KR100467151B1 - The correction device for backborn - Google Patents

Abstract

The present invention relates to a spinal brace, and more specifically, to the left and right slides within the range of the patient's body with a lower back, paraplegia, knee joints, back pain, sciatica, etc. Aerobic exercise to rehabilitate the spinal cord nucleus escaped by repetitive and up-and-down repetitive movements, as well as to relieve the patient's muscles by using foot massage, infrared therapy device and ultra-wave wave using vibretta and to relax body by mechanical operation The spinal braces to relieve obesity, the rotation axis is formed on both sides of the upper support base installed on one side of the lower frame is fastened the upper body support, the second station is installed inside the rotation angle control unit attached to the upper body support The motor shaft is formed as a spiral sliding shaft, so that the lower side press The first forward and reverse driving motor is coupled to the poly in the rotating shaft and the decelerating operation poly poly of the other side the connecting rod is fastened to the eccentric body support fastened to the adjusting hole of the rotation angle adjustment unit s shaft portion on one side and a bottom side; A fixing plate is located in the lower frame of the upper side of the upper body supporting part, and a guide hole and a guide rod are provided to support the load, and a spiral feed shaft attached to the lower center fixing plate is fixed to the fixing hole. A lower body support capable of repeating left and right repetitive motions by transmitting rotational force to a drive pulley of a feed shaft by a drive belt to a third stationary motor installed on a bottom surface of the lower frame;

A foot massage part having a connecting part connected to the vibrator and supporting the vibrator on a support part supported on the fastening part fastened to the fixing stand installed in the lower leg support;

The head restraint may be formed on one side of the upper body support, and the ultra-high wave and the vibrator are installed on the upper plate of the infrared therapy device and the upper body and the lower body support by the upper side of the lower frame, and the spinal correction and massage part is made of a massage part.

Description

Chiropractors {The correction device for backborn}

The present invention relates to a spinal brace, and more specifically, to the left and right slides within the range of the patient's body with a lower back, paraplegia, knee joint, back pain, sciatica, etc. Aerobic exercise to rehabilitate the spinal cord nucleus escaped by repetitive and up-and-down repetitive movements, as well as to relieve the patient's muscles by using foot massage, infrared therapy device and ultra-wave wave using vibretta and to relax body by mechanical operation It is about spine corrector to relieve obesity.

In general, the spinal braces used in hospitals use the spring force of the movement, and when the person stretches the upper body and removes the momentary pulling force, the body is returned to its original state and the spine is moved to its place. Not only does it have the effect of stretching the spine but not enough effects of spinal correction, and this configuration requires repeated operations to return the spine to its place, and the impact transmitted to the body is so large that it gives up continuous treatment or Or there was a problem that a lot of cases suffer a lifetime due to the absence of back surgery.

In addition, infrared treatment, ultra-high wave, anion massage, etc. can not be treated at the same time during spine correction has a disadvantage that must be separately

Accordingly, an object of the present invention is to fix the muscles that are equipped with an infrared therapy device, a far infrared heating device, an anion device and an infrared therapy device while simultaneously correcting the abnormal spine by relaxing the body by mechanical operation of the patient's spine. The purpose of the present invention is to provide a spinal brace to relax and smooth blood circulation and to relieve fatigue that is weighted on the foot.

Spinal braces of the present invention for achieving the above object, the rotating shaft is formed on both sides of the upper support plate installed on one side of the lower frame is installed inside the rotation angle control unit attached to the upper body support is fastened to the upper body support The second positive motor shaft is formed as a helical sliding shaft, and the driving pulley is coupled to the rotating shaft where the first motor is located on the bottom of one side of the lower frame so as to act between sliding, and the reduction pulley and the operating pulley of the other side are eccentrically connected. And the upper body support portion fastened to the adjustment hole of the rotation angle adjustment unit sliding shaft; A fixing plate is located in the lower frame of the upper side of the upper body supporting part, and a guide hole and a guide rod are provided to support the load, and a spiral feed shaft attached to the lower center fixing plate is fixed to the fixing hole. A lower body support capable of repeating left and right repetitive motions by transmitting rotational force to a drive pulley of a feed shaft by a drive belt to a third stationary motor installed on a bottom surface of the lower frame;

A foot massage part having a connecting part connected to the vibrator and supporting the vibrator on a support part supported on the fastening part fastened to the fixing stand installed in the lower leg support;

It is possible to form a head restraint on one side of the upper body support if necessary, and by installing an ultra-high wave and a vibrator on the upper plate of the infrared therapy device and the upper body, lower body support to the upper side of the lower frame, characterized in that the structure consisting of spine correction and massage parts will be.

1 is a perspective view showing the present invention.

2 is a front view showing the present invention.

3 is a plan view showing the present invention.

Figure 4 is a plan view showing the operating state of the lower support plate of the present invention Figure 4a is a plan view showing a state moved to the left, Figure 4b is a plan view showing a state moved to the right.

Figure 5 is a side view showing the present invention upper body support.

Figure 6 is a side view showing an operating state of the upper body support of the present invention.

Figure 7 is a front view showing the operating state of the foot massager of the present invention.

Figure 8 is a schematic cross-sectional view showing the vibration and ultra-high wave embedded in the sheet of the present invention.

Detailed description of the symbols for the main parts of the drawings

1: Spine Calibrator 2: Head Rest 3: Upper Body Rest

4: lower body support 5: top 6: infrared treatment device

7: Rotating angle control unit 8: Adjustment hole 9: Auxiliary adjustment hole

10: sliding shaft 11: auxiliary wet shaft 12: the first motor

13: 2nd station motor 14: Connecting rod 15: Operating pulley

16: Lower frame 17: Drive pulley 18: Belt

19: upper body support 20: deceleration poly 21: middle plate

22: rotation shaft 23: rotation angle adjustment unit 24: fixed plate

25: guide 26: guide rod 27: fixed hole

28: Feed hole 29: Drive pulley 30: Feed sensor

31: horizontal sensor 32: foot leg government 33: foot massage station

34: Fastening part 35: Support part 36: Vibretta

37: connection part 38: torsion spring 39: foot massage part

40: sole base 41: ultra long wave 42: control box

43: third forward and reverse motor 44: feed axis

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing the present invention, Figure 2 is a front view showing the present invention, Figure 3 is a plan view showing the present invention, Figure 4 is a view showing the operating state of the lower support plate of the present invention. 4A is a plan view showing a state moved to the left side, FIG. 4B is a plan view showing a state moved to the right side, FIG. 5 is a side view showing the upper body support of the present invention, and FIG. 6 is an upper body of the present invention. It is a side view showing the operating state of the pedestal, Figure 7 is a front view showing the operating state of the foot massager of the present invention.

In the spinal braces 1 of the present invention, first, the lower frame 16, the head restraint (2), upper body support (3), lower body support (4), foot massage unit (40) is installed in each configuration Independently operated by the stationary motor (13) (43) and the vibrator (36), and the ultra-high wave (41) and the vibrator (36) are installed in the upper plate (5) of the upper body support (3) and lower body support (4) In addition, an infrared therapy device (6) is installed between the upper body support (3) and the lower body support (4), the lower frame (16), and at the same time when the patient is lying down for the spine correction to massage the function of releasing the stuck muscles I have it.

The upper support 3 is formed on both sides of the upper support body 19, which is integrally placed on the side of the lower frame 16, the rotary shaft 22 is formed, so that the upper and lower rotation is possible on the formed rotary shaft 22 Rectification holes (8) in the helical sliding shaft (10) to adjust the rotation angle of the rectangular rotation angle adjusting portion 7 is formed in the upper side of the upper body support (3) the upper body support support 19 is fitted Insert the second forward and backward motor 13 to adjust the sliding side to the left and right closer to the second forward and reverse motor 13, the greater the left and right rotation angle, so that the left and right rotation angle can be adjusted significantly smaller and one side of the adjustment hole ( 8) an intermediate plate 21 supporting the upper support plate 9 is inserted into the auxiliary control shaft 11 to prevent rotation of the adjustment hole by the rotational force transmitted from the first motor 12. (3) to enable the vertical rotation to correct the patient's body and lower frame (1 6) The driving pulley 29 is coupled to the first motor 12 at one bottom, and the reduction pulley 20 positioned at a predetermined height of the upper support body 19 is driven by a belt 18 to reduce the speed pulley ( An operating pulley 15 having a diameter larger than 20 is inserted into the lower frame 16 shaft and driven by a belt 18 so as to transmit rotational force, thereby adjusting the rotational speed when the patient is lying on the upper support plate. Do not overload the patient by slowing down the bolts to one side of the eccentric of the working pulley (15) integrally with the adjusting hole (8) and the auxiliary adjusting hole (9) inserted into the sliding shaft (10) The horizontal sensor 31 at the bottom of the upper support 3 is connected to the lower frame so that the upper support 3 can be kept horizontal at the stop signal of the control box 42 when the upper support 3 is rotated up and down. 16) Keep the upper body support (3) level at all times when stopped so that it can be detected by the sensing unit on the support. A structure.

In addition, the fixing plate 24 for supporting the load of the patient in the interior of the lower body support 4 in the longitudinal direction on the other side of the lower frame 16 of the upper support 3 is installed and fixed to both sides, the fixed fixed plate (24) Guide holes 25 are formed on both sides of the fixing plate 24 at the lower side to allow the left and right movements on the lower body support 4, and the guide rods 26 are inserted in the lower direction of the lower body support 4 so that the lower frame 16 is provided. Both ends of the lower plate 16 is inserted into and supported by a plurality of fixing holes 27 fastened to the upper side of the lower frame 16 at the center of the fixing plate 24. The third forward and reverse motor 43 is installed on the bottom surface and the rotational force is transmitted to the drive pulley 17 of the feed shaft 44 by the drive belt 18 so that the feed hole 28 fixed to the spiral feed shaft 44 is The lower body support 4 is helically conveyed to the guide rod 25 attached to the fixed plate 24 and inserted into the guide plate 25 of the fixed plate 24. The transport sensor 30 is configured to be transported in a slide type by the driving force transmitted to the shaft 44 so that the patient can move the left and right repeatedly by a predetermined distance so that the patient is not overwhelmed by the patient during the left and right transport. When the sensor is detected on the fixing plate 24 when the lower body support 4 is moved to the left and right while the lower support 4 is moved to the upper guide rod 25, the third reverse motor 43 is rotated and the driving pulley ( 29) the rotational force transmitted to the feed shaft 44 is transmitted to the feed shaft 44 so that the patient does not overdo it, and can adjust the speed by forward and backward movement between the sliding movement of the feed shaft 44 so that the spine can be corrected. 4) on one side of the leg fixing portion 32 is installed to fix the ankle of the patient is made to be able to adjust the length of the leg fixing portion 32 according to the height of the patient.

In addition, in order to relieve the fatigue of the most overused foot in the human body these days, the foot massage part fixing rod 33 of a certain height is installed in the center of one side of the leg fixing part 32 installed in the lower body support 4. The end portion is formed in a bent shape and the fastening portion 34 surrounding the end holder 33 is positioned and fixed to the support portion 35 supporting the vibrator 36 having a vibrating function at both lower sides of the fastening portion 34. And, by connecting the fixed vibrator 36 and the connecting portion 37 to form a shape similar to the shape of the foot inside the foot shape, the foot and the sole portion using the torsion spring (38) as fastening forceps using the foot When inserting into the foot massage part, the vibration using the vibrator (36) is used to relieve foot fatigue, and when the foot size is different, the foot rest 40 is to be inserted and used. .

Figure 8 is a schematic cross-sectional view showing the vibration and ultra-waves embedded in the sheet of the present invention.

In addition, in order to further loosen the muscles bound during chiropractic to further enhance the effect of chiropractic, an infrared therapy unit 6 is installed on the lower frame 16 and the upper plate of the upper body support 3 and the lower body support 4. In (5), the ultra long wave (41) and the vibrator (36) are installed so that the patient can receive a massage when lying on the braces (1). It is controlled automatically by the box 42.

The present invention as described above, the upper and lower rotation angle of the upper body support can be freely adjusted according to the body shape of the person, the lower body support can also adjust the left and right conveying distance, and also the foot fatigue due to the vibrator having the vibration function of the foot massage part It promotes fatigue recovery and blood circulation due to the infrared therapy device installed on the lower frame and the ultra-high wave and vibrator installed on the upper frame, and it relaxes and contracts the muscles of the body by the mechanical operation. In addition to promoting the height of the chiropractic and lumbar disc, low back pain, a person with a back waist, flesh removal, elastic beauty effect and a balanced body also has the effect of aerobic exercise.

Claims (1)

In the chiropractor that corrects the body, A square rotation angle adjusting unit formed inside the upper support base on which the upper support is inserted to allow the upper and lower support to be rotated on both sides of the upper support supporting body which is integrally installed to face one side of the lower frame; An intermediate plate for adjusting the sliding interval with a second forward motor by inserting an adjustment hole in the spiral sliding shaft to adjust the rotation angle by the rotation angle adjusting unit, and supporting the adjustment hole sliding on one side; An auxiliary adjusting hole is inserted into the auxiliary sliding shaft that maintains a constant direction of the connecting rod when the adjusting hole is rotated up and down, and the driving pulley is coupled to the rotating shaft on which the first motor is located at the bottom of one side of the lower frame to enable the upper and lower rotation. A deceleration poly located at a constant height of the; The deceleration pulley is driven by a belt, and on the other side, an actuating pulley having a larger diameter than the deceleration pulley is driven by a belt so as to transmit rotational force by being inserted into a lower frame shaft. A control hole inserted into the; A horizontal sensor which is integrally fastened to the auxiliary adjusting hole and installed at the lower and upper frame supports, respectively, so as to be located at the center at the time of the upper and lower rotations of the upper support and the stop signal of the control box; A fixing plate fixed to both sides to support a load in the lower body support in which the lower body support is installed on the other side of the upper support frame; A guide hole formed at both sides to move left and right on the lower body support at the bottom of the fixed fixing plate; A helical feed shaft inserted with a guide rod in the guide hole and both ends of the guide plate of the lower frame inserted into a plurality of fixing holes fastened to the upper side of the lower frame in the center of the fixing plate; The third forward motor is installed on the bottom surface of the lower frame of the feed shaft inserted, and the rotational force is transmitted to the driving pulley of the feed shaft by the belt, and the feed hole fixed to the spiral feed shaft is attached to the fixed plate, and the guide rod inserted into the fixed plate guide hole. A transport sensor configured to be transported in the lower body support so as to be opposed to the upper guide rod of the lower frame so as to repeat the movement by a predetermined distance during left and right transport; A leg fixing part is installed on one side of the lower support part, and is fixed to one side of the upper part of the leg fixing part installed on the lower support part by being installed at a predetermined height; A support part for supporting the vibrator having a vibrating function at both sides of the lower part of the fastening part, the fastening part surrounding the fixing stand; A connection part connected to the vibrator and a foot massage part which opens and closes like a tong with a torsion spring formed inside the foot shape; Far infrared ray therapy device is installed in the lower frame, spinal braces, characterized in that the ultra-wave and vibrator.