KR100314500B1 - a acupressure bad - Google Patents

Abstract

The present invention allows the heat treatment device provided with a heater and a ceramic ball inside the bed to be a housing to be repeatedly moved back and forth along the guide rail by a predetermined operating device, and the ceramic ball heated by the heater is rolled. It is possible to massage the both sides of the heat treatment device, in particular, the heat treatment device equipped with a ceramic ball so that the wheels installed in the mandrel on both sides of the slider is moved while rolling on the guide rail, and the operating device is the nut cap by the operation of the motor. As the operating rod provided is to be moved backward along the screw rod,

The thermal acupressure treatment apparatus 20 is rolled on the guide rail 14 by the wheel 22, and the ceramic ball 33 is also freely rotated, so that the ceramic ball 33 is operated more smoothly without noise. 33) can obtain a high pressure effect and a thermal effect by the elastic force of the spring 26 and the heat of the heater 34 without the descriptor feel pain, the operating rod (43) in the operating device (40) Since the screw rod 42 is inserted and drawn out, the operation range can be kept large while simplifying the device, and when folded, the length and volume can be reduced in half so that it can be carried and stored more easily. do.

Description

Spinal warming physiotherapy bed {a acupressure bad}

The present invention relates to a spinal thermal physiotherapy bed which is capable of performing massage thermal therapy by a ceramic ball rolling a spine in a state lying on a bed and generating heat.

In more detail, a ceramic ball heated by a heater may be repeatedly moved back and forth along a guide rail by a predetermined operating device by a predetermined operating device. This rolling is to massage both sides of the spine, in particular, the heat treatment device equipped with a ceramic ball is to move the wheels installed on both sides of the slider while rolling over the guide rail and the operating device to the operation of the motor The operating rod equipped with the nut cap is moved backward and backward along the screw rod, and the thermal physiotherapy bed is separated into the upper and lower body parts, and the hinge is mounted so that it can be folded and developed by the hinge. By reducing the size, it is easier to store or transport.

Conventionally, there has been a bed form to be able to perform physical therapy while massaging the spine, the most representative of which is a domestic massage model published in Korean Utility Model Publication No. 90-310 and domestic patent No. 159994 (registration notification) Dated January 15, 1999).

The former is screwed between the operation to the screw rod rotated forward and reverse by the motor, so that both ends of the operation are moved forward and backward along the bending rail, both ends of the operation are moved backward and forward along the bending rail, and a plurality of balls are rotated between operations. As a mandrel is installed with a shaft, the operation of the switch while the operator is lying on the bed causes the screw rod to be rotated forward and backward by the motor, moving back and forth between the movements, and moving the balls backward and backward along the bending rail. Although the physical treatment is performed while rolling along the site, the operation between the ball and the mandrel installed on the screw rod is directly screwed together, causing severe vibration and noise, and the operation is smooth and smooth because the operation slides in contact with the curved rail. There was a problem that could not be achieved Simply it had to be simple to massage your spine while rolling.

The latter is a screw rod horizontally slid along the lower frame to the screw rod rotated forward and backward by the motor, and the screw rod vertically rotated by the separate motor is installed on the transfer rod vertically, and the support plate on the screw rod. This vertical feeder is screwed together, but the upper side of the support plate is equipped with a conventional heat treatment device, and the bottom is configured to fix the guide shaft inserted into the guide bar of the horizontal feeder, the subject in the state lying on the bed When the mandrel is installed horizontally and the screw rod is energized to rotate, the thermal therapy unit moves horizontally along with the horizontal transfer table and slides along both sides of the spine, and the vertical transfer table rotates by a separate motor. This will raise the heat treatment device along with the support plate, It is trying to get a chiropractic effect by being in close contact with the government.

However, since the conventional acupressure massage bed constructed and operated as described above moves the conventional heat therapy device horizontally, the floodlight nozzle of the fixed heat therapy device does not roll but slides while being in surface contact, and the operator feels pain and the light nozzle touches the clothing There is a problem that can not slide smoothly, and in order to obtain the acupressure effect, the heat treatment device must be operated up and down, so the structure becomes complicated and noise is generated so that the heat treatment device can be gradually pressed up and down numerous times. Since the horizontal movement must be performed while operating, the procedure becomes complicated, and the procedure takes a lot of time.

The present invention is to provide a spinal thermal physiotherapy bed that can solve the above problems and discomfort.

The present invention is to cover the upper housing with the operating space is drilled on the upper side of the lower housing, but fixed to a pair of guide rails in parallel to the inside of the lower housing and the wheels installed on the slider of the thermal acupressure treatment apparatus in the guide rail is rolled The slider is intended to provide a spinal thermal physiotherapy bed which is moved forward and backward by an actuating rod which is inserted and detached along the screw rod 42 by the operation of the motor.

Another object of the present invention is to allow the ceramic ball provided on the therapeutic head plate of the thermal acupressure treatment device to be freely rolled so that the ceramic ball does not feel any pain when the rolling movement and minimizes the frictional force, the ceramic ball to the heater It can be heated (heated) by the thermal effect and acupressure effect at the same time, but it is possible to double the thermal effect by far-infrared rays generated from the ceramic ball, and the ceramic ball can easily cross the ceramic spine thermal therapy bed. To provide.

Still another object of the present invention is to provide a therapeutic ball head with a ceramic ball to be elasticized by an elastic material such as a spring, and to provide a chiropractor on the surface of the upper housing. The close spine allows double heating and acupressure effect, and the housing can be divided into two stages to be folded, and the structure is not complicated, so the spine can be easily manufactured without any trouble. To provide thermal physiotherapy beds.

Another object of the present invention is to split the housing to be folded, but the upper and lower body of the thermal pressure treatment device and the operating device respectively equipped with a thermal chiropractic physical therapy bed to heat and pressure the upper and lower body at the same time To provide.

According to the present invention, when the screw rod 42 is rotated forward and backward by operating the reduction motor 41, the operating rod 43 moves forward and backward together with the nut cap 44, and the operating rod 43 moves forward and backward. When the thermal acupressure treatment device 20 is moved forward and backward, the wheel 22 installed on the slider 21 moves along the guide rails 14, and thus, when the thermal acupressure treatment device 20 is moved, the ceramic ball ( 33) is rolled in contact with the subject's body.

1 is a perspective view showing a spine thermal physiotherapy bed in accordance with the present invention.

Figure 2a and Figure 2b is a perspective view showing the structure of the spine thermal physics bed according to the present invention

Figure 3a and Figure 3b is an illustration showing another embodiment of the spinal warmer according to the present invention.

Figure 4 is a cross-sectional view showing a combined state of the spinal thermal physiotherapy bed according to the present invention. Figure 5 is an exemplary view showing another embodiment of the carcass in the thermal acupressure treatment apparatus of the spinal thermal physiotherapy bed according to the present invention.

※ Explanation of symbols for main parts of drawing

1: thermal physiotherapy bed 2: treatment bed

3: support 10: housing

11: operating space 12: support piece

13: support plate 14: guide rail

15: hinge 20: thermal acupressure treatment device

21: Slider 22: Wheels

23: shaft 24: support tube

25: support rod 26: spring

27: bullet shot 28: fixed rod

29: treatment device head plate 30: ball setting piece

31: ball setting cap 32: heat distribution hole

32: ceramic ball 40: operating device

41: motor 42: screw rod

43: operating rod 44: nut cap

45, 47: connector 46: universal joint

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.

1 to 5 is an exemplary view showing a specific embodiment of the spinal column physical bed according to the present invention,

1 is a state in which the present invention is mounted on a support frame, Figures 2a and 2b is an exemplary view showing an embodiment of the present invention, Figures 3a and 3b is an exemplary view showing another embodiment of the present invention, Figure 4 is a cross-sectional view of the coupling state, Figure 5 is an exemplary view showing another embodiment of the carbohydrate.

Spinal thermal physiotherapy bed 1 according to the present invention has a structure as shown in Figures 2a to 5 specifically.

The housing 10 was formed in the shape of a cuboid, and the upper housing 10-1 having the lower side was fixed to the lower housing 10-2 having the upper side being open. On the upper surface of the upper housing 10-1, the working space 11 was drilled by an appropriate length in the longitudinal direction so that the ceramic ball 33, which will be described in detail later, was moved, and the acupressure hole 33 on both sides thereof. -1) to obtain acupressure effect, but the acupressure hole 33-1 includes ceramic balls, quartz crystals, cerakawa, elvan, and the like.

Inside the lower housing 10-2, a pair of support plates 13 were spaced in parallel to the bottom surface in the longitudinal direction to be fixed by standing up by a plurality of support pieces 12, and below the inner surface of each support plate 13 The guide rail 14 was fixed, and the thermal acupressure treatment apparatus 20 was placed in the guide rail 14.

The thermal acupressure treatment apparatus 20 is a mandrel of the wheel 22 to the shaft 23 on the front and rear of both sides of the slider 21, two pairs of support tubes 24 on the upper surface of the slider 21 Spaced apart and fixed to the support tube 24 is inserted into the support rods 25 fixed to the lower end of the ballistic piece 27, each of the support tube 24 and the support rods 25 is fitted with a spring 26, The treatment head head 29 is fixed to the upper surface of the 27 with the fixing rod 28, and the treatment head head 29 has a plurality of ball setting pieces 30 having a heat distribution hole 32 formed therein in two rows. Form the ball to cover the ball set cap 31 in a state in which the ceramic ball 33 is settled, the coupling means such as a screw portion corresponding to the outer circumference of the ball setting piece 30 and the inner circumference of the ball setting cap 31 To disassemble and combine,

The heater 34 is attached to the bottom of the treatment device head plate 29.

In the thermal acupressure treatment apparatus 20 configured as described above, the upper portion of the ball setting cap 31 and the ceramic ball 33 mounted on the treatment head head 29 have an operating space 11 in the upper housing 10-1. It is exposed to the upper side through, and in place of the spring 25 fitted in the support tube 24 and the support rod 25 as shown in Figure 5 between the bullet piece 27 and the slider 21 The body 26-1 can be mounted, and the carbon body 26-1 may be a rubber material, a soft synthetic resin material, or a compressed sponge.

In addition, the inside of the guide rail 14 is equipped with an operating device 40 to enable the thermal acupressure treatment device 20 to move forward and backward.

The operation device 40 is mounted so that the reduction motor 41 faces the wall and the screw rod 42 connected to the reduction box faces inward, but is inserted into one end of the operation rod 43 in the screw rod 42. The screw nut 42 is screwed into the fixed nut cap 44 so that the screw rod 42 is inserted into the operating rod 43, and the other end of the operating rod 43 is the slider 21 of the heat treatment device 20. The coupling rods 45 and 47 are fixed to the operating rods 43 and the sliders 21, respectively, and are connected to each other through the universal joints 46 between the couplings 45 and 47. If the connection through the universal joint 46 can prevent the shock from being transferred and can transmit power more smoothly.

In particular, in order to prevent the wheel 22 from being detached when the thermal acupressure treatment device 20 is placed on the guide rail 14, a release preventing piece 13-1 is disposed on the upper surface of each support plate 13. It is desirable to fix inwardly.

Spinal thermal physiotherapy bed (1) according to the present invention is bulky if it can be folded and developed by the hinge 15 by cutting the middle portion of the housing 10 as shown in Figures 2a and 2b Is reduced so that it can be easily stored or transported,

Thus, when dividing into two, the connection state of any one of the connectors 45 and 47 connected to the universal joint 46 is released, and when it is unfolded and integrated, the disassembled connector and universal joint 46 are disconnected. Just recombine.

3A and 3B are divided by the hinge 15 by dividing the treatment bed 2 into the upper body portion 2-1 and the lower body portion 2-2 in the spinal heat physiotherapy bed 1 according to the present invention. To expand it,

The upper body portion 2-1 and the lower body portion 2-2 are provided with a thermal acupressure treatment apparatus 20 and an autonomous autonomous 40, respectively, but the treatment head plate 29 is placed on the upper side of the upper housing 10-1. The guide hole 11-1 was drilled to be exposed and the upper housing 10-1 to operate the fixed rod 28.

The operation relationship will be described below.

The thermal physiotherapy bed 1 according to the present invention may be used by using the thermal physiotherapy bed 1 as it is or by fixing it on the support frame 3 provided separately as shown in FIG. 1.

The operator should lie on the upper housing (10-1), but keep the ceramic balls 33 in this row positioned at both sides of the spine. When the operator lie down, the spring (26) or the carcass (26-1) The ceramic ball 33 is brought into close contact with the elasticity of the force, and the acupressure effect can be obtained by the acupressure hole 33-1.

When the operator turns on the switch (not specifically shown) in the lying state, the heater 34 is operated and the reduction motor 41 is operated, and the screw rod 42 is operated by the operation of the reduction motor 41. The rotation of the screw rod 42 is rotated by the operation of the reduction motor 41, and when the screw rod 42 is rotated, the operating rod 43 with the nut cap 44 is advanced. When the operating rod 43 moves forward, the slide 21 connected by the universal joint 46 is pushed so that the wheel 22 installed on the slider 21 rolls on the guide rail 14. Thermal acupressure treatment device 20 is to move smoothly.

When the thermal acupressure treatment device 20 moves along the guide rail 14, the ceramic acupressure 33 is in close contact with the subject's body to rotate (rotate), so that the thermal acupressure treatment device 20 moves smoothly. The ceramic ball 33 is moved while pressing the pressure like both sides of the spine.

In particular, the heat generated from the heater 34 is transferred to the ceramic ball 33 through the heat distribution hole 32, the ceramic ball 33 is maintained in a warm state, the ceramic ball 33 in the heat state in this way Since this rolling movement can be obtained at the same time acupressure effect and thermal effect.

When the thermal acupressure treatment apparatus 20 is moved to a predetermined position, although not shown in detail, the position is sensed by the detection sensor and the dog and stopped while the deceleration motor 41 operates in reverse to operate the screw rod 42. The operating rod 43, which was drawn out while rotating inversely, is introduced into the screw rod 42 together with the nut cap 44, and when the operating rod 43 is introduced, the slider 21 connected to the universal joint 46 is led. As the wheel 22 is rolled along the guide rails 14, the thermal acupressure treatment apparatus 20 is pulled.

When the thermal acupressure treatment apparatus 20 is pulled, the ceramic balls 33 which are heated by the heater 34 are rolled (rotated) and move forward while moving forward. You get the effect, too.

When the thermal acupressure treatment device 20 is pulled to a predetermined position in this way, although not shown in detail at this time, the pulled position is sensed by the detection sensor and the dog and is stopped. While operating in the forward direction again to move the thermal acupressure treatment apparatus 20 as described above.

The present invention is to continue to perform acupressure and heat while the above process is repeatedly operated, it is only necessary to turn off the switch when you want to stop.

Spinal thermal physiotherapy bed 1 according to the invention is operated by a rolling means can be operated in a soft and quiet atmosphere.

That is, the thermal acupressure treatment device 20 is a wheel 22 is moved along the guide rail 14, so rolling is smoother and quieter than the sliding method by the surface contact, and also the ceramic ball 33 ball setting Rolling when in contact with the body in the interior of the cap 31 is to operate more smoothly.

In addition, the present invention can be easily replaced when the ceramic ball 33 is broken, it is possible to maximize the thermal effect by high temperature heat.

That is, the ceramic ball 33 is detained by the ball set piece 30 and the ball set cap 31 which are integral with the treatment head plate 29, but the ball set piece 30 and the ball set cap 31 are Since it is coupled in the same manner as the screw type, if the ball set cap 31 is removed, the ceramic ball 33 can be easily lifted, so when the ceramic ball 33 is broken, a new ceramic ball 33 is replaced or The ball can be replaced with another material. In addition, the heat generated from the heater 34 mounted on the lower side of the treatment head (29) heats the ceramic ball 33 through the working space 11, so that when the thermal acupressure treatment apparatus 20 is operated, As it comes into contact with the body and rolls, the body part is pressed and the thermal effect is obtained, and the far infrared rays generated from the ceramic balls 33 can obtain the effects of thermal action, ripening action, resonance action, self-cleaning action, neutralization action, and analgesic action. To make it possible.

The high acupressure effect of this invention can be acquired.

When the operator lays down on the upper housing 10-1, the ceramic balls 33 are herpes on both sides of the spine, and the elastic pieces 27, including the therapeutic head plate 29, are spring 26 by the weight of the operator. To be pressed downwards, in particular, since the ceramic ball 33 is supported upward by the spring force of the spring 26, the ceramic ball 33 being shot upwards is brought into close contact with the body and thus high acupressure. You will get the effect.

In addition, the present invention can shorten the length of the operating device 40 for operating the thermal acupressure treatment device 20 forward and backward, but the operating range can be increased while the screw rod 42 operated by the reduction motor 41 is shortened. The outer side of the screw rod 42 is covered with the operating rod 43 to which the nut cap 44 is screwed, and the length is doubled as the operating rod 43 is received and drawn out by the forward and reverse rotation of the screw rod 42. When the thermal acupressure treatment device 20 can maintain a large operating range, the universal joint is provided between the operating rod 43 of the operating device 40 and the slider 21 of the thermal acupressure treatment device 20. Since the vibration is generated from the deceleration device 40 is not transferred to the thermal acupressure treatment device 20, the impact applied to the thermal acupressure treatment device 20 is also attenuated by the universal joint 46. So that it does not transition to the operating device 40 side. .

In particular, when the housing 10 can be bi-folded by allowing the universal joint 46 to intervene, it is possible to easily engage and disengage any one of the connectors 45 and 47.

In addition, the present invention is divided into the upper body portion (2-1) and lower body portion (2-2) the treatment bed (2) by mounting the thermocupressure treatment apparatus 20 and the operating device 40, respectively, the upper body portion of the body In addition, the lower leg part can be treated with thermal acupressure at the same time, thereby doubling the treatment effect.

As described above, according to the present invention,

The thermal acupressure treatment apparatus 20 is rolled on the guide rail 14 by the wheel 22 and the ceramic ball 33 is also freely restrained so that no noise is generated, and the ceramic ball 33 is operated more smoothly. By the descriptor without feeling the pain by the spring force of the spring 26 and the heat of the heater 34 can obtain a high pressure effect and a thermal effect together, the operating rod (43) in the operating device (40) Since it is to be inserted and drawn out from the outside of the screw rod 42, it is possible to maintain a large operating range while simplifying the device, and by folding it can double the treatment effect, and also reduce the length and volume in half It will be easier to transport and store.

Claims (5)

The acupressure means can be moved back and forth along the screw rod 42 rotated by the motor 41 inside the housing 10 which is the upper housing 10-1 and the lower housing 10-2. Acupressure hole 33-1 is installed on the surface of the housing 10-1, A pair of support plates 13 are spaced apart in parallel on the inner bottom surface of the lower housing 10-2 and fixed by the support pieces 12, and the guide rails 14 are fixed to the lower inner side of each support plate 13. , One end of the operating rod 43 of the operating device 40 is connected to the slider 21, but the operating device 40 is a nut cap 44 on the screw rod 42 which is reversely rotated by the reduction motor 41. Screwed into the nut cap 44 and the other end of the operating rod 43 is inserted and fixed, In the guide rail 14, the heat treatment device 20 in which the upper ceramic ball 33 is exposed to the operating space 11 of the upper housing 10-1 rests on the wheel 22 installed with a mandrel on the slider 21. To be rolled, A spinal thermal physiotherapy bed, characterized in that the intermediate part of the housing (10) is cut and divided into an upper body part (2-1) and a lower body part (2-2) to be folded and developed by the hinge (15). The method of claim 1, The thermal acupressure treatment apparatus 20 is a mandrel of the wheel 22 to the shaft 23 in front and rear of both sides of the slider 21, and a pair of support tubes 24 on the upper surface of the slider 21 It is fixed by spaced apart and the support tube 24 is inserted into the support bar 25 fixed to the lower end of the ballistic piece 27, each of the support tube 24 and the support bar 25 is fitted with a spring 26, 27, the treatment head head 29 is fixed to the upper surface of the fixing rod 28, and the plurality of ball setting pieces 30 through which the heat distribution holes 32 are drilled into the treatment head head 29 in two rows. Formed to cover the ball set cap 31 in a state where the ceramic ball 33 is settled, provided with a coupling means such as a screw portion corresponding to the outer periphery of the ball set piece 30 and the inner periphery of the ball set cap 31. To disassemble and combine, Spinal thermal physiotherapy bed characterized in that the heater 34 is mounted on the bottom of the treatment head (29). The method of claim 2, Spinal thermal physiotherapy bed characterized in that the elastic body 26-1 is mounted between the elastic foot piece 27 and the slider 21. The method of claim 1, The upper body portion 2-1 and the lower body portion 2-2 are provided with a thermal acupressure treatment apparatus 20 and an operating device 40, respectively, wherein the treatment head 40 is moved upwards of the upper housing 10-1. Spinal thermal physiotherapy bed, characterized in that the upper housing (10-1) to be drilled through the guide hole (11-1) so that the fixing rod 28 can be operated. delete