KR20010096741A - Thermotherapy bed - Google Patents

Abstract

PURPOSE: A warm heat physio-therapeutic bed is provided possible to stretch upper and lower body of a patient to relax muscles and to perform a finger-pressure therapy and a warm heat physio-therapy to increase cure efficiency by comprising an integrated structure of the stretching and physio-therapy apparatus. CONSTITUTION: The bed(1) with a framework(6) along its peripheral sides comprises a bend frame(5) and a warm heat physio-therapeutic device mounted on the frame movable in a longitudinal and a lateral directions. The bed is divided into an upper half and a lower half of body beds(2)(3). The upper bed(2) has a frame covered with a cover(2-1) along an outer part of the frame. Similarly, the lower bed(3) has another frame covered with another cover(3-1) over an outer part of the frame. The covers(2-1)(3-1) are interconnected by a coupling piece(4) or a bellow part and have multiple bends(5), respectively. The upper bed frame is mounted by a warm heat physio-therapeutic apparatus for moving the device in the longitudinal and/or lateral directions. The lower bed frame has anion potential plate.

Description

Thermal Physiotherapy Bed {Thermotherapy bed}

The present invention relates to a thermal physiotherapy bed to enable the thermal physiotherapy on the upper body of the body and to perform the thermal physiotherapy by the negative ion dislocation plate.

In more detail,

The bed is placed on the bed frame, but the bed is divided into an upper body bed equipped with a heat treatment device and a lower body bed equipped with an anion potential plate and connected by a connecting piece or a pleated part to connect the back part of the upper body bed by a thermal physical therapy device. Acupressure and heat therapy can be performed, and the lower part of the body allows physical therapy to be carried out by the negative ion dislocation plate, and especially when the upper part of the lower part of the body is to be operated from side to side, · It relates to a thermal physiotherapy bed that can be stretched while performing thermal physiotherapy while being tied to and fixed to the lower body.

The present invention is to provide a thermal physiotherapy bed made by improving the structure and improving the function of the thermal physiotherapy sheet filed by the patent No. 99-45073.

Korean Utility Model Publication No. 90-310 is known as a conventional acupressure and massage bed. As a screw rod rotates globally, a transfer table equipped with a chiropractor with a mandrel repeatedly moves horizontally along the guide hole to perform acupressure and massage. When passing through the portion formed upward from 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 operator when the transfer table is installed with a mandrel of the mandrel, and thus the acupressure effect and massage effect are inferior. Only in a very limited way could the chiropractic effect be obtained.

In addition, it is the domestic patent registration No. 159994 thermal treatment bed can be obtained with acupressure and heat effect.

It forms a frame of beds as a frame, but inside the bed frame is also able to horizontally move a horizontal transfer table equipped with a conventional thermal physiotherapy device by vibrating a screw rod. In order to move the treatment machine vertically, the vertically installed screw rod installed in the mandrel can be rotated forward and backward by the motor, but the screw rod can be lifted and lowered by the thermal transfer device by screwing a vertical transfer table equipped with a thermal physiotherapy device. On the upper side of the bed frame, a space part is formed in the center and the support plate on which the sponge plate is mounted is fixed.The heat physiotherapy device is gradually moved horizontally in the frame under the support plate by intermittently operating the horizontal and vertical screw rods. Heat physiotherapy with horizontal movement There is a head to be exposed, or through an accommodating space of the base plate.

However, the conventional thermal therapy bed configured and operated as described above is pointed out as a disadvantage.

As the bed frame is made large using metal frame, it becomes bulky and heavy, which not only takes up a lot of installation space but also can not be easily moved. Therefore, the wheels must be mounted on the bottom of the bed frame to be towed or pushed. Will be. As such, the bulk is too large a weight body, there is a problem that the installation and storage is not easy in a normal home.

In particular, the conventional massage bed or thermal therapy bed is not able to stretch the body of the thermal therapist, so that the muscles of the thermal physiotherapist could not be released or relaxed. Due to the problem that the heat treatment effect falls.

In addition, the thermal physiotherapy sheet (met) pre- filed by the person is divided into a upper body mat with a built-in thermal physiotherapy device and a lower body body with an anion potential plate, and can be folded and developed so that it can be deployed and used and stored. It can be folded and stored at the time. The thermal physiotherapy device is moved by a wheeled trolley so that it can be operated in a quiet environment without noise, and the thermal physiotherapy device is forced to raise the thermal effect and acupressure effect. Although it is possible to stretch the body of the thermal therapist, because the physical therapy function is reduced and the thermal therapy was performed in a state in which tension and muscles were not released, more efficient and efficient heat treatment effect could not be expected.

The present invention is a thermal physiotherapy that can solve the above problems and pulmonary

To provide a bed.

The present invention is to place a bed with a conventional thermal physiotherapy device on the bed frame, but to heat and acupressure by moving the thermal physiotherapy device horizontally and vertically,

The bed is divided into upper and lower body beds by connecting pieces or connected to each other by wrinkles, but when connected by wrinkles, the lower body bed is operated by a stretching device to stretch the body of a thermal physiotherapist. To conduct thermal physiotherapy,

Thermal physiotherapy device is installed on the upper body bed, and the lower body bed is equipped with anion potential plates, respectively, so that the upper and lower body can be thermally treated at the same time. The purpose is to provide a bed.

Another object of the present invention,

It is equipped with a stretching device on the lower body bed side, so that one of the upper and lower body bed frame is fixed to the bed frame while the other one is moved to perform stretching,

The stretching device can be easily manufactured and mounted by simplifying the structure and hardly cause any trouble.

The thermal physiotherapy device mounted on the upper body bed allows the transfer plate equipped with the thermal therapy device to slide horizontally along the spur gear bar by the power unit mounted on the support frame and heat when the rotary tube is rotated forward and reverse by the power means. It is to provide a thermal physiotherapy bed that allows the lifting device equipped with a physical therapy device to be lifted or lowered, or to lift the thermal therapy device that is spring-loaded by the operation of the eccentric disk.

Another object of the present invention,

The upper body bed frame is to provide a thermal physiotherapy bed that can be disassembled by the support frame chassis, the front and rear protection plate and the bottom support plate, and the lower body bed frame is provided with a drawer to store and store certain items.

The above and other objects of the present invention,

In the conventional thermal physiotherapy device 100 mounted on the bed frame 5, the thermal physiotherapy device 100 is moved horizontally and vertically to perform thermal physiotherapy,

The bed is divided into an upper body bed (2) and a lower body bed (3), and the upper body bed (2) covers the upper body bed frame (2-1) on the outside of the upper body bed frame 10 and the lower body bed (3) ) Covers the outer lower body frame 3-1 of the lower body frame 40, and the upper and lower body frame 2-1, 3-1 is the connecting piece (4) or wrinkles (4) -1),

The split upper and lower body bed shells (2-1) and (3-1) are provided with a plurality of bands (5), and the upper body bed (10) of the upper body bed (2) is a conventional thermal physiotherapy machine (100). Equipped with a thermal physiotherapy device (50) to move the horizontal and vertical), the lower body bed of the lower body bed (3) is characterized in that it comprises an anion potential plate (42) It is achieved by a thermal physiotherapy bed 1.

Other above and other objects of the present invention,

Split upper and lower body bed (2) (3) is a thermal physiotherapeutic bed characterized in that it includes a function to stretch by moving the lower body bed (3) left and right by a predetermined stretching device ( 1-1).

Since it is configured as described above of the present invention, the thermal therapist is fastened to the upper body to the upper body bed (2) side and lower body to the lower body bed (2) side by tightening each band (5) to fix the body In this state, the upper and lower body can be heated and physiotherapy by the thermal physiotherapy device 50 and the negative ion potential plate 14, and the lower body body 3 is moved left and right by the stretching device 11 to heat therapist. By stretching the body of the heat and physiotherapy by giving the treatment will be able to double the effect.

Figure 1a and Figure 1b is a perspective view and flat shaving of one example of the thermal physiotherapy bed according to the present invention.

2a and 2b is a perspective view and a plan view showing another embodiment of the thermal physiotherapy bed according to the present invention.

Figure 3a and Figure 3b is a perspective view showing the upper and lower body of the bed of the thermal physical therapy bed according to the present invention.

Figure 4a and Figure 4b is an exploded perspective view and a cross-sectional view showing a thermal physiotherapy device mounted on the upper body bed frame in the thermal physiotherapy bed according to the present invention.

5a to 5c is a perspective view, a plan view and a cross-sectional view showing another embodiment of the thermophysical therapy apparatus.

Figures 6a and 6b is a cross-sectional view and an operation relationship explanatory diagram showing an extract of the device for lifting the thermal physiotherapy in the thermal physiotherapy apparatus of Figures 5a to 5c.

7a to 7b is a diagram illustrating the installation state and operation relationship of the stretching device mounted on the lower body bed frame in the thermophysical therapy bed illustrated in s Figures 2a and 2b.

※ Explanation of symbols for main parts of drawing

1, 1-1: thermal physiotherapy bed 2: upper body bed

3: lower body bed 4: connection

4-1: pleat connection 5: band

6: bed frame 10: upper body bed frame

11: support frame sash 12: top plate

13: lower plate 14: connecting plate

15: binding piece 16: guide support rail

17: fixed step frame 18: rail groove

19: exterior room 20: side shield

21: side plate 22: binding sphere

22-1: binding groove 25: front and rear protection plate

26: binding piece 27: bottom support plate

30: spur gear bar 31: groove part

40: lower body bed frame 41: drawer

50: thermal physiotherapy device 51: moving plate

52: settled groove 53: lifting motor mounting required

54: starting gear inlet groove 55: square fixing rod

56: starting gear wheel 58: rotating shaft

59: interlocking gear wheel 60: deceleration motor for movement

61, 62: sprocket 63: chain

64: fixed bracket 70: up and down deceleration motor

71: starting gear 72: mounting plate

73: eccentric disk 80: rotating body

81: interlocking gear 82: rotating plate

83: bearing shaft 85: lifting body

86: guide mountain 87: guide groove

88: square fixing hole 89: metal plate

90: support block 91: shaft

92 wheel 93 support rod

94: spring 95: lifting plate

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 7c shows a specific embodiment of the thermal physiotherapy bed (1) (1-1) according to the present invention, Figures 1a and 1b is an exemplary perspective view and plan view of the thermal physiotherapy bed (1) 2A and 2B are a perspective view and a plan view of another embodiment of the thermal physiotherapy bed 1-1, and FIG. 3A shows the upper body bed frame 10 on which the thermal physiotherapy device 50 is mounted, and FIG. 4A and 4B and FIGS. 5A to 5C are exemplary views showing another thermal physiotherapy device 50, and FIGS. 7A to 7C are thermal physiotherapy beds according to the present invention. It is an exemplary view showing a specific embodiment of the stretching device 110 mounted on (1-1).

1a and 1b is an exemplary view showing an embodiment of a thermal physiotherapy bed 1 according to the present invention. The thermal physiotherapy bed (1) is composed of a bed frame (6), the upper body bed (2) and the lower body bed (3) to be placed thereon, the bed frame (6) is a frame using a pipe such as a conventional circular pipe Form the upper half of the bed support frame (7) and the lower body of the bed support frame (7-1) connected to the connecting rod (7-2),

The upper body bed 2 covers the upper body bed frame 2-1 on the upper body bed frame 10, which will be described later in detail, and the lower body bed 3, the lower body on the lower body bed 40, which will be described in detail later. Covered with the bed shell (3-1), the upper body bed frame (2-1) and the lower body bed frame (3-1) is connected to the upper edge of the upper surface by the connecting piece (4) upper and lower body beds (2) ) And (3) were separated from the bed frame (6) so that they could be folded and developed. The upper and lower body bed shells 2-1 and 3-1 are provided with zippers 2-2 and 3-2, respectively, so that the upper body frame 10 and the lower body frame 40 are easily provided. In particular, the upper body bed frame (2-1) was drilled to expose the control panel (27) mounted on the upper body bed frame (10-1), and the lower body bed frame (3-1) was exposed. The side of the space was secured so that the drawer 41 provided in the lower body bed frame 40 to be accommodated and withdrawn from the outside.

2a and 2b is a thermal physiotherapy bed (1-1) of another embodiment according to the present invention, upper and lower body bed (2) in the thermal physiotherapy bed (1) as shown in Figure 1a and 1b Lower body support frame (7-1) connecting upper and lower body frame (2-1) (3-1) of the upper body (3) with a pleat (4-1) and supporting the lower body bed (3) Inserting the rolling rod (9) into the support rod (8) of the), and the upper and lower body bed shell (2-1) (3-1) as described above to the corrugated portion (4-1) By lowering the lower body bed (40) to the lower body bed (40) by mounting a stretching device 110 to be described later in detail by inserting the rolling rod (9) to the support bar (8) can be left and right operating It is possible to provide the thermal physiotherapy bed (1-1).

FIG. 3A shows the upper body bed frame 2 in each upper body bed 2 of the thermal physiotherapy bed 1 illustrated in FIGS. 1A and 1B and the thermal physiotherapy bed 1-1 illustrated in FIGS. 2A and 2B. -1) shows the upper body bed frame 10 is inserted into the interior.

The upper body bed frame 10 is a pair of support frame chassis 11 spaced apart facing each other to fit the bottom support plate 27 to the bottom of the spaced apart support frame chassis 11 and the front and rear protection plate 25 By combining the side protection plate 20 to the outer surface portion of each support frame chassis 11 was formed in the shape of a rectangular parallelepiped.

The support frame chassis 11 is spaced apart from the upper plate 12 and the lower plate 13 and connected to an intermediate portion thereof by the connecting plate 14 to form an integrated body. The outer ends of the upper plate 12 and the lower plate 13 are formed. The binding piece 15, 15 is formed by bending downwardly or upwardly, respectively, and the lower plate 13 is integrally formed in parallel with the guide support lay 16 and the fixed step chuck 17 inwardly of the connecting plate 14. It was done.

The side protection plate 20 coupled to the binding piece 15 of the support frame chassis 11 allows the binding grooves 22-1 and 22-1 to face the upper and lower sides of the upper and lower ends of the side plate 21. The binding sphere 22 is formed integrally,

The front and rear protection plate 25 coupled to the front and rear portions of the spaced support frame chassis 11 is integrally formed by protruding the binding piece 26 on the outer circumference of the inner surface of the protection plate 25-1. The predetermined binding grooves 26-1 and 26-2 were formed.

FIG. 3b shows the lower body bed 40 which is inserted into the lower body bed shell 3-1 from the lower body bed 3 of the thermal physical therapy bed 1, 1-1. It was formed in a rectangular parallelepiped shape and provided with a drawer 41 at one side of one side to be accommodated in and out.

4A and 4B illustrate an embodiment of a thermal physiotherapy apparatus 50 that is mounted inside the upper body bed frame 10 in the upper body bed 2.

Thermal physiotherapy apparatus 50 of the one embodiment,

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 start gear inlet groove 54 in communication with the settle groove 52 in the elevating motor mounting portion 53,

The square fixing rod 55 has a plurality of guide lines 86 and guide grooves 87 formed on the outer circumferential surface thereof, and a square fixing groove 88 is drilled in the center thereof, and the lifting body 85 which fixes the metal plate 89 on the bottom surface thereof. ),

On the outer circumference of the elevating body 85 and the settled 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 circumferential surface. Insert the whole 80, but inserted into the bearing shaft 83 is moved along the guide groove 87,

On both sides of the moving plate 51, a mandrel of the starting gear wheels 57, 57 and the interlocking gear wheels 59, 59 with the rotating shaft 58 and the shaft bar 59-1 is installed in the front and rear portions of the moving plate 51. The wheels 57 and 57 are mandrel-mounted with the same rotating shaft 58,

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 fixed bracket 64 is fixed to the side end of the movable plate 51 in which the starting gear wheel 57 is installed with a mandrel, the movable deceleration motor 60 is mounted inside the fixed bracket 64, and the outside of the fixed bracket 64. The sprockets 61 and 62 are respectively inserted into and connected to a chain by a shaft of the moving deceleration motor 60 and the starting gear wheel 57 provided with a mandrel.

The upper surface of the elevating body 85 is inserted into the rotating body 80 is equipped with a conventional thermal physiotherapy device (100).

In particular, when the thermal physiotherapy apparatus 100 is mounted on the lifting body 85, the lower plate is mounted to the mounting hole 85-1 as the mounting bolt 104 through the fixing plate 103 to the lower plate 102. An upper cover 101 was put on the 102 to fix it.

In addition, the front and rear movement and upward movement of the thermal physiotherapy 50 are equipped with micro switches MS₁ and MS₃ respectively on the fixing bracket 64 and the mounting plate 72 opposite to one end of the moving plate 51. The movement can be controlled.

5A to 5C show another embodiment of the thermal physiotherapy apparatus 50.

The pair of spur gear bars 30 are fixedly spaced apart from the inner bottom surface of the upper body bed frame 10 having the center line of the upper surface exploded by the opening part 11-1 on the front of the fixed step frame 17. It was fixed to face upward, and the moving plate 51 which moved along the spur gear bar 30 was mounted in the inside of these spur gear bars 30. On the center line of the upper surface of the moving plate 51, both sides of the rotating shaft 58 are mounted to be rotatable by a pair of support blocks 58-1 through which bearings (not specifically shown) intervene. Fixing the start gear 57 engaged with the spur gear bar 30 on both ends of the rotating shaft 58 exposed to the side, and the rotating rod 76 to the rotating shaft 58 between the support blocks 58-1. Inserted and rotatably installed a mandrel, as shown in Figures 4a and 4b, both ends of the rotating rod 76 by the support block (58-2) through the bearing to rotate the mandrel installed or not specifically shown However, by inserting a bearing between the rotary shaft 58 and the rotary rod 76, the rotary shaft 58 and the rotary rod 76 can be freely rotated without interference with each other.

The transmission deceleration motor 60 and the lowering deceleration motor 70 fixed to the rotating shaft 58 and the rotating rod 76, respectively, the interlocking sprockets 62-1 and 74 are fixed to the front and rear surfaces of the moving plate 51. The starting sprockets 61-1 and 73 are mounted on the respective rotation shafts of the rotating shafts, respectively, and are connected to the chains 63-1 and 75, respectively. I fixed it.

An upper and lower edge of the movable plate 51 is fixed to the support rod 93 by using a support block 90, and a lifting plate 95 into which the conventional thermal physiotherapy machine 100 is mounted is inserted into the support rod 93. The spring 94 is inserted into the upper side of the elevating plate 95 so that the thermal physiotherapy apparatus 100 mounted with the elevating plate 95 is shot downward, and the elevating plate 95 is a rotary rod. Supported by an eccentric disc 73 fixed to (76).

In particular, the wheels 57 are mounted on both ends of the rotary shaft 58 so that the thermal physical therapy apparatus 50 can be slidably moved when the thermal physical therapy device 50 is moved along the spur gear bar 30, and the wheels 57 ) Is to be rolled in the rail groove 18 between the guide support rail 16 and the connecting plate 14 formed to the outside of each spur gear bar (30).

In addition, the guide support rail 16 is provided with dogs 16-1 at predetermined intervals, and the moving plate 51 uses a sensor 91 for sensing the dogs 16-1 using a conventional support block. It was provided to be able to control the movement of the thermal physiotherapy device (50).

7A to 7C are mounted on the lower body bed frame 40 in the thermal physiotherapy bed (1-1) as shown in Figures 2a and 2b to operate the lower body bed (3) back and forth to stretch the body of the operator Will be shown stretching device 110 for giving.

The stretching device 110, the pair of fixed plate 111, 112 is opposed to the bottom surface of the lower body bed frame 40 and spaced apart so that the reduction motor 114 is mounted to the center of the fixed plate 112 to the outside Rotating nut tube 116 is mounted on both sides of the fixing plate 111 so as to face the fixing plate 112 side, but the sprocket 115 and the interlocking sprocket are mounted on the shaft and the rotating nut tube 116 of the reduction motor 114. Mount the chain 115 so as to be positioned on the same vertical line to hang the chain 118, each screw nut 120 is screwed through the through hole 112-1 of the fixing plate 112 in the rotary nut tube 115 One end of each screw rod 120 coupled to the outside of the fixing plate 111 is fixed to the upper body bed frame 10 through the fixing piece 121 and the screw rod 120 exposed to the outside of the fixing plate 112. The other end of the) to secure the support (122), the tension spring 123 between the fixing plate 112 and the support (122) It is made by installing a mandrel of the elastic sprocket 119 to tension (tightly pull) the fixing plate 111.

The operation relationship will be described below.

The thermal physiotherapy bed 1 illustrated in FIGS. 1A and 1B has a bed frame 6 and upper and lower body beds 2 and 3 physical therapy beds separated from each other, so the physical therapy bed is separated. The upper and lower body beds (2) and (3) can be folded and stored on the basis of the connecting piece (14), and can be expanded and used during use.

The operator lays on the physiotherapy bed for use while the physiotherapy bed is placed on the bed frame 6 or separated from the bed frame 6, and the upper part of the spine is placed between the support frame chassis 11. While lying on the centerline while lying down, tighten the band (5) to detain the upper and lower body of the operator. In this state, when the switch (not specifically shown) provided on the control panel 27 is turned ON, the thermal physiotherapy apparatus 50 installed in the upper body bed frame 10 operates to sequentially operate the upper part of the upper body. In the anion potential plate 42 installed in the lower body bed 40, the negative ions are generated and the lower body is physically treated as heat.

The thermal physiotherapy apparatus 50 performs thermal and acupressure physiotherapy while sequentially moving along the dogs 16-1 provided on the guide rail 16 by a program that is set and input. When the power is turned on, heat is continuously generated while power is supplied to the general thermal physiotherapy apparatus 100.

In this state, when the moving deceleration motor 60 is operated to rotate the sprocket 61, the sprocket 62 connected by the chain 63 rotates the rotation 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 30, the interlocking gear wheel 59 installed on the moving plate 51 also rotates and moves the spur gear bar 30, thus eventually moving plate. 51 is moved along the guide support rail (16).

When the moving plate 51 moves and the sensor S₁ provided on the moving plate 51 senses the predetermined dog 16-1 provided on the guide support rail 16, 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 70 is operated while the moving plate 51 is stopped. When the up and down deceleration motor 70 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 is rotated, 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 the elevating 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, the lifting body 85 is When the temperature rises, the thermal physiotherapy apparatus 100 also rises together to perform the thermal treatment while pressing the predetermined back part of the operator. When the thermal physiotherapy apparatus 100 is raised, the lowering and deceleration motor 70 has a predetermined time. Is operated and then stopped. When the operation of the elevating deceleration motor 70 is stopped, the rotation of the rotary tube 82 is stopped and the ascent of the thermal physiotherapy apparatus 100 is stopped together with the elevating body 85, and thus the predetermined state is set in advance. By maintaining the time of the thermal physiotherapy machine 100 will be subjected to acupressure and thermal treatment to a predetermined site.

After the set 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, thereby rotating the tube 82. It is also reversed rotation, and thus the lifting 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 apparatus 100 is also downward, and the microswitch (MS₃). The touch-down, while the lifting deceleration motor 70 is stopped by the touch of the micro switch (MS₃) to stop the falling of the lifting body 85 and the thermal physiotherapy machine (100).

At the same time as the lowering of the thermal physiotherapy apparatus 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 to move the sensor (S₁). When sensing the next dog 16-1, the moving deceleration motor 60 is stopped and the moving plate 51 is stopped, and the moving plate 51 is stopped after 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, is lowered after a predetermined time.

As described above, the thermal physiotherapy apparatus 50 performs the acupressure and thermal treatment on the back of the operator while repeatedly performing the above process, and the moving plate 51 continuously moves to any one side for movement control provided on both sides. When the micro switch MS₁ touches the end, the movement of the movable plate 51 is completely stopped, and when the operation switch is manipulated later, the shiatsu thermophysical treatment is performed while moving to the opposite side.

Next, an operation relationship of the thermophysical therapy bed 1-1 as shown in FIGS. 2A and 2D will be described with reference to FIGS. 5A to 7C.

Allow the operator to lie on top of the thermal physiotherapy bed (1-1), but lay the upper body on the upper body bed (2) and the lower body on the lower body bed (3), and then use the belt (5) to titrate the upper and lower body. To detain you.

In this state, the switch (not specifically illustrated) provided on the control panel 27 is turned on to operate the thermal physiotherapy apparatus 50 and the stretching apparatus 110. First, the operation relationship of the stretching device 110 will be described. When the reduction motor 114 is rotated forward, the starting sprocket 115 rotates and the interlocking sprocket 117 also rotates because the chain 118 is revolved by the rotation of the starting sprocket 115. When the interlocking sprocket 117 is rotated, the integrated nut nut 116 is also rotated, and the nut nut is fixed to the upper body bed frame 10 so that one end of the screw rod 120 is not rotated. 116 is moved along the fixed screw rod 120, the rotary nut tube 116 is fixed to the lower body bed 40 through the fixing plate 111 and the lower body bed frame 40 is the lower body bed support frame ( Since it is supported by the rolling rod 9 of 7-1), when the rotary nut tube 116 moves left along the screw rod 120, the lower body bed frame 40 is also moved to the left together.

On the other hand, when the reduction motor 114 operates in reverse, the starting sprocket 115 rotates in reverse, and when the starting sprocket 115 rotates in reverse, the interlocking sprocket 117 and the interlocking sprocket 117 rotate. Rotating nut tube 116 is also reversely rotated and moved to the right along the fixed screw rod (120).

When the lower half of the bed 40 is horizontally moved left and right by the forward and reverse operation of the stretching device 110, the wrinkle portion 4-1 is stretched and contracted while the body of the operator (pion heat physiotherapist) Will be supported.

Particularly, when the lower half body bed 40 is moved left and right by the operation of the stretching device 110, the lower half of the operator is stretched by the lower half body bed 40 which is moved left and right. Giving can be repeated once or several times by a predetermined program.

As such, the thermal physiotherapy apparatus 50 mounted on the upper body bed 10 is operated in a state in which only the lower body of the thermal physiotherapist is stretched.

By operating a switch (not specifically shown) provided in the control panel 27, the thermal physiotherapy apparatus 50 is operated by a predetermined program or arbitrary operation.

When the moving deceleration motor 60 is operated at a predetermined position, the starting sprocket 61-1 rotates forward to revolve the chain 63-1, and when the chain 63-1 revolves, the interlocking sprocket 62-1. ) Forward rotation of the rotating shaft 58, and when the rotation 58 is forward rotation, the start gear 57 is also rotated together with the rotation 58, the start gear 57 is the spur gear bar 30 Then they move forward. In this way, when the start gear 57 is moved along the spur gear bar 30, the moving plate 51 is also moved together, and the sensor S₁ mounted on the moving plate 51 is guide guide rail 16. When the closest dog 16-1 is sensed among the dogs 16-1 formed on the moving deceleration motor 60, the moving plate 51 is stopped while the operation is stopped.

In particular, when the moving plate 51 is moved, the wheels 57-1 mounted on both ends of the rotary shaft 58 are rolled in the rail grooves 18, so that the starting gear 57 can be easily rotated.

When the elevating deceleration motor 70 is operated while the moving plate 51 is moved by one step and stopped, the chain 75 and the interlocking sprocket 74 rotate together with the starting sprocket 70-1. 76 rotates, and when the rotary tube 76 rotates, the eccentric disc 73 rotates upward as shown in FIG. 6B at a low height h1 lying down as shown in FIG. 6A. The high height h2 becomes high, and the eccentric disc 73 maintains a constant time while being raised to the height of h2. When the eccentric disc 73 is maintained at a high height of h2, the elevating plate 95 ) Is to rise and win the spring 94, the thermal physiotherapy device 100 also rises and is exposed to the upper side of the open portion (11-1) while pressing a predetermined part in the back portion of the thermal physiotherapeutic pressure and heat at the same time In physiotherapy machine, heat is generated by infrared lamp Because of the heat, the heat treatment is also carried out at the same time.

When the acupressure and heat treatment as described above is carried out by the set program or for a predetermined set time, the elevating deceleration motor 70 is operated in reverse to the chain 75 and the interlocking sprocket 74 together with the starting sprocket 70-1. ) Is reversely rotated and the eccentric disc 973 together with the rotary tube 76 is also reversely rotated so as to be lowered as shown in FIG. 6A from FIG. 6B, and the elevating plate 95 is compressed by the spring 94. As it extends and lowers the elevating plate 95, the elevating plate 95 and the thermal physiotherapy machine 100 are also lowered and introduced into the opening 11-1, thereby being applied to the body part of the thermal physiotherapist. The lost pressure (pressure) is removed.

As described above, the lifting and lowering of the thermal physiotherapy apparatus 100 together with the elevating plate 95 by the forward and reverse rotation of the eccentric disk 73 is not specifically illustrated, but it is sensed by sensing means such as sensors and dogs to operate. The height of the eccentric disk 73 can be varied while allowing the control and the forward / lowering deceleration motor 70 to be rotated forward.

When the thermal physiotherapy apparatus 100 is downward, the moving deceleration motor 60 is operated again.

As the rotating shaft 58 rotates by the operation of the moving deceleration motor 60 again, the starting gear 57 and the wheels 57-1 are rotated, and thus the moving plate 51 on which the thermal physical therapy apparatus 100 is mounted is provided. When the moving plate 51 moves forward along the guide support rail 30 and the sensor S51 senses the dog 16-1 at the preceding position, the moving deceleration motor 60 is moved. The operation is stopped and the moving plate 51 is stopped.

Thus, the lifting and lowering deceleration motor 70 is operated in a state in which the thermal physiotherapy machine 100 is moved by one step together with the moving plate 51 and the thermal physiotherapy machine together with the lifting plate 95 by the eccentric disc 73. 100) again to raise the acupressure and heat treatment of the next predetermined portion of the thermal physiotherapist, and when the acupressure and thermal physiotherapy is completed for a predetermined time, the elevating deceleration motor 70 is operated in reverse, the lifting plate (95) ) And down the thermal physiotherapy machine (100).

Thus, the thermal physiotherapy apparatus 100 sequentially moves by one step along the dog 16-1 by the intermittent operation of the moving deceleration motor 60, and moves up and down the deceleration motor every time one step is moved as described above. The operation of the 70 is to repeatedly raise and lower the thermal physiotherapy device 100 while sequentially performing acupressure and thermal physiotherapy on the back of the thermal physiotherapist.

After completing the thermal physiotherapy, release the belt (5) to release the detention state of the thermal physiotherapist, and when the thermal physiotherapist leaves the thermal physiotherapy bed (1-1), the upper and lower body beds (2) and (3) If it is spaced apart by operating the stretching device 110 mounted on the inside of the lower body bed (3) in reverse to move the spaced apart lower body bed (3) to the upper body bed (2) side to connect.

That is, when the deceleration motor 114 is reversely operated in the stretching device 110, the sprocket 117 reversely rotates together with the chain 118 while the starting sprocket 115 reverses, and the interlock sprocket 117 reverses. When rotated, the rotating nut tube 116 is also rotated to move the upper body bed to the (10) side along the screw rod 120 is fixed while the lower body bed frame 40 is moved to the upper body bed frame (10) side is close Lose.

As such, it is not specifically illustrated that the lower body bed frame 40 is spaced apart from or close to the upper body bed frame 10 by providing a micro switch or a sensor and a sensing means by a dog. It is desirable to be able to prevent collisions in close proximity.

Thermal physiotherapy bed (1) (1-1) according to the present invention can maximize the effect of acupressure and thermal physiotherapy. That is, the thermal physiotherapy bed (1) (1-1) according to the present invention is to be able to perform a stretching exercise by the stretching device 110, so as to relieve and release the tension of the operator's body muscles, Stretching by the stretching device 110 as shown by the thermal physiotherapy device (50) to gradually perform acupressure and heat treatment of the operator's back, the head of the thermal physiotherapy machine (80) presses the muscles and acupressure As the head is heated by the lamp (infrared ray lamp) inside the head, the heat is transferred to the relaxed muscle, so the effect of acupressure and heat is improved.

Moreover, this invention can be used easily.

That is, the operator can easily be used because it can be performed automatically by only operating the switch while the operator is lying on the thermal physiotherapy bed (1) (1-1) and wearing the belt (5). It is possible to adjust the number of times to be selectively, and in particular, it is possible to adjust the text time every time stretching is performed, so it can be selectively performed according to the physical condition and age of the operator to improve the stretching effect. When operating the device 50, it is possible to double the effect by adjusting the acupressure and the acupressure speed by the elevated state of the elevating body 85 or the rotational speed of the eccentric disc 73.

In addition, the thermal physiotherapy bed (1) (1-1) according to the present invention can be easily manufactured and mass produced.

In other words, the thermal physiotherapy bed (1) (1-1) is a separate physical therapy bed consisting of a bed frame (6) and upper and lower body beds (2) (3), upper and lower body beds (2) (3 Since the upper and lower body bed frame (2-1) (3-1) is to separate the upper and lower body bed frame (10, 40) to be accommodated, they can be made separately and combined, the upper body bed frame ( 10) is to assemble the support frame chassis 11 and the side protection plate 20 and the front and rear protection plate 25 and the bottom support plate 27 can be easily manufactured and assembled to improve productivity,

Since the lower body bed frame 40 is made into a rectangular parallelepiped having an interior space, it can be manufactured more easily, and since the drawer 41 is provided, certain items can be stored and stored.

For example, if you want to provide a separate connector to the control pin 27 and to be able to use a separate physiotherapy device alone, the connector of the physical therapy device is connected to the control panel 27 by attaching another connector to the physical therapy device. It can be coupled to and separated from each other, and thus it is possible to use a separate physiotherapy device separately. Thus, the individual physiotherapy device can be stored and stored in the drawer 41 of the lower body bed frame 40. It can be.

In addition, since the structure of each stretching device 110 is not complicated, it can be easily manufactured at a low price. In particular, the thermal physiotherapy apparatus 50 has a moving plate 51 on which the thermal physiotherapy apparatus 100 is mounted. Since it is to move along the spur gear bar 30 by the installed power source is easy to manufacture, and the failure is rarely generated.

In addition, the present invention can be operated in a quiet atmosphere. That is, the stretching device 110 is almost no noise is generated because the screw rod 120 is rotated by the operation of the reduction motor 114, the thermal physiotherapy device 50 is started with the moving plate 51 When the gear wheel 57, the interlocking gear wheel 58, the spur gear bar 30, and the flat core disk 73 are formed of a hard synthetic resin material, the noise due to friction can be substantially reduced. When the wheel 51 slides along the spur gear 30, the wheels 57-1 mounted at both ends of the rotary shaft 58 lift the starter gear 57 slightly to operate smoothly, thereby operating in a softer and quieter atmosphere. In particular, since the wheel 57-1 or the starting gear 57 is rolled on the spur gear bar 30, noise is hardly generated.

As described above, the present invention,

The upper and lower body can be stretched by the stretching device so that the operator's muscles can be released and the acupressure and thermal physiotherapy is performed by the thermal physiotherapy device while the body is stretched. It can penetrate more easily and improve the effect of acupressure and heat, and the structure of stretching device and thermophysical therapy device can be easily manufactured due to the simple structure of the stretching device and thermal physiotherapy device. Molding with synthetic resin can provide a thermal physiotherapy bed that operates in a quieter atmosphere.

Claims (9)

In the conventional thermal physiotherapy device 100 mounted on the bed frame 5, the thermal physiotherapy device 100 is moved horizontally and vertically to perform thermal physiotherapy, The bed is divided into an upper body bed (2) and a lower body bed (3), and the upper body bed (2) covers the upper body bed frame (2-1) on the outside of the upper body bed frame 10 and the lower body bed (3) ) Covers the lower body frame 3-1 on the outside of the lower body frame 40, the upper and lower body frame (2-1) (3-1) is the connecting piece (4) or wrinkles ( 4-1), The divided upper and lower body bed skins (2-1) (3-1) are provided with a plurality of bands (5), The upper body bed frame 10 of the upper body bed (2) is equipped with a thermal physiotherapy device (50) for horizontal and vertical movement of the conventional thermal physiotherapy device (100), the lower body bed of the lower body bed (3) (3), the thermal physiotherapy bed, comprising an anion potential plate (42). In the conventional thermal physiotherapy device 100 mounted on the bed frame 5, the thermal physiotherapy device 100 is moved horizontally and vertically to perform thermal physiotherapy, The bed is divided into an upper body bed (2) and a lower body bed (3), and the upper body bed (2) covers the upper body bed frame (2-1) on the outside of the upper body bed frame 10 and the lower body bed (3) ) Covers the lower body frame 3-1 on the outside of the lower body frame 40, the upper and lower body frame (2-1) (3-1) is the connecting piece (4) or wrinkles ( 4-1), The divided upper and lower body bed skins (2-1) (3-1) are provided with a plurality of bands (5), The upper body bed frame 10 of the upper body bed (2) is equipped with a thermal physiotherapy device (50) for horizontal and vertical movement of the conventional thermal physiotherapy device (100), the lower body bed of the lower body bed (3) (3) includes those having an anion potential plate 42; Split upper and lower body bed (2) (3) is a thermal physiotherapy bed, characterized in that it comprises a function to move the lower body bed (3) left and right by a predetermined stretching device (110). The method according to claim 1 or 2, The upper half of the bed frame 10, the pair of support frame chassis 11 are spaced apart from each other to fit the bottom support plate 27 to the bottom of the spaced apart support frame chassis 11, and the front and rear protective plate 25 in the front and rear portions Thermal physiotherapy bed, characterized in that formed in the shape of a rectangular parallelepiped by coupling the side protection plate 20 to the outer surface portion of each support frame chassis (11). The method of claim 3, The support frame chassis 11 is spaced apart from the upper plate 12 and the lower plate 13 and connected to an intermediate portion thereof by the connecting plate 14 to form an integrated body, and the outer end of the upper plate 12 and the lower plate 13 is downward. Or bent upwards to form the binding pieces 15, 15, respectively, the lower plate 13 is formed integrally parallel to the guide support rail 16 and the fixed step chin 17 inwardly of the connecting plate 14 Thermal physiotherapy bed, characterized in that. The method of claim 3. The side protection plate 20 coupled to the binding piece 15 of the support frame chassis 11 allows the binding grooves 22-1 and 22-1 to face the upper and lower sides of the upper and lower ends of the side plate 21. The binding port 22 is formed integrally, The front and rear protective plate 25 coupled to the front and rear portions of the spaced support frame chassis 11 is integrally formed by protruding the binding piece 26 on the inner surface outer periphery of the protective plate 25-1. Thermal physiotherapy bed, characterized in that by forming a predetermined binding groove (26-1) (26-2). The method according to claim 1 or 2, 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 start gear inlet groove 54 in communication with the settle groove 52 in the elevating motor mounting portion 53, The square fixing rod 55 has a plurality of guide mountains 86 and guide grooves 87 formed on the outer circumferential surface thereof, and a square fixing groove 88 is drilled in the center thereof, and the lifting body 85 which fixes the metal plate 89 on the bottom surface thereof. ), On the outer circumference of the elevating body 85 and the settled 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 circumferential surface. Insert the whole 80, but inserted into the bearing shaft 83 is moved along the guide groove 87, On both sides of the moving plate 51, maneuvering gear wheels 57, 57 and interlocking gear bars 59, 59 with a rotating shaft 58 and a shaft 59-1 are installed in front and rear portions at the front and rear sides of the moving plate 51. The wheels 57 and 57 are mandrel-mounted with the same rotating shaft 58, 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 fixed bracket 64 is fixed to the side end of the movable plate 51 in which the starting gear wheel 57 is installed with a mandrel, the movable deceleration motor 60 is mounted inside the fixed bracket 64, and the outside of the fixed bracket 64. The sprockets 61 and 62 are respectively inserted into and connected to the chain by the shaft of the moving deceleration motor 60 and the rotating shaft 58 provided with a mandrel of the starting gear wheel 57. Thermal physiotherapy bed, characterized in that by mounting a conventional thermal physiotherapy device 100 on the upper surface of the lifting body 85 is inserted into the rotating body (80). The method according to claim 1 or 2, The thermal physiotherapy apparatus 50 fixes the pair of spur gear bars 56 to the front of the fixed step frame 17 at the inner bottom surface of the upper body bed frame 10 while fixing and moving the gears to face upwards. The plate 51 is mounted, and the movable plate 51 is inserted with the rotary rod 76 into the rotary shaft 58, but the rotary shaft 58 and the rotary rod 76 are supported by the support blocks 58-1 and 58-2. Install the mandrel so as to rotate freely, and fixed to the rotating shaft 58 and the rotating rod 73 inserted into the rotating shaft 58 to be exposed to both sides of the moving plate 51 by the interlocking sprockets 62-1 and 74, respectively, the rotating shaft 58 And the sprockets 61-1 and 73 of the feed deceleration motor 60 and the lifting and lowering deceleration motor 70 mounted on both sides thereof, respectively, by chains 63-1 and 75, and a rotary tube Fixing the eccentric disk (73) to the (76) to support the elevating plate (95) mounted on the upper surface with the normal thermal physiotherapy device (100), The support bar 93 is fixed to the upper edge of the moving plate 51 and the elevating plate 95 is inserted into the elevating plate 95 so as to be shot downward by the spring 4, Thermal physiotherapy bed, characterized in that the both ends of the rotary shaft 58 is slid while being guided by the sliding guide means. The method of claim 2, The stretching device 110 is fixed to the pair of fixed plate 111, 112 spaced apart from the bottom surface of the lower half of the bed frame 40 to mount the reduction motor 114 to the center of the fixed plate 112, the outside, Rotating nut tube 116 is mounted on both sides of the fixing plate 111 so as to face the fixing plate 112 side, but the starter sprocket 115 and the interlocking sprocket 115 are attached to the shaft of the reduction motor 114 and the rotating nut tube 116. ) To be mounted on the same vertical line to hang the chain 118, and screw the screw rod 120 to each rotary nut tube 115 through the distribution hole 112-1 of the fixing plate 112, respectively. One end of each screw rod 120 exposed to the outside of the fixing plate 111 is fixed to the upper body bed frame 10 through the fixing piece 121 of the screw rod 120 exposed to the outside of the fixing plate 112. The other end is fixed to the support (122), and the tension spring 123 between the fixing plate 112 and the support (122) Thermal physiotherapy bed, characterized in that by installing a mandrel elastic sprocket 119 to tension the fixing plate (111). The method of claim 7, wherein Sliding guide means of the rotary shaft 58 is mounted to the wheel (57-1) at both ends of the rotary shaft 58, characterized in that the wheel is to be rolled along the rail groove 18 of the guide support rail (16) Thermal Physiotherapy Bed.