KR100758929B1 - Backbone nerve activating instrument - Google Patents

Abstract

A backbone nerve activating instrument is provided to allow a user to stretch his/her backbone properly for his/her own body condition so as to prevent the disc disease, and to move the joint and bone of an each body portion smoothly so as to prevent the aging phenomenon. A backbone nerve activating instrument comprises: a lower-body support(100); an upper-body support(200), connected to the lower-body support(100) by a hinge(300); a folding adjuster(400), connected to the both supports(100,200); two longitudinal front supporting plates(110,110'); many transverse front bridges(120), connected to the lower-body support(100) longitudinally between the longitudinal front supporting plates(110,110'); two longitudinal rear supporting plates(210,210'); and many transverse rear bridges(220), connected longitudinally to the upper-body support(200) between the longitudinal rear supporting plates(210,210'), wherein the vertical widths of the front and rear supporting plates(110,110',210,210') become narrow toward an upper side in which the both supports(100,200) are connected to each other by means of the hinge(300).

Description

Backbone nerve activating instrument

1 is a front view of a spinal nerve activator according to the prior art.

Figure 2 is a perspective view of the spinal nerve activator according to the present invention.

Figure 3 is an exploded perspective view of the spinal nerve activator according to the present invention.

Figure 4a, 4b, 4c is a state of use of the spinal nerve activator according to the present invention.

5 is a perspective view showing a state in which the spinal nerve activator is folded and stored according to the present invention.

Figure 6a, 6b is an illustration showing another state of use of the spinal nerve activator according to the present invention.

<Brief description of symbols for the main parts of the drawings>

100: lower leg support 110,110 ': front support

120: front bridge 200: upper body support

210,210 ': Rear support 220: Rear bridge

300: hinge portion 400: bending adjustment portion

The present invention relates to a spinal nerve activator, and in particular, the lower part between the lower support and the upper support in the state in which the short upper body supporting part having the same shape and the short upper body supporting part having the same shape is coupled by the hinge part. Wire is connected, and the length of the wire is adjusted so that the amount of bending can be adjusted so that many users with different physical conditions can be used to properly straighten the spine according to their physical condition and prevent disc disease. By allowing the joints and bones of each part to move smoothly, the aging phenomenon can be prevented, and depression or anxiety can be solved accordingly.

In general, the vertebrae are disc-shaped joints between the neck and the lumbar spine, between each joint, with the cartilaginous plates in contact with the vertebrae. The outer periphery of the spine is surrounded by elastic annular fibers. The inner core contains a soft nucleus.

Disc disease generally occurs in the nucleus pulposus and fibrosus located between the spine and the spine, also known as nucleus effusion, in which the nucleus escapes, and occurs mainly in the discs of the neck, chest, and lumbar spine.

The cause of disc disease is caused by the protruding nucleus between the vertebrae and the vertebrae due to excessive load or external shock, which causes the nerve roots to be compressed, which causes not only low back pain but also radiation pain in the lower body where the nerves are connected. Further worse, even worse, the upright state is unable to do normal activities at all.

In the treatment of disc disease, spinal nerve activators (also known as vertebrae or kurunta) are used to extend the compressed spine and the spine by using external force, thereby restoring the vertebral and vertebral bodies to their original state. This spinal nerve activator has been proposed in the horizontal direction between the circular support (510, 510 ') as shown in Figure 1 of the present inventors design registration rights (Registration No. 30-0300830) 520 is coupled, the support member 530 is coupled to both ends of the arc support (510, 510 ') so that when the user is lying on it relaxes the spine to keep the flow of the spine properly It can be maintained by the spine.

However, since the arc support 510 (510 ') of the prior art is made of a constant curvature, it may not be used depending on the physical condition of the user, and it may be difficult to manufacture, and it may be inconvenient to move. . And after use, there was a lot of difficulty in storing as the total length of the arc support (510, 510 ').

The present invention has been made to solve the above problems, and the lower body support portion having the same shape as the length of the lower body support portion having a length of the ladder between the lower body support portion and the upper body support portion in the state coupled to the hinge portion. By connecting the lower part of the wire with a wire, the length of the wire is variable so that the amount of bending can be adjusted so that many users with different physical conditions can use the spine to straighten according to their physical condition to prevent disc disease. The purpose of the present invention is to provide a spinal nerve activator that can prevent the aging phenomenon and thereby relieve depression or anxiety by allowing joints and bones of each part to move smoothly.

The present invention for achieving the above object is coupled to the lower support portion 200 to the lower support portion 200 by the hinge portion 300, the lower support portion 100 and the upper support portion 200 is bent to In the spinal nerve activator configured to be coupled to the control unit 400, the lower leg support 100 is a horizontal front bridge 120 between the longitudinal front support (110, 110 ') in the longitudinal direction A plurality of coupled to the upper support portion 200 is a plurality of rear bridges 220 in the horizontal direction is coupled between the longitudinal rear support (210, 210 ') in the longitudinal direction, respectively, The front support (110) (110 ') and the rear support (210, 210') of the vertical width is narrowed toward the upper portion coupled to the hinge portion 300 is characterized in that it is formed in a curved shape.

In addition, the bending adjustment unit 400 is coupled to the front reinforcement bridge 410 having a first through hole 411 is formed at the lower end of the lower leg support 100 to which the front bridge 120 is coupled, the first through The front wire 420 having the first locking protrusion 421 is inserted into the groove 411, and the second through hole 431 is formed at the lower end of the upper body support part 200 to which the rear bridge 220 is coupled. The rear reinforcement bridge 430 is coupled and the rear wire 440 having the second locking protrusion 441 is inserted into the second through hole 431, and between the front wire 420 and the rear wire 440. Length adjuster 450 is characterized in that coupled.

In addition, fifth through holes 111 and 111 'are respectively formed on the upper ends of the front supports 110 and 110' of the lower body support part 100 to handle the fifth through holes 111 and 111 '. It is characterized in that the rod 170 is inserted.

In addition, the combination of the front support 110 and the front bridge 120 is coupled to the front support 110 by forming a third through hole 130 having a locking step 131 formed in each of the front support 110. The screw 140 is hooked to the locking step 131, characterized in that the stopper 150 is inserted into the third through hole 130, the screw 140 is inserted.

Fourth through holes 121 and 121 'are formed at both ends of the front bridge 120 at the lowermost end of the front bridge 120 so that both sides of the hanger line 160 are inserted from the top to the bottom. To provide a spinal nerve activator, characterized in that it is configured to be hooked to the fourth through groove 121 by making a knot 161 in the hanger line 160 exposed to the lower portion of the fourth through groove 121, 121 '. To that purpose is achieved.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

Spinal nerve activator according to the present invention is composed of a lower body support 100, upper body support 200, the hinge portion 300 and the bending control unit 400 as shown in Figures 2, 4a to 4c have.

In this case, the lower leg support part 100 is formed to have a ladder shape by using an aggregated wood (larch) to maintain strength and extend its life, and to have a natural appearance. It is configured to provide the main functions that can be supported.

To this end, the lower leg support part 100 has two lengths of the front support members 110 and 110 ′ having a predetermined thickness and height, as wide as the length of the front bridge 120, and is placed in the longitudinal direction. Between the 110 and 110 ′ is configured to be coupled to the plurality of front bridge 120 in the horizontal direction in the longitudinal direction.

The combination of the front support 110 and the front bridge 120 forms a third through hole 130 having a locking step 131 formed in each of the front support 110 to which the front bridge 120 is coupled, The front bridge 120 is coupled to the screw 140 as the screw 140 is inserted into the third through hole 130 formed in the front support 110 and rotated by a screwdriver, etc., to the front bridge 120. The head of the screw 140 to be coupled is configured to be caught on the locking step 131.

In addition, the third through hole (130) into which the screw 140 is inserted and the third through hole (3) to prevent the head of the screw 140 inserted into the third through hole 130 is exposed to the outside. 130, the stopper 150 is configured to be fitted by interference fit.

In the present invention, the front bridge 120 is to be coupled to the front support 110 by a screw, but in addition to such a screw coupling so as to be formed in each of the half jaw-shaped irregularities in the portion where the front support 110 and the front bridge 120 is coupled. Can be combined in the form of an interference fit.

In addition, each of the front support (110, 110 ') is formed in a curved shape that narrows the vertical width toward the hinge portion 300 coupled to the rear support (210, 210') to be described later hinge portion When the front support (110) (110 ') and the rear support (210) (210') is bent at a certain angle by the rounded portion is bent rounded by the user does not feel heterogeneity when lying on it The spine is configured to bend correctly.

In addition, fifth through holes 111 and 111 ′ having predetermined diameters are formed at upper ends of the front supports 110 and 110 ′ constituting the lower body support part 100, respectively. By allowing the handle bar 170 to be inserted into the 111 and 111 ′ s, it is possible to prevent the user from overlying the spine in the process of lying down or rising.

On the other hand, when forming at least one through groove 111 (111 ') formed in the front support (110) (110') can be used by inserting the handle bar 170 to fit the user's body shape.

The upper support 200 is formed in the same shape as the lower support 100, the length is somewhat shorter than the lower support 100 is configured to provide a function that can bend more spine.

To this end, the upper support 200 is a plurality of rear bridge 220 in the horizontal direction is coupled between the plurality of rear support (210, 210 ') in the longitudinal direction, each of the rear support ( 210 and 210 ′ are configured to be formed in a curved shape in which the vertical width is narrowed toward the upper portion coupled to the hinge portion 300.

In addition, the combination of the rear support 210 and the rear bridge 220 constituting the upper support 200 is coupled in the same way as the front bridge 120 is coupled to the front support 110 by screws 140. It is configured to be.

The hinge part 300 prevents the lower body support part 100 and the upper body support part 200 from being separated from each other, and at the same time, the upper body support part 200 is freely bent at a predetermined angle with respect to the lower body support part 100. The upper support panel 310, which has a plurality of fastening grooves 311, is formed to be provided with a function capable of being rotatably coupled to the lower support panel 320 on which the other fastening grooves 321 are formed by the hinge shaft 330. Is configured to be, the lower body support panel 320 is coupled to the upper portion of the lower body support portion 100, the upper body support panel 310 is a screw 140 or nail to the upper portion of the upper body support portion 200 bottom It is configured to

In addition, the hinge shaft 330 prevents the lower support portion 100 and the upper support portion 200 from protruding upward when the upper support portion 200 is bent at an arbitrary angle to prevent direct contact with the user's waist. It is more desirable to be in position.

The bending adjustment unit 400 has a function of adjusting the bending amount of the portion coupled to the hinge portion 300 by adding or subtracting a gap between the lower end of the lower body support part 100 and the lower end of the upper body support part 200. The front reinforcing bridge 410 having a first through hole 411 is screwed to the lower end of the lower body support 100 to which the bridge 120 is coupled, and a first catching protrusion (1) to the first through hole 411. The front wire 420 formed with the 421 is fitted to the second engaging projection 421 is hooked to the first through groove 411.

In addition, a rear reinforcement bridge 430 having a second through hole 431 is screwed into a lower end of the upper body support 200 to which the rear bridge 220 is coupled, and a second into the second through hole 431. The rear wire 440 having the locking protrusion 441 is fitted therein, and the second locking protrusion 441 is hooked to the second through hole 431.

And between the front wire 420 and the rear wire 440 is configured to be coupled to the length adjustment tool 450 having a function of pulling or releasing each of the front wire 420 and the rear wire 440. have.

The length adjustment port 450 is composed of a turnbuckle coupled to the both sides of the hook 452 to the control body 451, the left and right screws, the length adjustment 450 is an electric winding motor in addition to the turnbuckle Can be used.

The winding motor is supplied to a motor capable of forward and reverse rotation, while not shown, so that the rotational force of the motor is transmitted to the worm and the worm wheel, and the front wire 420 is connected to the drum when the drum is coupled to the worm wheel. Alternatively, one of the rear wires 440 may be wound or unwound to adjust the amount of bending of the upper support portion 200 with respect to the lower support portion 100 constituting the spinal nerve activator.

Meanwhile, fourth through holes 121 and 121 ′ are formed at both ends of the front bridge 120 coupled to the lowermost end of the front bridge 120 coupled to the front supports 110 and 110 ′. Both sides of the hook line 160 are inserted to penetrate toward the end, and a knot 161 is formed in the hook line 160 exposed to the lower portion of the fourth through holes 121 and 121 ′, and thus the fourth through hole 121 is formed. It is configured to be hooked to the (121 ') it is possible for the user to perform a sit-ups that can exercise the abdominal muscles in addition to the relaxation of the spine.

The spine is relaxed using the spinal nerve activator having such a configuration as follows.

First, as shown in FIG. 5, the lower leg support part 100 and the upper support part 200 are pulled out of the spinal nerve activator which is stored in a folded state by the hinge part 300 or as shown in FIG. 2 or FIG. 3A. As shown, the lower body support part 100 and the upper body support part 200 are unfolded around the hinge part 300 so that both ends of each of the lower body support part 100 and the upper body support part 200 are located on the floor. To reach.

At this time, between the front reinforcement bridge 410 and the rear reinforcement bridge 430 rotates the control body 451, which is a turnbuckle connected between the front wire 420 and the rear wire 440, the control body 451 The hook 452 coupled to both sides of the left and right screws is pulled toward the center of the adjuster body 451 according to the rotation direction of the adjuster body 451 or loosened to the outside of the adjuster body 451 to loosen. do. When the hook 452 is pulled toward the center of the regulator body 451, the spinal nerve activator has a greater amount of bending as shown in FIG. 4B than shown in FIG. 4A.

Next, the lower body support part 100 and the upper body support part 200 by using the length adjustment unit 450 in a state that is bent properly, as shown by the dashed line in FIG. Supported by the front bridge 120 and the rear bridge 220 coupled to the part 100 and the upper body support 200, the user's waist, that is, the spine is normally stretched downward by its own weight without difficulty. By relaxing between the pressed spine and the vertebrae to restore the vertebrae and the vertebrae intact, through which the protruding nucleus is restored, the flow of the vertebrae can be corrected and maintained as a healthy spine.

In addition, as the upper body of the user leans back, the space occupied by the lungs and the heart can be widened to treat lung and heart diseases, and the space becomes larger as above to solve indigestion, and the location of the kidneys, bladder and uterus. By correcting this, women can easily relieve menstrual cramps.

In addition, the waist is severely bent backwards to prevent the aging of the waist bending and the five shoulders and shoulders disappear, and the front and back of the body is softened at the same time to treat high blood pressure and low blood pressure at the same time a lot of blood is supplied to the cerebrum It can also help get rid of depression and anxiety.

On the other hand, as shown in Figure 4c, after pulling the hook line 160 caught in the fourth through groove 121 of the front bridge 120 to be pulled out and then put the user's ankle on the hook line 160 After you put in, you can repeat the sit-ups so that you can train your abs in addition to relaxing your spine.

After the user relaxes or raises the upper body using the spinal nerve activator, the upper support 110 and 110 ′ of the lower support 100 are raised and at the same time the upper support 200 based on the hinge 300. ) Is folded as shown in Figure 5, so that it can be easily stored standing in a narrow space.

In the present invention, the lower body support portion 100 and the upper body support portion 200 constituting the spinal nerve activator so that the bending amount is controlled by the front wire 420 and the rear wire 440 coupled to the length adjusting device 450 However, in addition to such a configuration as shown in Figure 6a, 6b to tie the strap (S) to the front reinforcement bridge 410 and the rear reinforcement bridge 430,

The front reinforcing bridge 410 is tied to one side of the string (S) to prevent loosening,

The other side of the strap (S) may be used to be tied to the knot 470 that can be adjusted to the length of the strap (S) by winding the rear reinforcement bridge 430.

As described above, the present invention connects the lower part between the lower body support part and the upper body support part by a wire in a state where the upper body support part having the same shape and the shorter upper body support part having the same shape are coupled by the hinge part. By varying the length of the wire, the amount of bending is controlled so that users with different physical conditions can straighten the spine according to their physical condition to prevent disc disease.

In addition, by allowing the joints and bones of each part of the body to move smoothly to prevent the phenomenon of aging, it is possible to solve the depression accordingly.

In addition, due to sufficient cerebral blood supply, concentration, insight, and understanding increase, so that not only ordinary people and examinees but also those who perform meditation or spirituality can receive much spiritual help.

And the present invention is an apparatus that can solve the indigestion, constipation, dysmenorrhea, infertility, etc. caused by office workers, examinees, elderly people, women due to upright life and posture. The spine bends like a bow, and all the organs narrowed downward from the lower body than the lower body find their position and reattach upwards, so that menstrual irregularities or cramps caused by organ narrowing of the lower abdomen are treated, It also solves the physiological problems of women suffering from infertility.

Claims (5)

The lower body support part 100 is coupled to the upper support part 200 by the hinge part 300, and the lower body support part 100 and the upper body support part 200 is configured to be coupled to the bending control unit 400 In spinal nerve activators, The lower leg support part 100 is a plurality of front bridge 120 in the horizontal direction is coupled between the longitudinal front support (110, 110 ') in the longitudinal direction, the upper support part 200 is vertical A plurality of rear bridges 220 in a horizontal direction are coupled along the longitudinal direction between the rear supports 210 and 210 'in a direction, respectively, the front supports 110 and 110' and the rear supports 210 respectively. (210 ') is a spinal nerve activator, characterized in that formed in a curved shape that narrows the vertical width toward the upper portion coupled to the hinge portion (300). The method of claim 1, The bending adjustment unit 400 is coupled to the front reinforcement bridge 410 having a first through hole 411 is formed at the lower end of the lower body support portion 100 to which the front bridge 120 is coupled to the first through hole ( Rear reinforcement in which the front wire 420 having the first locking protrusion 421 is inserted into the 411 and the second through hole 431 is formed at the lower end of the upper body support part 200 to which the rear bridge 220 is coupled. The bridge 430 is coupled, and the rear wire 440 having the second locking protrusion 441 is inserted into the second through hole 431, and between the front wire 420 and the rear wire 440. Spinal nerve activator, characterized in that the length regulator 450 is coupled. The method of claim 1, Fifth through grooves 111 and 111 ′ are formed at upper ends of the front supports 110 and 110 ′ of the lower body support part 100, respectively. Spinal nerve activator, characterized in that is inserted. The method of claim 1, The front support 110 and the front bridge 120 is coupled to each of the front support 110 to form a third through-groove 130 is formed with a locking jaw 131, the screw coupled to the front support (110) Spinal nerve activator, characterized in that the fastening jaw (131) is caught by the stopper (131), the stopper (150) is inserted into the third through hole 130, the screw 140 is inserted. The method according to claim 1 or 2, Fourth through holes 121 and 121 ′ are formed at both ends of the front bridge 120 at the lowermost end of the front bridge 120, and both sides of the hanger line 160 are inserted from the top to the bottom thereof. Spinal nerve activator, characterized in that configured to be hooked to the fourth through groove 121 by making a knot (161) in the hanger line (160) exposed to the lower portion of the fourth through groove (121) (121 ').

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