KR20170096992A - Spine Corrector for Physical Therapy - Google Patents

Abstract

The present invention relates to a chiropractor for physical therapy. According to an embodiment of the present invention, the chiropractor for physical therapy uses a coordinate system setting the positive x-axis as the left side of a body, the negative x-axis as the right side of the body, the positive y-axis as the upper side of the body, the negative y-axis as the lower side of the body, the positive z-axis as the front side of the body, and the negative z-axis side as the rear side of the body with respect to the translational movement of the vertebrae arranged to face the front side. The chiropractor includes: a thoracic spine support unit which is arranged in an area corresponding to the thoracic spine of a user in a tilted position and has left rib stimulating protrusion units for stimulating the left ribs of the user and right rib stimulating protrusion units for stimulating the right ribs of the user; and a cervical spine support unit which is extended from the thoracic spine support unit, supports the cervical spine of the user to rotate the head of the user while using the negative x-axis as a rotary shaft in a counterclockwise direction in order to extend and lay the head, and has cervical spinous process storage grooves formed on the center to store the cervical spinous processes of the user. The cervical spine support unit includes: a rising unit which is formed in an area corresponding to the lower cervical spine of the user in a tilted position; a support unit which is extended from the rising unit to protrude from the area corresponding to the upper cervical spine of the user in a convex shape; and a cranial bone storage unit for storing and supporting the cranial bone of the user.

Description

[0001] Spine Corrector for Physical Therapy [0002]

The present invention relates to a physiotherapy spine calibrator, and more particularly, to a physiotherapy spine calibrator for posture correction and improvement of natural healing power.

Due to the increase in usage of smart devices (computer, smart phone, tablet), modern people sit unconsciously with their head pointing forward and bent. When doing such a posture for a long period of time, , And especially, the soft tissues of the upper cervical vertebra and upper thoracic region become rigid and the turtle neck phenomenon is increased. This causes a reverse curve as opposed to a normal neck curve. As this progresses, a round shoulder is formed, with the shoulders protruding forward mechanically, and the thoracic curve is a compensatory pattern in which the joint surface is pushed downward (posterior, inferior) and the back is bent . In addition, at the costo-vertebral joint that connects the thoracic and ribs (ribs), the position of the ribs is twisted posteriorly (medial, superior). Therefore, when you touch the back of the ribbed area, you can feel the ribs protruding unusually. At this time, the region and the surrounding soft tissue tense can be severe pain. In addition, joint hypo-mobility decreases the motion of other vertebrae and compensates for the motion of the other vertebrae. Therefore, it is not stable and becomes unstable.

Approximately, the joint angle of the cervical vertebra is inclined downward to 45 °, and the joint angle of the thoracic vertebra is about 60 °. Therefore, the weight of the human body due to gravity causes the continuous stress to be applied to the vertebrae due to the bad posture, and the cervical vertebra and the thoracic vertebrae move backward and downward while the spinal joint is pushed. And is then turned to the left or right due to the rotational component.

If this situation persists, it will not be able to give biofeedback, which is a nerve signaling system, to the related organs and soft tissues due to the pressure of the somatosensory nerve as well as the uncomfortable posture.

Therefore, the function of the related region is deteriorated to maintain the homeostasis of the human body and the immune system to deteriorate, causing various problems. The joint motion range (ROM, range of motion) Which can lead to arthritis in the long run. In addition, such a wrong posture, as well as neck, pelvis and body balance, such as the overall body imbalance, such as come with headache or acne may be accompanied. In order to prevent this, it is good to regularly stretch, to find a professional physical therapist and to receive posture correction exercise and frequency treatment at times.

However, meeting a professional therapist is not easy for busy modern people. Therefore, even if there is no expertise in physiotherapy, there is a need for a device that can correct muscle and vertebrae in an erroneous position and resolve the imbalance of body without time and space limitations.

Problems to be solved by the present invention are as follows.

First, it corrects ribs and spine and treats and alleviates the bent posture, bent shoulder, turtle neck, diagonal neck, scoliosis, vertebral hemorrhage, and spinal distortion caused by wrong posture.

Second, the headache caused by the wrong posture, Lee Myung Hyun, dizziness, etc., is also to alleviate or cure.

Third, to provide a vertebrae that can be used without the limitation of time and space with the help of professional physical therapist.

The problems of the present invention are not limited to the above-mentioned problems, and other problems not mentioned can be clearly understood by those skilled in the art from the following description.

According to an aspect of the present invention, there is provided a vertebral body orthodontic appliance for physical therapy, comprising: a body having a left side taken along the + X axis, a right side taken along the -X axis, A left rib for stimulating the left side of the user's rib is formed at a position corresponding to the user's thoracic curve in a coordinate system in which the + Y axis, the downward direction is the -Y axis, the forward direction is the + Z axis and the rear direction is the Z- A thoracic support having a right rib for stimulating the right rib; And a cervical spine support member extending from the thoracic support and supporting a cervical vertebra of the user such that the head of the user is extended in a counterclockwise direction about a rotation axis of the -X axis, Wherein the cervical vertebrae includes a rising part formed to be inclined at a position corresponding to a lower cervical vertebra of a user; A support portion extending from the rising portion and protruding to a position corresponding to a user's upper cervical vertebra; And a cranial bone receiving portion for receiving and supporting the user's back bone.

In accordance with another aspect of the present invention, there is provided a vertebral body orthodontic appliance comprising: a body supporting a user when the user is lying; A thoracic spinal nail receiving groove formed in the main body to receive a user's thoracic spinal nail; A thoracic stimulating projection formed to protrude from the main body and formed in two rows from the center to the outside of the thoracic spinal pedicle receiving groove so as to align the arrangement of the user's thoracic spine and a rib formed on the outside of the thoracic stimulating projection, And a rib for stimulating the muscles in the front, the outside, and the downward direction, wherein the ribs have: a left rib for stimulating a left frame of the user; And a right rib for stimulating the right frame of the user. The left and right ribs of the left and right ribs are inclined to decrease in height from the ribs.

The details of other embodiments are included in the detailed description and drawings.

The present invention has the following effects.

First, the ribs and vertebrae can be corrected to cure and alleviate the bent posture, bent shoulder, turtle neck, diagonal neck, scoliosis, vertebral hemorrhage, and spinal distortion due to the wrong posture.

Second, headache due to wrong attitude, Lee Myung Hyun, dizziness, etc. can be alleviated or treated.

Third, it can be utilized by professional physical therapist without restriction of time and space.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the description of the claims.

Fig. 1 is a representation of a coordinate axis defined on the basis of a human body.
2 is a perspective view of a chiropractor for physical therapy according to an embodiment of the present invention.
3 is a sectional view taken along the line AA in Fig.
4 is a sectional view taken along line BB of Fig.
5 is a front view of a chiropractor for physical therapy according to an embodiment of the present invention.
6 is a side view of a chiropractor for physical therapy according to an embodiment of the present invention.
7 is a plan view of a chiropractor for physical therapy according to an embodiment of the present invention.
8 is a rear view of a chiropractor for physical therapy according to an embodiment of the present invention.
9 is a cross-sectional view taken along line CC of Fig.
FIG. 10 is a use diagram of a chiropractor for physical therapy according to an embodiment of the present invention.
Fig. 11 is a representation of the calibration direction of the thoracic vertebrae when used as shown in Fig.
Fig. 12 is a representation of the effect on the spine and the ribs during use as shown in Fig.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention and the manner of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings.

The present invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the concept of the invention to those skilled in the art. Is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described with reference to the drawings for explaining a physical therapy vertebrae according to embodiments of the present invention.

* Figure 1 represents the coordinate axes defined on the basis of the human body.

Referring to FIG. 1, in order to describe an embodiment of the present invention, a direction is defined with reference to a human body as follows.

The medial refers to the position or posture toward the midline, and the lateral refers to the position or posture away from the midline. Anterior is a position closer to the anterior than the other or the front of the body. Posterior refers to the position behind the back or back of the body. The ventral is synonymous with the anterior and the dorsal is synonymous with the posterior.

Distal and proximal are used to describe the position of the limbs. The far side refers to the trunk and the body side refers to the trunk.

The superior is used when referring to the top of a structure or an organ, or when the position of the body is above another. The inferior refers to the lower part of the structure or organ, or when the body is below the other part. The cranial or caudal side is the position or structure close to the head. The superficial and deep are represented by their relative depths.

The human body coordinate system will be described as follows.

The X axis is formed in the left and right direction (right side +) with respect to the body facing the front, the Y axis is formed in the vertical direction (the head side is +), and the Z axis is formed in the forward and backward direction (forward direction). Origin can be specified differently depending on the case. The plane has a sagittal plane (yz plane), a coronal plane (xy plane), and a horizontal plane (zx plane).

The translational motion of the joint is called the rightward, upward, and forward (+). That is, they can be represented by + Tx, + Ty, and + Tz.

In the case of rotational motion of joints, it is called (+) to rotate clockwise about each axis and (-) to rotate counterclockwise. That is, + Rx is an operation to bend forward, + Rz is a lateral bend, and + Ry is an axis rotation to the left.

2 is a perspective view of a chiropractor for physical therapy according to an embodiment of the present invention. 3 is a cross-sectional view taken along line A-A in Fig. 4 is a sectional view taken along the line B-B in Fig. 5 is a front view of a chiropractor for physical therapy according to an embodiment of the present invention.

2 to 5, a physical therapy vertebrae according to an embodiment of the present invention includes a body having a left side taken along the + X axis, a right side taken along the -X axis, A left rib for stimulating the left frame of the user, which is inclined at a position corresponding to the user's thorax in a coordinate system in which the upper direction is the + Y axis, the lower direction is the -Y axis, the front is the + Z axis, A thoracic supporter 33 having a right rib 11 and a right rib 15 for stimulating right ribs of the user; And a cervical spinal cord receiving groove (37) extending from the thoracic spine support (33) and supporting the cervical vertebra of the user such that the head of the user is extended in a counterclockwise direction about the -X axis as a rotation axis, And the cervical vertebrae 30 includes a raised portion 31 formed to be inclined at a position corresponding to the lower cervical vertebra of the user; A support portion 33 extending from the rising portion 31 and projecting convexly to correspond to the upper cervical vertebra of the user; And a cranial bone receiving portion 35 for receiving and supporting the back of the user's cranium.

The cervical vertebrae 30 receives and supports the lower cervical vertebrae, the upper cervical vertebrae, and the occipital bone.

The posterior capsule receiving portion 35 extends from the supporting portion 33 and is lowered toward the ground surface and is supported by the posterior capsule supporting portion 36 supporting the occipital bone and is formed at the center of the posterior capsule receiving portion and the upper side contacting the laryngeal base is wide, The outer laryngeal flap insertion groove 39 into which the outer occipital bumps of the user is inserted is formed to be long in the -Z axis direction on the + Z axis.

External laryngeal bulge refers to the most protruding area from the back of the occipital bone. The external occipital bump insertion groove 39 receives the external occipital bumps to prevent unnecessary compression applied to the external occipital bumps. The occipital support portion 36 is formed at a position protruding to the periphery of the external occipital bulge and spaced apart from a position corresponding to the external occipital bulge. The external occipital bump insertion groove 39 is formed in a substantially circular shape on the upper side, but becomes narrower in the -Z axis direction. The posterior capsule receiving portion 35 induces the occipital portion to be tilted toward the ground, so that the upper cervical vertebra is pulled in the + Y axis direction.

A chiropractor for physical therapy according to an embodiment of the present invention includes a main body 1 for supporting a user when the user is lying down; A thoracic spinal cord receiving groove 3 formed in the main body 1 and receiving the thoracic spinal cord of the user; And a thoracic stimulating projection 20 and a thoracic stimulating projection 20 protruding from the main body 1 and projecting from the center outward from the center of the thoracic spiral pedestal accommodation groove 3 so as to align the arrangement of the user's thoracic spine, (10) formed on the outer side of the left and right ribs and applying a force to the user's front and back muscles in a forward, outward, and downward direction, and the rib-shaped rib protrusion (10) 11); And the right frame stigmating protrusion 13 for stimulating the right frame of the user and the left and right ribs of the left and right ribs 11 and the right ribs 13 are located at a distance from the thoracic spinal column accommodation groove 3, As shown in Fig.

The frame calibrator according to an embodiment of the present invention includes a main body 1 for supporting a user when the user is lying down; In the translational movement of the vertebrae facing the front, the left side is the + X axis, the right side is the -X axis, the upward direction is the + Y axis, the downward direction is the -Y axis, the forward direction is the + Z axis, Left frame stub 11 formed on the main body 1 so as to include the + Z-axis, -Y-axis, and + X-axis components in the cochlear coordinate system; And right frame stub projections (13) formed on the main body (1) so that the frame stimulation direction includes components in the + Z, -Y, and -X directions.

The left side frame striking projections 11 stimulate the left side frames of the user and the right side stiffness projections 13 stimulate the user's right side frames and the left side frame striking projections 11 and the right side stiff- Of the thoracic spine.

The frame stimulating projection 10 includes a left-side frame stimulating projection 11 and a right-side frame stimulating projection 13. The left and right ribs 13 are formed on the right side to stimulate the right ribs. The right ribs 13 are formed on the right side of the left ribs. The ribs 10 may be formed of a plurality of protrusions to stimulate the ribs of the user and the back muscles around the ribs.

Describing the stimulation direction, the rib 10 stimulates the ribs in the forward (+ Z) and downward (-Y) directions of the body. Also, the ribs 10 stimulate the ribs in the outward direction. Here, the outward direction refers to the direction away from Y, and the direction away from the line connecting the head and the tail. The lateral direction may be a direction away from the vertebrae.

The left-side frame stimulating projection 11 stimulates the frame in the + X axis direction on the left side, and the right-side frame stimulating projection 13 stimulates the frame in the -X axis direction on the right side. The ribs of the ribs (10) perform the same function as pressing the ribs forward and downward, and correct the position of the ribs.

The ribs 10 are formed in the main body 1 so that the direction of the ribs includes the + Z-axis direction component and the -Y axis direction component. The rib stimulating projection 10 stimulates the cervical vertebra and the chest in the -Y axis direction and the occipital bone receiving portion 35 pulls the occiput in the + Y axis direction, so that the stimulating force in the -Y axis direction of the rib- .

The frame calibrator according to an embodiment of the present invention includes a main body 1 for supporting a user when the user is lying down; A thoracic spinal cord receiving groove 3 formed in the main body 1 and receiving the thoracic spinal cord of the user; And thoracic stimulating projections 20 protruding from the main body 1 and formed in two rows around the thoracic spiral groove accommodating grooves 3 so as to align the arrangement of the user's thoracic spine, And a rib 10 for striking the ribs of the user and applying the force of the back muscle to the anterior and posterior downward directions.

The main body 1 is disposed on the floor to support the user's spine. The main body 1 is formed with a groove 3 for accommodating the thoracic spinal cord to stimulate muscles around the thoracic vertebra. The ribs of the ribs (10) are formed in two rows to stimulate the muscles around the ribs and the ribs. The ribs are subjected to an anterior lateral downward force and are moved to the original position of the frame and corrected. The thoracic stimulating projection 20 aligns the user's thoracic spine.

The rib correcting device according to an embodiment of the present invention includes a thoracic stimulating projection 20 formed between a left and right ribs of the left and right ribs and stimulating the user's thoracic spine. The thoracic stimulating projections 20 are formed between the plurality of ribs 10. The thoracic stimulating projections 20 are formed between the right-side frame stimulating projections 13 and the left-side frame stimulating projections 11. The thoracic stimulating projections 20 may be formed of a plurality of protrusions to stimulate the back muscles around the user's thoracic spine.

The main body 1 is formed with a thoracic spiral groove accommodating groove 3 in which a user's thoracic spiral groove is accommodated in the center and a thoracic spike groove 20 is formed in the center of the thoracic spiral groove accommodating groove 3, The left thoracic stimulating projection 21 and the right thoracic stimulating projection 23 are formed in a line between the left and right ribs of the left and right ribs 11, As shown in FIG. The thoracic spinal column accommodation groove 3 is formed in the main body 1 and is formed in a line so as to accommodate the user's thoracic spine. The thoracic spinal column accommodation groove (3) is formed at the center of the main body (1). The left thoracic stimulating projection 21 is formed on the left side of the thoracic spiral pedestal accommodation groove 3 and the right thoracic stimulating projection 23 is formed on the right side.

Between the thoracic stimulating projections 20 and the ribs 10, the outer grooves 5 are formed long in the longitudinal direction. The outer groove 5 is formed between the thoracic stimulating projection 20 and the rib-shaped stimulating projection 10 to reduce the cross-sectional area in contact with the body. Therefore, the load of the body is concentrated on the thoracic stimulating projections 20 and the ribs of the ribs 10, so that the acupressure function is increased.

The main body 1 has a long thoracic spiral groove receiving groove 3 formed between the left and right ribs 11 and the left and right ribs 13, Is formed so as to be inclined so that the height becomes lower as the distance from the thoracic spinal column accommodating groove (3) increases. The left side frame striking projection 11 is inclined so that the height increases as it moves in the -X-axis direction and the right side frame stinging projection 13 is formed so as to be inclined so that the height increases as it moves in the + X-axis direction. The ribs 10 are formed so as to be inclined so as to increase in height as they move from the -Y axis to the + Y axis. The ribs 10 are lowered in height from the thoracic spinal column accommodation groove 3.

The ribs 10 are formed so as to face the thoracic spinal column accommodation groove 3 in the outward direction. The left side frame striking projection 11 is formed so as to project toward the + Z axis, the -Y axis and the + X axis direction. Right frame stimulating projections 13 are formed so as to project toward the + Z axis, the -Y axis, and the -X axis. This shape has the effect of correcting the ribs by pressing the ribs of the ribs 10 downward and outward.

6 is a side view of a chiropractor for physical therapy according to an embodiment of the present invention. 7 is a plan view of a chiropractor for physical therapy according to an embodiment of the present invention. 8 is a rear view of a chiropractor for physical therapy according to an embodiment of the present invention. 9 is a cross-sectional view taken along the line C-C in Fig.

6 to 9, a rib brace according to an embodiment of the present invention includes a cervical spine support 30 extending from a thoracic spine support 33 and supporting a user's upper cervical spine so that a user's head is bent backward, .

The rib correcting device according to an embodiment of the present invention is configured so that when the origin of the coordinate system is present in the cervical vertebrae, the user's head is extended from the thoracic support portion 33 so that the user's head is extended in the counterclockwise direction with the- And a cervical spine support 30 for supporting the upper cervical vertebra. The cervical vertebrae 30 do not support the user's head so that the head is naturally tilted backward due to the weight of the head. Thus, the cervical spine 30 causes the cervical spine to be pulled as a result of the user's head being tilted backward. When the cervical spine is pulled, the thoracic spine connected to the cervical spine is also pulled. Thus allowing the spine to relax overall. In other words, the lower body is stopped by its own weight and the head is tilted, so the spine is pulled in the longitudinal direction. Thus, the cervical spine 30 causes a distraction effect of pulling the vertebrae from both ends.

Also, the force of pulling the thoracic spine toward the head is applied to the body. This force has an opposite component of the force exerted by the rib 10 on the body. That is, since the ribs 10 stimulate the body downward and the cervical spine 30 exerts a force upward on the body, the traction effect of the spine and the effect of correcting the ribs are increased.

The main body 1 has a cervical spiral groove accommodating groove 37 in which a cervical spiral groove accommodating user is accommodated in the center and the cervical vertebrae holding portion 30 is formed in two rows on the left and right sides with respect to the cervical spiral groove accommodating groove 37. Since the cervical spinal cord accommodating groove 37 accommodates the cervical spine, unnecessary stimulation is reduced even if the user is laid for a long time. In addition, the cervical spinal cord accommodation groove 37 concentrates the load of the body on the right and left sides of the cervical spine, so that the neck muscles around the cervical spinal cord are further stimulated by the thoracic spine support 33. That is, the effect of acupressure on the neck muscles increases.

The cervical vertebra 30 includes a rising part 31 formed to be inclined at a position corresponding to the lower cervical vertebra of the user; A support portion 33 extending from the rising portion 31 and projecting convexly to correspond to the upper cervical vertebra of the user; And a back bone receiving portion 35 which extends from the support portion 33 and is lowered toward the ground and is depressed in the center to receive the user's back bone.

The rising portion 31 mainly supports the cervical vertebra of the user. The raised portion 31 supports the cervical vertebrae evenly, so that uniform stimulation is applied to the lower cervical vertebrae even when the head is turned backward. That is, the stimulation is prevented from concentrating on a part of the cervical vertebra. The raised portion 31 also allows the cervical spine to naturally relax in the longitudinal direction.

The hindle-bone receiving portion 35 is formed so as to stand up to push the user's head in the + Y axis direction. In order to increase the traction effect, it is desirable that the head is bent as far as possible. However, since excessive rotation of the head may be a burden on the cervical vertebrae, the cervical vertebrae support portion 30 is formed with the occipital bone receiving portion 35 for supporting the occipital region to suppress excessive rotation of the head.

That is, the hindle-bone receiving portion 35 is depressed at the center to stably receive the back of the user. However, the posterior capsule receiving portion 35 is formed so as to be erected so that the line of sight of the user can be directed to the + Y axis direction. Therefore, the relaxation of the cervical spine can be maximized.

The frame calibrator according to an embodiment of the present invention includes a main body 1 for supporting a user when the user is lying down; A thoracic spinal cord receiving groove 3 formed in the main body 1 and receiving the thoracic spinal cord of the user; And thoracic stimulating projections 20 protruding from the main body 1 and formed in two rows around the thoracic spiral groove accommodating grooves 3 so as to align the arrangement of the user's thoracic spine, And a rib 10 for striking the ribs of the user and applying the force of the back muscle to the anterior and posterior downward directions. The main body 1 is disposed on the floor to support the user's spine.

In the main body 1, a groove 3 for accommodating the thoracic spiral groove is formed to stimulate muscles around the thoracic vertebra. The ribs of the ribs (10) are formed in two rows to stimulate the muscles around the ribs and the ribs. The ribs are subjected to an anterior lateral downward force and are moved to the original position of the frame and corrected.

FIG. 10 is a use diagram of a chiropractor for physical therapy according to an embodiment of the present invention. Fig. 11 is a representation of the calibration direction of the thoracic vertebrae when used as shown in Fig. Fig. 12 is a representation of the effect on the spine and the ribs during use as shown in Fig.

10 to 12, a frame calibrator according to an embodiment of the present invention includes a main body 1 for supporting a user when the user is lying down, and the main body 1 is provided at a position corresponding to the user's thoracic spine . A thoracic support 33; And the user's head is extended from the thoracic support part 33 in a coordinate system where the left side is the + X axis, the head direction is the + Y axis, the front side is the + Z axis and the origin is present in the cervical vertebrae, And a cervical vertebra 30 for supporting the cervical vertebra of the user so that the X-axis is extended in a counterclockwise direction about the rotation axis. The upper cervical vertebrae function as the rotation axis of the head.

An X-axis is formed in the left-right direction of the upper cervical vertebra. The head rotates with the + X axis as the axis of rotation. The head rotates in the -X-axis direction which is counterclockwise. The rotation of the head produces the effect of towing the upper cervical spine. The cervical spine and the thoracic spine are pulled to relax the entire spine. The cervical vertebra 30 includes a rib 10 projecting obliquely to include a + Z-axis direction component and a -Y axis direction component. The ribs 10 stimulate the ribs and their surrounding muscles in the downward direction (-Y axis direction). This is opposite to the direction of thoracic traction due to the rotation of the head. Therefore, the cervical spine 30 results in increasing the stimulating force of the rib 10 of the ribs. In addition, the thoracic stimulating projections 20 stimulate the thoracic vertebrae in the front direction of the user, that is, the + Z axis direction, and the thoracic vertebra is connected to a plurality of bones. Therefore, when stimulating the thoracic vertebrae in the + Z axis direction, the plural bones constituting the thoracic vertebrae are corrected in the anterior direction.

According to the above-described embodiment of the present invention, the position of the ribs can be corrected by stimulating the ribs in the anterior and posterior directions without the help of a professional physical therapist. The cervical spine 30 also increases the degree of correction of the ribs as well as the relaxation of the cervical spine and thoracic spine. Therefore, according to the present invention, a vertebrae for physical therapy can treat a curved back, a curved shoulder, a turtle neck, a straight neck, a scoliosis, a spine posteriorism, and a spinal torsion by a spine and a rib correction. In addition, the headache due to the wrong posture, Lee Myung Hyun, dizziness, etc. can also alleviate or cure. Further, since the assistive device for the physical therapy according to the present invention does not require the assistance or power of the other person, it can be utilized without restriction of time and space.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It should be understood that various modifications may be made by those skilled in the art without departing from the spirit and scope of the present invention.

1: Body
3: Home for Thoracic Spine
5: outer groove
10: rib stimulation
11: Left staple projection
13: Right stiffening projection
20: Thoracic stimulation projection
21: Left thoracic stimulation projection
23: right thoracic stimulation projection
30: Cervical support
31:
33: Support
35:
36: back bone support
37: cervical spinal cord receiving groove
39: External laryngeal swelling insertion groove

Claims (11)

In the translational movement of the vertebrae facing the front, the left side is the + X axis, the right side is the -X axis, the upward direction is the + Y axis, the downward direction is the -Y axis, the forward direction is the + Z axis, In the coordinate system,
A thoracic supporter formed at an inclination corresponding to a user's thoracic cavity and having a left and right ribs for stimulating the left and right ribs of the user; And
A cervical spine support portion extending from the thoracic support portion and supporting a cervical vertebra of a user so that a head of the user is extended in a counterclockwise direction with the -X axis as a rotation axis and a cervical spiral- Including,
The cervical vertebra,
A rising portion formed at an inclination corresponding to the lower cervical vertebra of the user;
A support portion extending from the rising portion and protruding to a position corresponding to a user's upper cervical vertebra; And
And a cranial bone receiving portion for receiving and supporting a user's back bone. The method according to claim 1,
The hind-
A lower back extending from the support and lowering toward the ground and being supported at the back of the user, and a lower portion of the upper back contacting the laryngeal base being narrower in width, A physiotherapy chiropractor in which the inserted lateral incisor insertion groove is elongated in the + Z-axis direction. The method according to claim 1,
And a thoracic stimulating projection formed between the left and right ribs and the left and right ribs and stimulating the user's thoracic spine. The method of claim 3,
A thoracic spiral groove receiving groove in which a user's thoracic spiral groove is accommodated is formed,
The thoracic < Desc /
The left thoracic stimulating projection and the right thoracic stimulating projection are formed in two rows around the thoracic spinal pedicle receiving groove,
Wherein the left thoracic stimulation projection and the right thoracic stimulation projection are arranged such that,
And a physical therapy vertebra that is formed between the left and right ribs. 5. The method of claim 4,
And an outer groove is elongated in the longitudinal direction between the thoracic stimulating projection and the left and right ribs. 3. The method of claim 2,
Wherein the external laryngoplasty insertion groove extends from the cervical spinal insertion groove. The method according to claim 1,
The cervical vertebra,
A physiotherapeutic chiropractor that supports the user's upper cervical spine so that when the origin of the coordinate system is present in the cervical spine, the user's head is turned backward. 8. The method of claim 7,
Wherein the cervical vertebrae are formed in two rows on the left and right sides of the cervical spinal nerve receiving groove. The method according to claim 1,
The hind-
A physiotherapeutic chiropractor formed by supporting the user's head and pushing it in the + Y axis direction. The method according to claim 1,
Wherein the left and right ribs and the right-
A physiotherapy chiropractor with an oblique protrusion of the ribs in the direction of the + Z and -Y axis. A body supporting the user when the user is lying down;
A thoracic spinal nail receiving groove formed in the main body to receive a user's thoracic spinal nail; And
A thoracic stimulating projection formed to protrude from the main body and formed in two rows outwardly from the center of the thoracic spinal pedicle receiving groove so as to align the arrangement of the user's thoracic spine and a rib formed on the outside of the thoracic spinal projection, And a rib stimulating projection for applying force to the front, the outside, and the downward,
The rib-
A left rib for stimulating the left frame of the user; And
And a right rib for stimulating the right frame of the user,
Wherein the left and right ribs of the left and right ribs are inclined to decrease in height as the distance from the thoracic spinal nerve receiving groove increases.

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