KR20000031231A - Correcting apparatus for backbone - Google Patents

Abstract

PURPOSE: A correcting apparatus for backbone is provided to arrange plural pressurizing instruments corresponding to the length of the backbone and to contain non-contacting unit of spinous protrusions pressurizing the joints of backbone while not pressing the spinous protrusions of the backbone. CONSTITUTION: A correcting apparatus main body(100) contains a base(110), a floor plate forming the inner floor of the base, a supporting instrument(130) connected to the base, pressurizing pieces(120) located between the supporting instruments for being arranged along the curve of the supporting instrument, a covering member(180) installed in the base for blocking from outside and handles(190) formed in the left and the right sides of the covering member. Also, a head supporter(160) is installed vertically at the front end part of the base and a leg supporter(170) is installed vertically at the rear end part of the base for supporting the head and the legs. Therefore, the knee of a patient is located at the leg supporter while locating the head at the head supporter. Herein, the length and the height of the correcting apparatus are adjusted for the patient. Then, time and speed of operation are set according to the age and the body condition of the patient. The operation of the correcting apparatus is started by pushing a start button on a remote controller.

Description

Chiropractor

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a spinal brace, which relates to a spinal brace for compressing and correcting a spinal cord without contacting the vertebral spinous process. In particular, the spine is placed up and down along the spine by a remote controller in a lying state. The present invention relates to a spinal brace that allows the restoration of intervertebral discs and nucleus pulposus by repeated contact.

Chiropractic means are known in various ways. There are certain effective devices among them, but in most cases they have a compression correction structure that does not take into account the adverse effects of the spinous processes of the spine.

Since the spine has a ridge in every vertebral segment, abnormality of the spine node occurs when the ridge is strongly pressed at a predetermined pressure.

This means of ignoring the structure of the spine, rather than bringing the abnormality of the spine to correct the spine has been more difficult to treat.

There has been a need for simple spinal orthodontic means for correcting the escape of the intervertebral discs and restoration of the nucleus pulposus without compressing the superficial processes.

It is an object of the present invention to provide a vertebral orthodontic means having a non-projection contact portion, which has a predetermined structure and repeatedly presses the nodal bone of the vertebral body without pressing the spinous process of the spinal node. .

The present invention is ultimately to provide a spinal brace that corresponds to the spine length by arranging a plurality of the pushing means as described above, and the spine is corrected by repeatedly contacting the spine up and down by a predetermined guide means and sliding means. There is a purpose.

1 is an overall perspective view of the spinal braces of the present invention

Figure 2 is a plan view of the present spinal braces

Figure 3 is a side cross-sectional view of the present spinal braces

Figure 4 is a perspective view of the installation state of the sliding means of the spinal braces of the present invention

Figure 5 is an excerpt perspective view of the push piece of the present invention spinal braces

Figure 6a is a schematic structural diagram of a state in which the sliding means in contact with the bottom of the pushing piece of the spinal braces of the present invention

Figure 6b is an enlarged cross-sectional view of the main contact state of the sliding means and the bottom of the pressure piece of the present invention spinal braces

Figure 6c is a main view showing the operating state of the push piece, the sliding means and the support means of the spinal braces of the present invention

Figure 6d is a side view of a part of the cut showing the inside of the support means of the spinal braces of the present invention

Figure 7a is a front view showing the headrest structure of the present spinal braces

Figure 7b is a rear view showing the leg restraint structure of the present invention spinal braces

Figure 8a is an exemplary state of use of the spinal braces of the present invention

Figure 8b is an enlarged view of the main part for explaining the spinal correction method of the present invention

※ Explanation of symbols for main parts of drawing

100: main body ........................ 110: expectation

120: Pushing piece ............ 121: Projection

122: protrusion ............ 123: recessed groove

124: Contact portion ........ 130: Supporting means

131: Guide groove ..................... 132: Guide to guide

140: Access means ... 141

142: guide ............... 143

144: Bearings ............... 145

150: Driving means .......... 151

152: First Sprocket ......... 153: Second Sprocket

154: Third Sprocket ......... 155 Chain

156: tension adjusting means .. 157: tension adjusting means

160: Headrest ............... 161

162: VERTICAL BAR ......... 163: Vertical movement

164: Stopper ............... 170: Leg Support

171: Horizontal movement ......... 172: Vertical bar

173: VERTICAL MOVE ................... 174: Stopper

175: Stopper ......... 180: Cover member

190: A handle

An object of the present invention described above is provided with a plurality of push pieces vertically movable while having a spinal compression; Supporting means having a predetermined length extending to both sides of the pressing piece so as to be opposed to each other, and having guide grooves for supporting both ends of the pushing piece in a vertically movable manner; Sliding means for being pushed forward and backward over the inner side of the support means and for pushing up the pressure piece while abutting at the bottom of the pressure piece; And driving means for enabling the sliding means to move forward and backward, and the plurality of thrust pieces are vertically raised and lowered in turn by the forward and backward movement of the sliding means, thereby compressing and correcting the spine.

The spinal braces of the present invention as described above further include a predetermined base, a headrest provided vertically at a predetermined height at the front of the base, a legrest installed at a predetermined height at the rear end of the base, a cover member and a handle. It has a chiropractic structure due to the lying position of the human body.

According to the present invention, the head restraint and the leg rest are respectively slidably attached to the front and rear ends of the base at the center of the base, a vertical bar vertically extended from the base, and a vertical bar to the vertical bar. It is preferred to have a height and length adjusting means formed in the welded portion is made possible to adjust the length and height.

The drive means of the present invention is installed on the base bottom and driven as a predetermined power supply and control, a number of sprockets respectively installed in front and rear, and connected between the reduction motor and the sprockets It is preferable to have a chain that rotates around the sprocket of the reduction motor and a tension adjusting means installed at an appropriate position of the chain.

The sliding means of the present invention, the movable stop shaft, a bearing formed so as to be cloudable between the inner guide groove of the support means at both ends of the stop shaft, the connecting portion connected to the chain in the middle of the stop shaft, the connecting portion It is preferable that the contact disk is supported by interposing the bearing on the outer circumference of the stop shaft.

The support means of the present invention has a length suitable for the arrangement length of the plurality of pressure pieces, the upper side is formed in the vertical guide groove so that both ends of the pressure piece is vertically movable, the lower portion is bearing both ends of the sliding means It is preferable to form a horizontal guide groove so as to be slidable.

The pressure piece of the present invention, the bar is formed of a bar of a substantially rectangular cross section in the longitudinal direction, the both ends of the bar forms a plurality of guide projections, the upper surface of the bar is a projection and recess groove for the bulge contact with the top projection groove of the vertebral body. The bottom portion preferably forms a predetermined contact portion for contacting the sliding means.

The present invention is a structure that does not touch the top of the spine (vertical spine bone) in the lower body of the spine in the lying posture of the human body and presses both sides of the spine with the same force at the same time, repeating movement of the spinal cords one by one By providing a mechanism for correcting the spine.

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

1 is an overall perspective view of the spinal braces of the present invention, showing a state in which one push piece is separated, FIG. 2 is a plan view of the spinal braces of the present invention, and FIG. 3 is a side cross-sectional view of the spinal braces of the present invention.

According to these figures, the spinal braces body 100 of the present invention forms a base 110 and a bottom plate 112 forming an inner bottom of the base 110, and an upper portion thereof is connected to the base 110. Side by side support means 130 are located side by side. Between the supporting means 130, the pushing pieces 120 to be described later are arranged along a predetermined curved surface of the supporting means 130. The base 110 is covered with a cover member 180 that is blocked from the outside in a predetermined assembly structure, and the handle 190 is formed at its left and right sides. A predetermined driving means 150 is installed on the inner bottom plate 112 of the base 110.

The outside of the internal structure of the spinal braces of the present invention is the head restraint 160 is installed vertically at a predetermined height at the tip of the base 110 so that the head and legs are positioned in a position lying on the front of the human body, and the base 110 At the rear end of the footrest 170 is also provided with a predetermined height vertical installation.

Hereinafter, the partial structure of the spinal braces of the present invention will be described in detail with reference to the accompanying drawings.

Figure 5 is an exploded perspective view of the pressure piece 120 of the spinal braces of the present invention, Figure 6a is a schematic structural diagram of the sliding means in contact with the bottom of the pressure piece of the spinal braces of the present invention, Figure 6b is the spine of the present invention A state enlarged sectional view of the contact state of the sliding means and the pressure piece bottom of the braces, Figure 6c is a main view showing the operating state of the pressure piece, the sliding means and the support means of the spinal braces of the present invention, Figure 6d is a support of the spinal braces of the present invention A side view of some cuts showing the inside of the means.

According to the drawings, the pushing piece 120 of the present invention has a bar shape having a vertical rectangular cross section and has three steps in the vertical direction. The uppermost end of the step is a plurality of protrusions 122 for pressing the vertebrae during orthodontic vertebrae, and the recesses 123 are formed between the protrusions 122 where the superficial protrusions of the vertebrae are located. (The concave portion 123 is a concave structure for not pressing the top projection B of the vertebral body A, as shown in FIG. 8B.)

Both ends of the pushing piece 120 forms a plurality of rotatably guide protrusions 121 to slide up and down at a predetermined height in the guide grooves 131 formed in a plurality of vertical directions of the support means 130. Have The bottom of the pushing piece 120 is composed of a predetermined contact portion 124 for corresponding contact with the contact disk 145 of the sliding means 140. The contact portion 124 forms a curved surface having a predetermined radius of curvature toward the bottom surface.

3, 6A, 6C, and 6D, the supporting means 130 will be described in more detail.

The support means 130 is installed side by side while forming a predetermined curved surface on both sides of the upper portion of the spinal braces main body 100 of the present invention, the upper portion forms a guide groove 131 of a plurality of partitions, one lower groove To form a guide 132 consisting of.

Therefore, both ends of the plurality of pushing pieces 120 are inserted into the guide grooves 131 of the support means 130 so as to be able to vertically move slightly, and the lower guide path 132 has rolls 142 at both ends of the sliding means 140. ) Slides the entire length of the support means (130).

The sliding means 140 of the spinal braces of the present invention described above is according to the accompanying drawings of FIGS. 2, 4, 6A, and 6C, and a movable stop shaft 141 is provided with a guide groove 132 of the support means 130. In between is possible to move across. The stop shaft 141 is provided with guide means 142 slidably supported between both ends thereof with the inner guide path 132 of the support means 130. The guide means 142 is integrated with the stop shaft 141, and a plurality of or one guide roll 146 is provided to the outside through a bearing. The middle portion of the stop shaft 141 has a connecting portion 143 for fixing one end of the chain 155 that is rotated around with a bolting member (not shown). A plurality of contact discs 145 are provided on the main surface of the stop shaft 141 with the connecting portion 143 interposed therebetween so as to be rotatable. These contact discs 145 correspond to the bottom contact portion 124 of the pushing piece 120.

2 and 3 of the accompanying drawings show the drive means 150 of the spinal braces of the present invention.

According to this figure, the driving means 150 is located on the bottom plate 112 surrounded by the plurality of arranged pushing pieces 120 and the cover member 180, and a separate power supply is made, and a predetermined remote The reduction motor 151 in which control control is performed is installed. The reduction motor 151 has a third sprocket 154 on its axis of rotation, and several sprockets 152 and 153 are installed at a predetermined interval in another front and rear position. These sprockets 152, 153, 154 have a form in which the smooth main surface and the sprocket are integrally provided as shown in the excerpt drawing of FIG. The first and second sprockets 152 and 153 and the third sprocket 154 are wound around the chain 155. The chain 155 is repeatedly rotated before and after a predetermined length in a state connected to the connecting portion 143 of the sliding means 140 as described above. In addition, the tension adjusting means 156, 157 is located at a suitable position to prevent the chain 155 from sagging.

Among the tension adjusting means, the first tension adjusting means 156 is rotatably installed on the bridge-type support 156a, a carbine 156b having a lower portion hinged in the support 156a, and the carbine 156b. Roll 156c and a spring 156d that gives elasticity to the roll 156c. In addition, the second tension adjusting means 157 forms a guide hole 157b on both sides of the bridge-type support 157a, and positions the guide pins 157c on both sides thereof, and rolls drawn by springs (not shown). 157d).

As shown in FIG. 7A of the accompanying drawings, the head restraint 160 installed at the outside of the base 110 of the spinal brace of the present invention is slidable at an end of the base 110 extending from the center of the base 110. It consists of a lower portion 161, a vertical bar 162 vertically extended from the lower portion 161, and an upper portion 163 again attached to the vertical bar 162. The upper portion 163 forms a support hole, and the lower portion 161 has a stopper 164. It is preferable that the upper portion 163 is also provided with a stopper for height adjustment.

Figure 7b shows the legrest 170 of the spinal braces of the present invention. The footrest 170 according to this drawing includes a lower part 171 slidably connected to the extended rear end side of the base 110, a vertical bar 172 vertically extended from the lower part 171, and The upper bar 173 is attached again to the vertical bar 172 to form a vertical height adjustable upper part 173. The lower part 171 adjusts the forward and backward lengths as the first stopper 174, and the upper part 173 includes a first upper part 173. 2 as the stopper 175 to adjust the vertical height.

The operation of the present invention made in this way will be explained by the above-described drawings.

8A is an exemplary view illustrating a state of use of the spinal braces of the present invention, and FIG. 8B is an enlarged view illustrating main parts of the chiropractic method of the present invention. As shown in these figures, the present invention has the basic principle of compressing the spine so as not to hurt the vertebral spinous process.

As shown in the figure, when the predetermined switching is initiated in the lying position, the driving motor 151 of the driving means 150 is driven, so that the third sprocket 154, the first and second sprockets 152, 153 and The chain 155 wound around the first and second tension adjusting means 156 and 157 is rotated.

The sliding means 140 connected to the chain 155 and spanning the support means 130 moves by the rotation of the chain 155.

The movement of the sliding means 140 means to push up the bottom surface of any one of the pushing pieces 120, which is seated in the upper guide groove 131 of the support means 130 to maintain a lowered state. By pushing up the push piece 120, the left and right portions of the knot bone except for the spine superficial projection (B) of the person lying. At this time, the corresponding part of the spine will be made a fine compression.

Subsequently, when the sliding means 140 proceeds, the lower pushing pieces 120 are pressed up and down in order to press the left and right portions of the spine as described above.

After the sliding means travels a predetermined distance (bottom or top), the sliding means senses it as a sensor to drive in the opposite direction. By repeating the driving of the sliding means 140 such that the spine is subjected to continuous repeated compression, such as effective spinal vertebrae correction is made.

The length and height of the headrest 160 and the footrest 170 can be adjusted as the above-described adjustment structure, the lower portion of the base 110 can be carried out by implementing a wheel (not shown). have.

The present invention operates the drive means by using a known electronic control device, the above-mentioned sliding means is operated by a predetermined control system by the operation of this drive means, it is possible to operate in a state of lying on the patient himself.

The usage method by such an operation structure is as follows.

First, the patient is placed on the device of the present invention to fit the body of the patient. The knee is placed on the legrest, and the head is placed on the headrest. At this time, the length and height of each support can be adjusted so that it is adjusted to the height of the patient. Set the time and speed according to the patient's age, body and condition. Press Start on the remote control to start operation.

When the alarm sounds to indicate the completion of the treatment, lower the knee from the base and grab the handles on both sides to wake up.

In this treatment, the pre-operational state of the initial device pushes the spine back and forth from the cervical spine 1 to the lumbar spine 5 at the same time as the sliding means starts. The contact state of the vertebrae is a wave shape and pushes up three pressure pieces at the same time so that the middle pressure pieces are the highest.

In this way, the spinal braces of the present invention break away from the simple compression of the entire spinal cord, thereby providing an effective automatic compression and correction structure. It works

Claims (10)

In the chiropractor, A pressure piece for pressing the left and right sides of the vertebral body without contacting the top projection; And A vertebrae corrector comprising sliding means for sequentially moving up and down one push piece on a bottom of a plurality of press pieces arranged through a predetermined vertical move means. The method of claim 1, Precisely a predetermined length is extended to both sides to the array length of the pressing piece is opposed to each other, and each of the inner side further includes a support means for supporting both ends of the pressing piece to be vertically movable. According to claim 1 or 2, The sliding means, A movable stop shaft, a bearing formed so as to be rollable between the inner guide grooves of the support means at both ends of the stop shaft, a connecting portion connected to the chain at an intermediate portion of the stop shaft, and an outer circumference of the stopping shaft with the connecting portion interposed therebetween Comprising a contact disk which is supported via a bearing in the, the front and rear movement of the vertebral braces, characterized in that to push up the bottom of the push piece while moving back and forth. The method of claim 3, The support means has a length suitable for the arrangement length of the plurality of pressure pieces, the upper part is formed in the vertical guide groove so that both ends of the pressure piece is vertically movable, the lower portion is sliding, the bearings of both ends of the sliding means is sliding A vertebrae, characterized in that to form a horizontal guide path as possible. The push piece of claim 3, It has the shape of a bar with a rectangular cross section in the longitudinal direction, and forms three steps in the longitudinal direction, and its both ends form several guide protrusions, and the upper end of the step is the top projection groove of the vertebra and the protrusion and the concave groove for the vertebra compression. And a bottom portion of the bottom portion defines a predetermined contact portion for contacting the sliding means. The method of claim 5, And the contact portion forms a curved surface having a predetermined radius of curvature toward the bottom surface. The method of claim 3, And a predetermined support, a headrest provided vertically at a predetermined height at the front of the base, a legrest installed at a predetermined height at the rear end of the base, a cover member and a handle. According to claim 7, wherein the footrest is respectively slidably attached to the front end and the front end extended in the center of the base, the vertical bar vertically extended from the lower portion, the upper vertically connected to the vertical bar, Spinal braces characterized in that it comprises a control device respectively installed in the upper, lower. According to claim 7, wherein the headrest port comprises a lower portion slidably connected to the front end and the extended end portion at the center of the base, the vertical bar vertically extended from the lower portion, and the control device installed in the lower portion Chiropractor characterized by. The method of claim 3, wherein the drive means, It is installed on the base of the base and driven by a predetermined power supply and control, and several sprockets installed in front and rear, respectively, connected between the reduction motor and the sprockets and rotate around the sprocket of the reduction motor. And a tension adjusting means installed at an appropriate position of the chain.