KR20110003504U - Spinal correction apparatus where the shoulder joint motion is possible - Google Patents

Abstract

The present invention relates to a spinal brace for shoulder motion. According to the present invention, one end of the cervical spine block is provided with a holding means that can adjust the position by adjusting the length or bending in multiple stages according to the user's physical condition, stretch the hand upwards to perform a stable extension movement This allows for normal calibration.

Chiropractor, cervical spine, chest, pelvis, extension, correction.

Description

SPINAL CORRECTION APPARATUS WHERE THE SHOULDER JOINT MOTION IS POSSIBLE}

The present invention relates to a spinal brace for shoulder joint movement, and more particularly, by having a gripping 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 is related to a spinal brace that can be extended to hold the shoulder joint movement to enable normal correction by holding the extension to the stability of the movement.

In general, spinal braces are used for the prevention of neck discs, fatigue recovery, shoulder pain relief, cellulite removal, muscle recovery, stretching to prevent injury, or external shocks, unbalanced strength exercises, and other spinal diseases (e.g., Scoliosis, scoliosis, etc.) is used to correct the abnormal displacement of the bone joint position changes.

That is, the spinal brace allows massage to be performed from the thoracic supporter, the cervical spine supporter or the pelvic supporter through the drop movement, and the extension movement of the cervical supporter or the thoracic supporter which moves up and down with respect to the main body and is spaced apart. Through the pelvic support, it is possible to recover the engagement position of the neck movement, relaxation, strength recovery or abnormally displaced bone.

Such a spinal brace has been known a variety of types, for example, in the Republic of Korea Patent Publication No. 96-10744, the cervical support is reciprocating up and down with respect to the body, the pelvic support is rotated left and right with respect to the main body and Spinal braces are shown in which spaced extension movements are performed.

However, the existing spinal braces, when performing the extension exercise to collect the hands put on the stomach or the armrests to hang the arm on one side to simply keep the arm to the bar, the user wants the body part ( In particular, when there are fifty shoulders (Five Shoulders), there is a problem in that it is impossible to properly exercise the shoulder joint requiring treatment, and thus, it is impossible to properly correct the abnormal displacement occurring in the bone elements. .

Therefore, the present invention has been proposed to solve the above problems, by having a holding means that can adjust the length to one end of the cervical spine block by adjusting the length or bending in multiple stages according to the user's physical condition, stretch the hand up and grab The present invention relates to a spinal brace that enables shoulder joint movement to allow normal correction to be performed by allowing extension of the movement in a stable manner.

The object, the main body frame is supported on the bottom surface; An extension drive installed at an upper side of the main body frame and performing a pelvic extension movement by twisting the pelvic support with respect to the chest support; A cervical spine block installed at one end of the chest support to support the head; And a gripping means fixedly installed at one end of the cervical vertebral block, to adjust the length or adjust the position according to the user's physical condition to adjust the position to hold the hand and perform the extension movement stably. Shoulder joint movement, including a spinal brace is achieved.

The gripping means is plate-shaped (板狀) provided with a first length adjuster having a first length adjuster and a first rotational adjuster, which is fixedly installed on the lower part of the cervical spine block and which can be screwed and loosened at one end. A second length adjuster corresponding to the first length adjuster and a second length adjuster corresponding to the first length adjuster and being rotatably coupled to the support bracket and the support bracket in a longitudinal direction and rotatable in a predetermined radius; A bar type rotating extension bracket provided with a second adjuster having a sieve, and a handle which is movable in the longitudinal direction to the rotating extension bracket and rotatably coupled to a predetermined radius and which can be gripped at one end It may have a bar type gripping bracket.

Therefore, according to the spinal braces capable of shoulder joint movement according to the present invention, by providing a gripping means that can adjust the length to one end of the cervical spine block by adjusting the length or bending in multiple stages, by extending the hand up Hold a stable and able to perform extension movements can perform a normal correction.

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

1 is a perspective view showing a spine corrector according to the present invention, Figure 2 is a state diagram showing the use state of the spine corrector according to the present invention, Figure 3 is a side view showing a spine corrector according to the present invention, Figure 4 is a plan view showing a braces according to the present invention.

The spinal braces 100 capable of shoulder joint movement according to the present invention, the thoracic spine block 120, the cervical spine block 130, gripping means (140), pelvic block based on the body frame 110 ( 150, the temple driver 160, the operation unit 170, and the lower body fixing part 180.

The main body frame 110 is formed such that the bottom surface is horizontal to be supported on the bottom surface. A certain position of the edge of the main body frame 110 may be provided with a moving wheel 112 to easily move to a desired place. The support frame 114 for the body frame for supporting the body frame 110 from the bottom surface may be further provided at a position adjacent to the moving wheel 112.

The thoracic spine block 120 includes a thoracic supporter 122 supported by the body frame 110.

The thoracic supporter 122 may be further provided with a thoracic tightening part 124, the thoracic tightening part 124 is a variety of, such as Velcro (also known as a 'snail') to tighten or loosen Can be prepared in kind.

One side of the chest support 122 may be further provided with a handle 126 to hold the user by the hand during the extension movement to have a sense of stability.

The cervical vertebral block 130 includes a cervical vertebrae support 132 mounted on the body frame 110 to be located at one side of the thoracic supporter 122, and a cervical vertebrae sheet 134 provided on an upper portion of the cervical vertebrae support 132.

One side of the cervical vertebral block 130 is provided with a holding means 140 that can hold the user's hand to reach up.

The holding means 140 is composed of a support bracket 142, the rotation extending bracket 144 and the gripping bracket 146.

The support bracket 142 is located below the cervical vertebral block 130 and is fixedly installed.

On one side of the support bracket 142, as shown in Figures 1 to 3, the first adjuster having a first length adjusting member (143a) and the first rotation control member (143b) capable of screwing and loosening 143 is provided.

The first length adjuster 143a tightens or loosens the rotation extension bracket 144 according to the degree of movement (for example, the degree of movement according to physical conditions such as the length of the user's arm) of the rotation extension bracket 144 to be described later. Adjust the length while giving a role to fix not to move.

While tightening or releasing the rotation extension bracket 144 according to the rotation degree of the rotation extension bracket 144 (for example, the degree of bending according to the physical condition such as the user's arm bending state) After adjusting the degree of rotation, it plays a role to fix the rotation.

The support bracket 142 is extended to a predetermined length and is moved at a predetermined interval in the longitudinal direction, and the rotation extension bracket 144 is rotatably coupled to a predetermined radius.

One end of the rotation extending bracket 144, as shown in Figure 2, is provided with a second adjuster 145 having a second length adjusting body (145a) and the second rotation adjusting body (145b).

The second length adjuster 145a corresponds to the first length adjuster 143a, and the degree of movement of the grip bracket 146 to be described later (for example, the length of the arm of the user as well as the degree of movement of the rotation extension bracket). To adjust the length while tightening or loosening the rotation extension bracket 144 so as not to move.

The second pivotal regulator 145b is gripped in accordance with the degree of rotation of the grip bracket 146 to be described later (for example, the degree of bending according to the physical condition such as the bending state of the user's arm, as well as the degree of rotation of the rotation extension bracket). Tighten or loosen (146) to adjust the degree of rotation, and then to prevent the rotation.

As described above, according to the gripping means 140 according to the present invention, the rotation extension bracket 144 from the support bracket 142 according to the user's physical condition (for example, a condition that can extend the user's arm upward) After moving to the length direction as desired by tightening the first length adjusting body (143a) to hold the handle 147 provided on the gripping bracket 146 can perform extension movements.

In addition, when the user can not fully extend the arm and can move only by a certain angle (for example, 60 °, 80 °, etc.), as shown in Figure 2, the extension bracket (142) from the support bracket 142 ( Rotating 144 is fixed through the first rotation control body (143b) and the grip bracket 146 in the longitudinal direction from the rotation extension bracket 144 and the second length adjusting body (145a) by rotating at a desired angle ) And then tighten the second pivotal regulator 145b to perform extension movements.

As shown in FIGS. 1 to 4, the rotation extension bracket 144 is provided with a grip bracket 146 which is movable in the longitudinal direction and rotatably coupled to a predetermined radius. One end of the gripping bracket 146 is provided with a handle 147 that is branched to both sides and can be held by the user with both hands.

Pelvic block 150 may include a pelvic support 152 mounted to the body frame 110 to be located on the other side of the chest support (122). The pelvic support 152 is approached and spaced apart from the chest support 122 to perform the pelvic extension movement.

The extension drive unit 160 approaches and spaces the pelvic support 152 with respect to the chest support 122, and rotates from side to side about the one side toward which the pelvic support 152 faces the chest support 122. By doing wrong, it will play a role in performing pelvic extension and correction.

The temple drive unit 160 is published in the Republic of Korea Utility Model Registration No. 20-0438814 or Republic of Korea Patent Registration No. 10-0206585, and the detailed description thereof will be omitted.

For example, as shown in FIG. 3, the temple driving unit 160 receives the driving force of the driving motor 162 mounted on the main body frame 110 and the driving motor 162 to receive the pelvic support 152. And a shaft 164 allowing relative movement with respect to the main body frame 110, and first and second connection links 166a and 166b connected to the chest support 122 and the pelvic support 152.

The shaft 164 is mounted to the body frame 110 and transmits a rotational torsional movement to the chest support 122 and the pelvis support 152. The shaft 164 is coupled to the outlet end of the drive motor 162 and rotates by receiving a rotational force from the drive motor 162.

The shaft support bracket 163 is mounted to the body frame 110, and one end of the shaft 164 is rotatably supported and rotated.

One end of the first connection link 166a and the second connection link 166b is ball jointly coupled to the shaft 164 so that left and right rotation and up and down twisting can be simultaneously performed.

Therefore, since the vertebrae corrector 100 according to the present invention can perform the left and right rotational and torsional movements of the pelvis at the same time, it is possible to expect a complex pelvic correction effect, it is possible to shorten the time required for spinal correction.

On the other hand, the spine straightener 100 according to the present invention may be further provided a limit (not shown) to prevent the pelvic support 152 is spaced apart from the body frame 110 by a predetermined interval or more. For example, the limit is activated when the interval between the pelvic support 152 and the main body frame 110 is greater than or equal to a predetermined interval, thereby forcibly terminating the operation of the driving motor 162, thereby preventing a safety accident from occurring. .

In addition, an operation unit (eg, a remote controller) for manipulating various functions of the chiropractor 100 may be further provided.

The operation unit 170 may be provided with one or more of the above-described exercise selection tag key for selecting the extension or torsional exercise or a program selection key for selecting an exercise program in which each exercise is combined.

The temple drive unit 160 according to the present invention as described above can be automatically or manually operated through the operation unit 170, so that the rotation of the drive motor 162 can be automatically stopped after a set time elapses. . In addition, when the operation of the extension drive unit 160 in any state, the pelvic support 152 and the main body frame 110 can be returned to the original position to maintain the initial state.

The lower body fixing part 180 is provided at one side of the pelvic support 152, and fixes the calf and ankle of the lower body during the rotational torsional movement so as not to be separated from the pelvic support 152.

Lower body fixing part 180 may be provided in various kinds, for example, as shown in FIG. 1 or 2, two ankles are accommodated on one side of the pelvic support 152 on which the calf and legs are placed. It may have a receiving portion 182. The receiving portion 182 can securely hold the ankle through the tightening portion 184 to move up and down. As a result, when performing extension or rotational torsional movements of the chest and pelvis, the ankle is fixed to prevent separation from the pelvic support 152 so that the extension movement is effectively performed.

In the case of using the vertebrae corrector 100 according to the present invention, the body function can be activated and normalized again, and when used in the evening after finishing the day can recover the fatigue accumulated throughout the day, before and after exercise When used in the can maximize the stretching effect to prevent injury.

In addition, by using the vertebrae corrector 100 according to the present invention, it is possible to protect the spinal disc from gravity by correcting the misalignment of the waist, and the associated muscles such as psoas, abdominal muscles, standing muscles, lumbar muscles, femoral fascia, etc. It can strengthen and lower back pain, lumbar disc, sciatic nerve pain, hip joint disease, spinal stenosis, degenerative arthritis, hip joint inflammation, etc.

In addition, by using the spinal braces 100 according to the present invention, by releasing the movable resistance of the rigid and adhered joint step by step (application angle is in the range of about 80 ° ~ 180 ° in 5 to 6 steps), shoulder-related It can strengthen muscles such as deltoid, scapula, scapula, supraspinus, extremity, wishes, and lats, and maximize the effects of recovery from shoulder-related diseases such as curved shoulders and back, circumferential shoulder disease, and fifty shoulders.

In addition, by applying the cervical block and solenoid technique to induce a date as a 'C', and by stimulating the growth plate of the femoral ball head to perform stretching in at least six stages, the related muscles, thigh muscle, femoral muscle Membrane muscles, gluteus muscles, psoas muscles, abdominal muscles, erector muscles, etc. can be strengthened, and related diseases such as pterygium, bend and shoulder, scoliosis, scoliosis, autonomic neuropathy, growth disorders, O-shaped legs, X-shaped legs, etc. When the recovery of the effect can be greatly improved.

According to the spine braces according to the present invention as described above, by applying the rotation and PIR therapy step by step lateral sag, which is the cause of abdominal obesity, the internal and external oblique muscles, optical back muscles, femoral anterior muscles, alveolar muscles, femur It is possible to strengthen the mesothelial muscle, and can have an excellent effect on recovering from back pain, scoliosis, scoliosis, pelvic pelvis, and leg related diseases caused by abdominal obesity.

In the above described exemplary embodiments of the present invention by way of example, the scope of the present invention is not limited only to this specific embodiment, the scope apparent to those skilled in the art to which the present invention belongs belongs within the utility model registration claims of the present invention It should be interpreted as falling within the stated range.

1 is a perspective view showing a braces according to the present invention,

Figure 2 is a state of use showing a state of use of the spine corrector according to the present invention,

Figure 3 is a side view showing a braces according to the present invention,

Figure 4 is a plan view showing a braces according to the present invention.

** Explanation of symbols for the main parts of the drawings **

100: spinal braces, 110: body frame,

112: moving wheel, 114: support for the body frame,

120: thoracic spine block, 122: thoracic support,

124: chest tightening part, 126: chest support side handle,

130: cervical vertebral block, 132: cervical vertebrae support,

140: gripping means, 142: support bracket,

143: the first control, 143a: the first length regulator,

143b: first rotation regulator, 144: rotation extension bracket,

145: second adjuster, 145a: second length adjuster,

145b: second rotation regulator, 146: grip bracket,

147: grip for grip bracket, 150: pelvic block,

152: pelvic support, 160: temple drive,

162: drive motor, 163: shaft support bracket,

164: shaft, 166a: first connecting link,

166b: second connection link, 170: operation unit,

180: lower body government, 182: receiving unit,

184: Fasteners.

Claims (2)

Body frame supported on the bottom surface; An extension drive unit installed at an upper side of the main body frame to rotate the pelvis support with respect to the chest support to perform the pelvic extension movement; A cervical spine block installed at one end of the chest support to support the head; And It is fixedly installed on one end of the cervical vertebral block, gripping (把 指)) to perform the extension movements stably hold the hand by adjusting the position by adjusting the length or bending in multiple stages according to the user's physical condition (把 指) Spine corrector capable of shoulder joint movement, including means. The method of claim 1, wherein the holding means, A plate-shaped support bracket which is fixedly installed on the lower part of the cervical vertebral block and has a first length adjusting body having a first length adjusting body and a first rotating adjusting body which can be screwed and loosened at one end thereof; A second length adjusting body moved to the support bracket in a longitudinal direction and rotatably coupled to a predetermined radius and having a second length adjusting body corresponding to the first length adjusting body and a second rotating adjusting body corresponding to the first rotating adjusting body; 2, bar type rotating extension brackets The spine is capable of shoulder joint movement, characterized in that it is composed of a bar-type grip bracket having a handle which is movable in the longitudinal direction to the rotation extension bracket and is rotatably coupled to a predetermined radius, and grips at one end. Braces.

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