KR102183964B1 - Belt for Protecting Spine - Google Patents

Abstract

The present invention relates to a waist protection belt capable of stably supporting the muscles around the waist of the human body to prevent intervertebral disc herniation, and in more detail, a plurality of main supports are supported on the vertebral erector muscles covering both sides of the spine while supporting the vertebrae upward. It relates to a waist protection belt capable of restoring a disc that has been pushed out without pressure applied to the abdomen by pulling it into position.

Description

Waist Protection Belt {Belt for Protecting Spine}

The present invention relates to a waist protection belt capable of stably supporting the muscles around the waist of the human body to prevent intervertebral disc herniation, and in more detail, a plurality of main supports are supported on the vertebral erector muscles covering both sides of the spine while supporting the vertebrae upward. It relates to a waist protection belt capable of restoring a disc that has been pushed out without pressure applied to the abdomen by pulling it into position.

In general, modern people spend a lot of time sitting in a chair, while the amount of exercise is greatly reduced, and the lower back is very weak. In the case of women, there are many cases of complaining of pain in the lower back due to the mistake of postpartum care. In addition, as the age group increases as the society enters the aging society, the number of people suffering from low back pain is increasing, and low back pain is often caused by abnormalities of muscles as well as the nervous system.

Low back pain makes it difficult to stand upright and causes severe pain, making it impossible to live in a normal social life, and the seriousness of it has emerged in that it causes various complications. Low back pain is classified into acute, subacute, and chronic according to the duration of pain, and symptoms of chronic low back pain last 3 months or more. In the case of chronic low back pain patients, endurance decreases, loss of flexibility, and loss of balance appear, and effective muscle movement of the lumbar bone and pelvis is limited, and it is difficult to maintain a correct standing posture as the position of the center of gravity changes along with an unstable posture.

There are largely conservative and surgical treatments for such low back pain, and pelvic traction, heat therapy, corset, exercise therapy, etc., as well as stability, poultice, injection and drug therapy, as conservative therapy. In recent years, according to various treatment regimens, a belt has been proposed to protect the waist by compressing the waist. Such a belt is worn when the waist is injured or when it is necessary to protect the waist, and in particular, it is also worn when the elderly, women, or workers work outside.

Such a conventional waist belt helps patients with low back pain by compressing the abdomen while wrapping the abdomen to limit the movement of the waist. At this time, it not only reduces the recovery rate by interfering with blood circulation in the muscles, but also severely compresses the abdomen, causing digestive disorders, etc. A problem that can cause the same visceral disorder has been brought about.

Therefore, there is a need to develop a waist protection belt that does not compress the abdomen, stably supports the muscles surrounding the vertebrae, induces smooth blood circulation, and at the same time maintains the normal lumbar curve of the vertebrae to improve the body's resilience. to be.

1. Unexamined Patent Publication No. 10-2018-0010937'Tractive belt' (application date 2016.10.18) 2. Registered Utility Model Gazette No. 20-0400508'Waist bandage' (application date 2005.08.25) 3. Registered Patent Publication No. 10-1852603'waist protection belt' (application date 2016.11.22)

The present invention has been devised to solve the above problems, and can be used by those who have abdominal obesity because it does not compress the abdomen, and it stably supports the muscles surrounding the vertebrae to recover damaged lumbar muscles and intervertebral disc herniation. It is an object of the present invention to provide a waist protection belt that enables prevention.

The waist protection belt of the present invention includes a waist support part 100 that is in close contact with the waist to maintain a normal curve of the waist; A pair of bending portions 200 formed on both sides of the waist support portion 100 and having elasticity; A pair of venting portions 300 formed in a mesh shape so as to be provided at the ends of the pair of bending portions 200 to surround the waist portion, and to contact external air with the wrapped waist portion; A pair of binding portions 400 which are respectively provided at the ends of the pair of ventilating portions 300 and detachable from each other to maintain a state in which the waist support portion 100 is in close contact with the waist; A tightening part provided between the bending part 200 and the ventilation part 300 to adjust the adhesion strength between the waist support part 100 and the waist while reducing the gap between the bending part 200 and the ventilation part 300 It characterized in that it includes; (500).

In the present invention, the lumbar support portion 100 is in close contact with the vertebrae of the waist to guide the seating position of the lumbar support portion 100 and a core portion made of a material having elasticity to relieve the pressing force transmitted to the vertebra (110); A pair of main support parts 120 provided on both sides of the core part 110 and contacting the inclined inner surface of the vertebral erector muscle adjacent to the vertebrae to support the vertebral erector muscle; A plurality of auxiliary support parts 130 provided on the left and right sides of the pair of main support parts 120 to press the vertebral erection muscles and the lumbar muscles adjacent to the vertebral erectors; A first provided at the front and rear of the core unit 110, the main support unit 120, and the auxiliary support unit 130, respectively, to fix the positions of the core unit 110, the main support unit 120, and the auxiliary support unit 130 It characterized in that it includes; a finish cover 140 and a second finish cover 150.

In the present invention, the core part 110 is fixed at the center of the first and second finishing covers 140 and 150, and the main support part 120 and the auxiliary support part 130 are separated by a predetermined distance as independent entities, respectively, and the It characterized in that it is fixed to the first and second finishing covers (140,150).

In the present invention, the main support unit 120 maintains a predetermined radius of curvature so as to press the vertebral erect muscle and has a main support 121 having elasticity; A support 122 for supporting the main support 121 so as to maintain an elastic force due to a radius of curvature of the main support 121 when the lumbar support 100 is in close contact with each other; In the front and rear of the main support 121, the first and second finishing covers 140 and 150 are wrapped around the main support 121 in order to prevent the position where the main support 121 presses the vertebral erect muscle from being released. ) A pair of main support covers 123 attached to; Includes; a pedestal cover 124 provided at the front and rear of the pedestal 122 so as to surround the pedestal 122 and attached to the first and second finishing covers 140 and 150 together with the main support cover 123 It features.

In addition, the main support 121 of the present invention includes an upper mounting table 121-1 supported on the upper end of the support 122; A lower seat (121-2) supported on the lower end of the pedestal 122; One side is connected to the upper restraint (121-1), the other side is connected to the lower restraint (121-2), and maintains an arc shape protruding in the direction of the vertebral erection muscle to pressurize the vertebral erection muscle. A pressure rod 121-3 having elasticity; Including, wherein the vertebral erection muscle which is inclined to the left and right sides of the vertebrae is inclined in a direction corresponding to the inclination of the vertebral erector so that the pressure rod (121-3) maintains a close contact and stably supports It is characterized in that the inclined portion (121-3a) is formed on one side of the pressure rod (121-3) in contact with the spinal erect muscle.

In the present invention, the main support can stably support the muscles around the vertebrae so that the length control unit capable of adjusting the length of the belt does not compress the abdomen and thus maintains the normal curvature of the vertebrae without increasing abdominal pressure more than necessary. There is an advantage.

In addition, since the present invention can be worn at all times, it is possible to provide a preventive and therapeutic effect of the disk, and since the wearing method is simple, anyone of all ages can use it, and it is easy to wash and carry, thereby providing convenience to the user. There is an advantage.

1 is a perspective view showing the overall appearance of the present invention.
Figure 2 is a rear view for showing the configuration of the tightening portion of the present invention.
Figure 3 is an exploded perspective view showing the main configuration of the waist support of the present invention.
Figure 4 is a side view showing an embodiment of the operation of the main support and the pedestal of the present invention.
Figure 5 is a perspective view showing an embodiment of the arrangement of the main support and the auxiliary support of the present invention.

Hereinafter, an embodiment of the waist protection belt of the present invention will be described in detail with reference to the drawings.

Figure 1 is a perspective view showing the overall appearance of the present invention, Figure 2 is a rear view for showing the configuration of the fastener of the present invention, Figure 3 is an exploded perspective view showing the main configuration of the lumbar support of the present invention, Figure 4 is the present invention A side view showing an embodiment of the operation of the main support and the pedestal, Figure 5 relates to a perspective view showing an embodiment of the arrangement of the main support and the auxiliary support of the present invention.

Referring to FIG. 1, the present invention includes a waist support part 100, a bending part 200, a ventilation part 300, a binding part 400, and a tightening part 500.

The present invention has a lumbar support part 100 that is in close contact with the muscles around the waist and the waist to restore the pushed disk to its original position by pulling the vertebrae upward and recovering damage to the muscles around the waist. The lumbar support part 100 presses the waist while being in close contact with the waist from the rear to the front in order to maintain the normal curve of the waist.

Referring to (a) of FIG. 1, a pair of bending portions 200 provided on both sides of the waist support portion 100 are formed. The bending part 200 may have a predetermined thickness and may be made of a material having elasticity so that the extension length increases when an external force is applied.

Each of the ends of the pair of bending parts 200 is formed with a mesh-shaped ventilation part 300. The ventilation part 300 is formed extending from the end of the bending part 200 so as to wrap the circumferential surface of the waist together with the bending part 200. At this time, the ventilation unit 300 includes skin and external air so that heat and sweat radiated from the skin of the waist circumferential surface in close contact with the bending unit 200 and the ventilation unit 300 can be discharged to the outside through the ventilation unit 300. Has the effect of making them in contact with each other.

Referring to FIG. 1, a pair of binding portions 400 are provided at both ends of the ventilation portion 300, respectively. The binding portion 400 is each binding portion 400 to keep the waist support portion 100 in close contact with the waist and at the same time, the bending portion 200 and the ventilation portion 300 may wrap around the waist circumferential surface. They are fixed to each other when they overlap each other. At this time, the binding unit 400 may be repeatedly attached and detached according to the user's selection while being made in a Velcro method. In addition, the waist support part 100 of the present invention may be worn according to various waist circumferences according to the reason in which the respective binding parts 400 are in close contact with each other.

Referring to FIGS. 1B and 2, a pair of fastening parts 500 are further provided on both sides of the binding part 400. The tightening unit 500 is provided between the bending unit 200 and the ventilation unit 300, and can adjust the adhesion strength between the waist support unit 100 and the waist while reducing the mutual gap between the bending unit 200 and the ventilation unit 300. I can.

In more detail, the tightening part 500 includes a support band 510, a connection ring 520, a tightening band 530 and an attachment band 540. The support band 510 is fixed to the bending part 200 and forms a closed loop. The connection ring 520 is made in a ring shape and is coupled with the support band 510.

The fastening band 530 has one side fixed to the connection part of the ventilation part 300 and the binding part 400, and the other end penetrates the connection ring 520, and the attachment band 540 is the end of the fastening band 530 It is formed in and has a Velcro shape that is detachable from the binding portion 400.

That is, when the waist protection belt of the present invention is worn, the user can adjust the adhesion strength between the waist support part 100 and the waist while pulling the tightening band 530. Thereafter, when the adhesion strength selected by the user is set, the attachment band 540 is attached to the binding unit 400 while maintaining the tension pulling the tightening band 530.

Therefore, by continuously maintaining the adhesion strength set by the user through the tightening unit 500, upward traction of the vertebrae and the detachment of the disc can be prevented, while the tightening unit 500 is disposed on the side of the waist circumference. When the tightening portion 500 is pulled, the binding portion 400 does not compress the abdomen, so that the abdominal pressure may not be increased more than necessary.

Referring to FIG. 3, the waist support part 100 has a core part 110, a main support part 120, a plurality of auxiliary support parts 130, a first finish cover 140 and a second finish cover 150.

The core portion 100 is erected in a vertical direction and may be formed of a material having a buffering effect or elasticity in a plate shape having a predetermined thickness. That is, the core portion 110 is preferably made of a material capable of reducing the impact of rubber, sponge, urethane, non-woven fabric, or the like. The core portion 100 serves to guide the seating position of the lumbar support portion 100 when the lumbar support portion 100 is seated on the waist.

That is, when the core part 110 is in close contact with or in contact with the vertebrae of the lower back, it can be inferred that the lumbar support part 110 has reached the correct position. At this time, the core part 110 is a phenomenon in which the lumbar support part 110 is in close contact, which may cause discomfort to the user while pressing the vertebrae above a certain pressure. To prevent this, the material of the core part 110 is elastic or buffered. You can have sex.

Referring to FIG. 4, the main support parts 120 form a pair to be provided on both sides of the core part 110, respectively, and support the vertebrae of the lower back and adjacent vertebrae. At this time, the main support part 120 supports the vertebral erector muscle while in contact with the inclined inner surface of the vertebral erector muscle.

A plurality of auxiliary support portions 130 are provided on the left and right sides of the pair of main support portions 120, respectively. It is preferable that the auxiliary support unit 130 is disposed to be spaced apart from the main support unit 120 by a predetermined interval, and at least two left and right sides of the main support unit are provided. The auxiliary support unit 130 pressurizes and supports the back muscles adjacent to the vertebrae erection muscles as well as the vertebrae erection muscles to maintain normal curves of the back and vertebrae.

In addition, the vertical length of the auxiliary support unit 130 decreases as the distance from the main support unit 120 increases. This is to improve activity when a user is active while wearing the lumbar support 100 and to release abnormal pressure applied to the waist.

The first finishing cover 140 is provided in the front of the core part 110, the main support part 120, and the auxiliary support part 130, and the second finishing cover 150 is provided at the rear which is symmetrical with the first finishing cover 140, respectively. do. Thereafter, the edges are joined while the first finishing cover 140 and the second finishing cover 150 surround the core part 110, the main support part 120, and the auxiliary support part 130. The edges of the first finishing cover 140 and the second finishing cover 150 are sewn (裁縫). Accordingly, the core part 110, the main support part 120, and the auxiliary support part 130 may be fixed to the first and second finishing covers 140 and 150.

1 to 3, the core part 110 is fixed at the center of the first and second finishing covers 140 and 150, and the main support part 120 and the auxiliary support part 130 are separated by a predetermined interval as an independent entity. It is fixed to the first and second finishing covers (140,150). When the edges of the first and second finishing covers 140 and 150 are joined together, when the core part 110, the main support part 120, and the auxiliary support part 130 are sewn apart, the core part 110, the main support part ( 120), the auxiliary support unit 130 may be fixed to the first and second finishing covers 140 and 150 more firmly. And it is preferable that the first and second finishing covers 140 and 150 are provided with a cloth made of a material having good ventilation.

3 and 4, the main support part 120 includes a main support 121, a support 122, a main support cover 123, and a support cover 124.

The main support 121 is formed in an arc shape having a predetermined radius of curvature, and has elasticity while the protruding curved surface is formed to face the vertebral erect muscle direction.

And the pedestal 122 is provided at the rear of the main support 121 so that the main support 121 can be positioned between the vertebral erect muscle and the support 122 to support the main support 121. That is, when the user presses the lumbar support 100 to the waist by manipulating the tightening unit 500, the support 122 increases the diameter of the radius of curvature of the main support 121 and presses the vertebral erect muscle. Pressurize and support. Due to the pedestal 122, the elastic force of the main support 121 is maintained, so that the vertebral erect muscle can be stably pressed or supported.

A pair of main support covers 123 are provided on each of the front and rear sides of the main support 121 and surround the main support 121 and their edges are sewn. And the main support cover 123 is attached or sewn to the first and second finishing covers 140 and 150.

When the lumbar support part 100 is in close contact, the shape of the main support 121 is deformed, and the main support cover 123 surrounds the main support 121 and guides the movement path of the shape change of the main support 121 and at the same time (121) can be prevented from being separated from the placed position.

A pair of pedestal covers 124 are also provided at the front and rear of the pedestal 122 to surround the pedestal 122 and attach to the first and second finishing covers 140 and 150 together with the main support cover 123 while the edges are sewn. Or sewn. As the pedestal cover 124 is attached or sewn to the first and second finishing covers 140 and 150, the position of the pedestal 124 can be kept constant, and the main support 121 can be stably supported.

Meanwhile, the auxiliary support 130 includes an auxiliary support 131, an auxiliary support 132, and an auxiliary support cover 133 and an auxiliary support cover 134, and the main support 120 is the main support 121 , The pedestal 122, the main support cover 123, and the pedestal cover 124 has the same configuration and effect as the detailed description is omitted.

Referring to FIG. 5, the main support 121 includes an upper seat 121-1, a lower seat 121-2, and a pressure rod 121-3.

The upper mounting table 121-1 is seated and supported on the upper end of the base 122 while being wrapped around the main support cover 123. And, the lower seat (121-2) is spaced downward from the upper seat (121-1) and is seated and supported at the lower end of the pedestal 122.

One side of the pressure rod 121-3 is connected to the upper mounting table 121-1, and the other side is connected to the lower mounting table 121-2, while the upper mounting table 121-1 and the lower mounting table 121- 2) and become one. And the pressing rod (121-3) has elasticity while maintaining an arc (弧) protruding in the direction of the vertebrae erection muscles to pressurize the vertebral erection muscles.

At this time, an inclined portion 121-3a that is inclined at a predetermined angle is formed on one side of the pressure rod 121-3. The erect vertebrae protrude in an oblique direction to the left and right sides of the vertebrae. (The shape of the vertebrae is depressed) At this time, the inclined portion 121-3a corresponds to the inclination of the vertebral erector so that the pressure rod 121-3 can stably support the vertebral erector while maintaining a close contact with the vertebral erector It is formed to be inclined in the direction.

Due to the formation of the inclined portion 121-1-3a, when the lumbar support portion 100 is worn, the main support 121 is inserted and supported in the concave portion of the vertebrae to guide the wearing position of the lumbar support portion 100. In addition, it is possible to determine whether or not the correct wearing has been made.

In addition, an inclined portion 131-a may also be formed at a corner portion of the auxiliary support 131. When the auxiliary support 131 pressurizes the muscles around the waist due to the inclined portion 131-a, the sharp edge of the auxiliary support 131 can be prevented from damaging the muscles around the waist. have.

The waist protection belt of the present invention with such a configuration does not compress the abdomen, so that the main support stably supports the muscles around the vertebrae so that the normal curve of the vertebrae can be maintained without increasing the abdominal pressure more than necessary. There is an advantage that can provide preventive and therapeutic effects.

100: waist support 110: core
120: main support 121: main support
122: base 123: main support cover
124: support cover 130: auxiliary support
140: first finishing cover 150: second finishing cover
200: bending part 300: ventilation part
400: fastening part 500: fastening part

Claims (5)

A waist support part 100 that is in close contact with the waist to maintain a normal curve of the waist;
A pair of bending portions 200 formed on both sides of the waist support portion 100 and having elasticity;
A pair of venting portions 300 formed in a mesh shape so as to be provided at the ends of the pair of bending portions 200 to surround the waist portion, and to contact external air with the wrapped waist portion;
A pair of binding portions 400 which are respectively provided at the ends of the pair of ventilating portions 300 and detachable from each other to maintain a state in which the waist support portion 100 is in close contact with the waist;
A tightening part provided between the bending part 200 and the ventilation part 300 to adjust the adhesion strength between the waist support part 100 and the waist while reducing the gap between the bending part 200 and the ventilation part 300 (500);
The lumbar support portion 100 is in close contact with the vertebrae of the lower back to guide the seating position of the lumbar support portion 100 and a core portion 110 made of a material having elasticity to alleviate a pressing force transmitted to the vertebra;
A pair of main support parts 120 provided on both sides of the core part 110 and contacting the inclined inner surface of the vertebral erector muscle adjacent to the vertebrae to support the vertebral erector muscle;
A plurality of auxiliary support parts 130 provided on the left and right sides of the pair of main support parts 120 to press the vertebral erection muscles and the lumbar muscles adjacent to the vertebral erectors;
A first provided at the front and rear of the core unit 110, the main support unit 120, and the auxiliary support unit 130, respectively, to fix the positions of the core unit 110, the main support unit 120, and the auxiliary support unit 130 Including; a closing cover 140 and a second closing cover 150;
The core part 110 is fixed at the center of the first and second finishing covers 140 and 150, and the main support part 120 and the auxiliary support part 130 are independent entities, respectively, and are spaced apart from each other at a predetermined interval to the first and second finishing covers 140 and 150. It is fixed to the finishing covers (140,150),
The main support part 120 maintains a predetermined radius of curvature so as to press the vertebral erect muscle, and the main support 121 has elasticity;
A support 122 for supporting the main support 121 so as to maintain an elastic force due to a radius of curvature of the main support 121 when the lumbar support 100 is in close contact with each other;
In the front and rear of the main support 121, the first and second finishing covers 140 and 150 are wrapped around the main support 121 in order to prevent the position where the main support 121 presses the vertebral erect muscle from being released. ) A pair of main support covers 123 attached to;
A pedestal cover 124 provided at the front and rear of the pedestal 122 so as to surround the pedestal 122 and attached to the first and second finishing covers 140 and 150 together with the main support cover 123;
Waist protection belt comprising a. delete delete delete The method of claim 1,
The main support 121 is
An upper mounting table 121-1 supported on an upper end of the pedestal 122;
A lower seat (121-2) supported on the lower end of the pedestal 122;
One side is connected to the upper restraint (121-1), the other side is connected to the lower restraint (121-2), and maintains an arc shape protruding in the direction of the vertebral erection muscle to pressurize the vertebral erection muscle. A pressure rod 121-3 having elasticity; Including,
An inclined part that is inclined in a direction corresponding to the inclination of the vertebral erector so that the pressure rod 121-3 maintains and stably supports the vertebral erection muscle that is inclined to the left and right sides of the vertebrae ( A waist protection belt, characterized in that 121-3a) is formed on one side of the pressure rod (121-3) in contact with the spinal erect muscle.

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