KR101607774B1 - Apparatus for treatment of spine - Google Patents

Abstract

The present invention relates to an apparatus for verifying the curvature of the spine, dividing the spine into the cervical spine area, the thoracic spine area and the lumbar spine area, and allowing a treatment unit to protrude individually from the surface of a bed thereof according to each spinal area, thereby applying the treatment unit to an affected area in the spine and moving the treatment unit in the vertical and horizontal directions and thus realigning and treating the spine. The apparatus for treating spine in accordance with the present invention comprises: a bed having a flat upper surface; a push unit arranged on the bed and ascending/descending along the user′s spinal curvature to pressurize the spine; a traction unit protruding from the upper surface of the bed and moving in the vertical and horizontal directions to correct posture or align the spine of the user; a control unit for controlling the operation of the push unit or the traction unit based on the user′s body type or setting set by the user; an input unit having a sensor to identify the user′s body type and measure the posture and degree of the spinal curvature and an input means where the user′s setting is inputted to, and transmitting a sensing value from the sensor and a value inputted to the input means to the control unit to enable the control unit to control the operation of the push unit or the traction unit; and a storage unit for storing the user′s treatment data including the body type, the posture or the degree of the spinal curvature of the user, and settings by the user.

Description

Apparatus for treatment of spine

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a vertebral treatment apparatus for treating a vertebra, and more particularly, to a vertebral treatment apparatus for treating a vertebra by dividing a vertebra into a cervical vertebra, a thoracic vertebra and a lumbar vertebra, Rotation, pivot, and the like, to obtain a correction and treatment effect of the vertebrae.

Nowadays, modern people have to sit and live a lot, and the musculoskeletal system such as spine and hip joint including lumbar spine, thoracic spine, and cervical spine weakens. Recently, it has become a serious illness that occurs frequently and is difficult for everyday life, such as gingivitis, scoliosis, disc, growth deformity, and musculoskeletal diseases.

Thus, a vertebral therapeutic apparatus is known which can provide a correction and treatment effect for a patient suffering from gum disease, scoliosis, disc, growth deformity, musculoskeletal diseases and the like who can not exercise by themselves.

A method of treating a spine in a conventional vertebral treatment apparatus includes the steps of resting and vibrating at any position in the user's spine region while reciprocating along the spine of a user through a transfer device having an acupressure and a thermal function provided on a treatment bed or a treatment plate, , Torsion, traction, and so on. The above-mentioned spinal therapy apparatus has a limited treatment method and has a problem that it can not perform spinal treatment step by step.

The conventional spinal therapy apparatus includes a therapeutic bed or a treatment plate having a predetermined area so that a user can lie down, and a therapeutic bed or a treatment plate, which is installed to reciprocate inside the treatment bed or the treatment plate, Vibration, twisting, traction, shiatsu, etc., of the vertebrae.

Therefore, the conventional spinal therapy apparatus is provided inside the treatment bed or the treatment plate and is not directly applied to the treatment site in a customized manner according to the user. That is, the treatment bed or the treatment plate of the spinal therapy apparatus is formed flat, so that the curved shape and the treatment area of the user's spine can not be estimated or traced, and only the approximate correction and treatment can be performed according to the condition of the user, . In addition, when the user is lying on the spinal therapy apparatus, the user does not provide the spinal treatment desired by the user due to the body being pushed by the treatment apparatus or the position change.

Related Prior Art Korean Patent Publication No. 10-2005-0044081 (name of the invention; physical therapy bed, public date; May 12, 2005) is known.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus and a method for verifying the shape of a vertebral body by dividing a vertebrae of a user into cervical vertebrae, thoracic vertebrae and lumbar vertebrae, To provide a vertebrae treatment device capable of correcting and treating the spine through various exercises such as up, down, left, right, rotation, pivot, etc. of the treatment unit.

To achieve the above object, a spinal therapy apparatus according to the present invention includes: a bed having a top surface formed flat; A pushing unit formed on the bed and pushing the spine in an ascending / descending motion in accordance with the curvature of the user's spine; A traction unit protruding from an upper surface of the bed and calibrating a user's posture or a vertebrae up or down or right and left; A control unit for controlling the operation of the push unit or the traction unit according to a user's body type or user setting; A sensor for measuring a body shape, a posture or a degree of curvature of a vertebrae of a user, and input means for inputting a setting of a user, wherein the sensing value of the sensor or the input means for controlling operation of the pushing unit or the traction unit An input unit for transmitting the input value to the control unit; And a storage unit for storing therapy data of the user including the user's body shape, posture or degree of curvature of the vertebrae and setting of the user.

The pushing unit may follow the user's spine according to the pressure applied to the bed or the sensed value of the sensor from the weight of the user.

The pushing unit may include a plurality of pushing units formed on the upper surface of the bed and move up and down. The sensing value of the pushing unit is transmitted through the control unit to press the spine of the user according to the degree of curvature of the user's spine.

Wherein the traction unit includes a cervical traction unit, a thoracic traction unit, and a lumbar traction unit along a user's vertebrae, receives a sensed value of the sensor or a value input to the input unit from the control unit, The user's neck, the armpit, and the pelvis, respectively.

The cervical traction unit may be driven in a vertical direction while pressing both sides of the user's neck.

The thoracic traction unit may be driven in a vertical direction while being positioned on both sides of the user.

The lumbar traction unit can be driven in a vertical direction while pressing both sides of the user's pelvis.

The cervical traction unit, the thoracic traction unit or the lumbar traction unit may rotate or pivot in the lateral direction with respect to the longitudinal center of the bed by the sensed value of the sensor or the value input to the input means.

The control unit may include a push unit control unit and a traction unit control unit, respectively, for controlling the operation of the push unit and the traction unit, and may control the position variation of the user to be minimized from the operation of the push unit or the traction unit.

The pushing unit control unit may control the upward / downward movement of the pushing unit in accordance with the vertebral form of the user.

The traction unit control unit may independently operate at least one of the cervical traction unit, the thoracic traction unit, or the lumbar traction unit according to the degree of the vertebrae of the user.

The control unit may include a treatment history management unit for tracking and managing the user's treatment history or the user's return.

On the other hand, a frame for supporting the bed is formed on the bed, and an infrared device, a vibration device, or a heating device can be selectively installed on the frame.

The frame may be provided with ventilation means for controlling the temperature or humidity of the bed, or may be formed with aroma-like bacteria means for maintaining the antibacterial condition of the bed.

The bed may be equipped with a transcutaneous nerve electrical stimulation therapy or interference wave current therapy function.

As described above, the treatment unit can be applied directly to the affected part by dividing the vertebrae into the cervical vertebrae, the thoracic vertebra, and the lumbar vertebra following the curved shape of the user, Various exercises can be used to achieve corrective and therapeutic effects of the spine.

In addition, by using the sensor, the operation of the push unit or the traction unit is controlled in accordance with the degree of curvature of the spine of the user or only the side thereof, thereby maximizing the user's spinal correction and treatment effect.

Also, the user's torso can be divided into the cervical vertebra, the thoracic vertebra, and the lumbar vertebra, so that the user's body can be prevented from being pushed as the treatment unit presses the user's neck, underarms, and pelvis individually for each affected part, or the positional deviation can be minimized.

Further, as the treatment unit is directly applied to the affected part of the user, the accuracy of the spinal treatment can be remarkably increased.

In addition, the treatment plan can be established through the sensing value of the sensor provided in the spine treatment device or the input value of the user information, and the treatment history for each user can be tracked or managed.

In addition, when the therapeutic function is not used, the top surface of the bed of the spinal therapy apparatus is kept flat, so that it can serve as a multifunctional spinal therapy apparatus which can be used as a sleeping bed in daily life.

1 is a block diagram showing the configuration of a spinal therapy apparatus according to an embodiment of the present invention.
Fig. 2 is a block diagram briefly showing a configuration of a spinal therapy apparatus according to Fig. 1;
Figure 3 is a partial side view of the bed according to Figure 1;
4 is a cross-sectional view of the push unit according to the cutting line "AA" in Fig.
Figure 5 is a top view of the bed according to Figure 3;
FIG. 6 is a view showing a guide slot showing the operating direction of the traction unit shown in FIG. 5; FIG.
FIG. 7 is a perspective view schematically showing the spinal therapy apparatus according to FIG. 1; FIG.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and / or features of the present invention, and how to accomplish them, will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings. It should be understood, however, that the invention is not limited to the disclosed embodiments, but is capable of many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

FIG. 1 is a block diagram showing the configuration of a spine therapy apparatus 100 according to an embodiment of the present invention. Referring to FIG. 1, a bed 110 having a flat top surface and a push unit (push unit) 110 are formed on the bed 110 to move up and down according to the curvature of the user's spine, 111), a traction unit (113) protruding from the upper surface of the bed (110) and calibrating or shaking the posture or the spine of the user up or down or right and left.

The control unit 120 controls the operation of the push unit 111 or the traction unit 113 according to a user's body type or a user's setting. A sensor 133 measures the degree of bending of the user's body, And input means 131 for receiving the settings of the user.

An input unit 130 for transmitting the sensed value of the sensor 133 or the value input to the input unit 131 to the control unit 120 for controlling the operation of the push unit 111 or the traction unit 113, And a storage unit 140 for storing user data 141 including the body shape, posture, degree of curvature of the vertebrae, and settings of the user.

The bed 110 may be provided with a push unit 111 and a traction unit 113 inside or below the bed 110 to provide a space where the user can actually receive the spinal treatment. At this time, the bed 110 may be provided with a head supporting means or a lower body supporting means for the user.

The push unit 111 may be formed on the interior of the bed 110, assuming that the user is lying on the bed 110, to press or push the back side of the user's back, neck, back, and back. Therefore, the upper surface of the bed 110 does not maintain a flat state by the pushing unit 111 moving up and down, and can be formed into a curved surface to match the back, back, and hips of the user.

The push unit 111 includes a cervical push unit 111a, a thoracic push unit 111b, and a lumbar push unit 111c for estimating the curvature of the user's neck-back (chest) (See FIG. 4).

In addition, the traction unit 113 may protrude from the upper surface of the bed 110 to directly or fix the user's neck, underarm, and pelvis. When the user visually observes the bed 110, the push unit 111 is not seen because it is formed inside the bed, and the traction unit 113 can be seen because it is protruded from the upper surface of the bed.

The control unit 120 may include a push unit control unit 121 and a traction unit control unit 123 that control operations of the push unit 111 and the traction unit 113 provided in the bed 110, respectively.

The push unit control unit 121 can control the upward and downward movement of the push unit 111 according to the shape of the user's spine. That is, when the user looks at the lying state on the bed 110, the lifting or lowering distance of the pushing unit 111 can be controlled differently according to the degree of curvature or warping of the vertebrae.

In addition, the push unit control unit 121 can independently operate at least one of the cervical push unit 111a, the thoracic push unit 111b, or the lumbar push unit 111c to estimate the degree of the vertebrae of the user's spine. That is, the pushing unit control unit 121 can control so that at least one of the cervical push unit 111a, the thoracic pushing unit 111b, or the lumbar pushing unit 111c is individually operated independently of the operation of the other.

On the other hand, the traction unit 113 may include a cervical traction unit 113a, a thoracic traction unit 113b, and a lumbar traction unit 113c along the spinal region of the user. The traction unit 113 can treat or correct the spine of the user in a state in which the spine of the user is bent in the lateral direction, that is, in the side-to-side direction.

The traction unit control unit 123 that controls the traction unit 113 independently operates at least one of the cervical traction unit 113a, the thoracic traction unit 113b, or the lumbar traction unit 113c according to the degree of side- . That is, the traction unit control unit 123 can control so that at least one of the cervical traction unit 113a, the thoracic traction unit 113b, or the lumbar traction unit 113c is individually operated independently of the operation of the other.

In addition, the control unit 120 may include a treatment history management unit 125 for tracking and managing the user's treatment history or the user's return. At this time, the treatment history management unit 125 may memorize and store the entire vertical spine of the user only in the vertical direction, the lateral direction only, and the treatment intensity, intensity, frequency, age, sex,

The input unit 130 may include input means 131 for receiving an input value through a manual input of a user and a sensor 133 for sensing and inputting the user's personal information automatically.

The user can manually input and set the operation of the push unit 111 or the traction unit 113 through the input means 131. [ At this time, the user can input the user's body information or set the desired treatment information. The input value or set value received from the input unit 130 through the input unit 131 may be transmitted to the push unit control unit 121 or the traction unit control unit 123. [

The input unit 131 may be provided with a keyboard, a keyboard, a remote controller or the like to receive input values or set values by a user. At this time, the display device may display the personal information of the user including the muscle state of the user, the degree of side view, the height of the user, the intensity of treatment (intensity), the number of times, In addition, a pulse measuring instrument or a blood pressure measuring instrument may be provided when necessary to display the result on a display device.

The sensor 133 of the input unit 130 may automatically sense the posture or the vertebra state of the user and transmit the sensed value to the control unit 120 to operate the push unit 111 or the traction unit 113.

The storage unit 140 is a component for storing the sensing value of the sensor 133 of the input unit 130 or the manual input value input by the user input from the input unit 131 via the control unit 120. In this case, The information is classified into the user DB 141 so that it can be used later for the user's follow-up care management or treatment history management.

Referring to FIGS. 1 and 2, the data movement sequence of the spinal therapy apparatus 100 according to the present invention will be described. The control unit 120 may receive the input values of the input unit 130 and store the received values in the user DB 141 of the storage unit 140. [ The previously stored user DB 141 is again called by the control unit 120 to be collected together with the previously stored user information of the treatment history management unit 125 and sent to the push unit controller 121 of the control unit 120 And the traction unit control unit 123, as shown in FIG.

The push unit control unit 121 and the traction unit control unit 123 may control the operation of the push unit 111 and the traction unit 113 provided in the bed 110, respectively. In addition, the treatment history management unit 125 is a component that stores user information for the spinal treatment of the user later, and the user DB 141 of the storage unit 140 stores the user's information In real time as a memory for storing and transmitting data. At this time, after completing the treatment, the control unit 120 calls and receives the user DB 141, moves to the treatment history management unit 125, and is stored up-loaded in the pre-stored information. Tracking and management.

Accordingly, the spinal therapy apparatus 100 according to the present invention may include a bed 110, an input unit 130, and a storage unit (not shown) around the control unit 120 so that the spinal therapy apparatus 100 can be effectively controlled during the user's spinal treatment 140 in real time.

(The sensing value of the sensor or the value input to the input means) of the input unit 130, the user DB 141 of the storage unit 140, In order to facilitate the understanding of the overall data movement including the treatment details for each user of the history management unit 125, only the first and last data movement will be omitted by omitting the intermediate process.

The schematic configuration of the spinal therapy apparatus 100 according to the present invention and the sequence of data movement are described below, and the remaining configurations of the spinal therapy apparatus 100 according to the present invention will be described in detail with reference to the drawings .

3 is a partial side view of the bed 110 according to FIG. 3, the push unit 111 and the traction unit 113 are formed on the bed 110. However, the position of the push unit 111 and the traction unit 113 may vary from one user to another, 111 or the traction unit 113 may be different from each other.

The bed 110 may be provided with a lift function capable of ascending and descending at a predetermined angle of inclination in order to effectively treat a user's spine or a bed 110 may be rotated to the left and right with respect to the center line B of the bed 110 Or pivoting motion. Accordingly, it is possible to maximize the functions of the push unit 111 for treating the scoliosis of the vertebrae in the vertical direction and the traction unit 113 for treating the lateral sciatica of the vertebrae.

In addition, a heating wire or a vibrator may be selectively installed on the bed 110 to enable a hyperthermia treatment or a vibration treatment, if necessary.

3, the pushing unit 111 may be configured to be actuated by the pressure exerted on the bed 110 from the user's weight when the user is lying on the bed 110 for treatment, ) According to the sensed value of the user's vertebrae in the vertical direction. At this time, an electromyogram sensor, a pressure sensor, a pressure sensor, or the like may be used as the sensor 133 for measuring the body shape, the posture, or the degree of curvature of the vertebrae, and the user's body shape, posture, The type of the sensor 133 may be other than that.

The sensed value measured by the sensor 133 may be finally transmitted to the push unit control unit 121 or the traction unit control unit 123. [

The push unit 111 receives the sensing value of the sensor 133 from the control unit 120 and presses the user's spine in accordance with the vertical direction of the user's spine to adjust the height of the upper surface of the bed 110 have. In other words, the shape of the top surface of the bed 110 can be freely changed according to the user's key, body shape, or the degree of vertical curvature of the spine.

4, a plurality of pushers 112 are formed on both sides of the pushing unit 111 with respect to the center line B of the bed 110, so that the pushing unit 111 can move up and down. It may also include a cervical push unit 111a, a thoracic push unit 111b and a lumbar push unit 111c for following the curvature of the user's neck-back (chest) waist in accordance with the spinal level of the user .

At this time, the push unit 111 may vary in elevation along only the vertical direction of the user's spine, and the push units 111 formed in the width direction of the bed 110 may not all rise to the same height. That is, when the user lies on the bed 110, the push units 111 positioned on the left and right sides with respect to the center line B of the bed 110 may have different heights and perform individual motions.

Accordingly, when the user lays on the bed 110 in order to receive the spinal treatment, the pushing unit 111 can correct or vertically correct the degree of the vertical direction of the user's spine, have.

5 is a top view of the bed 110 according to FIG. 3 and 5, the traction unit 113 may include a cervical traction unit 113a, a thoracic traction unit 113b, and a lumbar traction unit 113c along the user's spine region.

The traction unit 113 may protrude from the neckline, the armpit, and the pelvis of the user in a pair of right and left with respect to the center line B of the bed 110.

The cervical traction unit 113a is formed to protrude along the line of the neck so as to correct or shave the entire lumbar region around the neck directly corresponding to the neck region of the user. The thoracic traction unit 113b is directly protruded from the side of the arm between the shoulder and the arm so that the thoracic traction unit 113b can directly correct the side of the user and calibrate the thoracic region around the armpit. The lumbar traction unit 113c is formed to protrude between the waist and the hip so as to correct or shave the entire lumbar region around the pelvis or waist in direct correspondence with the pelvis region of the user. (See Fig. 5)

In this case, the cervical traction unit 113a, the thoracic traction unit 113b, or the lumbar traction unit 113c is different from the one shown in Figs. 5 to 7 in order to fix the user's body It may have a curved surface or an oblique shape.

Further, the traction unit 113 may be positioned vertically or horizontally along the lateral direction of the user's spine only, and may be asymmetric because the position is adjusted according to only the lateral direction of the user's body or spine .

The traction unit 113 can operate by receiving the sensing value of the sensor 133 or the value input to the input unit 131 from the control unit 120. [

More specifically, the cervical traction unit 113a, the thoracic traction unit 113b, or the lumbar traction unit 113c is configured to detect the center line of the bed 110 B, in the left-right direction. In other words, the control unit 120 collects the data of the therapy history management unit 125 previously stored together with the sensing value of the sensor 133 or the value input to the input unit 131, and outputs the data to the cervical traction unit 113a, The lumbar traction unit 113b or the lumbar traction unit 113c can rotate, vibrate, or pivot in the lateral direction. At this time, the cervical traction unit 113a, the thoracic traction unit 113b, or the lumbar traction unit 113c can independently rotate, vibrate, or pivot in the lateral direction.

FIG. 6 is a view showing a guide slot showing the operating direction of the traction unit 113 shown in FIG. 6, the bed 110 is provided with a first cervical guide slot 114a for guiding the vertical and lateral movements of the cervical traction unit 113a, the thoracic traction unit 113b and the lumbar traction unit 113c, respectively, The first thoracic guide slot 115a and the second thoracic guide slot 115b and the first lumbar guide slot 116a and the second lumbar guide slot 116b may be formed have.

The cervical traction unit 113a is located on both sides of the user's neck and can move up and down along the first cervical vertebra guide slot 114a and can move left and right along the second cervical vertebra guide slot 114b.

The thoracic traction unit 113b is located on both sides of the user and can move up and down along the first thoracic guide slot 115a and can move in the left and right directions along the second thoracic guide slot 115b.

The lumbar traction unit 113c is located on both sides of the user's pelvis and can move up and down along the first lumbar guide slot 116a and can move in the left and right directions along the second lumbar guide slot 116b.

6, the overall guide slot is a cross-shaped model, but a cervical traction unit 113a, a thoracic traction unit 113b, or a lumbar traction unit 113c may be used for effective correction and acupressure of a user's neck, underarm and pelvis. The guide slot may be formed in various shapes such as a circular shape, a semicircular shape, a square shape, or a triangular shape, as long as it is free to move in up, down, left and right directions,

Also, the guide slots of the cervical traction unit 113a, the thoracic traction unit 113b, or the lumbar traction unit 113c may be formed in different shapes instead of the same shape. For example, the guide slots of the cervical traction unit 113a may be circular, the guide slots of the thoracic traction unit 113b may be triangular, and the guide slots of the lumbar traction unit 113c may be formed in a cross shape.

Therefore, the traction unit 113 plays a role of correcting or treating only the lateral side of the user's spine when the user looks at the front view of the user on the bed 110 by lying on the bed 110 for receiving the spinal treatment can do.

The vertebrae treatment apparatus 100 according to the present invention does not limit the severity of the age, sex and the affected part (only the vertical direction side and the lateral direction side only) of the push unit 111 and the traction unit 113, Quot; user "

Further, the accuracy of the treatment can be improved by controlling the positional deformation of the user from the operation of the push unit 111 and the traction unit 113 to be minimized.

FIG. 7 is an overall perspective view of the spine therapy apparatus 100 according to FIG. As shown in FIG. 7, a frame 117 for supporting the bed 110 may be formed on the bed 110. At this time, an infrared device, a vibration device, or a heating device may be selectively installed in the frame 117.

A ventilation means 118 for controlling the temperature or the humidity of the bed 110 may be formed in the frame 117 or an aromatic antibacterial means for maintaining the antibacterial condition of the bed 110 may be formed.

7, the top surface of the bed 110 has a curved shape when the user receives the treatment, but when the user does not use the treating function, the top surface of the bed 110 is flat , The user can take a bed or rest after being treated. That is, the bed 110 of the spinal therapy apparatus according to the present invention can be utilized as a general bed.

In addition, since the bed 110 of the spinal therapy apparatus 100 according to the present invention is provided with a transcutaneous nerve electrical stimulation therapy or an interference wave current therapy function, when the physician puts his / her back on the bed 110, The transcutaneous electrical nerve stimulation (TENS) or the interferential current therapy (ICT) may be performed through electrical stimulation of the contactor's body or the like in contact with the subject. Such a transcutaneous electrical stimulation therapy or an interfering current therapy can be applied not only to the back of the physician but also to the upper part of the upper body such as the abdomen. To this end, the spinal therapy apparatus 100 according to the present invention includes a transcutaneous electrical stimulation therapy, (Not shown) which is provided with an upper half body attachment treatment unit.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Modification is possible. Accordingly, the spirit of the present invention should be understood only in accordance with the claims set forth below, and all of its equivalents or equivalent variations fall within the scope of the present invention.

100: Spine Therapy Device 110: Bed
111: Push unit 111a: Cervical push unit
111b: thoracic pushing unit 111c: lumbar pushing unit
112: pusher 113: traction unit
113a: cervical traction unit 113b: thoracic traction unit
113c: lumbar traction unit
114a: first cervical guide slot 114b: second cervical guide slot
115a: first thoracic guide slot 115b: second thoracic guide slot
116a: first lumbar guide slot 116b: second lumbar guide slot
117: Frame 118: Ventilation means
120: control unit 121: push unit control unit
123: traction unit control section 125: treatment history management section
130: input unit 131: input means
133: sensor 140:
B: Center line

Claims (15)

A bed having a top surface formed flat;
A pushing unit for pushing the vertebrae at different positions at a position where the user's cervical vertebrae, thoracic vertebrae, and lumbar vertebrae are in contact with each other, and moving up and down according to the curvature or lateral incidence of the user's vertebrae;
A cervical traction unit, a thoracic traction unit, and a lumbar traction unit, each of which is formed at a position corresponding to the side of the user and the pelvis, so that the posture of the user or the spine of the user can be corrected by upward / A traction unit;
A control unit for controlling the operation of the push unit or the traction unit according to a user's body type or user setting;
A sensor for measuring a body shape, a posture or a degree of curvature of a vertebrae of a user, and input means for inputting a setting of a user, wherein the sensing value of the sensor or the input means for controlling operation of the pushing unit or the traction unit An input unit for transmitting the input value to the control unit; And
A storage unit for storing treatment data of a user including a body shape, a posture or a degree of curvature of the user and setting of the user;
, ≪ / RTI &
The push unit follows the user's spine according to the pressure applied to the bed or the sensed value of the sensor from the weight of the user,
Wherein the push unit and the traction unit are operated by receiving the sensing value of the sensor or the value input to the input unit from the control unit,
The cervical traction unit, the thoracic traction unit, or the lumbar traction unit vibrates, rotates, or pivots in a lateral direction with respect to a longitudinal center of the bed by a sensed value of the sensor or a value input to the input means,
Wherein the control unit independently operates at least one of the cervical traction unit, the thoracic traction unit, or the lumbar traction unit according to the degree of the vertebrae of the user's vertebrae.
delete delete delete The method according to claim 1,
Wherein the cervical traction unit is driven in a vertical direction while pressing both sides of the user's neck.
The method according to claim 1,
Wherein the thoracic traction unit is driven in a vertical direction in a state where the thoracic traction unit is positioned at both sides of the user.
The method according to claim 1,
Wherein the lumbar traction unit is driven in a vertical direction while pressing both sides of the user's pelvis.
delete The method according to claim 1,
Wherein the control unit includes a push unit control unit and a traction unit control unit, respectively, for controlling operations of the push unit and the traction unit,
Wherein the control unit controls the position change of the user to be minimized from the operation of the push unit or the traction unit.
10. The method of claim 9,
Wherein the pushing unit control unit controls the upward and downward movement of the pushing unit according to the shape of the vertebra of the user.
delete The method according to claim 1,
In the control unit,
And a treatment history management unit for tracking or managing the treatment history of the user or the return of the user.
The method according to claim 1,
Wherein the bed is formed with a frame for supporting the bed,
Wherein the frame is selectively provided with an infrared ray device, a vibration device, or a warming device.
14. The method of claim 13,
Wherein the frame is provided with a ventilation means for managing the temperature or humidity of the bed or an aromatic antibacterial means for maintaining the antibacterial condition of the bed.
14. The method of claim 13,
Wherein the bed is provided with a transcutaneous nerve electrical stimulation therapy or an interference wave current therapy function.

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