KR20110050839A - For chiropractic rehabilitation exercise equipment - Google Patents

Abstract

PURPOSE: A chiropractic rehabilitation exercise device is provided to facilitate pelvis correction by relaxing gluteus maximus, sphincter, and pelvis supporting muscle through heat radiation. CONSTITUTION: A chiropractic rehabilitation exercise device comprises a pelvis air belt(36), a heat radiation unit(38), and a spinous process striking unit(40). The pelvis air belt is formed in a tube shape capable of being filled with air and is equipped with clips in both ends thereof and an air bag. The heat radiation unit selectively radiates far infrared rays or the high frequency to the buttocks part inside the pelvis air belt. The spinous process striking unit strikes the spinous process of the pelvis while passing through the central part of the heat radiation unit(28) and pelvis air belt.

Description

Chiropractic rehabilitation exercise equipment

The present invention relates to a rehabilitation exercise device for chiropractic, more specifically, due to the user's simple device manipulation or physical exercise movements such as scoliosis, scoliosis, spinal disc herniation, etc. The present invention relates to a chiropractic rehabilitation exercise device that can be used to fundamentally correct or treat various spinal diseases.

The spine is composed of the vertebral body and the arch of the central body, and is surrounded by the vertebrae and the vertebrae, and a large bore is formed in the center. The spine controls the body's movements and all the body's actions normally, such as the intestinal psoas, the standing muscles and the sphincter, which surrounds the spine.

However, due to the nature of people walking upright, unlike animals walking on four feet, supporting the weight of the human body and enabling various forms of exercise is to balance the weight of the lumbar spine and the pelvis in the spine, thereby supporting and supporting daily life as well as physical activity. To make it possible.

The vertebrae should be arranged normally before and after the top, bottom, left and right, and maintained at a normal angle. However, the vertebral support muscles are strained due to aging of the muscles supporting the vertebrae, erroneous posture or external shock for a long time. The disease often develops.

This can happen due to abnormalities in the spine, especially in the intervertebral discs with age, but the majority of them are caused by incorrect lifestyle behaviors, such as sitting or sleeping posture, that are inadequately applied to the spine. You can find it.

In particular, children and adolescents in the growth phase when there is an abnormality in the spine is compressed to the growth line, accordingly there is a problem that the growth hormone secretion is not smoothly inhibited to promote growth.

In order to prevent this, it is desirable to perform regular stretching exercises, such as stretching the whole body, so that the body shape can be correctly corrected by the relaxing action of muscles and skeletons.

Therefore, in recent years, a variety of exercise equipment has been developed to enable stretching the spine while exercising upper or lower extremity. As an example, there is a chiropractic device disclosed in Korean Patent No. 0711104. The chiropractic exercise equipment is provided with a lower extremity exercise device that allows the user to lie down and exercise, a bed that the user can lie down, a pelvic belt for fixing the user's waist.

Such chiropractic equipment allows the user to repeatedly lap the waist with a pelvic belt and perform repeated movements in the bed to repeatedly relax / recover the cervical and lumbar regions of the human body and to strengthen support muscles around the spine to correct and treat the spine. You can get the effect.

However, these conventional chiropractic rehabilitation exercise equipments do not do anything other than to move the body itself to relax / restore the lumbar spine or cervical spine while the user tied the waist to the bed, so correct or treat the wrong spine or lumbar spine There is a limit to doing so.

That is, in the case of spinal disease, the left and right pelvis are out of balance and very often develop. However, the conventional spinal rehabilitation exercise device as described above has a means for correcting or treating the left and right pelvis when it is distorted. It is not there.

In addition, conventionally used chiropractic rehabilitation exercise equipment is almost no correction / treatment effect for scoliosis or scoliosis.

Accordingly, the present invention has been made in view of the above-described problems, and provides a rehabilitation exercise equipment for orthodontic treatment that can be corrected or treated at the source even in the case of spinal diseases caused by distorted left and right pelvis. will be.

In another aspect, the present invention provides a spinal rehabilitation exercise device that can be easily corrected and treated according to the disease state for spinal diseases such as scoliosis and scoliosis.

In another aspect, the present invention is to provide a spinal rehabilitation exercise device that can facilitate pelvic correction by relaxing the pelvic support muscles such as gluteus maximus, sphincter through heat irradiation.

In another aspect, the present invention to provide a spinal rehabilitation exercise device that facilitates spinal correction by performing a thermal massage to the spine when the user lying down to relax the tense spinal muscles.

The present invention has the following means to solve the above problems.

The present invention is provided with a pedal (20) that can be rolled foot is fixed to the base 12 which is supported on the support leg 10, the exercise mechanism portion (A) and the base to adjust the distance between the exercise mechanism portion (A) In the rehabilitation exercise device for orthodontic spine that is movable along the (12), and provided with a bed portion (B) is provided with a bed 28 for supporting the back and hips and hips of the user lying down, the bed portion ( B) is a tube that can be filled with air, and is provided with clips 36b at both ends to fasten and fix the pelvis of the user. The air is charged by the air pump 50 or the air is discharged by the discharge valve. A pelvic air belt 36 provided with a free air bag; A heat irradiator 38 for selectively irradiating far infrared rays or high frequencies to the hip portion including the sacrum, the anus, the spinous process, and the like into the pelvic air belt 36; And a spinous process impacting part 40 which strikes the spinous process part of the hip while moving forward and backward through the center portion of the pelvic air belt 36 and the heat irradiating part 28.

In the present invention, the bed 28 of the bed portion (B), the lumbar airbag 42 is provided in the form of a tube that can be freely charged and discharged air at a position corresponding to the user's lumbar spine; A thoracic spine airbag 44 provided in the form of a tube capable of charging and discharging air at a position corresponding to the thoracic spine of the user; may be further provided.

In the present invention, one side is fixed to the bed 28, the other side is extended to the T-shaped support portion 32 having an end portion of the T-shaped; One side is fixed to both ends of the T-shaped support portion 32, the other side is a cervical tension belt 34 having a belt shape so as to wrap the neck portion of the user to tighten the cervical spine; may be further provided .

The cervical tension belt 34, the fixing portion 341 which is respectively fixed to both ends of the T-shaped support (32); Neck fixing band 347 for wrapping around the neck of the user; And a pair of clips 345 configured to adjust a distance between the fixing part 341 and the neck fixing band 347 in a state where each one side is fixed to each of the fixing parts 341.

An elastic band 343 is further provided between the fixing part 341 and the clip 345.

Both sides of the bed portion (B) exercise handle 26; is provided.

The exercise handle 26 is configured to be rotatable by a predetermined angle, the spring 263 is wound around the rotation shaft portion (26a) accommodated in the handle case 24 is fixed, by a predetermined or more pushing force If it is rotated and the pushing force is not applied, the spring 263 is configured to return to the original rotation.

The bed 28 of the bed portion B is configured to be rotatable by the rotation shaft 281 supported by the bed support 14, the spring 285 is wound around the rotation shaft 281 and pushed It is configured to lie down by force and to return to its original position by the spring 285 when the pushing force is not applied.

In the present invention, the spinal weakening due to aging is worsened by the pressure of the body weight, so that the spinal intervertebral disc escapes and causes a lot of spinal diseases causing the pain by compressing the spinal nerve canal. After fixing with the pelvic belt, the cervical retractor mounted on the head allows the spine and cervical vertebrae to be pulled from the pelvis.In this state, the user can do the lower limb movement so that the lumbar spine is pulled from the pelvis by the force pushed by the lower leg movement It has a therapeutic effect on the disease.

In another aspect, the present invention by the upper and lower extremity movement handles to the left and right to push the upper limbs in the lower limb direction to further increase the traction effect of the lumbar and thoracic vertebrae in the pelvis fixed by the belt and strengthen the cervical support muscles and spinal support muscles There is.

In addition, the present invention is because the spine muscles are not balanced, because the left and right pelvis is a twisted disease caused by the patient can be actively exercised by themselves because of the side effect can be corrected or treated without repetition, repetitive muscle relaxation exercise It strengthens spinal support muscles and has a fundamental therapeutic effect on spinal diseases.

In addition, the present invention has an effect that can be easily corrected and treated according to the disease state for spinal diseases such as scoliosis or scoliosis.

In another aspect, the present invention has the effect to relax the pelvic support muscles such as gluteus maximus, sphincter muscle through heat irradiation to facilitate pelvic correction.

In addition, the present invention has the effect of facilitating spinal correction by relaxing the strained spinal muscles by performing a thermal massage to the spine when the user is lying down.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment according to the present invention.

1 is a perspective view of a chiropractic rehabilitation apparatus according to the present invention, Figure 2 is a state diagram of the use of the chiropractic rehabilitation exercise apparatus shown in Figure 1, Figure 3 is a spinal rehabilitation exercise apparatus shown in Figure 1 Figure 4 is a view of a state in which the bed is standing, Figure 4 is a view for explaining the rotational movement of the bed of the rehabilitation exercise device for chiropractic shown in Figure 1, Figure 5 is a view for explaining a method of air charging using an air pump 6 is a view for explaining the spinous process impact device of the spinal rehabilitation exercise apparatus shown in FIG. 1, Figure 7 is a view for explaining the operation of the exercise handle of the spinal rehabilitation exercise apparatus shown in FIG. 8 is a view for explaining a cervical traction belt of the spinal rehabilitation exercise apparatus shown in Figure 1, Figure 9 is another embodiment of a spinal rehabilitation exercise apparatus according to the present invention A.

As shown in Figures 1 to 3, the present invention is a rehabilitation exercise device that allows the user to lie down to correct or massage the pelvis and spine, lumbar spine, thoracic and cervical spine.

More specifically, the present invention includes an exercise machine box 18 provided with a pedal 20 that can be rolled with a foot, and a leg 16 for supporting the exercise machine box 18, as shown. The bed part which is movable along the base 12 to adjust the distance between the exercise device part A and the exercise device part A, and which has a bed 28 supporting the back, hips and hips of the user lying down ( B) is a spinal rehabilitation exercise device provided. The exercise device portion A is fixed to the base 12 supported by the support leg 10 through the leg portion 16.

1 to 4, the bed 28 of the bed portion B is rotatably installed on the bed support portion 14. In FIG. 1, reference numeral 28a denotes a seat for the user to sit over the hip.

That is, as shown in FIG. 4, the bed 28 of the bed part B is configured to be rotatable by the rotation shaft 281 supported by the bed support 14. Both ends of the rotation shaft 281 are supported by the shaft support 283 fixed to the bed support 14. Around both ends of the rotational shaft 281, the spring 285 is laid down by a winding and pushing force, and is configured to return to its original rotation by the spring 285 if the pushing force is not applied. One end of the spring 285 is fixed to the bed 28, the other end is fixed to the pivot shaft 281 or the shaft support 283 is compressed when the bed 28 is rotated to one side by the pushing force When the pushing force disappears, the bed 28 is rotated to the other side to return to the original position.

Here, the spring 285 may be used as various elastic members having a predetermined elastic force or restoring force, that is, rubber or silicon, as an embodiment of the present invention.

The bed 28, the pelvic air belt 36 for tightening and fixing the user's pelvis, lumbar airbag 42 for compressing the lumbar spine, thoracic airbag 44 for compressing the thoracic spine, irradiating far infrared or high frequency to the hips of the user The heat irradiation part 38 is provided with the spinous process impact part 40 which strikes the spinous process of the user's hip.

The pelvic air belt 36, which is in the form of a tube that can be filled with air, is provided with clips 36b at both ends to tighten and fix the user's pelvis, and the air is charged or discharged by the air pump 50 (not shown). Air bag (36a) is freely discharged by the discharge valve (not shown) associated with the) is configured in various forms around the inner circumference.

The user can select and operate the air filling / discharging function by using the air belt switch 36a as shown in FIG. 5 when using the pelvic air belt 36. When the user selects the air filling function, the air pump 50 is operated to charge air into the pelvic air belt 36. When the air discharge function is selected, the discharge valve associated with the discharge device is opened to open the pelvic air belt. Air of 36 is discharged outward.

In addition, the lumbar air bag 42 is provided in the form of a tube that can be freely charged and discharged air in a position corresponding to the user's lumbar spine. The user may operate the lumbar spine airbag switch 42 as shown in FIG. 5 to fill the air into the lumbar spine airbag 42 or to discharge the air filled in the lumbar spine airbag 42 to the outside.

In addition, the thoracic spine airbag 42 is convexly provided in the form of a tube capable of charging and discharging air at a position corresponding to the thoracic spine of the user, and is configured in the same way as the configuration of the lumbar spine airbag 42 as described above, the user selects As it fills the air to the thoracic spine airbag 44 can be configured to compress the user's thoracic spine.

As described above, the pelvic air belt 36, the lumbar spine airbag 42, and the thoracic spine airbag 44 are not provided with a separate discharge device, but are provided with a simple valve so that the user can manually open the valve to discharge the air. Can be configured.

In addition, the heat irradiator 38 is configured to selectively irradiate far infrared rays or radio waves or irradiate both at the same time to the hip portion including the sacrum, the anus and the spinous process, inside the pelvic air belt 36.

As such, when heat is radiated deeply into the pelvic muscle with a heat irradiator such as far infrared ray or high frequency, the pelvic correction can be easily performed because the muscle is relaxed.

A predetermined space is formed between the rear surface of the heat irradiator 38 and the bed 28, and the pelvic air belt 36 is installed in this space. Removal of the pelvic air belt 36 is possible after detaching the heat irradiator 38 from the bed 28.

On the other hand, the heat irradiator 38 is configured to be fixed to the bed 28, it may be installed in the pelvic belt 36 is embedded. The heat radiator 38 may further include a heat radiator (not shown) that radiates heat to the user's abdominal region or the navel portion in addition to radiating heat to the hip portion of the user.

As such, when the heat irradiator 38 is installed in the pelvic belt 28, the pelvic belt 36 may be configured to be easily attached to or detached from the bed 28, and may be treated as an independent article separately from the bed 38. have.

In addition, the spinous process impact unit 40 is for impacting the pelvic spinous process of the user, and is installed to move forward and backward while passing through the center portion of the pelvic air belt 36 and the heat irradiating unit 38. This spinous process impact portion 40 may be of a solenoid type as shown by way of example in FIG. The spinous process impact section 40 impacts the spinous process region of the hip while the plunger P in the case C moves forward and backward.

Most patients with vertebral discs have abnormally distorted pelvis, and the muscles surrounding the pelvis are very large and hard. When the pelvis moves easily, it will be easier to pelvic correction.

The spinous process impact unit 40 may be configured to be able to adjust the impact strength or impact period in accordance with the operation of the spinous process impact switch 40a installed in the position easy to operate even when the user is lying down, both plungers (P) Can be configured to impact the pelvic spinous process at the same time or alternately impact each other.

On the other hand, the bed 28 is provided with a device for tensioning the cervical spine as shown in FIG. The cervical tension device is fixed on one side to the bed 28, the other side is extended to the T-shaped support portion 32 having a T-shaped end and one side is fixed to both ends of the T-shaped support 32, A cervical tension belt 34 having a band shape is provided to allow the other side to wrap and fix the neck portion of the user to tension the cervical spine.

The cervical tension belt 34, the fixing portion 341 which is respectively fixed to both ends of the T-shaped support portion 32, neck fixing band 347 for wrapping and fixing the neck portion of the user, each one side of the A pair of clips 345 are provided to adjust the distance between the fixing portion 341 and the neck fixing strip 347 in a state of being fixed to each of the fixing portions 341.

In addition, the cervical tension belt 34 is further provided with an elastic band 343 between the fixing portion 341 and the clip 345 to prevent the cervical tension belt 34 is randomly separated from the user's neck Cervical tension can be configured to facilitate the operation.

On the other hand, both sides of the bed portion (B) may be provided with an exercise handle (26).

Upper extremity movement handle 26 is a stopper (not shown) is configured to be rotatable by a predetermined angle. The exercise handle 26 has a “b” shape, as shown in FIG. 7. That is, the exercise handle 26 is accommodated in the handle case 24 and is bent and extended from one end of the pivot shaft portion 26a and the pivot shaft portion 26a supported by the shaft support portion 265, and the user manually touches the shaft shaft portion 26a. It is composed of a handle portion 26b in the form of a grip to be easily gripped.

A spring 263 is wound around the upper pivot shaft 26a, and one end of the spring 263 is fixed to the pivot shaft 26a or the shaft support 265, and the other end is fixed to the support plate 261. Will be. Here, the support plate 261 is only for supporting the other end of the spring. When the pivot shaft 26a is rotated by a predetermined or more pushing force, and the pushing force is not applied, the pivot shaft 26a is configured to return to its original position by the restoring force of the spring 263.

Here, the spring 263 may be a variety of elastic members having a predetermined elastic force or restoring force, that is, rubber or silicon as an embodiment of the present invention.

As described above, the present invention can easily correct the distortion of the pelvis, which is the root cause of spinal disease, while the user lays down to exercise, and also lumbar lumbar traction in the pelvis by the force pushing the upper limb in the lower limb direction using the exercise handle. In addition, the vertebrae and cervical muscles are strengthened while the entire vertebrae are properly towed to the spine and cervical spine to help maintain proper alignment of the spine and cervical spine.

Meanwhile, in the present invention, as shown in FIG. 9, the base 12 may further include a distance adjusting part 12a that can adjust the distance between the exercise device A and the bed part B, and the bed support part. The hinge portion 12b may be further provided to fold the 14 and the bed portion B toward the exercise device A.

The distance adjusting part 12a has an insertion groove 13b formed at one side of the base 12 and an insertion part 13 which can be inserted into the insertion groove 13b at the other side thereof. A plurality of locking grooves 15 are formed in the insertion portion 13, and a locking mechanism 15a corresponding to the locking groove 15 is installed through the installation groove 15b in the insertion groove 13a. The user removes the locking mechanism 15a from the locking groove 15 and adjusts the distance between the exercise device A and the bed portion B while moving the insertion portion 13 along the inside of the insertion groove 13a. The locking mechanism 15a is inserted into the groove 15 to be fixed.

10 is a diagram illustrating another configuration of the bed part B shown in FIG. 1.

As shown in the bed (B), the bed 28 that functions as a backrest of the user is configured to move back and forth linearly by a predetermined distance by the user's force. The bed 28 is formed to be movable along the rail 28b formed in the support 28a supporting the bed 28.

The bed 28 is provided with a rail groove (not shown) corresponding to the rail 28b. At least one of the bed 28, the bed support 28a, and the rail 28b is preferably further configured with a stopper for preventing the bed 28 from leaving the rail 28b.

Thus, when the bed 28 is movable back and forth has the following effects. In other words. When the user pushes up the upper body by applying force while supporting the handle 26, the bed 28 supporting the upper body is pushed upward along the rail 28b to pull the lumbar spine, and thus, Pain can be relieved.

11 (a) and 11 (b) are diagrams illustrating another configuration of the exercise device shown in FIG. 1.

As shown in the drawing, the exercise device portion A includes a lower leg portion 16a fixed to the base 12 and an upper leg portion 16b for supporting the exercise box 18. The lower leg The unit 16a is provided with a motor 17a and a screw 17c which rotates by receiving power from the motor 17a, and the upper leg 16b has a screw guide 17d corresponding to the screw 17c. ) Is formed. Here, the driving of the motor 17a can be arbitrarily adjusted by the user through a predetermined selection switch.

When the user can adjust the height of the exercise device (A) in this way, the user will be able to rehabilitation avoiding the angle of the spine causing back pain. The user can raise the height of the upper leg portion 16b as desired by operating the operation button (not shown) to drive the motor 17a.

 Reference numeral 17b denotes a speed reducer that reduces the rotational force of the motor by a predetermined gear ratio and transmits it to the screw 17c.

12 (a) and 12 (b) are still another exemplary configuration diagram of the exercise device shown in FIG. 1.

As shown, the exercise device portion (A) includes a rotation shaft (21a) rotatably supporting the leg portion (21b) for supporting the exercise device box (18); Motor 19a; Gear box 19b for rotating the rotation shaft 21a by receiving the power of the motor 19a; is provided to adjust the distance between the exercise device (A) and the bed (B).

Here, the driving of the motor 19a may rotate the exercise device A by a desired angle by driving the motor 19a by manipulating an operation button (not shown) by lying on the bed 18.

The above description is merely illustrative of the technical spirit of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention.

Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments.

In addition, the protection scope of the present invention should be interpreted by the claims below, and all technical thoughts within the equivalent scope should be construed as being included in the scope of the present invention.

1 is a perspective view of a chiropractic rehabilitation apparatus according to the present invention.

Figure 2 is a state of use of the chiropractic rehabilitation exercise apparatus shown in FIG.

Figure 3 is a view of a state in which the bed is standing in the chiropractic rehabilitation equipment shown in FIG.

Figure 4 is a view for explaining the rotational movement of the bed of the rehabilitation exercise device for chiropractic shown in FIG.

5 is a view for explaining an air charging method using an air pump.

Figure 6 is a view for explaining the spinous process impact device of the chiropractic rehabilitation exercise device shown in FIG.

7 is a view for explaining the operation of the exercise handle of the chiropractic rehabilitation device shown in FIG.

8 is a view for explaining the cervical traction belt of the spinal rehabilitation exercise device shown in FIG.

Figure 9 is another embodiment of the chiropractic rehabilitation exercise device according to the present invention.

10 is another configuration example of the bed portion shown in FIG.

11 is another configuration example of the exercise device shown in FIG.

12 is another configuration example of the exercise device shown in FIG.

-Brief description of the main parts of the drawings

A: Fitness equipment B: Bed portion 10: Supporting leg

12 base 14 bed support 16 leg portion

18: exercise equipment box 20: pedal

24: handle case 26: exercise handle 26a: rotating shaft portion

26b: handle portion 28: bed 30: thunder

32: T-shaped support 34: cervical vertebrae traction belt

36: pelvic air belt 36a: air belt switch

40: spinous process impact unit 40a: spinous process shock switch

42: lumbar airbag 42a: lumbar airbag switch

44: Thoracic Spine Airbag 44a: Thoracic Spine Airbag Switch

50: air pump 261: support plate 263: spring

265: shaft support 281: pivot shaft 283: shaft support

285 spring 341 fixing part 343 elastic band

345: clip 347: neck fixing strap

Claims (11)

A pedal 20 that can be rolled on the foot is provided so that the base 12 can be adjusted to adjust the distance between the exercise device part A and the exercise device part A installed on the base 12 supported by the support leg 10. In the rehabilitation exercise equipment for orthodontic movements are provided, the bed portion (B) is provided with a bed (28) for supporting the back and hips and hips of the user in the lying down state, The bed portion (B), An air bag which is in the form of a chargeable tube and is provided with clips 36b at both ends to tighten and fix the user's pelvis, and is free to be filled with air by the air pump 50 or discharged by the discharge valve. Pelvic air belt 36 is provided; A heat irradiator 38 for selectively irradiating far infrared rays or high frequencies to the hip portion including the sacrum, the anus, the spinous process, and the like into the pelvic air belt 36; And a spinous process striking part 40 striking the spinous process part of the pelvis while moving forward and backward through the center portion of the pelvic air belt 36 and the heat irradiating part 28. The method of claim 1, In the bed 28 of the bed portion (B), Lumbar spine airbag 42 provided in the form of a tube that can be freely charged and discharged to a position corresponding to the user's lumbar spine; Spinal rehabilitation exercise equipment further comprises; a thoracic spine airbag 44 is provided in the form of a tube that can be charged and discharged air in a position corresponding to the user's thoracic spine. The method of claim 1, A T-shaped support part 32 having one side fixed to the bed 28 and the other side extended such that an end thereof has a T shape; One side is fixed to both ends of the T-shaped support portion 32, the cervical spine tension belt 34 having a belt shape so that the other side is wrapped around the user's neck portion to tension the cervical spine; spinal correction further provided Rehabilitation fitness equipment. The method of claim 3, The cervical tension belt 34, Fixing parts 341 respectively fixed to both ends of the T-shaped support part 32; Neck fixing band 347 for wrapping around the neck of the user; A pair of clips 345 which can adjust the distance between the fixing part 341 and the neck fixing band 347 in a state in which one side is fixed to each of the fixing parts 341; Rehabilitation fitness equipment. The method of claim 4, wherein An elastic band (343) between the fixing portion 341 and the clip 345; spinal correction rehabilitation exercise device is further provided. The method of claim 1, Both sides of the bed portion (B) exercise handle 26; spine correction rehabilitation exercise device is provided. The method of claim 6, The exercise handle 26 is configured to be rotatable by a predetermined angle, the elastic member 263 is provided around the rotation shaft portion 26a accommodated in the handle case 24, by a predetermined or more pushing force Spinning and rehabilitation exercise equipment characterized in that configured to return to the original rotation by the elastic member 263 if the pushing force is not applied. The method of claim 1, The bed 28 of the bed portion (B) is configured to be rotatable by the rotation shaft 281 supported by the bed support portion 14, the elastic member 285 is provided around the rotation shaft 281, The spine rehabilitation exercise equipment characterized in that it is laid down by the pushing force and the pushing force does not work, and is configured to return to its original rotation by the elastic member (285). The method of claim 1, The bed portion (B), A bed 28 having a rail groove formed at a bottom thereof in the longitudinal direction; A support (28a) for supporting the bed (28); A rail 28b formed on the support portion 28a to correspond to the rail groove of the bed 28; At least one of the bed 28, the bed support 28a, the rail 28b is a spinal rehabilitation exercise device characterized in that the stopper is provided to prevent the bed 28 from leaving the rail 28b . The method of claim 1, The exercise device portion (A), The lower leg 16a fixed to the base 12 and the upper leg 16b for supporting the exercise device box 18 are configured, The lower leg 16a is provided with a motor 17a and a screw 17c which rotates by receiving power from the motor 17a, The upper leg portion (16b) spinal rehabilitation exercise device, characterized in that the screw guide (17d) corresponding to the screw (17c) is formed. The method of claim 1, The exercise device portion (A), A rotation shaft 21a rotatably supporting the leg portion 21b for supporting the exercise device box 18; Motor 19a; And a gear box (19b) for rotating the pivot shaft (21a) by receiving power from the motor (19a).

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