KR20090121460A - The method and apparatus of spinal correction with a equipment made to measure - Google Patents

Abstract

PURPOSE: A customized vertebral body correction device and a molding method for the same are provided, which make enough power delivered to the backbone. CONSTITUTION: A molding method of customized vertebral body correction device comprises a step(S100) to prepare the standard vertebral body database including shape, location angle of the neck and back bone; a step(S200) to input the user vertebral body database to a computer after photographing through a CT scanner; a step(S300) to detect the location and state of a backbone which is not straight; a step(S400) to shape the model of 3D backbone figure brace; and a step(S500) to process the one-to-one customized backbone figure brace which is suitable for the backbone figure of a user.

Description

One-to-one customized vertebral body corrector and its molding method {THE METHOD AND APPARATUS OF SPINAL CORRECTION WITH A EQUIPMENT MADE TO MEASURE}

The present invention is a one-to-one customized vertebral body corrector formed with a spinal compression plate and a spinal assistant thin plate, and a cervical spinal plate and a cervical spinal compression plate to correct the spine composed of the cervical spine, thoracic spine, lumbar spine, lumbar spine, and lumbar spine according to the body shape. It relates to a molding method.

In general, the spine is generally a form of a shock-absorbing disc sandwiched between 33 bones (cervical spine 7, thoracic spine 12, lumbar spine 5, sacral spine 5, lumbar spine 4).

At the time of birth, the entire spine is curved to the back of the C shape, but when the baby starts to lift the head, cervical curvature and walking begin to rise, and the lumbar curvature is formed, forming the S-shaped curvature.

In addition, the spine is composed of various joints and nerves from the vertebral body, which acts as a pillar, to the intervertebral disc, which enables joint movement, and serves as an axis that maintains balance even in a stationary state or a motion state.

The spine acts as a pillar where various structures gather to support the weight of the upper body.

It also bends and stretches the upper and lower extremities and serves as a joint to perform various tasks, and acts as a pathway for the spinal nerve root, which is the shape of the central nervous system and the peripheral nerve, as well as a reservoir of calcium, an essential mineral for our body for survival. Play a role.

Like this, the spine of our body is made of S-shape to support the gravity of the earth and to walk upright.

Even simple movements such as walking, carrying objects, and driving are burdened on the lower back.Spines such as scoliosis, spinal prognosis, scoliosis, spinal disc herniation, and spinal pain syndrome may be caused by incorrect posture or lifestyle. The disease develops.

In order to correct such a wrong spine, the Korean Utility Model Publication No. 20-0381377 has a body made of a long shape in one direction by a synthetic resin having elasticity, the upper surface of the body has a concave curved spine formed long in the longitudinal direction The accommodation recess is provided, and the spinal recess is accommodated in the spine of the person lying on the body and the erect spinal muscles extending along both sides of the spine, and the inner surface of the spinal recess and the upper edge of the spinal recess. The vertebral body corrector configured to press the erect spinal muscles of the person lying on the body by means of

When the spine massage lying down, the spinal accommodator only presses the vertebral standing muscles and massages the spine, the thoracic spine, and the lumbar spine. There was this.

In addition, because the concave spinal recess is formed, the pressure applied to the spine and the standing erector muscles are weak, so that a separate auxiliary device is installed to correct the spine.

In addition, the spread of one-to-one customized vertebral body correctors is delayed in patients with various spinal diseases such as spinal disc herniation, scoliosis, degenerative spinal disease, scoliosis, spinal pain syndrome, and so on. And the reality is that no treatment is being done.

In order to solve the above problems, the present invention can apply pressure evenly to their vertebrae and vertebral standing muscles, and even if the spine massage lying down without the help of a separate device, sufficient force can be transmitted to the vertebrae, and the vertebral standing muscles are assisted. The purpose of the present invention is to provide a vertebral body corrector which is made of a simple structure so that anyone can easily correct a curved spine.

In addition, by improving the one-to-one customized vertebral body corrector and its molding method of Korean Patent Registration No. 10-0791845, filed and registered by the present applicant, the purpose is to provide a one-to-one customized vertebral body corrector suitable for the user's neck and spine body shape. have.

One-to-one tailored vertebral body corrector according to the present invention to achieve the above object is

Spinal pressing plate 20 to be applied directly to the spine of the "S" jaline,

It is achieved by forming a spinal cord pressing plate 30 formed on the side of the spinal pressing plate to support the spinal pressing plate from both sides or at the same time to apply weak pressure to the erectoral muscles extending along both sides of the spine.

In addition, the one-to-one customized vertebral body corrector according to the present invention

Cervical pressure plate 40 to be pressed directly on the cervical spine of the "S" jaline,

It is formed on the side of the cervical thin plate to support the cervical thin plate from both sides, or at the same time to apply weak pressure to the cervical standing muscles extending along both sides of the cervical spine, and the groove at the center where the head is touching so that the head can rest comfortably. This is achieved by the formation of the cervical auxiliary pressing plate 50 is formed.

And, one-to-one tailored vertebral body corrector according to the present invention

In order to apply pressure directly to the cervical vertebrae of the "S" line, a hook-shaped cervical vertebral plate having a steep inclination that gradually increases in proportion to the cervical vertebral body is formed to protrude to the cervical vertebrae from the lower part, and the vertebral cervical thin-plate of the hook-shaped A cervical assistive pressing plate having a donut-shaped pillow shape on both sides at a portion lower than the height is formed in an integral form.

In addition, the one-to-one customized vertebral braces molding method according to the present invention,

A preparation step (S100) of preparing a standard spine type D / B including shape, position, and angle information of each neck and vertebral body part by collecting information on average body dimensions of users;

From the neck of the user's neck to the spine, a CT scanner is used to input the user's vertebral body type D / B, including the shape and position of the user's neck and vertebral body, angle information, the user's weight, height, and waist size. Step S200,

Detecting the position and state of the wrong cervical or vertebrae by comparing and analyzing the user's vertebral body type D / B with a preset standard vertebral body type D / B in the control unit (S300),

Forming a model of the three-dimensional vertebral body corrector by registering the position and shape of the user's spine, the angle information, the user's body information transmitted from the control unit (S400),

It is achieved by the step (S500) of processing the one-to-one customized vertebral body corrector suitable for the vertebral body of the user by inserting the model molded from the model forming part of the three-dimensional vertebral body corrector.

As described above, in the present invention, even pressure can be evenly applied to their vertebrae and the standing erect muscles, even when lying on the spine massage without the help of a separate device, sufficient force can be transmitted to the vertebrae and the standing erect muscles, and made of a simple structure. Anyone can easily correct the curved spine has a good effect.

In addition, the one-to-one customized vertebral body corrector according to the present invention not only has a vertebral body correcting effect in the long term, but also has a cervical body correcting effect, intervertebral disc herniation, scoliosis, degenerative spinal disease, scoliosis, and other spinal pains. It also has an excellent effect on the syndrome.

One-to-one tailored vertebral body corrector according to the present invention by applying the pressure strengthened to the spine itself by their own weight to the limit of their own weight to the effect of the S-line correction of the spine is safe and above all It is configured to get the effect of body correction comfortably and easily.

In addition, it is easy to carry and convenient to use so that it can be easily carried anywhere anytime to perform self-correction and treatment in an emergency.

One-to-one tailored vertebral body corrector according to the present invention may be used as a main treatment method, but may be used without any difficulty even when used as an auxiliary treatment method in combination with existing physical therapy or drug therapy.

In the conventional traditional quantitative treatment method, surgery or physical therapy was partially treated only for the part where the disc was broken, whereas the treatment of the one-to-one customized vertebral body corrector according to the present invention maintains the S-line of the spine and is the most ideal body state. To maintain the shape and correct the body shape of the protruding part in the order of the cervical, thoracic, and lumbar spine from the top, as well as the entire affected part, and make the most ideal body by correcting the body shape of the protruding part. It can be configured to be absorbed in the semi-permanent effect can be excellent in the treatment of spinal diseases.

The problem of the conventional quantitative treatment method is that there is a high probability of recurrence of spinal diseases by not restoring the ideal S-line, but the one-to-one customized vertebral body corrector according to the present invention restores the spinal S-line by using it repeatedly. The invention was invented so that the probability of recurrence was reduced.

In addition, by continuously using one-to-one tailored vertebral body corrector according to the present invention by returning the vertebrae and disc plate to the original position and by continuously moving and exercising each bone and disc plate spine and spine by such frictional motion It is designed to remove unwanted impurities in the disks or to make the enlarged tissues into normal tissues by frictional movement and to maintain the healthy spine and disks as a result.

And, in the present invention, in order to correct the cervical spine of the user's neck of the spine, it is configured to directly press the spine, and to be corrected in a lying state like a pillow.

First cervical spine

It is associated with diseases such as psychosis, nervous breakdown, hysteria, encephalopathy, insomnia, encephalopathy, addictive diseases, facial paralysis, paraplegia, gout, hydrocephalus, meningitis, epilepsy, brain disease, and neurological diseases.

[Second cervical spine]

Facial acne, nervous breakdown, hysteria, facial neuropathy, uremia, non-diseases, phosphorus, dysentery, measles and other diseases.

[Third cervical spine]

It is associated with diseases such as cataract, nasal deficiency, deafness, blindness, conjunctivitis, uremia, ophthalmology and measles.

[4th cervical spine]

Nervous breakdown hysteria, rhinitis, nasal constriction, trigeminal neuralgia, facial nerve palsy, cerebral congestion

It is associated with diseases such as headaches, amblyopia, nipples, nasal colds, dental diseases, tonsils, laryngitis, measles, and ear disease.

[5th cervical spine]

It is associated with diseases such as cervical cancer, pharyngeal cancer, pharyngitis, laryngeal disease, tonsillitis, tastelessness, eye disease, and upper limb disease.

[6th cervical spine]

It is associated with diseases such as asthma, pharyngeal disease, high fever, dyspnea, upper extremity disease, laryngeal disease, goiter, and Badose's disease.

[Seventh Cervical Spine]

It is associated with diseases such as scapula disease, arteriosclerosis, bronchitis, cerebral hemorrhage, and upper limb disease.

As such, when the neck bones are displaced, nerves from the neck are shocked or compressed, which prevents them from functioning. For this reason, the function of the site | part where these nerves extend is weakened, and a disease tends to occur.

Therefore, if the material of the vertebral body corrector according to the present invention is used using hard materials such as wood and synthetic resin, it has the same function as the neck pillow, and can prevent various diseases, as well as the spinal compression plate and the spinal cord pressing plate ( By the head-shaped concave groove invented so that the head can rest comfortably, the massage effect of the hair naturally occurs and the blood circulation of the head can be improved.

In addition, because the head is clear, the learners have an excellent effect on learning effects, memory enhancement, headache, migraine, hair loss prevention and wool. In particular, when the material is used as a wood, the cold and cool components of the tree keeps the hair cool, so that even in the hot summer, the sweat does not sweat on the head, but the principle of Duhan Han (“Herd's feet are kept warm by keeping the feet warm.”) Is the principle. You can keep your body healthy.

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

1 is a perspective view of a one-to-one customized vertebral body correction according to the present invention, which is composed of a body 10, a spinal compression plate 20, a spinal assistant compression plate 30.

The body 10 has a slope that gradually increases from the lower end to the stop, the upper end, and is formed in the longitudinal direction of the hook shape having a steep slope in the bottom direction at the end. The reason for this is to be corrected to fit the spine of the "S" jaline.

The material of the body 10 according to the present invention is mainly a synthetic resin having wood, elasticity.

The wood is mainly used oak, beech, maple, secretion, pine and the like.

Oak has heavy, hard, no deformation for external force, has high impact resistance, beech has hard, strong, dense wood, easy to color and bleach, and maple is heavy, strong and external It has no deformation and high resistance, and the secretion wood is light in quality, has no distinction of sapwood and heartwood, and has strong fragrance. Pine has light and straight grain, good processability, and soft pine flavor.

The center of the body 10 formed in the longitudinal direction is formed by protruding the spinal plate thin plate 20, the spinal secondary plate 30 is formed integrally on both sides of the spinal plate 20.

The body 10 may be divided into large, medium, and small according to the height, weight, and age of the user.

The spinal plate 20 is the lower portion along the shape of the spine on the basis of the horizontal state so that the direct pressure is applied to the spine of the "S" line to the center of the longitudinal body (10) using the body's own weight ( In A), the hook shape has a curved slope that gradually rises toward the middle portion (B) and the upper end portion (C) gradually to a smooth curved shape suitable for the vertebral body shape, and then rapidly decreases from the high point end portion (D) of the upper portion to the bottom. Protruding portion is formed to protrude.

When the user lies on the floor, the spinal plate 20 is formed to protrude in a wave shape at an angle of 5 to 70 ° from the horizontal line when viewed from the side to be aligned with the spine of the "S" jaline consisting of the cervical spine, thoracic spine, and lumbar spine. do.

In this case, when the spinal plate is formed at an angle of 5 ° or less, it is not aligned with the spine of the “S” jaline, which causes the occurrence of the second spinal disc. Since the problem occurs that the spine position of the "S" line is distorted, it is most preferable that the spinal plate is protruded in the form of a gentle curved wave at an angle of 5 to 70 ° from the horizontal line when viewed from the side. .

In the lateral width direction (W) of the spinal plate 20, for example, 1.5cm ~ 5cm drop, the height (H) than the spine plate 20, for example, 1.5 ~ 5cm lower spine auxiliary plate ( 30) is formed integrally on both sides.

Here, the numerical value of the lateral width direction W and the numerical value of the height H are one example, and can be variously modified according to the user's body size.

The subsidiary spinal plate 30 is located at a portion lower than the height of the spinal plate 20 is formed integrally on both sides, support the spinal plate from both sides or at the same time weak pressure is applied to the erector muscles The contact part is formed by plane processing, and gradually goes up gradually from the lower part (A) to the middle part (B) and the upper part (C) along the vertebral shape and gradually rises gradually to suit the vertebral body shape. From the end (D) is formed in the shape of a hook having a slope that is sharply lowered in the bottom direction.

As shown in FIG. 1, the spinal column pressing plate 30 is formed at an angle of 5 to 45 ° from the horizontal line when viewed from the side, and a contact portion c directly applied to the erector muscle is flat. Is formed.

Here, if the spinal secondary compression plate 30 is formed at an angle of 5 ° or less when lying on the spine massage, the support area on both sides of the spinal compression plate 20 is floating, the spinal compression plate 20 on both sides efficiently It is difficult to support, and if the spinal auxiliary thin plate 30 is formed at an angle of 45 ° or more because the pressure is applied only to a specific part of the erectile muscles may cause a problem that the position of the spine and the vertebral vertebral muscles may be distorted, It is most desirable to form at an angle of 5 ~ 45 ° from the horizon.

And, as shown in Figure 1, the spinal assistant plate 30 is a convex contact portion (c) is applied to the erector muscles directly convex, the bone portion formed by adjoining the spinal plate and the spinal plate. The height H1 is formed by being configured lower than the height H2 of the mountain portion of the spinal column pressing plate.

As such, the spinal suppression plate 30 is formed by convex contact portions directly applied to the erector muscles, and in the case of patients with scoliosis, the spinal plate 20 is supported on both sides, and at the same time on both sides of the spine. The pressure can be directly applied to the erectile muscles, which extend along the length of the spine, thereby effectively treating patients with scoliosis having a straight spine.

In addition, as shown in FIG. 2, the spinal column pressing plate 30 is formed at an angle of 5 to 45 ° from the horizontal line, and a contact portion d directly applied to the erector muscles is formed flat.

Here, if the spinal secondary compression plate 30 is formed at an angle of 5 ° or less when lying on the spine massage, the support area on both sides of the spinal compression plate 20 is floating, the spinal compression plate 20 on both sides efficiently It is difficult to support, and if the spinal auxiliary thin plate 30 is formed at an angle of 45 ° or more, the pressure is applied only to a specific part of the erector muscles, so that the position of the vertebrae and the erector muscles may be distorted. It is most desirable to form at an angle of 5 ~ 45 ° from the horizon.

And, as shown in Figure 2, the spinal assistant plate 30 is a flat contact portion (d) that is applied directly to the erect spine muscles, the bone portion formed by adjoining the spinal plate and the spine plate The height H1 and the height H2 of the mountain portion of the spinal plate is formed by the same configuration.

As such, the spinal suppression plate 30 is a flat contact area is applied directly to the erector muscles, so that in the case of patients with scoliosis, the spinal plate 20 is supported on both sides or at the same time on both sides of the spine. The pressure can be directly applied to the erectile muscles, which extend along the length of the spine, thereby effectively treating patients with scoliosis having a straight spine.

In addition, as shown in Figure 3, by forming the spinal auxiliary thin plate 30 in a wide open shape in the longitudinal direction, by forming only the spinal plate thin plate 20 on the central side of the body 10, " It can be configured to apply pressure directly to the straight spine to form an S "line.

In addition, as shown in Figure 4, by forming the spinal auxiliary thin plate (30) in a wide open shape in the longitudinal direction, by forming only the spinal plate thin plate 20 on one side of the body 10, vertebral body correction patients If there is a patient who is uncomfortable with movement, apply pressure only to the spine through the spinal plate for 10 to 30 minutes, and when resting, move the body toward the wider spine plate (30) to rest, and then correct the vertebral body shape again. It can be configured to be.

Hereinafter, the vertebral body brace according to the present invention is a convex wing shape (30a, 30b), multi-stage wing shape (30c), bent wing shape (30d) that can be used throughout the spine, such as cervical spine, lumbar spine, thoracic vertebrae It can be configured.

10 is a perspective view showing a vertebral body corrector having a convex wing shape 30a according to the present invention, which is a 5 to 70 ° angle (a) from the horizontal line when the vertebral compression plate 20 is viewed from the side. Formed and formed, the lower portion (A) from the lower portion (B), the upper portion (C) along the spine on the basis of the horizontal state to apply a weak pressure using the body's own weight to the spine of the "S" line It gradually increases gradually to suit the vertebral body shape, and is formed in a hook shape having an inclination that is sharply lowered from the high point end D of the upper end to the bottom.

And, the subsidiary spinal plate 30 is formed at a lower position than the height of the spinal plate 20 formed in one piece on both sides, supporting the spinal plate from both sides or at the same time weak pressure applied to the erect spine muscle. The contact point e is curved and is smoothly rounded to form a convex shape. The curved contact point e forms a 5 ° to 45 ° angle θ from the horizontal line when viewed from the side and is horizontal. As it goes from the lower end (A) to the middle part (B) and the upper part (C) along the vertebral shape, it gradually increases in a gentle curved shape appropriate to the vertebral body shape, and then rapidly lowers from the high point end (D) of the upper part to the floor. It is formed into a convex wing shape 30a having a curved slope.

In addition, as shown in FIG. 11, the convex wing shape 30b formed in the spinal-adhesive thin plate can be reduced to 1 / 4-1 / 2 size, and can be manufactured.

12 is a perspective view showing a vertebral body straightener having a multi-stage wing shape 30c according to the present invention, which is 5 to 70 ° angle (a) from the horizontal line when viewed from the side of the vertebral plate 20. It is formed in the form of, "S" in the horizontal line so that the weak pressure is applied to the spine of the human body to the spine of the line on the basis of the horizontal state in the lower portion (A) to the middle portion (B), the upper portion (C) To gradually increase to moderate to the vertebral body shape is gradually formed into a hook shape having a slope that is sharply lowered from the high point end (D) of the upper end to the bottom.

And, the subsidiary spinal plate 30 is formed at a lower position than the height of the spinal plate 20 formed in one piece on both sides, supporting the spinal plate from both sides or at the same time weak pressure applied to the erect spine muscle. The contact point (e) is curved, rounded, and smoothly rounded to form a convex, multi-stage, and the contact area, multi-stepped, forms a horizontal angle of 5 to 45 ° from the horizontal line when viewed from the side, and is horizontal. On the basis of the state, the lower part (A), the middle part (B), and the upper part (C) gradually increase gradually to suit the vertebral body shape along the spine shape, and then gradually lower from the high point end part (D) of the upper part to the floor. It is formed by the multi-stage wing shape 30c which has inclination. In the present invention, a three-stage wing shape is formed.

13 is a perspective view showing a vertebral body corrector having a curved wing shape 30d according to the present invention, which is 5 to 70 ° angle (a) from the horizontal line when the vertebral compression plate 20 is viewed from the side. It is formed in the form of, "S" in the horizontal line so that the weak pressure is applied to the spine of the human body to the spine of the line on the basis of the horizontal state in the lower portion (A) to the middle portion (B), the upper portion (C) To gradually increase to moderate to the vertebral body shape is gradually formed into a hook shape having a slope that is sharply lowered from the high point end (D) of the upper end to the bottom.

And, the subsidiary spinal plate 30 is formed at a lower position than the height of the spinal plate 20 formed in one piece on both sides, supporting the spinal plate 20 from both sides or at the same time weak to the erector muscles The contact portion (e) to which pressure is applied is curved to form a plurality of curved surfaces, and the contact portion (e) having the plurality of curved surfaces to form an angle (b) of 5 to 45 ° from the horizontal line when viewed from the side. On the basis of the horizontal state, the lower part (A) from the lower part (A) to the upper part (C) gradually increases gradually gradually to suit the vertebral body shape along the spine shape, and then from the high point end part (D) of the upper part to the bottom direction. It is formed in a curved wing shape 30d having a sharply inclined slope.

Hereinafter, the vertebral body corrector according to the present invention may be composed of hook-type neck pillows 50a, 50b and 50c and donut-type neck pillows 50d and 50e which can be used only by being characterized by the cervical spine.

14 is a perspective view showing a vertebral body-type corrector having a hook-shaped pillow shape (50a) according to the present invention, which is to be pressed directly to the cervical vertebrae of the "S" line ,

It is formed on the side of the cervical thin plate to support the cervical thin plate from both sides, or at the same time to apply weak pressure to the cervical standing muscles extending along both sides of the cervical spine, and the groove at the center where the head is touching so that the head can rest comfortably. It is composed of the formed cervical secondary pressure plate (50).

The cervical vertebral plate 40 is formed to form an angle (a) of 5 ~ 70 ° from the horizontal when viewed from the side, the horizontal state so that the direct pressure is applied to the cervical spine of the "S" line using the body's own weight The slope gradually increases gradually from the lower end (A) to the middle part (B) and the upper part (C) gradually to suit the cervical body shape along the cervical spine, and then descends rapidly from the high end (D) of the upper part to the floor. It consists of a hook shape having a protruding shape.

The cervical suppression thin plate 50 is formed at a lower portion than the height of the cervical spinal plate and formed integrally on both sides, and supports the cervical spinal plate at both sides, or at the same time, a contact part at which weak pressure is applied to the cervical vertebral muscle. The contact part is formed in a shape that is expanded to be larger than the width of the head so that the head can lean comfortably, and the groove 51 is formed in the center where the head is touching, and is suspended at the lower part (A) along the cervical spine on the basis of the horizontal state. The lower portion (B), the upper portion (C) is gradually gradually gradually moderately suited to the cervical vertebral body form is formed in a hook-shaped pillow shape (50a) having a slope that is sharply lowered from the high point end (D) of the upper end.

In addition, as shown in FIG. 15, it is possible to configure a vertebral body straightener composed of a hook-type neck pillow 50b which simultaneously serves as a cervical spinal plate and a cervical auxiliary pressure plate.

In other words, the contact area where the human body's own weight is directly applied to the cervical spine of the "S" line or the weak pressure is applied to the cervical spine muscles is formed into a shape that is wider than the width of the head so that the head can lean comfortably. And a groove 51 is formed in the center where the head is in contact with each other, and gradually goes gradually along the cervical shape from the lower portion (A) to the middle portion (B) to the upper portion (C). From the high point end (D) of the upper end is formed a hook-shaped neck pillow (50b) having a slope that is sharply lowered in the bottom direction.

In addition, Figure 16 is a perspective view showing a vertebral braces in which the wing-shaped support portion 52 is formed at both ends of the hook-shaped neck pillow 50c according to the present invention, which has the same shape as in FIG. The wing-shaped support portion 52 protrudes from both ends so as not to shake sideways.

Figure 17 is a perspective view showing a vertebral braces having a donut-shaped neck pillow (50d) protruding hook-shaped cervical vertebral plate according to the present invention, so that a direct pressure is applied to the cervical spine of the "S" line Grain-shaped cervical pressure plate having a slope that gradually increases gradually from the lower end portion (A) to the stop portion (B) and the upper end portion (C) gradually to suit the cervical vertebral body, and then rapidly lowers from the high point end portion (D) of the upper portion to the bottom. 40 is formed to protrude,

It is located at the lower part of the height of the hook-shaped cervical vertebral plate and forms a donut structure on both sides, and supports the cervical vertebral plate from both sides, or at the same time, the contact part where weak pressure is applied to the cervical vertebral muscle is curved. It is formed by a smooth rounding process, the groove 51 is formed in the center so that the head can lean comfortably, the cervical secondary pressure plate 50 having a donut-shaped neck pillow (50d) is formed in an integral form.

In addition, Figure 18 is a perspective view showing a vertebral braces having a donut-shaped neck pillow (50e) at the same time as the cervical spine thin plate and the cervical spine auxiliary plate according to the present invention, which is the "S" The contact area that is directly pressed by the body's own weight on the cervical spine or at the same time weakly applied to the cervical spine muscle is formed into a three-dimensional disk shape so that the head can lean comfortably, and the head is in contact with the head so that it can lean comfortably. Grooves 51 are formed in the upper part of the upper part of the upper part of the cervical vertebral body, gradually increasing gradually from the lower end portion (A) to the middle portion (B) and the upper end portion (C) along the cervical spine. A donut neck pillow 50e having an inclination that is sharply lowered from the end D to the bottom is formed.

As such, through the vertebral braces consisting of hook-type neck pillows (50a, 50b, 50c), donut neck pillows (50d, 50e) according to the present invention, as shown in Figs. 19 and 20, cervical discs It can be applied to the patient to correct the cervical vertebrae shape into the "S" shape.

Next, Figure 5 relates to an embodiment showing a state in which the one-to-one customized vertebral body corrector according to the present invention presses the spine and the position of the spinal erector muscle at this time.

Here, the vertebral compression plate is applied directly to the vertebrae of the "S" jaline, and the vertebral compression plate supports the vertebral compression plate 20 from both sides, and is weak to the erect erector muscles extending along both sides of the spine. The frictional motion (e) consists of 45 ° to 85 ° so that the pressure is applied continuously, thereby returning the vertebrae and disc plates to their original positions and continuously moving and exercising each bone and disc plate. By removing unnecessary impurities between the vertebrae and the vertebral discs, the enlarged tissues can be changed to normal tissues by frictional movements, and as a result, the vertebrae and discs can be kept healthy. .

Hereinafter, a method of forming and processing a one-to-one customized vertebral body corrector suitable for a user's vertebral body shape using a vertebral body shape corrector having the above-described configuration into a three-dimensional model and processing will be described.

First, as shown in FIG. 9, the apparatus for shaping one-to-one customized vertebral body corrector suitable for the vertebral body shape of the user according to the present invention into a three-dimensional model, and processing the standard vertebral body type D / B 110, D / It consists of the B management part 120, the CT camera 130, the control part 140, the comparison and search program 150, the 3D vertebral body corrector model forming part 160, and the CNC processing machine 170. As shown in FIG.

The standard vertebral body type D / B 110 collects information on average body dimensions of users and includes shape, position, and angle information of each neck and vertebral body part. By classifying, the average dimensions such as shape, position, and angle for each neck and spine are summarized.

The D / B manager 120 manages to be divided into a storage device that stores data in each D / B, draws out necessary data, and stores a program that connects the respective data to each other, and an operator that drives the program. It plays a role.

The CT camera 130 is a CT scan from the neck of the user to the spine by the operation of the expert.

The user's vertebral body type D / B 140 includes the shape and position of the user's neck and vertebral body parts, angle information, and the user's weight, height, and waist size information obtained through a CT camera. It provides a comparison and search program of the control unit to provide data on the condition of the cervical vertebrae and spine of patients with cervical disc, scoliosis, and scoliosis, which are not correct for their body shape.

The control unit 150 controls the operation process of the entire system, and compares and analyzes the user's vertebral body type D / B to a standard vertebral body type D / B set in advance through a comparison and search program connected to one side. Detect the position, shape, and angle of the spine.

The detected position and shape of the user's spine, angle information, and the user's body information is registered and transferred to the 3D vertebral braces model forming unit.

The 3D vertebral body corrector 160 forms a 3D vertebral body corrector model according to the position and shape of the user's spine, angle information, and the user's body information transmitted from the controller. Molding is done using programs such as Light Wave 3D, Poser (easy human modeling), and Strata Studio Pro (photorealistic image creation).

The CNC machine 170 registers the user's body information through the model formed from the model forming unit of the three-dimensional vertebral body corrector to form a one-to-one customized vertebral body corrector suitable for the user's vertebral body shape.

As shown in FIG. 9, as described above, a method of forming and processing a one-to-one customized vertebral body corrector suitable for a vertebral body shape of a user according to the present invention into a three-dimensional model is as follows.

First, by collecting information on the average body size of the user to create a standard vertebral body type D / B including the shape, position, angle information of each neck and vertebral body (S100).

In other words, by classifying the body of the Korean people by gender and type, the average dimensions such as shape, location, and angle are sorted by the neck and vertebral region under normal conditions. It is used as a reference value for comparing and analyzing states.

Subsequently, the CT is taken from the neck of the user's neck to the spine, and the user's vertebral body shape D / B including the shape and position of the user's neck and vertebral body, the angle information, the user's weight, height, and waist size are stored on the computer. Input (S200).

It is possible to check whether the shape of the user's neck and spine taken by the CT camera is a straight or "S" shape, the spacing between the spine and the disk is constant, and whether the disk is generated at a specific site.

In addition, by detecting the angle between the spine and the erector muscles, it is also possible to check whether it can be developed into scoliosis, scoliosis, and lordosis.

The shape, position, and angle information of the cervical and vertebral body parts obtained through such CT imaging are inputted to the control unit of a computer by a skilled expert, and at the same time, the user's weight, height, waist size, sitting height, neck size, etc. Enter that information together.

Subsequently, the control unit compares and analyzes the user's vertebral body type D / B to a preset standard vertebral body type D / B, and detects an incorrect position and state of the cervical vertebra or spine (S300).

It sets the standard vertebral body type D / B, which summarizes the average dimensions such as shape, position, and angle for each neck and spine in a normal state, as a reference set value, and the shape of the user's neck and vertebral body parts taken through a CT camera. And one-to-one correspondence of position and angle information.

At this time, the one-to-one correspondence between the standard vertebral body type D / B and the user's vertebral body type D / B is compared and analyzed through a comparison and search program to detect the location and shape of the wrong neck bone or spine, and the state of the corresponding site.

That is, how much the distance between the vertebrae and the disc is wider than the normal person, how much the shape of the vertebrae is straight in the "S" shape compared to the normal person, and how much the angle between the spine and the standing erectus is compared to the normal person. Whether it is widened or narrowed can be converted into data and displayed on the display.

Subsequently, the model of the 3D vertebral body corrector is formed by registering the position and shape of the user's spine, the angle information, and the user's body information transmitted from the controller (S400).

In the 3D vertebral braces modeling unit, the model of the 3D vertebral braces based on the position and shape of the cervical or vertebrae detected and compared through the comparison and search program of the control unit, and the state detection data of the corresponding area. Molding

At this time, the 3D vertebral braces model forming part is viewed according to the position of the user's spine, namely the "S" shape of the spine consisting of the cervical spine, lumbar spine, lumbar spine, and sacral spine and the standing position and state of the vertebral erectus muscles extending to the side of the spine. Set the angle and height difference of the spinal plate, the spinal secondary plate according to the invention.

That is, if you are a man in his 30s, who has a height of 180cm and a patient with scoliosis of 85kg, the angle of the spinal plate is set to 35 °, and the width of the spinal plate is 1.5cm away from the side. 3D studio model of the 3D vertebral body corrector with the spinal compression plate formed to form an integral spine plate on both sides at the site of 2cm lower than the spinal plate, and the angle of the spinal plate at 30 °. Molding is done through the Studio MAX program.

Subsequently, the model formed from the model forming unit of the three-dimensional vertebral body corrector is inserted into a CNC machine to process a one-to-one customized vertebral body corrector suitable for the user's vertebral body shape (S500).

At this time, it is assumed that the material of the vertebral body corrector is oak.

In the CNC machine, it is machined according to the numerical value set in the 3D vertebral braces.

In other words, the spinal compression plate is formed at an angle of 35 °, and the spinal compression plate is formed at both sides of the spinal compression plate 1.5 cm in the lateral width direction of the spinal compression plate, and the lower part is 2 cm lower than the spinal compression plate. It is formed, the angle of the spinal column pressing plate is formed to 30 °.

By such processing, as shown in Fig. 9, the one-to-one customized vertebral body straightener 1 according to the present invention can be manufactured.

One-to-one tailored vertebral braces 1 formed in this manner may be applied to patients with vertebral discs and scoliosis, as shown in FIG. 9, or to patients with lateral valve herniation, as shown in FIGS. 10 to 13. Alternatively, as shown in Figs. 14 to 15, it can be applied to a patient with a sacral disc.

As such, by applying a one-to-one tailored vertebral body corrector of the bone according to the present invention to patients with a neck disc, a spinal disc, scoliosis, spinal disc herniation, not only to maintain the spine line in the S-line, among them is uneven or If there is a prominent bone, press the vertebral braces on the back and apply the pressure applied by the natural weight, so that the bone and the disc can be instantaneously moved into place.

As such, as a result of applying the one-to-one customized vertebral body corrector according to the present invention to many patients suffering from spinal diseases, there is an excellent effect of body correction and removal of spinal pain.

In particular, in patients with intervertebral disc herniation, excellent effects have been demonstrated. Patients with low back pain, lower extremity paralysis and lower extremity radiating pain at the same time disappear immediately and continue to use for a while, and the pain can be permanently observed.

This is not only a result of the scientific basis obtained by restoring the S-line itself through the one-to-one customized vertebral body corrector according to the present invention, but also the continuous use of the one-to-one customized vertebral body corrector according to the present invention is a vertebral disc and a disc plate. By returning to the original position and continuously moving and moving each bone and disc plate to remove or normalize unnecessary impurities or enlarged tissues by such friction, and consequently to keep the spine and disc healthy. Because it will.

1 is a perspective view showing a one-to-one customized vertebral body corrector made of a spinal auxiliary pressure plate formed by convex contact portions (c) which are placed in parallel and pressurize the erect erectus muscles according to the present invention;

Figure 2 is a perspective view showing a one-to-one tailored vertebral body corrector made of a spinal auxiliary pressure plate is formed in a flat contact area (d) parallel to the vertebral erect muscle during the correction according to the present invention,

3 is a perspective view showing a one-to-one customized vertebral body straightener formed in a shape in which the spinal column pressing plate 30 is broadly extended in the longitudinal direction, and the spinal plate pressing plate 20 is formed at one side of the body 10.

4 is a perspective view showing a one-to-one customized vertebral body straightener formed in a shape in which the vertebral compression plate 30 according to the present invention is spread out in the longitudinal direction, and the vertebral compression plate 20 is formed at one edge of the body 10;

Figure 5 is a one-to-one customized vertebral body corrector according to the present invention presses the spine and at this time the position of the standing erectus muscle and one embodiment showing the process,

Figure 6 is an embodiment showing the application to the spinal discs and scoliosis patients through one-to-one tailored vertebral braces according to the present invention,

7 is a block diagram showing an apparatus for forming a one-to-one customized vertebral body corrector for a user's vertebral body shape according to the present invention;

8 is a flow chart illustrating a molding method of a one-to-one customized vertebral body corrector according to the present invention.

Figure 9 is a photograph of a one-to-one customized vertebral body corrector formed through the molding method of a one-to-one customized vertebral body corrector according to the present invention,

10 is a perspective view showing a vertebral body corrector having a convex wing shape according to the present invention;

11 is a perspective view showing a vertebral body corrector having a convex wing shape according to the present invention;

12 is a perspective view showing a vertebral body straightener having a multistage wing shape according to the present invention;

13 is a perspective view showing a vertebral body straightener having a curved wing shape according to the present invention;

14 is a perspective view showing a vertebral body straightener consisting of a hook-type neck pillow according to the present invention;

15 is a perspective view showing a vertebral body straightener composed of a hook-type neck pillow that simultaneously serves as a cervical spinal plate and a cervical spinal plate according to the present invention;

16 is a perspective view showing a vertebral braces formed with wing-shaped supports at both ends of the hook-type neck pillow according to the present invention;

17 is a perspective view showing a vertebral body straightener having a donut-shaped neck pillow having a hook-shaped cervical spine plate according to the present invention;

18 is a perspective view showing a vertebral body straightener having a donut-shaped neck pillow 50e which simultaneously serves as a cervical spinal plate and cervical spinal plate according to the present invention;

19 is an embodiment showing the application to the cervical disc patient through a vertebral braces consisting of a hook-type neck pillow according to the present invention,

20 is an embodiment showing the application to the cervical disc patient through a vertebral braces consisting of a donut-shaped neck pillow according to the present invention.

※ Brief description of reference numerals ※

1: vertebral body corrector 10: body

20: spinal compression plate 30: spinal compression plate

110: standard spine type D / B 120: D / B management unit

130: CT camera 140: control unit

150: comparison and search program 160: 3D vertebral body corrector model forming part

170: CNC Machine

Claims (14)

Spinal pressing plate 20 to be applied directly to the spine of the "S" jaline, It is formed on the side of the vertebral compression plate to support the vertebral compression plate on both sides, or at the same time is characterized in that the secondary compression plate (30) is formed so that weak pressure is applied to the erectoral muscles extending along both sides of the spine. One-to-one customized vertebral body correctors. According to claim 1, the spinal plate 20 is formed at an angle (a) 5 ~ 70 ° from the horizontal line when viewed from the side, the weak pressure using the body weight of the human body on the spine of the "S" line On the basis of the horizontal state to be applied to the lower end (A) from the lower end (B) to the upper end (C) along the vertebral shape gradually increases gradually to suit the vertebral body shape from the high point end (D) of the upper end to the bottom direction One-to-one tailored vertebral body corrector, characterized in that formed in the shape of a hook having a sharply lower slope. According to claim 1, the subsidiary spinal plate 30 is formed at a lower position than the height of the spinal plate 20 is formed integrally on both sides, support the spinal plate on both sides or at the same time to the spinal muscles The contact part to which weak pressure is applied is formed by plane processing, and it forms 5 to 45 degrees angle (b) from the horizontal line when viewed from the side, and the stop part (A) at the lower part (A) along the spine with respect to the horizontal state. B), one-to-one customized vertebral braces, characterized in that it gradually rises gradually to suit the vertebral body shape, and has a hook shape having a slope that is sharply lowered from the high point end (D) of the upper part to the bottom. . According to claim 1, the subsidiary spinal plate 30 is formed at a lower position than the height of the spinal plate 20 is formed integrally on both sides, support the spinal plate on both sides or at the same time to the spinal muscles The contact part (e) subjected to weak pressure is curved and smoothly rounded to form a convex, and the curved contact part (e) forms an angle (θ) of 5 to 45 ° from the horizontal line when viewed from the side. On the basis of the phosphorus state, the lower part (A), the middle part (B), and the upper part (C) gradually increase in a gentle curved shape appropriate for the vertebral body shape along the spine shape, and then from the high point end part (D) of the upper part to the bottom direction. One-to-one customized vertebral body corrector, characterized in that it is formed in a convex wing shape (30a) having a curved slope that is sharply lowered. According to claim 1, the subsidiary spinal plate 30 is formed at a lower position than the height of the spinal plate 20 is formed integrally on both sides, support the spinal plate on both sides or at the same time to the spinal muscles The contact part (e) subjected to weak pressure is curved and smoothly rounded to form a convex shape in multiple stages, and the contact part processed in multiple stages is 5 to 45 ° angle (b) from the horizon when viewed from the side. On the basis of the horizontal state to the lower end (A) from the lower end (B) to the upper end (C) gradually toward the vertebral body shape gradually increases gradually to the bottom from the high point end (D) of the upper end One-to-one tailored vertebral body corrector, characterized in that it is formed in a multi-stage wing shape (30c) having a sharply inclined. According to claim 1, the subsidiary spinal plate 30 is located at a portion lower than the height of the spinal plate 20 is formed integrally on both sides, and support the spinal plate 20 from both sides or at the same time The contact part (e), which is applied with a weak pressure on the erector spines, is curved to form a plurality of curved surfaces, and the contact part (e) on which the plurality of curved surfaces are formed is 5 to 45 degrees from the horizontal line when viewed from the side ( b), the lower part (A) from the lower part (A) to the middle part (B) and the upper part (C) along the vertebral shape, gradually increasing gradually to suit the vertebral body shape, and then the high point end part (D) of the upper part. One-to-one customized vertebral body corrector, characterized in that it is formed in a curved wing shape (30d) having a slope that is sharply lowered from the bottom direction. Cervical pressure plate 40 to be pressed directly on the cervical spine of the "S" jaline, It is formed on the side of the cervical thin plate to support the cervical thin plate from both sides, or at the same time to apply weak pressure to the cervical standing muscles extending along both sides of the cervical spine, and the groove at the center where the head is touching so that the head can rest comfortably. One-to-one tailored vertebral body corrector, characterized in that the formed cervical secondary pressure plate (50) is formed. 8. The cervical spinal plate 40 according to claim 7, As viewed from the side, it forms an angle (a) of 5 ~ 70 ° from the horizontal line and follows the cervical spine shape on the basis of the horizontal state so that direct pressure is applied to the cervical spine of the "S" line using the human body's own weight. The lower portion (A) from the lower end (B) to the upper end (C) gradually gradually rises moderately suitable for the cervical spine, and is formed in a hook shape having an inclination that is sharply lowered from the high point end (D) of the upper end to the bottom. One-to-one custom vertebral body corrector, characterized in that it is formed. According to claim 7, Cervical secondary pressure plate 50 It is located at the lower part of the cervical vertebral plate and formed integrally on both sides, and supports the cervical vertebral plate from both sides, or at the same time, the contact site where weak pressure is applied to the standing cervical spine muscle so that the head can rest easily. The groove 51 is formed at the center of the head in contact with the width of the head and extends from the lower portion (A) to the middle portion (B) and the upper portion (C) along the cervical spine. One-to-one customized vertebral body braces, characterized in that it consists of a hook-shaped pillow shape (50a) having an inclination that gradually rises gradually to suit the cervical vertebral body and gradually decreases from the high point end (D) of the upper part to the bottom. According to claim 7, Cervical secondary pressure plate 50 One-to-one customized vertebral braces, characterized in that the wing-shaped support portion 52 protrudes from both side ends so that the head image does not shake to the side.  Direct contact is applied to the cervical spine of the "S" line using the body's own weight, or at the same time, the contact area where weak compression is applied to the cervical spine muscles is formed in an unfolded shape larger than the width of the head so that the head can rest comfortably. Groove 51 is formed in the center of the contact, and gradually increases gradually along the cervical shape from the lower end (A) to the middle part (B) and the upper end (C) to suit the cervical spine. One-to-one tailored vertebral braces, characterized in that the hook-shaped neck pillow (50b) having a slope that is sharply lowered from the high point end (D) of the upper end is formed. In order to apply pressure directly to the cervical vertebrae of the "S" line, the lower part (A) gradually stops gradually toward the cervical vertebral body (B) and the upper part (C). A hook-shaped cervical vertebral plate 40 having a slope that is sharply lowered to protrude is formed, It is located at the lower part of the height of the hook-shaped cervical vertebral plate and forms a donut structure on both sides, and supports the cervical vertebral plate from both sides, or at the same time, the contact part where weak pressure is applied to the cervical vertebral muscle is curved. It is formed by being smoothly rounded, the groove 51 is formed in the center so that the head can be leaned comfortably, characterized in that the cervical secondary pressure plate 50 having a donut-shaped neck pillow 50d is formed in an integral form One-to-one customized vertebral braces.  Direct contact is applied to the cervical vertebrae of the "S" line using the body's own weight, or at the same time, the contact area where weak pressure is applied to the cervical vertebral muscles is formed in a three-dimensional disk shape so that the head can lean comfortably. Groove 51 is formed in the center of the head so that the head is in contact, and gradually gradually gradually to the cervical vertebral body shape from the lower part (A) to the middle part (B) and the upper part (C) along the cervical spine, based on the horizontal state. One-to-one tailored vertebral body corrector, characterized in that the donut-shaped neck pillow (50e) having a slope that is lowered rapidly from the high point end (D) of the upper end to the bottom. A preparation step (S100) of preparing a standard spine type D / B including shape, position, and angle information of each neck and vertebral body part by collecting information on average body dimensions of users; From the neck of the user's neck to the spine, a CT scanner is used to input the user's vertebral body type D / B, including the shape and position of the user's neck and vertebral body, angle information, the user's weight, height, and waist size. Step S200, Detecting the position and state of the wrong cervical or vertebrae by comparing and analyzing the user's vertebral body type D / B with a preset standard vertebral body type D / B in the control unit (S300), Forming a model of the three-dimensional vertebral body corrector by registering the position and shape of the user's spine, the angle information, the user's body information transmitted from the control unit (S400), One-to-one customized vertebral braces forming method comprising the step (S500) of processing a one-to-one customized vertebral body corrector suitable for the user's vertebral body by inserting the model molded from the model forming part of the three-dimensional vertebral body corrector .

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