KR20190093057A - Asymmetry spinal assist device for scoliosis patient - Google Patents

Abstract

The present invention relates to an asymmetric spinal assist device for scoliosis patients, comprising a first band that crosses at one point and is divided into two branches, adhering to the back region of the orthodontic patient in an ′L′ shape; a second band intersecting at one point and divided into two branches, adhering to the back region of the orthodontic patient in a ′T′ shape; and a pulley portion disposed in any one of the first band and the second band and configured to stretch the one of the first band and the second band attached to the orthodontic patient to further compress the orthodontic patient, thereby being easy to wear and effectively suppressing the progression of spine curvature in patients with scoliosis.

Description

Asymmetric spine assistive device for scoliosis patients {ASYMMETRY SPINAL ASSIST DEVICE FOR SCOLIOSIS PATIENT}

The present invention relates to an asymmetric spine assistive device for scoliosis patients, especially scoliosis patients having difficulty wearing pressure, easy to wear, scoliosis is easy to the overall compression of the correction site by the elastic adjustment of the band after wearing Asymmetric spine assistive devices for patients.

The spine is the bone that keeps the main skeleton from the person to the neck, back, waist, hips, and tailbone.

Specifically, the spine is divided into seven neck bones (cervical spine), twelve breast bones (thoracic spine), five lumbar spine (lumbar vertebrae), five sacrum (sacral spine), and four tail bones (cavernous).

On the other hand, the spinal cord (脊髓, spinal cord) is present in the spinal nerve bundles from the brain, which serves to connect the central nervous system and peripheral nervous system peripheral organs.

As described above, the spine is a very important part of the body, which causes many difficulties in life when a spine disease occurs.

Representative spinal diseases include cervical spinal disc herniation, scoliosis, low back pain syndrome and intervertebral disc herniation.

In particular, scoliosis is one of the most representative spinal deformations in the human spine, which means 'curve' which means 'bent' or 'bent'. There is an abnormal curve that cannot be seen.

Scoliosis such as this occurs a lot during the growing season, about half of all scoliosis patients are teenagers.

Different measures should be taken depending on the degree of incidence, but the cases often worsen because the patient is not aware of the symptoms or takes only simple observations.

Therefore, the purpose of the treatment of scoliosis is to prevent the progression of mild curvature anymore, the curvature of more than severity is to correct the malformation and maintain the correction to balance the body to improve function and beauty.

If scoliosis is detected early, conservative measures, such as wearing appropriate braces, can prevent the progression of severe curvature.

However, the conventional assistive device has a problem that can not effectively respond to the degree of deformation of the scoliosis patients, in particular, adolescents continue to grow, there is a problem that the spine correction is not effective in the process.

Furthermore, there is a problem in that the use of the assistive device is not easily motivated by the patient using the uncomfortable assistive device due to insufficient motivation.

Patent No. 10-10709731 has been disclosed as a "vertebral brace" as the prior art in the technical field as described above.

The prior art relates to a spinal brace worn by a patient for spinal correction and recovery for spinal diseases such as curvature of the spine, and more particularly, in the case of a back plate configured with a conventional spinal brace, its shape is fixed. In order to solve the problem of not responding effectively to the spine condition of the patient, the length and angle can be adjusted and the back / outer part is made of functional fibers, and the back / out part is attached / attached to the back part and pulled to enable fastening. It is composed of a waistband that is composed of a string fixture. The back plate is divided into upper and lower parts so that the length and angle of the back can be adjusted. The backplate can be manipulated to have a length and an angle.

Republic of Korea Patent No. 10-1070973 (announced 29 September 2011)

The present invention has been made to solve the problems of the prior art as described above, and an object of the present invention is to provide a spinal assistant mechanism that can maximize the effect of the spinal correction procedure for scoliosis patients.

In addition, it is an object of the present invention to provide a spinal assist mechanism to improve the ease of use with a simple band structure.

In addition, an object of the present invention is to provide a spinal assistant mechanism that effectively suppresses the progression of spinal curvature through asymmetrical compression.

In addition, an object of the present invention is to provide a spinal assistant mechanism for effectively pressing a specific site through the positioning of the band.

In addition, an object of the present invention is to provide a spinal assist mechanism for improving the ease of wearing by allowing the overall compression through the pulley in a state in which the orthodontic patient who may have difficulty wearing.

Technical problems of the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following descriptions.

Asymmetric spine assistive device for scoliosis patients according to an embodiment of the present invention for achieving the above object, which is divided into two at one point, the first to be in close contact with the 'L' shape on the back of the orthodontic patient A band, which crosses at one point and is divided into two branches, and is disposed in any one of the second band and the first band and the second band closely attached to the back portion of the orthodontic patient in a 'T' shape, and the orthodontic patient And a pulley configured to stretch one of the first band and the second band attached thereto to further pressurize the orthodontic patient.

Here, each of the first band and the second band is made of a two-pronged band so as to cross any one point as an intersection, the pulley portion, the two branches of any one of the first band and the second band. The band of the center body is provided to be laminated through the intersection, the center body is arranged to have the same separation distance, the plurality of coupling pins coupled to each of the two bands, the center body and the plurality of It may include a pull wire provided to connect all the coupling pins and the pull wire, and a pull handle for adjusting the separation distance to the center body of the plurality of coupling pins by applying an external force to the pull wire.

In addition, the center body may be formed with a lower through slot through which one of the two bands penetrates from the lower side and an upper through slot through which the other of the two bands penetrates from the upper side.

In addition, the center body may include a plurality of support rollers rotatably provided to support the pulling and unwinding of the pulling wire.

The plurality of coupling pins may include one pin plate disposed on one surface of each of the two bands and the other pin plate disposed on the other surface of each of the two bands, and the pull wire may include the one pin plate. And each of the two bands and the other pin plate may be connected to each other.

In addition, the pull wire, the plurality of coupling pins and the center body are sequentially connected alternately, one end and the other end may be fixed to the pull handle.

In addition, the orthodontic patient can be worn before wearing the first band and the second band, the clothing portion is provided with a plurality of Velcro coupling portion in a predetermined portion and is worn in close contact with the plurality of Velcro coupling portion of the garment, The apparatus may further include a coupling part providing band providing a binding site of the first band and the second band.

In addition, the coupling portion providing band, a pair of suspenders band which is separated from both the back portion of the orthodontic patient and extended downward, and a bridge band connecting the pair of suspenders band under the breast of the orthodontic patient Chest binding band comprising a and Pelvis binding band worn to wrap the pelvis of the orthodontic patient; It may include.

In addition, the coupling part providing band may be provided with a plurality of velcro coupling portions in which the front end portions of the first band and the second band are Velcro-coupled.

In addition, the first band is arranged such that the first-first band and the first-second band, which are divided into two bands, at the front of either the left waist or the right waist of the orthodontic patient, and the second band is two The branched bands 2-1 and 2-2 may be arranged to intersect at the rear of the other of the left waist or the right waist of the orthodontic patient so as to face the crossing portion of the first band.

The intersection point of the first-first band and the first-second band may be located at a portion of the front portion of the orthodontic patient most spaced apart from the intersection of the second band, and the second-first band and the second-first band. The point of intersection of the second-2nd band may be located at a portion of the rear of the orthodontic patient most spaced apart from the point of intersection of the first band.

In addition, one end of the one-pronged band of the 1-1 band is extended diagonally upward from the dorsal part of the orthodontic patient, and is bound to one shoulder front part of the orthodontic patient, and the one-pronged band of the 1-1 band The other end of the other side of the orthodontic patient is bound to the front of the waist, one end of the other branch band of the first to second bands, extending to surround the pelvic region at the back of the orthodontic patient to one side waist of the orthodontic patient It is bound to the front portion, the other end of the other branch band of the 1-2 band may be bound to the front of the other side of the waist of the orthodontic patient.

In addition, one end of one of the forked bands of the 2-1 band is extended diagonally from the dorsal part of the orthodontic patient to be bound to the front shoulder of the other side of the orthodontic patient, the one of the forked bands of the 2-1 band The other end is attached to the front side of one side of the orthodontic patient, and one end of the other forked band of the second-2 bands extends diagonally downward from the dorsal part of the orthodontic patient to the front side of the other side of the orthodontic patient. The other end of the second branch band of the second-2 bands may be bound to a front side of one side of the orthodontic patient.

In addition, one end of the one-pronged band of the first-first band is bound to one suspender band of the chest binding band, the other end of the one-pronged band of the first-first band, and the other prong of the first-first band. One end and the other end of the band may be bound to the Pelvis binding band.

In addition, one end of the one branched band of the 2-1 band is bound to the other suspender band of the chest binding band, the other end of the one branched band of the 2-1 band and the other branch of the 2-2 band. The other end of the band is bound to a connection site of the pair of suspenders bands provided to surround the area under the chest of the orthodontic patient among the chest binding bands, and one end of the other branch band of the second-2 band is May be bound to the Pelvis binding band.

In addition, the pulley portion may be fixed to the chest binding band after further pressing the orthodontic patient.

According to the asymmetric spine assisting device for scoliosis patients according to an embodiment of the present invention, there is an effect that can maximize the effect of the spinal correction procedure for scoliosis patients through the solution of the above problems.

In addition, the present invention has an effect of effectively inhibiting the progression of spine curvature of adolescent scoliosis patients.

In addition, the present invention has the effect of improving the ease of use, and the relative freedom of the user with a simple band structure.

In addition, the present invention has the effect of effectively suppressing the progression of spinal curvature through asymmetrical compression generated by the combination of the Y-shaped banding portion and the L-shaped bending portion.

In addition, the present invention can improve the wearability because it can be worn by pressing the band through the pulley as a whole after the binding by the temporary pressing force by the corrector inconvenient to wear early.

Other effects of the present invention may be understood through the features of the present invention, more clearly understood through the embodiments of the present invention, and may be exerted by means and combinations indicated in the claims.

1 is a view showing an example of wearing an asymmetric spine assistive device for scoliosis patients according to an embodiment of the present invention,
Figure 2 is a development view showing each configuration of the asymmetric spine assisting device for scoliosis patients according to an embodiment of the present invention,
3 is a perspective view illustrating the pulley part in the configuration of FIG. 2;
4 is an exploded perspective view illustrating a pulley part in the configuration of FIG. 2;
5A and 5B are plan views illustrating an operation relationship of the pulley part in the configuration of FIG. 2.

Hereinafter, some embodiments of the present invention will be described in detail through exemplary drawings. In adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible even though they are shown in different drawings. In addition, in describing the embodiments of the present invention, if it is determined that the detailed description of the related well-known configuration or function interferes with the understanding of the embodiments of the present invention, the detailed description thereof will be omitted.

In describing the components of the embodiments of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are only for distinguishing the components from other components, and the nature, order or order of the components are not limited by the terms. In addition, unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

1 is a view showing an example of wearing an asymmetric spine assistive device for scoliosis patients according to an embodiment of the present invention, Figure 2 is an exploded view showing each configuration of the asymmetric spine assistive device for scoliosis patients according to an embodiment of the present invention 3 is a perspective view illustrating the pulley part in the configuration of FIG. 2, and FIG. 4 is an exploded perspective view showing the pulley part in the configuration of FIG. 2, and FIGS. 5A and 5B are plan views illustrating an operation relationship of the pulley part in the configuration of FIG. 2. to be.

The asymmetric spine assisting device for scoliosis patients according to an embodiment of the present invention, but at one point and divided into two branches, the first band 30, which is in close contact with the 'L' shape on the back of the orthodontic patient, at one point Crossed and divided into two, but disposed in any one of the second band 40, and the first band 30 and the second band 40 in close contact with the 'T' shape to the back of the orthodontic patient. And a pulley part 50 which stretches any one of the first band 30 and the second band 40 attached to the orthodontic patient to further compress the orthodontic patient.

The first band 30 and the second band 40 play a substantial role in correcting a symptom such as scoliosis by squeezing a specific portion of the corrected patient.

Here, the asymmetric spine assisting device for scoliosis patients according to an embodiment of the present invention, as shown in Figure 1, can be worn by orthodontic patients before wearing the first band 30 and the second band 40, The clothing part 1 provided with a plurality of Velcro coupling parts in a predetermined portion, and the plurality of Velcro coupling parts of the garment 1 are worn in close contact, and the coupling portion of the first band 30 and the second band 40 is It may further include a coupling providing band 10 to provide.

The garment part 1 may be made of a fiber material and may have a sleeveless or short-sleeved garment form surrounding the upper body of a scoliosis patient. The garment 1 has the skin of the orthodontic patient upon compression of the first band 30 and the second band 40 directly before the orthodontic patient wears the first band 30 and the second band 40 described above. It is possible to improve the convenience of the user in using the asymmetric spine assisting device for scoliosis patients according to the present invention by being equipped to be worn as a normal top so as not to stimulate.

The garment part 1 is to be worn directly on the bare body of the orthodontic patient, it may be provided with a moisture-resistant quick-drying functional material. In addition, it may be provided as a heat-tech or cold fabric to increase the adaptability to the season, such as cold or cold.

In addition, the packing part 5 made of a silicon material may be provided inside the lower part of the garment part 1 so that the lower part is not curled up while wearing the garment part 1.

In addition, a site (particularly, scoliosis patient) in which the coupling part providing band 10 is coupled to minimize skin irritation and pain of the orthodontic patient by the coupling part providing band 10 attached to the outer side of the garment 1. At the lower side of the armpit, which is the compression portion of the side, a pain prevention cushion may be provided.

Meanwhile, as shown in FIGS. 1 and 2, the coupling part providing band 10 includes a pair of suspender bands 13a and 13b and a pair which are separated downward from both the back portions of the orthodontic patient and extended downward. Chest binding band 11 including a bridge band 14 for connecting the suspender bands 13a and 13b of the orthodontic patient at the lower part of the chest, and a pelvis binding band worn to cover the pelvis of the orthodontic patient. And (15).

The coupling part providing band 10 is worn on the outer side of the garment 1, but is worn in close contact with the plurality of Velcro joints formed to enable the Velcro coupling to the outer side of the garment 1, orthodontic patient It is possible to prevent the shaking and position movement due to the movement of the.

The coupling part providing band 10 is worn on the outer side of the garment part 1, thereby tightening the posture of the orthodontic patient, and binding the ends of the first band 30 and the second band 40 to be attached later. It serves to provide a place to be.

As shown in FIG. 2, the chest binding band 11 includes a back pad 12 that is in close contact with the back portion of the orthodontic patient and a shoulder of the orthodontic patient from the top of the back pad 12, respectively. The pair of suspenders bands 13a and 13b and the pair of suspenders bands 13a and 13b that are extended to the back of the orthodontic patient and then coupled to one side and the other of the lower end of the back pad 12, respectively. The bridge band 14 may be horizontally connected at the lower part of the chest of the orthodontic patient.

The back pad 12 may form an entire skeleton of the chest binding band 11, and a plastic core may be provided therein to enhance bending strength and durability. The plastic core can be formed by a double injection process. Although not shown, the back portion of the orthodontic patient may be provided with a Velcro coupling portion to be in close contact with the inner surface of the back pad 12.

In addition, the pair of suspenders bands 13a and 13b serve to provide a binding site where at least one of the ends of the first band 30 and the second band 40 is bound, as will be described later.

In addition, the bridge band 14 serves to prevent spinal hypoplasia from deterioration, and serves to hold the shoulder not to lean back.

The chest binding band 11 can be worn like a bag as if the orthodontic patient passes through each of the suspender bands 13a and 13b when the orthodontic patient is worn. The orthodontic patient loosens each suspender band 13a, 13b and wears it like a bag, then pulls each suspender band 13a, 13b through the back pad 12 and then suspenders the band 13a, 13b. It is good to connect to each other using the Velcro fastening part provided in the front-end | tip of ().

On the other hand, the Pelvis binding band 15, as shown in Figure 2, can be pulled on the binding band body 16 and the binding band body 16 that is worn to cover the entire belly including the pelvis of the orthodontic patient. It may include a double strap 17 is provided to secure the fastening band body 16.

Outside the binding band body 16 may be provided with a plurality of velcro coupling portion is coupled to the ends of the first band 30 and the second band 40 to be described in a velcro coupling manner.

On the other hand, the first band 30, as shown in Figs. 1 and 2, the bifurcated bands 1-1 band and 1-2 bands of any one of the left waist or right waist of the orthodontic patient It may be arranged to intersect at the front.

Similarly, the second band 40, as referred to in Figs. 1 and 2, opposes the intersection of the two bands, the 2-1 band and the 2-2 band, of the first band 30. It may be arranged to intersect at the rear of the other of the left waist or the right waist of the orthodontic patient.

More specifically, the intersection point of the 1-1st band and the 1-2 band is located at the portion of the front of the orthodontic patient most spaced apart from the intersection point of the first band 30, and the 2-1nd band and the 1st band. The point of intersection of the 2-2 bands may be located at a portion of the rear of the orthodontic patient most spaced apart from the point of intersection of the first band 30.

The end of the first band 30 and the second band 40 is described in more detail with reference to the accompanying drawings, each of which is coupled to the orthodontic patient or the garment 1 as follows.

As shown in FIGS. 1 and 2, one end 31 of one of the forked bands of the 1-1 band extends diagonally upward from the dorsal part of the orthodontic patient and is fastened to the front part of one shoulder of the orthodontic patient. The other end 32 of one branched band of the 1-1 band is fastened to the front side of the other waist of the corrected patient, and the one end 33 of the other branched band of the first 1-2 bands is located at the back of the corrected patient. It is extended so as to surround the one side of the waist of the orthodontic patient is bound, and the other end 34 of the other branch band of the 1-2 band, may be bound to the other side of the front waist of the orthodontic patient.

That is, the ends of the four bands (each end of the 1-1 and 1-2 bands) extending radially around the intersection of the two bands in the configuration of the first band 30, respectively, of the orthodontic patient In front of one shoulder, in the front of the other side of the corrective patient, in the front of one waist of the corrective patient and in front of the other waist of the corrective patient.

As such, the first band 30 attached to the orthodontic patient may form an 'L' shape as a whole when viewed from behind the orthodontic patient.

Meanwhile, referring to FIGS. 1 and 2, one end 41 of one of the forked bands of the 2-1 band extends diagonally at the back portion of the orthodontic patient and binds to the front side of the other shoulder of the orthodontic patient, and the second The other end 42 of the one-sided band of the -1 band is fixed to the front side of one side of the orthodontic patient, and one end 43 of the other two-sided band of the 2-2 band is diagonally downward from the dorsal part of the orthodontic patient. It extends and is attached to the front side of the other side of the corrective patient, and the other end 44 of the other branch band of the 2-2 bands may be attached to the front side of one side of the corrective patient.

That is, the ends of the four bands (each end of the 2-1 and 2-2 bands) extending radially around the intersection point of the two bands in the configuration of the second band 40 are each of the orthodontic patient. It is attached to the front side of the other shoulder, the front side of one side of the orthodontic patient, the front side of the other side of the orthodontic patient, and the front side of one side of the orthodontic patient.

As such, when the second band 40 attached to the orthodontic patient is observed from behind the orthodontic patient, the second band 40 may form a 'T' shape lying on one side as a whole.

Here, one end 31 of one side split band of the 1-1 st band may be bound to one side suspender bands 13a and 13b of the chest binding band 11. In addition, the other end 32 of one branched band of the 1-1st band, one end 33 and the other end of the other branched band of the 1-1st band may be bound to the Pelvis binding band 15.

In addition, one end 41 of one branched band of the 2-1 band is bound to the other suspender band 13a, 13b of the chest binding band 11, and the other end 42 of the one branched band of the 2-1 band. ) And the other end 44 of the other branching band of the second band 2-2 are connected to the connection sites of the pair of suspender bands 13a and 13b provided to surround the lower portion of the chest of the orthodontic patient in the chest binding band 11. It is bound, one end 43 of the other branch band of the 2-2 band, may be bound to the Pelvis binding band 15.

Meanwhile, the pulley part 50 may be provided only in any one of the first band 30 and the second band 40 provided as two bands so as to cross at one point.

According to an embodiment of the present invention, the asymmetric spine assisting device for scoliosis patients, as its name suggests, is to be corrected by applying an asymmetrical compression to the corrected patient, and the pulley part 50 has a first band. It demonstrates only to what is provided in any one of the 30 and the 2nd band 40. FIG. However, it is natural that the first band 30 and the second band 40 can be worn asymmetrically for each part of the orthodontic patient to apply the pressure, and further press using the above-described pulley part 50 is possible. Do.

As shown in FIGS. 3 and 4, the pulley part 50 includes a center body in which two branched bands of one of the first band 30 and the second band 40 are laminated at the intersection. 60, the center body 60 is disposed to have the same separation distance, the plurality of coupling pins 70 coupled to each of the two bands, the center body 60 and the plurality of coupling pins 70. Is connected to the pull wire 80 and the pull wire 80 is provided to connect all, to apply the external force to the pull wire 80 to adjust the separation distance to the center body 60 of the plurality of coupling pins 70 It may include a pull handle 90.

Here, the center body 60 may be formed with a lower through slot through which one of the two bands penetrates from the lower side and an upper through slot through which the other of the two bands penetrates from the upper side.

In more detail, as shown in FIG. 4, the center body 60 includes a lower body 61 forming the lower through slot described above, and an upper body 62 forming the upper through slot described above. can do.

The lower body 61 and the upper body 62 is composed of a seating body and a cover body, respectively, the lower body 61 is provided with a hinge end 68 is provided so as to rotate the hinge relative to the upper body 62 The crossing angle at the intersection of the first band 30 and the second band 40 may be adjustable.

The center body 60 may further include a guide body 65 disposed above the upper body 62 and having a plurality of wire slots through which the pulling wire 80 is inserted.

Four coupling pins 70 are provided on the outside of the center body 60 as described above. Two of the four coupling pins 70 are provided to face each other with respect to the center body 60, and are disposed to pass through any one of the lower through slot and the upper through slot to expose the first band 30 to the outside. It is coupled to one side and the other side, the other two of the four coupling pins 70 are also provided to face the center body 60, and disposed to pass through the other of the lower through slot and the upper through slot to the outside It is coupled to one side and the other side of the exposed second band 40.

Meanwhile, as shown in FIG. 4, the center body 60 may include a plurality of support rollers 58 rotatably provided to support pulling and unwinding of the pulling wire 80.

The plurality of support rollers 58 prevent the four pins from being excessively released to the outside with respect to the center body 60 in an operation of supporting the pulling wire 80 so as not to be separated outward, and pulling the pull wire 80. It serves to guide the pull wire 80 during the pull operation or the release operation of the pull wire 80 by the handle (90).

Meanwhile, as shown in FIG. 3, the plurality of coupling pins 70 may include one pin plate 71 disposed on one surface of each of the two bands and the other pin plate disposed on the other surface of each of the two bands ( 72).

The one side pin plate 71 and the other side pin plate 72 are coupled to one side and the other side of each of the two bands in an operation of being coupled to each other, and the pull wire 80 penetrating through the center body 60 is respectively one side pin plate. 71 and the other pin plate 72 are arranged to penetrate at the same time so that the plurality of coupling pins 70 are moved so that the separation distance is adjusted by pulling and releasing the pulling wire 80 about the center body 60. Can be.

On the other hand, the pull wire 80, the plurality of coupling pins 70 and the center body 60 are sequentially connected alternately, one end and the other end may be fixed to the pull handle (90). Therefore, when the wearer pulls the pull handle 90, the plurality of coupling pins 70 gather around the center body 60, and when the external force transmitted through the pull handle 90 is removed, the plurality of coupling pins is removed. 70 is loosely loosened within the limits imposed by the pulling wire 80 about the center body 60.

Meanwhile, between the center body 60 and the skin of the garment 1 or the orthodontic patient, as shown in FIG. 4, a guide pad 100 is further prevented from being wiped out when the plurality of coupling pins 70 moves. It may be provided.

The operation process by the pulley unit 50 configured as described above will be described in detail with reference to the accompanying drawings (particularly, FIGS. 5A and 5B).

First, as shown in FIG. 5A, when the wearer does not pull the pulling wire 80, the plurality of engaging pins 70 connected by the pulling wire 80 about the center body 60 are pulled. It is loosened within the limits imposed by the wire 80 and is spaced apart from the center body 60 by a predetermined distance.

At this time, since the additional compression is not applied to the band provided with the pulley portion 50 of the first band 30 and the second band 40, the orthodontic patient according to an embodiment of the present invention spinal assistive device for scoliosis patients There is no need to force the correction site from the beginning when wearing it.

Next, as shown in FIG. 5B, after the wearer wears the scoliosis assisting device for scoliosis patients according to an embodiment of the present invention, when the pull wire 80 is pulled outward, the center body 60 is pulled out. The plurality of coupling pins 70 connected by the pull wire 80 to the center are pulled in close proximity, and thus, the band provided with the pulley part 50 of the first band 30 and the second band 40. As a whole, additional pressure on the correction site of the orthodontic patient is added.

On the other hand, as described above, in order to further press the orthodontic patient, the pull handle 90 is a chest binding band (pull) so that a predetermined feeling of pressure is maintained after pulling the pull wire 80 using the pull handle 90. 11) can be fixed.

The above description is merely illustrative of the technical idea 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 idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

1: clothing part 5: packing part
10: Combined provision band 11: Chest binding band
12: back pad 13a, 13b: melange band
12: bridge band 15: Pelvis binding band
16: fastening band body 17: double strap
30: first band 31: end of first-first band one side band
32: The other end of the 1-1 band one side band
33: one end of the other 1-2 band
34: the other end of the other 1-2 branch band
40: second band 41: one end of 2-1 band one side split band
42: The other end of the 2-1 band one side band
43: one end of the second band 2-2 band
44: the other end of the other branch of the second band 2-2
50: pulley 58: a plurality of support rollers
60: center body 61: lower body
62: upper body 63: lower body
64: upper body 65: guide body
66: lower through slot 67: upper through slot
68: hinge stage 70: coupling pin
71: one side pin plate 72: the other side pin plate
80: pull wire 90: pull handle
100: guide pad

Claims (16)

A first band intersecting at one point and divided into two branches, the first band closely contacting the 'L' shape at the back of the orthodontic patient;
A second band intersecting at one point and divided into two branches, the second band closely contacting the back portion of the orthodontic patient in a 'T'shape; And
Scoliosis including a pulley disposed in any one of the first band and the second band, and including a pulley portion that stretches any one of the first band and the second band attached to the orthodontic patient to further compress the orthodontic patient. Asymmetric spine assistive devices for patients. The method according to claim 1,
The first band and the second band are each composed of a two-pronged band so as to intersect one point as an intersection,
The pulley part,
A center body provided with the two bands of any one of the first band and the second band laminated through at the intersection point;
A plurality of coupling pins arranged to have the same separation distance around the center body, the plurality of coupling pins being coupled to each of the two bands;
A pulling wire provided to connect all of the center body and the plurality of coupling pins; And
A pull handle connected to the pull wire and configured to adjust a separation distance to the center body of the plurality of coupling pins by applying an external force to the pull wire; Asymmetric spine assistive device for scoliosis patients comprising a. The method according to claim 2,
In the center body,
A lower through slot through which one of the two bands penetrates from the lower side; And
An asymmetric spine assisting device for a scoliosis patient with an upper through slot through which the rest of the two bands penetrate from the upper side. The method according to claim 2,
The center body,
An asymmetric spine assisting device for scoliosis patients comprising a plurality of support rollers rotatably provided to support the pulling and loosening of the pull wire. The method according to claim 2,
The plurality of coupling pins,
One side pin plate disposed on one surface of each of the two bands; And
A second pin plate disposed on the other surface of each of the two bands;
And said pull wire is connected to each of said one pin plate and said two bands and said other pin plate. The method according to claim 2,
The pull wire,
And a plurality of coupling pins and the center body are sequentially connected alternately, and one end and the other end are fixed to the pull handle. The method according to claim 1,
A garment part which is worn by the orthodontic patient before wearing the first band and the second band, and has a plurality of velcro coupling parts in a predetermined portion; And
And a coupling part providing band which is worn in close contact with the plurality of velcro coupling parts of the garment and provides a coupling part of the first band and the second band. The method according to claim 7,
The coupling part providing band,
A chest binding band including a pair of suspenders bands separated from both back portions of the orthodontic patient and extending downward and a bridge band connecting the pair of suspenders bands at a portion under the chest of the orthodontic patient; And
Spinal assistant for scoliosis patients comprising a pelvis binding band worn to wrap the pelvis of the orthodontic patient. The method according to claim 7,
The coupling part providing band,
Spinal assistant for scoliosis patients having a plurality of velcro coupling portion that each of the front end of the first band and the second band is velcro coupled. The method according to claim 8 or 9,
The first band is arranged such that the bifurcated bands 1-1 and 1-2 bands intersect either at the front of either the left waist or the right waist of the orthodontic patient,
The second band intersects at the rear of the other of the left waist or the right waist of the orthodontic patient so that the two bands, the 2-1 band and the 2-2 band, face the intersecting portion of the first band. An asymmetric spine assisting device for scoliosis patients. The method according to claim 10,
An intersection point of the first-first band and the first-second band is located at a portion of the front portion of the orthodontic patient most spaced apart from the intersection point of the second band,
The intersection point of the 2-1 band and the 2-2 band, the asymmetric spine assisting device for scoliosis patients is located at the most spaced portion of the intersection of the first band of the rear portion of the correction patient. The method according to claim 10,
One end of one branched band of the first-first band is extended diagonally upward from the dorsal part of the orthodontic patient and is bound to the front part of one shoulder of the orthodontic patient,
The other end of one of the forked bands of the 1-1 band is bound to the front of the other side of the waist of the orthodontic patient,
One end of the other forked band of the 1-2 band is extended to surround the pelvis at the back of the orthodontic patient, and is bound to the one front waist of the orthodontic patient,
Asymmetric spine assisting device for scoliosis patients, the other end of the other branch of the 1-2 band is bound to the front of the other side of the waist of the orthodontic patient. The method according to claim 10,
One end of one of the forked bands of the 2-1 band is extended diagonally at the back portion of the orthodontic patient, and is bound to the front side of the other shoulder of the orthodontic patient,
The other end of the one-sided branch band of the 2-1 band is bound to the front side of one side of the orthodontic patient,
One end of the other forked band of the 2-2 bands extends diagonally downward from the back portion of the orthodontic patient and binds to the front part of the other waist of the orthodontic patient,
Asymmetric spine assisting device for scoliosis patients, the other end of the other branch of the second band 2-2 is fixed to the front side of one side of the correction patient. The method according to claim 12,
One end of one branched band of the first-first band is bound to one side suspender band of the chest binding band,
The other end of the one-sided branch band of the 1-1st band, one end and the other end of the other branched band of the 1-1st band is bound to the Pelvis binding band asymmetric spinal cord for scoliosis patients. The method according to claim 13,
One end of one side split band of the 2-1 band is bound to the other suspender band of the chest binding band,
The other end of the one side split band of the 2-1 band and the other end of the other split band of the 2-2 band, the pair of suspenders band is provided so as to surround the lower region of the chest of the correction patient of the chest binding band Is bound to the junction of,
An asymmetric spine assisting device for scoliosis patients, one end of the other branching band of the 2-2 band is bound to the Pelvis binding band. The method according to claim 8,
The pulley portion, the asymmetric spinal cord for scoliosis patients is fixed to the chest binding band after the additional compression the patient.

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