KR101607427B1 - Apparatus for exercising verterbra by towing - Google Patents

Abstract

The present invention relates to an apparatus for exercising vertebrae by towing which pulls or twists the lower half of a body to correct vertebrae. Specifically, a speed of an operation for pulling the lower half of the body and a number of times for performing the pulling operation per minute, and a speed of an operation for twisting the lower half of the body and a number of times for performing the twisting operation per minute can be freely adjusted to combine various exercise forms for the lower half of the body. The structure of the apparatus is simple. Therefore, production costs can be reduced; the apparatus rarely breaks down; and maintenance and repair are very convenient.

Description

[0001] Apparatus for exercising verterbra by towing [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vertebral traction apparatus for pulling or twisting a lower body and correcting a vertebra, and more particularly, to a vertebral traction apparatus for lowering a length, a speed and a number of exercises per minute and an angle, a speed, The present invention relates to a vertebral traction exercise device which can be combined with various lower body motion forms in various ways and which can reduce manufacturing costs due to a simple configuration and can reduce the occurrence of troubles and can be easily maintained and repaired.

In general, the spine is one of the most important skeletons that make up the human body. The spine may be deformed due to wrong posture, lifestyle, or lack of exercise, or spinal diseases such as disc and back pain may occur.

Especially, modern people often sit in chairs at work or school for a long time. At this time, the muscles and bones of the back are weakened due to lack of posture or lack of exercise, resulting in increased incidence of spinal diseases due to deformation of spine or cervical spine.

Such vertebral deformities include spinal diseases such as back pain, sciatica, back disc disease, scoliosis, lumbar spine, lumbar spine, neck pain, limb dysfunction such as limb weakness, sensory abnormality, muscle atrophy and chronic indigestion, Degeneration of bones and joints, and chronic headaches.

Patients who require continuous orthodontic treatment for these spinal diseases often use physiotherapies that can be manipulated easily. Of the physiotherapies used in the past, simply by inverting the patient to stretch the spine, And a method of pulling down a heavy weight to the legs in a state where they were pulled down.

However, the conventional physical therapy apparatus used for treating such a spinal disease is inconvenient to use the apparatus itself to adjust to the body of the person to be treated, and such a physical therapy method has a problem that the tissue around the spine is increased, The effect of expanding the nodule is insignificant, so that it is difficult to obtain a sufficient therapeutic effect, and there is a high risk of hypertension.

In addition, since the waist disk and the neck disk are integrally connected to each other in a broad sense, they can be treated and corrected to achieve a high therapeutic effect. Conventional physical therapy apparatuses focus on only one, There was a problem that had to be corrected.

As a technique for solving the above problems, Korean Patent Registration No. 10-1137304 entitled "Neck and Waist Exercise Device"

The neck and tongue exercise device comprises a flat upper support plate 10 having a head holder 30 and a U-shaped lower half support plate 20 separately provided under the upper half support plate 10, 20 and a moving device 40 for moving the lower half supporting plate 20 to apply a composite rhythm formed by combining the back and forth motion, the vertical movement and the seesaw movement to the lower half support plate 20 .

1, the first shaft 47 and the second shaft 49, which allow the forward and backward motions or the up-and-down motions, are all disposed on the eccentric side of the driving motor by the eccentric shaft 52, The operation of the lower half support plate 20 is one-dimensional and ineffective as shown in FIGS. 2 (a) and 2 (b), and an eccentric configuration may cause overload and damage of the apparatus due to its weight have.

In addition, since the frame of the head holder and the frame of the headrest are divided, it is troublesome to individually adjust the lengths of the respective frames of the head holder and the headrest according to various lengths of the upper body. It is difficult to use the head holder and the headrest, and therefore, a separate device capable of fixing the upper body is required.

As shown in FIG. 2, since the slide motion for pulling the lower half body and the tilt motion for biting the lower half are generated by the single eccentric flange 51, the length of the slide motion pulling the lower half body and the angle of the tilt motion biting the lower half body can not be adjusted However, since the speed of the slide motion and the tilt motion and the number of times per minute can not be adjusted, there is a problem that the motion for lower body motion is limited to only one one, and thus it is difficult to achieve a wide therapeutic effect.

Korean Patent Registration No. 10-1137304 entitled "Neck and Tongue Movement Device"

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and it is an object of the present invention to not only control the length of the slide motion of the lower half body support part supporting the lower half body and the tilt motion of the lower half body support part, The speed of the slide motion and the tilt motion and the number of times per minute can be freely set so that various various lower body motion forms can be arbitrarily combined so that a wide variety of exercise forms can be combined for each therapeutic purpose, Is an object of the present invention.

It is another object of the present invention to provide a vertebral traction exercise device which can reduce production cost, can easily be maintained, and can be easily repaired because of its simple configuration.

In order to achieve the above object, a spinal traction exercise device according to the present invention includes a spine traction exercise device which is formed of an upper body support part 200 and a lower body support part 100 and moves the user's spine by the movement of the lower body support part 100 The lower support 100 may include a screw shaft 112 coupled to the first support 111 and rotated by the slide motion driving motor 110; A nut block (114) screwed to the screw shaft (112) of the first support base (111) and sliding along the screw shaft (112); A second support 121 fastened to the nut block 114; A screw shaft 125 fastened to the second support 121 and rotated by driving of the tilt motion drive motor 120; A nut block 127 screwed to the screw shaft 125 of the second support 121 and sliding along the screw shaft 125; A rack 128 in the form of a gear formed on the outer surface of the nut block 127; A lower half panel 101 hinged to a second support and a panel shaft 104 at a predetermined distance upward from the nut block 127 of the second support 121; A pinion hole 103 which is hinged to the panel shaft 104 and is fixed to a lower surface of the lower panel 101 and a gear is formed at the other end to engage with the rack 128, .

Here, the slide motion driving motor 110 and the tilt motion driving motor 120 are controlled by a controller capable of controlling on / off and rotation speed.

The first support base 111 is provided with an LM guide 113 in the same axial direction as the screw shaft 112 and the nut block 114 is configured to move along the LM guide 113 .

Also, the upper body half support unit 200 includes an upper body panel 201; And a headrest (204) having a length adjusting means (202).

A predetermined number of coupling holes 206 are formed in the upper half panel 201 so that the fixing rods 207 are selectively inserted into the coupling holes 206 to fix the upper body of the user .

In the upper half panel 201, a predetermined number of coupling holes 206 having radial grooves are formed on the inner surface, a fixing rod 207 is protruded on one side of one end of the rotary plate 208, And an insertion rod 209 having a radial projection on the outer surface is formed at the lower end of the other end of the insertion hole 208, and the insertion rod 209 is inserted and fixed in the coupling hole 206.

The present invention configured as above can arbitrarily adjust the length of the slide motion of the lower half body support portion supporting the lower body and the lower body half portion and the angle of the tilt motion of the lower half body support portion which bit the lower half body and can also control the speed of the slide motion and tilt motion And the number of times per minute can be freely combined, various various lower body motion types can be arbitrarily combined. Therefore, it is possible to obtain a wide therapeutic effect by combining various types of motion for each treatment purpose.

In addition, since the structure is simple, it is possible to reduce the production cost, failures are hardly generated, and maintenance and repair are easy.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing a use state of a conventional vertebral traction exercise device. Fig.
2 is a view showing a movement pattern of a lower half supporting portion of a conventional vertebra traction exercise device.
FIG. 3 is a perspective view showing a vertebral traction exercise device according to the present invention. FIG.
4 is a use state diagram showing the use state of the present invention.
5 is a perspective view illustrating a lower half body support portion of the present invention.
6 is an exploded perspective view of the lower half support portion of the present invention partially exploded.
7 is a view showing the slide motion of the lower half body supporting portion of the present invention.
8 is a view showing a tilt motion of the lower half body support portion of the present invention.
9 is a perspective view showing the upper half body support portion of the present invention.
10 is a perspective view showing a head fixing portion of the upper half supporting portion of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a spinal traction exercise device according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 3 is a perspective view showing a vertebral traction exercise device according to the present invention, FIG. 4 is a view showing a use state of the present invention, FIG. 5 is a perspective view showing a lower half support portion of the present invention, FIG. 8 is a view showing a tilt motion of the lower half support portion of the present invention, and FIG. 9 is a side view of the lower half support portion of the present invention. FIG. FIG. 10 is a perspective view showing a head fixing portion of the upper half body support portion of the present invention. FIG.

The spinal traction exercise device according to the present invention comprises an upper body support part 200 and a lower body support part 100 fixed to the upper part of the base 300 as shown in FIG.

As shown in FIG. 4, the user lies on a vertebrae traction device, raises the lower half of the user to the lower support 100, raises the upper half of the user to the upper support 200, drives the spinal traction device, pulls the lower half, .

As shown in FIGS. 5 and 6, the lower support member 100 is formed with a first support base 110 having both side walls formed with an upright wall, and between the upright walls of the first support base 110, A shaft 112 is provided and the screw shaft 112 is configured to rotate by driving the slide motion driving motor 110. [

A pair of nut blocks 114 are screwed to the screw shaft 112 and a second support 121 having an upright wall is fastened to the nut block 114.

A screw shaft 125 having a screw thread is formed on the outer surface of the second support base 121 and a nut block 127 is screwed on the screw shaft 125. A driven wheel 124 is formed on one of the outer walls of the second support 121 and a shaft of the driven wheel 124 is connected to the screw shaft 125 to rotate the driven wheel 124 and the screw shaft 125 And rotate in conjunction with each other.

A gear-shaped rack 128 is fastened to the upper surface of the nut block 127.

The driven wheel 124 is connected to the driving wheel 122 of the tilt motion driving motor 120 fastened to the second supporting table 121 by a chain 123 and driven by the driving wheel 122, 124 rotate in conjunction with each other.

A pair of panel supports 102 are downwardly protruded on the lower portion of the lower panel 101 of the user's lower body and the pair of panel supports 102 are mounted on the upper portion of the second support 121, And the panel support 102 is configured to be rotatable about the panel axis 104 by being hinged by the support base 129 and the panel axis 104. [

6, a pinion hole 103 protrudes downward from the lower side of the panel support 102. The lower surface of the pinion hole 103 is formed in a semicircular shape, and on the outer surface of the semi- .

When the panel support 102 of the lower panel 101 is hinged to the panel support 104 of the second support 121 by the hinge of the panel shaft 104, the pinion 103 of the lower panel 101 is inserted into the nut block 127, respectively.

The panel shafts 104 are preferably hinged to the panel supports 129 and 102 so as to be hinged to the pinion shafts 103.

The operation of the lower body support unit 100 configured as described above will be described in detail.

The motion pattern of the lower body support part 100 is composed of a combination of a slide motion and a tilt motion. The slide motion is performed as follows.

When power is supplied to the slide motion driving motor 110, the screw shaft 112 of the first support table 111 is rotated by driving the slide motion driving motor 110, and the screw shaft 112 is rotated, 112 are slid within the first support 111 along the screw shaft 112.

6, it is preferable that the nut block 114 is smoothly slid along the LM guide 113 by installing a linear motion guide on the first support 111. [

As the nut block 114 slides as described above, the second support 121 coupled to the nut block 114 slides together with the nut block 114 and the panel support of the second support 121 The panel support 102 hinged to the hinge 129 is slid to move the panel support 102 as shown in Fig.

The tilt motion constituting the motion pattern of the lower body support portion 100 is performed as follows.

When the power is supplied to the tilt motion driving motor 120 fastened to the second support 121 and the tilt motion driving motor 120 is driven, the driving wheel 122 rotates and the driving wheel 122 and the chain 123 The driven wheel 124 connected to the driven wheel 124 rotates together.

The driven wheel 124 rotates the screw shaft 125 formed between the two walls of the second support 121 and the nut block 127 threadedly engaged with the screw shaft 125 rotates the screw shaft 125 And is slid along the screw shaft 125 by rotation.

The pinion hole 103 of the lower half body panel 101 engaged with the rack 128 fastened to the upper surface of the nut block 127 is rotated about the panel axis 104 while the nut block 127 is slidingly moved Accordingly, the lower panel 101 rotates about the panel axis 104, and tilt motion of the lower panel 101 occurs as shown in FIG.

At this time, the panel support 102 protruding downward from the lower part of the lower panel 101 is hinged to the panel support 104 by the panel support 129 protruding upward from the second support 121, So that the tilt motion of the motor 101 is smoothly performed.

That is, the slide motion of the lower panel 101 is generated by driving the slide motion drive motor 110, and the tilt motion of the lower panel 101 is generated by driving the tilt motion drive motor 120.

Therefore, by controlling the on / off and rotation speeds of the slide motion drive motor 110 and the tilt motion drive motor 120 in the slide motion drive motor 110 and the control device for controlling the tilt motion drive motor 120 Various exercise panels of the lower half body panel 101 can be implemented.

For example, if only the slide motion drive motor 110 is driven, only the slide motion for pulling the spine can be generated. If only the tilt motion drive motor 120 is driven, only the tilt motion for biting the spine can be generated. When the nut block 114 of the first support table 111 is reciprocated once by driving the drive motor 110 and the tilt motion drive motor 120 simultaneously, the nut block 127 of the second support table 121 is moved The lower body panel 101 can be implemented to have an '8' type motion pattern.

The slide motion length of the lower panel 101 can be adjusted by adjusting the length of the nut block 114 sliding along the screw shaft 112 and the nut block 114 can be slid along the screw shaft 112 The speed of the slide motion of the lower body panel 101 can be adjusted.

The tilt motion angle of the lower panel 101 can be adjusted by adjusting the length of the nut block 127 sliding along the screw shaft 125 so that the nut block 127 is slid along the screw shaft 125 The speed of the tilt motion of the lower body panel 101 can be adjusted by adjusting the moving speed.

As described above, when the spine of the user is pulled by the motion of the lower body support part 100 and the bit is moved, the body of the user must be fixed. The body of the user is made through the upper body support part 200.

As shown in FIG. 9, the upper body half 201 of the upper body half 201 is provided with a head rest 204 for comfortably supporting the user's head.

The adjustment frame 203 of the headrest 204 may be inserted into or protruded from the length adjusting means 202 as shown in FIG.

The length adjusting means 202 is provided to insert or protrude the adjusting frame 203. The adjusting frame 203 may be provided with a space in which the adjusting frame 203 can be received, Or insert operation.

At this time, the length adjusting means 202 may vary the length in the form of an automatic pump using pressure, or may form a separate groove and protrusion to vary the length in the form of a buckle.

A head holder 205 is formed on one side of the headrest 204 and the user's jaw is fixed by a fixing strap 206 fixed to the head holder 205 as shown in Fig. Is fixed so that the upper body does not move even in the operation.

However, the user may not be able to use the fixing strap 206 because the user is injured in the jaw or during the treatment.

In this case, as shown in FIG. 9, the fixing rod 207 is installed on the upper body panel 201, and the fixing rod 207 is inserted into the side of the user, thereby firmly supporting the user's body during the movement of the lower body panel 101 So that the body of the user who can not wear the fixing straps 206 can be fixed to the jaws.

As shown in FIG. 9, the fixing rod 207 is fastened to the upper surface of one side of the rotation plate 208 so that the position of the fixing rod 207 can be changed according to the physical condition of the user, And the shaft of the fixing rod 207 and the shaft of the insertion rod 209 are shifted by fastening the insertion rod 209 to the other side surface.

The protrusions are formed on the outer surface of the insertion rod 209 and the protrusions formed on the outer surface of the insertion rod 209 are inserted into the inner surface of the coupling hole 206 of the upper body panel 201, When the insertion rod 209 is inserted into the coupling hole 206, the fixing rod 207 is fixed so as not to rotate.

A plurality of the coupling holes 206 are formed in the upper panel 201 at predetermined intervals and one of the coupling holes 206 is inserted into the insertion rod 209 in accordance with the user's body condition It can be matched to a wider user's physical condition.

As described above, when the position of the fixing rod 207 is inserted into the insertion rod 209 in accordance with the body condition of the user, specifically, the position of the armpit, the fixing rod 207 is fixed at that position, The position can be adjusted.

When the fixing rod 207 is inserted into the side of the user, the user's body is firmly fixed without moving.

The spine traction exercise device of the present invention configured as described above can arbitrarily adjust the length of the slide motion of the lower half body support portion supporting the lower body and the tilt motion of the lower half body support portion supporting the lower half body, And the number of exercises per minute is freely configured, various types of lower body motion patterns can be combined in various ways, and various therapeutic effects can be obtained. In addition, since the structure is simple, it is possible to reduce the production cost, failures are hardly generated, and maintenance and repair are easy.

The spinal traction exercise device according to the present invention has been described above.

It will be understood by those skilled in the art that the technical features of the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof.

Therefore, it should be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than the foregoing description, Ranges and equivalents thereof are to be construed as being included within the scope of the present invention.

100: upper body support
101: upper half panel
102: panel support
103: Pinion
104: Panel axis
110: Slide motion drive motor
111: first support
112: Screw shaft
113: LM Guide
114: Nut block
120: tilt motion drive motor
121: second support
122: drive wheel
123: Chain
124: panel support
125: Screw shaft
126: LM Guide
127: Nut block
128: Rack
129: panel support
200: upper body support
201: The upper half panel
202: length adjusting means
203: Adjustable frame
204: Headrest
205: Head holder
206: coupling ball
207: Fixing rod
208: Rotary plate
209: Insertion rod
300: Base

Claims (6)

1. A vertebral traction exercise device which is formed of an upper body support part 200 and a lower body support part 100 and moves a user's spine by the movement of the lower body support part 100,
In the lower half body supporting portion 100,
A screw shaft 112 coupled to the first support base 111 and rotated by the slide motion drive motor 110;
A nut block (114) screwed to the screw shaft (112) of the first support base (111) and sliding along the screw shaft (112);
A second support 121 fastened to the nut block 114;
A screw shaft 125 fastened to the second support 121 and rotated by driving of the tilt motion drive motor 120;
A nut block 127 screwed to the screw shaft 125 of the second support 121 and sliding along the screw shaft 125;
A rack 128 in the form of a gear formed on the outer surface of the nut block 127;
A lower half panel 101 hinged to a second support and a panel shaft 104 at a predetermined distance upward from the nut block 127 of the second support 121;
A pinion hole 103 which is hinged to the panel shaft 104 and is fixed to a lower surface of the lower panel 101 and a gear is formed at the other end to engage with the rack 128, Wherein the spinal traction device comprises:
The method according to claim 1,
Wherein the slide motion driving motor (110) and the tilt motion driving motor (120) are controlled by a control device capable of controlling on / off and rotation speed.
The method according to claim 1,
Wherein the first support base 111 is provided with an LM guide 113 in the same axial direction as the screw shaft 112 and the nut block 114 is moved along the LM guide 113. [ Exercise device.
The method according to claim 1,
The upper half supporting portion 200 includes:
An upper half panel 201;
And a headrest (204) having a length adjusting means (202).
5. The method of claim 4,
A predetermined number of coupling holes 206 are formed in the upper half panel 201,
Wherein the fixing rod (207) is selectively inserted into the coupling hole (206) so that the fixing rod (207) fixes the upper body of the user.
5. The method of claim 4,
The upper half panel 201 is formed with a predetermined number of coupling holes 206 having radial grooves on the inner surface thereof,
A fixing rod 207 protrudes from one side of the rotary plate 208 and an insertion rod 209 having a radial projection on the outer surface is formed on the lower side of the other side of the rotary plate 208,
And the insertion rod (209) is inserted and fixed in the coupling hole (206).

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