KR101578414B1 - Waist sporting goods - Google Patents

Abstract

The present invention relates to a waist supporting device used by being connected with an abdominal exercise device and, more specifically, to a waist supporting device used by being connected with an abdominal exercise device, capable of preventing waist disc (lumbar herniated intervertebral disc) by effectively supporting the waist and pressurizing while opening the gap between vertebrae in a process of performing abdominal exercise by using an abdominal exercise device through respiration, training waist muscles by variably massaging the waist muscles around the vertebrae for the body type of a user, and stably supporting the vertebrae thereby.

Description

{Waist sporting goods}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a lumbar support mechanism used in conjunction with an abdominal exercise apparatus, and more particularly, to a lumbar support apparatus for performing a massage operation of the abdomen using an abdominal exercise apparatus, To the abdominal exercise device interlocking lumbar support mechanism.

As we all know, modern people who live in a busy modern age have a lot of abdominal obesity symptoms as they go to middle and old age because of bad eating habits and lack of exercise.

Abdominal obesity is a condition in which excess fat is accumulated in the abdomen, and is more than 90cm (35.4 inches) for men and 85cm (33.5 inches) for women based on Korean waist circumference. The fat in the body can be divided into subcutaneous fat and visceral fat according to its distribution. Especially, when accumulation of visceral fat (fat accumulating in the body cavity surrounding the body organs) is high, the health risk rate is increased and visceral obesity is termed as abdominal obesity .

It is known that the accumulation of fat in the intestines is related to the increase in age, overeating, lack of exercise, smoking, genetic influences, etc. In the case of men, Is the postmenopausal period.

However, abdominal obesity is in urgent need of improvement in the sense that it is directly related to health. There is a problem that it is not easy to find time for exercise or to find a suitable exercise place.

To improve this, many abdominal exercise apparatuses such as Patent No. 10-1330564 appeared, but since the structure of the exercise apparatus is complicated and expensive, the cost burden to purchase has increased, and the exercise time has to be separately allocated There are problems that are difficult to apply in real life.

On the other hand, people always live by breathing. Breathing is one of the greatest movements, and there is movement of the abdomen during breathing. Its moving force is significant, and this is itself an abdominal exercise, especially in the case of abdominal respiration. At this time, the moving force of the abdomen is quite strong, so there is a history of breaking the string that connects the abdomen with that force, and there are people who hold up even heavy objects.

However, when the strap is worn, the strap disturbs the expansion-contraction movement of the abdomen naturally occurring during the user's breathing, which adversely affects the gastro-intestinal function. Thus, while wearing the strap, It is possible to say that there is a need for a belt that can further activate the bowel function.

The intestines are also called the second brain, and 70 to 80% of the immune cells are in the intestines, and the intestinal health is called the physical health It is very important for.

The organs are largely self-peristaltic, but the length of the long-term double-intestine and small intestine is relatively long, curved and overlapping, the intestines are uneven, and there are villi, making it difficult for food residues and waste products to be discharged to the outside And many wastes accumulate and accumulate in the intestines, causing many health problems.

Therefore, it is necessary to exercise more than any part of the body, but it can not exercise the organ according to the will of the user, so it is necessary to help the intestines exercise by external stimulation.

In order to solve the above-mentioned problems, the applicant of the present invention has found that, as in Patent Application No. 10-1480097, the abdomen exercises to stimulate the abdomen and massage the abdomen with the breath of the wearer, Mechanism.

However, the abdominal exercise apparatus described above has a problem in that it is used only for the massage function of the abdomen.

On the other hand, the backbone that supports the body always receives excessive weight. Therefore, it is necessary to exercise properly to maintain health. However, students or office workers who spend most of the day in their chairs are suffering from a rapid spinal abnormality In addition, people with insufficient exercise and the elderly period of the vertebrae will gradually come to bend, and when subjected to excessive exercise or spine shock, the spine will be damaged.

Therefore, it is necessary to maintain a healthy spine by giving a gentle exercise to the spine, but the damage of the spine is increasing in modern people who can not exercise because of busy work.

Currently, spine patients, ie disc patients, must be treated in the hospital for a long time to be treated. However, there are some inconveniences to go to the hospital for a long time to get a proper treatment of spine in the hospital. When the spine injury is mild, Physical therapy is carried out, so that there is a disadvantage in that it is recurred again when a predetermined time has elapsed. In addition, if the spinal cord is severely injured, there is a method of treating the spine with a straightening device to treat it, but this has disadvantages that it can only be performed in a hospital where the device is installed, and there is a time or an economic burden The hospital will be avoided.

Therefore, patients with spine do not have pre-bending prejudice in order to prevent spinal injury from spreading at home or at work, and assistive devices such as belly to prevent enlargement of large damage from small damage due to heavy weight of upper body are used.

However, the conventional ancillary apparatus such as the above-mentioned bag has an emphasis on minimizing the movement of the waist simply by advancing the waist disk to prevent the spinal patient from getting worse, The effect was insufficient.

Korean Patent Application No. 10-1330564. Korean Patent Application No. 10-1480097. Korean Patent Application Publication No. 10-2013-0006900.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a method and apparatus for performing a motion of the abdomen by using abdominal exercising apparatus through respiration by effectively supporting the waist, The object of the present invention is to provide an abdominal exercise apparatus interlocking lumbar support mechanism for preventing a waist disk (intervertebral disc prolapse) by zooming.

The present invention also provides a lumbar support mechanism for interlocking an abdominal exercise device for massaging a waist muscle around a vertebra in accordance with a body shape of a user so as to enable the training of the waist muscle and the stable support of the vertebrae accordingly. .

As a specific means for achieving the above object, there is provided a spinal column comprising: a support body having elasticity and supporting the vertebrae; a support member protruding forwardly in the width direction from the front surface of the support member body, A spinal pedestal portion having a plurality of vertebrae pressing portions arranged at regular intervals;

A pair of massage body bodies having elasticity and protruding from both sides of the receiving body body with a length eccentric to the upper end from the middle part of the body of the receiving body, A plurality of massage stones formed and arranged at regular intervals;

A rib supporting portion having elasticity and extending to the side of the body of the receiving portion and the upper portion of the body of the massage portion, the rib supporting portion having a rib extending in the width direction and protruding forward to support the rib; And

And a hip joint supporting portion formed on the front surface of the massage head body and having a width in the width direction and protruding forward to project the hip joint supporting portion supporting the hip joint. You can do it.

As described above, the abdominal exercise apparatus interlocking lumbar support mechanism of the present invention stably supports the waist through the lumbar support mechanism supporting the waist during the breathing exercise through the abdominal exercise apparatus, The spinal bone is compressed and opened between the spinal bones to prevent the compression of the vertebrae due to the load, and in particular, the disk (disc) is given a predetermined pressing force so that the disk can be stably positioned, Effect can be obtained.

In addition, massaging the muscles around the vertebrae through the massage joints of the muscular massaging parts of both sides improves the flexibility of the muscles of the back muscles and provides a stable support of the vertebrae due to the muscle training effect.

In addition, the muscular massaging parts on both sides are given a predetermined elasticity, and the effect of stable support regardless of the body shape of the user can be obtained.

1 is a perspective view of a lumbar support mechanism for interlocking an abdominal exercise apparatus according to the present invention.
2 is a front view of a lumbar support mechanism for interlocking abdominal exercising apparatus according to the present invention.
3 is a plan sectional view of a lumbar support mechanism for interlocking abdominal exercise apparatus of the present invention.
4 is a side cross-sectional view of a lumbar support mechanism for interlocking abdominal exercising apparatus of the present invention.
5 is another embodiment of the abdominal exercise apparatus interlocking lumbar support mechanism of the present invention.
6 is a plan view of the state of use of the lumbar support mechanism for interlocking the abdominal exercise apparatus of the present invention.
FIG. 7 is a side view of the state of use of the abdominal exercising apparatus interlocking lumbar support mechanism of the present invention. FIG.
8 shows another embodiment of the state of use of the abdominal exercising apparatus interlocking lumbar support mechanism of the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may appropriately define the concept of the term in order to best describe its invention It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view of a lumbar support mechanism for interlocking abdominal exercising apparatus according to the present invention, FIG. 2 is a front view of a lumbar support mechanism for interlocking the abdominal exercising apparatus of the present invention, And Fig. 4 is a side sectional view of the lumbar support mechanism for interlocking the abdominal exercise apparatus of the present invention.

1 to 4, the lumbar support mechanism 1 according to the present invention comprises a rubber material having elasticity as a whole and includes a lumbar support unit 100, a muscular massage unit 200, A rib support part 300, and a hip joint support part 400.

The spinal pedestal 100 is configured to be able to support the vertebrae in close contact with the back of a user. First, a pedestal body 110 having a length in the spinal direction and a width larger than the width of the vertebra, .

The spine pressing protrusions 120 and 120 'protrude from the front of the receiving unit body 110 to press between the vertebrae of the user. The spine pressing protrusions 120 and 120' Shaped body protruding forward while having a length in the width direction of the body 110 and arranged in a plurality of rows at regular intervals at upper and lower positions along the arrangement direction of the vertebrae in the receiving body 110. [

That is, the spinal pedestal 100 is configured to be able to support the spinal column in close contact with the back of the user. The spinal pedestal 100 secures the pedestal support force through the pedestal body 110, while the plurality of vertebra pushing protrusions 120 and 120 ' So that the space between the vertebrae can be compressed and opened.

On the other hand, the back face of the receiving body 110 forms a flat horizontal portion 111 from the upper portion to the middle portion, and a slope, which is inclined to form a reduced thickness from the lower end of the horizontal portion 111 The user uses the lumbar support mechanism 1 to provide a stable supporting force through the horizontal portion 111 when using the lumbar support mechanism 1 and at the same time a predetermined elastic force is imparted by the inclined portion 112 So that the user can extend and support the tail bone portion.

In addition, the vertebral pressing protrusions 120 and 120 'are formed to have a bent shape with a curved curvature, and have a concave bottom surface and a convex shape at an upper portion. This is because the back of the vertebra bones is obliquely bent The pressure of the spine can be protected by the dispersion of the pressure exerted on the vertebrae.

The massager 200 is configured to massage the peripheral muscles located on both sides of the vertebrae in the process of supporting the vertebrae 100. First, A pair of massage body bodies 210 opposed to each other are formed and the massage body body 210 has a length eccentric to the upper portion so as to reach the upper portion from the horizontal portion 111 of the body portion 110 of the receiving body, And is formed in a block shape protruding to both sides of the main body 110.

In this case, when the massage unit body 210 is eccentrically upper, the horizontal portion 111 of the massage unit body 110 and the massage unit body 210 support the waist portion of the user, The portion 112 is protruded downward around the massaging body 210 so that the tail bone portion of the user can be supported.

Massage protrusions 220 and 220 'protrude from the front surface of the massaging body 210 so as to be pressed against the muscles of the user so as to impart a pressing massage force. The massage protrusions 220 and 220' Shaped body protruding forward while having a length in the width direction of the secondary body 210, and are arranged in a plurality of rows at regular intervals.

That is, the muscle massager 200 is configured to be closely attached to the muscles on both sides of the user's back. The massager body 200 maintains a close supporting force through the massager body 210, So as to be able to pressurize.

The massage unit body 210 is divided into a fixed unit 111 and a resilient unit 112. The fixed unit 111 is configured to extend from the support unit body 110 of the spinal support unit 100 And the resilient portion 112 and the resilient portion 112 separated from the fixed portion 111 are separated from each other by the massage protrusions 220 and 220 ' Respectively.

That is, the massage part body 210 is provided with a predetermined elasticity through the elastic part 112 while firmly supporting the user's muscles through the fixing part 111, and the elastic part 112 112 are imparted with elasticity in the forward and backward directions, a close contact force according to the body shape is ensured, and a predetermined fluid force is given at the time of use.

The massaging surfaces 220 and 220 'have curved distal ends forming concave muscular supporting surfaces 221. The muscular supporting surfaces 221 are formed on the upper surface of the vertebral pedestal 100 And is formed to have a degree of projection that is enlarged toward the outer side from the tip side of the vertebral pressing protrusions 120 and 120 '.

That is, the muscular support surface 221 is configured to have a curvature curved in conformity with the isosceles of the body, and is configured to have close adhesion to the back muscles.

The rib supporting portion 300 is configured to support a floating frame formed at the lower end of the ribs arranged on the chest in the process of supporting the spine by the spine support portion 100, A rib-like rib 310 is formed on the front surface of the massaging body 210 to support the ribs.

At this time, the rib supporting protrusions 310 are formed as a single piece, and the distal ends of the rib supporting protrusions 310 are spaced apart from the distal ends of the vertebra pressing portions 120 and 120 'of the spinal column receiving portion 100, The ribs 220 and 220 'are curved to have a curvature that is shorter than the length 220' of the frame 220 and form a concave ribbed surface 311, and are gradually bent upward. So that it can be supported by the upper part.

The hinge support part 400 is configured to support the hips of the hip part in the course of supporting the spine by the spine support part 100. The side surface of the support part body 110 and the side surface of the massage part body 210 And a plate-shaped hip joint support protrusion 410 protruding forward and having a length in the width direction and supporting the hip joint is formed on the front surface.

At this time, the hip joint support protrusion 410 is formed as a single piece and the distal end of the hip joint support protrusion 410 extends outwardly from the distal end side of the vertebra pressurizing protrusions 120, 120 'of the spine support 100, 220 ', 220', 220 ', 220', 220 ', 220', 220 ', 220', 220 'and 220' of the body And the hip is supported stably when the muscles are pushed. When the hip is supported, the hip can be pushed from the upper part to the lower part due to the curved downward bending.

4, when the spine pressing protrusions 120 and 120 ', the massage protrusions 220 and 220', the rib supporting protrusions 310 and the hip joint supporting protrusions 410 are formed, The massage unit body 210, the rib support unit 300 and the hip joint support unit 400, respectively, so that the spring S can be constructed to improve the elasticity of the massage unit body 110, the massage unit body 210, .

At this time, the sponging structure of the spring S is not limited, and a groove 150 (250) is formed in the support body 110, the massage body 210, the rib support 300, 350 ', 450', 450 ', 450', 450 ', 450', 450 ', 450', 450 ' And the lower end of the hip joint support protrusion 410 is hooked and supported by the support protrusion 310 and the hinge support protrusion 410 in the coil spring shape having compression and elastic restoring force in the grooves 150, 250, 350, It would be possible if the spring S had a structure of sprinkling.

Hereinafter, the operation of the abdominal exercise apparatus interlocking lumbar support mechanism constructed as above will be described in detail with reference to the accompanying drawings.

First, the abdominal exercising apparatus interlocking lumbar support mechanism 1 of the present invention is most impressively used for interlocking with the abdominal exercise apparatus. For this purpose, as shown in Figs. 6 and 7, a patent application filed by the applicant of the present invention It would be desirable to use it with the abdominal exercise device 10 through breathing as in Registration No. 10-1480097.

That is, the lumbar support mechanism 1 is located inside the belt 21 in the process of wearing the belt 21 of the abdominal exercise mechanism 10 and can support the waist portion of the user, 30) to perform abdominal massage, it becomes possible to perform the waist motion in parallel.

First, the user's vertebra is supported through the spinal support 100 as described above, the spinal support of the user corresponding to the horizontal portion 111 of the support body 110 is supported, and the support body 110 The portion of the tail bone extending from the user ' s vertebrae can be supported.

 In addition, while supporting the spine and supporting the muscles around the vertebrae through the muscular massage unit 200, the floating frame is supported by the rib support unit 300 and supported by the hip joint support protrusion 410 You will be able to support your hips.

Accordingly, in the process of performing the abdominal motion through the respiration, the user is caused to flow around the muscles including the vertebra due to the expansion and contraction of the abdomen,

At this time, in the spinal pedestal 100, the spinal pushing protrusions 120 and 120 'press the spaces between the vertebrae bones to expand the spaces between the vertebrae bones. In this process, The pressing due to the load is prevented, and a predetermined pressing force is applied to the disk (intervertebral disc), so that it is possible to prevent the lumbar disc (prolapse of the intervertebral disc).

In addition, in the muscle massage part 200, the massage stone parts 220 and 220 'perform massaging while effectively pressing the muscles around the vertebrae due to the given fluid force. In this process, It is possible to improve the flexibility of the muscles and the training of the muscles, thereby enabling stable support of the spine.

The rib support portion 300 and the hip joint support portion 400 may come into contact with each other in the process of pressing the spine and massaging the muscles through the rib support portion 310 and the hip joint support portion 410, And stably supports the rib and the hip joint.

5, when the lumbar support mechanism 1 of the present invention is used, the spinal pressing protrusions 120, 120 ', the massage protrusions 220, 220', the rib support protrusions 310 And the hip (S) force of the hip joint supporting protrusion 410 will improve the elasticity of the respective protruding portions by the spring (S) force, thereby enabling gentle support, massage and support.

In the above description, the functions of the abdominal exerciser interlocking lumbar support mechanism 1 in cooperation with the abdominal exerciser have been described. However, in using the lumbar support mechanism 1, 8, or the user may sit on the chair 40 and perform the work or the like on the back 40 as shown in FIG. 8, so that it is possible to massage the muscles around the spine as well as calibrate the spine while sitting, It will be especially effective for correction of posture.

As described above, the abdominal exerciser interlocking lumbar support mechanism of the present invention can stably support the spine in the abdominal exercise process through respiration to enable the correction of the spine while exercising the motion of the peripheral muscles.

100: spine support part 110: support part body
111: horizontal part 112: inclined part
120, 120 ': spinal pressing projection
200: muscle massaging part 210: massage body
211: Fixing portion 212: Elastic portion
220, 220 ': massage projection 221: muscle supporting surface
300: rib supporting part 310: rib supporting part
311:
400: Hip joint supporting part 410: Hip joint supporting part
411: hip joint supporting surface
S: Spring

Claims (8)

A support body 110 having a resiliency and supporting the vertebrae, and protruding forward from the front surface of the support body 110 in the width direction and being arranged at regular intervals above and below the arrangement direction of the vertebrae A vertebral pedestal portion 100 composed of a plurality of vertebrae pressing portions 120 and 120 ';
A pair of massage body bodies 210 having elasticity and protruding from both sides of the receiving body 110 with a length eccentric from the middle of the receiving body 110, A massage massager 200 having a plurality of massage protrusions 220 and 220 'that are protruded frontward in a width direction from a front surface of the body 200 and are arranged at regular intervals.
And a frame supporting protrusion 310 which protrudes forward and has a length in the width direction and extends to the side of the receiving unit body 110 and the upper part of the massage unit body 210, A rib support 300; And
A hip support supporting protrusion 410 protruding forward and having a length in the width direction and supporting the hip joint is formed on the front surface of the support body 110, And a hip joint supporting part (400) formed on the hip joint supporting part.
The method according to claim 1,
The pedestal body (110)
And a slope part (112) formed so as to be inclined so as to have a reduced thickness from a lower end of the horizontal part (111). The massage device according to claim 1, Lumbar support for exercise equipment.
The method according to claim 1,
The vertebral pressing protrusions 120 and 120 '
Wherein the lower surface is concave and the upper surface is convex while forming a curved curvature.
The method according to claim 1,
The massage unit body 210 includes:
A fixing part 111 extending from the receiving part body 110 and a resilient part 112 spaced apart from the fixing part 111,
Wherein the massage part (220) and the massage part (220 ') are connected to the fixing part (111) and the elastic part (112), and the variable elasticity of the elastic part (112) Lumbar support for exercise equipment.
The method according to claim 1,
The massage protrusions 220 and 220 'of the muscular massage unit 200,
The concave shape of the muscular support surface 221 is curved toward the outer side from the distal end side of the vertebra pressing portions 120 and 120 'of the spinal pedestal 100, Abdominal exercise device interlocking lumbar support mechanism.
The method according to claim 1,
The frame supporting protrusion 310 of the frame supporting portion 300,
The distal end of the spinal pedestal 100 is curved upward toward the outer side from the distal end side of the vertebra pushing protrusions 120 and 120 'of the spinal pedestal 100 to form a concave rib supporting surface 311,
(220) and (220 ') of the muscle massager (200).
The method according to claim 1,
The hip joint support protrusion 410 of the hip joint support part 400,
And is bent downward to form a convex hinge support surface 411 having a curved curvature toward the outer side from the distal end side of the vertebra pressing portions 120 and 120 'of the spinal pedestal portion 100,
(220) and (220 ') of the muscle massager (200).
The method according to claim 1,
The spine pressing protrusions 120 and 120 ', the massage protrusions 220 and 220', the rib supporting protrusions 310 and the hip joint supporting protrusions 410,
And a spring (S) is tacked on the support body (110), the massaging body (210), the rib supporting part (300), and the hip joint supporting part (400).

Images