WO2011102578A1

WO2011102578A1 - Spine correcting wheel-back device

Info

Publication number: WO2011102578A1
Application number: PCT/KR2010/005936
Authority: WO
Inventors: 박장호
Original assignee: 주식회사 휠백코리아
Priority date: 2010-02-18
Filing date: 2010-09-02
Publication date: 2011-08-25
Also published as: KR20110095112A; JP5105383B2; JP2011167501A; KR101150384B1

Abstract

The present invention relates to a spine correcting device for improving the state of spinal curvature and the contracted state of soft tissue at the front of the body, and more specifically relates to a spine correcting wheel-back device comprising a back-board-supporting plate which has a curved shape able to support the spinal region of a person's body and in the central part of which is formed a sliding recess such that a pressing roller can slide vertically along the spine, and a vertically height-adjustable seat-board plate which is adapted so as to mate with the back-board-supporting plate and has a drive motor so as to allow mutual reclining; wherein the back-board-supporting plate is provided with a spine massaging means able to press against and massage the spinal region of the person's body while the pressing roller slides vertically along the sliding recess, and wherein the pressing roller provided on the spine massaging means presses against or relaxes the front surface of the person's body and the state of spinal curvature while sliding, thereby making it possible to continuously improve the same.

Description

Chiropractic Wheelback Device

The present invention relates to a spinal orthodontic device for improving the pathological curvature of the spine and the contraction of soft tissues in the front of the body, and more specifically, the pressure roller in the center while being curved to support the spine of the human body. And a back plate support plate having a sliding groove formed so as to slide up and down along the spine, and a seat plate having a drive motor to be reclined with each other by engaging with the back plate support plate. The plate is provided with a chiropractic means for pressurizing the pressure of the spinal column of the human body while the pressure roller slides up and down along the sliding groove, the pressure roller provided in the chiropractic means is slid pathological This can be done by pressing or relaxing the curvature and the front of the body It relates to a backboard hwilbaek apparatus to be improved properly.

Aging and stress or prolonged postural insufficiency may cause energy shortages and tissue tension (constriction) of the spinal cord muscles, including the erector muscles, leading to pathological curvature of the spine (duration and scoliosis) or abnormal pressure on the vertebral body itself. To form.

Such long-term contraction of the surrounding tissues decreases blood circulation and increases anaerobic metabolism due to lower oxygen supply in the tissues, resulting in decreased energy (ATP) production and accumulation of lactic acid. This causes chronic muscle pain around the spine and decreases in local temperature, forming a vicious cycle in which the surrounding tissues contract more.

This contraction of the peripheral tissues of the spine narrows the distance between the bones of the spine and the joints, loosening the ligaments and joint capsules surrounding the joints and sliding structures such as the facet joints from the normal anatomical position ( drifting), which causes subluxation of the deviation from the normal position, which causes pain and limited activity.

In addition, excessive pressure on the spine in the long term causes excessive compression of the intervertebral disc to induce the degeneration of the intervertebral disc, which in turn causes compression of the spinal nerve to cause symptoms of stenosis or disc symptoms due to disc herniation.

As such, abnormal pressure applied to the spine over a long period of time causes calcium deposits on the vertebral margins to form osteophytes, compressing the surrounding nerves or causing friction with the surrounding tissues, and finally transforming the vertebrae into wedges. The back of the spine is permanently bent, or the pathological side with the rotational deformation of the spine.

This prolonged postnatal condition also contracts the soft tissues in front of the body.

Therefore, in order to solve the problem of abnormal spine alignment and to restore the normal standing state, not only the correction of the spine itself but also the improvement of the contraction state of the soft tissues around the vertebrae, in particular, the relaxation of the soft tissues in front of the body must be considered.

In order to improve the alignment of the spine such as the artificial Chinese chiropractic and chiropractic (chiropractic) of Figure 1 or the ancient Indian spine orthodontic instruments such as kurunta (50) or acupressure rod to move the position It has been used a wide variety of devices, such as a heated bed capable of compressing the spine and a variable chair of 180 degrees extension.

Referring to the conventional methods or apparatuses as described above, in the case of FIG. 1, since the operator and the subject must be together, the patient cannot perform the procedure. In the case of the kurunta of FIG. 2, the intensive compression of a specific part of the spine (facet joint or spinal protrusion) is performed. Because of this impossibility, the improvement of scoliosis with rotational deformity of the spine cannot be expected, and it is difficult to apply physically to elderly people who are uncomfortable in posture and behavior.In the case of chiropractic, instantaneous pressure is applied to the human body. It is not applicable to elderly people who are at high risk of fracture.

And in the case of a variable chair or a warm bed, the extension angle is limited to 180 degrees, there is a limit to the relaxation of the front soft tissue of the body.

Accordingly, the present invention has been made to solve the above problems, the back support plate (also referred to as back plate) and the sliding groove formed in the longitudinal direction at the center of the backrest of the chair and the sliding groove of the back support plate Insertion is installed up and down in the sliding groove to press the back of the human body and at the same time sliding along the spine spinal pressing means (hereinafter also referred to as wheelback) with a pressurizing roller, and the upper and lower height adjustable so that it can be reclined It consists of a seat plate provided with an operating motor, and a body frame provided with an armrest to fix and install the back plate support plate and the seat plate plate,

Even if the back is severely bent, the user sits comfortably on the seat plate (FIG. 10, or the same state as lying down by reclining). The spine is comfortably supported by the back plate support plate according to the body shape and the chiropractic means is operated upward. After the chiropractor mounts to fit the user's adaptation (FIG. 10),

The pressurized roller provided in this slide slides along the spine of the human body, thereby improving the curvature of the deformed spine and the contraction of the soft tissues in front of the body, thereby improving the body's return to normal standing. The purpose is to provide.

The present invention for achieving the above object is in the spinal orthodontic wheelback device is configured to enable reclining while pressing and massaging the spinal column to improve the soft tissue of the front of the body to restore the body to a normal standing state,

The chiropractic wheel back device is provided with a seat plate for allowing the user to sit, and a backrest provided to be connected to the rear end of the seat plate and having a close contact with the spine of the human body, and a sliding groove formed in the center of the backrest along the longitudinal direction. The back plate support plate, the chiropractic means 130 is inserted and installed in the sliding groove formed in the back plate support plate to slide up and down so as to press or release the spine of the human body, and the seat plate and the back plate support plate It is composed of a body frame that can be stably fixed to the floor while being connected and installed,

The chiropractic means is a pressure roller means for reciprocating sliding movement while pressing the spine of the human body, an upper driving means for allowing the upper side of the chiropractic means to move up or down, and the lower side of the chiropractic means is elevated Or it is characterized in that the lower drive means made to be lowered.

As described above, the spinal orthodontic wheelback apparatus according to the present invention is configured to form a reclining chair support plate and the back plate of the curved shape to support the back of the body to support the spine of the human body in an arc shape to bend the body 180 degrees or more By allowing the body to deflect and increase the amount of deformation of the body, it is possible not only to improve normally after the spine, but also to relax the contraction state of the soft tissues in front of the body and at the same time obtain the effect of normalizing.

In addition, the pressure roller provided in the chiropractic means has the effect of relaxing the muscles in the front of the chest such as the pectoral muscles and the small pectoral muscles by allowing the vertical and horizontal reciprocating sliding movement of the spine vertically or parallelly.

In addition, the spinal orthodontic wheelback device according to the present invention by using a chiropractic means by engaging the pressure roller to operate vertically or parallel to the vertebrae sliding vertically or parallel, the direction perpendicular to or parallel to the spine in a fully extended state By moving along the vertebral direction by the sliding roller to move intensively to press the specific area of the spine and to move repeatedly along the spine, massage of soft tissue around the spine is possible, as well as excessive after vertebrae and There is an effect that can be corrected by straightening the abnormal position of the spine, such as scoliosis.

In addition, by applying the pressure of the spinal correction wheelback device according to the present invention by repeatedly applying the pressing force using the vertical reciprocating movement of the local part of the pressure roller to the side of the spinal deformed spine (torsion) to reduce the rotational deformed spine to the normal position It is effective in removing the root cause of the spinal column.

In addition, the spinal orthodontic wheel back device according to the present invention has the advantage that can effectively adjust the spine according to the user's health state by adjusting the pressing force by adjusting the vertical movement amount of the pressure roller.

In addition, the spinal correction wheelback apparatus according to the present invention has the advantage that can be concentrated pressure correction by driving the pressure roller separately to face the user's spine to the upper side and the middle or lower side, respectively.

1 is a perspective state diagram showing two people back to back exercise exercise,

Figure 2 is a perspective view showing a kurunta, an instrument used for spinal extension exercise in yoga in India,

3 is a schematic perspective state view, a cross-sectional view and a schematic view of a chiropractic wheel back device according to the present invention;

4 is a schematic perspective state view, a cross-sectional view, and a schematic view showing a reclining (expanded) state of the spinal orthodontic wheelback device according to the present invention;

Figure 5 is a perspective cross-sectional perspective view of the main portion of the spinal wheel device according to the present invention,

6 is an exploded perspective view of the spinal wheel device according to the present invention,

Figure 7 is a schematic perspective state and sectional view of the chiropractic means of the chiropractic wheel back device according to the present invention,

Figure 8 is a partial partial cutaway state diagram of a schematic strabismus state of the chiropractic means of the chiropractic wheelback device according to the present invention,

9 is a state diagram and schematic diagram in which the chiropractic means provided in the chiropractic wheelback apparatus according to the present invention is vertically mounted to face the back of the human body, and is concentrated on the upper side of the spinal column of the human body. A state diagram and a schematic diagram, and a state diagram and a schematic diagram intensively mounted on the lower side of the spine of the human body,

10 is a schematic diagram showing a state in which a user is seated in the spinal orthodontic wheelback device according to the present invention to press the spine, and the extension and improvement of the vertebral soft tissue and the relaxation state of the prethoracic soft tissue following the reclining of the orthodontic wheelback device. Isometric view,

Figure 11 is a schematic cross-sectional view and a state diagram showing a state in which the pressure roller according to the present invention to correct the scoliosis by pressing the spine while moving in the vertical direction,

12 is a schematic perspective state view showing a method for correcting scoliosis caused by vertical movement of pressure according to the present invention;

FIG. 13 is a perspective view showing the spine where the spinal processus part T, which appears only on the spine side in appearance, is reduced and is normalized.

DESCRIPTION OF SYMBOLS 100: Spine correction wheelback apparatus 110: Seat plate 120: Back support plate

130: Chiropractor 140: Back cover 150: Body frame

160: drive motor 170: upper drive means 180: lower drive means 190: headrest

121: sliding groove 131: main frame 132: rack portion 133: rail portion

133a: Side bracket 133b: Connecting rod 134: Pressure roller 135: Roller bracket

135a: connecting fixing pin 135b: elastic means 136: roller drive motor 137: drive gear

138: pinion portion 151: handle 152: support rod 161: drive gear

162, 163: Driven gear 171: Rack 172: Upper rack plate 173: Upper plate

174: sliding rail 175: drive motor 176: drive gear

181: rack 182: lower rack plate 183: lower plate 184: sliding rail

185: drive motor 186: drive gear

S: Spine T: Spine spinous process

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described to be easily carried out by those of ordinary skill in the art.

Chiropractic wheelback device 100 of the present invention, as shown in Figures 3 to 8,

The seat plate 110, which allows a person to sit down and spread legs,

The back support plate 120, which is provided at the rear end of the seat plate 110 and is provided with a curved backrest to which the back of the human body is in close contact, has a sliding groove 121 formed along the longitudinal direction in the center of the backrest. Also called)

Spinal acupressure means 130 (also referred to as a wheelback) which is inserted into the sliding groove 121 formed in the back plate support plate 120 and slides up and down to press or release the back of the human body;

A back support cover 140 provided at a rear surface of the back plate support plate 120 to receive and fix the chiropractic member 130 therein;

The seat plate 110 and the back plate support plate 120 is connected to the body frame 150 is provided with a handle 151 so as to be stably fixed to the bottom surface.

A drive motor 160 having a drive gear 161 is installed at a portion where the seat plate 110 and the back plate support plate 120 are connected to each other.

In addition, a first driven gear 162 rotated by the drive motor 160 is provided at an end of the seat plate 110, and an end of the back plate support plate 120 is rotated by the drive motor 160. A second driven gear 163 is provided, wherein the first driven gear 162 and the second driven gear 163 are configured to mesh with each other.

In addition, the driving gear 161 is engaged with the second driven gear 163. When the driving motor 160 is driven, the driving gear 161 is connected to the first driven gear 162 by the driving gear 161. As the second driven gear 163 is rotated while being engaged with each other, the seat plate 110 and the back plate support plate 120 can be unfolded as shown in FIG. 4 while being reclined.

When the driving motor 160 is driven in the opposite direction as above, the reclined seat plate 110 and the back plate support plate 120 are folded and returned to each other while being seated while being reversed from the above. do.

The drive motor 160 may be operated by being connected to the first driven gear 162.

Of course, the degree of reclining or folding the seat plate 110 and the back plate support plate 120 may be adjusted by appropriately adjusting the driving motor 160.

Here, reclining refers to a structure in which a user can lean or lie down comfortably while the chair is laid back.

In addition, an end of the support rod 152 provided in the body frame 150 is inserted into the lower surface of the seat plate 110 so that the slot groove 111 for reclining while the seat plate 110 is slid is constant. It is formed as long as it is.

And the chiropractor 130 is inserted into the sliding groove 121 is shown in Figures 7 and 8, the arch-shaped rectangular main frame 131, the interior of which is composed of a space portion And a rack part 132 connected to the center of the main frame 131 and having a rack screw on the rear surface thereof, and inserting the rack part 132 therein and reciprocating sliding along the rack part 132. A rail bracket 133 capable of movement, a roller bracket 135 provided at an upper side of the rail portion 133 and provided with a pressing roller 134 rotatably on both sides thereof, and The pinion part 138 is provided on the lower side of the rail part 133 so as to be engaged with the rack part 132 on one side and engaged with the drive gear 137 of the roller driving motor 136 on the other side. It consists of).

In addition, the rail portion 133 has side brackets 133a which can be connected to the pinion portion 138, the roller driving motor 136, and the drive gear 137 on both sides thereof, and the roller bracket 135. ) Is provided with a connecting rod (133b) to elastically connect and install.

In addition, the roller bracket 135 is provided with a connection fixing pin 135a inserted into the connection rod 133b at both sides, and the roller bracket 135 is elastically provided at the connection fixing pin 135a. An elastic means 135b such as a spring is inserted to be operable.

Therefore, when the roller driving motor 136 is driven, the drive gear 137 is rotated, and then the pinion portion 138 meshed with it is rotated.

Then, the rail portion 133 slides along the rack portion 132 engaged with the pinion portion 138, thereby causing the roller bracket 135 to slide. At this time, the pair of pressure rollers 134 provided at both ends of the roller bracket 135 can be elastically cured while being slid in a reciprocating direction along the spine of the human body.

In addition, the rectangular main frame 131 is provided with an upper driving means 170 and a lower driving means 180 for driving the upper and lower portions thereof up and down, respectively.

The upper driving means 170 is installed on the upper end of the rectangular main frame 131 and driven while the upper rack plate 172 is provided with a rack 171 so that the upper side of the main frame 131 can slide up and down. )Wow,

An upper plate 173 installed to face the upper rack plate 172;

A sliding rail 174 provided at both ends of the upper rack plate 172 and the upper plate 173 such that they are easily slid together;

And a drive motor 175 and a drive gear 176 to raise or lower the upper rack plate 172.

The drive gear 176 is configured to be driven by being engaged with the rack 171.

Also typically, the rack 171 is formed to be formed in the longitudinal direction at the center of the upper rack plate 172.

In addition, the upper plate 173 is fixed to the bracket (not shown) provided in the back support cover 140, the sliding rail 174 of the upper rack plate 172 and the upper plate 173 Either one of the two ends at both ends is a male and female function to prevent mutual separation.

Therefore, when the upper driving means 170 is driven, the upper side of the chiropractor 130 can be lifted or lowered.

The lower driving means 180 is installed on the lower end of the rectangular main frame 131 and driven while the lower rack plate 182 is provided with a rack 181 so that the lower side of the main frame 131 can be slid up and down. )Wow,

A lower plate 183 installed to face the lower rack plate 182,

A sliding rail 184 provided at both ends of the lower rack plate 182 and the lower plate 183 so that they can be easily slid together;

And a drive motor 185 and a drive gear 186 to lift or lower the lower rack plate 182.

The drive gear 186 is configured to be driven by being engaged with the rack 181.

In general, the rack 181 is formed to be formed in the longitudinal direction at the center of the lower rack plate 182.

The lower plate 183 is connected to and fixed to a bracket (not shown) provided in the back support cover 140, and the sliding rail 184 is formed of the lower rack plate 182 and the lower plate 183. Either one of the two ends at both ends is a male and female function to prevent mutual separation.

Accordingly, when the lower driving means 180 is driven, the lower side of the chiropractor 130 may be lifted or lowered.

When the upper driving means 170 and the lower driving means 180 are driven at the same time, the chiropractic means 130 can be raised or lowered as a whole.

Therefore, the spinal wheel device 100 for spinal correction of the present invention simultaneously drives the upper driving means 170 and the lower driving means 180 as described above, so that the entire chiropractic means 130 is directed toward the spine of the human body. Lifting or lowering to press or release the entire back, and only the upper drive means 170 to drive the upper side of the chiropractic means 130 to raise / lower the intensively the upper side of the human spine On the contrary, the lower side of the chiropractic member 130 is driven to lower / lower by driving only the lower driving means 180 so as to concentrate the lower side of the human spine.

And the headrest 190 may be installed on the upper side of the back plate support plate 120 to protect the neck and head of the human body.

As described above, the entire driving or the partial driving of the upper and lower parts is configured to be operated by an operation switch of a control unit (not shown).

In addition, the spinal correction wheelback device 100 of the present invention configured as described above is driven by driving the drive motor 160, the drive gear 161 and the driven gear (162, 163) are engaged with each other, the seat plate 110 rises and the back support plate 130 is flipped backward so that the seat plate 110 and the back support plate 120 are reclined so that the upper and lower body of the human body can be extended to 180 degrees or more. Will be.

Accordingly, the seat plate 110 and the back plate support plate 120 are reclined so as to be unfolded into a convex curved shape so as to support the back / vertebral portion of the human body, and the soft tissue in front of the body together with the pressure of the back / vertebral portion. It is configured to relax, as well as the surface is provided with a non-slip means such as irregularities to prevent the body from slipping.

If the spinal correction wheelback device 100 of the present invention configured as described above using the same to describe the operation procedure for correcting the deformed spine by pressing the back / spine of the user as follows.

First, as shown in FIGS. 9 and 10, the user sits on the back plate 110 with his / her legs on the seat plate 110 while leaning against the back plate support plate 120.

Subsequently, when the entire spinal portion of the human body is to be pressurized and corrected, as shown in FIG. 9, when the upper driving means 170 and the lower driving means 180 are operated simultaneously, that is, the respective driving motors ( Simultaneously driving 175, 185 to mount the entire chiropractic means 130 to the spine of the human body (mount).

Then, the main frame 131 is lifted toward the spine of the human body, and then the pressure roller 134 presses the spine.

In this state, when the pressure roller 134 slides up and down along the human spine, the curved spine is corrected.

This is achieved by reciprocally sliding the roller bracket 135 and the rail part 133 integrally connected to the pressure roller 134 along the rack part 132.

At this time, the spine of the human body can be elastically pressed by the elastic means (135b).

And when the user wants to press and massage the pressure roller 134 concentrated only on the upper side of the spine of the human body, as shown in Figure 9, the drive motor 175 of the upper drive means 170 This is done by operating).

That is, when the driving motor 175 is driven to operate, the upper rack plate 172 is mounted (mounted) and connected integrally with the drive gear 176 is engaged with the rack 171 As the upper side of the main frame 131 is raised to press the upper side of the spine,

In such a state, if the pressure roller 134 reciprocates along the spine, the user can intensively pressurize the upper part of the spine.

In this case, the upper plate 173 on which the driving motor 175 is installed and the upper rack plate 172 provided with the rack 171 are opposed to each other to be slid, and the sliding provided at both ends thereof. Since the sliding is made through the rail 174, it can be lifted stably without shaking.

Of course, in order to reduce only the upper side of the chiropractor 130 to the original position to reduce the original drive motor 175 to reverse.

In addition, when the user wants to pressurize and massage the pressure roller 134 concentrated only on the lower side of the spine of the human body, as shown in Figure 9, the drive motor of the lower driving means (180) 185 is operated to lift only the lower side of the chiropractor 130.

That is, when the driving motor 185 is driven and operated, the main gear (186) is engaged with the rack 181 while the lower rack plate 182 is lifted and integrally connected thereto. The lower side of the 131 is raised to press the lower part of the spine,

In such a state, if the pressure roller 134 reciprocates along the spine, the user can intensively massage the lower part of the spine desired by the user.

In this case, the lower plate 183 on which the driving motor 185 is installed and the lower rack plate 182 provided with the rack 181 are opposed to each other to perform sliding, but the sliding provided at both ends thereof. Since the sliding is made through the rail 184, only the lower side can be lifted stably without shaking.

Of course, only the lower side of the chiropractor 130 is lowered to reduce the original position to drive the drive motor 185 in reverse.

Here, in order to operate as described above, the operation of the chiropractor 130 and the various driving motors are configured to be connected to a control unit (not shown) to operate with a separate operation switch (not shown). Such a configuration may be conventionally configured by a general known art, and detailed description thereof will be omitted.

As described above, the chiropractic wheelback device 100 of the present invention can raise or lower the chiropractic member 130 toward the vertebral portion of the human body as a whole, and can only raise or lower the upper vertebral portion of the human body. In addition, by being configured to be raised or lowered only to the lower side of the spinal part of the human body, it is possible to effectively press the back of the human body to intensively massage (treat) the corresponding area.

In addition, the chiropractor 130 as described above may be used in combination with the back of the general reclining chair or wheelchair.

However, the operation procedure as described above is periodically operated for a predetermined time to install and operate a separate control system (not shown) to correct the spine of the user.

11 and 12, the pressure roller 134 repeatedly linearly moves along the spine direction, thereby effectively correcting the scoliosis.

In addition, the pressure roller 134 acts to press in the vertical direction with respect to the spine to enable local spinal extension, and further extend the anterior chest to extend and relax the anterior thoracic muscle and soft tissue.

In addition, as shown in Figure 10 by expanding the back support plate to extend more than 180 degrees it is possible to more effectively relax the front femoral muscles and soft tissue than the conventional bed-type pressurizer limited to 180 degrees extension.

And, as shown in Figure 13, the spinal spine projections (T) appearing only on the spine side in the spinal deformation (torsion) spine is reduced (reduction) is applied while the pressing force of the pressure roller 134 is applied to the spine You can calibrate to normal.

As described above, the present invention has been described with reference to the embodiments shown in the drawings, but it is only for describing the present invention, and those skilled in the art to which the present invention pertains various modifications or equivalents from the detailed description of the present invention. It will be appreciated that one embodiment is possible.

Claims

In the spinal orthodontic wheel back device 100 configured to be reclining and to pressurize the spine and massage and at the same time relax the soft tissue in front of the body to restore the body to a normal standing state,

The chiropractic wheel back device 100,

The seat plate 110 and the user can sit,

The back plate supporting plate 120 is provided at the rear end of the seat plate 110 and is provided with a backrest to which the vertebral portion of the human body is in close contact with a sliding groove 121 formed along the longitudinal direction of the center of the backrest.

And the chiropractic means 130 is inserted into the sliding groove 121 formed in the back support plate 120 to slide up and down so as to press or release the spine of the human body,

While the seat plate plate 110 and the back plate support plate 120 is connected and installed, it is composed of a body frame 150 that can be stably fixed to the bottom surface,

The chiropractor 130 includes a pressure roller means for reciprocating sliding movement while pressing the spinal column of the human body, an upper driving means 170 for allowing the upper side of the chiropractor 130 to move up or down, and Chiropractic wheel back device, characterized in that the lower driving means 180 is provided so that the lower side of the chiropractic means 130 can be raised or lowered.
The method of claim 1,

An end of the seat plate 110 is provided with a first driven gear 162 that is rotated by the drive motor 160, and an end of the back plate support plate 120 that is rotated by the drive motor 160. A second driven gear 163 is provided, and the first driven gear 162 and the second driven gear 163 are configured to mesh with each other so that the seat plate 110 and the back support plate 120 are to be reclined. Chiropractic wheel back device, characterized in that configured to be.
The method of claim 1,

The chiropractic member 130 is connected to the main frame 131, the center of the main frame 131, the rack portion 132 is formed with a rack screw on the back and the rack portion 132 therein A rail portion 133 inserted into the rack portion 132 and capable of reciprocating sliding movement along the rack portion 132, and an upper side of the rail portion 133, and pressing rollers 134 rotated on both sides thereof. The roller bracket 135 is installed so as to be provided, and is provided on the lower side of the rail portion 133 is engaged with the rack portion 132 on one side and the drive gear 137 of the roller driving motor 136 on the other side Spinal correction wheelback device, characterized in that consisting of the pinion portion (138) to be engaged to be rotated.
The method of claim 3,

The rail portion 133 has side brackets 133a which can be connected to and installed on the pinion portion 138, the roller driving motor 136, and the drive gear 137 on both sides thereof, and the roller bracket 135. Chiropractic wheel back device, characterized in that the connection rod is further provided to be connected with the installation (133b).
The method of claim 4, wherein

The roller bracket 135 is provided with a connection fixing pin 135a fixed to the connection rod 133b, and the roller bracket 135 may be elastically operated at the connection fixing pin 135a. An orthodontic wheel back device, characterized in that the elastic means (135b) is further provided.
The method of claim 1,

The upper driving means 170 is installed and driven at the upper end of the main frame 131 of the chiropractor 130, the rack 171 is provided so that the upper side of the main frame 131 can be raised or lowered Upper rack plate 172,

An upper plate 173 installed to face the upper rack plate 172;

A sliding rail 174 provided at both ends of the upper rack plate 172 and the upper plate 173 so that they are opposed to each other so that sliding is performed;

Is installed on the upper plate (173) spinal orthodontic wheel back device, characterized in that consisting of a drive motor 175 and a drive gear (176) to raise or lower the upper rack plate (172).
The method of claim 1,

The lower driving means 180 is installed and driven at the lower end of the main frame 131 of the chiropractor 130 and provided with a rack 181 so that the lower side of the main frame 131 can be lifted or lowered. Lower rack plate 182,

A lower plate 183 installed to face the lower rack plate 182,

A sliding rail 184 provided at both ends of the lower rack plate 182 and the lower plate 183 so as to face each other and to slide;

Is installed on the lower plate (183), the lower wheel plate 182, orthodontic wheel back device, characterized in that consisting of a drive motor 185 and a drive gear (186) to raise or lower.
The method of claim 1,

The main frame 131 of the chiropractor 130 is a spinal orthodontic wheel back device, characterized in that consisting of the convex arch shape facing the vertebral portion of the human body.
The method of claim 1,

The seat plate 110 has a slot groove 111 formed on the bottom thereof so that the end of the support rod 152 provided in the body frame 150 is inserted so that the seat plate 110 can be reclined while sliding. Chiropractic wheel back device, characterized in that made.
The method of claim 1,

The chiropractic means 130 is a spinal wheel device, characterized in that installed on the back of the wheelchair.