KR102460953B1 - Traction apparatus for treating vertebra - Google Patents

Abstract

Spinal traction treatment device according to an embodiment of the present invention, the user's upper body is placed, the body is provided with a massage device for massaging the user's body; a lower body bed that is provided in the main body so as to be able to withdraw and change the overall length of the spinal traction treatment device, and on which the user's lower body is placed in the drawn out state; a lower body traction drive module provided to the main body to be reciprocally movable within a set interval in the pull-out direction of the lower body bed; It is characterized in that by reciprocating the lower body bed within a set interval by reciprocating movement to provide a spinal traction function.

Description

Spinal traction treatment device {Traction apparatus for treating vertebra}

The present invention relates to a spinal traction treatment device. In particular, it is possible to extend and shorten the overall length, it is easy to store, and relates to a spinal traction treatment device having a massage and spinal traction function.

Spinal diseases are increasing among modern people due to incorrect posture, lifestyle, lack of exercise, and excessive exercise.

There are surgical and non-surgical treatment methods for the treatment of spinal diseases. Non-surgical treatment is performed in non-urgent cases due to anesthesia and the possibility of nerve damage during surgery. Non-surgical treatment can prevent the disc by correcting the curvature of the spine and strengthening the spinal muscles.

Conventionally, in order to correct and strengthen the spinal muscles, many devices have been developed for fixing the body and pulling the spine by pulling the lower or upper body.

Korean Patent Application Laid-Open No. 10-2011-0121409, which is a prior document, has a bed part on which a person can lie down, a person's legs are fixed, and a traction means that moves by driving a motor, Disclosed is a multifunctional chiropractic device for traction of the spine.

However, the conventional spinal retractor is formed to be at least longer than a person's height so that a person can lie down, so a large arrangement space is required, and there is a problem of poor storage.

Korean Patent Laid-Open Publication No. 10-2011-0121409

An object of the present invention is to provide a spinal traction treatment device with improved storage.

An object of the present invention is to provide a spinal traction treatment device that provides a spinal massage function together with traction treatment of the spine.

An object of the present invention is to provide a spinal traction treatment device capable of traction treatment of cervical and lumbar vertebrae.

Spinal traction treatment apparatus according to an embodiment of the present invention, a body provided with an upper body bed on which the user's upper body is placed, and a massage device for massaging the user's body placed on the upper body bed; an upper body fixing member provided on the main body to wrap and fix the user's upper body; It is provided in the main body so as to be able to withdraw and change the overall length of the bed, cover the upper body bed from above in the retracted state, open the upper body bed in the withdrawn state, and form a lower body seating surface on which the user's lower body is placed lower body bed; a pelvic fixing member provided in the lower body bed and fixing the user's pelvis; The lower body is provided at the end of the body in the withdrawal direction side of the lower body bed and is provided to be reciprocally movable within a set interval in the pull-out direction of the lower body bed, and the lower body is in a state in which the lower body bed is drawn out so that the lower body seating surface is formed. a towing frame movably coupled with the bed; Includes; a traction drive device for providing reciprocating power to the traction frame, wherein the traction frame reciprocates within a set interval in a state in which the lower body bed is drawn out to form the lower body seating surface and coupled to the traction frame It is characterized in that the spine traction function is provided.
In the present invention, the traction frame, the maximum retracted state to the main body is set to the initial state, is drawn out to a set distance by the operation of the driving device, so that the combined lower body bed is further drawn out to a set distance characterized in that
In the present invention, the lower body bed is drawn in and out in the front and rear along the longitudinal direction of the main body, and a frame fixing part for coupling with the traction frame is formed on the lower surface of the front end of the lower body, and the upper body bed is opened. A lower body bed fixing part for coupling with the frame fixing part is formed on one side of the traction frame corresponding to the frame fixing part in a state in which the lower body bed is withdrawn, any one of the frame fixing part and the lower body fixing part is It is formed in a groove structure, and the other one is formed in a protrusion structure that is inserted into the groove while positioned to correspond to the groove.
In the present invention, the body is provided so as to be able to pull out and change the overall length of the bed, the pull-out direction opposite to the pull-out direction of the lower body bed, the head bed on which the user's head is placed; It is provided on the main body to be reciprocally movable within a set interval in the pulling-out direction of the head bed, and is coupled to be movable with the head bed when the head bed is pulled out, and the head bed is moved within a set interval by reciprocating movement. It characterized in that it comprises a; head traction drive module for reciprocating in the.

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In the present invention, the head traction drive module is mounted to the main body reciprocally, the head traction frame to which the head bed is fixed in a state in which the head bed is drawn out; It characterized in that it comprises a; head traction drive device for providing movement power to the head traction frame.

Spinal traction treatment device according to an embodiment of the present invention can be expected to have the following effects.

First, as the lower body bed is provided so that the entire length of the spinal traction treatment device can be changed by being retractable from the main body, the lower body bed can be retracted to reduce the length of the spinal traction treatment device, thereby greatly improving the ease of storage.

Second, the main body is provided to be reciprocally movable within a set interval in the direction of withdrawal of the lower body bed, the lower body bed is fixed when the lower body bed is withdrawn, and lower body traction drive that reciprocates the lower body bed within the set interval by reciprocating movement A module is provided. Therefore, the bed can be reciprocated within a set interval by the lower body traction driving module in the state in which the bed is withdrawn, and it is possible to provide a traction treatment function of the lumbar spine by pulling the user's lower body.

And, rather than providing a traction treatment function by the control of the drive device for pulling out the lower body bed, the lower body bed is coupled when the lower body bed is withdrawn and traction treatment by the lower body traction drive module that reciprocates within a set interval As the function is provided, even if the lower body traction drive module malfunctions, the traction range of the lower body bed does not deviate from the set interval. Therefore, traction treatment safety can be greatly improved.

Third, it is provided in the main body so as to be able to pull out and change the overall length of the spinal traction treatment device, and it is pulled out in the opposite direction to the pull-out direction of the lower body bed, and a head bed on which the user's head is placed is provided. And, a head traction drive module for reciprocating the head bed within a set interval is provided. Therefore, it is possible to improve the storage easiness by retracting the head bed, and at the same time, it is possible to provide a cervical spine traction treatment function through the reciprocating motion of the head bed.

And, as the traction treatment function is provided by the head traction drive module that engages the head bed and reciprocates within the set interval when the head bed is pulled out, even if the head traction drive module malfunctions, the traction range of the head bed adjusts the set interval. won't get away Therefore, traction treatment safety can be greatly improved.

1 is a perspective view of a spinal traction treatment device according to an embodiment of the present invention.
Figure 2 is a perspective view of a spinal traction treatment device in a state in which the head bed and the lower body bed are withdrawn according to an embodiment of the present invention.
3 is a perspective view of a spinal traction treatment device showing a state in which the head bed and the lower body bed are further drawn out to a set distance by the traction drive module according to an embodiment of the present invention.
4 is a view showing a spinal traction treatment device in a state in which the head bed and the lower body bed are removed according to an embodiment of the present invention.
5 is a view showing the operation of the spinal traction treatment device according to an embodiment of the present invention.

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

However, it cannot be said that the spirit of the present invention is limited to the embodiments presented, and other degenerative inventions or other embodiments included within the scope of the spirit of the present invention can be easily made by addition, change, deletion, etc. of other components. can suggest

1 is a perspective view of a spinal traction treatment device according to an embodiment of the present invention.

Figure 2 is a perspective view of a spinal traction treatment device in a state in which the head bed and the lower body bed are withdrawn according to an embodiment of the present invention.

3 is a perspective view of a spinal traction treatment device showing a state in which the head bed and the lower body bed are further drawn out to a set distance by the traction drive module according to an embodiment of the present invention.

4 is a view showing a spinal traction treatment device in a state in which the head bed and the lower body bed are removed according to an embodiment of the present invention.

5 is a view showing the operation of the spinal traction treatment device according to an embodiment of the present invention.

1 to 5, the spinal traction treatment device 1 according to an embodiment of the present invention may be provided so that the overall length can be adjusted for ease of storage.

Spinal traction treatment device 1 according to an embodiment of the present invention may include a main body 100, a lower body bed 200, a lower body traction drive module 300, a head bed 500, and a head traction drive module 600 have.

<Body>

The main body 100 may include an upper body bed 110 forming an upper body seating surface on which the user's upper body is placed, and a body frame 120 supporting the upper body bed 110 .

A massage unit 111 capable of massaging the user's upper body may be formed in at least a portion of the upper body seating surface of the upper body bed 110 . The massage part 111 may be formed along the longitudinal direction of the upper body bed 110, and the inside may be hollow.

The surface of the massage unit 111 may be formed of a flexible material such as leather or cloth. In addition, a massage device 115 may be provided inside the massage unit 111 .

The massage device 115 may be provided to be movable along the hollow inside of the massage unit 111 , and may be provided to massage the user's upper body by movement. In this case, the massage device 115 may be provided to move along the user's spinal region to massage the user's spinal region.

The massage device 115 provides power for a massage member such as a roller or a ball, a massage frame to which the massage member is mounted and moving along the massage unit 111, rotation of the massage member and movement of the massage frame It may include a massage driving member.

In addition, the massage device 115 may further include a heating member that is heated by the supplied power to provide a heating function to the massage part.

A massage device having a heating function while massaging a user's body by movement is variously disclosed in a conventional massage device, and a detailed description thereof will be omitted.

The body frame 120 may be provided with a guide portion 121 for guiding the movement of the lower body bed 200 and the head bed 500 in and out.

The guide part 121 may be formed on the left and right sides of the body frame 120 when the longitudinal direction of the body frame 120 is viewed in the front-rear direction. At this time, the guide part 121 may protrude upward from the outside of the massage part 111 and may be formed to be elongated in the front and rear directions.

A first guide rail 122 in which at least a portion of the left and right sides of the lower body bed 200 is accommodated and moved in the guide part 121, and a second guide rail in which at least a portion of the left and right sides of the head bed 500 is accommodated and moved ( 123) may be formed.

Of course, recessed slots are formed on the left and right sides of the lower body bed 200 and the head bed 500, and a protrusion to be inserted into the slot is formed in the guide part 121, so that the lower body bed 200 and the head bed ( 500), a structure in which the withdrawal/input movement is guided may also be possible. As such, the pull-out guide structure of the lower body bed 200 and the head bed 500 is not limited to the above-described embodiment and may be applied to various known structures.

On the other hand, the body 100 may be provided with an upper body fixing member 130 for fixing the user's upper body.

The upper body fixing member 130 may be formed to have a predetermined length to wrap the user's upper body, and may be formed of a flexible material.

For example, the upper body fixing member 130 may be provided as a band made of leather or cloth material, and may be provided by being fixed to the upper surface of the upper body bed 110 or the body frame 120 .

In addition, the upper body fixing member 130 may be provided to selectively fix the user's upper body, and to selectively open the closed loop.

For example, the upper body fixing member 130 may be provided in a plurality spaced apart from the left and right. And, Velcro is provided at the ends corresponding to each other, the ends may be configured to be selectively coupled or detachable.

<Lower bed>

The lower body bed 200 may be provided on the main body 100 to be able to slide in and out. For example, the lower body bed 200 may be inserted into the first guide rail 122 on both left and right sides to form protrusions moving along the first guide rail 122 .

The lower body bed 200 may function to change the overall length of the spinal traction treatment device 1 by being pulled out in the longitudinal direction of the main body 100 .

At this time, the lower body bed 200 may be configured to overlap the upper body bed 110 above the upper body bed 110 in the retracted state. Accordingly, the lower body bed 200 may serve to protect the massage unit 111 by covering the upper portion of the upper body bed 110 in the retracted state.

In addition, the lower body bed 200 may form a lower body seating surface on which the user's lower body is placed in the drawn-out state.

In more detail, the lower body bed 200 may include a lower body bed unit 210 and a lower body bed leg unit 220 .

The lower body bed unit 210 is a portion that forms the lower body seating surface, and may be provided to selectively overlap the upper body bed 110 by drawing in and out.

The lower body bed unit 210 may be formed to have a left and right width corresponding to the left and right width of the upper body bed 110, and may extend to a predetermined length.

In addition, the lower body bed unit 210 may be provided with protrusions inserted into the first guide rail 122 on both left and right sides to be slidably movable along the first guide rail 122 .

The lower body bed leg part 220 may be formed to extend downwardly from the rear end of the lower body bed part 210 .

The lower body bed leg unit 220 may function to support the rear end of the lower body bed unit 210 in contact with the bottom surface of the space in which the spinal traction treatment device 1 is placed. Therefore, it is possible to prevent the problem that the lower body bed unit 210 is sagging in the drawn out state or damaged by the user's load, and the lower body bed 200 can stably support the user's lower body.

On the other hand, the lower end of the lower bed leg portion 220 is provided with a wheel 225 in contact with the floor surface, so that the pull-out of the lower body bed 200 can be made more smoothly.

Meanwhile, the lower body bed 200 may include a pelvic fixing member 230 for fixing the user's pelvis.

The pelvic fixing member 230 may be provided on the upper surface of the lower body bed unit 210 and may have a structure that surrounds the user's pelvis from both sides.

As an example, the pelvic fixing member 230 may be provided at a position corresponding to the user's pelvis, and formed to surround the user's pelvis from both sides by forming the pelvic support parts 231 protruding from the left and right positions spaced apart from each other. can be

In addition, the pelvic fixing member 230 may further include a pelvic fixing band 235 for more rigidly fixing the user's pelvis.

The pelvic fixing band 235 may be formed of a flexible material, and may function to wrap and fix the user's pelvis. In this case, an optional fixing member such as a belt is provided on one side of the pelvic fixing band 235 to selectively fix the user's pelvis.

According to the configuration of the lower body bed 200 as described above, the upper portion of the massage unit 111 may be covered and protected by the lower body bed unit 210 in a state in which the lower body bed 200 is retracted. And, the overall length of the spinal traction treatment device 1 is shortened by the retraction of the lower body bed 200, and storage is facilitated.

And, when the lower body bed 200 is withdrawn, the overall length of the spinal traction treatment device 1 is increased, and a seating surface on which the user's lower body is placed can be secured.

<Lower body traction drive module>

The lower body traction driving module 300 may be configured to function to reciprocate the lower body bed 200 within a predetermined distance in a state in which the lower body bed 200 is withdrawn.

In addition, the lower body traction driving module 300 is coupled to the lower body bed 200 so as to reciprocate the lower body bed 200 in a state in which the lower body bed 200 is withdrawn, and the lower body bed 200 . It may be configured such that the fixing with the lower body bed 200 is released when the is drawn in.

In detail, the lower body traction driving module 300 is a traction frame 310 that is movably coupled to the main body 100 in the pull-out direction of the lower body bed 200 , and traction for reciprocating the traction frame 310 . A driving device 320 may be included.

The traction frame 310 is disposed at the rear of the main body 100, and the traction frame body 311 to which the lower body bed 200 is fixed when the lower body bed 200 is withdrawn, and the traction frame body 311. It is formed and may include a guide member 312 for guiding the movement of the traction frame body (311).

The traction frame body 311 may be disposed below the lower body bed unit 210 and may be formed to have a predetermined width.

The guide member 312 may be applied in various structures capable of guiding the movement of the traction frame body 311 .

For example, the guide member 312 may be applied in a bar structure extending in the moving direction of the traction frame body 311 .

The guide member 312 may extend from the traction frame body 311 toward the main body 100 in a direction parallel to the pull-out direction of the lower body bed 200 .

The guide member 312 may be formed in one of the traction frame body 311 or may be formed in a plurality of spaced apart. For example, the guide member 312 may be formed on the left and right sides of the traction frame body 311, respectively. In addition, the guide member 312 may be provided in a plurality of vertically spaced apart from each other on the left and right sides of the traction frame body 311 .

Meanwhile, a guide member coupling portion 105 through which the guide member 312 passes may be formed in the main body 100 . The guide member coupling part 105 is formed so that the guide member 312 can move therethrough, and surrounds the guide member 312 to guide the movement of the guide member 312 .

The guide member coupling part 105 may be integrally formed with the body frame 120 , or may be formed by a separate configuration coupled to the body frame 120 .

As the guide member 312 passes through the guide member coupling part 105 and is coupled to the main body 100 , the traction frame body 311 moves in the same direction as the pull-out direction of the lower body bed 200 . It may be possible to provide.

On the other hand, the traction frame 310 and the lower body bed 200 may be configured to be selectively coupled by various methods, and may be configured to be selectively coupled manually.

For example, the traction frame 310 and the lower body bed 200 may be provided with coupling elements that are positioned to correspond to each other in a state in which the lower body bed 200 is withdrawn and interact with each other.

In detail, the lower body bed fixing part 311a may be formed in the traction frame body 311 .

In addition, a frame fixing part 211 interlocking with the lower body bed fixing part 311a may be formed on a lower surface of the lower body bed part 210 .

Any one of the lower bed fixing part 311a and the frame fixing part 211 may be formed in a structure forming a groove. And, the other one may be formed as a protrusion structure inserted into the groove.

In more detail, the lower body bed fixing part 311a may have a protrusion structure protruding upward.

In addition, the frame fixing part 211 may be formed in a structure in which a groove is opened downward so that the lower body bed fixing part 311a can be inserted thereinto. In this case, the frame fixing part 211 may be formed at a position corresponding to the lower body bed fixing part 311a in a state in which the lower body bed 200 is withdrawn.

When the user withdraws the lower body bed 200 for use of the spinal traction treatment device 1, when the lower body bed fixing part 311a is positioned to correspond to the frame fixing part 211, the lower body bed fixing part ( 311a) may be inserted into the frame fixing part 211 .

And, when the lower body bed fixing part 311a is inserted into the frame fixing part 211, the lower body bed 200 is fixed to the traction frame 310, and the lower body bed 200 and the traction frame 310 is in a state where it can move together.

And, when the lower body bed 200 is lifted to a predetermined height and the lower body bed fixing part 311a is separated from the frame fixing part 211, the fixing state of the lower body bed 200 and the towing frame 310 is released and the lower body bed 200 can be retracted. To this end, the lower body bed 200 may be provided to be lifted to a height at which the lower body bed fixing part 311a can be detached from the drawn-out state.

For example, a free space is formed upwardly in the first guide rail 122 so that the lower body bed 200 can be lifted upward by the free space.

On the other hand, the coupling element may be applied as an automatic device such as an electromagnet device, a groove and an electric piston device selectively inserted into the groove, a ring and an electric hook device selectively caught on the ring.

Meanwhile, the traction driving device 320 may include an air pump 322 and an airbag 321 that is inflated by the operation of the air pump 322 .

The air pump 322 may function to supply air to the airbag 321 during operation to inflate the airbag 321 .

The airbag 321 may be disposed between the traction frame body 311 and the main body 100 to function to move the traction frame body 311 rearward by expansion.

By the expansion of the airbag 321, the tow frame body 311 and the lower body bed 200 may be withdrawn by a predetermined distance rearward. That is, the lower body bed 200 may be further withdrawn by a predetermined distance by the inflation of the airbag 321 .

As the lower body bed 200 is further withdrawn by a predetermined distance, the lower body of the user fixed to the lower body bed 200 is pulled, and lumbar traction can be achieved.

And, when the air pump 322 is stopped, the air pressure inside the air bag 321 is released and can be contracted by the user's body restoring force. In addition, the traction frame body 311 may be moved forward a predetermined distance by the contraction of the airbag 321 . That is, the lower body bed 200 may be retracted by a predetermined distance by the contraction of the airbag 321 .

By the continuous or repeated operation of the air pump 322 , the lower body bed 200 is further withdrawn or retracted by a predetermined distance, thereby continuously or repeatedly pulling the user's lumbar spine.

Meanwhile, the reciprocating motion distance of the traction frame body 311 may be limited by the maximum expansion and contraction size of the airbag 321 . Alternatively, a pair of stoppers are formed in contact with one side of the main body 100 on the guide member 312 to limit the pull-out distance of the traction frame body 311 , and the reciprocating motion of the traction frame body 311 . The distance may be limited by the stopper.

As such, the reciprocating motion distance of the traction frame 310 may be variously set according to the specifications of the stopper and the airbag 321 . At this time, the set distance of the reciprocating motion of the traction frame 310 may be formed shorter than the maximum pull-out distance of the lower body bed 200 .

Accordingly, the traction frame body 311 may be provided to be reciprocally movable within a set interval, and the lower body bed 200 may be reciprocated within a set interval by the lower body traction driving module 300 .

Meanwhile, the air pump 322 may be applied with a specification capable of forward and reverse rotation, so that the airbag 321 can be expanded and contracted more smoothly by the forward and reverse rotation.

On the other hand, it is possible that an elastic member (not shown) such as a coil spring is provided between the traction frame body 311 and the main body 100 so that the return of the traction frame 210 is made more smoothly. will be.

On the other hand, in the above-described embodiment, the traction driving device 320 has been described as an example consisting of the airbag 321 and the air pump 322, but the traction driving device 320 is not limited to the above-described embodiment. , may be applied to various configurations and structures that can reciprocate the traction frame body 311 .

As another example, the traction drive device 320 is provided on any one of the traction frame body 311 and the main body 100 and includes a motor equipped with a pinion on a rotating shaft, and the traction frame body 311 provided on the other. ) extending in the moving direction and may be composed of a rack gear interlocking with the pinion.

<head bed>

On the other hand, the head bed 500 is provided to be able to slide in and out of the main body 100, it may be provided so as to be able to be drawn out from the main body 100 in a direction opposite to the lower body bed 200. That is, when the lower body bed 200 is viewed as being drawn out from the main body 100 to the rear, the head bed 500 can be viewed as being drawn out from the main body 100 to the front.

The head bed 500 may be inserted into the second guide rail 123 on both left and right sides, and protrusions moving along the second guide rail 123 may be formed.

The head bed 500 may be withdrawn in the longitudinal direction of the main body 100 to change the overall length of the spinal traction treatment device (1).

At this time, the head bed 500 may be configured to overlap with the upper body bed 110 above the upper body bed 110 in the retracted state. Accordingly, the head bed 500 may serve to protect the massage unit 111 by covering the upper part of the upper body bed 110 in the retracted state.

At this time, it can be seen that the upper body bed 110 is partially covered by the lower body bed 200 , and the other upper part is covered by the head bed 500 .

And, the head bed 500 may form a head seating surface on which the user's head is placed in the drawn-out state.

In more detail, the head bed 500 may be formed in a structure symmetrical to the lower body bed 200 with respect to the main body 100 .

The head bed 500 may include a head bed unit 510 and a head bed leg unit 520 .

The head bed unit 510 is a portion forming the head seating surface, and may be provided to selectively overlap the upper body bed 110 by pulling out and entering.

The head bed unit 510 may be formed to have a left and right width corresponding to the width of the upper body bed 110, and may be formed to extend to a predetermined length.

In addition, the head bed unit 510 may be provided with protrusions inserted into the second guide rail 123 on left and right sides to be slidably movable along the second guide rail 123 .

The head bed leg part 520 may extend downward from the front end of the head bed part 510 .

The head bed leg unit 520 may function to support the front end of the head bed unit 510 in contact with the bottom surface of the space in which the spinal traction treatment device 1 is placed. Therefore, it is possible to prevent the problem that the head bed unit 510 is sagging in the drawn out state or damaged by the user's load, and the head bed 500 can stably support the user's head.

On the other hand, the lower end of the head bed leg portion 520 is provided with a wheel 525 in contact with the floor, so that the pull-out of the head bed 500 can be made more smoothly.

On the other hand, the head bed 500 may include a head fixing member 530 for fixing the user's head.

The head fixing member 530 may be provided on the upper surface of the head bed unit 510, and may be formed to cover the user's head from both sides.

As an example, the head fixing member 530 may be provided at a position corresponding to the user's head, and wraps the user's head from both sides by forming the head support part 531 protruding from the left and right positions spaced apart from each other. can be formed to

According to the configuration of the head bed 500 as described above, in a state in which the head bed 500 is retracted, a portion of the upper portion of the massage unit 111 may be covered and protected by the head bed unit 510 . And, the overall length of the spinal traction treatment device (1) is shortened by the retraction of the head bed (500), and storage is facilitated.

And, when the head bed 500 is withdrawn, the overall length of the spinal traction treatment device 1 is increased, and a seating surface on which the user's head is placed can be secured.

<Head Traction Drive Module>

On the other hand, the head bed 500 may pull the user's cervical vertebrae in the same operating principle as the lower body bed 200 .

That is, the head traction driving module 600 has the same operating structure and configuration as the lower body traction driving module 300 , and may be provided symmetrically with the lower body traction driving module 300 around the main body 100 . have.

The head traction driving module 600 may be configured to function to reciprocate the head bed 500 within a predetermined distance in a state in which the head bed 500 is withdrawn.

And, the head traction driving module 600 is coupled to the head bed 500 so as to reciprocate the head bed 500 in a state in which the head bed 500 is withdrawn, and the head bed 500 It may be configured such that the fixing with the head bed 500 is released when the is drawn in.

In detail, the head traction driving module 600 reciprocates the head traction frame 610, the head traction frame 610 that are movably coupled to the main body 100 in the withdrawal/intake direction of the head bed 500 It may include a head traction drive device (620).

The head traction frame 610 is disposed in front of the main body 100 and the head traction frame body 611 to which the head bed 500 is fixed when the head bed 500 is pulled out, the head traction frame body ( It is formed in 611) and may include a guide member 612 for guiding the movement of the head traction frame body (611).

The head traction frame body 611 may be disposed below the head bed unit 510, and may be formed to have a predetermined width.

The guide member 612 may be applied in various structures capable of guiding the movement of the head traction frame body 611 .

As an example, the guide member 612 may be applied in a bar structure extending in the moving direction of the head traction frame body 611 .

The guide member 612 may extend from the head traction frame body 611 toward the main body 100 in a direction parallel to the pull-out direction of the head bed 500 .

The guide member 612 may be formed in one of the head traction frame body 611 or may be formed in a plurality of spaced apart. As an example, the guide member 612 may be formed on the left and right sides of the head traction frame body 611, respectively. In addition, the guide member 612 may be provided with a plurality of vertically spaced apart from each other on the left and right sides of the head traction frame body (611).

Meanwhile, a guide member coupling portion 106 through which the guide member 612 passes may be formed in the main body 100 . The guide member coupling portion 106 is formed to be movable through the guide member 612 , and surrounds the guide member 612 to guide the movement of the guide member 612 .

The guide member coupling part 106 may be integrally formed with the body frame 120 or may be formed by a separate configuration coupled to the body frame 120 .

As the guide member 612 passes through the guide member coupling portion 106 and is coupled to the main body 100 , the head traction frame body 611 moves in the same direction as the pull-out direction of the head bed 500 . It may be provided to be movable.

On the other hand, the head traction frame 610 and the head bed 500 may be configured to be selectively coupled by various methods, and may be configured to be selectively coupled manually.

For example, the head traction frame 610 and the head bed 500 may be provided with coupling elements that are positioned to correspond to each other in a state in which the head bed 500 is withdrawn and interact with each other.

In detail, the head traction frame body 611 may be formed with a head bed fixing part 611a.

In addition, a frame fixing part 511 interlocking with the head bed fixing part 611a may be formed on a lower surface of the head bed part 510 .

Any one of the head bed fixing part 611a and the frame fixing part 611 may be formed in a structure forming a groove. And, the other one may be formed as a protrusion structure inserted into the groove.

In more detail, the head bed fixing part 611a may be formed in a protrusion structure protruding upward.

And, the frame fixing portion 511 may be formed in a structure that forms a groove that is opened downward so that the head bed fixing portion (611a) can be inserted. In this case, the frame fixing part 511 may be formed at a position corresponding to the head bed fixing part 611a in a state in which the head bed 500 is withdrawn.

When the user withdraws the head bed 500 for use of the spinal traction treatment device 1, when the head bed fixing part 611a is positioned to correspond to the frame fixing part 511, the head bed fixing part ( 611a) may be inserted into the frame fixing part 511 .

And, when the head bed fixing part 611a is inserted into the frame fixing part 511, the head bed 500 is in a state fixed to the head traction frame 610, and the head bed 500 and the head The towing frame 610 is in a movable state together.

And, when the head bed 500 is lifted to a predetermined height and the head bed fixing part 611a is separated from the frame fixing part 511, the head bed 500 and the head traction frame 610 are fixed The state is released, and the head bed 500 can be retracted. To this end, the head bed 500 may be provided so as to be lifted to a height at which the head bed fixing part 611a can be detached from the drawn-out state.

For example, a free space is formed upwardly in the second guide rail 123 so that the head bed 500 can be lifted upward by the free space.

On the other hand, the coupling element for the selective fixing of the head bed 500 and the head traction drive module 600 is an electromagnet device, an electric piston device selectively inserted into the groove and groove, an electric hook device selectively caught on the ring and the ring, etc. It may be applied as an automatic device of

On the other hand, the head traction driving device 620 may include an air pump 622 and an airbag 621 that is inflated by the operation of the air pump 622 .

The air pump 622 may serve to supply air to the airbag 621 when driven to inflate the airbag 621 .

The airbag 621 is disposed between the head traction frame body 611 and the main body 100, and may function to draw the head traction frame body 611 forward by inflation.

The head traction frame body 611 and the head bed 500 may be withdrawn by a predetermined distance forward by the expansion of the airbag 621 . That is, the head bed 500 may be further withdrawn by a predetermined distance by inflation of the airbag 621 .

As the head bed 500 is further withdrawn by a predetermined distance, the user's head fixed to the head bed 500 is pulled, and traction of the cervical spine can be achieved.

And, when the air pump 622 is stopped, the air pressure inside the air bag 621 is released and can be contracted by the user's body restoring force. And, by the contraction of the airbag 621, the head traction frame body 611 may be moved to the rear by a predetermined distance and returned to its original position.

By the continuous or repeated operation of the air pump 622, the head bed 500 is further withdrawn or retracted by a predetermined distance to continuously or repeatedly pull the user's cervical vertebrae.

On the other hand, the reciprocating motion distance of the head traction frame body 611 may be limited by the maximum expansion and contraction size of the airbag 621 . Alternatively, a pair of stoppers are formed in contact with one side of the main body 100 on the guide member 612 to limit the pulling-out distance of the head traction frame body 611, and the head traction frame body 611 of The reciprocating motion distance may be limited by the stopper.

In this way, the reciprocating motion distance of the head traction frame 610 may be variously set according to the specifications of the stopper and the airbag 621 . At this time, the set distance of the reciprocating motion of the head traction frame 610 may be formed to be shorter than the maximum pull-out distance of the head bed 500 .

Accordingly, the head traction frame body 611 may be provided reciprocally within a set interval, and the head bed 500 may be reciprocated within a set interval by the head traction drive module 600 . .

On the other hand, the air pump 622 may be applied with a specification capable of forward and reverse rotation, so that expansion and contraction of the airbag 621 may be performed more smoothly by forward and reverse rotation.

On the other hand, an elastic member (not shown) such as a coil spring is provided between the head traction frame body 611 and the main body 100, so that the return of the head traction frame 610 is made more smoothly It will also be possible

On the other hand, in the above-described embodiment, the head traction driving device 620 has been described as an example consisting of an airbag 621 and an air pump 622, but the head traction driving device 620 is limited to the above-described embodiment. It does not, and will be applicable to various configurations and structures that can reciprocate the head traction frame body 611 .

As another example, the head traction drive device 620 is provided in any one of the head traction frame body 611 and the main body 100 and is provided with a motor equipped with a pinion on the rotation shaft, and the head traction frame is provided on the other one. It may be configured as a rack gear extending in the moving direction of the body 611 and interlocking with the pinion.

According to the spinal traction treatment device 1 according to the embodiment of the present invention described above, the user can easily store the lower body bed 200 and the head bed 500 by minimizing the length of the spine traction treatment device 1 by inserting the head bed 500 in. will do

And, when the user withdraws the lower body bed 200 and the head bed 500 for the use of the spinal traction treatment device 1, a seating surface on which the user's head, upper body and lower body can be placed can be secured. That is, the upper body bed 110 is exposed so that the user's upper body can be placed, the user's head can be placed on the head bed 500 , and the user's lower body can be placed on the lower body bed 200 . do.

In addition, the lower body bed 200 is fixed to the lower body traction drive module 300 in the drawn-out state, and is capable of reciprocating movement by a predetermined distance by the operation of the lower body traction drive module 300 .

In addition, the head bed 500 is fixed to the head traction driving module 600 in the drawn-out state and is in a state capable of reciprocating movement by a predetermined distance by the operation of the head traction driving module 600 .

When the user operates the spinal traction treatment device 1 so that the massage device 115 is operated while the user is lying on the deployed spinal traction treatment device 1, the spinal region is heated and massaged by the massage device 115. can

And, when the spinal traction treatment device 1 is operated so that the lower body traction drive module 300 is operated, the user's lumbar spine can be traction treated by the reciprocating movement of the lower body bed 200 .

And, when the spinal traction treatment device 1 is operated so that the head traction drive module 600 is operated, the user's cervical spine can be traction treated by the reciprocating movement of the head bed 500 .

On the other hand, in the above-described embodiment of the present invention, the lower body bed 200 and the head bed 500 have both been described as an example, but the present invention is not limited thereto and the lower body bed 200 and the head bed are not limited thereto. Any one of the 500 is applied in a structure that can be withdrawn, any one may be removed or may be fixedly provided to the body 100 .

When any one of the lower body bed 200 and the head bed 500 is fixedly provided to the main body 100, any one of the lower body traction drive module 300 and the head traction drive module 600 corresponds to this may be removed.

As an example, the head traction driving module 600 is not provided, and the head bed 500 may be fixedly provided to the main body 100 . Alternatively, the head bed part 510 and the head bed leg part 520 are not formed, and the head fixing member 530 may be provided in the main body 100 .

1: Spinal Traction Therapy Device
100: body
105, 106: guide member coupling part
110: upper body bed
111: massage unit
115: massage device
120: body frame
121: guide unit
122: first guide rail
123: second guide rail
130: upper body fixing member
200: lower body bed
210: lower body bed
211: frame fixing part
220: lower body bed legs
225: wheel
230: pelvic fixation member
300: lower body traction drive module
310: tow frame
311: tow frame body
311a: lower body bed fixing part
312: guide member
320: traction drive device
321: air bag
322: air pump
500: head bed
510: head bed unit
511: frame fixing part
520: head bed legs
525: wheel
530: head fixing member
600: head traction drive module
610: head towing frame
611: head towing frame body
611a: head bed fixing part
612: guide member
620: head traction drive device
621: air bag
622: air pump

Claims (5)

a body provided with an upper body bed on which the user's upper body is placed, and a massage device for massaging the user's body placed on the upper body bed;
an upper body fixing member provided on the main body to wrap and fix the user's upper body;
It is provided in the main body so as to be able to withdraw and change the overall length of the bed, cover the upper body bed from above in the retracted state, open the upper body bed in the withdrawn state, and form a lower body seating surface on which the user's lower body is placed lower body bed;
a pelvic fixing member provided in the lower body bed and fixing the user's pelvis;
The lower body is provided at the end of the body in the withdrawal direction side of the lower body bed and is provided to be reciprocally movable within a set interval in the pull-out direction of the lower body bed, and the lower body is in a state in which the lower body bed is drawn out so that the lower body seating surface is formed. a towing frame movably coupled with the bed;
Includes; a traction drive device for providing reciprocating power to the traction frame;
In a state in which the lower body bed is drawn out to form the lower body seating surface and coupled to the traction frame, as the traction frame reciprocates within a set interval, a spinal traction treatment device is provided, characterized in that a spinal traction function is provided. The method of claim 1,
The tow frame is
The maximum retracted state to the main body is set as an initial state, and is drawn out to a set distance by the operation of the driving device, so that the combined lower body bed is further drawn out to a set distance. The method of claim 1,
The lower body bed is drawn in and out in the front and rear along the longitudinal direction of the body,
A frame fixing part for coupling with the traction frame is formed on the lower surface of the front end of the lower body bed,
A lower body bed fixing part for coupling with the frame fixing part is formed on one side of the traction frame corresponding to the frame fixing part in a state in which the lower body bed is withdrawn so that the upper body bed is opened,
Any one of the frame fixing part and the lower body fixing part is formed in a groove structure, and the other is a spinal traction treatment device, characterized in that it is formed in a protrusion structure inserted into the groove in a state positioned to correspond to the groove. The method of claim 1,
a head bed that is provided in the main body so as to be able to pull out and change the overall length of the bed, and is pulled out in a direction opposite to the pulling out direction of the lower body bed, on which the user's head is placed;
It is provided on the main body to be reciprocally movable within a set interval in the pulling-out direction of the head bed, and is coupled to be movable with the head bed when the head bed is pulled out, and the head bed is moved within a set interval by reciprocating movement. Spinal traction treatment device comprising a; head traction driving module for reciprocating in the. 5. The method of claim 4,
The head traction drive module,
a head traction frame mounted to the main body to be reciprocally movable, and to which the head bed is fixed in a state in which the head bed is withdrawn;
Spinal traction treatment device comprising a; head traction driving device for providing movement power to the head traction frame.

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