KR20200058236A - A muscle junction part compression strap with improved compression structure - Google Patents

Abstract

The present invention relates to a myotendinous junction compression bandage with an improved compression structure, configured to locally and continuously compress a painful area formed in the myotendinous junction of the elbow, the ankle or the like, thereby releasing tension at the myotendinous junction of the painful area. More specifically, the myotendinous junction compression bandage has an improved local compression portion, thereby elastically and instantaneously compressing the myotendinous junction. The present invention comprises: a tightening pad covering the myotendinous junction; a tightening connection portion winding a tightening string formed on the tightening pad, thereby reducing a diameter of the tightening pad formed in an annular shape by means of the tightening string; and a local compression portion formed on the tightening pad and locally compressing a painful area of the myotendinous junction tightened by the tightening pad. The local compression portion comprises: an adjusting bracket installed in one point of the tightening pad and including an elevation slot; a compression head arranged in an elevation structure on the elevation slot of the adjusting bracket, and locally compressing the myotendinous junction covered by the tightening pad through an inwardly-protruding compression ball; and a resilient spring elastically supporting the compression head on the elevation slot.

Description

A muscle junction part compression strap with improved compression structure

The present invention relates to a compression band of a tendon muscle joint having an improved compression structure, and more specifically, to relieve a tendon muscle tension of the pain region by continuously compressing a pain region formed on the joint of the tendon muscle such as an elbow or ankle. In particular, the present invention relates to a compression band of a tendon muscle joint having an improved compression structure capable of elastic compression and instantaneous compression by improving a local compression unit.

There are many corporal diseases related to the elbow of the human body, but trauma and internal trauma may be common causes of pain in everyday life.

The traumatitis is generally known as tennis elbow, and it causes inflammation in the bone-tendon junction, which is the attachment of the extensor tendon, by applying microscopic stress and tension due to complex causes or usually excessive use. do.

Accordingly, pain occurs when using the muscle or resting.

Traumatitis is the most common cause of pain in the elbow, causing pain in the outside of the elbow, and is common regardless of age in people who rotate their wrists inwards and outwards or repeat movements or movements in which the wrist is excessively bent.

Traumatitis is generally known as a golfer's elbow, and is an inflammation that occurs around the flexor tendon as a result of a complex stress or tension due to excessive use, and pain occurs when the muscle is used accordingly.

Traumatitis causes pain inside the elbow, and is common among golfers, and is also common among housewives who repeatedly do household chores such as laundry and cleaning.

In order to reduce or prevent pain caused by trauma and trauma, a device or apparatus for compressing or supporting a healthy muscle tissue that is a trigger point, for example, a tendon muscle junction in contact with an extension or flexion tendon, is being studied. .

In the Republic of Korea Patent Publication No. 10-2009-0092772 (published date: September 01, 2009), "press wrap" is presented, and a compression wrap insert is used to compress the wounded elbow.

In addition, similarly, a number of devices are commercially available, such as pressing the dry muscle joint of the elbow using a compression pad.

However, such a conventional device has a problem in that consistent compression is continuously applied even when muscle movement is stopped, and the device needs to be detached to stop the compression.

In addition, due to fluctuations in the pressing force due to the pressure pad during exercise, the user often has a problem of maintaining the desired pressing force by detaching and attaching the device.

KR 10-1135839 B1 KR 20-0361975 Y KR 10-1707195 B1 KR 10-2009-0092772 A KR 20-2013-0002499 U

The object of the present invention, devised to solve the above-mentioned problem, is to continuously compress the pain area formed in the tendon muscle joint, such as an elbow or ankle, to relieve the tendon muscle tension in the pain area, and in particular, improve the local compressive part. The present invention is to provide a compression band for a tendon muscle joint having an elastic compression and an improved compression structure to enable instant compression.

The above object is achieved by the following configuration provided in the present invention.

The compression band of the tendon muscle joint having an improved compression structure according to the present invention,

A tightening pad surrounding the tendon muscle joint;

A tightening connection portion for reducing the diameter of the tightening pad formed in an annular shape by winding the tightening string formed on the tightening pad;

It is formed on the tightening pad, and includes a local pressing unit for locally compressing the painful portion of the tendon muscle joint tightened by the tightening pad,

The local pressing portion is installed at one point of the tightening pad and the adjustment bracket is formed with a lifting slot; A compression head which is arranged in a lifting structure on the lifting slot of the adjustment bracket, and locally compresses the dry muscle joint wrapped by the fastening pad through a compression ball protruding inward; And it characterized in that it comprises a tanji spring that elastically supports the pressing head to the lifting slot.

Preferably, a pressing force head is formed to protrude on the upper portion of the pressing head, and the pressing head is vertically pressed through the pressing knob, so that an instantaneous pressing of the dry muscle joint by the pressing head is realized.

More preferably, the fastening connection part is fixed to the fastening pad and a dial housing in which a rotation space is formed; A winding dial installed concentrically in the rotation space of the dial housing and rotating in a forward direction to wind the drawstring; And a stopper stopper formed between the outer diameter surface of the winding dial facing each other and the inner diameter surface of the rotation space to restrain reverse rotation of the winding dial.

In addition, the fastening connection portion and the fastening pad on which the fastening connection portion is assembled are formed with an assembly hole penetrating inward and outward, and the adjustment bracket of the local pressing portion is fixed to the assembly hole by fastening, between the adjustment bracket and the assembly hole. It is configured to adjust the protruding height of the compression head protruding from the inner wall of the tightening pad according to the fastening distance of the.

As described above, in the present invention, the local compression unit provided on the fastening pad can adjust the compression strength of the pain area formed in the tendon muscle joint by adjusting the fastening distance of the adjustment bracket.

In addition, the local compression part is elastically pressed to the dry muscle joint, since the compression head is vertically supported by the adjustment bracket and the tange spring.

In addition, the tightening connecting portion and the local pressing portion are not configured separately, but configured to be unified, thereby simplifying the structure and securing convenience in use. Particularly, the local pressing portion and the tightening connection portion are formed to be divided into two points of the conventional tightening pad. Interference and discomfort are eliminated when wearing.

Particularly, the local pressing portion is configured as an elevating pressing type in which the pressing head is further protruded inward by an acting force provided through the pressing knob to press the tendon joint more strongly and momentarily.

Accordingly, the present invention performs a pressing function at the moment to press the strong muscle joint momentarily and strongly by continuously compressing the tendon joint by the compression head and the action force provided through the force knob, so that the pain of the tendon joint is more quickly performed. It is possible to ease.

Figure 1 shows the external configuration of the compression band of the tendon muscle joint having an improved compression structure proposed as a preferred embodiment in the present invention,
Figure 2 shows the wearing state of the tendon muscle joint compression band having an improved compression structure proposed as a preferred embodiment in the present invention,
Figure 3 shows the detailed configuration of the local compression unit in the compression band of the tendon muscle joint having an improved compression structure proposed as a preferred embodiment in the present invention,
4 to 6 is a main part enlarged configuration diagram showing the detailed configuration and operation state of the 'A' portion in FIG. 2,
7 shows a state in which the drawstring is pulled and pulled in the fastening pad by the elastic traction member in the compression band of the dry muscle joint having the improved compression structure proposed as a preferred embodiment in the present invention.

Hereinafter, the compression band of the tendon muscle joint having an improved compression structure proposed as a preferred embodiment in the present invention will be described in detail with reference to the accompanying drawings.

1 shows the external configuration of the compression band of a tendon muscle joint having an improved compression structure proposed as a preferred embodiment in the present invention, and FIG. 2 shows an improved compression structure proposed as a preferred embodiment in the present invention. It shows the wearing state of the compression band of the tendon muscle joint, and FIG. 3 shows a detailed configuration of the local compression unit in the compression band of the tendon muscle joint having an improved compression structure proposed as a preferred embodiment in the present invention, and FIG. 6 is an enlarged configuration of the main portion showing the detailed configuration and operation state of the 'A' portion in FIG. 2, and FIG. 7 is a tendon muscle joint compression band having an improved compression structure proposed as a preferred embodiment in the present invention. In, it shows the state in which the drawstring is pulled and received in the tightening pad by the elastic traction member.

The tendon joint pressure band 1 having an improved compression structure proposed as a preferred embodiment in the present invention, is easily worn on the tendon joint area of the wearer who caused the pain, and continuously maintains the pain area formed on the tendon joint area. It is an auxiliary device that relieves pain by releasing the tension of the tendon muscle, which is the cause of pain by pressing.

The tendon muscle joint pressure band (1), as shown in Figures 1 to 2, the tightening pad 10 surrounding the tendon muscle joint; A tightening connection portion 20 for tightening both ends of the tightening pad 10 so that the tightening pad 10 in an annular shape tightens the dry muscle junction; And a local compressing portion 30 formed on the tightening pad 10 to locally compress the pained portion of the tendon muscle joint tightened by the tightening pad 10.

The tightening connection part 20 according to the present embodiment is to reduce the diameter of the fastening pad 10 formed in an annulus by the fastening string 40 wound by winding the fastening string 40 formed at the end of the fastening pad 10. .

In more detail, the fastening connection part 20 is fixed to a point of the fastening pad 10 as shown in FIGS. 2 to 6 and the dial housing 21 formed with a rotational space 21a; A winding dial 22 installed in a concentric structure in the rotation space 21a of the dial housing 21 to rotate the forward direction to wind the drawstring 40; And a stopper stopper 23 for restraining the reverse rotation of the winding dial 22.

The attachment stopper 23 is formed on the outer diameter of the winding dial 22 and includes a plurality of attachment grooves 23a; It is installed on the dial housing 21, and includes a restraining lever 23b that restrains the reverse rotation of the winding dial 22 by attaching the attachment groove 23a through the ratchet restraining end 22b-a.

In FIG. 6A showing a preferred embodiment, the hinge rotation-type restraining lever 23b is installed in a hinge structure on the dial housing 21 through the hinge shafts 23b-b, so that the restraining levers 23b are hinge shafts 23b. -b) The hinge is rotated in the forward and reverse directions around the center to set the restraint state of the attachment groove 23a formed in the winding dial 22.

In FIG. 6B showing another embodiment, the forward / retractable restraining lever 23c is installed in the dial housing 21 in a forward / backward movement structure, and the ratchet restraining ends 23b-a are secured grooves 23a of the winding dial 22. By entering and exiting, the restraining state of the reverse rotation of the winding dial 22 is set.

In addition, an elastic pulling member 12 is formed on the fastening pad 10 to elastically pull the fastening string 40 developed from the dial housing 21 into the fastening pad and receive it, so that the winding dial can be seen as shown in FIG. 7. The tension string 40 released from (22) is not exposed in a loosely deployed state on the outside of the tension pad 10, but is loosened by being elastically pulled inside the tension pad 10 by the elastic pulling member 12. This prevents the appearance from being poor.

Therefore, after passing through the dry muscle joint to the fastening pad 10 formed in an annular shape by the fastening connection portion and the fastening string, and then rotating the winding dial 22 of the fastening connection portion 20 in the forward direction, the fastening pad 10 of the The drawstrings 40 formed between the end portion and the winding dial 22 are wound on the winding dial 22, and the winding dial 22 rotated in the forward direction is restrained with the attachment groove 23a constituting the attachment stopper 23 Reverse rotation is restrained by ratchet restraining ends 23b-a, 23c-a formed on the levers 23b, 23c.

Thus, the diameter of the fastening pad 10 formed in an annular shape is gradually reduced by the winding action of the fastening string 40 by the fastening connecting portion 20, so that the fastening pad 10 is fastened in a compressed state of the dry muscle joint.

Then, when the wearer rotates or retracts the restraining levers 22b and 23c formed on the fastening connection part 20 in the reverse direction to disengage the reverse restraint of the winding dial 22, the winding dial 22 rotates in the reverse direction to turn the tension string ( The pulling state of the 40) is released, and as a result, the fastening pad 10 wound around the dry muscle joint by forming an annular shape through the fastening connection unit 20 and the fastening string is capable of being separated from the dry muscle joint by gradually expanding in diameter.

At this time, the tension string 40 released from the winding dial 22 does not form a loosely exposed state on the outside of the tension pad 10 as shown in FIG. 7, and the tension pad (12) by the elastic pulling member 12 10) The phenomenon that the appearance is deteriorated is prevented by the drawstring 40 that is elastically towed within and loosened.

On the other hand, the local compression unit 30 is formed on the fastening pad 10 to locally compress the pain area, as shown in Figure 3, the adjustment bracket 32 installed at one point of the fastening pad, and the adjustment bracket It is installed on the medial end of (32) and includes a compression head (33) to locally compress the pain area of the tendon muscle joint.

The compression head 33 protrudes from the inner wall of the fastening pad 10 surrounding the tendon muscle joint as shown in FIGS. 2 and 5, and locally compresses the pain area of the tendon joint to relieve muscle tension. Relieve pain.

In this embodiment, the tightening connecting portion 20 and the local pressing portion 30 are not separated and configured to be unified, thereby simplifying the structure and securing convenience in use, in particular, two points of the conventional fastening pad 10 Interference or discomfort when worn according to the formation of the local compression portion and the tightening connection portion to be divided in so as to be resolved.

To this end, in this embodiment, as shown in FIGS. 2 to 6, the fastener connection part 20 and the fastener connection part 20 are formed to communicate with each other with an assembly tool communicating with each other. The local pressing portion is assembled through the fastening connection portion and the fastening pad through the assembly hole.

In addition, in the present invention, by forming a fastening structure between the assembly bracket formed in the fastening connecting portion 20 and the adjusting bracket 32 constituting the local pressing portion 30, the adjusting bracket 32 with the pressing head is formed with the fastening connecting portion. By adjusting the protrusion height of the compression head protruding from the inner wall of the tightening band according to the amount of fastening, it is possible to control the compression strength of the pain area.

To this end, in this embodiment, the fastening pad 10, the dial housing 21 and the winding dial 22 forming the fastening connection part 20 constitute a local pressing part 30, and threads are formed on the outer wall. An adjustment hole through which the adjustment bracket 32 is formed is formed, and a thread for fastening with the adjustment bracket is formed in the assembly hole formed in the dial housing.

Accordingly, the adjustment bracket 32 provided with the compression head 33 is rotated forward and backward by the wearer to adjust the fastening distance, and through this, the wearer adjusts the adjustment bracket 32 protruding from the inner wall of the fastening pad 10 as shown in FIG. 5. ), And by adjusting the protruding length of the compression head 33 formed at the inner end of the adjustment bracket 32, it is possible to adjust the pressure intensity of the pain area.

At this time, the local compression unit 30 formed on the fastening pad 10 locally compresses the pain area formed on the dry muscle joint through the compression head 33 to relieve tension by releasing the tension of the dry muscle.

In addition, in the present invention, since the tightening connecting portion 20 and the local pressing portion 30 are not configured separately, and have a unified relationship, the structure is simplified and the convenience of use is secured. Thus, two points of the conventional tightening pad 10 are provided. Interference or discomfort may be resolved when worn as the local compression portion and the tightening connection portion are formed to be divided into the respective portions.

Particularly, in the present invention, the local compressing portion 30 is elastically compressed in the normal condition, and when pressed by an acting force, the pressing head 33 is further pulled inward so as to press the dry muscle joint more strongly and momentarily. By configuring, the wearer presses the compression head 33 frequently to instantly compress the dry muscle joint to relieve pain more quickly.

To this end, in this embodiment, as shown in FIGS. 3 and 5, the lifting slot 32a is formed to penetrate vertically in the adjustment bracket 32, and the lifting slot 32a has an upward force force knob 33a at the top. The formed compression head 33 is arranged in a lifting structure.

The compression head 33 is configured to elastically and locally compress the dry muscle joint through a compression ball 33c protruding upward and downward by being supported up and down by a tange spring.

Therefore, the compression head 33 usually promotes elastic local compression of the tendon muscle joint, and when the wearer presses the force knob 33a vertically, it is further projected inward to compress the tendon muscle joint more momentarily.

Thus, the present invention has an instantaneous compression function that momentarily and strongly compresses the dry muscle joint by the constant pressure of the dry muscle joint by the compression head 33 and the action force provided through the force knob 33a.

In addition, in the present invention, the lifting head (33b) is arranged in a lifting structure to the pressure head 33, the adjustment bracket (32); Composed of a compression ball (33c) fixed by fastening to the lower end of the lifting rod (33b), by replacing the compression ball (33c) of the various materials, or shapes to change the required compression type of the pain area, etc. Do it.

Here, the compression ball 33c can be made of various materials such as rubber, ceramic, silicon, wood, magnet, etc., and the shape is also spherical, hemispherical, conical, etc. The pressure type can be changed.

Thus, the compression band of the tendon joint having an improved compression structure according to the present invention allows elastic compression and instantaneous compression of the tendon joint by a unique compression unit of a unique structure, and various forms through substitution of the compression ball. It is possible to relieve pain in the tendon joint by compressing the tendon joint.

1. Compression band of dry muscle joint
10. Fastening pad
11. Transfer slot 12. Elastic pull member
13. Assembly
20. Tightening connection
21. Dial housing 21a. Meeting space
21b. Assembly port 21b-a. Thread
22. Winding dial 22a. Assembly
23. Adhesion stopper 23a. Adhesion groove
23b. Restraint lever
30. Local pressure
32. Adjustable bracket 32a. Lifting slot
33. Compression head 33a. Force knob
33b. Lifting rod 33c. Pressure ball
34. Tanji Spring
40. Drawstring

Claims (4)

A tightening pad surrounding the tendon muscle joint;
A tightening connection portion for reducing the diameter of the tightening pad formed in an annular shape by winding the tightening string formed on the tightening pad;
It is formed on the tightening pad, and includes a local pressing unit for locally compressing the painful portion of the tendon muscle joint tightened by the tightening pad,
The local pressing portion is installed at one point of the tightening pad and the adjustment bracket is formed with a lifting slot; A compression head which is arranged in a lifting structure on the lifting slot of the adjustment bracket, and locally compresses the dry muscle joint wrapped by the fastening pad through a compression ball protruding inward; And an improved compression structure comprising a tangy spring elastically supporting the compression head to the lifting slot. The method of claim 1, wherein the upper portion of the compression head is formed to protrude the pressure knob, the compression head is vertically compressed through the pressure knob, and improved to be configured to realize the instantaneous compression of the tendon muscle joint by the compression head Compression band of the tendon muscle joint with a compressed structure. According to claim 1, wherein the fastening connection unit is fixed to the fastening pad and a dial housing formed with a rotating space; A winding dial installed concentrically in the rotation space of the dial housing and rotating in a forward direction to wind the drawstring; And a compression stopper formed between the outer diameter surface of the winding dial facing each other and the inner diameter surface of the rotational space, and a stopper stopper for restraining the reverse rotation of the winding dial. According to claim 3, The fastening connection portion, the fastening pad is assembled with the fastening connection portion is formed through the assembly to penetrate through the inside and outside, the adjustment bracket of the local pressing portion is fixed through fastening to the assembly,
The compression band of the tendon muscle joint having an improved compression structure, characterized in that the protrusion height of the compression head protruding from the inner wall of the tightening pad is adjusted according to the fastening distance between the adjustment bracket and the assembly.

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