KR101531930B1 - A Backbone Correction Device - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a fitness instrument for correcting or correcting pain by loosening a load applied between the vertebrae of a human body, and more particularly, And the rod is raised so that the human body hangs upside down. Thus, the load applied to the peripheral muscles of the spine or the cartilage between the vertebrae is relaxed, so that the deformed spine Thereby enabling a relaxation or correction of the spinal column.

Description

[0001] The present invention relates to a backbone correction device,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a training device for correcting a vertebrae, which relieves pain or alleviates a deformed vertebra by loosening a load applied between the vertebrae of a human body, And the rod is lifted to allow the human body to hang naturally, so that the load applied to the peripheral muscles of the vertebra or the cartilage between the vertebrae is relaxed And to allow the deformed vertebrae to be relieved or corrected.

In order to correct the deformed state of the vertebrae (mainly the lumbar vertebrae) provided in the back of the human body, a vertebrae orthodontist which is mainly used in a general hospital, lays the vertebrae patient on the bed and fixes the upper and lower bodies separately, There is a bed type in which the protruded cartilage between the vertebrae which have been damaged by loosening the close contact portion of the vertebrae is returned to its original position and corrected,

In addition, it is a vertebral column used in general homes and gymnasium. It fixes the ankle to the footboard connected to the end of the board and rotates the upper body and lower body by 180 degrees so that the lower body is raised and the upper body is directed downward and the body is pulled upside down A lumbar vertebra that corrects the spine by the force that the upper body pulls down (strikes) is widely known and used.

Among them, the lumbar vertebrae fixes the back of the human body to the long board, then fixes the ankle to the footrest, and when the artificial force is applied to the handle attached to the side of the lute, the human body attached to the board rotates 180 degrees like the board This causes the upper body of the human body to face downward, and the lower body to be positioned on the upper side.

Thus, the human body is pulled upside down in the air with the ankle fixed to the footrest. At this time, the force that is pulled down by the weight of the lower body is generated, and by this force, relaxes between the vertebrae and bone The protruded cartilage can be returned to its original position and the muscles around the vertebrae can be relaxed to correct the deformed vertebrae.

The structure and function of the conventional lobed vertebrae will be briefly described as follows

The lumbar vertebrae correcting the deformed vertebrae of the human body includes a body frame which can be installed at any place, an operating handle for applying an artificial force to both sides of the upper part of the body frame, And a rotating shaft installed at an upper end of the body frame to be rotatable by the rotational force of the operating knob.

In addition, a board, which can support a human body, is fixedly connected to the rotary shaft, and a footrest is provided at an end of the board to securely fix the foot of a human body.

After the human body is put on the board, the ankle is fixed to the footbars, and the human body is rotated up to 180 degrees by applying an artificial force to the knob by hand, and the body is pulled upside down in the air, This allows the deformed vertebrae to be corrected by allowing the cartilage (disc) of the protruding damaged vertebrae to enter between the vertebrae and the bones.

In addition to the above-described vertebrae correcting apparatuses, a plurality of exercise apparatuses for vertebrae correction, such as an electric powered lumbar vertebrae apparatus of Registration Utility Model No. 20-0377226 and a vertebral orthodontic exercise apparatus of Registered Utility Model No. 20-0273769, .

KR 20-0377226 (registration number) 2005.02.21. KR 20-0273769 (registration number) Apr. 17, 2002. KR 20-0362611 (registration number) 2004.09.09.

The conventional exercise device for leno chiropractic correction as described above can not completely remove the force applied to the waist since the knee of the human body is worn and the ankle hangs on the footrest and hangs upside down. In other words, when the ankle heel is fully extended, artificial tension force is applied to the heel and calf to fully unfold the body. At this time, partial force is transmitted to the back of the human body to completely remove the force applied to the spine, and thus it is difficult to completely relax the cartilage disk provided between the vertebrae, so that there is a problem that the correction of the chiropractic is considerably unstable.

In addition, when the human body is hanging upside down, if the footrest is loosened and loosened, the human's head may fall on the ground, which may cause injury.

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

A body supporting frame which is installed on both sides of the body supporting frame and is supported by the body supporting frame, and a lower body hook rod which connects between the body supporting frames so that the body supporting frame can be raised and lowered by hooking the body of the body, And a lower body supporting means having a bottom supporting portion for supporting the sole and a fitting support portion for inserting and fixing a calf and a shank of the human body to the lower body hanger rod are connected to the lower body hooking rod, When the lower body hanging rod is raised through the rod up and down lifting means after the breechbone is bent and hooked on the lower body hook rod so as to support the calf and the sole with the lower body fixing means, the body is held upside down, It can be relaxed comfortably by completely eliminating the losing force. To a fully relaxed by the deformation to be applied to the cartilage disks having power backboard provide a driving mechanism for chiropractic that to occur efficiently it is an object.

Another object of the present invention is to provide a method for preventing a human body from being inadvertently dropped by allowing a human body to hang upside down while fixing the knee of the human body by bending it to a locking rod, .

In order to accomplish the above object, the present invention provides a fitness instrument for vertebra correction, which allows the human body to hang upside down and relax the space between the vertebrae to relieve or correct pain,

A pair of vertical frames provided on both sides of the ground, vertically installed on the ground, a floor frame mounted on the ground so as to be supported on the ground, and an inclined support connected to the vertical frame and the end of the bottom frame A spiral rod provided in parallel with the vertical frame and configured to be rotatable by a driving motor while having an outer peripheral surface formed in a spiral shape and connected to the spiral rod, A female thread fastener for forming a female thread on an inner wall of the female thread fastener so as to be threaded and a female thread fastener for forming a cylindrical female thread fastener for connecting the female thread fastener to the female thread fastener, Which is made up of vertical lifting means .

The vertical frame includes a vertical frame vertically installed on the both sides of the ground, a bottom frame mounted to be supported on the ground, and a slope connected to the vertical frame and the end of the bottom frame. A body supporting frame made of a frame, rotating shaft means provided at the upper and lower ends of the vertical frame so as to be rotatable, chain means connected to the rotating shaft means so as to be rotatable by a driving motor, A vertical lifting means for lifting and lowering the upper and lower lifting means so that both ends of the lifting and lowering means can be connected and lifted and lowered in a vertical reciprocating motion; A supporting member for supporting the sole and a calf support member, And a knee lower body fixing bracket made of a fixed support for fixing the knee lower body fixing bracket.

Accordingly, when the knee is flexed to hook the pawl part to the lower body hook rod, the calf and foot parts are supported by the lower body fixing means, and then the lower body lifting and lowering device lifts the lower body hook rod , The human body is held upside down, and the force applied to the back of the spine can be relaxed comfortably by completely eliminating the force applied to the back of the spine, so that the force applied to the cartilage disk provided between the spine can be completely removed, Can be easily carried out.

In addition, there is also an advantage that it is possible to improve the efficiency by eliminating the psychological anxiety that the human body may fall because the human body hangs upside down with the knee bent by using the knob.

1 is a schematic perspective view of a sports device for vertebrae according to the present invention,
2 is a schematic state sectional view of the exercise device for vertebrae according to the present invention
FIG. 3 is a state sectional view in which the exercise device for vertebrae according to the present invention is operated,
4 and 5 are schematic state diagrams showing another embodiment of the exercise device for vertebrae according to the present invention.

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

1 to 3, the vertebral body exercise apparatus 100 according to the present invention includes:

A vertical frame 111 installed vertically to the ground and a bottom frame 112 installed to be supported side by side on the ground and a vertical frame 111 fixed to the floor frame 111 A body supporting frame 110 including an inclined frame 113 installed to be inclinedly connected to an end portion of the body supporting frame 112,

A spiral rod 120 installed side by side with the vertical frame 111 and being rotatable by a driving motor 121 while having an outer peripheral surface formed in a spiral shape,

The spiral rod 120 is connected to the spiral rod 120. Both ends of the spiral rod 120 are screwed to the spiral rod 120. A female thread is formed on the inner wall of the spiral rod 120 and a cylindrical female thread fastening hole 131 is formed. Up and down lifting means 130 which is connected to the lower body lifting and lowering hook 132 and is capable of lifting up and down the upper and lower lifting and lowering hooks 132,

A bottom support 141 provided on the lower body hook rod 132 for supporting the lower part of the knee of the human body and supporting the sole, and a fixing part 142 for supporting and fixing the calf And a knee lower body fixing bracket 140.

The driving motor 121 is provided with a driving shaft 122 for transmitting a rotational force to both sides of the driving shaft 121. The driving shaft 122 is provided with gears (Not shown).

Here, the gear unit 150 is preferably constituted by a bevel gear, a worm gear, or the like, and is constituent means for transmitting the rotational force of the drive shaft 122 in an axial direction at a predetermined angle (here, a right angle direction).

Accordingly, when the drive motor 121 is driven, the rotational force of the drive shaft 122 is transmitted to the drive shaft 122. Then, the rotational force of the drive shaft 122 causes the helical rod 120 to rotate .

When the spiral rod 120 rotates, the female screw fastener 131 is raised or lowered.

Here, the helical rod 120 and the female screw fastener 131 are mutually engaged with each other when the left and right sides of the helical rod 120 are opposite to each other. Such a concept is generally known and can be implemented by anyone.

Accordingly, the upper and lower lifting means 130 is moved up and down along the spiral rod 120 as described above, so that the lower body hooking rod 132, to which the knee of the human body is hooked, .

In addition, the knee lower body bracket 140 is provided with the bottom support 141 so that the foot of the human body can be in close contact with the end of the bottom of the knee lower body fixing bracket 140 at a right angle, and the calf & The fixing member 142 may be formed of a means for attaching and detaching the fixing member 142 by means of a Velcro tape. Alternatively, a cylindrical annular member may be provided to constitute a rotary member such as a hinge on one side of the annular member, And a means for rotating the annular portion to easily fix or release the shank portion of the human body.

The knee lower body fixing bracket 140 is provided with an upper surface concave portion 143 for allowing the calf to be easily seated on the upper surface thereof. The upper surface concave portion 143 is inclined relative to the vertical surface Respectively.

A front reinforcement support 112a and a rear reinforcement support 112b are connected to the lower ends of the bottom frames 112 to improve the supporting force.

Here, the front reinforcing support 112a is fixed to the bottom of the vertical frame 111, and the driving motor 121 is fixed to the middle portion thereof.

In addition, a cushion means 160 such as a mattress or a cushion for easily supporting the back of the human body is provided between the bottom frame 112.

[0040] The operation method of the above-configured vertebrae correcting instrument 100 for correcting the deformed vertebra of the human body will be described as follows.

First, the driving motor 121 is operated through the control unit 170 to lower the up / down moving means 130. (Here, the control unit 170 may be installed and used as a wireless controller .

At this time, the driving motor 121 is rotatable in the forward and reverse directions, and is operated by the control unit so as to be capable of forward rotation and reverse rotation.

The user then lies on the cushion means 160 with the back of the human body and then lifts the knee and bends over the lower body hook rod 132 so that the bottom support portion 140 of the knee lower body fixing bracket 140 141 and tightly fasten the calf and shin portion using the fixing plate 142.

Then, the control unit 170 drives the driving motor 121.

Then, the rotational force is transmitted to the driving shaft 122, and the rotational force of the driving shaft 122 causes the spiral rod 120 to rotate through the gear unit 150 again.

Then, the helical rod 120 is rotated to cause the female screw fastener 131 to rotate while being rotated.

Therefore, the up-down lifting unit 130 is lifted along the spiral rod 120, and the human body is thereby hanged upside down.

Here, the backbone of the human body (lumbar, thoracic, and cervical vertebrae), which is held upside down, can be relaxed comfortably by completely removing the force acting on the backbone while the human body is held upside down. As a result, the force applied to the cartilage disk The spinal nerve is relaxed and the cartilage disk returns to its original position and the deformed spine is corrected.

Then, after a predetermined time, the driving motor 121 is rotated in the reverse direction to lower the up / down moving means 130 to terminate the motion.

The above-described series of procedures may be automatically performed by the control unit 170. [ Alternatively, a timer can be installed and used.

That is, the up and down lifting means 130 is lifted for a predetermined time such as 2 minutes, 4 minutes, 8 minutes, or the like in a state where the up / down lifting means 130 is lifted to hold the human body in a suspended state, . In this manner, a predetermined routine is determined and programmed and inputted into the operation buttons of the control unit, respectively, so that it can be operated more conveniently.

The spine correcting exerciser closely contacts the sole of the bottom support 141 provided on the lower knee lower bracket 140 and firmly fixes the calf and the shank using the fixing plate 142 , The user can be assured of safety because the human body does not fall off in the state of hanging upside down, so that it is possible to perform the chiropractic exercise safely.

In addition, the above-described vertebrae correcting instrument 100 may be constituted by a vertebra corrective apparatus 100a of another embodiment, as schematically shown in Fig.

A vertical frame 111 vertically installed on the ground and a bottom frame 112 installed side by side on the ground and a vertical frame 111 installed on both sides of the vertical frame 111 and the bottom frame 112, A body supporting frame 110 composed of an inclined frame 113 installed to be inclinedly connected to an end of the body supporting frame 110,

A rotary shaft unit 180 provided at the upper and lower ends of the vertical frame 111 to be rotatable,

Chain means 190 connected to the rotary shaft means 180 and rotatable by a driving motor 121,

Upper and lower lifting means (130) connected at its both ends to the chain means (190) and capable of lifting and lowering movements up and down,

A bottom support portion 141 installed on the up-down lifting means 130 to bend the leg portion of the human body and to support the lower portion of the knee of the human body and to support the sole, And a knee lower body fixing bracket 140 having a fixing plate 142 for fixing the lower knee.

The driving shaft 121 of the driving motor 121 is connected to one of the rotating shaft units 180 so that the driving shaft 121 is rotated by the driving shaft And the chain means 190 is configured to be rotated by driving the motor 121.

Therefore, the up-down moving means 130 connected to the chain means 190 by the forward or reverse rotation of the driving motor 121 can be raised or lowered.

According to this operating procedure, the human body can be held upside down as described above, so that the vertebrae can be relaxed, so that the deformed vertebrae can be calibrated.

In addition, the above-described vertebrae correcting instrument 100 may be constituted by a vertebra correcting instrument 100b of another embodiment, as schematically shown in Fig.

A vertical frame 111 vertically installed on the ground and a bottom frame 112 installed side by side on the ground and a vertical frame 111 installed on both sides of the vertical frame 111 and the bottom frame 112, A body supporting frame 110 composed of an inclined frame 113 installed to be inclinedly connected to an end of the body supporting frame 110,

A hydraulic cylinder means 200 installed on both sides of the vertical frame 111 and composed of a cylinder rod 210 and a cylinder body 220 to allow the cylinder rod 210 to expand and contract up and down, ,

The cylinder rod 210 has its both ends connected to each other. The center portion of the cylinder rod 210 is vertically lifted and lowered by bending the body of the human body so that the cylinder rod 210 can be lifted up and down.

A bottom support 141 provided on the up-down lifting unit 130 for supporting the lower part of the knee of the human body and supporting the sole, and a fixing plate 142 for supporting the calf while supporting the calf And a knee lower body fixing bracket 140.

When the cylinder rod 210 is moved up and down along the inside of the cylinder body 220 by applying a hydraulic pressure to the hydraulic cylinder means 200, The lifting means 130 is lifted or lowered to hang the human body upside down as described above, so that the deformed spine can be calibrated.

As described above, according to the present invention, there is provided a spine correcting exercise device comprising: a body support frame which is installed to be supported on both sides of a ground, and a body support frame which is connected to the body support frame to allow the user to raise and lower A lower supporting hook for supporting the lower supporting hook, and a rod lifting / lowering means for vertically lifting the lower hooking rod, wherein the lower supporting hook is provided with a fitting supporting portion for inserting and fixing the calves and shanks of the human body, The knee is bent so that the knob is hooked on the lower body hook rod to bend the calf and the foot so as to be supported by the lower body fixing means and then the lower body hook rod If you lift it up, your body will be held upside down, To remove it can comfortably relax to completely relax the force applied to the cartilage disks provided between the spine becomes a correction of the deformed spine made.

In addition, since the human body is held upside down while the knee of the human body is bent and fixed to the locking rod, the human body can be prevented from being inadvertently dropped, thereby providing the user with a sense of stability in use.

100: Chiropractic exercise equipment
110: body support frame
111: vertical frame 112: bottom frame 112a: front reinforcing support
112b: rear reinforcement support 113: inclined frame
120: Spiral rod
121: drive motor 122: drive shaft
130: Up and down elevating means
131: female thread fastener 132: lower body hook rod
140: Bracket for knee braces
141: bottom support portion 142: fixing plate portion 143: upper surface concave portion
150: gear means 160: cushion means 170:
180: rotating shaft means 190: chain means
200: Hydraulic cylinder means 210: Cylinder rod 220: Cylinder body

Claims (6)

The present invention relates to a sports appliance for vertebrae, which allows a person to hang upside down and relax the space between the vertebrae to relieve or correct the pain,
A pair of vertical frames provided on both sides of the ground, vertically installed on the ground, a floor frame mounted on the ground so as to be supported on the ground, and an inclined support connected to the vertical frame and the end of the bottom frame A body support frame made of an inclined frame,
A spiral rod which is installed in parallel to the vertical frame and whose outer circumferential surface is formed in a spiral shape and is rotatable by a driving motor,
The helical rods are connected to each other. Both ends of the helical rods are screwed to the helical rods so that a female screw is formed on the inner wall of the helical rods. The helical rods are connected to the female screw fastening portions to bend the human body. And a lifting / lowering means for lifting / lowering the lifting / lowering device to / from the upper and lower reciprocation.
The method according to claim 1,
And a knee lower body fixing bracket provided on the lower body hanger rod and having a bottom supporting portion for supporting the lower portion of the knee of the human body and supporting the sole of the human body and a fixed supporting portion for supporting and supporting the calfel portion Wherein the weight of the chiropractor is less than the weight of the chiropractor.
3. The method of claim 2,
Wherein the drive motor is provided with a drive shaft for transmitting a rotational force to both sides of the drive motor, and gear portions for transmitting rotational force to the spiral rod are provided at each end of the drive shaft.
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