KR20200070869A - Health Instrument for spine revision - Google Patents

Abstract

The present invention relates to an exercise apparatus for spinal correction, in which a user moves the body forward and backward when sitting on an exercise chair for the spinal correction and puts feet on a footplate to allow the lower lumber to be comfortably bent, such that traction of the facet joints is induced to increase extension movement while one transverse process pressing device of a backrest presses left and right transverse processes of the second upper spine, thereby mitigating various secondary diseases caused by regression of the intervertebral disk of the lower spine. More specifically, according to the present invention, an elevation moving device having one transverse process pressing device is installed at the center of the backrest of the exercise chair for the spinal correction by a structure of being screw-coupled to a screw shaft part, such that the transverse process pressing device is elevated in accordance with the height of the user′s spine and the left and right protrusion parts of the transverse process pressing device are correctly placed at only the transverse process of the second upper spine by manual setting. When the user moves the body forward and backward and pushes only the left and right transverse processes of the second upper spine to a front side to allow the one transverse process pressing device to press the left and right protrusion parts, the transverse process pressing device maintains the correct position, thereby enabling the user to correctly and effectively perform a spinal correction exercise.

Description

Health instrument for spine revision

The present invention pushes only the upper lumbar spine #2 left and right transverse protrusion forward by pushing the body forward and backward by sitting on the exercise chair for spine correction, causing the traction of the back joint of the spine while pressing the pressure ball, thereby increasing the extension movement. It relates to a spinal orthodontic exercise device that alleviates various secondary diseases due to disc degeneration of the lower lumbar spine, and more specifically, it moves up and down with one transverse protrusion installed in the center of the back of the exercise chair for spinal orthodontics. The sphere is screwed into the screw shaft structure, and one vertebral pressure ball is moved up and down according to the height of the patient's spine. When moving the front and back to push the upper lumbar spine 2 left and right transverse protrusions forward and press against one of the transverse protrusions, the transverse protrusions maintain the correct position. It is about.

In modern people, the number of patients with spinal diseases is rapidly increasing at the age of middle and old age.

Patients with spinal diseases such as the aging period have a lot of disc degeneration of the lumbar spine, and these disc degeneration causes secondary back diseases, back pain, nerve paralysis and pain in the lower extremities, and greatly reduces the quality of life to be happy. Became.

In addition, the disease of the lower lumbar vertebrae is increasing as a load is applied to the lower lumbar spine for a long time while living in a chair for a considerable amount of time for students or office workers.

There are various types of spinal diseases, for example, lumbar instability, nerve root compression syndrome, degenerative spondylolisthesis, and spinal stenosis.

The lumbar anesthesia (Seqment instability) between the lumbar vertebra 4-5 times, between the lumbar 5 and the pelvis, the disk space (Space) is thinned and narrowed, so that when standing or sitting for a long time, the pain in the lower back, hip area appear.

The nerve root compression syndrome causes pain in the lower extremities when standing or walking for a long time because the foramen through which the neuromuscular passes is narrowed.

The degenerative spondylolisthesis is a segment in which a segment slides forward due to disc degeneration, and the lumbar spine is 4 times for the female and the lumbar spine 5 is for the male. Clinical symptoms cause severe pain in one or both legs when standing or walking.

The spinal stenosis also occurs due to the degeneration of the disc, and the spinal canal is narrowed due to the regression of the vertebral joint and the thickening of the anterior and posterior ligaments. It is comfortable to bend your back, and if you walk with your back straight, both legs are extremely tired and painful, so you can no longer walk. If you sit for a while and bend your back, the symptoms disappear and you will walk again.

Various methods by exercise therapy have been used to improve spinal diseases.

That is, in the exercise treatment method, various secondary diseases occur due to disc degeneration of the lower lumbar spine, and movement of segments between the upper and lower lumbar vertebrae is lost, thereby increasing extension movement in the upper and lower lumbar spine segments. The theory is based on an orthopedic physiological spinal mechanism that relieves pain because the load decreases between the lower lumbar spines (L5-S1) (L4-L5).

One of the exercise treatments for the improvement of spinal diseases, manual therapy is also based on this spinal mechanism.

In the manual treatment, when a tennis ball is placed on the back of a chair used by modern people every day, and the body moves back and forth in contact with the spinous processes of the lower lumbar or lower thoracic vertebrae that cause less movement, the vertebral joints are retracted and the extension movement is increased. It is an exercise that helps to relieve various secondary diseases caused by disc degeneration of the lumbar spines (L5-S1, L4-5).

At this time, it is possible to bend the lower lumbar vertebrae comfortably when the knee joint and the high joint are bent to the maximum by placing the foot on the footrest (Actual Resting Position).

However, the above conventional treatment method has the following problems.

First, it is very difficult to place the tennis ball in the center of the back of the chair, and it is very difficult to accurately position the tennis ball only in one of the upper lumbar spine due to the difference in the height of the spine for each patient.

Second, when moving the body back and forth and pressing only one spinous process of the upper lumbar spine (L2) on the tennis ball, the tennis ball may move out of position and may be displaced or fall off the back, which prevents corrective and correct exercise of spine correction. There was.

Patent Document 1: Published Patent No. 10-2011-0094501 Patent Document 2: Public Utility Model No. 20-2010-0002894

The present invention was invented to solve all the problems of the prior art described above, by installing a lifting mechanism equipped with one transverse protruding ball in the center of the back of the exercise chair for spinal orthodontics in a screw-coupled structure. According to the height of the patient's spine, one horizontal turning device is adjusted up and down, so that the right and left protrusions of the yellow turning device are located only in the upper and lower lumbar 2 left and right transverse protrusions, and the body is moved back and forth to move only the upper and lower lumbar 2 left and right transverse protrusions. The purpose of this is to allow the spinal orthodontic movement to be performed accurately and effectively by pushing forward and pressing one of the transverse protrusions into the left and right protrusions.

In the present invention, in the exercise device for spine correction, which is composed of a seat, a backrest, a leg, and a spine correction exercise chair composed of a spine exercise unit and a scaffold, the spine exercise unit is vertically formed vertically at the center of the backrest portion. The screw shaft portion installed in the long hole, the upper and lower shaft support portions supporting the screw shaft portion to rotate and operate at the upper and lower ends of the screw shaft portion, and the rotary shaft fixedly installed to rotate the screw shaft portion, and the screw shaft portion Only the upper and lower lumbar spine 2 left and right transverse protrusions are coupled to the front of the lifting and descending movements and the user by moving the user's body back and forth by being screwed and moving up and down by the rotational operation of the screw shaft according to the location of the lesion part of the patient. It is composed of one transverse protrusion that performs spinal correction while pushing and pushing forward, where the left and right protrusions of one transverse protrusion only touch the upper and lower lumbar spine 2 by the user manually rotating the rotary actuator. One transverse projection is configured to accurately and manually adjust the height of the pressure ball,

The stool is characterized in that it is composed of a stool for placing the foot on the lumbar spine for the user to comfortably bend the lower lumbar spine by bending the knee joint and the hip joint to the maximum.

According to the present invention, the transverse protrusion is composed of a concave groove for receiving an upper lumbar spinous process between the left and right protrusions and the left and right protrusions by which the user pushes the left and right lateral protrusions of the upper lumbar spine 2 forward.

According to the present invention, the transverse protrusion is further formed with an inclined portion that supports the user's waist below the left and right protrusions so that the user can perform a spinal correction exercise in a comfortable state, and the overall shape of the transverse protrusion is wedge-shaped. There is this.

According to the present invention, the rotary actuator is formed of an insertion tube that is axially inserted into the screw shaft portion and a rotating protrusion that protrudes outwardly of the insertion pipe, and is configured to be rotated together by being fixedly coupled with a fixing bolt to the screw shaft portion. have.

According to the present invention, the elevating and moving port is configured to form guide protrusions to guide the elevating along the elevating guide groove when the screw shaft is rotated on both sides.

A special technical feature of the present invention is that the knee joint and the hip joint are flexed by using a footrest, so that the lower lumbar spine is composed of one transverse protrusion to push only the upper and lower lateral vertebrae 2 left and right transverse protrusions in the state.

Because of this, it is that the lumbar spine can be exercised without pain in the lumbar spine by pressing only the left and right transverse protrusions of the upper lumbar spine 2 in a stable state with a space for accommodating the nerve bundle.

In addition, the transverse protrusion is composed of a left and right protrusion that the user pushes the left and right transverse protrusions of the upper lumbar spine 2 forward and a recess that receives the upper lumbar spine 2 extreme protrusion between the left and right protrusions, so that the two lateral protrusions of the upper and lower lumbar spines are yellow. Since the two protrusions on the left and right sides of the pressurizing hole are pressed at the same time, the transverse protrusion and the transverse protrusion have a much wider contact surface than the spinous process and the cushion ball, so it is much more than pushing only one spinous process forward and pressing against one cushion ball. It is possible to perform the spinal correction exercise more accurately and effectively because it does not deviate from the correct position.

In addition, unlike a conventional massage machine, the reason for moving one of the transverse protrusions up and down is that the height of the upper lumbar spine is different because people have different heights. This means that in order to accurately adjust the height, a person who is not an automatic control method such as a motor must manually adjust the position by manually checking the transverse position of the upper lumbar spine.

Pushing multiple transverse protrusions of the upper lumbar spine at the same time causes pain and causes various side effects, so make sure that only one of the transverse protrusions of the pressure lumbar contacts the upper and lower lumbar spine two times.

Therefore, the present invention is to improve and correct various lower back diseases (lumbar instability, spinal canal stenosis, anterior translocation, neuromuscular compression syndrome, etc.) due to disc degeneration of the lower lumbar spine. It is composed of one transverse protrusion so that only the upper lumbar spine #2 is pushed forward while the lower lumbar spine is maintained in a flexing position. ②The two lateral protrusions of the upper lumbar spine #2 simultaneously press the transverse protrusion to press the transverse spine. The sphere consists of a left and right protrusion that pushes the left and right transverse protrusions of the upper lumbar spine 2 forward and a groove that accommodates the upper lumbar spine 2 extremity between the left and right protrusions. It is characterized by an adjustable configuration, and this configuration is not disclosed at all in a massage device or massage device manufactured without any pathological knowledge of spinal diseases, and cannot be derived from a massage device or massage device at all. Composition.

In the present invention, the upper lumbar spine #2 is pushed forward by moving the body back and forth in a state in which the lower lumbar spine is comfortably bent and sits on the scaffolding exercise chair. During the compression, vertebral joint movement is performed by causing the traction of the vertebral joint to increase the extension movement, thereby alleviating various secondary diseases caused by disc degeneration of the lower lumbar spine.

In addition, since the present invention pressurizes only a specific transverse protrusion in a stable state in which the space for accommodating the nerve bundle is opened, there is an effect that the lumbar spine can be extended without causing pain in the lumbar spine.

In particular, by installing a lifting mechanism equipped with a single transverse protrusion in the center of the back of the exercise chair for spine orthodontics in a screw-coupled structure, a single transverse protrusion is manually raised and lowered according to the height of the patient's spine. Adjust the movement so that the left and right protrusions of the transverse push-up are positioned manually only on the left and right transverse protrusions of the upper lumbar spine 2, and move the body back and forth to push forward only the upper and lower vertebra 2 left and right transverse protrusions to push the transverse protrusion to the left and right protrusions The pressurization port maintains the position, thereby providing an effect to accurately and effectively perform a chiropractic exercise.

In addition, since the two lateral projections of the upper lumbar spine are pushed forward, the two protrusions simultaneously press the two protrusions, and the transverse protrusion and the transverse protrusions have a much wider contact surface than the spinous process and the cushion ball, so that only one spinous process is pushed forward. There is an effect that it is possible to perform the spinal correction exercise more accurately and effectively because it is not shifted out of position much more than pushing it onto one cushion ball.

That is, it is possible to perform an accurate and effective exercise together with the convenience of exercise of a patient with spinal disease, thereby improving exercise efficiency.

1 is a perspective view showing a spine correction exercise chair of the present invention.
Figure 2 is a side view of Figure 1;
Figure 3 is a perspective view of a main portion excerpt of the present invention.
4 is a side view of FIG. 3;
5 is a rear view of FIG. 3;
Figure 6 is a side view showing another embodiment of Figure 3;
Figure 7 is a side view showing a state of use of the present invention.
Figure 8 is a plan view showing the upper surface of the lumbar spine 2 and the upper lumbar spine of the present invention.
9 is a perspective view of a transverse protrusion of the present invention.

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

The present invention is a spine correction exercise chair (100) for a patient to sit on, and a step for comfortably bending the lower lumbar spine (Actual Resting Position) by raising the patient's feet on top to flex the knee joint and high joint ( 200).

In particular, the exercise chair 100 for correcting the spine is composed of a seat portion 10, a back portion 20, a leg portion 30, and a spine exercise portion 50, as shown in FIGS. 1 to 7.

That is, the spine exercise part 50 is a screw shaft portion 51 installed in a long hole 21 vertically formed vertically at the center of the backrest portion 20, and the screw shaft portion rotates at the upper and lower ends of the screw shaft portion. The upper and lower shaft support portions 52 and 52' to support the rotation, and the rotational tool 53 fixedly installed to rotate the screw shaft portion 51 and the screw shaft portion 51 are screwed to the patient According to the position of the lesion site, the lifting shaft 55 moves upward and downward by the rotational operation of the screw shaft portion, and is coupled to the front of the lifting shaft to move the body back and forth by the user to move the body back and forth. ) (60') is to push the forward and is composed of one transverse protrusion (56) for performing a spinal correction exercise.

In addition, the transverse protrusion (56), the left and right protrusions (57) (57) and the left and right to press the user pushes the left and right transverse protrusions (60, 60') of the upper lumbar spine 2 as shown in FIGS. 8 and 9. Consists of a recess 58 that wraps the upper lumbar spine 61 between the protrusions 57 and 57', and is formed of a material having a cushioning repulsive force that is buffered by an external force, such as a tennis ball, but moves up and down. It is possible to install the fixed installation on the front of the sphere 55, as well as detachable, replaceable installation.

The reason that the recess 58 for receiving the spinous process 61 between the left and right protrusions 57 and 57' is to be formed is that the spinous process 61 extending forward from the spine does not contact the transverse protrusion 56. In the right and left lateral protrusions 60 and 60', the left and right lateral protrusions 60 and 60' of the upper lumbar spine are brought into contact with the left and right protrusions 57 and 57', extending from the spine to the side. ).

In addition, the transverse protrusion 56 is an inclined portion that supports the user's waist below the left and right protrusions 57 and 57' so that the user can perform a spinal correction exercise in a comfortable state as shown in FIGS. 8 and 9. 59) is further formed, the shape of the transverse protrusion (56) is a wedge shape.

The upper and lower shaft support parts 52 and 52 ′ form rolling balls 52a at upper and lower ends of the screw shaft part 51 as shown in FIG. 4, and the rolling balls are rolled in the ball housing 52c. 6, the upper and lower ends of the screw shaft portion 51 are axially supported on the bearing 52b as shown in FIG.

The rotational tool 53 is provided with an insertion tube 53a which is axially inserted into the screw shaft portion 51 and at least three protrusions protruding at an equilateral position outside the insertion tube to rotate the insertion tube 53b. To form, it is configured to be fixedly coupled to the screw shaft portion 51 with a fixing bolt 53c to rotate together.

The elevating and moving port 55 is formed by forming guide protrusions 55a to guide the elevating guide along the guide groove 54a of the elevating guide 54 when the screw shaft 51 rotates on both sides. will be.

In addition, the shape and structure of the seat portion 10, the backrest portion 20, and the leg portion 30 are not limited to the shape and structure shown in the drawings, and can be changed into various shapes and structures, as well as simple as such. It is revealed that the degree of shape or structure change belongs to the scope of the present invention.

The following is a look at the operation and operation of the present invention configured as described above.

First, the user bends the lower lumbar spine comfortably (Actual Resting Position) as the user flexes the knee joint and the high joint to the maximum by sitting on the exercise chair for chiropractic 100 and placing the foot on the footboard 200 with a height. To do.

Only when the lower lumbar spine is maintained in this way, the spinal column, which is the user's spine, does not cause pain in the lower lumbar spine during exercise (treatment) because the lower lumbar spinal canal and nerves are widened during exercise.

In addition, the left and right protrusions 57 and 57' of the transverse protrusion 56 are manually adjusted by vertically adjusting the position of one transverse protrusion 56 in the spine exercise part 50 of the spine correction exercise chair. It is to adjust the movement to a position where only the left and right transverse protrusions 60 and 60' can be contacted.

This is to adjust by rotating the screw shaft portion 51 which is vertically installed in the long hole 21 in the center of the back portion 20 of the exercise chair for spine correction.

To explain this in more detail, the screw shaft 51 is rotated forward and backward by rotating the rotation mechanism 53 fixedly installed on the screw shaft portion 51 forward and backward.

At this time, the rotary operating tool 53 is inserted into the screw shaft portion 51, the insertion pipe 53a is fixedly installed with a fixing bolt 53c, so that the rotation projection 53b outside the insertion pipe 53a is caught and rotated. By doing this, the rotary actuator and the screw shaft are rotated together.

When the screw shaft portion 51 is rotated forward and backward as described above, the screw shaft portion 51 is upper and lower of the rolling ball 52a or the bearing 52b structure inserted into the ball housing 52c at the upper and lower ends. The ball is rotated forward and reverse while being rotated by the shaft support portions 52 and 52'.

In this way, while the screw shaft portion 51 is rotated forward and backward, the elevating and moving tool 55 screwed to the screw shaft portion 51 is moved up and down.

At this time, the elevating and moving port 55 is one that is installed in front of the elevating port as the guide protrusions 55a on both sides are guided along the guide groove 54a of the elevating guide port 54 to move up and down. Since the transverse protrusion (56) vertically moves up and down along the user's spine at the central position of the backrest part (20) of the spine corrective exercise chair, the left and right protrusions (57, 57') of the transverse protrusion (56) The upper lumbar spine No. 2 left and right transverse projections (60) (60') is to precisely move to a position that can only contact.

In this state, the user's body is moved back and forth to perform a chiropractic exercise.

That is, by moving the user's body back and forth, the left and right protrusions 57 and 57' of one transverse protrusion 56 are located in the center of the backrest where the patient's upper lumbar spine No. 2 left and right transverse protrusions 60 and 60' are located in the center of the back portion. By pushing forward, the vertebrae of the lower lumbar vertebrae are retracted to cause traction of the vertebral joints, thereby increasing the movement of the spine.

Particularly, the left and right protrusions 57 and 57' of one transverse protrusion 56 located at the center of the backrest are only the patient's spine, i.e., the patient's upper lumbar spine 2 left and right transverse protrusions 60 and 60'. It is simply set to accurately position, and when the body is moved back and forth to press the left and right protrusions 57 and 57' of the one lateral protrusion 57 with the upper lumbar spine 2 left and right lateral protrusions 60 and 60'. Since (56) maintains the fixed position, the spinal correction exercise is performed more easily and accurately than the conventional one, thereby obtaining an excellent effect of the spinal correction exercise.

In addition, the transverse protrusion (56) surrounds the upper lumbar spinous process between the left and right protrusions (57, 57') and the left and right protrusions by which the user pushes the left and right lateral protrusions (60, 60') of the upper lumbar spine 2 forward. Consisting of the recess 58, the left and right two lateral projections 60 and 60' of the upper lumbar are pushed forward to press the two left and right protrusions 57 and 57', and the lateral projections and the transverse protrusions are the extreme projections. Since it has a much wider contact surface than the cushion ball and is compressed, it is much more accurate and effective to perform spine correction because it does not deviate from the position much more than pushing one pole protrusion forward and pressing against one cushion ball. will be.

10: seating section 20: backrest
21: long hole 30: legs
50: spine exercise part 51: screw shaft part
52,52': upper and lower shaft support 52a: rolling ball
52b: bearing 52c: ball housing
53: rotary implement 53a: insertion tube
53b: Turning projection 53c: Fixing bolt
54: elevating guide 54a: guide groove
55: moving up and down 56: transverse protrusion
57, 57': left and right protrusion 58: recess
59: slope 60, 60': left and right transverse projection
61: spinous process 200: scaffold

Claims (5)

In the exercise device for spine correction consisting of a seat (10), a backrest (20), a leg portion (30), a spine correction exercise chair (100) composed of a spine exercise unit (50) and a footrest (200),
The spine exercise part 50 supports the screw shaft part 51 installed in the long hole 21 vertically formed at the top center of the backrest part 20, and the screw shaft part rotated at the upper and lower ends of the screw shaft part. The upper and lower shaft support parts 52 and 52 ′ to be installed, and a rotational tool 53 fixedly installed to rotate the screw shaft part 51, and screw-coupled to the screw shaft part 51 to lesion of a patient According to the position of the part, the lifting shaft 55 moves up and down by the rotational operation of the screw shaft, and is coupled to the front of the lifting shaft to push the upper and lower lumbar 2 left and right transverse projections forward by the user moving the body back and forth. Consists of one transverse pressure tool 56 that performs a spinal correction exercise while pressing, and the left and right protrusions 57 of one transverse pressure tool 56 are manually rotated by a user by manually operating the rotary actuator 53. (57') is a position where only the upper lumbar spine No. 2 transverse protrusion (60) (60') is configured to accurately and manually adjust the height of one transverse protrusion (56),
The stool 200 is a spine correction exercise device characterized in that the user sits on the exercise chair 100 for correcting the spine and places the foot to maintain the lower lumbar vertebrae in a flexing position by bending the knee joint and the hip joint to the maximum.
According to claim 1,
The transverse protrusion (56) is a left and right protrusion (57) (57) that the user pushes the left and right transverse protrusions of the upper lumbar spine 2 forward and a recess (58) that receives the upper lumbar spine #2 pole protrusion between the left and right protrusions. Exercise equipment for spine correction, characterized in that configured.
According to claim 2,
The transverse protrusion (56) is further formed with an inclined portion (59) supporting the user's waist below the left and right protrusions (57, 57') so that the user can perform a spinal correction exercise in a comfortable state. Exercise device for spine correction, characterized in that the overall shape of the pressing hole (56) is a wedge shape.
According to claim 1,
The rotary actuator 53 is formed of an insertion tube 53a that is axially inserted into the screw shaft part 51 and a rotation protrusion 53b that protrudes outwardly of the insertion tube, and is fixed bolt 53c to the screw shaft part 51 It is fixed to the combination exercise device for spine correction, characterized in that configured to rotate together.
According to claim 1,
The elevating and moving port 55 is formed by forming guide protrusions 55a to guide the elevating guide along the guide groove 54a of the elevating guide 54 when the screw shaft 51 rotates on both sides. Exercise equipment for spine correction, characterized by.

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