CN110573126A

CN110573126A - Spinal correction and traction device

Info

Publication number: CN110573126A
Application number: CN201880027349.0A
Authority: CN
Inventors: 梁在洛; 梁贤鉐
Original assignee: Hamet Medical Equipment Co Ltd
Current assignee: Hamet Medical Equipment Co Ltd
Priority date: 2017-04-25
Filing date: 2018-04-17
Publication date: 2019-12-13
Also published as: WO2018199536A1; KR20180119469A

Abstract

The invention provides a spinal correction and distraction device. The bed is composed of a bed for placing the lower body, a bed for placing the upper body and a bed for placing the head, and the bed for placing the lower body and the bed for placing the head can perform circular motion, sliding motion and up-and-down angular motion.

Description

spinal correction and traction device

Technical Field

The present invention relates to spinal correction and distraction devices. More specifically, an object of the present invention is to provide a vertebral rectification and traction device which can selectively perform compression and traction and left-right twisting motion and up-down angular motion centering on a spine to rectify a lumbar vertebra, a cervical vertebra, and the like constituting the spine. It can be used for treating all spinal diseases, and has effects of promoting spinal motion and correcting spinal, and also has therapeutic effect.

background

Generally, lumbago and herniated disk are common spinal diseases in modern people, and such spinal diseases are treated by various methods such as a spinal correction method or a traction method.

In particular, current spinal traction and correction devices do not have the function of adjusting the curvature of the spine while traction is performed with a traction bed. Therefore, there is an urgent need to develop spinal traction devices and correction devices having such functions.

a known art of such a spinal traction and correction device is a spinal traction device in korean patent laid-open publication No. 0590680.

The spinal traction device is characterized in that one side of the spinal traction device comprises: the head support comprises a first support for supporting the shoulder of a human body, a second support slidably combined with the first support in the length direction of the spine of the human body, a moving component for moving the second support along the length direction of the spine by the operation of a user, a head support part which is formed in a shape that a back head of the human body can be placed and is provided with a boundary area for supporting the head and the neck of the human body on one side, a third support rotatably combined with one end of the second support, and a lifting component for rotating the third support along the direction of the neck of the human body in a low-dropping mode by the operation of the user.

another prior art is a spinal and lumbar traction device disclosed in korean patent laid-open publication No. 1063949. The spine and lumbar traction device comprises: a frame; a head fixing part slidably installed at one side of the frame and stably fixing a head of a user; a hip fixing part slidably installed at a central part of the frame and stably fixing a hip of a user; and a traction force providing part installed at the other end of the frame, capable of simultaneously sliding the head fixing part and the hip fixing part in the front and rear directions and simultaneously drawing the user's spine and lumbar vertebrae. The traction force providing part includes: a pedal part slidably installed at the other end of the frame in the front-rear direction; and a direction conversion wheel fixedly installed on a bottom surface of one side portion of the frame; and a line having one end fixed to the leg plate portion, the other end fixed to the head fixing portion in a state of direction conversion by the direction conversion wheel, and a central portion fixed to the hip fixing portion.

In addition, the prior art of the device for pulling the cervical vertebrae to fix the head is a head fixing device for spinal traction disclosed in korean patent laid-open publication No. 1417768. The head fixing device for spinal traction comprises: an adjustment box having left and right brackets; a left bracket and a right bracket which are fixed on the upper parts of the two sides of the adjusting box and are provided with clamping platforms; left and right pad fixing frames which are combined with the upper part of the bracket by a shaft and respectively provided with a protrusion, a front protrusion, a rear protrusion and a leakage-proof groove; the supporting pad is provided with an adjusting belt and a hanging rope which are respectively plugged in the pad fixing frame. The jaw fixing stopper is fixed to the lower portion of the pad fixing frame by screws, and the forehead fixing stopper having a hanging groove is fixed to the jaw fixing stopper by nuts in a state of being installed to be movable in the left-right direction and rotatable in the lower portion of the pad fixing frame.

also, the inventor of the present invention has disclosed a spinal orthosis in korean patent No. 1566877 granted thereto. The cervical vertebrae corrector has a semicircular frame formed in more than one section at an upper portion of a base frame and having a central axis capable of performing a circular motion at a center of a spine, and a height-adjustable bed installed at an upper portion of the semicircular frame so as to adjust a height according to a user's body type. The sliding frame can be selectively installed on the upper part of the basic frame, when the twisting movement of the vertebra part is carried out, the central shaft carries out the circular arc movement by taking the vertebra as the center, thereby preventing the dangerous distortion of peripheral muscles and ligaments, the accidental load of the vertebra joint and the like when the vertebra correction operation is carried out, strengthening and treating the vertebra joint, maximizing the effect, and selectively carrying out the traction movement of the vertebra.

however, most of the known spinal correction and distraction devices are distinguishable from each other. This entails disadvantages in that separate devices need to be used according to various symptoms of patients with spinal diseases, respectively, and thus, places are limited according to different devices, and purchasing different equipment increases expenses, thereby increasing economic burdens.

disclosure of Invention

technical problem

The present invention provides a spine correction and traction apparatus for solving the above-mentioned problems, which has a small restriction on an installation place by providing a means for correcting and traction the spine in one apparatus, and which does not require separate installation of other equipment, thereby reducing an economic burden in terms of equipment cost.

In addition, the present invention provides a spine correction and traction apparatus that can selectively accomplish the correction and treatment effects by bending the lumbar vertebrae and the cervical vertebrae and pressing a specific treatment portion of the lumbar vertebrae in addition to the traction of the spine.

technical scheme

the present invention relates to a spine correction and traction apparatus which mounts, on an upper portion of a base frame, first and second semicircular frames of one or more arc shapes which are formed in segments and formed in such a manner that a central axis thereof can perform an arc motion from a center of a spine, so that a twisting motion of the spine can be performed, the spine correction and traction apparatus comprising:

a first support frame fixedly installed at one side of an upper portion of the base frame; and

A first semicircular frame installed at an upper portion of the first support frame and capable of circular arc motion; and

a first bed mounted on an upper portion of the first semicircular frame for seating a lower body of a patient; and

a first sliding frame installed at an upper portion of the base frame and slidable in a horizontal direction; and

a second support frame installed at an upper portion of the first sliding frame; and

a second bed mounted on an upper portion of the second support frame for seating an upper body of a patient; and

A second sliding frame installed at an upper portion of the first sliding frame and slidable in a horizontal direction; and

A second semicircular frame installed at an upper portion of the second sliding frame and capable of circular arc movement; and

a third bed mounted on an upper portion of the second semi-circular frame for seating a head of a patient.

In addition, a spinal correction and traction device, characterized in that it comprises:

A first sliding frame installed at one side of an upper portion of the base frame; and

a first semicircular frame installed at an upper portion of the first sliding frame and capable of circular arc motion; and

A first support frame fixedly installed at an upper portion of the base frame; and

A second bed mounted on an upper portion of the first support frame for seating an upper body of a patient; and

A second sliding frame installed at an upper portion of the base frame and slidable in a horizontal direction; and

in addition, the spinal correction and traction device is characterized by being mounted with a leg angular movement part, wherein the first bed section for seating the lower body of the patient forms a pelvis seating bed and a leg seating bed, and the pelvis seating bed and the leg seating bed are connected by a hinge;

The side surface of the first semicircular frame provided with the pelvis placing bed is provided with a first air cylinder, and the end part of a first piston rod of the first air cylinder is connected with the pelvis placing bed, so that the leg placing bed can perform vertical angular motion by taking a hinge as a fulcrum.

in addition, the spinal correction and traction device is characterized in that the 3 rd bed for positioning the head of the patient has a head angular movement part comprising:

a rotation plate installed in a manner of being coupled to the hinge shaft and performing an up-and-down angular motion; and

a pair of left and right fixing rods installed on the rotating plate; and

the neck protection cushion part is arranged on the rotating plate and is used for supporting the neck; and

a second piston rod of a second cylinder installed at one side of the rotation plate to angularly move the rotation plate; and

A second bladder (34) mounted above the neck pad portion.

additionally, the spinal correction and distraction device is characterized by: the pressing member selectively installed inside the first semicircular frame, or the first sliding frame, or the first support frame for seating the lumbar vertebrae of the patient, which is capable of moving up and down to press the vertebrae, includes a first actuator and a pressing member connected with the first actuator to perform an up-and-down elevating motion to bend the lumbar vertebrae and press the lumbar vertebrae.

in the above spinal correction and traction apparatus, the pressing member is fixed to a pressing member having an air bag at an upper portion thereof, and the patient is moved forward and backward, and the air bag fixing the pressing member provided at a lower portion of the lumbar treatment portion of the patient is inflated to curve the lumbar vertebrae and press the lumbar vertebrae.

in addition, the spinal correction and distraction device is characterized by comprising:

a sensing sensor installed inside the pressing piece; and

the sensing piece is pasted on the lumbar vertebra treatment part of the patient, so that the sensing sensor can sense.

In addition, the spinal correction and traction device is characterized in that, for the pressing member, a wire is wound on a pair of pulleys spaced apart from each other by a predetermined distance in a length direction;

a moving part connected to a first balloon for pressing and bending the lumbar vertebrae at an upper portion of the wire; and

a second actuator for moving the moving member is connected to a lower portion of the wire.

ADVANTAGEOUS EFFECTS OF INVENTION

The spine correction and traction apparatus provided by the present invention has the advantages that the restriction on the installation place is less, the additional equipment is not required to be installed respectively, the economic burden on the equipment cost is small, the apparatus can properly correspond to various spine disease patients with complex symptoms, and according to the condition of the patient, the apparatus can perform various effects such as arc motion, bending and pressing treatment by using the spine center as the pivot while the cervical vertebra parts of the lower body and the upper body of the patient are pulled.

drawings

FIG. 1 is an overall perspective view illustrating a preferred embodiment of the spinal correction and distraction device provided by the invention;

FIG. 2 is a front view showing a preferred embodiment of the spinal correction and distraction device provided by the invention;

FIG. 3 is a front elevational view of some other preferred embodiments of the spinal correction and distraction device provided by the invention;

Fig. 4 is a front view showing a state in which a device capable of vertically moving the lower body and the head and a pressing device for pressing the spine are mounted in the preferred embodiment of the spinal correction and traction device according to the present invention;

Fig. 5 is a schematic front view and an enlarged front view showing an embodiment of a pressing device in the spinal correction and traction device according to the present invention;

FIG. 6 is an enlarged front view showing another embodiment of a compression device in the spinal correction and distraction device provided by the invention;

Fig. 7 is a front enlarged view schematically selected for explaining the concept of the head angular-motion device in the spinal correction and traction device provided in the present invention;

fig. 8 is an enlarged view of the head angular movement device of the spinal correction and traction device according to the present invention, showing the structure and before and after the operation thereof.

Detailed Description

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. It should be noted at the outset that in the drawings, identical components or parts are denoted by the same reference numerals as much as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted so as not to obscure the gist of the present invention.

The terms of degree "about," "substantially," and the like as used herein are intended to mean that the value or values immediately adjacent thereto are within the allowable tolerances for the inherent fabrication and materials. And the use of precise or absolute numerical values to facilitate an understanding of the present invention is a disclosure directed to preventing the illicit use of the disclosure by unscrupulous infringers.

The spine rectification and traction device provided by the invention is characterized in that the spine can be subjected to traction movement through the traction device, and the lumbar vertebra and the cervical vertebra of the spine can be simultaneously pulled and pressed through the bending and pressing part, so that the movement and treatment effects are maximized.

to this end, the present invention provides a spine correction and traction apparatus which mounts, on an upper portion of a base frame, one or more first and second semicircular frames formed in segments and having a circular arc shape so that a central axis thereof can perform a circular arc motion from a center of a spine, so that a twisting motion of the spine can be performed, characterized in that:

the bed part of the lower half body arranged on the upper part of the base frame can slide along the horizontal direction and realize circular motion; the bed part for placing the upper half body and the head can realize circular motion while sliding along the horizontal direction.

Additionally, the spinal correction and distraction device comprises: a leg angle movement member for fixing a pelvic region of the lower body and causing only the leg to perform an up-and-down angular movement; a pressing member capable of pressing a specific lumbar treatment site; a head angle motion component which makes the part for placing the head do the up-and-down angle motion and can make the cervical vertebra bend when the cervical vertebra is drawn.

Fig. 1 is an overall perspective view showing a preferred embodiment of a spinal correction and traction device provided by the present invention, and fig. 2 is a front view showing a preferred embodiment of a spinal correction and traction device provided by the present invention.

a first support frame (2) is fixed to the upper side of a lower base frame (1), a first semicircular frame (3) is attached to the upper portion of the first support frame (2), and a lower body placement first bed (4) capable of placing the lower body including the pelvis and legs of a patient is provided.

a first slide frame (5) which can be moved horizontally by a traction means (not shown) is attached to the upper part of the base frame (1), and the upper part of the base frame can be placed on the upper body and the head of the patient.

A second support frame (6) is mounted on one side of the upper part of a first sliding frame (5), a second bed (7) for placing the upper body is mounted on the upper part of the first sliding frame, a second sliding frame (8) is mounted on one side of the upper part of the first sliding frame (5), a second semicircular frame (9) capable of enabling the head to move in a left-right circular arc shape is mounted on the upper part of the second sliding frame (8), and a third bed (10) capable of placing the head is mounted on the upper part of the second semicircular frame (9).

a pelvis fixing member (11) may be attached to a position where a pelvis (hip) to be placed on the lower half of the first bed (4) is placed, and an ankle fixing member (12) may be attached to a portion where an ankle is placed.

Figure 3 is a front view showing some other preferred embodiments of the spinal correction and distraction device provided by the invention.

when the spine correction and traction device is formed, a first bed, a second bed and a third bed (4,7,10) which can independently place the lower body, the upper body and the head of a patient are respectively arranged on the upper part of a base frame (1), a first sliding frame (5) which can horizontally move through a traction part is arranged on the upper part of the base frame (1) for the first bed (4) for placing the lower body, a first semicircular frame (3) is arranged on the upper part of the first sliding frame (5), and the first bed (4) is fixedly arranged on the upper part of the first semicircular frame (3).

In addition, for the second bed (7) for placing the upper half, the first supporting frame (2) is fixedly arranged on the upper part of the base frame (1), and the second bed (7) is fixedly arranged on the upper part.

In addition, for the third bed (10) for placing the head, after installing the second sliding frame (8) which can move horizontally through the traction part, the second semicircular frame (9) is installed on the upper part of the second sliding frame (8), and the third bed (10) is fixedly installed on the upper part of the second semicircular frame (9).

An ankle fixing member (12) is attached to the first bed (4) at a position where the ankle is located in a portion where the lower body is placed.

Fig. 4 is a front view showing a state in which a device capable of vertically moving a lower body and a head and a pressing device for pressing a spine are attached to the spine correction and traction device according to the preferred embodiment of the present invention.

that is, the spine correction and traction apparatus of the present invention disclosed in fig. 2 and 3 includes a pressing member (13) for pressing the lumbar region of the patient, a leg angular movement member (14) for vertically angularly moving the leg in the lower body, and a head angular movement member (15) for vertically angularly moving the head to bend the cervical vertebrae.

First, the leg angle-motion member (14) will be described.

The leg angular motion member (14) is configured as a first bed (4) of a segmented type so as to perform vertical angular motion of only the leg portion of the lower body of the patient.

Namely, the first bed (4) is composed of a pelvis bed (4a) for setting buttocks and a leg bed (4b) for setting legs in sections. A first cylinder (16) is installed on the side surface of a first semicircular frame (3) for installing the pelvis setting bed (4a), the end part of a first piston rod (17) of the first cylinder (16) is connected to the lower part of a leg setting bed (4b) which is connected and installed with the pelvis setting bed (4a) through a hinge (18), and the leg setting bed (4b) carries out vertical angular movement with the hinge (18) as a fulcrum along with the telescopic action of the first cylinder (16).

the pressing member (13) will be described in more detail below with reference to an extracted front view of fig. 5.

A pressing member (13) for pressing a specific treatment site of a spine when a patient lies down may be selectively installed inside a first semicircular frame (3) or a first sliding frame (5) or a first support frame (2) in which a lower body or an upper body of the patient is seated, and may be composed of a pressing member (19) movable up and down to press the spine and a first actuator (20) for vertically moving and adjusting the pressing member (19).

The pressing piece (19) is internally provided with a sensing sensor (21), and the sensing sensor (21) can sense a sensing piece (22) which is separately stuck to the lumbar vertebra of a patient.

therefore, when the patient is pulled in the horizontal direction by the pulling means in a lying state, if the sensing member (22) is positioned above the sensing sensor (21), the sensing sensor (21) transmits a signal to the control section when the sensing sensor (21) senses the sensing member (22). Then, a signal is applied from the control unit to the first actuator (20) to cause the pressing tool (19) to perform a raising operation, thereby pressing and treating a treatment site in the lumbar vertebra of the patient.

the sensing sensor (21) is one of proximity sensors, a sensor capable of sensing a specific metal substance is used, and a specific metal material that can be sensed by the sensing sensor (21) is coated on a sensing member (22) and used as such.

in addition, the sensing sensor (21) may use an optical sensor, and the sensing member (22) may use a material that can be sensed by the optical sensor.

On the other hand, as shown in fig. 6, the pressing member (13) may be constituted by a first balloon (23) for forming a curve in the lumbar vertebra of the patient.

That is, after the first airbag (23) is installed inside the first semicircular frame (3), the first airbag (23) is inflated to support the lumbar vertebrae portion of the patient, thereby forming a curve in the lumbar vertebrae.

That is, the sensing member (22) is stuck to the waist of the patient, and the pelvis fixing member (11) is fixed to the waist. A first airbag (23) is installed inside a first semicircular frame (3) so as to be located at the waist of a patient, and a pair of pulleys (24) spaced apart from each other in the length direction are installed inside the first semicircular frame (3). A first air bag (23) is mounted on the upper side and a second actuator (25) is mounted on the lower side with the pulley (24) as a reference. The first airbags (23) are mounted side by side on the moving member (26).

Preferably, the second actuator (25) is installed along a length direction of the first semicircular frame (3).

A wire (27) is connected between the second actuator (25) and the moving member (26) in an endless track type, and the moving member (26) is linearly moved in the longitudinal direction inside the first semicircular frame (3) by the second actuator (25).

of course, an LM guide may be used instead of the wire (27) and the second actuator (25) in order to move the moving member (26).

at this time, a sensing sensor (21) is built in the inside of the moving part (26) so that when the moving part (26) senses that the sensing member (22) attached to the lumbar region of the patient is positioned at the upper portion of the first air cell (23) in the process of reciprocating the moving part (26) by the second actuator (25), the first air cell (23) is expanded to support the lumbar region of the patient to be bent. The method of inflating the first airbag (23) is a well-known conventional method, and therefore, a detailed description thereof will be omitted.

on the other hand, in addition to the above two cases, the pressing member (13) may be mounted in a fixed form and the patient may be moved back and forth on the upper part of the bed without using the first actuator (20), or the wire (27), the second actuator 25 and the moving member (26). In this case, the air bag is mounted on the upper portion of the pressing piece (19).

fig. 7 is a front enlarged view schematically showing the concept of the head angular motion part, and fig. 8 is an enlarged view before and after the operation of fig. 7 is described in more detail.

The head angle movement part (15) is installed on the third bed (10) fixed on the upper part of the second semi-circle frame (9) for placing the head of the patient, the third bed (10) forms an inner space with an open upper surface, the left and right rotation plates (28) on the open upper surface are combined through the hinge shaft (29) to enable the head to tilt backwards.

A pair of right and left protruding fixing rods (30) for supporting the lower part of the head of the patient so as not to move left and right and a neck protection cushion part (31) for supporting the neck of the patient are installed on the upper surface of the rotating plate (28), the rotating plate (28) is rotated downward with a hinge shaft (29) as a fulcrum while the second semicircular frame (9) is pulled, and the back neck is supported by the neck protection cushion part (31) so as to bend the cervical vertebra.

In order to make the rotating plate (28) do angular motion, one side of the rotating plate (28) is connected with a second piston rod (33) of a second air cylinder (32), and the second air cylinder (32) can do angular motion by taking a hinge shaft (29) as a fulcrum through the telescopic motion.

As shown in the figure, after the upper half of the patient's body contacts and lies down on the upper part of the second semicircular frame (9) for supporting the head, the upper half is fixed by an upper half fixing member (35), the head of the patient is placed between a pair of left and right fixing rods (30) for supporting the lower part of the head, and the first semicircular frame (3) for supporting the lower half and the waist of the body is pulled by a pulling member, thereby treating the spine.

since a second sliding frame 8 substantially supporting the lower part of the second semicircular frame 9 by pulling, a pulling member for linearly moving the second sliding frame 8, a method for fixing a head to a fixing rod 30, and the like are well known conventional means, detailed description thereof will be omitted.

the second semicircular frame (9) is provided with a neck protection cushion part (31) for supporting the neck, so that the patient can feel comfortable when lying down. And a second air bag (34) is installed on the neck protection cushion part (31), and the second air bag (34) is expanded while the second semicircular frame (9) is pulled, so that the neck protection cushion part can be bent in a straight line when the cervical vertebra is pulled.

As shown in fig. 7, pulling only the second semicircular frame (9) makes the cervical spine grow in a straight line. If the second air cell (34) installed at the neck guard cushion part (31) is expanded, the nape part can be supported, and the cervical vertebrae can be bent in a 'C' shape.

In other words, the spine correction and traction apparatus of the present invention is constituted by a first semicircular frame (3) in which the lower body part of the patient's body can lie and a second semicircular frame (9) in which the upper body part can lie, in which a pair of fixing rods (30) for supporting the lower part of the head so as to avoid the left and right movement and a neck guard cushion part (31) for supporting the neck are installed, a second air bag (34) is installed in the neck guard cushion part (31), and the second air bag (34) is inflated while the second semicircular frame (9) is pulled, thereby bending the cervical vertebrae.

on the other hand, in describing the present invention, the means for performing the specific circular arc motion of the first and second semicircular frames (3,9) and the like are disclosed in detail in korean patent laid-open No. 10-1566877, which was granted to the present inventor, and thus a specific description of the constitution therefor is omitted.

As described in detail above, the spinal correction and distraction device of the invention is used to correct and distract the spine of a patient. Traction treatment can be performed by drawing the first and second sliding frames (5,8) by the drawing means in a state that the patient lies on the first, second and third beds (4,7,10), and harmful distortion of peripheral muscles and ligaments, accidental load of the spinal joint, etc. can be prevented by making the first and second semicircular frames (3,9) perform circular motion at the center of the spine, so that the strengthening and treatment effects of the spinal joint can be maximized.

Further, the cervical spine correction device is provided with a pressing device (13) for pressing the lumbar vertebra part and a head angular movement part (15) for bending the cervical vertebra part, so that the pressing treatment and the bending of the lumbar vertebra can be maintained while the traction treatment is performed, the cervical vertebra is bent when the cervical vertebra is pulled, the cervical vertebra can be corrected correctly, and the cervical spine correction device is also provided with a leg angular movement part (14), the leg can be moved vertically when the vertebral correction and the traction treatment are performed, so that the treatment effect can be maximized, and the like, and thereby, the cervical spine correction device can provide a plurality of advantages.

As described above, the preferred embodiment of the spinal correction and traction device according to the present invention has been described in the detailed description of the present invention, and various modifications can be made within the scope without departing from the technical scope of the present invention, so that the scope of the present invention is not limited to the above-described embodiments, and the technical scope of the claims and the technical means equivalent to these technical means need to be recognized.

Claims

1. A spinal correction and traction device which mounts, on an upper portion of a base frame (1), first and second semicircular frames (3,9) of one or more arc shapes formed in segments and formed in such a manner that a central axis thereof can perform an arc motion from a center of a spine so that a twisting motion of the spine can be performed, characterized by comprising:

The first supporting frame (2), the first supporting frame (2) is fixedly installed on one side of the upper part of the basic frame (1); and

A first semicircular frame (3), the first semicircular frame (3) being mounted on an upper portion of the first support frame (2) and capable of circular arc motion; and

a first bed (4), the first bed (4) being mounted on an upper portion of the first semicircular frame (3) for seating a lower body of a patient; and

A first sliding frame (5), the first sliding frame (5) being mounted on an upper portion of the base frame (1) and being slidable in a horizontal direction; and

a second support frame (6), the second support frame (6) being mounted on an upper portion of the first sliding frame (5); and

A second bed (7), the second bed (7) being mounted on an upper portion of the second support frame (6) for resting an upper body of a patient; and

A second slide frame (8), the second slide frame (8) being mounted on an upper portion of the first slide frame (5) and being slidable in a horizontal direction; and

A second semicircular frame (9), the second semicircular frame (9) being installed at an upper portion of the second sliding frame (8) and capable of circular arc motion; and

a third bed (10), the third bed (10) being mounted on the upper portion of the second semicircular frame (9) for seating the head of the patient.

2. A spinal correction and traction device which mounts, on an upper portion of a base frame (1), first and second semicircular frames (3,9) of one or more arc shapes formed in segments and formed in such a manner that a central axis thereof can perform an arc motion from a center of a spine so that a twisting motion of the spine can be performed, characterized by comprising:

A first sliding frame (5), the first sliding frame (5) being installed at one side of an upper portion of the base frame (1); and

A first semicircular frame (3), the first semicircular frame (3) being mounted on an upper portion of the first sliding frame (5) and capable of circular arc motion; and

the first supporting frame (2), the first supporting frame (2) is fixedly arranged at the upper part of the basic frame (1); and

A second bed (7), the second bed (7) being mounted on an upper portion of the first support frame (2) for seating an upper body of a patient; and

A second sliding frame (8), the second sliding frame (8) being installed at an upper portion of the base frame (1) and being slidable in a horizontal direction; and

3. Spinal correction and traction device according to any one of claims 1 or 2, characterized in that it is fitted with leg angular movement means (14), wherein,

the first bed (4) for positioning the lower body of the patient is segmented into a pelvis bed (4a) and a leg bed (4b), and the pelvis bed (4a) and the leg bed (4b) are connected by a hinge (18);

A first cylinder (16) is installed on the side surface of a first semicircular frame (3) provided with the pelvis setting bed (4a), and the end part of a first piston rod (17) of the first cylinder (16) is connected with the pelvis setting bed (4a), so that the leg setting bed (4b) can perform vertical angular movement by taking a hinge (18) as a fulcrum.

4. Spinal correction and traction device according to any one of claims 1 or 2, characterized in that said 3 rd bed (10) for positioning the head of the patient has a head angular movement member (15), said head angular movement member (15) comprising:

A rotating plate (28), wherein the rotating plate (28) is combined with the hinge shaft (29) and is installed in a mode of performing vertical angular motion; and

a neck guard pad part (31), wherein the neck guard pad part (31) is arranged on the rotating plate (28) and is used for supporting the neck; and

a second piston rod (33) of a second cylinder (32), the second piston rod (33) of the second cylinder (32) being mounted on one side of the rotating plate (28) to cause the rotating plate (28) to perform an angular movement; and

A second air bag (34), wherein the second air bag (34) is arranged on the neck protection cushion part (31).

5. The spinal correction and traction device of any one of claims 1 or 2,

The pressing component (13) which is selectively arranged in the first semicircular frame (3) or the first sliding frame (5) or the first supporting frame (2) for placing the lumbar vertebra of the patient and can move up and down to press the vertebra comprises a first actuator (20) and a pressing piece (19), wherein the pressing piece (19) is connected with the first actuator (20) and is used for performing up-and-down lifting action to bend the lumbar vertebra and press the lumbar vertebra.

6. The spinal correction and traction device of any one of claims 1 or 2,

The pressing member (13) which is selectively installed in the first semicircular frame (3) or the first sliding frame (5) or the first supporting frame (2) for placing the lumbar vertebrae of the patient and can move up and down to press the lumbar vertebrae is fixed by the pressing member (19) having the air bag at the upper part thereof to move the patient back and forth, and the air bag fixed to the pressing member (19) at the lower part of the lumbar vertebrae treatment part of the patient is expanded to bend the lumbar vertebrae and press the lumbar vertebrae.

7. the spinal correction and traction device of any one of claims 1 or 2,

A pressing member (13) which is selectively installed inside the first semicircular frame (3) or the first sliding frame (5) or the first support frame (2) for seating the lumbar vertebrae of the patient and can move up and down to press the vertebrae is wound around a pair of pulleys (24) spaced apart from each other by a predetermined distance in a length direction, a moving member (26) of a first air bag (23) for pressing and bending the lumbar vertebrae is connected to an upper portion of the wire (27), and a second actuator (25) for moving the moving member (26) is connected to a lower portion of the wire (27).

8. the spinal correction and traction device according to any one of claims 5 to 7, comprising:

a sensing sensor (21), the sensing sensor (21) being mounted inside the pressing piece (19); and

A sensing member (22), the sensing member (22) being attached to a lumbar treatment site of a patient to enable the sensing sensor (21) to sense.