JP5105383B2 - Spinal correction wheel back device - Google Patents

Description

The present invention relates to a spinal correction device for improving the pathological curved state of the spine and the contraction state of the soft tissue of the entire body, and more specifically, has a curved shape so as to support the spine of the human body, and A back support plate with a sliding groove formed so that the pressing roller can slide up and down along the spine at the center, and can be adjusted up and down and can be reclined to engage with the back support plate. The back support plate is composed of a seat plate with a motor, and the back support plate is provided with spinal acupressure means that presses the spine of the human body while sliding up and down along the sliding groove so as to allow finger pressure. The pressing roller provided in the above-mentioned spinal acupressure means is slid while sliding. Pathological curved state and body entire surface pressed or relaxes the concerns spinal correction wheel back device that can successfully improve this.

Factors such as aging, stress, or long-term poor posture cause pathological curvature of the spine (back bay and side bay) due to insufficient energy and tissue tension (contraction) in the surrounding tissues of the spine, including the spine standing muscle. Or develop abnormal pressure on the vertebrae themselves.

Such long-term contraction of the tissue surrounding the spine increases the anaerobic metabolism accompanying the decrease in oxygen supply in the tissue by reducing blood circulation, thereby causing a decrease in energy (ATP) production and accumulation of lactic acid. It becomes like this. This results in a vicious cycle in which the surrounding tissue contracts further due to chronic muscle pain around the spine and a decrease in local temperature.

Such contraction of the tissue around the spine makes the distance between the joints of the spine narrow, and loosens the ligaments and joint capsules that are wrapped around the joints, thereby causing a facet joint. Such a structure is caused to drift from the normal anatomical position to cause subluxation of the normal position, thereby inducing pain and activity limitation.

In addition, excessive pressure applied to the spine over the long term may overstress the intervertebral disc and induce disc regression, thereby compressing the spinal nerves and inducing symptoms of spinal stenosis, or the nucleus pulposus of the disc Disc symptom caused by escape.

In this way, abnormal pressure applied to the spine for a long period of time causes calcification of the vertebrae margins, forming osteophytes and compressing the peripheral nerves, or finally causing friction with the surrounding tissues. The vertebrae themselves are deformed into a wedge type to represent a posterior vertebral bay state where the back is permanently bent or a pathological side bay form with rotational deformation of the spine.

In addition, such a long bay condition also causes the soft tissue on the entire body to contract.

Therefore, in order to solve the above abnormal spinal alignment problem and restore normal standing, it is necessary not only to correct the spine itself, but also to improve the contraction state of the soft tissue around the spine. Relaxation of the entire soft tissue must be considered.

In order to improve the spinal alignment, an ancient Chinese artificial spinal correction method as shown in FIG. 1A, a manual spinal correction method as shown in FIG. Such an ancient Indian spinal correction device such as Kurunta 50, a thermal couch that can compress the spine by moving the position of the shiatsu stick, and a 180-degree extension type variable chair have been used.

Looking at the conventional method or apparatus as described above, in the case of FIG. 1, the practitioner and the person to be treated must be together, so that it cannot be performed by the patient alone. In the case of the Kurunta in FIG. Since intensive compression of a specific part of the spine (facet joint or transverse process of the spine) is impossible, it cannot be expected to be effective in improving side bay disease accompanied by rotational deformation of the spine, and posture and behavior If the elderly is inconvenient, there is a problem that it is difficult to apply to the body. In the case of manual spinal correction (chiropractic), since the instantaneous pressing force acts on the human body, the elderly with high risk of fracture Is not applicable.

In the case of a variable chair or a thermal sleeper, the extension angle is limited to 180 degrees, so there is a limit to the relaxation of soft tissue over the entire body.

Here, the present invention has been devised to solve the above-described problems, and is a back support plate (back) formed in the shape of a backrest of a chair and having a sliding groove formed in the center in the longitudinal direction. A spine that is inserted in the sliding groove of the back support plate and presses the back of the human body while moving up and down in the sliding groove, and at the same time sliding while sliding along the spine. A seat plate with an acupressure means (hereinafter also referred to as a wheel back), an operation motor that can be adjusted up and down, and that can be reclined, and the back support plate and the seat plate are supported and fixed. It consists of a torso frame equipped with armrests so that it can be easily supported and supported by the above-mentioned spinal acupressure means When activated, the spinal acupressure means the user with a severely bent back sits on the seat plate and the spine is mounted on the back support plate according to the human body shape so as to suit the user's adaptation. After that, the pressing roller provided in the body slides along the spine of the human body and presses it to improve the relaxation of the curved state of the deformed spine and the contraction state of the soft tissue on the entire body, thereby normalizing the body. It is an object of the present invention to provide a spinal correction wheelback device that enables recovery to a standing state.

In order to achieve the above object, the present invention is configured so that reclining is possible, and the spine is pressed and massaged, and the soft tissue of the entire body is relaxed and relaxed to restore the body to a normal standing state. A spinal correction wheelback device that enables a spine correction wheelback device to be connected to a seat plate that can be seated by a user and a rear end of the seat plate. A backrest with which the spine can be closely attached is provided, and a back support plate having a sliding groove formed in the longitudinal direction in the center of the backrest and a sliding groove formed in the back support plate are inserted into the sliding groove. Spine acupressure means sliding up and down to press or release the spine, the seat plate and the back support plate A body frame that can be stably fixedly supported on the bottom surface while being connected to the base, and the spinal acupressure means reciprocates slidingly while pressing the spine of the human body. A pressing roller means, an upper driving means for allowing the upper side of the spinal acupressure means to be raised or lowered, and a lower driving means for allowing the lower side of the spinal acupressure means to be raised or lowered are provided. And

According to the spine correction wheel back device according to the present invention, the curved back support plate and the seat plate that support the back of the body are configured in the form of a reclining chair, and the spine of the human body is supported in an arc shape while the body 180 is supported. By bending (bending) more than once, the amount of deformation of the body can be increased, so that the posterior vertebral bay can be improved normally, as well as the soft tissue contraction of the entire body The effect of relaxing the state and achieving normalization can be obtained at the same time.

In addition, the pressure roller provided in the spinal acupressure means can reciprocate up and down reciprocating sliding so that the spine is opposed vertically or parallel to relax the muscles of the entire chest such as the pectoralis and small pectoralis. The effect which can be made is acquired.

Further, according to the spinal correction wheel back device according to the present invention, the spine is sufficiently extended by connecting the pressing roller that operates by sliding up and down so that the spine is opposed or vertically or parallel using the spinal acupressure means. By moving along the spine direction, a specific part of the spine can be stretched while being pressed intensively by the pressure roller that slides in a direction perpendicular to or parallel to the vertebrae. The soft tissue around the spine can be massaged while repetitively moving along the spine, and the abnormal position of the spine such as excessive posterior bay and side bay of the spine can be normally stretched and corrected.

In addition, by pressing the spinal correction wheel back device according to the present invention, a repetitive pressing force using a vertical reciprocating motion of a local portion of the pressing roller is applied to one lateral projection portion of the spine that has been rotationally deformed to rotate. The curative effect is obtained by reducing the deformed spine to its normal position and removing the root cause of the spinal bay.

In addition, the spinal correction wheel back device according to the present invention has an advantage that the spine can be effectively corrected according to the health condition of the user because the pressing force can be adjusted by adjusting the vertical movement amount of the pressing roller.

In addition, the spinal correction wheelback device according to the present invention has an advantage that the user's spine is opposed to the upper side and the middle or lower side, and the pressing roller is separately driven to intensively pressurize the corresponding part. is there.

It is a perspective view which shows the spine extension exercise | movement method by two people butting | matching a back. It is a perspective view which shows a klunta which is an instrument used for spine extension exercise in Indian yoga. 1 is a schematic perspective view, a cross-sectional view, and a schematic view of a spinal correction wheelback device according to the present invention. 1 is a schematic perspective view, a cross-sectional view, and a schematic view showing a reclining (expanded) state of a spinal correction wheelback device according to the present invention. It is a principal part cross-sectional perspective view of the spinal correction wheel back apparatus according to this invention. 1 is an exploded perspective view of a spinal correction wheelback device according to the present invention. FIG. FIG. 4 is a schematic perspective view and a sectional view of spinal acupressure means of the spinal correction wheelback device according to the present invention. It is a partially cutaway view of a schematic perspective state of spinal acupressure means of the spinal correction wheelback device according to the present invention. FIG. 1 is a schematic view (A) in which spinal acupressure means included in a spinal correction wheelback device according to the present invention is vertically mounted facing the back of a human body, and is concentrated on the upper side of the spine of the human body. The figure and schematic (B) which are pressed (mount), and the figure and schematic (C) which are intensively pressed (mount) to the lower part side of the spine part of a human body. FIG. 2A shows a user seated on a spinal correction wheelback device according to the present invention to press the spine, and shows the extension and improvement of the posterior spine following the reclining of the spinal correction wheelback device and the relaxed state of the soft tissue of the front chest. It is a rough perspective view (B, C) shown. FIG. 4 is a schematic cross-sectional view and a diagram illustrating a state in which the pressing roller according to the present invention presses the spine while moving in the vertical direction and corrects the spine that has been flank. 1 is a schematic perspective view showing a method of correcting a vertebra that has been laterally bayed by vertical movement of a press according to the present invention. FIG. 6 is a perspective view showing a spine in which a spinal spinous process portion (T) that appears to be a vertebral side bay is reduced in appearance in a spine that has been rotated and deformed to be normal.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art can easily implement the embodiments.

As shown in FIGS. 3 to 8, the spinal correction wheelback device 100 of the present invention has a seat plate plate 110 on which a person can sit and stretch a leg, and a rear end of the seat plate plate 110. A back support plate 120 (also referred to as a back plate) having a curved backrest that is connected and has a curved shape that allows the back of the human body to be in close contact, and has a sliding groove 121 formed along the longitudinal direction at the center of the backrest, and the back A spinal acupressure means 130 (also referred to as a wheel back) that is inserted into the sliding groove 121 formed in the support plate 120 and is slid up and down so that the back of the human body can be pressed or released, and the back support plate 120 A backrest cover 1 which is provided on the rear surface and in which the spinal acupressure means 130 is housed and fixed. 0, and a the seat plate plate 110 and the back support plate 120 and is coupled installed while Metropolitan fuselage frame 150 the handle 151 is provided so as to be stably fixed and supported to the bottom surface.

A drive motor 160 provided with a drive gear 161 is provided at a portion where the seat plate 110 and the back support plate 120 are connected.

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

Since the driving gear 161 is engaged with the second driven gear 163, the driving gear 161 drives the first driven gear 162 and the second driven gear 163 when the driving motor 160 is driven. The seat plate plate 110 and the back support plate 120 are spread out as shown in FIG. 4 while being reclining with each other.

Then, if the drive motor 160 is driven in the opposite direction, the reclining seat plate plate 110 and the back support plate 120 can be seated while being folded in the opposite direction as shown in FIG. Returned to

Here, the driving motor 160 may be connected to the first driven gear 162 and operated.

Of course, the degree to which the seat plate 110 and the back support plate 120 are reclined or folded can be adjusted by appropriately adjusting the drive motor 160.

Here, “reclining” refers to a structure in which the user can comfortably lean or lie down while the chair lies down (expands) later.

An end portion of a support rod 152 provided on the body frame 150 is inserted into the lower surface of the seat plate plate 110, and a slot groove 111 that allows the seat plate plate 110 to recline while sliding is fixed. Only the length is formed.

And the spinal acupressure means 130 inserted in the sliding groove 121 is formed into an arch shape, as shown in FIGS. 7 and 8, and a rectangular main frame 131 having a space portion therein, A rack part 132 connected and installed at the center of the main frame 131 and having a rack screw formed on the back surface thereof, and the rack part 132 can be inserted into the inside of the main frame 131 and reciprocating sliding motion can be performed along the rack part 132. A rail portion 133 that can be formed, a roller bracket 135 that is provided on the upper side of the rail portion 133, and a pressing roller 134 is rotatably provided on both side surfaces thereof, and a lower portion of the rail portion 133, Engage with the rack part 132 on the side and engage with the drive gear 137 of the roller drive motor 136 on the other side for rotation. And a pinion portion 138 to.

The rail part 133 can be elastically connected to the side bracket 133a, which can be connected to the pinion part 138, the roller driving motor 136, and the driving gear 137 on both sides thereof, and the roller bracket 135. Connecting rod 133b.

The roller bracket 135 is provided with a connection fixing pin 135a inserted into the connection rod 133b on both sides. The connection fixing pin 135a has a spring-like shape so that the roller bracket 135 can be elastically operated. Elastic means 135b is inserted and provided.

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

Next, the rail part 133 is slid along the rack part 132 engaged with the pinion part 138, and the roller bracket 135 is slid. At this time, the pair of pressing rollers 134 provided at both ends of the roller bracket 135 can be elastically pressed while being reciprocally slid along the spine of the human body.

The rectangular main frame 131 is provided with an upper driving means 170 and a lower driving means 180 that allow the upper and lower ends of the main frame 131 to be driven vertically.

The upper driving means 170 is provided at the upper end of the rectangular main frame 131 and is driven so that the upper side of the upper side of the main frame 131 can be slid up and down. An upper plate 173 provided to face the plate 172, a sliding rail 174 provided at both ends of the upper rack plate 172 and the upper plate 173 so that they can be easily slid to each other; The upper rack plate 172 includes a drive motor 175 and a drive gear 176 that allow the upper rack plate 172 to be raised or lowered.

The drive gear 176 is configured to engage with the rack 171 and be driven.

In addition, the rack 171 is generally formed in the longitudinal direction at the center of the upper rack plate 172.

The upper plate 173 is connected and fixed to a bracket (not shown) provided on the back cover 140, and the sliding rail 174 is one of both ends of the upper rack plate 172 and the upper plate 173. Is provided with a male and female function so that mutual detachment can be prevented.

Accordingly, when the upper driving means 170 is driven, the upper side of the spinal acupressure means 130 can be raised or lowered.

The lower driving means 180 is provided at the lower end of the rectangular main frame 131 and is driven to lower a lower rack plate 182 provided with a rack 181 so that the lower side of the main frame 131 can slide up and down. A lower plate 183 provided so as to face the plate 182, a sliding rail 184 that is provided at both ends of the lower rack plate 182 and the lower plate 183 so that they can be easily slid to each other; The lower rack plate 182 includes a drive motor 185 and a drive gear 186 that allow the lower rack plate 182 to be raised or lowered.

The drive gear 186 is configured to engage with the rack 181 and drive.

Further, the rack 181 is generally formed in the longitudinal direction at the center of the lower rack plate 182.

The lower plate 183 is connected and fixed to a bracket (not shown) provided on the back cover 140, and the sliding rail 184 is one of both ends of the lower rack plate 182 and the lower plate 183. Male and female functions are added to the side to prevent mutual detachment.

Accordingly, by driving the lower driving means 180, the lower side of the spinal acupressure means 130 can be raised or lowered.

When the upper driving means 170 and the lower driving means 180 are driven simultaneously, the spinal acupressure means 130 can be raised or lowered as a whole.

Accordingly, as described above, the spine correction wheelback device 100 of the present invention drives the upper drive means 170 and the lower drive means 180 simultaneously, so that the whole spinal acupressure means 130 is directed toward the spine of the human body. Can be lifted or lowered to press or release the entire back, and only the upper driving means 170 is driven so that the upper side of the spinal acupressure means 130 is raised / lowered. The lower side of the human spine can be intensively pressed by driving only the lower driving unit 180 and raising / lowering the lower side of the spinal acupressure unit 130. It is configured as follows.

Of course, the headrest 190 can be installed on the upper side of the back support plate 120 so that the neck and the head of the human body can be protected.

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

Further, the spine correction wheelback device 100 of the present invention configured as described above drives the drive motor 160 so that the drive gear 161 and the driven gears 162 and 163 are engaged with each other and rotated. As a result, the seat plate 110 is raised, the back support plate 130 is warped backward, and the seat plate 110 and the back support plate 120 are reclined so that the upper and lower body of the human body extends to 180 degrees or more. become able to.

Accordingly, the seat plate 110 and the back support plate 120 are reclined so as to be widened into a convex curved shape so that the back / spine part of the human body can be pressed and supported together with the back / spine part press, Of course, the soft tissue of the whole body can be relaxed, and of course, the surface of the body is provided with anti-sliding means such as an uneven shape so that the human body can be prevented from slipping.

The spinal correction wheelback device 100 of the present invention configured as described above will be described as follows. The operation procedure of correcting the deformed spine by pressing the user's back / vertebral portion will be described as follows. It is.

First, as shown in FIGS. 9 and 10, the user sits with the legs extended on the seat plate 110 while leaning the back / spine part of the human body against the back support plate 120.

Next, when the whole spine of the human body is pressed and corrected, as shown in FIG. 9A, if the upper driving means 170 and the lower driving means 180 are operated simultaneously, That is, the drive motors 175 and 185 are simultaneously driven to move the entire spinal acupressure means 130 up and down to the spine of the human body.

Then, the main frame 131 is moved up and down toward the spine of the human body, and then the pressing roller 134 presses the spine.

If the pressing roller 134 is slid up and down along the spine of the human body in such a state, the bent spine is corrected.

This is done by reciprocally sliding the roller bracket 135 and the rail portion 133 integrally connected to the pressing roller 134 along the rack portion 132.

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

When the user wants to massage by pressing the pressing roller 134 intensively only on the upper side of the human spine, as shown in FIG. This is done by operating the drive motor 175.

That is, when the operation motor 175 is driven to operate, the upper rack plate 172 is mounted while the drive gear 176 is engaged with the rack 171, and the main rack is integrally connected to the upper rack plate 172. As the upper side of the frame 131 moves up, the upper side of the spine is pressed.

If the pressing roller 134 is reciprocally slid along the spine in such a state, the upper part of the spine desired by the user can be intensively pressed and massaged.

At this time, the upper plate 173 provided with the driving motor 175 and the upper rack plate 172 provided with the rack 171 are slid against each other, and are provided at both side ends therebetween. Since the sliding is performed through the sliding rail 174, it is possible to rise stably without shaking.

Of course, in order to lower only the upper side of the spinal acupressure means 130 and return it to the original position, the drive motor 175 may be driven in reverse.

Further, when the user wants to massage by pressing the pressing roller 134 intensively only on the lower side of the spine of the human body, as shown in FIG. The drive motor 185 is operated to raise and lower only the lower side of the spinal acupressure means 130.

That is, when the drive motor 185 is driven and operated, the lower side of the main frame 131 connected integrally with the lower rack plate 182 is moved up and down while the drive gear 186 is engaged with the rack 181. The lower part of the spine is pressed while ascending.

If the pressing roller 134 is reciprocally slid along the spine in such a state, the lower part of the spine desired by the user can be intensively pressed and massaged.

At this time, the lower plate 183 provided with the drive motor 185 and the lower rack plate 182 provided with the rack 181 are opposed to each other, and the sliding provided on both side ends therebetween. Since the sliding is performed through the rail 184, only the lower side can be lifted and lowered stably without shaking.

Of course, in order to lower only the lower side of the spinal acupressure means 130 and return it to the original position, the drive motor 185 may be driven in reverse.

Here, in order to operate as described above, the operation of the spinal acupressure means 130 and various drive motors is performed by a control unit (not shown) so that it can be operated by a separate operation switch (not shown). Concatenated structure. Such a configuration can be normally configured by a general known technique, and a detailed description thereof will be omitted.

As described above, the spinal correction wheelback device 100 of the present invention can raise or lower the spinal acupressure means 130 toward the spine of the human body, and only on the upper side of the spine of the human body. It can be raised or lowered, and can be raised or lowered only to the lower side of the spine of the human body, effectively pressing the back of the human body and intensively massaging the corresponding part (Treatment) can be done.

Further, the spinal acupressure means 130 as described above can be used by being coupled to a backrest such as a general reclining chair or a wheelchair.

However, a separate control system (not shown) is provided and configured to operate so that the user's spine can be corrected by periodically operating the above operating procedure for a certain period of time.

As shown in FIGS. 11 and 12, the pressing roller 134 repeatedly linearly moves along the spine direction, so that the side vertebra can be effectively corrected.

In addition, the pressing roller 134 may be operated so as to compress the spine in a direction perpendicular to the spine, thereby enabling local spine extension, and further expanding the front chest muscles to stretch and relax the front chest muscles and soft tissues. become able to.

In addition, as shown in FIG. 10, by expanding the back support plate and extending it to 180 degrees or more, the front thigh muscles and soft tissues are more effectively compared to the existing bed type press that is limited to 180 degrees extension. It becomes possible to relax.

Then, as shown in FIG. 13, in the spine that has been rotationally deformed (torsion), the spinal spinous process portion (T) that appears as a vertebral side bay is reduced while the pressing force of the pressing roller 134 is applied. It will be possible to correct the spine normally.

The present invention has been described with reference to the embodiment shown in the drawings. However, this is for the purpose of describing the invention, and any person having ordinary knowledge in the technical field to which the present invention belongs can It can be understood from the detailed description that various modifications or equivalent embodiments are possible.

DESCRIPTION OF SYMBOLS 100 Spinal correction wheel back apparatus 110 Seat board plate 120 Back support plate 130 Spinal acupressure means 140 Backrest 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 part 133 Rail part 133a Side bracket 133b Connecting rod 134 Pressure roller 135 Roller bracket 135a Connection 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 Rate 183 lower plate 184 sliding rail 185 driving motor 186 driving gear S spine T spinal spinous portion

Claims (9)

The spine correction wheelback device 100 is configured to be reclinable and presses and massages the spine, and relaxes soft tissue on the entire body so that the body can be restored to a normal standing state. And
The spinal correction wheel back device 100 includes:
A seat plate 110 on which a user can sit;
A back support plate 120 connected to the rear end of the seat plate plate 110, provided with a backrest to which the spine of the human body can be in close contact, and a sliding groove 121 formed along the longitudinal direction at the center of the backrest;
A direction that is inserted into the sliding groove 121 formed in the back support plate 120, is disposed at a position facing the spine of the human body, and protrudes from the sliding groove so that the spine of the human body can be pressed or released. And spinal acupressure means 130 sliding in the retracting direction.
A body frame 150 capable of stably fixing and supporting the seat plate plate 110 and the back support plate 120 on the bottom surface while being connected and installed; and
The spinal acupressure means 130 includes a pressure roller means that reciprocates while pressing the spine of the human body, an upper drive means 170 that allows the upper side of the spinal acupressure means 130 to be raised or lowered, and the spinal acupressure means 130. lower side the name provided with the lower drive unit 180 to be able to rise or fall of is,
The upper driving unit 170 includes an upper rack plate 172 provided with a rack 171 so that the upper side of the main frame 131 can be raised or lowered while being provided and driven at the upper end of the main frame 131 of the spinal acupressure unit 130. ,
An upper plate 173 provided to face the upper rack plate 172;
A sliding rail 174 that is provided at both ends of the upper rack plate 172 and the upper plate 173 and that is opposed to each other and is slid.
A spine correction wheelback device comprising a drive motor 175 and a drive gear 176 provided on the upper plate 173 so that the upper rack plate 172 can be raised or lowered .   A first driven gear 162 rotated by a driving motor 160 is provided at an end portion of the seat plate 110, and a second driven gear 163 rotated by the driving motor 160 is provided at an end portion of the back support plate 120. 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 can be reclined. Item 2. A spinal correction wheelback device according to item 1.   The spinal acupressure means 130 is connected to the main frame 131, the center of the main frame 131, a rack part 132 having a rack screw formed on the back surface thereof, and the rack part 132 inserted therein. A rail part 133 that can reciprocate along the rack part 132, a roller bracket 135 that is provided on the upper side of the rail part 133, and on each side of which a pressing roller 134 is rotatably provided; It is provided on the lower side of the rail part 133, and includes a pinion part 138 that meshes with the rack part 132 on one side and meshes with the driving gear 137 of the roller driving motor 136 so as to be rotatable. The spinal correction wheelback device according to claim 1, wherein   The rail part 133 is connected to the side bracket 133a that can be connected to the pinion part 138, the roller drive motor 136, and the drive gear 137 on both sides thereof, and the connection that can be connected to the roller bracket 135. The spinal correction wheelback device according to claim 3, further comprising a rod 133 b.   The roller bracket 135 is provided with a connecting and fixing pin 135a connected and fixed to the connecting rod 133b, and the connecting and fixing pin 135a is further provided with elastic means 135b that allows the roller bracket 135 to operate elastically. The spinal correction wheel back device according to claim 4, wherein The lower driving unit 180 includes a lower rack plate 182 provided with a rack 181 so that the lower side of the main frame 131 can be raised or lowered while being provided and driven at the lower end of the main frame 131 of the spinal acupressure unit 130. ,
A lower plate 183 provided to face the lower rack plate 182;
A sliding rail 184 that is provided at both ends of the lower rack plate 182 and the lower plate 183 and that is opposed to each other to be slid;
2. The spinal correction wheel according to claim 1, wherein the spine correction wheel includes a driving motor 185 and a driving gear 186 that are provided on the lower plate 183 and allow the lower rack plate 182 to be raised or lowered. Back device.   The spine correction wheel back device according to claim 1, wherein the main frame 131 of the spinal acupressure means 130 is formed in a convex arch shape facing the spine of the human body.   The seat plate plate 110 has a slot groove 111 formed on the lower surface thereof so that an end portion of a support rod 152 provided on the body frame 150 is inserted so that the seat plate plate 110 can be reclined while sliding. The spinal correction wheelback device according to claim 1, wherein   The spinal correction wheel back device according to claim 1, wherein the spinal acupressure means is installed on a backrest of a wheelchair.