KR20160106258A - The Backbone Correction Wheel Back Device with Tension Strip - Google Patents

Abstract

The present invention relates to a backbone correction device for improving a lesion part of a human backbone. More specifically, the backbone correction device comprises: a back plate support frame having a mount box formed therein with a pressing roller inserted therein to press the backbone part of a human body; a seat plate frame connected with the back place support frame to support the hip part of a human body, and having a driving means for reclining the back plate support frame; and a support frame connected with the seat plate frame, and supported on the bottom surface thereof. Multiple tension strips having tension are installed on the back plate support frame, and a pressing roller longitudinally slides therebetween, so pressurization and acupressure can be applied to the backbone part of a human body. By using a backbone extending function of an arc-shaped mount box, a pressing correction force of a pressing roller, and tension of tension strips, pathological curvature of the back bone can be effectively alleviated. Also, the front surface of a human body is relaxed, and thus a normal physiological curve of the back bone can be restored.

Description

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a backbone correction wheel back device with a tension strip,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a vertebra correcting apparatus for improving a lesion site of a human vertebra, and more particularly, A mounting plate, a mounting plate support frame for vertically transporting the mounting box, and a seat plate frame, which is connected to the backplate support frame and is configured to support the thigh of the human body while the backplate support frame is reclined, And a support frame connected to the seat frame to be supported on the floor surface. The support frame is provided with a plurality of tension strips capable of adjusting the tension, and the pressure roller is slid up and down between them, So that the pressing force of the pressure roller and the tension of the tension strip To a spinal cord correction wheel-back apparatus provided with a tension strip capable of adjusting the tension of the body so that the function of the body can be normally improved by improving the pathological curvature of the vertebrae and loosening the tissues around the body and the vertebrae .

Because of aging and stress or long-term postural deficits, humans induce energy deficit and tissue tension (contraction) in the tissues around the spinal cord including spinal cord autonomic muscles to induce the pathological curvature of the vertebrae Thereby forming an abnormal pressure in the fluid.

Such long-term contraction of the spinal cord tissue lowers blood circulation and increases anaerobic metabolism due to decreased oxygen supply in the tissue, resulting in lower energy (ATP) production and accumulation of lactic acid. This results in chronic myalgia around the spine and a local temperature drop, creating a vicious loop in which the surrounding tissue contracts further.

This contraction of the surrounding vertebral tissues narrows the distance between the bones of the vertebrae and the bones, loosens the ligaments and joints surrounding the joints, and slides structures such as facet joints from the normal anatomical position drifting) to cause a subluxation of the normal position deviation, which causes pain and activity limitation.

In addition, excessive pressure applied to the spinal cord over the long term induces degeneration of the disc by over-pressing the disc, which causes various neurological symptoms by pressing the spinal nerves or causes disc symptoms due to the escape of the disc.

The abnormal pressure applied to the vertebrae for a long time causes calcium deposits in the vertebral margins to form an osteophyte that presses the surrounding nerves or causes friction with the surrounding tissues to induce injurious inflammation. Finally, the vertebrae itself forms a wedge- wedge type), and the shape of the pathologic scoliosis accompanied by spinal deformity or spinal deformity.

This long-term posterior state also contracts the soft tissues of the whole body to form a round shoulder where the shoulders bend forward.

Therefore, in order to solve the problem of abnormal spinal alignment and restore the normal standing state, it is necessary to improve not only the correction of the spine itself but also the contraction of the soft tissue around the vertebrae.

In order to improve such a spinal alignment, a 'wheelchair backbone device for a chiropractic correction' of Patent Registration No. 10-1150384 filed by the present applicant and a backbone chiropractor device of a triple curved structure of a registered patent No. 10-1445261 And a 'massage device' of Patent No. 10-0945059 are known.

In the conventional 'wheelchair backbone device for vertebrae correction', the chiropractor means slides up and down reciprocatingly along the backing plate support plate, and the pressure roller is pressed to press the cervical vertebrae and the vertebrae of the thoracic and lumbar vertebrae .

KR 10-1150384 (registration number) 2012.05.21. KR 10-1445261 (registration number) 2014.09.22. KR 10-0945059 (registration number) 2010.02.25.

In the conventional 'wheelchair backbone device for correction of chiropracticism', the chiropractor means slides up and down along the backboard support plate, and the pressure roller provided thereon presses the cervical vertebrae and the vertebrae of the thoracic and lumbar vertebrae The spinal pressing means provided with the pressing roller slides from the upper end to the lower end along the back plate support plate to pressurize and partially reciprocate by the control unit to pressurize the local lesion position Therefore, there is a disadvantage that the size of the apparatus is large and the manufacturing cost is high.

In addition, when a typical chair is seated, the physiological curve of the lumbar vertebra becomes a state of lordosis, and the thoracic vertebrae forms a physiological curve of kyphosis and is made along the S-shaped physiological curve. In the state of the arc, the wheelback has a structure opposite to the kyphosis of the thoracic vertebra, making it unsuitable as a general chair for long-time driving, sitting or studying.

In addition, in the conventional device, the upward and downward curved surface of the chiropractor has an elliptical shape extending over the entire vertebra, so that the pressure roller is positioned at the highest position only on the thoracic region, and the cervical vertebrae and the lumbar regions thereof fall to a lower level. Especially in the case of the lumbar region, the pressing force is further lowered due to the physiological deformation.

Accordingly, the present invention has been made to solve the above problems,

The mount box having the wheel is compacted so that the mount box having the pressure roller can be moved to the local lesion site so that the local region can be mounted and expanded so that the pressure roller can be positioned at the highest point in the cervical vertebra or the lumbar spine The present invention provides a spinal correction wheel-back apparatus provided with a tension strip for effectively restoring the deformed vertebrae's curved state and the contraction state of the soft tissues on the entire body so that the vertebrae of the human body can be rapidly improved to a normal standing state. .

Another object of the present invention is to provide a tension strip capable of changing tension with an elastic force on a backing frame supporting the back of a human body and adjusting the value of R (roundness) of the mount box while using a change in the tension thereof So as to easily adjust the amount of deformation (lift of the spine) of the mount applied to the back and back depending on the flexibility of the user's spine and the degree of lesion.

Another object of the present invention is to reduce the size of the mount box so that the mount box can be moved up and down so that the mount box is moved over the lumbar part to correspond to the physiological curve of the lumbar vertebrae during the sitting operation, It is possible to perform the calibration function by the mount box and the wheel so that it can be suitably used as a driving, office, or learning chair on a daily basis.

In order to accomplish the above object, the present invention provides a spinal correction wheel-back apparatus for restricting a body to a normal standing state by relaxing a soft tissue on the entire body while massaging the spinal part while massaging the spinal part while being configured to be reclining,

A back plate support frame connected to a rear end of the seat frame and having a plurality of rows of tension strips having an elastic force for supporting the back of the body to be elastically supported from the upper end to the lower end, And a pair of pressure rollers provided on the back plate support frame and movable back and forth from an upper end portion to a lower end portion of the back plate support frame to be smaller than the back plate support frame, And an arc-shaped mount box whose height is higher than the height of both ends.

Therefore, the wheelbag device for a chiropractic correction provided with the tension strip of the present invention is configured to compact the mount box, which is a spinal extension device, so that the mount box with the pressure roller moves to a local lesion area, By allowing the spinal column to be mounted, the pressure roller can be maximized in the cervical spine or lumbar vertebrae respectively. Thus, the curved state of each deformed vertebra and the contraction state of the soft tissue on the whole body are effectively relaxed, There is an advantage that it can be rapidly improved.

Further, according to the present invention, a tension strip having an elastic force is installed on a backing frame for supporting a back part of a human body, and a new power of the mount box (degree of backward bending) can be adjusted while using a change in the tension thereof. There is an advantage that the pressure of the pressure roller applied to the back of the user can be easily adjusted according to the flexibility of the user's spine.

In addition, the present invention allows the mounting box to be moved to correspond to the physiological curve of the lumbar vertebrae during the left-sitting operation, and moved to the upper side when the vertebrae is calibrated to perform the calibration function by the mount box and the wheel (pressure roller) And it is also suitable for use as a chair for office use or learning, thereby remarkably expanding its usability.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic perspective view of a chiropractic wheel-back apparatus provided with a tension strip according to the present invention,
FIG. 2 is a perspective view of a backboard frame installed in a backbone calibration wheel-back apparatus provided with a tension strip according to the present invention,
FIG. 3 is an exploded perspective view of a backbone calibration wheel-back apparatus provided with a tension strip according to the present invention,
4 is an exploded perspective view of the mount box according to the present invention,
5 and 6 are rear perspective views of a mount box provided in a backing frame of a backbone calibration wheel-back apparatus provided with a tension strip according to the present invention,
7 is a perspective view of the roller conveying means provided in the mount box of the chiropractic wheel-back apparatus provided with the tension strip according to the present invention,
FIG. 8 is an operating state in which the pressing roller of the mount box provided in the mount box of the backbone calibration wheel-back apparatus provided with the tension strip according to the present invention protrudes or descends,
FIG. 9 is a schematic operational state diagram in which the pressure roller of the mount box provided in the mount box of the chiropractic wheel-back apparatus provided with the tension strip according to the present invention is opened or narrowed to both sides,
FIG. 10 is a schematic perspective view in which a mounting box provided in a backing frame of a backbone calibration wheel-back apparatus provided with a tension strip according to the present invention is vertically slid to operate a pressure roller,
FIG. 11 is a schematic perspective view in which a mounting frame of a backbone calibration wheel-back apparatus provided with a tension strip according to the present invention is reclined and operated while the mount box is slid up and down.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

As shown in FIGS. 1 to 3, the backbone correction wheel-back apparatus 100 equipped with the tension strip of the present invention includes:

(110) having a protrusion (111) formed so as to protrude between the thighs at a central portion thereof so as to be able to sit,

A backing support frame 120 connected to a rear end of the seat frame 110 and having a plurality of tension lines 121 extending from the upper end to the lower end of the tensioning strip 121 having an elastic force for supporting the back of the human body in a resilient manner,

A pair of pressure rollers 131 installed on the back plate support frame 120 and capable of pressing the back of the human body are vertically reciprocated from the upper end to the lower end of the back plate support frame 120, A mount box 130 having an upper portion formed in an arcuate shape so as to be divided into two parts,

 And a support frame 140 connected to the lower side of the seat frame 110 so as to be stably fixed on the floor surface.

An operating means 150 for reclining the back plate supporting frame 120 is installed on the lower surface of the seat frame 110 so that the back plate supporting frame 120 120 can be adjusted.

Here, the connection structure of the actuating means 150, which allows the backing support frame 120 to be reclined, can be easily performed by a person skilled in the art, and a detailed description thereof will be omitted.

The tension strips 121 provided on the front surface of the backing support frame 120 (the surface supporting the back of the human body) are spaced apart from the upper end of the backing support frame 120 at regular intervals And a member having a tensile force for supporting the back of the human body by the elastic force thereof while being heated. In addition, the backing plate support frame 120 may be formed of a thin sheet having a backing plate supporting surface in addition to the tensioning strip composed of a plurality of rows of strings as described above.

Therefore, the tension strip 121 can be any member having a tension such as a tension spring, a wire, a rubber member, a fabric, or the like.

A tension adjusting device 122 is installed at an upper end of the backing support frame 120 to fix the end of the tensioning strip 121 and to pull or loosen the tensioning strip 121 to adjust its tension.

The tension adjusting device 122 includes a pivoting shaft 122a for winding the tension strip 121 and a pivoting means 122b for rotating the pivoting shaft 122a. By the operation of the pivoting means 122b The tension of the tension strip 121 wound around the pivot shaft 122a may be strengthened or weakened while the pivot shaft 122a is rotated forward or backward. However, the present invention is not limited thereto, have. The tension adjusting device 122 may be configured to be controllable by a control unit (not shown).

As described above, according to the present invention, the tension applied to the back of the tension strip 121 can be adjusted by strongly or weakly controlling the tension of the tension strip 121, and the extension of the spine due to the upper arcuate structure of the mounting box 130, So that the extension force can be adjusted by the tension strip 121 and the mount box 130 so that the strength of the extension force can be adjusted to the back of the human body.

That is, when the tension of the tension strip 121 is strong, since the R value formed by the arcuate structure on the upper part of the mount box becomes large, that is, since it becomes gentle, the amount of deformation (new power) applied to the spine weakens, The effect of the user is weakened while the user feels comfortable. On the contrary, when the tension of the tension strip 121 is weak, the arcuate structure of the upper part of the mount box is closely adhered to the user's spine, so that the deformation amount applied to the spine (new power of the spine) becomes large and the user's sense of comfort is reduced . This principle is used to determine the tension of the tension strip during calibration and at normal times.

Therefore, when the wheel, that is, the pressure roller 131 is slid, while the tension of the tension strip 121 is adjusted according to the degree and flexibility of the back of the user, the mount box is transferred to the ankle spasticity patient And elderly people can conveniently perform spinal extension, correction, and massage.

The present invention also comprises a backrest that comfortably supports the backstroke by increasing the tension of the tension strip 121 and minimizing the height of the pressure roller 131 and lowering it to the lumbar region to match the physiological curve of a normal lumbar vertebra So that it can be used both as a general office worker or as a driving or learning chair.

A groove 112 is formed in a rear portion of the seat frame 110 so that the mount box 130 can be lowered below the butt of the human body.

That is, when the mount box 130 is lowered below the human body, the tension strip of the backing plate support frame 120 can be utilized as a general chair as a backrest that comfortably supports the backrest.

A first driving unit 160 is installed on the rear surface of the backing support frame 120 to reciprocate the mount box 130 upward and downward.

Therefore, according to the operation of the first driving means 160, the mount box 130 is slid in the vertical direction on the rear portion of the backboard support frame 120.

The first driving unit 160 includes a first driving shaft 161 having an elongated rod fixed from the upper end to the lower end of the back surface of the back plate support frame 120 and having a male screw on the outer surface thereof, A first driving motor 162 installed in the frame 120 to drive (rotate) the first driving shaft 161 while being installed in the first driving shaft 161 and having a female screw formed on the inner surface thereof, A first transfer member 163 reciprocating along the first drive shaft 161 in accordance with the forward and reverse rotations of the first drive shaft 161 while being engaged with the male thread of the first drive shaft 161, And a first fixed bracket 164 connected at one end to the mount box 130 and at the other end connected to the mount box 130.

The first drive shaft 161 is connected to the upper and lower ends of the rear portion of the back plate support frame 120 by the first mounting bracket 165.

The means for causing the driving force of the first driving motor 162 to be transmitted to the first driving shaft 161 includes a power transmitting means such as a belt means or a chain means.

Accordingly, when the first driving motor 162 is operated, the first driving shaft 161 is rotated and the first feeding member 163 inserted in the first driving shaft 161 is moved along the first driving shaft 161.

Then, the first fixed bracket 164 connected to the first conveying member 163 is moved, and the mount box 130 connected thereto is moved.

That is, as the first drive shaft 161 rotates forward or reverse, the first transfer member 163 moves up or down along the backing support frame 120, and the mount box 130 connected thereto And reciprocal movement is performed between the upper end portion and the lower end portion of the backing plate support frame 120.

When the first transfer member 163 is moved to an arbitrary position of the back of the user by the control unit and then the mounting box 130 is operated to slide the pressure roller 131 up and down, 163) is stopped, the pressure is intensively applied only to a part of the backrest. Here, if the section of the back of the first conveyance member 163 is stopped, the pressure roller 131 of the mount box 130 can concentrate only the lesion area.

The mount box 130 includes roller conveying means 170 for reciprocating the pressure roller 131 and roller conveying means 170 mounted on the inside and both side portions of the support frame 120 A body frame 132 having a plurality of support rollers 132a slidably supported by the rail brackets 123 installed on both sides of the roller conveying unit 170, 2 drive means 133 and an auxiliary support frame 134 provided on the upper surface of the body frame 132 with the pressure roller 131 disposed inside to support both sides of the back of the human body .

The second driving unit 133 includes a second driving shaft 133a having a long rod connected from the upper end to the lower end of the body frame 132 and having a male screw on the outer surface thereof, A second driving motor 133b installed on the second driving shaft 133b to drive (rotate) the second driving shaft 133a while being fixed to the second driving shaft 133, A second conveying member 133c reciprocating along the second driving shaft 133b in accordance with the forward and reverse rotations of the second driving shaft 133b while being engaged with the male thread of the second conveying member 133b and the second conveying member 133c And a second fixed bracket 133d connected to the roller conveying means 170 at the other end.

Here, the second driving shaft 133a is fixedly connected to both ends of the body frame 132 by a second mounting bracket 135.

The means for transmitting the driving force of the second driving motor 133b to the second driving shaft 133a is connected to a power transmitting means such as a belt means or a chain means.

Accordingly, when the second driving motor 133b is operated, the second driving shaft 133a is rotated, and the second feeding member 133c inserted into the second driving shaft 133c reciprocates along the second driving shaft 133a.

The second fixing bracket 133d connected to the second feeding member 133c is moved so that the roller feeding means 170 connected to and fixed to the second feeding member 133c can be reciprocated along the second driving shaft 133a .

In the present invention, the mount box 130 is moved from the upper end portion to the lower end portion of the backing plate support frame 120 by the first driving means 160 to stop at a certain interval of the back of the human body, The upper and lower portions of the arbitrary section (lesion portion) of the back of the human body are pressed and corrected while moving the pressure roller 131 using the means 133.

The roller conveying means 170 includes a conveying rail bracket 171 fixed to both sides of both sides of the body frame 132 forming the mounting box 130 and a conveying rail bracket 171 fixed to the conveying rail bracket 171 A conveying bracket 172 having conveying rollers 172a which are slidably inserted and supported on both side portions of the conveying rollers 172 and a pair of ruler spacing adjusting means 172 for narrowing or widening the gap between the pair of pressing rollers 131, Means 180 and roller elevating means 190 for vertically raising or lowering the pair of pressure rollers 131 to the front portion of the backing support frame 120. [

The ruler spacing adjusting means 180 is a long rod which is rotatably connected to the side plates 173 forming both side surfaces of the conveying bracket 172 and has an adjustable driving shaft A control driving motor 182 installed and fixed to the conveying bracket 172 to drive (rotate) the adjusting driving shaft 181; a driving motor 182 inserted in the adjusting driving shaft 181, First and second adjusting and conveying members 183 and 184 reciprocating along the adjusting drive shaft 181 in accordance with the forward and reverse rotations of the adjusting driving shaft 181 while being engaged with the male screw of the adjusting driving shaft 181, The first and second roller conveying elements 185 and 186 are connected to the first and second adjusting and conveying members 183 and 184 at one end thereof and at the other end thereof with a roller shaft 131a for mounting the pressing roller 131 therein. ).

On both sides of the vertebra of the human body, a muscle supporting the spine is developed along the spine, and the pressure roller 131 presses the muscles and the internal skeleton to calibrate the spine.

Since the skeleton and the muscles are slightly different from each other depending on the body shape of the user, the pressure roller 131 must be adjusted according to the spacing of the skeleton.

Therefore, the regulation driving motor 182 is driven to rotate the regulation driving shaft 181 to adjust the interval between the pressure rollers 131 installed through the ruler interval adjusting means 180. [

The first and second adjustable feeding and conveying members 183 and 184 are simultaneously moved outward or inward along the axis of the adjusting drive shaft 181, respectively.

Here, the female threads formed on the inner wall surfaces of the first and second adjustable transfer members 183 and 184 are formed in opposite directions to each other. Accordingly, when the adjustment drive shaft 181 rotates, they move in opposite directions.

Each of the first and second roller shaft supporting jig bearings 185 and 186 is formed in a U-shape, and the pressing roller 131 is inserted therein.

Accordingly, as the first and second adjustable transfer members 183 and 184 move, the pressure roller 131 inserted in the roller shaft 131a slides inward or outward to narrow or broaden the gap therebetween It becomes possible.

Accordingly, when the space between the skeleton supporting the spine of the human body and the muscle is narrow, the first and second adjustable transfer members 183 and 184 are moved so as to be narrowed (narrowed) so that the space between the skeleton supporting the human body and the spine The first and second adjusting and conveying members 183 and 184 can be moved and adjusted to be wider than the first and second adjusting and conveying members 183 and 184 so that the acupressure can be performed comfortably according to the user's body shape.

The roller elevating means 190 includes a lifting bracket 191 for fixing both ends of the roller shaft 131a to which the pressure roller 131 is inserted and a lifting bracket 191 for lifting and lowering the lifting bracket 191 A lifting cylinder 193 installed on the lifting body frame 192 to vertically lift the lifting body frame 192 so as to move up and down the lifting body frame 192, And an actuator 194.

Therefore, when the elevating body frame 192 is elevated by actuating the elevating actuator 194, the elevating and lowering actuators 194 are operated to lift the pressure raising frame 131 As the roller 191 is lifted and the roller shaft 131a connected thereto is lifted, the pressure roller 131 installed thereon rises.

On the contrary, when the pressure roller 131 is lowered, the lesion portion of the back of the human body can be weakly pressed.

The U-shaped first and second roller shaft supporting jig bearings 185 and 186 are formed with grooves 185a and 186a for allowing the roller shaft 131a to be inserted and moved up and down.

Therefore, the roller shaft 131a can be raised or lowered by the roller elevating means 190 in the grooves 185a and 186a.

Hereinafter, the operation of the device 100 for operating the backbone with the tension strip of the present invention will be described.

In order to use the chiropractic wheel-back apparatus 100 equipped with the tension strip of the present invention as a general chair capable of performing a left-hand operation for operation, office work, or learning, the tension of the tension strip 121 is increased, When the mount box 130 is lowered to the lumbar region while minimizing the height of the mount box 130 along the recess 112 formed in the rear portion of the seat frame 110, .

Then, the tension strip of the backing support frame 120 becomes a back which comfortably supports the backrest, and is matched with the physiological curve of a general lumbar vertebra, so that it can be used as a general office work, a driving or learning chair.

In this case, the tension of the tension strip 121 can be adjusted to reduce or strengthen the supporting force applied to the back of the human body.

In such a state, the mount box 130 may be lifted upwards or downwards to the upper side of the backing plate support frame 120 to extend the back of the human body.

In order to calibrate the backbone of the human body, the actuating means (150) provided on the lower side of the seat frame (110) is operated to reclining the backrest supporting frame (120) to the rear side.

The hip of the human body is seated on the seat frame 110 and the back of the body is brought into close contact with the front portion of the backing support frame 120.

At this time, the human body is not pushed down by the protrusion 111 formed on the seat frame 110.

When the first driving means 160 is operated in such a state, the mount box 130 is slid in the vertical direction on the rear portion of the backing support frame 120.

That is, when the first driving motor 162 is operated, the first driving shaft 161 is rotated, and the first feeding member 163 inserted into the first driving shaft 161 is moved along the first driving shaft 161.

Then, the first fixed bracket 164 connected to the first conveying member 163 is moved, and the mount box 130 connected thereto is moved.

At this time, as the first driving shaft 161 rotates forward or reverse, the first conveying member 163 is raised or lowered toward the upper end side of the backing support frame 120, And is raised or lowered toward the upper end side of the backing support frame 120.

When the first conveying member 163 is moved to any position of the back of the human body and then the mount box 130 is operated to cause the pressure roller 131 to slide up and down, The pressure is intensively applied only in a part of the rest of the rest.

That is, the first transfer member 163 can be moved anywhere in the cervical vertebra, the thoracic vertebra, the lumbar vertebra, or the middle of the cervical vertebra, the lumbar vertebra, or the lumbar vertebra, thereby intensively correcting the lesion.

At this time, the tension of the tension strip 121 may be adjusted by using the tension adjusting device 122 to mitigate or enhance the extent to which the mount box 130 extends the back of the human body.

In order to improve the specific lesion of the vertebrae (the inter-pole gap narrowing and the facet joint displacement, side only), the pressing force of the pressure roller 131 can be increased to perform calibration. To this end, the elevating actuator 194 is operated, When the body frame 192 is raised, the lifting bracket 191 is lifted and the pressure roller 131 rises as the roller shaft 131a connected thereto is raised. In order to improve the lesion state of the vertebrae, the pressure roller 131 can be elevated to correct lesions in the local region.

On the contrary, when the pressure roller 131 is lowered, the lesion portion of the back of the human body can be weakly pressed.

Also, the space between the skeleton supporting the spine and the muscle is slightly different according to the body shape of the user, so that the pressure roller 131 can be calibrated according to the space between the skeleton and the muscle.

When the adjustment drive motor 182 constituting the ruler interval adjustment unit 180 is driven to rotate the adjustment drive shaft 181, the first and second adjustable transfer members 183 and 184 are rotated by the adjustment drive shaft 182, The spacing between the pressing rollers 131 is adjusted while moving along the axis of the pressing roller 181 outward or inward.

As described above, in the case of a body shape having a different space between the skeleton supporting the spine and the muscles, the interval between the pressure rollers 131 is adjusted to perform calibration.

As described above, the spinal correction wheel-back apparatus provided with the tension strip of the present invention comprises a back plate support frame provided with a mounting box having a pressure roller incorporated therein for pressing the spine of the human body, And a supporting frame connected to the seat frame and supported on the floor surface, wherein the support frame has a tension that has a tension on the seat back support frame, The mounting box with a plurality of strips and a pressure roller between them is slid up and down so that the spine of the human body can be extended so that the front surface of the body is relaxed by using the arc-shaped structure on the top of the mounting box and the tension of the tension strip At the same time, the spine is extended and the roll in the mount box Seungha of lesions of the spine through small areas of the river and width adjustment, sliding or the like. That is, it is possible to improve facet joint dislocation, spinal stenosis, vertebrae, shoulder disease, and herniated disc.

100: Chiropractic wheel-back device with tension strip
110: seat plate frame 111:
120: back plate support frame 121: tension strip 122: tension adjusting device
122a: Pivot shaft 122b: Pivoting means 123: Rail bracket
130: Mount box 131: Pressure roller 131a: Roller shaft
132: body frame 132a: support roller 133: second driving means
133a: second driving shaft 133b: second driving motor 133c: second conveying member
133d: second fixing bracket 134: auxiliary supporting frame 135: second mounting bracket
140: Support frame
150: operating means
160: first drive means 161: first drive shaft 162: first drive motor
163: first conveying member 164: first fixing bracket 165: first mounting bracket
170: roller conveying means 171: conveying rail bracket
172: Feed bracket 173: Fixing plate
180: roller interval adjusting means 181: adjusting driving shaft 182: adjusting driving motor
183: first adjustment conveying member 184: second adjusting conveying member
185: first roller shaft zebra kit 186: second roller shaft zebra kit
190: roller elevating means 191: lifting bracket 192: lifting body frame
193: lifting cylinder 194: lifting actuator

Claims (10)

A spinal correction wheel-back apparatus for massaging a spinal part while being configured to be able to recline and at the same time relaxing soft tissues of the entire body so that the body can be restored to a normal standing state,
A seat frame configured to allow a person to sit,
A back plate support frame connected to a rear end of the seat frame and having a plurality of tension lines from an upper end to a lower end of the tension strip having an elastic force so that the back of the body can be flexibly supported,
And a pair of pressure rollers provided on the back plate support frame and movable back and forth from an upper end portion to a lower end portion of the back plate support frame to be smaller than the back plate support frame, And an arcuate mount box having a height greater than the height of both ends.
The method according to claim 1,
Wherein the backrest supporting frame is provided with a tension strip having a protruding portion protruding between the thighs at a central portion thereof.
The method according to claim 1,
Wherein the backrest support frame is provided with a tension adjusting device for adjusting a tension of the tension strip.
The method of claim 3,
A first driving means for vertically reciprocating the mount box is installed on a rear surface of the backing plate supporting frame,
Wherein the first driving means includes a first driving shaft having a long rod formed to be fixed from an upper end portion to a lower end portion of a rear portion of the backing plate supporting frame and having a male screw formed on an outer surface thereof, A first driving motor for driving the first driving shaft, a first driving motor for driving the first driving shaft, a first driving motor for driving the first driving shaft, a second driving shaft for driving the first driving shaft, And a first fixed bracket connected at one end to the first transfer member and at the other end connected to the mount box.
The method according to claim 1,
The mount box includes roller conveying means for reciprocating the pressure roller, and roller supporting means for supporting the roller conveying means inwardly and being slidably supported on both side portions of the rail bracket installed on both sides of the backing plate support frame. A second driving means for moving the roller conveying means in a reciprocating manner, and a second driving means provided on the upper surface of the body frame to support both sides of the back of the human body, Wherein the auxiliary support frame is provided with a tension strip.
6. The method of claim 5,
The second driving means includes a second driving shaft having a long rod connected to an upper end of the rear portion of the body frame and having a male thread formed on an outer surface thereof and a second driving shaft mounted and fixed to the body frame, A second driving motor, a second driving shaft, a second driving shaft, and a female screw formed on an inner surface of the second driving shaft. The second driving shaft is engaged with the male screw of the second driving shaft and reciprocally moved along the second driving shaft A second conveying member, and a second fixing bracket having one end connected to the second conveying member and the other end connected to the roller conveying means.
The method according to claim 6,
Wherein the roller conveying means comprises a conveying rail bracket fixedly installed on both sides of both sides of the body frame forming the mount box, and a conveying roller for slidingly supporting the conveying rail bracket, A ruler interval adjusting means for narrowing or widening a gap between the pair of the pressure rollers in a pair and a pair of pressure rollers for vertically raising or lowering the pair of pressure rollers And a roller lifting means for lifting the wheel.
8. The method of claim 7,
Wherein the ruler gap adjusting means comprises: an adjusting drive shaft having a long rod connected rotatably to a side plate forming both sides of the conveying bracket and having a male thread formed on an outer surface thereof; An adjusting driving motor for driving the adjusting driving shaft; a female screw incorporated in the adjusting driving shaft, the adjusting screw being engaged with the male screw of the adjusting driving shaft and being reciprocated along the adjusting driving shaft according to the forward / reverse rotation of the adjusting driving shaft The first and second adjusting and conveying members, and the first and second adjusting and conveying members, and a roller shaft for mounting the pressure roller is inserted and supported at the other end of the first and second adjusting and conveying members, Wherein the tension strip is provided with a tension strip.
8. The method of claim 7,
Wherein the roller elevating means includes an ascending / descending body frame for connecting the ascending / descending bracket to an ascending / descending bracket for respectively fixing both ends of a roller shaft to which the pressure roller is inserted, and a lifting / lowering bracket installed on the lifting body frame, An elevating cylinder for elevating and lowering the elevating cylinder, and an elevating actuator for actuating the elevating cylinder.
9. The method of claim 8,
The first and second roller shaft support jig brackets are U-shaped so that the pressure roller is inserted and supported, respectively, and the first and second roller shaft support jig brackets are further formed with grooves Wherein the tire is provided with a tension strip.

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