WO2013141613A1

WO2013141613A1 - Exercise therapy device for correcting scoliosis

Info

Publication number: WO2013141613A1
Application number: PCT/KR2013/002317
Authority: WO
Inventors: 성수원
Original assignee: 고려대학교 산학협력단
Priority date: 2012-03-23
Filing date: 2013-03-21
Publication date: 2013-09-26
Also published as: KR101354760B1; KR20130107762A

Abstract

The present invention relates to an exercise therapy device for correcting scoliosis, comprising: a floor plate; a shoulder exercise portion which is erected on the floor plate to be able to rise and lower, and can horizontally and vertically rotate around a handle shaft; and a pelvis exercise portion which is provided so as to slide to or from the shoulder exercise portion, supports the knees of a user, and can horizontally rotate around a fixed central plate. Both hands and both knees are allowed to maintain a three-dimensional specific posture in a posture in which the spine does not bear weight, and the shoulder axis and the pelvic axis are precisely three-dimensionally adjusted by the back and forth, right and left and vertical motions of the shoulder exercise portion, the horizontal rotation of the pelvis exercise portion, and the rotation of a knee support portion, thereby enabling correction of each segment of the spine and soft tissue around the spine.

Description

Scoliosis Corrective Exercise Therapy

The present invention relates to a scoliosis corrective exercise therapy device, and more particularly, to correct the imbalance of the spine and paraspinal soft tissue as a non-surgical treatment through the accurate three-dimensional movement of the shoulder and pelvis in the state that the weight is not loaded on the spine It is related to scoliosis orthodontic exercise therapy to improve and correct rehabilitation in normal posture.

In general, scoliosis is an imbalance of the posture of the spine and refers to the side lateral view when viewed from the rear of the body, but in reality, it is not a simple two-dimensional malformation but a three-dimensional malformation caused by the rotation of the vertebral body and malformed problems. Animals walking through the limbs have no abnormalities of the spine, whereas humans walking upright always have mechanical stress on the spine, and in poor posture, excessive herds lead to deformation of the spine or scoliosis. Scoliosis is due to the phenomenon that the spine is bent to one side or the spinal node is rotated and distorted. Suffer from breathing and psychological problems associated with transformation.

The structural problem of the spine is a surgical approach, but the majority of patients with scoliosis, including adolescents, is a three-dimensional problem due to posture and muscle imbalance.

As a orthodontic device for treating scoliosis, Korean Patent No. 797812 has a base portion to which a moving means is coupled to a lower end, a vertical coupling rod fixed to the base portion, and a horizontal coupling rod connecting the vertical coupling rod to each other. A fixed frame consisting of a fixed frame, an upper portion of the fixed frame coupled to the traction unit for traction of the cervical vertebra, and vertically coupled to the vertical coupling table so as to apply pressure to correct the vertebrae of the chiropractor. Disclosed is a calibration device comprising a means and a seat portion coupled to an upper end of the base portion to be seated so as to be seated to prevent the lower body of the vertebrae from twisting.

However, the prior art orthodontic device not only causes pressure to the patient because the patient is sitting on the seat for the spine correction of the patient to correct by forcibly applying pressure while the weight of the patient is loaded on the spine. Due to forced pressure, there was a problem in that there were many side effects such as skin necrosis as well as deformity of the spine at a part other than the place where the pressure was applied.

In addition, Korean Patent Laid-Open Publication No. 10-2001-0020426 proposes a chiropractic device as shown in FIG. As shown in Fig. 2, the prior art spinal orthodontic device includes a head chest plate device and a driving device thereof, a hip-leg plate device and a driving device thereof, and the hip-leg plate device is made of Y by an electromagnet. A calibrating device is disclosed which rotates in the axial direction (left and right) and is operated by a hydraulic cylinder for lifting and lowering of the hip-leg plate.

However, since the conventional spinal orthodontic device treats the patient while lying down on the hip-leg plate or head chest plate, the load may be applied to the spine by the repulsive pressure from the plate on the bottom, It is a structure that forcibly rotates the hip-leg plate while the patient is fixed by the fixation device of the patient. There was a problem that the side effects such as the spine is still deformed.

Existing exercise therapy, including the prior art, is a situation that requires a standardized treatment device without verification or verification of the effect, the existing exercise that can be sufficiently prevented, treated and rehabilitation as exercise therapy based on biomechanical principles There is a need for a practical exercise therapy apparatus that incorporates epidemiological theory and exercise therapy.

The present invention is to solve the above-mentioned problems of the prior art, the object of the invention is to enable the correction of the shoulder and pelvic region and the surrounding soft tissue in the state that the weight is not loaded on the spine, As an active and non-surgical exercise treatment with accurate 3D exercise, it provides scoliosis-corrected exercise therapy device that can improve imbalance of spine or paraspinal soft tissues and specific areas, and correct and rehabilitate in a normal posture.

In order to achieve the above object, scoliosis orthodontic exercise therapy device according to the present invention, the bottom plate, and the shoulder plate is installed so as to rise and fall on the bottom plate and capable of rotating in the front and rear and vertical direction around the handle shaft and It is installed so as to slide forward and backward toward the shoulder portion, characterized in that it comprises a pelvic movement portion that supports the user's knees and can be rotated in the front and rear direction around the fixed plate in the center.

According to the present invention having the above-described configuration, by holding the handle with both hands and maintain the posture kneeled on the knee support portion to maintain the two hands and two knees in a three-dimensional specific posture in a posture that the patient's spine does not receive weight load The angular segment of the spine can be corrected by precise three-dimensional adjustment of the shoulder axis and pelvic axis by the forward, backward, left and right movements of the shoulder movement part, the left and right rotational motion of the pelvic motion part, and the rotation of the knee support part.

In addition, according to the present invention, the spinal correction can be performed through the active movement of the user, as in the prior art, as well as side effects such as deformation of the spine at the site other than the pressure applied site as well as skin necrosis by forced pressure You can prevent it.

In particular, while the pelvic axis is pushed in the opposite direction of scoliosis through the up and down adjustment and rotational movement of the knee, the three-dimensionally deformed vertebrae are corrected and twisted. By inducing active exercise to minimize the patient's own confidence and pain can increase the effect of rehabilitation treatment for scoliosis.

In addition, by appropriately adjusting the hydraulic resistance, such as the driving cylinder of the shoulder portion and the pelvic movement portion, it is possible to adjust the appropriate exercise intensity according to the state of the spine side of the user.

In addition, by controlling the intensity of exercise by controlling the intensity of resistance, it is possible to treat deformity and scoliosis of the soft tissue around the spine, a representative musculoskeletal disorder of adolescents. In addition, in the elderly population, not only fall prevention but also correction and rehabilitation of a rapidly increasing spinal disorder, as well as strengthening the deep muscles of the spine, balance control, bowel movement, bladder control Improved function allows for integrated treatment.

1 and 2 is a view showing a spinal column correction device according to the prior art.

Figure 3 is a perspective view showing a scoliosis correction exercise therapy device according to the present invention.

Figure 4 is a perspective view showing a scoliosis correction exercise therapy device in a state of removing the case of FIG.

5 is a view showing the shoulder portion of the exercise therapy device according to the present invention.

6 is a view showing another example of the handle shaft of the shoulder portion of the present invention.

7 is a view showing the pelvic motion of the exercise therapy device according to the present invention.

FIG. 8 is a perspective view of the bottom surface of FIG. 7. FIG.

9 is a view showing a rotating plate of the pelvic motion portion of the present invention.

10a to 10c is a view showing the rotating plate and the knee support of the pelvic movement of the present invention.

11 is a view showing the state of use of the scoliosis correction exercise therapy device according to the present invention.

Scoliosis corrective exercise therapy device according to the present invention, the bottom plate, and installed so as to be elevated on the bottom plate and the shoulder movement portion capable of rotating in the front and rear direction and the vertical direction around the handle shaft, sliding forward and backward toward the shoulder movement portion side It is installed to be possible, and characterized in that it comprises a pelvic movement portion capable of supporting the user's knees and pivot in the front and rear direction around the fixed plate in the center. By adjusting this range of motion, three-dimensional correction is possible.

Here, the shoulder movement unit is a handle that is rotatably supported on the handle shaft, the main frame supporting the handle shaft, the elevating drive unit for elevating and driving the main frame, and installed on the main frame to elevate the handle It characterized in that it comprises a handle driving unit for driving.

The main frame may include a main frame supporting the handle shaft and a wing frame extending horizontally from the lower end of the main frame and supporting the handle driving unit.

Here, it characterized in that it further comprises a lifting guide bar which is installed to stand on the bottom plate through the wing frame.

Here, the handle driving unit is characterized in that it comprises a handle cylinder rod rotatably connected to the handle, and a handle lift cylinder for lifting the handle cylinder rod.

Here, the handle driving unit is installed on the lower portion of the handle cylinder, characterized in that it further comprises a handle cylinder rotating unit rotatably connected to the wing frame.

Here, the handle shaft is formed in a cylindrical shape with a screw thread formed at the bottom, the body frame is formed with a screw thread for screwing the screw thread on the inner wall surface is formed with a fastening hole into which the handle shaft is rotatably inserted. It is characterized by.

Here, the pelvic movement unit, the fixed plate, the second main frame for supporting the fixed plate, a fixed plate driving unit for sliding the second main frame forward and backward, a rotating plate rotatably connected to the fixed plate, and the second It is characterized in that it is provided on the main frame having a rotating plate driving unit for rotating the rotating plate.

The second main frame may include a second main frame supporting the fixing plate and a second wing frame extending horizontally from the lower end of the second main frame and supporting the rotating plate driving unit. .

Here, it is characterized in that it further comprises a forward and backward guide bar which is supported by a support plate installed on the bottom plate through the second wing frame.

Here, the rotating plate driving unit is provided with a rotating plate cylinder rod fastened to the rotating plate support shaft fastened to the lower surface of the rotating plate, a rotating plate cylinder for sliding forward and backward driving the rotating plate cylinder rod, and installed under the rotating plate cylinder. It is characterized in that it further comprises a rotating plate cylinder rotating part rotatably connected to the two wing frame.

Here, the pelvic movement unit is provided on the rotating plate further comprises a knee support for supporting the user's knees, the knee support is fastened to the rotating plate and the support portion body is formed in the arc-shaped receiving groove in the inner side, It is characterized in that it comprises a knee pivot plate which is inserted into the receiving groove of the support body to slide along the receiving groove of the support body.

Here, the lower portion of the knee pivot plate is characterized in that the sliding pad is formed integrally.

Here, a sliding guide bar is further provided on the upper surface of the rotating plate, and a sliding guide groove is formed in the lower surface of the support body to insert the sliding guide bar.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the scoliosis correction exercise therapy device according to the present invention.

In the present embodiment, the front-rear direction means the longitudinal direction of the scoliosis corrective exercise therapy device, that is, the X-axis direction shown in FIG. 3, and the up-down direction is the Z-axis direction of FIG. 3 and the left-right direction is the Y-axis direction of FIG. 3. Means.

3 to 11, the scoliosis corrective exercise therapy device 1 according to the present invention includes a bottom plate 2, the shoulder exercise unit 10, the pelvic exercise unit 20, and the case 3 do.

The bottom plate 2 is placed on the floor of a place where the user wants to use the scoliosis correction exercise device 1, and is formed of a substantially rectangular flat plate.

The case 3 is formed to cover the bottom plate, and covers the shoulder portion so that a part of the shoulder portion 10 is exposed to the upper portion of the case. In addition, the case covers the pelvic movement portion to expose the rotating plate and the fixed plate to be described later from the upper surface of the case.

The shoulder movement unit 10 is installed to be raised and lowered on the bottom plate is configured to be able to rotate in the front and rear direction and the vertical direction around the handle shaft.

The shoulder portion 10 is configured to include a handle 15, the main frame 11, the lifting drive unit 13, the handle driving unit (14).

The handle 15 is formed in an elongated rod shape, and handles are formed at both ends to facilitate gripping by the user. An insertion hole is formed in the center of the handle 15, and the shaft pin 16b is inserted into the insertion hole, and the handle is centered on the shaft pin 16b on the handle shaft main body 16a of the handle shaft 16. It is supported so that rotation is possible up and down.

The handle shaft body is supported by the main frame 11. The main frame 11 is formed of a main body frame 11a formed long in the vertical direction from the bottom plate, and a wing frame 11b extending horizontally to both sides from the lower end of the main body frame. In addition, a support bracket 11c may be further installed between the main body frame and the wing frame to more stably support the main body frame.

In addition, a plurality of through holes are formed in the wing frame 11b, and the handle driving part described later is fixed to the through holes, or a guide bar is inserted therethrough.

The main frame 11 is lifted up and down by the lift driver 13. In the present embodiment, the lifting driving unit 13 is formed of a hydraulic cylinder, but is not limited thereto.

The lifting driving unit 13 is stably fixed to the bottom plate 2 through a bracket or the like, and drives the lifting driving unit 13 to drive the cylinder rod 13a connected to the cylinder piston of the lifting driving unit up and down. In addition, the cylinder rod 13a is connected to the lower end of the main body frame of the main frame, and the main frame is configured to be driven up and down by the elevating drive of the elevating driver.

In addition, in the present embodiment, the lower end portion of the elevating drive portion is configured to be rotatable on the bottom plate and configured to rotate in the front and rear direction, but is not limited thereto, but may be fixed to the bottom plate without the rotation structure. .

On the main frame, a handle driving unit 14 for elevating and driving the handle is installed. The handle driving portion 14 includes a handle cylinder rod 14a and a handle lift cylinder 14b. A handle pivot pin 14c is provided at the end of the handle cylinder rod 14a, and the handle cylinder rod 14a is driven up and down by driving the handle lift cylinder 14b. The handle is moved up and down while rotating about the handle pivot pin 14c.

The handle lift cylinder (14b) is composed of a hydraulic cylinder, by appropriately adjusting the resistance of the hydraulic pressure acting on the handle lift cylinder can appropriately adjust the exercise intensity of the scoliosis patient. In the present embodiment, the handle lifting cylinder is an example of a hydraulic cylinder, but is not necessarily limited to this, if the resistance can be easily adjusted can be configured of a suitable cylinder device such as a pneumatic cylinder.

The lifting guide bar 12 may be further installed at one side of the handle driving part. The elevating guide bar 12 is stably fixed to the bottom plate through a support bracket 12a and inserts through-holes formed in the wing frame. In addition, by installing another support bracket 12b on the upper part of the through-hole of the wing frame to guide the wing frame so as to secure stable lifting of the shoulder movement part when the main frame is driven up and down by the lifting driver. .

The operation of gripping the shoulder exercise unit having the above-described configuration and exercising by the user will be described.

First, when the elevating drive unit 13 is driven in accordance with the user's body size, the main frame is driven up and down, and the handle driving unit and the handle supported by the main frame are elevated up and down to an appropriate height.

Then, when the user grips the handles on both sides of the handle and moves the handle up and down to the left or the right side according to the curved state of the user's spine side only, the handle is rotated up and down about the handle shaft. As the handle is rotated in the vertical direction, the handle cylinder rod connected to the handle pivot pin is moved up and down.

At this time, by adjusting the resistance of the hydraulic pressure of the handle driving unit 14 according to the state of the user's spine side only by appropriately adjusting the exercise intensity of the user to make an active resistance movement can further enhance the correction effect.

On the other hand, in the present embodiment, the handle is rotated in the vertical direction on the left and right side, but in addition to the rotation in the left and right vertical direction, it is also possible to rotate in the left and right front and rear direction.

To this end, a handle cylinder pivot 14d may be further installed below the handle lift cylinder. The handle cylinder turning part 14d is supported by a supporting member such as a bracket on the upper portion of the wing frame, and by installing a hinge pin or the like on the bracket, the handle driving part in the front-rear direction about the handle cylinder turning part. It can be configured to be rotatable.

In addition, as shown in Fig. 6, the handle shaft main body of the handle shaft is formed of a cylindrical handle shaft main body 16a ', and a thread or a circular protrusion is formed below the handle shaft main body 16a'. .

In addition, the upper part of the main body frame is configured to have a predetermined thickness, and a fastening hole 17a is formed in the upper part of the main body frame, and a screw thread is screwed to the screw thread on the inner wall surface of the fastening hole 17a. A circular groove which is fastened to the circular protrusion is formed, and the handle shaft is inserted into the fastening hole 17a so that the handle shaft can be rotated in the fastening hole.

As a result, the shoulder exercise part can be moved forward and backward and up and down, so that the three-dimensional movement trajectory is possible, and thus more accurate and effective orthodontic treatment can be executed.

On the other hand, the pelvic movement unit 20 is installed to be slidable forward and backward toward the shoulder movement portion side, it is configured to support the user's knees and to be able to rotate in the front and rear direction around the center of the fixed plate.

The pelvic movement part 20 includes a fixed plate 25, a second main frame 21, a fixed plate driver 23, a rotating plate 28, and a rotating plate driver 24.

The fixing plate 25 is supported on the second main frame 21 by a fixing plate support shaft 26, and the fixing plate is formed in a substantially circular shape.

The second main frame 21 is installed in a direction parallel to the bottom plate 2, and is moved back and forth in the front-rear direction by the fixing plate driver. The second main frame includes a second main body frame 21a and a second wing frame 21b, and the structures and shapes of the second main frame and the second wing frame are the same as those of the main frame and the wing frame. Since they are approximately the same, duplicate descriptions are omitted.

The fixed plate driver 23 is stably fixed to the support plate 2a installed on the bottom plate 2 through a bracket or the like, and drives the cylinder rod connected to the cylinder piston of the fixed plate driver back and forth, and the cylinder rod. Is connected to the lower end of the second main frame of the second main frame, the second main frame is driven forward and backward sliding by the forward and backward driving of the fixed plate drive unit.

The rotating plate 28 surrounds the circular fixed plate and is rotatably connected about the fixed plate. A member such as a bearing for relative rotation may be installed between the fixed plate and the rotating plate. The upper surface of the rotating plate 28 is provided with a pair of knee support portion 30, the lower surface is provided with a rotating plate support shaft 27, the shaft rod 27a of the rotating plate support shaft is a rotating plate driving unit to be described later The rotating plate is connected to the rotating plate cylinder rod of the rotating plate is driven in the horizontal direction by the driving of the rotating plate drive.

The rotating plate driver 24 is installed on the second main frame to rotate the rotating plate.

The rotating plate driving unit 24 includes a rotating plate cylinder rod 24a, a rotating plate cylinder 24b, and a rotating plate cylinder rotating unit 24c.

The rotating plate cylinder rod 24a is fastened to a rotating plate support shaft fastened to and fixed to a lower surface of the rotating plate, and is driven to slide forward and backward by the rotating plate cylinder. In addition, the rotating plate cylinder rotating part 24c is supported by a supporting member such as a bracket on the upper portion of the second wing frame, and by installing a hinge pin or the like on the bracket, the rotating plate driving unit is centered on the rotating plate cylinder rotating part. It can be configured to be able to rotate in the left and right directions.

In addition, it is possible to further install the forward and backward guide bar 22 which is supported by the support plate is installed on the bottom plate through the second wing frame.

The front and rear guide bar 22 is stably fixed to the support plate through a support bracket 22a, and inserts through a through hole formed in the second wing frame, and is formed in the upper portion of the through hole of the second wing frame. Another support bracket 22b is installed to guide the second wing frame so as to secure stable forward and backward slide movement of the pelvic movement part when the second main frame is driven forward and backward by the fixed plate driving unit.

The movement operation using the pelvic exercise unit will be described.

First, when the fixed plate driving unit is driven forward and backward to drive the second main frame forward and backward according to a user's body size, the rotating plate driving unit supported by the second main frame and the fixed plate and the rotating plate are moved forward and backward to an appropriate length. Driven.

Then, when the user rotates the rotating plate to the left or right according to the curved state of the user's spine side only while supporting the knee on the rotating plate, the rotating plate rotates in the horizontal direction about the fixed plate. As the rotary plate rotates in the horizontal direction, the rotary plate cylinder rod connected to the rotary plate moves back and forth.

At this time, by adjusting the resistance of the hydraulic pressure of the rotating plate driving unit in accordance with the state of the spine side of the user can appropriately adjust the exercise intensity of the user to further enhance the correction effect.

On the other hand, the pelvic movement unit may be further provided with a knee support portion 30 is installed on the rotating plate to support the user's knee.

The knee support part 30 includes a support part body 31 and a knee pivot plate 32.

The support part main body 31 is fastened to the rotating plate and has an arc-shaped receiving groove 31a formed therein. The knee rotating plate 32 is formed in an arc shape corresponding to the arc shape of the receiving groove, the lower surface is inserted into the receiving groove of the support body is configured to slide along the receiving groove of the support body.

In addition, a sliding pad 33 is integrally formed under the knee pivot plate, and the sliding pad 33 is preferably made of a material resistant to friction and capable of sliding with the support body itself.

In addition, the knee pivot plate is inserted into the receiving groove of the support body, for example, but forming a fastening hole in the inner wall surface of the receiving groove of the support body, by installing a fastening pin penetrating the knee pivot plate By inserting the fastening pin into the fastening hole, the knee pivot plate may be configured to rotate about the fastening pin.

Thus, by the configuration of the knee pivot plate can be configured to enable tilting in the correction of the spine side of the user only.

In addition, a sliding guide bar 29 is further installed on the upper surface of the rotating plate, and a sliding guide groove 31b in which the sliding guide bar is inserted and guided is further formed on the lower surface of the support part main body, so that the sliding guide bar is the The knee support part may be configured to be slidably moved back and forth on the rotating plate while being stably guided along the sliding guide groove.

By the above-described configuration, while pressing the pelvic shaft in the opposite direction of scoliosis through the up and down adjustment and rotational movement to the knee, the spine is bent and twisted, and the movement is repeatedly within the exact range of motion through rotation and left and right inclination. By inducing active exercise to minimize the patient's self-confidence and pain can increase the effect of rehabilitation treatment for scoliosis.

The present embodiment merely shows a part of the technical idea included in the present invention, and modifications and specific embodiments which can be easily inferred by those skilled in the art within the scope of the technical idea included in the specification of the present invention are all Obviously, it is included in the technical idea of the present invention.

The present invention relates to a scoliosis orthodontic exercise therapy device can be commercialized as an exercise device in connection with chiropractic and postural imbalance treatment, body musculoskeletal discord or rehabilitation and recovery of imbalance.

In addition, it can be used as a mechanism to improve the body balance of the elderly population and to activate the deep muscles of the spine, the root cause of postural imbalance and fall. In addition, deformity and scoliosis of the soft tissues around the spine, which is a representative musculoskeletal disorder of a rapidly increasing adolescents, can be integrated.

In addition, not only correcting and rehabilitation of scoliosis, but also strengthening the deep muscles of the spine and improving the balance control, bowel movement, and bladder control function, thereby increasing the national health of the elderly population. Contributions to improvement and integrative treatment are possible.

Claims

With bottom plate,

The shoulder plate is installed so as to be elevated on the bottom plate and capable of rotating in the front-back direction and the vertical direction around the handle shaft,

Scoliosis corrective exercise therapy device is installed to be slidable forward and backward toward the shoulder movement portion, and to support the user's knees and to rotate in the front and rear direction around the fixed plate in the center.
According to claim 1, wherein the shoulder portion,

A handle supported by the handle shaft to be rotatable,

A main frame supporting the handle shaft;

An elevating drive unit for elevating and driving the main frame;

Scoliosis correction exercise therapy device is provided on the main frame having a handle driving unit for driving to drive the handle.
The method of claim 2, wherein the mainframe,

A main frame supporting the handle shaft;

Scoliosis correction exercise treatment device characterized in that it is formed extending horizontally from the lower end of the main body frame and has a wing frame for supporting the handle drive.
The method of claim 3, wherein

Scoliosis correction exercise therapy device further comprises a lifting guide bar which is installed to stand on the bottom plate through the wing frame.
The method of claim 2, wherein the handle driving unit,

A handle cylinder rod rotatably connected to the handle,

Scoliosis correction exercise therapy device characterized in that it comprises a handle lift cylinder for lifting the handle cylinder rod.
The scoliosis orthodontic exercise therapy apparatus of claim 5, wherein the handle driving unit further comprises a handle cylinder rotating unit installed below the handle cylinder and rotatably connected to the wing frame.
The method of claim 2,

The handle shaft is formed in a cylindrical shape formed with a screw thread or a circular protrusion at the bottom,

The main frame scoliosis correction exercise therapy device is characterized in that the inner wall surface is formed with a screw thread for screwing to the thread or a circular groove into which the circular protrusion is inserted and a fastening hole into which the handle shaft is rotatably inserted. .
According to claim 1, wherein the pelvic movement unit,

Fixed plate,

A second main frame supporting the fixed plate;

A fixed plate driver configured to drive the second main frame forward and backward;

A rotating plate rotatably connected to the fixed plate;

Scoliosis correction exercise therapy device is provided on the second main frame having a rotating plate driving unit for rotating the rotating plate.
The method of claim 8, wherein the second mainframe,

A second main body frame supporting the fixing plate;

Scoliosis corrective exercise therapy device, characterized in that it is formed extending horizontally from the lower end of the second body frame and has a second wing frame for supporting the rotating plate drive unit.
The method of claim 9,

Scoliosis correction exercise therapy device further comprises a front and rear guide bar which is supported by a support plate installed on the bottom plate through the second wing frame.
The method of claim 8, wherein the rotating plate driving unit,

A rotating plate cylinder rod fastened to a rotating plate support shaft fastened to the lower surface of the rotating plate;

A rotating plate cylinder for driving the rotating plate cylinder rod forward and backward;

Scoliosis orthodontic exercise therapy device further comprises a rotating plate cylinder rotating part installed on the lower portion of the rotating plate cylinder and rotatably connected to the second wing frame.
The method of claim 8,

The pelvic movement unit is further provided with a knee support portion installed on the rotating plate to support the user's knee,

The knee support portion,

A support part body fastened to the rotating plate and having an arc-shaped receiving groove formed therein;

And a knee pivot plate inserted into the receiving groove of the support body to slide along the receiving groove of the support body.
The method of claim 12,

Scoliosis correction exercise therapy device, characterized in that the sliding pad is formed integrally on the lower portion of the knee pivot plate.
The method of claim 12,

The upper surface of the rotating plate is further provided with a sliding guide bar,

Scoliosis orthodontic exercise treatment device, characterized in that the sliding guide groove which is inserted into the sliding guide bar is formed on the lower surface of the support body.