor device 90,

The carburetor device 90 is provided with a carburetor plate 94 on the upper surface of the carburetor spring 93 to fix a pair of carbine spring 93 on the bottom surface of the housing 91 in which the operation hole 92 is drilled The ballistic piece 94-1 of the ballistic plate 94 is exposed to the operation hole 92.

In addition, the microplates MS1, MS2, and MS3 are mounted on the fixed bracket 64 and the mounting plate 72 opposite to one end surface of the movable plate 51, respectively, and then the front and rear movement of the thermal physiotherapy apparatus 50 is carried out. And to control Shanghai dong.

The operation relationship will be described below.

Acupressure and thermal physiotherapy mat (1) (1-1) (1-2) according to the present invention is the thermal physics of the acupressure rolling device (20) of the head acupressure mat part (5), and the head thermal mat part (7) The treatment device 10 and the acupressure rolling device 40 or the heat treatment device 50 of the acupressure and the heat mat unit 6 can be individually operated.

When you want to roll acupressure on the head and abdominal area, put the operator to the head acupressure mat part 5, but operate the switch while the head or neck is located between the eccentric cams 25. . When the switch is operated, the reduction motor 21 is operated to rotate the start gear 22, and the interlocking gear 23 is rotated by the rotation of the start gear 22 to rotate the eccentric roller 25. Therefore, the head portion and the neck portion by the rolling cam 43 is a rolling rotation is to be made acupressure. After performing the acupressure treatment on the neck for a predetermined time, the motor can be automatically stopped by stopping the operation of the reduction motor 21.

In addition, when the thermophysical treatment of the head of the subject is to be operated by the operator to lie on the head heat mat (7) to operate the switch to supply electricity to the thermal physiotherapy device (10), thermal physiotherapy device (10) The UV lamp built in the inside of the lamp is turned on and heat is generated along with the ultraviolet rays, and the thermal physiotherapy is performed by the heat and ultraviolet rays. ) To stop the operation.

In addition, when acupressure or heat physiotherapy treatment of the spine in the acupressure and heat mat part 6, the acupressure rolling device 40 or the heat physiotherapy device 50 automatically.

When power is supplied to the acupressure rolling device 40, the starter motor 46 is operated and the starter sprocket 47 rotates by the speed reduced in the reduction box 46-1 to the starter chain 47-3. The connected interlock sprocket 47-1 is rotated. When the interlocking sprocket 47-1 is rotated, the gear wheel 42 connected to the rotating shaft 42-1 is rotated, so that the movable plate 41 is along the spur gear bar 34 of the guide support housing 30. Since the moving plate 41 moves forward and backward by the predetermined time, the moving plate 41 repeatedly moves forward and backward along the guide support rail 33. do. When the moving plate 41 moves forward and backward, the rolling start sprocket 45-1 installed on the rotating shaft 42-1 also rotates, and the rolling start sprocket 45-1 rotates to the chain 45-2. The connected rolling interlocking sprocket 45 is rotated to rotate the rotating shaft 43-1, while the eccentric rolling cam 43 is rotated by the rotation of the rotating shaft 43-1, thereby giving attention to the spine.

In addition, the thermal physiotherapy apparatus 50 is operated as follows.

The thermal physiotherapy apparatus 50 performs thermal and acupressure physiotherapy while sequentially moving along the dog 33-1 provided on the guide support rail 33 by a program that is set and input. When the power is turned on, heat is continuously generated while power is supplied to the conventional thermal therapy apparatus 100.

In this state, when the moving deceleration motor 60 is operated to rotate the sprocket 61, the sprocket 62 connected to the chain 63 rotates the rotating shaft 58, so that the starting gear wheel 57 rotates. do. When the starting gear wheel 57 rotates and moves along the spur gear bar 34, the interlocking gear wheel 58 installed on the moving plate 51 also moves along the spur gear bar 34 while rotating. The plate 51 moves along the guide support rail 33.

When the moving plate 51 moves and the sensor S1 provided on the moving plate 51 senses a predetermined dog 33-1 provided on the guide support rail 33, the moving deceleration motor 60 is moved. The operation is stopped to stop the movement of the moving plate 51, and the up and down deceleration motor 60 is operated while the moving plate 51 is stopped. When the up / down deceleration motor 60 is operated to rotate the start gear 71, the interlocking gear 81 of the rotating body 80 engaged with the start gear 71 rotates so that the rotary tube 82 also rotates together. When the rotary tube 82 rotates, the bearing shaft 83 installed in the mandrel on the inner surface of the rotary tube 82 moves along the guide groove 87 of the elevating body 85 and moves up and down. Rigid body 85 is the square fixing groove 88 is inserted into the square fixing rod 55 is in a stationary state, so the lifting body 85 is raised while being exposed to the upper side of the rotary tube 82. When the lifting body 85 rises, the thermal physiotherapy device 100 also rises to perform a heat treatment while acupressure a predetermined back part of the subject, and when the thermal physiotherapy device 100 rises and comes into contact with the subject, As the carbon spring (93) of the bullet device 90 is compressed, the head of the thermal physiotherapy apparatus 100 is in close contact with each other so that the acupressure effect can be further enhanced. The motor 70 is kept stopped for a predetermined time. When the operation of the elevating deceleration motor 70 is stopped, the rotation of the rotary tube 82 is stopped and the rising of the thermal physiotherapy apparatus 100 together with the elevating body 85 is stopped. When the stationary state is maintained for a predetermined time, the acupressure and heat treatment is received at a predetermined site.

After the predetermined time has elapsed, the elevating deceleration motor 70 operates in reverse to rotate the start gear 71 in reverse to rotate the interlocking gear 81 of the rotating body 80 in reverse. ) Is also reversely rotated, and thus the elevating body 85, which has been raised, is lowered along the square fixing rod 55 in the inside of the rotary tube 82, so that the thermal physiotherapy machine 100 is also downward, and the micro switch MS1. ) And the lifting / lowering deceleration motor 70 is stopped by the touch of the micro switch MS1 to stop the lowering of the lifting body 85 and the thermal physical therapy apparatus 100.

At the same time as the lowering of the thermal physiotherapy device 100 is stopped, the moving deceleration motor 60 is operated again to rotate the sprocket 61 to move the moving plate 51, and the moving plate 51 moves while the sensor S1 moves. When sensing the dog 33-1 of the next to stop the moving plate 51 while the operation of the moving deceleration motor 60 is stopped, and after the moving plate 51 is stopped, the up and down deceleration motor 70 ) And the thermal physiotherapy apparatus 100 together with the lifting and lowering body 85, which has been lowered by the operation, are lowered after a predetermined time.

Thus, the thermal physiotherapy apparatus 50 performs acupressure and heat treatment on the spine of the operator while repeatedly performing the above process, and the moving plate 51 continues to move to any one side for movement control provided on both sides. When the microswitch (MS1) (MS2) touches the end, the movement of the moving plate 51 is maintained completely stopped, and when the operation switch is operated in the future, it is moved to the opposite side to perform acupressure thermal physiotherapy. will be.

As described above, after the acupressure is performed by the acupressure rolling device 40 and the thermal physiotherapy by the thermal physiotherapy device 50 is performed, the acupressure rolling device 40 and the thermal physiotherapy device 50 are subjected to the acupressure and the thermal mat. It is stored in the interior of the pillow unit 2 of the unit (6).

As described above, the acupressure and thermal physiotherapy mat (1) (1-1) (1-2) according to the present invention is to provide acupressure to the head and neck area on a single mat, and to perform a thermal flock treatment. It is equipped with acupressure and heat physiotherapy for the spine and the abdomen of the spine, so that the patient can selectively perform it according to his physical condition and condition. The body function is activated by the far-infrared rays generated from the amethyst bearing piece (8) attached to the outer surface of the mat, and after performing the acupressure and thermal physiotherapy in the acupressure and thermal mat part (6) acupressure rolling device (40) ) Or the thermal physiotherapy apparatus 50 can be stored and stored in its pillow part 2 so that it can be easily used as a general mat.

Claims (10)

In the inside of the mat to be able to horizontally and vertically move the conventional thermal physical therapy apparatus 100 by a predetermined device, The mat is divided into a pillow part 2, an upper body part 3 and a lower body part 4 in the longitudinal direction, The pillow portion (2) and the upper body portion (3), the head acupressure mat unit (5) equipped with the acupressure rolling device (20) on the pillow portion (2), acupressure rolling device (40) or thermal physiotherapy device (50) ) Is the acupressure and heat treatment unit (6) to be operated in the head (2) and the upper body (3), and the head thermal mat unit (10) in which the general thermal physiotherapy machine (10) is mounted on the pillow (2). 7) optionally install any two or three of them, Acupressure and thermophysical therapy mats, characterized in that the upper body portion 3 and the lower body portion 4, except for the acupressure and the heat mat portion 6, are provided with the amethyst holding pressure pieces 8 at equal intervals. The method of claim 1, The acupressure rolling device 20 is a mandrel of a pair of eccentric roller 25 to the support shaft 26 fixed to the support plate 27 rotatably to the shaft 24, the interlocking gear ( 23) Acupressure and thermal physiotherapy mat, characterized in that the gear is engaged with the starting gear 22 fixed to the shaft of the reduction motor (21). The method of claim 1, The acupressure and thermal mat part 6 is that the acupressure rolling device 40 or the thermal physiotherapy device 50 is operated in the guide support housing 30 provided in the pillow part 2 and the upper body part 3. Shiatsu, thermal physiotherapy mat characterized by the above-mentioned. The method of claim 1, The thermal heat mat unit 7 is a pressure-sensitive thermal physiotherapy mat, characterized in that the normal heat physiotherapy device 10 is exposed to the upper side of the pillow unit (2). The method of claim 1, The acupressure rolling device 40 is a mandrel installed in the front and rear of the moving plate 41, the gear wheel 42 rotatably by the rotation shaft 42-1, and the reduction box ( 46-1) is mounted, but the starting sprocket 47 is mounted on the rotating shaft exposed to the outside of the reduction box 46-1, and the interlocking sprocket 47- is mounted on the close rotating shaft 42-1. 1) is mounted and connected to the moving chain 47-3, and a pair of rolling cams 43 on the support plate 44 as a rotating shaft 43-1 on the upper side of the moving plate 41 to rotate on the support base 44. An acupressure and thermal physiotherapy mat, comprising: an installation and a rolling cam 43 capable of rotating a rotating shaft 43-1 provided with a mandrel by arbitrary power means. The method of claim 5, As a power device that allows the rolling cam 43 to rotate the mandrel of the rotating shaft 43-1, the rotating shaft 43-1 in which the rolling cam 43 is eccentric and the rotating shaft 42-1 in which the gear wheel 42 are mounted are mounted. A) a rolling interlocking sprocket (45) and a rolling start sprocket (45-1), respectively, and connected by a chain (45-2). The method of claim 5, As a power device for rotating the rotating cam 43-1 in which the rolling cam 43 is provided with a mandrel, the acupressure and thermal physiotherapy mat characterized in that the rotating shaft 43-1 is rotated by a reduction motor. The method of claim 1, The amethyst holding piece 8 is formed by using a ceramic material to form a ceramic mold 9 having an upper surface formed with a groove 9-1 and attaching and fixing the amethyst 8 to the groove 9-1. And thermal physiotherapy mats. The method of claim 1, Guide support housing 30 is " "A pair of support frame chassis 31 of the type to be spaced apart from each other, but integrated with the bottom plate 32, the lower plate of each support frame chassis 31, the guide support rail 33 and the spur gear bar (34) is fixed, by coupling the protective plate 35 to the front and rear of the support frame chassis (31) by fixing the binding piece (36) of the protective plate (35) inside the support frame chassis (31) Shiatsu and thermal physiotherapy mat, characterized in that The method of claim 1, Thermal physiotherapy apparatus 50, The square fixing rod 55 is integrally formed at the center of the upper surface of the moving plate 51 to protrude, and the enclosed groove 52 is formed in a circular shape, and the elevating motor mounting recess is formed on one side of the enclosed groove 52. (53) to form a starting gear inlet groove 54 in communication with the settle groove 52 in the elevating motor mounting recess 53, Square fixing bar 55 has a plurality of guide lines 86 and guide grooves 87 formed on the outer periphery, the square fixing grooves 88 are drilled in the center and the lifting body 85 is fixed to the metal plate 89 on the bottom ), On the outer circumference of the elevating body 85 and the settling groove 52, a plurality of bearing shafts 83 are provided on the upper side of the inner circumferential surface of the cylindrical rotating tube 82, and an interlocking gear 81 is integrally formed on the lower side of the outer circumference. Inserting the formed rotating body 80, so that the bearing shaft 83 is moved along the guide groove 87, The starting gear wheel 57 and the interlocking gear wheel 58 are mandrel-mounted with the rotating shaft 59 and the shaft 59-1 at the front and rear portions of the movable plate 51, but the starting gear wheel 57 has the same rotating shaft ( 59) to install the mandrel to be operated by the moving deceleration motor (60), The elevating motor mounting recess 53 has the elevating deceleration motor 70 fixed to the upper surface and the mounting plate 72 provided with the starting gear 71 on the lower surface thereof by means of fixing means such as bolts. ) Into the starting gear inlet groove 54 and engaged with the interlocking gear 81 of the rotating body 80 placed in the settle groove 52, The upper surface of the elevating body 85 is inserted into the rotating body 80 is fixed to the carburetor 90, the upper side of the carburetor device 90 is equipped with a conventional thermal physiotherapy device 100, The microswitches MS1, MS2, and MS3 are mounted on the fixed bracket 64 and the mounting plate 72 opposite to the end surface of the moving plate 51, respectively, and then the front and rear movement of the thermal physiotherapy apparatus 50 are carried out. Acupressure and thermal physiotherapy mats, characterized by the ability to control Shanghai dong.