KR102020146B1 - Body Correction Machine - Google Patents

Abstract

The present invention relates to a body corrector, which has a traction function to enable even correction of the body skeleton by including a torsional function for the left and right rotation of the pelvis in a main body having a concise configuration, a compulsory traction (or extension) function of the spine and/or the cervical spine, and a self-load traction function towed by the user′s own weight.

Description

Body Correction Machine

The present invention relates to a body brace, and in particular, a concise body has a torsional function for the left and right rotation of the pelvic skeleton, as well as a traction (or extension) function of the spine and / or cervical spine and the user's own weight ( The present invention relates to a body brace that has a towing function and makes it possible to perform an even correction of the entire body skeleton.

In general, it is well known that incorrect postures and lifestyles are a major factor in skeletal imbalance.

In recent years, lifestyle changes have led to pelvic distortions and cervical spine and spinal deformities. There is a risk incurred. In particular, as the number of users of electronic equipment such as computers increases rapidly, many people complain of pain of musculoskeletal disorders.

This disproportionation of the pelvis or spine tends to progress little by little in life, but when it is severe, pain comes and ultimately causes difficulties in daily life, leading to poor quality of life and economic loss.

Because of this, exercise or self-correction is used for the correction of the pelvis and spine, but the effect is very small, and the treatment is performed through professional procedures, manual therapy, rehabilitation treatment, etc. There are difficulties such as being.

In order to minimize the economic burden and to relieve the pain of patients, orthodontic treatment devices that can safely and naturally correct in a comfortable environment are actively researched, developed and sold, one example of which is disclosed in the following patent documents.

Patent document 1 relates to a spinal brace, the ankle part in the posture of the user lying or standing on the tree as well as correcting the spine by restoring the spinal nucleus that escaped as the vertebrae and the vertebrae forming the vertebrae and vertebrae in place. It is a spinal brace that can relieve obesity by decomposing body fat at the waist through an aerobic exercise that shakes the whole body from side to side by shaking the left and right,

Patent Literature 2 also extends in the longitudinal direction of the spine while lying down, giving the upper body a rotational movement and left and right movements repeatedly to relax the spine and then apply momentary pressure to the spine to correct it to the normal spine position. It is related to the braces, the stretching means for extending the body in the longitudinal direction of the spine in the lying state, the first and second relaxation means for repeatedly giving the rotational movement and the left and right reciprocating movement to the upper body, It consists of a support operation means for supporting and compressing the spine, the lower body support plate and the upper body support plate, so that the spine can be corrected to the normal position by the momentary pressing force in the state where the spine is relaxed.

Patent document 3 relates to a spinal brace for shoulder joint movement, by providing a holding means that can adjust the position by adjusting the length or bending in multiple stages according to the user's physical condition at one end of the cervical spine block, It has been disclosed that normal correction can be performed by allowing them to perform extensional movements with a sense of stability.

However, according to the prior art documents, there is a problem that direct traction or rotation of the cervical spine is not carried out in a balanced manner, and the complicated structure of the main body increases work processes and labor costs, thereby increasing the manufacturing cost. .

Therefore, there is an urgent need for the development of a body brace to simplify the composition of the body while allowing natural correction of the entire body skeleton of the user.

KR Patent Publication No. 1999-009121 KR Utility Publication No.1999-005079 KR Utility Publication No. 2011-0003504

The present invention was developed to supplement the problems of the prior art described above and to provide various additional advantages, to simplify the construction of the body of the body braces to enable the manufacture of ophthalmology, and also to the body with cervical spine correction function. It is also an object of the present invention to provide a body brace that is equipped with a self-weighting function of the user so that an even correction of the entire body skeleton can be performed in a balanced manner.

This object is achieved by a body brace having a traction function provided in accordance with the present invention.

Body braces provided according to an aspect of the present invention, the lower body is supported on the floor and the upper body at a predetermined distance from the lower frame each independently to support the legs, back, shoulders of the user A main body made up of a plurality of first and second upper frame bodies which are pivotally rotated from the lower frame body or provided to be pivotally rotated at only one direction with respect to the lower frame body while providing a place for installing the support cushions; The main body is supported so as to adjust the distance from one end of the second upper frame body in response to the user's elongation, and provides an installation place of a head support for supporting the head of the user, and the head support is moved forward and backward. A cervical traction unit configured to move or move upward and downward to draw a head of the user located in the head support unit to provide traction to the cervical spine; Torsion for skeletal correction for a user positioned in the first and second upper frames by being coupled to the first and second upper frames by being pivotally supported on an angle adjusting shaft installed on the lower frame. A torsional drive unit for applying force; The first and the second, such as the torsion drive unit during the extension drive is coupled to the torsion drive unit and the elastically placed in the adjacent portion and the lower portion is fixed to the lower frame body while the upper portion is coupled to the support for supporting the first, second upper frame body A self-traction unit configured to rotate two upper frame bodies at a predetermined inclination angle with respect to the lower frame body as a support point to impart a weight to the users positioned on the first and second upper frame bodies; The vertebral portion of the user is provided with a force for moving forward and backward from the first upper frame body by a plurality of support cushions that are elastically mounted at the bottom of the first upper frame body and coupled to move forward and backward along the first upper frame body. Spinal traction to impart traction to the; And integrally installed with the support cushions between the support cushions supporting the legs in the main body, and selectively installed in the longitudinal direction of the main body to allow the user to be positioned in the first and second upper frame bodies. It characterized in that it comprises a leg fixing portion that can be fixed to the user's leg while adjusting according to the height.

In one embodiment, the cervical vertebrae traction unit is provided with a support frame for supporting the head support portion to be movable, extending horizontally in a fixed state from the second upper frame body of the main body for fixing and supporting the support frame body A pair of distance adjusting cylinders coupled to the fixed plate body and allowing the support frame body to adjust the distance from the second upper frame body according to the body size of the user through the fixed plate body, and the state fixed to the fixed plate body And a cylinder for cervical vertebrae correction, which is coupled to the support frame body hinged to the upper portion of the fixed plate body to impart a force to rotate the support frame body up and down from the fixed plate body, and is stretchable in the longitudinal direction of the support frame body. The head of the user is positioned by the end of the movable rod coupled with the head support part. It characterized in that it comprises a cervical traction cylinder for imparting a traction force pushing the head support portion from the support frame body.

In another embodiment, the head support portion, the main body of a predetermined shape that is fixed to the support frame detachable to the upper surface to provide a cervical seat seating groove and the head seating groove and the boundary between the cervical spine seating groove and the head seating groove of the body. It is installed to form a jaw to the head is characterized in that it consists of a head rear lower support jaw portion to support the rear side lower both sides to be seated in the head seating groove.

In another embodiment, the self-traction unit is stretched in the adjacent to the torsion drive unit and the lower portion is fixed to the lower frame body, while the upper portion is coupled to the support for supporting the first, second upper frame body and the fixing rod And a self-traction traction cylinder for imparting a pushing force to be inclined from the lower frame body by rotating the torsion driving unit to the support point.

In another embodiment, the vertebral retraction unit is fixed to the bottom of the support cushion portion supporting the back portion of the first upper frame body and coupled with the support cushions supporting the legs of the first upper frame body, thereby supporting the leg support. Characterized in that it consists of a cylinder for vertebrae traction to give a force for moving the cushions in the front, rear direction from the first upper frame body.

In another embodiment, the leg fixing portion, the fixing bar and the fixing bar which is provided along the longitudinal direction of the body between the support cushions to provide a plurality of fixing grooves selectively adjustable while integrally installed in the support cushions The guide bar is installed vertically from the bar and is inserted into the fixing groove, and the guide pin is fixedly supported, and the guide bar is vertically coupled to the guide bar so that the user's feet are pressed in the upper and lower positions. And moving fixing pads.

According to the present invention, the main body of the concise configuration provides the effect of supplying the body braces to the ophthalmologist, and the cervical vertebrae traction and the user self-traction function installed on the main body of the concise configuration provide the user's cervical vertebrae. Of course, it provides the effect of performing a balanced and even correction for the entire skeleton area, such as the spine and pelvis.

Figure 1a is a view showing from the front to omit the outer case of the body braces according to the present invention to show the inside,
1B is a view showing an example in which the rotational adjustment at a predetermined angle during the traction of the body brace according to the present invention,
2 is a plan view of FIG.
3 is a right side view of FIG. 1;
4 is an enlarged view showing only the portion “A” of FIG. 1;
5 is an enlarged perspective view of the head restraint 132 of FIG. 4,
6A, 6B, and 6C show the top view, left side view, and front view of Fig. 5, respectively.
FIG. 7 is an enlarged view showing only the portion “B” of FIG. 1.

Advantages and features of the present invention and methods for achieving them will be apparent with reference to the embodiments described below in detail with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various forms, and only the present embodiments are intended to complete the disclosure of the present invention, and the general knowledge in the art to which the present invention pertains. It is provided to fully convey the scope of the invention to those skilled in the art, and the present invention is defined only by the scope of the claims.

In addition, the terminology used in the specification of the present invention is for describing the embodiments are not intended to limit the invention, the singular forms also include the plural unless specifically stated otherwise in the phrases. As used herein, "comprises" and / or "comprising" does not exclude the presence or addition of one or more other components than the stated components, and unless otherwise defined, the specification of the present invention. All terms used in the present invention may be used in a sense that can be commonly understood by those skilled in the art. In addition, the terms defined in the commonly used dictionaries are not ideally or excessively interpreted unless they are specifically defined clearly.

Hereinafter, with reference to the accompanying drawings will be described in detail a more preferred embodiment of the body braces according to the present invention.

Figure 1a is a view showing a front view by omitting the outer case of the body brace according to the present invention to show the inside, Figure 1b is a view showing an example adjusted to rotate at a predetermined angle during the traction of the body brace according to the present invention 2 is a plan view of FIG. 1, and FIG. 3 is a right side view of FIG.

As shown in the drawings, the configuration of the body braces 100 according to the present invention is roughly divided into a main body 110, a torsion drive unit 120, a cervical vertebrae traction unit 130, a spinal traction unit 140, and a self-weight. A tow portion 150 and a leg fixing portion 160.

The main body 110 has a rectangular lower frame (112) which is positioned via the moving wheels 111 so as to be movable from the bottom, and a predetermined distance from the lower frame (112) in a straight upward direction. It consists of a plurality of first and second upper frame bodies (114-1, 114-2) located there. The first and second upper frame bodies 114-1 and 114-2 form a state parallel to the lower frame body 112 and are positioned independently of each other, and above the first and second upper frame bodies 114-1 and 114-2. By providing the installation place of the respective support cushions (113-1, 113-2, 113-3) for supporting the legs, back and shoulders of the user lying down for correction, the torsion drive unit 120 to be described later The torsional rotation in the opposite direction from the lower body 112, or to rotate at an inclined angle in only one direction with respect to the lower body 112, it is possible to correct the skeleton of the user's deformed pelvic or spinal region.

The torsion drive unit 120 is positioned between the first and second upper frame bodies 114-1 and 114-2 and the lower frame body 112, by the angle adjusting shaft 122 on the lower frame body 112. It is installed on the first and second upper frame body (114-1, 114-2) by being coupled to the first, second upper frame body (114-1, 114-2) to form a state that is axially supported in one direction. A twisting force for skeletal correction is applied to a user who is placed in a state lying on the support cushions 113-1, 113-2, and 113-3.

That is, the torsional drive unit 120 for pelvic correction includes a geared drive motor 121 having a reducer installed to rotate with the support shaft 122 as a support point from the lower frame body 112 and both drive shafts of the drive motor 121. Eccentric cams 124-1 and 124-2 coupled to 123-1 and 123-2 to be rotated so as to be vertically positioned with respect to the eccentric cams 124-1 and 124-2 so that the lower end of the eccentric cams Steering bar bars 125-which are freely rotated to the fields 124-1 and 124-2, while the other end is freely rotated to opposite ends of the first and second upper frame bodies 114-1 and 114-2. 1, 125-2, and the first and second upper frame bodies 114-1 and 114-2 are disposed below the first and second upper frame bodies 114-1 and 114-2, respectively. The rotating shafts 126-1 and 126-2 rotatably supported by the fixed base 127 fixedly supported by the driving motor 121 are respectively coupled.

Accordingly, the reciprocating up and down linear motions of the steering bars 125-1 and 125-2 due to the driving of the driving motor 121 are the first and second upper frame bodies coupled to the pivot shafts 126-1 and 126-2. Rotating (114-1, 114-2) to the left and right, as in the rotation shaft (126-1, 126-2) and to perform a twisting operation to be twisted in the up and down direction, the first and second upper frame ( A rotational torsional force for correcting the modified pelvis or skeleton of the user, which is located on the support cushions 113-1, 113-2, 113-3 of the 114-1, 114-2, is provided. The torsion drive unit 120 is described in detail in Patent Document 3, which has been filed and registered by the present applicant.

The cervical vertebrae traction unit 130 is located in the fixed plate body 133 of one end of the second upper frame body 114-2 in the main body 110 to support the head of the head (頭部) ( 132 of the user, which is installed to be moved forward, backward or upward and downward from the second upper frame body (114-2) is located on the head support 132 The head is pulled to give the deformed cervical spine the necessary force for traction or correction.

The cervical vertebrae traction unit 130 will be described in detail with reference to FIGS. 4, 5 and 6A, 6B, and 6C.

As shown in FIGS. 1 and 4, the cervical vertebrae traction unit 130 includes a support frame 131 for movably supporting the head support 132, and the second portion of the main body 110. The head restraint part 132 is movably supported by being extended to form a fixed state on one side of the upper frame body 114-2 by being coupled to the support frame body 131 via a fixing plate body 133. A pair of distance adjusting cylinders 134 for allowing the support frame 131 to be adjusted according to a user's height from the second upper frame body 114-2, like the head support 132, and the distance adjusting cylinder. 134 is hinged to the support frame body 131 hinged to the fixed plate body 133 by being coupled to the support frame body 131 in a state of being fixed to the fixed plate body 133 is fixed. Cervical spine correction cylinder 135 for imparting a force to be rotated up and down as a support point And an end portion of the movable rod 138 coupled to the head supporting portion 132 movably supported by the supporting frame 131 by being stretched and fixed in the longitudinal direction of the supporting frame 131. It is composed of a cervical traction cylinder 139 for imparting a traction force to push the head support 132, the head of the user is located.

The head support 132 will be described in detail with reference to FIGS. 5 and 6A, 6B, and 6C.

As shown in the drawing, the head support 132 is detachably fixed to the support frame 131, the upper surface of the semi-circular cervical seat seating groove 132-2 as seen from the cross-section to stably receive and support the cervical spine of the user And a main body 132-1 having a predetermined shape to provide a head seating groove 132-3, which is continuous from the cervical spine seating groove 132-2 and stably accommodates and supports the head. 1) is formed by forming a chin at the boundary between the cervical seat recess 132-2 and the head seat recess 132-3 to support the rear side lower both sides of the head seated in the head seat recess 132-3. A head rear lower support jaw portion 132-4 is formed, and a pair of acupressure to balance the rear head portion of the user on the back posterior lower support jaw portion 132-4 of the cervical spine seating recess 132-2 and the adjacent portion is balanced. Of the projections (132-5) are installed.

As shown in FIG. 1, the vertebral traction unit 140 is mounted horizontally from the bottom of the first upper frame body 114-1 among the first and second upper frame bodies 114-1 and 114-2. To move back and forth from the first upper frame body 114-1 to the plurality of leg support cushions 113-3 in a coupled state along the first upper frame body 114-1. By providing a force to provide traction to the spine of the user, it is fixed to the bottom of the support cushion portion 113-1 for supporting the back portion of the first upper frame body 114-1 is fixed to the first upper frame body 114- The force for pushing or pulling the support cushions 113-3 in the front and rear directions from the first upper frame body 114-1 by being coupled with the support cushions 113-3 supporting the legs of 1). A spinal traction cylinder 142 is provided.

The leg fixing part 160 will be described with reference to FIG. 7 as in FIG. 1. 7 is an enlarged view of a portion “B” of FIG. 1.

As shown in the drawing, the leg fixing part 160 is installed integrally with the support cushions 113-3 between the support cushions 113-3 supporting the legs in the body 110, but the body It is installed to be selectively adjustable along the longitudinal direction of 110 to adjust the height of the users lying on the first and second upper frame bodies (114-1, 114-2) while fixing the feet of the users In one embodiment, a plurality of fixing grooves selectively positioned to be integrally installed in the support cushions 113-3 are disposed along the longitudinal direction of the main body 110 between the support cushions 113-3. Guide bar provided with a fixing bar 164 for providing a 162 and a fixed pin 167 which is vertically entered from the fixing bar 164 and fixedly supported while being elastically inserted into the fixing groove 162. 165 and the guide bar 165 is coupled to move up and down User and includes, down the mobile sticky pad (166) for fixing to a state of phase, the pressure in the bottom of the foot.

As shown in the drawing, the self-weight traction unit 150 is stretched in and adjacent to the pelvic correction torsion drive unit 120 so that the lower portion is fixed to the lower frame body 112 while the upper portion is the first, first Self-weighted traction cylinder coupled to the support 127 supporting the two upper frame body 114-1 and pushing up the support 127 supporting the first and second upper frame body 114-1 at the time of extension driving. And 152.

The torsion drive unit 120 which is integrally fixed to the holder 127 at the moment when the holder 127 is pushed up by the extension operation of the self-traction trailer 152 is the first and second upper frame bodies 114-1 and 114. As shown in FIG. 1, the angle adjusting shaft 122 is supported from the lower frame body 112 as a supporting point to achieve a predetermined tilt angle in a right direction, thereby allowing the user to rotate the first and second upper frame bodies. By (114-1, 114-2) by the ankle is fixed in a suspended state upside down, the user has a self-weight traction action to help the body growth treatment or spinal canal stenosis treatment.

In the above embodiment, reference numeral 116, which is not described, denotes a handle.

An example of the operation of the body braces according to the present invention configured as described above will be described with reference to the drawings.

Body corrector 100 according to the present invention is a skeleton of the skeleton deformed by the torsion drive unit 120, cervical vertebral traction unit 130, spinal traction unit 140, and self-weight traction unit 150 provided in the main body 110 Even calibration can be performed.

The torsion drive unit 120 is used to correct the deformation of the pelvis. For example, the pelvic correction may be properly laid on the support cushions 113-1 and 113-2 provided in the first and second upper frame bodies 114-1 and 114-2, and the head may be placed on the cervical traction unit 130 and the leg may be The foot is placed between the up and down fixing pads 166 of the leg fixing part 160 and is supported by the torsion driving unit 120 while the foot is positioned on the support cushion 113-3. In addition, the driving of the pelvic correction torsion drive unit 120 operates the driving motor 121 and alternately reciprocates the steering bars 125-1 and 125-2 to operate the first and second upper frame bodies 114-. 1, 114-2 is rotated to the left and right by using the pivot shafts (126-1, 126-2) as a support point to give a rotation twist operation to be twisted in the up and down directions. Therefore, the deformation of the pelvis by transmitting a rotational torsional force to the pelvis of the user lying in the support cushions 113-1, 113-2, and 113-3 of the first and second upper frame bodies 114-1 and 114-2. Allows correction of sites or other modified skeletons.

This pelvic correction can be performed once or repeatedly depending on whether the torsion drive unit 120 is driven.

The leg fixing part 160 is located in the left direction of the first upper frame body 114-1 as shown in FIG. 1 according to the height of the user lying on the first and second upper frame bodies 114-1 and 114-2. This adjustment can be moved by moving the guide bar 165 vertically entered from the fixing bar 164 along the plurality of fixing grooves 162 provided in the fixing bar 164, the inside of the guide bar 165 The fixing pin 167 accommodated in the upper and lower positions can be freely adjusted by being fixed by being inserted into one of the selected fixing grooves 162.

Even when using the cervical vertebrae unit 130, the user is lying on the first and second upper frame bodies (114-1, 114-2) to be carried out in a state of fixing the leg by the leg fixing unit 160, The leg fixing by the leg fixing part 160 is the same as the method of the above embodiment. However, the cervical spine and the head of the user is located in the head support 132 of the cervical vertebrae 130, the cervical spine of the user in the cervical spine seating groove 132-2 and the head is the head seating groove 132-3 In this case, both sides of the rear lower part of the head to be seated in the head seating groove 132-3 is supported by the head rear lower support jaw portion 132-4 and is seated in a state of being caught. When the cervical traction cylinder 139 is extended in this state, the head support 132 is gradually moved in the direction of the right arrow, shown in phantom, by the pushing force of the cervical traction cylinder 139 as shown in FIG. Thus, the head supported in the state suspended in the head rear lower support jaw (132-4) is also extended like the head support 132, the traction force is applied to the cervical spine, necessary correction treatment according to the traction of the cervical spine To be able to. If necessary, the cervical vertebrae of the cervical vertebrae 139 by driving only the cervical vertebrae correction cylinder 135 separately to rotate the head support 132 up and down to adjust the angle of the head support 132 by the user's cervical spine The site of deformation can be corrected. When it is necessary to adjust the distance of the head restraint 132 to be further spaced apart from the second upper frame body 114-2 according to the height of the user, the head restraint according to the size of the head is operated by operating the distance adjusting cylinder 134. The position of the unit 132 may be adjusted. Such cervical traction or straightening may be performed once or repeatedly depending on whether the cervical traction unit 130 is driven.

The spinal traction unit 140 may also be operated simultaneously with the cervical vertebrae unit 130, which is preferably used as independently as possible to reduce the risk for users. The spinal traction unit 140 is also used by users. It is performed after the leg is fixed by the leg fixing part 160 in the state lying in the first and second upper frame bodies 114-1 and 114-2. Traction work of the spinal region is performed by the stretching operation of the spinal traction cylinder 142, the stretching operation of the spinal traction cylinder 142 is coupled to be moved along the first upper frame (114-1) A plurality of leg support cushions 113-3 and leg fixing portions 160 integrally coupled to the support cushions 113-3, as shown in FIG. By imparting a pushing force from 114-1) to the left, the traction force required for correction is applied to the deformed vertebral portion of the users lying on it. This spinal traction operation can be performed once or repeatedly by the drive operation of the spinal traction cylinder 142.

The self-traction unit 140 is also performed after the user fixes the leg by the leg fixing unit 160 in a state of lying on the first and second upper frame bodies 114-1 and 114-2. Is the same as The self-weight towing unit 150 is to be applied to the user's own weight, that is, the weight of the user positioned in the first, second upper frame body (114-1, 114-2), for example, self-weight towing cylinder 152 The extension operation of the) pushes up the fixing stand 127 supporting the first and second upper frame bodies 114-1 and 114-2, and the torsion driving unit 120 is fixedly installed to the fixing stand 127. Since the pushing force of the self-traction traction cylinder 152 is transmitted, the torsion drive unit 120 as a whole as the support point of the angle adjusting shaft 122 from the lower frame body 112, is predetermined in the right direction as shown in FIG. The first and second upper frame bodies 114-1 and 114-2 supported thereon are also inclined in the same direction as well, thereby forming a state of rotation at an angle of inclination of the first and second upper frame bodies 114-. The user lying on 1,114-2 may also have the first and second upper frame bodies 114-1 and 114-. 2) by placing the leg inclined in a fixed state, the user is given a traction by its own weight, its own weight, self-traction to help the body growth treatment or spinal canal stenosis treatment Let action take place. This self-traction traction operation can be performed once or repeatedly by the drive operation of the self-weight traction cylinder 152.

The operation of the torsion drive unit 120, the cervical vertebral traction unit 130, the spinal traction unit 140, and the self-weight traction unit 150 installed in the body braces are omitted in the above embodiments and drawings, but the body braces are omitted. It may be executed by a control panel operation or a remote controller operation provided in the above, these configurations are conventional technical configuration, so a detailed description in this embodiment will be omitted.

100: body braces
110: body
112: undercarriage
113-1,113-2,113-3: Support cushion
114-1,114-2: First and second upper frame
120: torsion drive unit
121: drive motor
122: angle adjusting shaft
123-1,123-2: Drive shaft
124-1,124-2: Eccentric Cam
125-1,125-2: Steering Bar
130: cervical traction
131: support frame
132: tofu support
133: fixed plate body
134: cylinder for distance adjustment
135: cervical spine correction cylinder
139: Cervical traction cylinder
140: lumbar traction
142: Cylinder for Spinal Traction
150: self-weight tow
152: self-weight towing cylinder
160: leg fixing part
162: fixed groove
164: fixed bar
165 guide bar
166: fixed pad
167: fixed pin

Claims (6)

The underframe is positioned independently of the undercarriage supported by the floor and the upper spaced from the undercarriage at a predetermined distance, providing a place for installing respective support cushions for supporting the user's legs, back and shoulders. A main body including a plurality of first and second upper frame bodies which are pivotally rotated from the sieve or rotated at only one direction with respect to the lower frame body;
The main body is supported so as to adjust the distance from one end of the second upper frame body in response to the user's elongation, and provides an installation place of a head support for supporting the head of the user, and the head support is moved forward and backward. A cervical traction unit configured to move or move upward and downward to draw a head of the user located in the head support unit to provide traction to the cervical spine;
Torsion for skeletal correction for a user positioned in the first and second upper frames by being coupled to the first and second upper frames by being pivotally supported on an angle adjusting shaft installed on the lower frame. A torsional drive unit for applying force;
The first and the second, such as the torsion drive unit during the extension drive is coupled to the torsion drive unit and the elastically placed in the adjacent portion and the lower portion is fixed to the lower frame body while the upper portion is coupled to the support for supporting the first, second upper frame body A self-traction unit configured to rotate two upper frame bodies at a predetermined inclination angle with respect to the lower frame body as a support point to impart a weight to the users positioned on the first and second upper frame bodies;
The vertebral portion of the user is provided with a force for moving forward and backward from the first upper frame body by a plurality of support cushions that are elastically mounted at the bottom of the first upper frame body and coupled to move forward and backward along the first upper frame body. Spinal traction to impart traction to the; And
Elongation of the user positioned in the first and second upper frame body by being installed integrally with the support cushions between the support cushions supporting the legs in the main body, but selectively adjustable along the longitudinal direction of the main body A leg brace comprising: a leg fixing portion which can fix the leg portions of the user while adjusting accordingly. The method of claim 1,
The cervical vertebrae traction unit includes a support frame body for movably supporting the head support part, and is horizontally extended in a fixed state from the second upper frame body of the main body and coupled to a fixed plate body fixedly supporting the support frame body. In addition, a pair of distance adjusting cylinders to adjust the distance to the support frame body from the second upper frame body according to the body size of the user through the fixed plate body, and the fixed plate body made of a fixed state A cylinder for cervical spine correction coupled to the support frame hinged to be pivoted on an upper portion to impart force to rotate the support frame up and down from the fixed plate body, and a state in which the support frame body is elastically fixed in the longitudinal direction of the support frame body. The head of which the head of the user is located by engaging the end of the movable rod with the head support Body correction device comprising a cylinder for cervical traction to give a pulling force for pushing the support. The method of claim 2,
The head support portion is fixed to the support frame to be detachably fixed to the upper surface to provide a cervical seat seating groove and the head seating groove and a jaw installed in the boundary between the cervical seat seating groove and the head seating groove of the body. Body braces, characterized in that consisting of the head rear lower support jaw portion to support the rear side lower both sides to be seated in the head seating groove. The method of claim 1,
The self-traction unit is stretched in the adjacent to the torsion drive unit and the lower portion is fixed to the lower frame body, while the upper portion is coupled to the support for supporting the first and second upper frame body, the fixing rod and the torsion drive unit Body braces, characterized in that composed of a self-traction traction cylinder for rotating the angle adjustment shaft to the support point to give a force pushing inclined from the lower frame body. The method of claim 1,
The vertebral retraction unit is fixed to the bottom of the support cushion portion supporting the back portion of the first upper frame body and coupled with the support cushions supporting the legs of the first upper frame body to support the leg support cushions on the first upper portion. Body braces, characterized in that consisting of a cylinder for the spinal traction to give a force for moving in the front and rear direction from the frame. The method of claim 1,
The leg fixing part is positioned vertically from the fixing bar and the fixing bar which is provided along the longitudinal direction of the body between the supporting cushions and integrally installed in the supporting cushions to provide a plurality of selectively adjustable fixing grooves. A guide bar having a fixed pin which is fixed and supported while being inserted into the fixing groove is coupled to the guide bar to be movable up and down, and includes upper and lower fixed fixing pads for fixing the user's feet in a pressing state from above and below. Body braces, characterized in that.

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