KR102208627B1 - A muscle junction part compression strap with improved compression structure - Google Patents

Abstract

The present invention locally continuously compresses a pain area formed in a tendon muscle junction such as an elbow or ankle to relieve tension in the tendon muscle of the corresponding pain area. It relates to a compression band of a tendon muscle junction having an improved compression structure as possible,
In the present invention, and a tightening pad surrounding the tendon muscle junction; A tightening connection part for reducing the diameter of the tightening pad formed in an annular shape by the tightening string wound by winding the tightening string formed on the tightening pad; It is formed on the tightening pad, and includes a local pressing portion for locally pressing the pain area of the tendon muscle junction tightened by the tightening pad,
The local pressing part is installed at one point of the tightening pad and includes an adjustment bracket having an elevating slot; A pressing head disposed in an elevating slot of the adjustment bracket in an elevating structure to locally press the tendon muscle junction wrapped by a tightening pad through a pressing ball protruding inward; And a tanji spring elastically supporting the pressing head in the elevating slot.

Description

A muscle junction part compression strap with improved compression structure

The present invention relates to a compression band of a tendon muscle junction having an improved compression structure, and more particularly, by locally continuously pressing a pain area formed on a tendon muscle junction such as an elbow or ankle, to relieve tension on the tendon muscle of the pain area. In particular, it relates to a compression band of a tendon muscle junction having an improved compression structure capable of elastic compression of the tendon muscle junction and instant compression by improving the local compression section.

There are many injuries related to the human elbow, but trauma and internal trauma can be common causes of pain that can be seen in daily life.

The traumatitis is generally known as a tennis elbow, and as a result of a complex cause or excessive use, minor stress and tension are applied, causing inflammation in the bone-tendon junction, which is the attachment part of the extensor tendon. do.

As a result, pain occurs when using the muscle or at rest.

Traumatitis is the most common cause of elbow pain, and pain is felt on the outside of the elbow, and it is common in people who repeat movements or movements such as turning the wrist inward and outward, or bending the wrist excessively, regardless of age.

Internal trauma is generally known as a golfer's elbow, and it is an inflammation that occurs around the flexor tendon as a result of a complex cause or a slight stress and tension being applied due to excessive use, and accordingly, pain occurs when using the corresponding muscle.

Internal traumatitis is a pain in the inside of the elbow, it is common in people who play golf, and it is also common in housewives who repeatedly do household chores such as washing and cleaning for a long period of time.

In order to reduce or prevent the pain caused by trauma and internal trauma, studies are being conducted on devices or devices that attempt to compress or support the tendon muscle junction in contact with the trigger point, for example, the tendon muscle tissue that is the trigger point. .

In Korean Patent Publication No. 10-2009-0092772 (published on September 01, 2009), “compression wrap” is proposed, and a compression wrap insert is used to compress the injured elbow.

In addition, similarly, many devices are commercially available, such as pressing the tendon muscle junction of the elbow using a compression pad.

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

In addition, there is a problem in that the user needs to maintain the desired compression force by attaching and detaching the device from time to time due to fluctuations in the compression force caused by the compression pad during exercise.

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, conceived to solve the above problems, is to locally continuously press the pain area formed on the tendon muscle junction such as the elbow or ankle to relieve the tendon muscle tension in the pain area, and in particular, by improving the local compression part It is to provide a compression band of a tendon muscle junction having an improved compression structure that enables elastic compression of the tendon muscle junction and instant compression.

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

Tendon muscle junction compression band having an improved compression structure according to the present invention,

A tightening pad surrounding the tendon muscle junction;

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

It is formed on the tightening pad, and includes a local pressing portion for locally pressing the pain area of the tendon muscle junction tightened by the tightening pad,

The local pressing unit is installed at a point of the tightening pad and an adjustment bracket having an elevating slot; A pressing head disposed in an elevating slot of the adjustment bracket in an elevating structure to locally press the tendon muscle junction wrapped by a tightening pad through a pressing ball protruding inward; And it is configured to include a tanji spring elastically supporting the pressing head to the lifting slot,

The pressing knob is formed to protrude above the pressing head, and the pressing head is vertically pressed through the pressing knob, so that instantaneous compression of the tendon muscle joint by the pressing head is implemented.

More preferably, the tightening connection portion is fixed to the tightening pad and a dial housing having a rotating space; A winding dial installed in a concentric structure in the rotating space of the dial housing and rotating in a forward direction to wind a tightening string; And a shoulder stopper formed between the outer diameter surface of the winding dial facing each other and the inner diameter surface of the rotating space, and restricting the reverse rotation of the winding dial.

In addition, the tightening connection part and the tightening pad in which the tightening connection part is assembled have an assembly hole penetrating inward and outward, and the adjustment bracket of the local compression part is fixed through fastening to the assembly hole, and 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 clamping pad.

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

In addition, since the local compression unit is in a relationship in which the compression head is raised and lowered by the adjustment bracket and the tension spring, elastic compression of the tendon muscle joint is possible.

In addition, the tightening connection part and the local compression part are not configured separately but are configured to be unified, thereby securing the simplification of the structure and convenience in use, and in particular, the local pressing part and the tightening connection part are respectively formed to be divided into two points of the conventional tightening pad. Interference or discomfort is eliminated when wearing according to

In particular, the local pressing unit is configured of an elevating compression type in which the pressing head is instantaneously protruded further inward by an action force provided through the pressing knob to press the tendon muscle joint more strongly.

Accordingly, the present invention performs a pressing function at the moment when the tendon muscle junction is continuously pressed by the compression head and the tendon muscle junction is momentarily strongly pressed by the force provided through the pressing knob, thereby reducing the pain of the tendon muscle junction more quickly. It is possible to alleviate.

1 is a view showing the external configuration of a tendon muscle junction compression band 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,
3 is a view showing a detailed configuration of a local compression unit in the tendon muscle junction compression band having an improved compression structure proposed as a preferred embodiment in the present invention,
4 to 6 are enlarged configuration diagrams of main parts showing a detailed configuration and operation state of part'A' in FIG. 2,
7 is a view showing a state in which a tightening string is traction and received in a tightening pad by an elastic traction member in the tendon muscle joint compression band having an improved compression structure proposed as a preferred embodiment of the present invention.

Hereinafter, a compression band of a tendon muscle junction 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 is a view showing the external configuration of a compression band of a tendon muscle junction having an improved compression structure proposed as a preferred embodiment in the present invention, and FIG. 2 is an improved compression structure proposed as a preferred embodiment in the present invention. It shows the wearing state of the tendon muscle junction compression band, and FIG. 3 shows a detailed configuration of the local compression part in the tendon muscle junction compression band having an improved compression structure proposed as a preferred embodiment in the present invention, and FIG. 4 To Figure 6 is an enlarged configuration diagram showing the detailed configuration and operation state of the part'A' in Figure 2, Figure 7 is a tendon muscle junction compression band having an improved compression structure proposed as a preferred embodiment in the present invention In this, it shows a state in which the tightening string is traction and received in the tightening pad by the elastic traction member.

The tendon muscle junction compression band (1) having an improved compression structure proposed as a preferred embodiment of the present invention is conveniently worn on the tendon muscle junction of the wearer in which the pain is induced, so that the pain zone formed on the tendon muscle junction is continuously maintained. It is an auxiliary device that relieves pain by relieving tension in tendon muscles, which causes pain by pressing.

The tendon muscle junction compression band 1 includes a tightening pad 10 surrounding the tendon muscle junction as shown in FIGS. 1 to 2; A tightening connection part 20 for tightening both ends of the tightening pad 10 so that the annular tightening pad 10 tightens the tendon muscle junction; And a local pressing part 30 formed on the tightening pad 10 to locally press the pain area of the tendon muscle junction tightened by the tightening pad 10.

The tightening connection part 20 according to the present embodiment is to reduce the diameter of the tightening pad 10 formed in an annular shape by the tightening strap 40 that is wound by winding the tightening strap 40 formed at the end of the tightening pad 10. .

More specifically, the tightening connection part 20 is fixed to a point of the tightening pad 10 as shown in FIGS. 2 to 6 and a dial housing 21 having a rotating space 21a formed thereon; A winding dial 22 installed in a concentric structure in the rotating space 21a of the dial housing 21 to rotate in a forward direction to wind up the tightening string 40; And a shoulder stopper 23 for restraining the reverse rotation of the take-up dial 22.

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

In FIG. 6A showing a preferred embodiment, the hinged rotational restraining lever 23b is installed in a hinge structure to the dial housing 21 through the hinge shaft 23b-b, and the restraining lever 23b is a hinge shaft 23b. -b) to set the restraint state of the shoulder contact groove (23a) formed in the winding dial 22 by rotating the hinge in the forward and reverse direction.

In FIG. 6B showing another embodiment, the forward and backward restraint lever 23c is installed on the dial housing 21 in a forward and backward structure, and the ratchet restraint end 23b-a is attached to the shoulder groove 23a of the winding dial 22 By entering and exiting, the restraint state of the reverse rotation of the take-up dial 22 is set.

In addition, the tightening pad 10 is formed with an elastic pulling member 12 for receiving by elastically pulling the tightening strap 40 developed from the dial housing 21 into the inside of the tightening pad, as shown in FIG. 7 The tightening strap 40 released from (22) is not exposed to the outside of the tightening pad 10 in a loosely deployed state, and is resiliently pulled into the tightening pad 10 by the elastic pulling member 12 and thus loosened. This prevents the appearance of poor appearance.

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

Thus, since the diameter of the tightening pad 10 formed in an annular shape is gradually reduced by the winding action of the tightening strap 40 by the tightening connection part 20, the tightening pad 10 is tightened while pressing the tendon muscle joint.

And, when the wearer dismantles the reverse restraint of the take-up dial 22 by rotating or retracting the restraining levers 22b and 23c formed on the fastening connection part 20 in the reverse direction, the take-up dial 22 rotates in the reverse direction while the fastening strap ( The pulling state of the 40) is released, and as a result, the tightening pad 10, which is formed in an annular shape through the tightening connection part 20 and the tightening string, and wraps the tendon muscle joint is gradually enlarged in diameter and can be separated from the tendon muscle joint.

At this time, the tightening string 40 released from the winding dial 22 does not form a state that is loosely exposed to the outside of the tightening pad 10, as shown in FIG. 7, and is tightened by the elastic pull member 12. 10) The phenomenon that the appearance is deteriorated is prevented by the tightening strap 40 that is elastically traction and loosened within.

On the other hand, the local compression unit 30 formed on the tightening pad 10 to locally press the pain area, as shown in FIG. 3, an adjustment bracket 32 installed at a point of the tightening pad, and the adjustment bracket It is installed at the inner end of (32) and includes a compression head (33) for locally compressing the pain area of the tendon muscle junction.

The compression head 33, as shown in Figs. 2 and 5, protrudes from the inner wall of the tightening pad 10 surrounding the tendon muscle junction, and locally compresses the pain area of the tendon muscle junction to relieve muscle tension. Relieves pain

In this embodiment, the tightening connection part 20 and the local pressing part 30 are not separated and configured to be unified, thereby securing the simplification of the structure and convenience in use, and in particular, two points of the conventional tightening pad 10 As the local compression part and the tightening connection part are respectively formed to be divided into, interference or discomfort during wearing is eliminated.

To this end, in this embodiment, as shown in Figs. 2 to 6, the tightening connection part 20 and the assembly hole communicating with the tightening pad 10 to which the tightening connection part 20 is assembled are formed in communication, The local pressing part is assembled by passing through the tightening connection part and the tightening pad through an assembly hole.

And, in the present invention, a fastening structure is formed between the assembly hole formed on the tightening connection part 20 and the adjustment bracket 32 constituting the local pressing part 30, so that the adjustment bracket 32 having the pressing head is formed in the tightening connection part and By adjusting the protrusion height of the compression head protruding from the inner wall of the tightening band according to the amount of tightening of the clamping band, it is possible to adjust the compression strength of the pain area.

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

Therefore, 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 has the adjustment bracket 32 protruding from the inner wall of the tightening 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 increase or decrease the compression strength of the pain area.

At this time, the local compression unit 30 formed on the tightening pad 10 locally compresses the pain area formed on the tendon muscle junction through the compression head 33 to relieve tension in the tendon muscle to relieve pain.

And, in the present invention, the tightening connection part 20 and the local pressing part 30 are not configured separately, but have a unified relationship, so that simplification of the structure and convenience in use are ensured, so that the two points of the conventional tightening pad 10 As the local compression unit and the tightening connection unit are respectively formed to be divided into, interference or discomfort may be eliminated when wearing.

In particular, in the present invention, in the present invention, the local compression unit 30 elastically compresses the tendon muscle junction in normal times, and when pressed by an acting force, the compression head 33 is further drawn to the inside so as to press the tendon muscle junction more strongly. By configuring, the wearer presses the compression head 33 from time to time to instantly press the tendon 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 up and down in the adjustment bracket 32, and the lifting slot 32a has a force knob 33a at the top. The formed pressing head 33 is arranged in a lifting structure.

The compression head 33 is configured to elastically locally press the tendon muscle joint through a pressing ball 33c protruding inward and upward and downward by an elastic spring in the elevating slot.

Therefore, the compression head 33 promotes elastic local compression of the tendon muscle junction in normal times, and when the wearer presses the pressing knob 33a vertically, it protrudes further to the inside and presses the tendon muscle junction more strongly.

Thus, the present invention has the instantaneous pressing function of continuously pressing the tendon muscle junction by the compression head 33 and instantaneously strongly pressing the tendon muscle junction by the force provided through the pressing knob 33a.

In addition, in the present invention, a lifting rod 33b which is arranged in a lifting structure on the pressing head 33 to the adjustment bracket 32; Consisting of including a compression ball (33c) fixed through fastening at the lower end of the lifting rod (33b), by replacing the compression ball (33c) of 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 manufactured in various shapes such as spherical, hemispherical, and conical, so that the pain area requiring compression You can change the type of compression.

Thus, the compression band of the tendon muscle junction having an improved compression structure according to the present invention enables elastic compression and instant compression of the tendon muscle junction by the local compression section of a unique structure, and various forms through the replacement of the compression ball It is possible to relieve pain in the tendon muscle junction by compressing the tendon muscle junction.

1. Tendon muscle junction compression band
10. Tightening pad
11. Transfer slot 12. Elastic pulling member
13. Assembly hole
20. Tightening connection
21. Dial housing 21a. Rotating space
21b. Assembly 21b-a. Thread
22. Winding dial 22a. Assembly hole
23. Shoulder attachment stopper 23a. Shoulder attachment groove
23b. Restraint lever
30. Local pressure
32. Adjustment bracket 32a. Elevating slot
33. Compression head 33a. Force knob
33b. Lifting rod 33c. Pressure ball
34. Tangi Spring
40. Drawstring

Claims (4)

A tightening pad surrounding the tendon muscle junction;
A tightening connection part for reducing the diameter of the tightening pad formed in an annular shape by the tightening string wound by winding the tightening string formed on the tightening pad;
It is formed on the tightening pad, and includes a local pressing portion for locally pressing the pain area of the tendon muscle junction tightened by the tightening pad,
The local pressing part is installed at one point of the tightening pad and includes an adjustment bracket having an elevating slot; A pressing head disposed in an elevating slot of the adjustment bracket in an elevating structure to locally press the tendon muscle junction wrapped by a tightening pad through a pressing ball protruding inward; And it is configured to include a tanji spring elastically supporting the pressing head to the lifting slot,
A key having an improved compression structure in which a pressing knob is formed to protrude above the pressing head, and by vertically pressing the pressing head through the pressing knob, momentary compression of the tendon muscle joint by the pressing head is implemented. Muscle junction compression band. delete The method of claim 1, wherein the tightening connection part comprises: a dial housing fixed to a tightening pad and having a rotating space; A winding dial installed in a concentric structure in the rotating space of the dial housing and rotating in a forward direction to wind a tightening string; And a shoulder stopper formed between the outer diameter surface of the winding dial facing each other and the inner diameter surface of the rotating space, and configured to contain a shoulder stopper for restraining the reverse rotation of the winding dial. The method of claim 3, wherein an assembly hole penetrating inward and outward is formed through the tightening pad on which the tightening connection part and the tightening connection part are assembled, and the adjustment bracket of the local pressing part is fixed to the assembly hole through fastening,
Tendon muscle joint compression band 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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