KR20180002463U - Exercising apparatus for reforming the spinal column - Google Patents

Abstract

The present invention relates to a waist exercising apparatus, and more particularly, to a waist exercising apparatus in which a waist portion refracted when a user is lying is manipulated by the power of a motor to form a pair of first and second spinal- To correct both the bending and rotational deformation of the workpiece.
The configuration is as follows.
A support base (120) fixed to the body (3);
The hinge 121 of the supporter 120 and the hinge hole 131 of the rotary member 130,
(130) which is rotatable by a predetermined angle in the width direction of the upper body support (4) and whose longitudinal direction is positioned in the longitudinal direction of the upper body support (4);
An actuator 140 connected to the rotary member 130 to rotate the rotary member 130 at a predetermined angle about the hinge 121 as a center axis,
The first and second rotors 150 and 151 corresponding to both ends of the hinge hole 131 of the rotary member 130 and vertically installed at both ends in the longitudinal direction of the rotary member 130 are rotatably installed at predetermined angles, When the upper side of the first and second rotors 150 and 151 is positioned above the rotary member 130
The lower side of the first and second rotors 150 and 151 is positioned below the rotary member 130,
The upper and lower rotors 150 and 151 are supported by the first and second rotors 150 and 151 and fixed to the waist support sheets 160 and 161,
The lower ends of the first and second rotors 150 and 151 are respectively formed with first and second bending portions 153 and 154 bent in the direction of the hinge 121 so that the first and second bending portions 153 and 154 And the other side of the support rods 170 and 171 is connected to one side of the horizontally positioned first and second support rods 170 and 171 in the width direction and is connected by the articulated joints 172 bent in four directions, And a second polygonal joint (173).

Description

[0001] EXERCISING APPARATUS FOR REFORMING THE SPINAL COLUMN [0002]

The present invention relates to a waist exercising apparatus, and more particularly, to a technique for assisting a user to manipulate and stretch a pair of first and second waist receiving sheets that are refracted while the waist is lying under the power of an actuator I want to.

BACKGROUND ART [0002] Generally, a conventional waist movement mechanism is configured to rotate a rotating plate by a user's own force on a rotating plate provided on a rotatable rotating plate so that the waist is twisted to perform a waist movement.

In recent years, a waist movement mechanism has been developed in which the rotation plate is automatically rotated in normal and reverse directions.

However, since such a conventional waist exercise apparatus is required to return the rotating plate by the user's power, it is difficult to continuously exercise with the consumption of power.

      Such exercise apparatus is a way for a healthy person to exercise for his / her own body, and is useless to the elderly or other rehabilitation patients.

         To this end, a waist movement mechanism disclosed in Korean Patent Publication No. 10-2011-0105413 is disclosed.

More specifically, the user can freely select the radius of the lower half of the lower body with the back, pelvis, or vertebrae motion by placing the lower body part with the help of the machine while the user is lying, Or at the same time, the lower body motion part can be rotated forward and reverse by a predetermined angle (twist) to the left and right, and the angle of rotation can be freely selected. Further, according to the user's height, As a technology to make it possible,

There is no mention here of techniques that help to relieve the severely bent waist (see FIG. 3).

       Thus, the present invention provides a pair of first and second spine-bearing sheets that assist in correcting the two-axis motion (rotation and flexion movement) simultaneously with flexion-deformed and rotationally deformed portions of the spine.

In order to understand this condition, the spine of the portion A in Fig. 4 is extended between one side of the first spine support sheet 160 and the other side of the second spine support sheet 161 and then narrowed again, At the same time.

For reference, scoliosis is a sagging deformation, as shown in the photograph of Attachment 9. But in reality, there is also a "rotational deformation" in which not only the wheel but also the spine bone itself rotates. Because of this rotational deformation, the back or the back protrudes to one side. <Reference, Scoliosis - Author Professor Chun Sung Lee, Professor of Orthopedic Surgery, Asan Medical Center, Seoul>

The present invention has been made to provide a technology not mentioned in the prior art

While the present invention provides a technique of freely selecting a radius of the lower half of the lower body by locating the lower body part with the help of the machine while the user is lying,

      The present invention also provides a technique for simultaneously correcting a vertebra having bending deformation and rotational deformation by operating a pair of spine support sheets using the power of a motor at the same time.

The foregoing and other objects are further elucidated in detail.

According to the accompanying drawings, a rotating member 130 rotating at a predetermined angle by an actuator 140,

A support base 120 for supporting the rotary member 130,

The bending members 150 'and 151' are connected to the rotating member 130 and the bending members 150 'and 151' include the first rotor 150.151 and the first and second bending portions 153 and 154 An upper side of the first rotor 150.151 is vertically fixed and fixed to the lower supporting sheet 160,161 through the lower rotatable member 130,

The first and second bending portions 153 and 154 are horizontally positioned and connected to one end of the support rods 170 and 171 at an end portion thereof so as to be bent in four directions,

The other side of the support rods (170, 171) is connected to the body (3) by a second multi-joint (173) so as to be bent in all directions

When the actuator 140 is extended or contracted, the first and second rotors 150 and 151 'of the bending members 150' and 151 ', which rotate the rotation member 130 at a predetermined angle and interfere with the rotation member 130, Is rotated by a predetermined angle to rotate the waist bearing sheets 160 and 161 by a predetermined angle.

The multi-joint 172 and the second multi-joint 173 are not made up of a plurality of joints but are expressed as multi-joints that are bent in all directions.

The rear end of the lower body support 5 is fixed to the body 3 positioned at the front end 3 'of the body support 4, A connecting device 6 connected by a hinge and a driving device for connecting the lower body support 5 to move up and down or to move left and right in order to raise and lower the front end of the lower body support 5 in front of the connecting part 6 100, &lt; / RTI &gt;

       The following configuration of the present invention is to be mounted on the upper body base 4 of the above-described configuration (the following configuration can be mounted on the apparatus of another configuration). Therefore, the above configuration has been described by way of example.

A support base (120) fixed to the body (3); The hinge 121 of the support base 120 and the hinge hole 131 of the rotary member 130 are connected to each other so that they can rotate at a predetermined angle in the width direction of the body support 4, (130) positioned in the longitudinal direction of the rotary member (130);

       An actuator 140 connected to the rotary member 130 to rotate the rotary member 130 at a predetermined angle about the hinge 121 as a center axis,

       First and second rotors 150 and 151 corresponding to both ends of the hinge hole 131 of the rotary member 130 and vertically installed at both ends in the longitudinal direction of the rotary member 130 are rotatably installed at predetermined angles, When the upper side of the first and second rotors 150 and 151 is positioned above the rotary member 130, the lower side of the first and second rotors 150 and 151 is positioned below the rotary member 130,

        The upper and lower rotors 150 and 151 are supported by the first and second rotors 150 and 151 and fixed to the waist support sheets 160 and 161,

The lower ends of the first and second rotors 150 and 151 are respectively formed with first and second bending portions 153 and 154 bent in the direction of the hinge 121 so that the first and second bending portions 153 and 154 Joints 172 that are connected to one side of the first and second support rods 170 and 171 that are horizontally positioned in the width direction and are bent in four directions,

The other side of the support rods (170, 171) is composed of a second poly-joint (173) bent in the body (3) in all directions.

 The effects of the present invention will be described as described in the configuration.

When the user is lying on the floor, the lower body supporting part, which places the lower body with the help of the machine, is released and freely selected with the waist, pelvis, or vertebra as well as the radius of the revolve, This is a very useful invention because it provides a technique to help correct two movements simultaneously to correct the bending and rotational deformation of the vertebrae with bending deformation and rotational deformation by manipulating the two lumbar support sheets.

The above-mentioned effects are further clarified in the concrete contents.

FIGS. 1 and 2 are views taken from a waist movement mechanism of the prior art No. 10-2011-0105413 to explain the present invention,
Figure 3 is an explanatory diagram for explaining the technique corresponding to the task of the present invention so as to understand the technique of the present invention
A) is a perspective view, b) is a plan view, and c) is an enlarged view.
FIG. 4 is a perspective view of orthodontic treatment apparatus for orthodontic treatment of the present invention,
5) a), b) is a perspective view from a different angle of a perspective view of the recess of the invention shown in Fig. 4,
FIG. 6 is a perspective view showing the main part of the invention in FIG. 4,
A) is a state in which the load of the actuator is reduced,
B) is a state in which the rod of the actuator is elongated
The seventh (a) is a state in which the rod of the actuator of the present invention is in the middle,
B) is a state in which the rod of the actuator of the present invention is extended,
C) is a state in which the load of the actuator of the present invention is reduced.
FIG. 8 is a plan view of a orthodontic treatment apparatus for orthodontic treatment of the present invention.

First, since the operation of the lower body support 5 is well known in the waist movement mechanism of Korean Patent Application No. 10-2011-0105413, a detailed description thereof will be omitted,

       When the current is applied to the first decelerating motor by the control, the first decelerating motor rotates the tilting member 17 connected to the first decelerating motor by the belt (E) . Therefore, the bending member 22 fixed to the pivoting member 17 is rotated, thereby rotating the operation lever 14 in a bent state.

When rotated as described above, the lower body support 5 connected to the connecting member 15 also rotates in the same direction (see FIGS. 1 and 2)

In this state, when the bending member 22 is rotated, the operation space 14 and the connecting member 15 revolve. This causes the lower body support 5 to revolve.

Up to this point, it corresponds to the prior art, and is described in detail in the prior art publication No. 10-2011-0105413, and a detailed description thereof will be omitted.

The following configuration of the present invention is to be mounted on the upper body support 4 having the above-described configuration.

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

C) is a perspective view in which the cover of the first and second waist support sheets is removed with the rod of the actuator extended.

7 (a) of FIG. 7) is a view in which the direction of one portion of the first and second waist receiving sheets is spaced apart from each other when the rod of the actuator of the present invention is extended, and (b) It is the direction that the direction is separated.

This technique is used to provide a technique to help expand the scoliosis as shown in Fig.

A support base (120) fixed to the body (3);

The hinge 121 of the support base 120 and the hinge hole 131 of the rotary member 130 are connected to each other so that they can rotate at a predetermined angle in the width direction of the body support 4, (130) positioned in the longitudinal direction of the rotary member (130);

       An actuator 140 connected to the rotary member 130 to rotate the rotary member 130 at a predetermined angle about the hinge 121 as a center axis,

       The first and second rotors 150 and 151 corresponding to both ends of the hinge hole 131 of the rotary member 130 and vertically installed at both ends in the longitudinal direction of the rotary member 130 are rotatably installed at predetermined angles, When the upper side of the first and second rotors 150 and 151 is positioned above the rotating member 130, the lower side of the first and second rotors 150 and 151 is positioned below the rotating member 130,

       The upper and lower rotors 150 and 151 are supported by the first and second rotors 150 and 151 and fixed to the waist support sheets 160 and 161,

       The lower ends of the first and second rotors 150 and 151 are respectively formed with first and second bending portions 153 and 154 bent in the direction of the hinge 121 so that the first and second bending portions 153 and 154 Joints 172 that are connected to one side of the first and second support rods 170 and 171 that are horizontally positioned in the width direction and are bent in four directions,

The other side of the support rods (170, 171) is connected to the body (3) by a second multi-joint (173)

With the actuator 141 extending from the rod 141, the hinge 121 is moved about the center axis

The first and second rotors 150 and 151 installed at both ends of the rotary member 130 are rotated by the first and second support rods 170 and 171 to rotate the first and second rotary shafts 172 and 172, The first and second waist restraint sheets 160 and 161 fixed to the first and second rotors 150 and 151 are rotated in the same direction in the direction of the joint 173, And the other side in the width direction of the first and second waist receiving sheets 160 and 161 is gathered at the center between the first waist receiving sheet 160 and the second waist receiving sheets 160 and 161 and the second waist receiving sheet 160 and the second waist receiving sheet 161 ), And is spaced in both directions about the central portion,

When the rod 141 of the actuator 140 is reduced in this state, the other side in the width direction of the first and second waist bearing sheets 160, 161 fixed to the first and second rotors 150, The first waist receiving sheet 160 and the second waist receiving sheets 160 and 161 are gathered at the center between the waist receiving sheet 160 and the second waist receiving sheets 160 and 161. One side of the first and second waist receiving sheets 160 and 161, Away from the center portion between the support sheets 161 in both directions.

In this way, the lower body of the user is moved by the lower body support 5 and the first and second waist restraint sheets 160 and 161 are simultaneously deflected in the opposite direction.

7, for example, when the waist of the user is bent in the rightward direction and is to be turned in the leftward direction, for example, in a state of Fig. 7A), the actuator 140 rod 141 ), And then repeats the reciprocating motion back to the state of (a)

In contrast, for example, when the user's waist is bent in the leftward direction to straighten the actuator 140 in the rightward direction, the actuator 140 rod 141 is contracted as shown in FIG. The reciprocating motion is repeated.

This exercise method is the exercise method provided by the present invention.

Repeating these exercises over a long period of time will help the inflated waist expand.

Referring to the accompanying drawings, how the first and second rotors 150 and 151 supported by the first and second support rods 170 and 171 rotates at a predetermined angle will be described. The rotation of the first and second rotors 172 and 173, The first and second rotors 150 and 151 slightly rotate while being forcibly staggered.

3: body 3 ': end portion
4: upper body support 5: lower body support
14: inter-working 15: connecting member
17: pivoting member 22: bending member
100: drive device 120: support
121: Hinge 130: Rotating member
131: Hinge ball 140: Actuator
141: load 150: first electron
151: second rotor 153: first bent portion
154: second bent portion 160: first waistraining sheet
161: second waistrest sheet 170: first support bar
171: second support rod 172: multiple joints
173: 2nd articulation E: belt

Claims (1)

[0002] In orthodontic treatment apparatus for orthodontic treatment,
A rotary member 130 rotated by a predetermined angle by an actuator 140,
A support base 120 for supporting the rotary member 130,

The bending members 150 'and 151' are connected to the rotating member 130 so that the first and second rotors 150 and 151 and the first and second bending portions 153 and 154 The upper portion of the first rotor 150.151 is vertically installed and passes through the rotatable member 130 in a puddle so as to fix the waist receiving sheets 160 and 161,

The first and second bending portions 153 and 154 are horizontally positioned and connected to one end of the support rods 170 and 171 at an end portion thereof so as to be bent in four directions,
The other side of the support rods (170, 171) is supported by the body (3) and is connected to the second multi-joints (173) so as to be bent in all directions
When the actuator 140 is extended or contracted, the first and second rotors 150 and 151 'of the bending members 150' and 151 ', which rotate the rotation member 130 at a predetermined angle and interfere with the rotation member 130, Is rotated by a predetermined angle to rotate the waist bearing sheets (160, 161) by a predetermined angle.

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