WO2018199536A1 - Spinal correction and traction device - Google Patents

Abstract

The purpose of the present invention is to provide a spinal correction and traction device comprising a bed which is divided into a bed on which the lower body is placed, a bed on which the upper body is placed, and a bed on which the head is placed, wherein the bed on which the lower body is placed and the bed on which the head is placed can perform an arcuate motion, a sliding motion, and an upward and downward angular motion.

Description

Chiropractic and Traction System

The present invention relates to a spinal correction and traction device, and more specifically, to correct the lumbar and cervical spine, etc. constituting the spine to be able to selectively perform the lateral movement of the left and right torsional movement and the vertical movement around the spine The aim of the present invention is to provide a spinal correction and traction device that can be used interchangeably with the entire spinal disease, so that the spinal movement, correction and therapeutic effects can be obtained.

In general, low back pain and discs are spinal diseases that occur mostly in people living in modern times. Such spinal diseases are treated through various methods such as a method of correcting the spine or a traction method.

In particular, the spinal traction and orthodontic device has no function for adjusting the curvature of the spine at the same time as the traction in the traction bed, the development of a spinal traction device and orthodontic device having such a function is urgently desired.

Known technology of such a spinal traction and orthodontic device is a spinal traction device in the Republic of Korea Patent Publication No. 0590680.

It has a first pedestal for one side to support the shoulder portion of the human body, a second pedestal slidably coupled to the pedestal longitudinal direction of the human body, and to move the second pedestal in the longitudinal direction of the spine by the user's operation It is made of a moving means, and the form of the rear head of the human body is provided with a head support for supporting the boundary of the head and neck of the human body on one side and the first end is rotatably coupled to the second pedestal And a lifting means for rotating the third support in the direction in which the third body is bowed by the user's operation.

Another prior art frame and the Republic of Korea Patent No. 1063949; A head fixing part installed at one side of the frame to be slidably movable and fixed to a user's head; A buttock fixing part installed to be slidably movable in the center of the frame to fix and fix the buttock of the user; It is installed on the other end of the frame, the head portion fixing portion and the buttock fixing portion at the same time by sliding the front and rear direction at the same time; a traction force providing unit to pull the spine and lumbar of the user at the same time; A scaffolding portion provided to be slidably moved in the front-rear direction at the other end of the frame; A direction change roller fixedly installed at a bottom of one side of the frame; One end is fixed to the scaffolding portion, the other end is fixed to the head fixing portion in the direction changed by the direction change roller, the central portion is characterized in that it comprises a wire fixed to the buttocks fixing portion Spinal and lumbar traction devices are published.

And the prior art of the means for fixing the head to traction the spine in the Republic of Korea Patent Publication No. 1417768, the control box having a left and right pedestal, the left and right support having a locking jaw fixed on both sides of the control box, the support In the upper and the left and right pad fixing pads having projections and front and rear projections and the fall prevention grooves respectively coupled to the upper shaft, the pads are provided with a control strap and a hook strap respectively fitted to the pad holder, the lower part of the pad holder Fixing the jaw fixing stop bolts that are caught on the locking jaw when the jaw is fixed, respectively, by screwing, the forehead fixing stopper provided with a locking groove on the stop bolt is fixed by a nut in the state to move left and right and rotatable, respectively, With the pad holder rotated horizontally, slide the stopper so that the stopper of the stopper fits into the upper part of the support. Registration of the head fixing device for spinal traction is characterized in that the pad restraint is configured to maintain a horizontal state when the fastening.

In addition, the Republic of Korea Patent No. 1566877 to which the inventor of the present invention is registered is formed in one or more on the base frame is divided into a semi-circle frame and the central axis to the circular motion in the center of the spine, the semi-circle frame on the top The height adjustable bed is installed to adjust the height according to the user's body shape. The pivot axis can perform circular motion around the spine when the spine is twisted by selectively installing the slide frame on the base frame. It can prevent the sprained sprains of surrounding muscles and ligaments and unintentional loads of the vertebral joints during chiropractic treatment.It can also strengthen the vertebral joints and maximize the therapeutic effect. One spinal brace has been disclosed.

However, the known spinal traction and orthodontic devices are usually divided separately, so each device must be used according to various symptoms of the spinal disease. Therefore, there is a restriction on the place for installing a separate device. There are also disadvantages, such as an additional burden on the economy because of the additional expense to purchase.

The spinal correction and traction device provided in the present invention is devised to solve the above problems, by having a means for straightening and towing the spine in one device, there is less restriction on the installation place, and also separate equipment It is to provide a spinal correction and traction device with less economic burden on the installation cost because it does not need to install each.

In addition, the present invention is to provide a spinal correction and traction device that can perform the correction and treatment effect selectively by pressing a specific treatment site of the lumbar and cervical spine, lumbar spine in addition to the traction of the spine.

The present invention is a spinal correction and traction that is formed by one or more partitions on the upper base frame, the first and second semi-circle frame of the arc shape is installed so that the central axis can perform the circular motion at the center of the spine. In an apparatus;

A first supporter frame fixedly installed at an upper side of the base frame;

A first semi-circle frame installed on the first supporter frame and capable of circular motion;

A first bed installed on the first semicircle frame and having a lower body of the patient;

A first slide frame installed on the base frame and movable in a horizontal direction;

A second supporter frame installed on the first slide frame;

A second bed installed on an upper portion of the second supporter frame, the upper body of the patient being placed;

A second slide frame installed on the first slide frame and movable in a horizontal direction;

A second semicircle frame installed on the second slide frame and capable of circular motion;

It is installed on the second semi-circle frame, characterized in that consisting of a third bed is placed on the patient's head.

Also, in the chiropractic and traction device;

A first slide frame installed at an upper side of the base frame;

A first semi-circle frame installed on the first slide frame and capable of circular motion;

A first bed installed on the first semicircle frame and having a lower body of the patient;

A first supporter frame fixedly installed on the base frame;

A second bed installed on the first supporter frame and having the upper body of the patient seated thereon;

A second slide frame installed on the base frame and capable of sliding in a horizontal direction;

A second semicircle frame installed on the second slide frame and capable of circular motion;

It is installed on the second semi-circle frame, characterized in that consisting of a third bed is placed on the patient's head.

In addition, the first bed in which the lower body of the patient is placed is dividedly formed so that the pelvic set bed and the leg set bed hinged;

The first cylinder is installed to the side of the first semicircle frame in which the pelvic anchor bed is installed, and the first piston rod end of the first cylinder is connected to the pelvic anchor bed so that the leg anchor bed is hinged up and down. It is characterized by the installation of the leg angle exercise means to be able to exercise.

In addition, the third bed in which the patient's head is placed, the rotating plate is coupled to the hinge axis is installed to angular movement;

A pair of left and right fixed bars installed on an upper surface of the rotating plate;

A neck cushion part installed on an upper surface of the rotating plate to support a neck part;

A second piston rod of a second cylinder installed to one side of the rotating plate to angularly move the rotating plate;

The upper neck portion of the neck cushion portion is characterized in that it comprises a head angle movement means is installed a second airbag.

In addition, the first semi-circle frame, the first slide frame, or the first slide frame, or the compression means for compressing the spine to move up and down selectively installed inside the first supporter frame is placed in the patient's lumbar;

It is connected to the first actuator and the first actuator is operated up and down, characterized in that consisting of a pressing piece for bending and pressing the lumbar vertebrae.

In addition, the compression means is fixed to the compression piece provided with the air bag at the top, and moves the patient back and forth, characterized in that the air bag of the compression piece is fixed to the lower portion of the lumbar spine treatment site of the patient inflated and to bend and compress the lumbar spine .

In addition, the sensor is installed in the pressing piece;

Characterized in that the sensing piece to be attached to the lumbar treatment site of the patient so that the sensor can detect.

In addition, the pressing means is recommended for winding the wire in a pair of pulleys spaced apart from each other in the longitudinal direction;

A moving member having a first air bag installed at an upper portion of the wire to press and curve the lumbar vertebra;

The lower part of the wire is characterized in that the second actuator for moving the moving member.

The spinal correction and traction device provided by the present invention is provided with a means for straightening and towing the spine in one device, there is little restriction on the installation place, and because it does not need to install a separate equipment, economical to the equipment cost It can cope with various spinal diseases with low burden and complex symptoms, and depending on the patient, it can pull the lower cervical or upper cervical spine area and perform circular motion, curvature, and compression treatment from the center of the spine. And many other effects.

1 is an overall perspective view showing a preferred embodiment of the chiropractic and traction device provided by the present invention

Figure 2 is a front configuration showing a preferred embodiment of the chiropractic and traction device provided by the present invention

Figure 3 is a front configuration view showing some other embodiments of the chiropractic and traction device provided by the present invention

Figure 4 is a front configuration showing a state in which the spinal correction and traction device provided in the present invention, the means for angular movement of the lower body and head and the pressing means for compressing the spine is installed

5 is a schematic front view and an enlarged front view showing an embodiment of the pressing means in the chiropractic and traction device provided in the present invention;

Figure 6 is an enlarged front view showing another embodiment of the pressing means in the chiropractic and traction device provided by the present invention

Figure 7 is an enlarged front configuration diagram schematically extracted to explain the concept of the head relief movement means in the chiropractic and traction device provided by the present invention

8 is an enlarged view before and after the configuration and action of the head relief movement means in the chiropractic and traction device provided by the present invention

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. First, it should be noted that in the drawings, the same components or parts denote the same reference numerals as much as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

As used herein, the terms "about", "substantially", and the like, are used at, or in close proximity to, numerical values as are indicative of preparation and material tolerances inherent in the meanings mentioned, and are intended to be accurate or to facilitate understanding of the invention. Absolute figures are used to prevent unfair use by unscrupulous infringers.

Spine correction and traction device provided by the present invention is characterized by maximizing the effect of exercise and treatment by pulling the spine to the traction device as well as towing the lumbar and cervical vertebrae of the spine, and also by the bending, compression means.

To this end, the present invention is the first or second semi-circular frame of the arc shape is formed in one or more partitions on the base frame to enable the circular axis in the center of the spine to perform a spinal torsional movement And a traction device;

The circular motion of the bed where the lower body is placed on the base frame is allowed to slide in the horizontal direction, and the circular motion can be made. The circular motion is performed at the same time as the horizontal motion of the bed area where the upper body and the head are placed in the horizontal direction. Characterized in that it can be made.

In addition, the pelvic part of the lower body is fixed, and the leg angle movement means for angular movement only the leg portion, and the compression means for pressing the specific treatment area of the lumbar spine, the area where the head is placed up and down It characterized in that it comprises a head angle movement means that can be angular movement to bend the cervical spine and simultaneously.

1 is an overall perspective view showing a preferred embodiment of the chiropractic and traction device provided in the present invention, Figure 2 is a front configuration diagram showing a preferred embodiment of the chiropractic and traction device provided in the present invention.

The chiropractic and traction device of the present invention fixes the first supporter frame (2) on the upper side of the base frame (1) of the lower, the first semicircle frame (3) is installed on the first supporter frame (2) Then, the lower body including the pelvis and the leg of the patient is installed the first bed 4 for lower body settling.

In addition, the first slide frame 5 which can be horizontally moved by a towing means (not shown) is installed on the base frame 1 so that the upper body and the head of the patient can be placed thereon.

To this end, a second supporter frame 6 is installed on an upper side of the first slide frame 5 to install a second bed 7 for upper body rest on an upper side, and an upper side of the first slide frame 5 is installed. Installing a second slide frame (8), the second semi-circle frame (9) to install a second semi-circle frame (9) capable of circularly moving the head from side to side on the second slide frame (8) In the upper part of 9) is installed a third bed (10) to hold the head.

And the pelvis fixing means 11 is installed in the place where the pelvis (= hip) of the lower body to be placed in the first bed 4, the ankle fixing means 12 can be installed in the part where the ankle is placed. .

Figure 3 is a front configuration diagram showing some other embodiments of the chiropractic and traction device provided by the present invention.

This constitutes a chiropractic and traction device, but the first, second, third bed (4, 7, 10) that can be placed independently of the lower body, upper body, and head of the patient on the base frame (1), The first bed 4 having the lower body installed therein is provided with a first slide frame 5 which can be horizontally moved by the towing means on the base frame 1, and a first on the upper part of the first slide frame 5. The semi-circle frame 3 is installed to fix the first bed 4 to the upper portion thereof.

The second bed 7 having the upper body placed therein fixes the first supporter frame 2 on the base frame 1 so as to fix the second bed 7 on the upper part of the base bed 1.

The third bed 10 having the head seated therein is provided with a second slide frame 8 which can be horizontally moved by a traction means, and then a second semicircle frame 9 on the second slide frame 8. To install, the second semi-circle frame (9) is to be fixed to the third bed 10 installed on top.

Ankle fixing means 12 is installed in the place where the ankle is located among the lower body of the first bed 4 is placed.

4 is a front configuration diagram showing a state in which the spinal correction and traction device provided in the present invention, the means for angular movement of the lower body and head and the pressing means for compressing the spine is installed.

That is, in the spinal correction and traction device of the present invention disclosed in Figures 2 and 3, the compression means 13 for pressing the lumbar region of the patient and the leg angle movement means for angular movement of the leg portion of the lower body up and down 14 and the head angular movement means 15 for bending the cervical spine by angularly moving the head up and down.

First, the leg angle movement means 14 will be described.

The leg angular movement means 14 is configured to split the first bed 4 in order to angularly move only the leg portion of the lower body of the patient up and down.

That is, the first bed 4 is divided into a pelvic settling bed 4a in which the buttocks are placed and a leg settling bed 4b in which the legs are settled, and the first semicircle frame in which the pelvic settling bed 4a is installed ( 3) the first cylinder 16 is installed to the side, and the end of the first piston rod 17 of the first cylinder 16 is connected to the leg brace bed (4a) and the hinge (18) leg rest bed ( 4b) is to be connected to the lower end so that the leg settling bed (4b) can move up and down angular movement from the hinge 18 in accordance with the expansion and contraction operation of the first cylinder (16).

And described in more detail with the extracting means 13 in front of the excerpt front configuration of Figure 5 as follows.

The pressing means 13 for pressing a specific treatment part of the spine while the patient is lying down may include a first semicircle frame 3 or a first slide frame 5 or a first supporter on which the lower body or upper body of the patient is placed. It is composed of a pressing piece 19 selectively installed in the frame 2 to move up and down and compress the spine, and a first actuator 20 for moving the pressing piece 19 up and down.

A detection sensor 21 is installed inside the compression piece 19, and allows the detection sensor 21 to detect a detection piece 22 separately attached to the lumbar spine of the patient.

Therefore, when the patient pulls in the horizontal direction while the patient is lying down by the towing means, if the sensing piece 22 is positioned above the sensor 21, the signal is transmitted to the controller when the sensor 21 detects it. Then, the control unit applies a signal to the first actuator 20 to operate the compression piece 19 to pressurize and treat the treatment area of the lumbar spine of the patient.

The sensor 21 is a kind of proximity sensor, which uses a sensor capable of sensing a specific metal material, and the sensing piece 22 is coated with a specific metal material detected by the sensor 21 to be used. do.

In addition, the detection sensor 21 may use an optical sensor, and the detection piece 22 may use a material detected by the optical sensor.

On the other hand, the pressing means 13 may be configured as a first air bag 23 for forming a curve in the lumbar spine of the patient as shown in FIG.

That is, after the first airbag 23 is mounted inside the first semicircle frame 3, the first airbag 23 is inflated to support the lumbar region of the patient to form curvature in the lumbar spine.

That is, the sensing piece 22 is attached to the waist of the patient, and the pelvis fixing means 11 is fixed to the waist. The first airbag 23 is mounted inside the first semicircle frame 3 so as to be positioned at the waist of the patient, and a pair of spaced apart from each other in the longitudinal direction in the first semicircle frame 3 is spaced apart from each other. The pulley 24 is installed, and the first airbag 23 is mounted on the upper side and the second actuator 25 on the lower side based on the pulley 24, and the first airbag 23 is a moving member ( 26) to be mounted side by side on the top.

The second actuator 25 is preferably installed in the longitudinal direction of the first semi-circle frame (3).

The second actuator 25 and the moving member 26 move the wire 27 to the linear movement along the longitudinal direction in the interior of the first semi-circle frame 3 by the second actuator 25. Make sure to connect them in an infinite orbit.

Of course, the LM guide may be used in place of the wire 27 and the second actuator 25 to move the moving member 26.

At this time, the sensing member 21 is built in the moving member 26, so that the sensing member 22 attached to the waist of the patient while the moving member 26 reciprocates by the second actuator 25 When it is detected that the upper portion of the first airbag 23 is located, the first airbag 23 is inflated to support the lumbar region of the patient to be curved. Since inflating the first airbag 23 is a well known conventional means, detailed description thereof will be omitted.

On the other hand, the pressing means 13, as well as the two cases described above, the pressing piece 19 without using the first actuator 20 or wire 27, the second actuator 25 and the moving member 26. Can be fixed and the patient can be moved back and forth from the top of the bed. In this case, the airbag is installed on the upper portion of the pressing piece 19.

FIG. 7 is an enlarged front configuration diagram schematically extracted to explain the concept of the head relief movement means, and FIG. 8 shows an enlarged view before and after the action for explaining this in more detail.

The head angle movement means 15 is installed in the third bed 10 fixed to the upper part of the second semi-circle frame 9 on which the patient's head is placed. Rotating plate 28 is coupled by the hinge shaft 29 so that the upper and rear left and right heads.

The upper surface of the pivoting plate 28 is equipped with a pair of left and right protruding fixed bar 30 for supporting the patient's lower head from flowing left and right, and neck cushion portion 31 supporting the neck of the patient. By pulling the second semi-circle frame 9 and rotating the pivoting plate 28 downward from the hinge shaft 29 as a starting point, the neck cushion portion 31 supports the back neck to bend the cervical spine. To form.

In order to angularly rotate the pivoting plate 28, one side of the pivoting plate 28 is connected to the second piston rod 33 of the second cylinder 32 so that the hinge shaft according to the stretching operation of the second cylinder 32. It is to be able to do an angular exercise from (29).

As shown in the upper part of the patient's body lying on the upper side of the second semi-circle frame 9 supporting the head, the upper body is fixed by the upper body fixing means 35, and the lower left and right sides of the patient's head are supported. The head is placed between the pair of fixing bars 30, and the first semicircle frame 3 supporting the lower body and the lower part of the body is pulled by the traction means to treat the spine.

Substantially to pull the second slide frame (8) supporting the lower portion of the second semi-circle frame (9), to the traction means and the fixed bar 30 to linearly move the second slide frame (8) Since the method of fixing the head is a well-known conventional means, detailed description is omitted.

The second semicircle frame 9 is equipped with a neck cushion portion 31 to support the back neck, so that the patient can feel comfortable when lying down, and the second air bag 34 is attached to the neck cushion portion 31. By mounting the second semicircle frame 9 is towed at the same time inflating the second airbag 34 so that the cervical spine can be curved in a straight line during the towing.

As shown in FIG. 7, when the second semicircle frame 9 is towed, the second airbag 34 mounted on the neck cushion part 31 is inflated to simply form a straight spine while extending the spine of the neck. It supports the back neck, and the cervical spine is curved to form C.

In other words, the chiropractic and traction device of the present invention is divided into a first semi-circle frame 3 and a second semi-circle frame 9 which can lie down so that the lower body part of the patient can lie down. A pair of fixing bars 30 and a neck cushion portion 31 for supporting the neck portion are mounted to support the lower portion of the head so as not to flow from side to side, and the second air bag 34 is attached to the neck cushion portion 31. By mounting the second semi-circle frame 9 is towed at the same time it is possible to bend the cervical spine by inflating the second airbag 34.

Meanwhile, in describing the present invention, a means for performing a specific circular motion of the first and second semicircle frames 3 and 9 is disclosed in detail in Korean Patent Registration No. 10-1566877, which the inventors have already registered. Detailed description of the configuration is omitted.

As described in detail above, the chiropractic and traction device of the present invention is used to straighten and tow the spine of the patient, and the patient is lying on the first, second, third bed (4, 7, 10) to look up. Traction treatment can be carried out while towing the first and second slide frames (5,8) by the traction means, and the first and second semicircle frames (3,9) are circularly moved from the center of the spine to the surrounding muscles and ligaments It can prevent risk sprains, unintended loads of the vertebral joints, and strengthen the vertebral joints and maximize the therapeutic effect.

In addition, the compression means 13 for compressing the lumbar region and the head relief exercise means 15 for bending the cervical spine portion is provided with the traction treatment and maintain the compression and curvature of the lumbar spine at the time of towing the cervical spine It can be curved to help correct cervical vertebrae, and the leg angular movement means (14) is provided so that the legs can be angularly moved up and down during spinal correction and traction treatment, thereby maximizing the therapeutic effect. It can be provided.

As described above in the detailed description of the present invention has been described with respect to the most preferred embodiment of the spinal correction and traction device provided by the present invention, various modifications can be made within the scope without departing from the technical scope of the present invention, The scope of protection of the present invention is not limited to the above embodiments, but the scope of protection from the description of the claims and the equivalent technical means from those described below should be recognized.

Claims (8)

One or more semi-circular frames (3,9) of arc shape are installed in the upper part of the base frame (1) so that the central axis can perform circular motion at the center of the spine. In one chiropractic and traction device; A first supporter frame (2) fixedly installed at an upper side of the base frame (1); A first semi-circle frame 3 installed above the first supporter frame 2 and capable of circular motions; A first bed (4) installed above the first semicircle frame (3) to place the lower body of the patient; A first slide frame 5 installed above the base frame 1 and movable in a horizontal direction; A second supporter frame (6) installed on the first slide frame (5); A second bed (7) installed above the second supporter frame (6) to hold the upper body of the patient; A second slide frame 8 installed above the first slide frame 5 and capable of sliding in a horizontal direction; A second semicircle frame 9 installed at an upper portion of the second slide frame 8 to enable arc motion; The second semi-circle frame (9) is installed on the upper spine correction and traction device, characterized in that consisting of a third bed (10) is placed on the patient's head. One or more semi-circular frames (3,9) of arc shape are installed in the upper part of the base frame (1) so that the central axis can perform circular motion at the center of the spine. In one chiropractic and traction device; A first slide frame 5 installed at an upper side of the base frame 1; A first semi-circle frame 3 installed above the first slide frame 5 and capable of circular motions; A first bed (4) installed above the first semicircle frame (3) to place the lower body of the patient; A first supporter frame (2) fixedly installed on the base frame (1); A second bed (7) installed above the first supporter frame (2) to hold the upper body of the patient; A second slide frame (8) installed on the base frame (1) and movable in a horizontal direction; A second semicircle frame 9 installed at an upper portion of the second slide frame 8 to enable arc motion; The second semi-circle frame (9) is installed on the upper spine correction and traction device, characterized in that consisting of a third bed (10) is placed on the patient's head. The method according to claim 1 or 2; The first bed 4 on which the lower body of the patient is placed is dividedly formed such that the pelvic bed 4a and the leg bed 4b are connected by a hinge 18; The first cylinder 16 is installed to the side of the first semicircle frame 3 in which the pelvic settling bed 4a is installed, and the end of the first piston rod 17 of the first cylinder 16 is pelvic settling. Spinal correction and traction device, characterized in that the leg angle movement means (14) is installed in connection with the bed (4a) leg leg bed (4b) is able to move up and down angular movement from the hinge (18). The method according to claim 1 or 2; A rotating plate 28 coupled to the hinge shaft 29 and installed in the upper and lower angular movements on the third bed 10 in which the patient's head is placed; A neck cushion portion 31 installed on an upper surface of the rotatable plate 28 to support a neck portion; A second piston rod (33) of the second cylinder (32) installed to one side of the rotating plate (28) to angularly move the rotating plate (28); The neck cushion portion 31, the upper surface portion of the spinal correction and traction device characterized in that it comprises a head angle movement means 15, the second airbag 34 is installed. The method according to claim 1 or 2; The patient's lumbar spine may be selectively installed inside the first semicircle frame 3, the first slide frame 5, or the first supporter frame 2 to move up and down and compress the spine. Means (13); Connected to the first actuator (20) and the first actuator (20) is a vertical orthogonal lifting operation, characterized in that the spinal correction and traction device consisting of a pressing piece (19) for bending and pressing the lumbar vertebrae. The method according to claim 1 or 2; The patient's lumbar spine may be selectively installed inside the first semicircle frame 3, the first slide frame 5, or the first supporter frame 2 to move up and down and compress the spine. Means (13); Compression piece 19 provided with an air bag at the top is fixed, and moves the patient back and forth, characterized in that the air bag of the compression piece 19 fixed to the lower part of the lumbar spine treatment area of the patient is inflated to bend and compress the lumbar spine Chiropractic and traction device. The method according to claim 1 or 2; The patient's lumbar spine may be selectively installed inside the first semicircle frame 3, the first slide frame 5, or the first supporter frame 2 to move up and down and compress the spine. Means (13); The wires 27 are recommended to the pair of pulleys 24 spaced apart from each other in the longitudinal direction; A moving member 26 having an upper portion of the wire 27 provided with a first air bag 23 for pressing and bending the lumbar vertebra; The lower part of the wire (27), orthodontic and traction device, characterized in that the second actuator (25) for moving the moving member (26) is connected. 8. The method of claim 5, wherein; A detection sensor 21 installed inside the pressing piece 19; Chiropractic and traction device, characterized in that provided with a sensing piece 22 to be attached to the lumbar treatment site of the patient so that the sensor 21 can detect.

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