KR100481765B1 - The Drawing Medical Instrument for the Treatment and Reinforcement of Backbone - Google Patents

Abstract

The present invention is a device for spine treatment and spinal strengthening, which is invented on the principle of being safe and warm when the mother holds the baby, like the mother's hand, and is towed to the armpit without compressing the torso, and to distribute the load to the arm rest. Since it does not give the body pressure, which is a task, the spinal nodes and nerve wires are sufficiently relaxed, and the lower body exercise device is used to strengthen the standing muscles of both sides of the spine and the spine, depending on the individual muscle strength difference. . The upper torso jacket 100 to fix the upper body of the spine treatment and spinal reinforcement as described above, rib protection unit 105, 105 'and axillary shoulder 104 (104'), arm rest 103 (103) (103) '), Handles (102) and (102'), the top of the handle is located on both sides of the operation button, respectively, the upper side of the jacket 100, horizontal bar (203) (203 '), horizontal bar (204) (204') ) And vertical rods 206 and 206 ', and T-shaped grooves are inserted between the bar 204 and 204', so that the T-shaped gears 209 and 209 'are driven by the power of the M2. Receiving the upper body dog jacket 100 to the left and right movement, and support 301 (301 ') and support rods 302' (302 '), which supports it, the lower end as an exercise equipment as well as the general public other than the patient According to physical strength, spine correction and muscle strength can be strengthened, disorders such as stomach, kidney, bladder, genitals such as thoracic lumbar spine disease, disc, sciatica, stenosis, growth of adolescents, spine It is a very useful invention for strengthening standing muscles and abs.

Description

The Drawing Medical Instrument for the Treatment and Reinforcement of Backbone}

Our human spine is upright, and the surface area under gravity is small, and the intervertebral disc between the spinal node and the node is released under pressure, stimulating the nerve wire passing through the side, and each part of the human body and each organ corresponding to the nerve wire It can no longer function, moaning from diseases caused by spinal diseases. Especially located in the lower part of the spine, lumbar spine 4, 5 nodes because the spine is subjected to a lot of pressure (gravity), there are many diseases of the lumbar spine 4, 5. However, in the case of animals, the spine is lying down, so the surface area under gravity is high and there is no spine disease. For example, when looking at a tiger, the spine is lying down and the walking tiger is viewed from above, the spine is walking while maintaining an S-shape, so that the spinal movement, or central nervous system movement, can have a strong spine and a flexible spine.

As above, we humans are erect walks, which are caused by bad conditions, bad postures, physical shocks, and crashes.

For traction in spinal traction treatment.

First of all, the tension of the user is most relaxed because the user does not feel the pressure in the most comfortable state, so that each part, each nerve, each organ is relaxed enough. Pressed intervertebral discs and crushed nerve glands are on task to restore normal

The second is to support the spine, to strengthen the erector erectus muscles in the front of the spine, side by side with the abdominal muscles and both sides of the spine, to support the spine, so that it can be strengthened through the appropriate strength exercise to make a large share.

However, the conventional spinal tow therapy device has a problem that does not satisfy the above conditions.

1 is a conventional technology (especially 2002-0020521) as follows.

The user adjusts the support of the support to fix the height at a certain height by means of height adjustment means, and then expand the footrest to secure it to the longitudinal axis of the base part, and the footrest is lifted up to fix the body to the upper dog jacket of the chiropractor and fix the head with a suspension. After adjusting the stator, the height is adjusted and fixed, and the footrest can be folded and fixed to the second auxiliary support so that the toes can walk while touching the floor. The systemic spine can be tensioned while suspended from the vertebral column. The configuration of the prior art is a spinal bridge consisting of a top dog citation jacket 112 to fix the patient's chest and a suspension 114 to hold the patient's head in the same central axis as the top dog citation jacket 112 Government 110; The spine correction unit 110 is fixed to form a side (212) fixed. A support portion 214 having an inner diameter larger than the outer diameter of the holder 212 to adjust the height, and having a support 210 forming an adjusting means 214 between the support 212 and the holder 212; ; A base portion 310 having the support portion 210 upright on both longitudinal shafts 311 and 311 and having a moving means 315 formed in front, rear, left and right, respectively; And it is rotatably mounted on the longitudinal axis (311,311) of the base portion 310 and the opposite side is composed of a footrest portion 310 to be fixed to the base portion 310 and the support portion (210).

As described above, the prior art can be seen that the effect of being able to move and exercise in the traction treatment and traction state, but the following problems exist.

First, the upper body quoting jacket is towed by the force of the chest only, and it is contracted by giving tension to the area to be relaxed, which is not effective in traction treatment because relaxation is not achieved.

Second, the upper body citation of the squeezing the chest can not see the effect of traction treatment due to shortness of breath,

Third, it does not distribute the weight of the whole body but only supports the weight with chest compressions.

Fourth, only the critically ill patients with spinal diseases are far from being used by the general public,

Fifth, the operation is passive and many assistants other than the patient should be assisted.

In order to solve the above problems, the technical problem of the present invention is conceived in the operation when the mother is holding the baby as the following relationship to obtain the answer and listed as follows.

In a pose where the child is held by the mother, the child first encounters the mother's eyes, the baby's hand is facing the palms, the fingertips are facing the mother, the angle of the arm is perpendicular to the elbow, and the elbow The angle of the side and the side are also at right angles to the mother. At this time, the baby's hands and arms are placed on the mother's arm and should be supported only by the armpits.

On the other hand, as shown in FIG. 2, the mother's palms face each other at the same time as the baby's eyes, and the 2nd, 3rd, 4th, and 5th fingers are attached to each other to form a semicircle like the first finger. When spraying, the first and second fingers are for traction and the third, fourth and fifth fingers only wrap the baby's ribs (c, c ') and the mother's arms support the baby's arms (a, a'). The mother gives the strength of the arm, holding the first and second fingers in the upper part (b, b ') and holding the child in her arms.

Like the mother-baby relationship described above, only when the patient is towed in the most comfortable state, the natural healing method is approached, and the muscles, nerves, and tissues are relaxed to achieve the maximum effect. It is an invention.

The following describes the most preferred embodiment of the present invention in more detail with the accompanying drawings so that those skilled in the art can easily practice.

5 and 6 are perspective views for explaining the spine treatment and spinal enhancer according to an embodiment of the present invention.

The upper torso jacket 100 of the present invention, as shown in Figure 3 ribs protect the ribs (105, 105 ') to wrap the ribs and armpit shoulders 104 (104') and the arm and shoulder body load to be responsible for body traction The armrests (103) (103 '), handles (102, 102') that can be distributed, and divided into upper and lower adjustment device (102a) of the upper right hand grip 102, as shown in Figure 7 The upper and lower buttons, the upper and lower button device, and the left handle (102 ') upper body dog jacket 100 is composed of left and right buttons (102b') to move left and right, upper body dog jacket 100 Behind it, horizontal bars 203 and 203 ', horizontal bars 204 and 204' and vertical bars 206 and 206 'are fixed, and horizontal bars 204 and 204' are T-shaped gears ( T-shaped grooves are dug so that 209 and 209 can reciprocate, and T-shaped gears 209 and 209 reciprocate under the power of M2. As upper body tow machine Tooth 101, the upper body rigidity is fixed to the fixing rod 202, the fixing ring 201, 201 'is fixed to the fixing rod (211a) (211a') by the power of M3, upper body towing machine The device 101 is provided with a single chain of a pulley 403 and an M1 fixed to a span b304 and a span 303 respectively, and a strip of a pulley 403 and M1 fixed to a span 305. It is connected to the belt 404 by the power of M1 to vertically squeezes the support rods 302, 302 'smaller than the outer diameter of the vertical rods 206, 206'.

The overall weight is received by the support 301, 301 'and the support rods 302, 302' by the transverse a (303) and the transverse b (304), and at the bottom as a movement device, 516) and 516 'are divided into two sides, and the masonry weight sets 516 and 516' are connected to the bases 511 and 512 along the wire strings 515 and 515 '. 508 and 508 ', the thigh support rolls 501 and 501' are configured to be subjected to gravity when moving up.

The upper body quote jacket 100 is rib protection portion 105, 105 'and armpit tow 104 (104'), arm rest 103 (103 '), handle 102 ( 102 '), and both ends of the buttons 102a and 102b'.

The rib protection portion 105, (05 ') is to be bent to the portion (c, c') corresponding to the mother's 3, 4, 5 fingers, as shown in Figure 2 so that the surface area, such as fingers over the friction force It was enlarged, and the upper part was wide and the lower part was narrowed to give a feeling of being snuggled, and it was invented only as a function to wrap the ribs.

The axillary tote (104, 104 ') belongs to the upper portion (b, b') of the first and second fingers of the mother's hand, as shown in Figure 2, and covers most of the total weight, the body and elbow The angle of at right angles was achieved to achieve the maximum force.

The arm rests 103 and 103 'disperse the user's weight to parts of the arms (a, a') of the mother's hand, as shown in FIG.

The handles 102 and 102 'are perpendicular to the bottom surface, and when the user is towed and the movement of the force of the femoral contact rolls 501 and 501' is directed upward, the handles 102 and 102 'lie in line with the force of the handle. , Facing each other, relaxation can be achieved by a higher movement, and both buttons 102a and 102b 'are located.

The left-handed button (102b '), as shown in Figure 8, when the user enters the upper dog jacket 100 to the left and right ends, and presses the right button, M2 is rotated in the forward direction so that the T-shaped gears (209, 209') is Along the horizontal bars 204 and 204 ', they are tightened inward and stop when the button is released to enclose the ribs.

The towing jacket does not loosen because the M2 is braked.

In addition, when releasing the upper body dog jacket, press the left button to release, and release the button to stop.

The right-handed button 102a is placed on both upper and lower ends as shown in FIG. 7, and when the user presses the upper button when the user moves up to the fixing rods 213b and 213b ', M1 rotates in the forward direction so that the upper body mechanical device 101 is rotated. 30 mm upwards, M3 rotates in the reverse direction, and the fixing rings 201, 201 'are released from the fixing rods 213, 213', and the merchant machine 101 rises to the desired position. Release the button to stop. Then, M3 is rotated in the forward direction, and the fixing rings 201 and 201 'are primarily caught by the fixing rods 213b and 213b'. Then, M1 is rotated in the reverse direction, and lowered downward between the fixing rods 213a and 213b and the fixing rods 213'a and 213'b to the lower end to completely fix the secondary rod.

In addition, when the user presses the lower button when descending to the fixing rods (213h) (213h '), M1 rotates in the forward direction and upwards 30 mm, and M3 rotates in the reverse direction to release the fixing rings (201, 201'), When M1 rotates in the reverse direction and descends, when it is lowered to the desired position and the button is released, M3 rotates in the forward direction and is fixed first, and M1 operates again to fix the rod (213g) (213g ') and the fixed rod (213h). If you descend between (213h '), it is completely fixed secondarily.

The horizontal rods 203 and 203 'are fixed to vertical rods 206 and 206' at both ends of a cylindrical horizontal rod, and fixed to a central rod 207 at the center thereof, and the weight of the upper dog jacket 100 is cylindrical. Towing through the fixtures 208, 208 ', 210, and 210'.

The horizontal bars 204 and 204 'are rectangular bars and are fixed to the vertical bars 206 and 206' and the central bar 207 to overcome the load, and the bottom of the horizontal bar 204 as shown in FIG. T-shaped grooves are dug in the upper portion of the bar 204 'so that the T-shaped gears 209 and 209' can move smoothly.

The backrest 205 is fixed to the center bar 207 with a slight gap to the upper body jacket, so that the upper body jacket 100 can move smoothly.

The vertical rods 206 and 206 'are fixed to the horizontal rods 203, 203' and the rods 204, 204 ', 212, and 212', and are more than the support rods 302 and 302 '. The outer diameter is large and up and down to hold the center of the piston movement and the upper traction machine 101.

The center bar 207 is located at the center of the upper body lifting device 101, and is fixed to the bar bars 203 and 203 'and the bar bars 204 and 204' so as to maintain the center of the bars. Hold, both ends are connected to the chain belt (404).

The cylindrical holder 208 (208 ') on the upper side of the cylindrical holder 208 (208') (210) (210 ') shown in Figure 11 is a cylindrical shape larger than the outer diameter of the horizontal bar 203, the upper body dog jacket ( 100 is fixed to the horizontal bar 203, the left and right movement along the horizontal rod 203, and also the lower cylindrical holder 210, 210 'is fixed to the upper dog jacket 100 in a cylindrical shape larger than the outer diameter of the horizontal bar (203'), The left and right movement is performed along the horizontal bar 203 '.

The T-shaped toothed gears 209 and 209 'have a T-shaped surface in contact with the horizontal bars 204 and 204', as shown in FIG. 10, and are fixed to the upper dog jacket 100 to apply the power of M2. Receives the left and right movement along the T-shaped groove of the bar (204, 204 ').

The fixing rods (213a, 213b --- 213h), (213'a, 213'b --- 213'h) are vertically fixed at an interval of 80 mm on both sides of the support (301) (301 '), It is listed to be available ^to users height 140 ^~ 205, and supports the upper body mechanism 101.

The fixing ring 201, 201 'is fixed head head so that the upper body lifting device 101 is not caught between the fixing rod 213a, 213'a and the fixing rod 213b, 213'b when ascending. The part is large in a semicircle and is fixed to the fixed horizontal rod 202 to support the weight across the fixing rods 213 and 213 '.

The 212 and 212 'are cylindrically connected to the fixed horizontal rod 202 and the bearings, and are fixed to the vertical rods 206 and 206'.

The shock absorbing feet 214 and 214 'have a spring device therein so as to absorb the shock of the upper body lifting device 101.

The support 301 (301 ') is the center of the pillar, transverse a (303), interstitial 310 (310'), intermediary transverse 305, transverse base 306, base 309 (309 ') , Respectively, fixed to the intermediate bases 307 and 307 ', and the auxiliary supports 308 and 308' connect and support the intermediate bases 307 and 307 'and the bases 309 and 309'. Form a framework.

The support rods 302 and 302 'are smaller cylinders than the vertical rods 206 and 206', such as the center of gravity and the supports 301 and 301 'so that the upper body lifting mechanism 101 does not shake during towing. It serves as a second support, and is connected to the longitudinal section 310, 310 'and the intermediate base 307, 307'.

The transverse a 303 and the transverse b 304 are respectively fixed to the pulleys 401 and 402 so as to support the weight only when the upper body pulling device 101 is towed.

The middle transverse 305 is M1 and the base portion 403 is fixed to serve as an intermediate support, a control box is attached.

The pulleys 401, 402, and 403 are connected to the transverse b 304, the transverse a 303, and the intermediate transverse 305, respectively, so as to smoothly pull the tow device 101. Assist.

The chain belt 404 is a chain belt that can sufficiently tow the user and the upper body mechanism 101.

The control box 404 is connected to the upper and lower adjustment button 102a and the M1, M3 on the right handle 102, the upper observing machine 101 controls the vertical movement.

The femoral contact rolls 501 and 501 'are the portions where the user's thighs are in contact with each other, and the femoral contact rolls 501 and 501 are bearing-treated without friction when the femoral contact rolls 501 and 501 face upwards.

The folding device (503) (503 ') when the user goes in and out without using the exercise equipment, when releasing the folding device when exercising only by traction, it is faced downward to enable movement in a large space.

The thigh adjustment device (506, 506 ') has a square connector (504, 504') smaller than the outer diameter of the square connector (507, 507 ') according to the length of the user's thigh, the front portion is the adjustment hole (505) Control portion to be adjusted by 505 ', and a fixed portion at the rear.

The rotating shafts 509 and 509 'are bearing-treated to have a smooth motion when the femoral contact rolls 501 and 501' are moved up and down, and are fixed to the intermediate bases 307 and 307 'to rotate.

The wire contact portions 508 and 508 'are fixed in a semicircle to the square connecting strips 507 and 507' so that the femoral contact rolls 501 and 501 'are in contact with the wires 515 and 515' when they are moved up and down. , Can exercise smoothly.

The wires 515, 515 ′ are fitted with weights of brick weight sets 516, 516 ′ through square 511, 511 ′, 512, 512 ′ square connecting rods 507, 507 ′. Connect to

The brick weight set 516, 516 'is controlled by individual weight by the weight adjustment knobs (517, 517'), the balance bar 513, 514, 513 '(514') center Do the vertical movement.

The balancing rods 513, 514, 513 ′ and 514 ′ are connected to the bases 309, 309 ′ and the intermediate bases 307, 307 ′, thereby providing a set of brick weights 516, 516 ′. Hold the center of

The M1 is a motor to tow the upper body mechanical device 101, and a motor with a brake device and a reducer capable of pulling a total weight of 160 kg for 600 mm for 15 seconds.

The M2 provides power to tighten and loosen the upper dog jacket 100 and has a sub-lake device and a speed reducer.

The M3 transmits power to the fixed horizontal bar 202 to fix and loosen.

The present invention operates the drive means using an electronic control device, which is operated by a predetermined control system by the operation of the drive means, and it is easy for the user to operate by himself.

The use method by such an operation structure is as follows.

First, when the user wants a strength exercise through the exercise equipment, the weight control (517) (517 ') to enter the spine treatment and spinal strengthener by folding the femoral contact rolls (501) (501') and fixed (503) (503 ') ), Go into the upper body jacket 100, arms and shoulders on the arm rest 103 (103 ') and grab the handle (102, 102').

Pressing the right button of the left and right buttons 102b'depending on the left-handed handle 102 ', the upper body jacket 100 is tightened, and when the armpit tow 104 and 104' are properly supported by the user's armpit, the button Release to stop.

And when pressing the upper button of the up and down button 102a which depends on the right handle 102, the user's body rises up and the lower part of the user's thigh contact roll (501) (501 '), release the button Stop and exercise. As a method of exercise, you can twist the waist, walk, brush the feet, lift both thighs, and lift the thighs one by one without using the first exercise equipment. Second femoral contact roll (501) (501 ') the lower part of the femur at the same time raising the way. The third femoral contact roll (501) (501 ') by alternating the lower part of the femur alternately by raising one by one.

When the exercise is finished, press the lower button of the up and down button (102a), which depends on the right-handed handle 102, release the button when the foot touches the ground. And pressing the left button of the left and right buttons (102b ') that depends on the left-handed 201', when the upper body jacket 100 is open to both sides fold out the femoral contact rolls (501, 501 ').

As described above, the spinal traction treatment device, in which the user loosens how much tension in the traction process, all the neural wires and the respective organs are not contracted, are relaxed and are treated as traction, except for the towed part. No part of the body should touch the ground.

Therefore, the mother's hand principle, which is the core of the present invention, is effective for gastrointestinal, kidney, colon, genital disease, disc, spinal stenosis and sciatica caused by spinal diseases as a device suitable for the above needs, and traction treatment for strengthening muscle strength not achieved by traction. In addition to the general, non-patients can also strengthen the muscles of the abdominal muscles, erector muscles, lower body and all operations are operated by a button of the power of the motor is easy to use.

Since what has been described above is merely a mere example in all respects, the present invention should not be limitedly interpreted based on this. Modifications and equivalent embodiments that fall within the true spirit and scope of the present invention shall fall within the claims of the present invention.

1 is a perspective view of the prior art patent 2002-0020521,

Figure 2 is a perspective view for comparing the towing portion when towing with mother hand,

Figure 3 is a front perspective view of the core upper body jacket of the present invention.

Figure 4 is a rear perspective view of the core upper body jacket of the present invention.

Figure 5 is an overall perspective view of the spinal treatment and spinal enhancer of the present invention.

Figure 6 is a perspective view of the back when the state to explain the spinal treatment and spinal treatment device of the present invention.

7 is a perspective view of a button which is a right handle and a vertical adjustment means.

8 is a perspective view of a button which is a left handle and left and right adjusting means.

9 is a rear perspective view of the upper traction mechanism;

Figure 10 is a cross-sectional view of the bar and the T-shaped gears to the left and right movement of the upper body dog jacket.

Fig. 11 is a cylindrical anchor for connecting the upper torsion jacket and upper torsion machine.

<Explanation of protection of main parts of drawing>

100: upper body jacket 101: upper body mechanical device

102a: Up and down adjustment button 102a ': Left and right adjustment button

102: handle and button 103: arm support

104: armpit tow 105: rib contact portion

201: fixed ring 202: fixed horizontal rod

203: horizontal bar 204: bar

205: backrest 206: vertical rod

207: center bar 208: cylindrical rod

209: T-shaped gear 301: support

302: support rod 303: width a

304: transverse b 305: intermediate transverse

306: transverse base 401: Doure

404: chain belt 405: control box

501: femoral contact roll 505: thigh length adjustment hole

506: thigh length adjustment device 508: wire contact

510: descent stop bar 511: toure

518: weight adjustment hole 517: weight adjustment bar

Claims (6)

Upper body dog jacket 100 invented from the mother hand; An upper torsional mechanical device (101) comprising a power transmission device and a power assisting device for transmitting power to the upper torsion jacket (100); A fixing part for fixing the upper tow machine 101; A support for supporting the upper tow machine 101 and the exercise mechanism; Spinal therapy and spinal reinforcement, characterized in that consisting of exercise equipment that can be carried out according to the individual muscle strength. According to claim 1, wherein the upper body jacket 100 is a rib protection portion 105, 105 'to surround the surface area of the user's ribs wide, and the right angle arm rest 103 (103') to support the arm shoulder Spinal therapy and spinal reinforcement, characterized by the axillary tote (104) (104 ') and the handle (102) (102') to properly use force. 2. The upper body pulling machine (101) is characterized in that the upper body dog jacket (100) has a T-shaped toothed gear (209) (209 ') and a cylindrical fixing table (208) (208') (210) (210 '). Is fixed and moves left and right along the bar 203, 203 'bar 204, 204' under the force of M2, and the bar 206, 206 'is horizontal bar 203, 203'. Spinal and vertebrae enhancer, characterized in that the up and down movement along the support rods (302, 302 ') fixed to the horizontal bar (204) (204'). According to claim 1, The fixing portion of the fixed horizontal rod 202 is powered by M3 is fixed to the fixing ring 201, 201 'fixed to the fixing rods (213b) (213b'), fixing ring 201 Spine treatment and spinal strengthener, characterized in that the head portion of the 201 'made of a larger semi-circle, so as not to be sandwiched between the fixed rod (213a) (213b) and (213a') (213b '). The support part of claim 1, wherein the support portion is fixed to the transverse base 306 having the supports 301 and 301 'on both sides, the transverse a 303, and the transverse b 304, respectively. It is fixed with 310, 310 ', intermediate base 307, 307', and base 309, 309 ', and the support rods 302, 302' are interstitial 310, 310 'and intermediate base. Spine treatment characterized in that it is located between (307) (307 '), the secondary support (308, 308') is located between the intermediate base (307) (307 ') and the base (309) (309'). And spinal tighteners. According to claim 1, wherein the exercise device to adjust the weight of the individual brick-type weight set 516 (516 '), and adjust the thigh length of the user with the thigh control device 506 (506'), femoral contact roll (501) (501 ') by ascending to the thoracic spine and lumbar spine, sciatic, lower body, chiropractic and spinal strengthening, characterized in that.