KR102286062B1 - Local pressure band device for dry muscle joint with improved pressure fastening structure - Google Patents

Abstract

The present invention relates to a local compression band device for a tendon muscle junction having an improved tightening structure, and more particularly, to a pain site formed in a tendon muscle junction, such as an elbow or an ankle, in an annular compression state, It relates to a local compression band device for tendon muscle junctions having an improved tightening structure that relieves or relieves tendon muscle tension in a painful area by promoting local continuous compression.

Description

Local pressure band device for dry muscle joint with improved pressure fastening structure

The present invention relates to a local compression band device for a tendon muscle junction having an improved compression tightening structure, and more particularly, to a pain area formed in a tendon muscle junction, such as an elbow or an ankle, worn in an annularly compressed state to provide relief of the pain area. It relates to a local compression band device for tendon muscle junctions having an improved compression tightening structure that relieves or relieves tendon muscle tension in a painful area by promoting local continuous compression.

Although there are many injuries related to the elbow of the human body, the causes of pain commonly seen in daily life may include traumatic epicondylitis and internal epicondylitis.

The traumatic conjunctivitis is commonly known as tennis elbow, and due to complex causes or excessive use, microscopic stress and tension are applied, causing inflammation at the bone-tendon junction, the attachment of the extensor tendon. do.

As a result, pain occurs when the corresponding muscle is used or at rest.

Traumatitis is the most common cause of elbow pain, and pain is felt on the outside of the elbow.

Internal epicondylitis, commonly known as golfer's elbow, is an inflammation that occurs around the flexor tendon due to microscopic stress and tension due to complex causes or excessive use, which causes pain when using the corresponding muscle.

Internal epicondylitis causes pain on the inside of the elbow and is often seen in people who play golf frequently, and it is also common in housewives who do household chores, such as laundry and cleaning, repeatedly for a long period of time.

In order to reduce or prevent the pain caused by traumatic conjunctivitis and internal epicondylitis, a device or device that compresses or supports the tendon-muscle junction in contact with a healthy muscle tissue that is a trigger point, for example, an extensor or anterior flexor tendon, is being studied. .

Korean Patent Laid-Open No. 10-2009-0092772 (published on September 01, 2009) discloses a "compression wrap" and uses a compression wrap insert to compress a wounded elbow.

Also, similarly, there are many devices on the market, such as pressing the tendon-muscle junction of the elbow using a compression pad.

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

In addition, there is a problem in that the user has to maintain a desired compression force by frequently attaching and detaching the device due to variations in the compression force by the compression pad during exercise.

KR 10-1892573 B1 KR 20-0389554 Y

An object of the present invention, which was devised to solve the above problems, is to provide an improved compression fastener that pulls the end of the tightening pad surrounding the tendon muscle junction and compresses it in an annular shape, thereby providing a stable, stable operation with ease of wearing. To provide a local compression band device for tendon muscle junctions having an improved compression tightening structure to ensure durability and operational stability, and to ensure simplification and durability of the structure.

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

A local compression band device for a tendon muscle junction having an improved compression tightening structure according to the present invention,

a strap member surrounding the tendon muscle junction; a drawstring disposed at an end of the strap member; a tightening pressure member disposed on the strap member and chunking the strap member surrounding the tendon muscle junction by winding the drawstring; and a local compression unit for locally compressing the painful area of the tendon muscle junction tightened by the strap member,

The tightening pressing member may include: a dial housing having an upper opening-type receiving space in which a drawstring exit is formed on a side wall and a hollow assembly boss is formed to protrude upward;

a ratchet stopper having an elastic shoulder arm having a one-way locking protrusion formed at an end thereof in a hollow piece disposed in a concentric structure within the storage space; and

A stopper rim that is arranged in a lifting structure through an assembly boss in the storage space, is in contact with the elastic shoulder arm of the ratchet stopper, and has one-way stopping protrusions formed at equal intervals on the inner diameter surface, and a drawstring that enters the storage space through the drawstring exit. It is characterized in that it is configured to include a hollow tightening dial in which the winding section to be wound is formed.

Preferably, the elastic shoulder arm constituting the ratchet stopper has one end fixed to the outer wall of the hollow piece to form a fixed end, and the other end with the one-way locking protrusion forms a free end and has a “つ”-shaped bent portion. It is composed of an arm body, and is configured to form an "⊃"-shaped elastic void between the inner wall of the elastic shoulder arm and the outer wall of the hollow piece.

More preferably, the elastic shoulder arms constituting the ratchet stopper are arranged in an isometric radial structure on the outside of the hollow piece, so that the stopper rim of the tightening dial is formed on the end of each elastic shoulder arm through a one-way locking jaw formed on the inner wall of the stopper rim. It is attached to each one-way locking protrusion formed on the , and multiple restraints are made by the ratchet stopper.

a pressing head disposed on the assembly boss formed in the dial housing in an elevating structure and formed to protrude from the bottom surface of the dial housing; It is arranged in a rotating structure on the upper portion of the receiving space of the dial housing, and further includes a local pressing part including a pressure control knob for adjusting the downward protrusion height of the pressure head according to the fastening distance to the pressure head.

In addition, a plurality of assembly grooves are formed in a radial structure on the bottom of the receiving space of the dial housing, and press-fit ends that are elastically press-fitted into the assembly grooves to form press-fitting ends on the bottom surface of the ratchet stopper facing the same, while the bottom surface of the receiving space is formed. Support protrusions for supporting the bent portion of each elastic shoulder arm are formed in the reverse direction, and the elastic shoulder arm is configured such that the outer wall is supported and fixed by the support protrusion.

As described above, in the present invention, an improved tightening structure is provided for stably compressing the tendon-muscle junction by winding the drawstring and accumulating the strap member surrounding the tendon-muscle junction.

The tightening structure includes a ratchet stopper disposed in the dial housing and multiple restraints of the tightening dial, and rotates the tightening dial in the forward direction by the elastic structure of a unique elastic shoulder arm formed in the ratchet stopper to connect the tendon muscle joint through the strap member. In the annular compression, it is possible to prevent damage to the ratchet stopper or the tightening dial even by repeated use, smooth operation and reliability according to operation.

In addition, since the ratchet stopper is elastically deformed by itself and restrains the tightening dial at equal intervals through a plurality of elastic shoulder arms that shoulder and restrain the tightening dial, the reverse rotational force applied during the wearing process is distributed by the elastic shoulder arms, A phenomenon in which the restraint of the tightening dial by the ratchet stopper is arbitrarily disassembled or excessive stress is removed from the elastic shoulder arm constituting the ratchet stopper may be prevented from being deformed or damaged.

1 and 2 show the overall configuration of the local compression band device for the tendon muscle junction proposed as a preferred embodiment in the present invention,
3 and 4 show the wearing state of the local compression band device for the tendon muscle junction proposed as a preferred embodiment of the present invention. FIG. 3 shows the annular compression process of the tendon muscle junction, and FIG. It shows the state of local pressurization of the tendon-muscle junction.
5 is an enlarged view showing the state of the shaft tube of the strap member through the forward rotation of the tightening dial;
6 to 8 are exploded perspective views showing the detailed configuration of the compression fastener in the local compression band device for the tendon muscle junction proposed as a preferred embodiment of the present invention;
9 is a view showing the restraint state of the tightening dial by the ratchet stopper in the local compression band device for the tendon muscle junction proposed as a preferred embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, a local compression band device for tendon muscle junctions proposed as a preferred embodiment of the present invention will be described in detail.

1 and 2 show the overall configuration of the local compression band device for the tendon-muscle junction proposed as a preferred embodiment of the present invention, and FIGS. 3 and 4 are the tendon-muscle junction proposed as a preferred embodiment of the present invention. It shows the wearing state of the local compression band device for use. FIG. 3 shows the annular compression process of the tendon muscle junction, FIG. 4 shows the local compression state of the annular compressed tendon muscle junction, and FIG. It is an enlarged view of the shaft tube state of the strap member through rotation.

The local compression band device 1 for tendon muscle junction, proposed as a preferred embodiment of the present invention, is conveniently worn on the tendon muscle junction part of a wearer causing pain and continuously locally compresses the pain part formed in the tendon muscle junction part. It is an auxiliary device that relieves or treats pain by relieving tension in the tendon muscles that cause pain.

The local compression band device for the tendon muscle junction (1), as shown in FIGS. 1 to 5, includes: a strap member 100 made of a long longitudinal body so as to surround the tendon muscle junction as a whole; a tightening pressure member 200 disposed on the strap member 100; It is fixed to one end of the strap member 100 and includes a drawstring 300 wound by the tightening pressure tool 200 .

The strap member 100 is made of a pad having flexibility, such as silicone, urethane, leather, fabric, etc., and is configured to surround the tendon muscle joint as a whole, and the strap member 100 is connected to the tendon muscle joint through the tightening compression device 200 . By adjusting the diameter by increasing or decreasing the crossing distance according to the diameter of

In addition, the tightening and compressing device 200 pulls the drawstring 300 through winding and pulls and contracts the end of the strap member 100 surrounding the tendon muscle junction, and presses the tendon muscle junction by the strap member 100 . and locally pressurizes the painful area of the annular compressed tendon muscle junction.

In the present invention, when the tendon muscle junction is annularly pressed through the strap member 100, the skin of the tendon muscle junction is locally stamped by the ends of the strap members 100 that cross each other, so that during the wearing process or wearing. Try to suppress phenomena that cause pain or injury to the wearer.

To this end, it is disposed between the inner diameter surface of one end 101 of the strap member 100 and the inner diameter surface of the other end 102, so that the ends 101 and 102 of the strap member 100 are attached to the skin of the tendon muscle junction. Add the anti-scratch pad 110 to form an annular body without being directly exposed.

That is, in the present invention, the ends 101 and 102 of the strap member 100 made of a long elongated body are wound and pulled by the drawstring 300 and the drawstring 300 through the tightening pressure tool 200 . By intersecting closely or overlappingly, the relatively thin and soft fabric is prevented from being stamped between the inner walls of the ends 101 and 102 of the strap member 100 when the tendon muscle junction is annularly compressed by the strap member 100 that is contracted. Pad 110 is locally disposed.

According to the present embodiment, the anti-slip pad 110 is made of elastic fabric, and the end 101 of the strap member 100 is annularly tightened to the tendon muscle junction by elastic expansion and contraction as shown in FIGS. 3 and 4 . 102) is in direct contact with the skin and prevents the skin from being dented.

In particular, the anti-slip pad 110 organically expands and contracts according to the diameter of the shaft tube of the strap member 100, which is axially piped to various diameters according to the amount of tightening of the tightening tool 200, so that the strap member 100 is not folded or wrinkled. It stably prevents the exposing of the end of the tendon to the skin of the tendon-muscle junction.

In addition, since both ends of the strap member 100 are interconnected by an anti-slip pad 110 made of elastic fabric to form an annular body, the strap member 100 is connected to the tendon muscle joint by the anti-slip pad 110 during the wearing process. It is possible to form a pre-wear state, and since the tightening pressure is performed by the tightening compression device 200 to promote annular compression of the tendon muscle junction, the strap member 100 is comfortable to wear by the anti-scratch pad 110 . Convenience of wearing can be secured together with

In addition, the tightening and compressing device 200 pulls the drawstring 300 through winding and pulls and contracts the end of the strap member 100 surrounding the tendon muscle junction, and presses the tendon muscle junction by the strap member 100 . and locally pressurizes the painful area of the annular compressed tendon muscle junction.

The tightening compression tool 200 is fixed to a point of the strap member 100, and the drawstring 300 is formed at one end of the strap member 100 surrounding the tendon muscle junction, so that the strap member 100 is tightened. It is gradually reduced to the winding of the compression tool 200 .

In this embodiment, as shown in FIGS. 1 to 4, the strap member 100 is composed of a pair of split pads 100A and 100B, and the tightening pressure tool 200 is inserted between the split pads 100A and 100B with a pin ( P) By connecting, the tightening pressure tool 200 is disposed on the strap member 100 .

6 to 8 are exploded perspective views showing the detailed configuration of the compression fastener in the local compression band device for tendon muscle junction proposed as a preferred embodiment in the present invention, and FIG. 9 is a preferred embodiment of the present invention. It shows the restraint state of the tightening dial by the ratchet stopper in the local compression band device for the tendon muscle junction.

As shown in FIGS. 5 to 9, the tightening and pressing tool 200 has an upper open-type receiving space ( a dial housing 210 having 210a; a ratchet stopper 220 having an elastic shoulder arm 222 having a one-way locking protrusion 222c formed at an end of the hollow piece 221 concentrically arranged in the receiving space 210a; And it is arranged in a lifting structure through the assembly boss 212 in the receiving space 210a, in contact with the elastic shoulder arm 222 of the ratchet stopper 220, one-way locking protrusions 231a are formed at equal intervals on the inner diameter surface. It includes a stopper rim 231 and a hollow tightening dial 230 in which a winding section 232 for winding the drawstring 300 entered into the storage space 210a through the drawstring exit 211 is formed.

The ratchet stopper 220 is fixed through assembly in the dial housing 210, and in this embodiment, as shown in FIGS. 7 and 8, a plurality of assembly grooves are provided on the bottom of the receiving space 210a of the dial housing 210 The (210b) is formed in a radial structure, and the bottom surface of the ratchet stopper 220 facing the same is formed with press-fitting ends (221a) that are elastically press-fitted into the assembly groove (210b) to be shoulder-attached.

Accordingly, the ratchet stopper 220, which has entered the dial housing 210 along the assembling boss 212, elastically presses the press-fit ends 221a formed on the bottom surface into the assembly groove 210b, so that the dial housing 210 is closed. It is assembled to be standardized on the floor of the storage space 210a.

In addition, in the receiving space 210a of the dial housing 210 to which the ratchet stopper 220 is assembled, the tightening dials 230 are stacked along the assembly boss 212 .

At this time, the ratchet stopper 220 is disposed in a concentric structure in the stopper rim 231 formed on the lower portion of the tightening dial 230, so that the one-way restraint state of the one-way locking protrusion 222c and the one-way locking protrusion 231a is formed. .

In addition, in this embodiment, a plurality of elastic shoulder arms 222 are disposed on the outer surface of the hollow piece 221 constituting the ratchet stopper 220 in an isometric radial structure, and the stopper rim 231 of the tightening dial 230 is disposed. ) is attached to each one-way locking protrusion 231a formed on the inner wall of the stopper rim 231 through the one-way locking jaw 222c formed at the end of each elastic shoulder arm 222, so that multiple restraints by the ratchet stopper 220 are make it happen

Therefore, the tightening dial 230 on which the tightening strap 300 is wound is multi-constrained in a radial structure by a plurality of elastic shoulder arms 222 formed on the ratchet stopper 220, and the strap member 100 is worn during the wearing process. ), even if external force is provided, the restraint state with the ratchet stopper 220 is arbitrarily dismantled, thereby preventing the arbitrarily releasing the compression state of the tendon muscle junction.

In addition, the one-way locking jaw 222c is configured to include a first barb jaw part 222c-a and a second barb jaw part 222c-b as shown in FIG. ) to restrain the pair of one-way locking projections 231a formed at the same time.

In particular, in this embodiment, the elastic shoulder arm 222 constituting the ratchet stopper 220 is improved, and the elastic shoulder arm 222 is configured to have sufficient elasticity through its own shape deformation, so that it operates smoothly in the process of use. To secure the stability and minimize physical damage caused by friction between the one-way locking jaw and the one-way locking protrusion through repeated use.

To this end, the elastic shoulder arm 222 constituting the ratchet stopper 220 has one end fixed to the outer wall of the hollow piece 221 as shown in FIGS. 7 to 9 to form a fixed end 222a, and is engaged in one direction. The other end on which the jaw 222c is formed forms a free end and is composed of a female body having a "つ"-shaped bent portion 222b, between the inner wall of the elastic shoulder arm 222 and the outer wall of the hollow piece 221 . A "⊃"-shaped elastic pore portion 223 is formed.

In addition, the support protrusions 213 for supporting the bent portion 222b of each elastic shoulder arm 222 in the reverse direction are formed on the bottom surface of the receiving space 210a, so that the reverse rotational force applied to the elastic shoulder arm 222 is formed. By dispersing the, the fixed state between the fixed end 222a and the hollow piece 221 of the elastic shoulder arm 222 is poor due to the reverse rotational force, or the bending portion 222b of the elastic shoulder seat 222 is reversed by the reverse rotational force. It is possible to suppress the phenomenon of permanent deformation by

In particular, the ratchet stopper 220 is a tightening dial 230 in an isometric radial structure through a plurality of elastic shoulder arms 222 made of a female body having a "つ"-shaped bent portion 222b capable of dispersing stress. Since the reverse rotation is constrained by multiple shoulder attachments, physical damage such as deformation or damage of the ratchet stopper 220 due to the reverse rotation restraint of the tightening dial 230 is prevented along with the stable restraint of the reverse rotation of the tightening dial 230 . do.

Accordingly, each of the elastic shoulder arms 222 formed in the ratchet stopper 220 is elastically bent through the elastic gap 223 by the interference of the one-way locking protrusion 231a formed on the tightening dial 230 as shown in FIG. 9 . While doing so, the tightening dial 230 is constrained in the reverse direction.

Thus, the tightening dial 230 winds the tightening string 300 in the winding section by forward rotation by an external force, thereby accumulating the strap member 100 surrounding the tendon muscle junction, and the tightening dial 230 is a ratchet stopper. A strap member ( 100) is contracted and continuously maintains the state of pressing the tendon-muscle junction.

And, when the tightening dial 230 is pulled upwards, the one-way locking jaw 222c of the elastic shoulder arm 222 formed on the ratchet stopper 220 and the one-way locking protrusion 231a formed on the stopper rim 231) is released, and as a result, while the drawstring 300 wound around the tightening dial 230 is released, the compression state of the tendon muscle junction by the strap member 100 is released.

And, in the present invention, in the tightening compression tool 200 that winds up the drawstring 300 and promotes annular compression of the tendon muscle junction by the strap member 100, the local pressurizing part of the tendon muscle junction is locally pressed. By integrally forming the pressure structure, it is possible to relieve or relieve pain through local pressure of the painful area while providing convenience according to the simplification of the structure and manipulation.

The local pressing structure according to the present embodiment includes a pressing head 252 disposed in a lifting structure on the assembly boss 212 formed in the dial housing 210 and protruding from the bottom surface of the dial housing 210; The dial housing 210 includes a pressure control knob 251 disposed in a rotational structure on the upper portion of the receiving space 210a to adjust the downward protrusion height of the pressure head 252 according to the fastening distance with the pressure head 252. do.

A guide shaft 252a having a fastening bolt portion 252b is formed on the upper portion of the pressing head 252 to be upright, and the assembly boss 212 and the guide shaft 252a penetrating it are formed in a polygonal or oval shape. , the pressure head 252 is assembled by the assembling boss 212 is configured to move up and down in a state in which the rotation is constrained.

In addition, the pressure control knob 251 is integrally formed with a fastening nut part 251a fastened with a fastening bolt part 252b provided in the pressure head 252 at a lower portion, so that the pressure adjusting knob 251 is a fastening nut It is fixed by fastening with the pressing head 252 protruding upward along the assembling boss 212 through the portion 251a.

Therefore, according to the forward and reverse rotation of the pressure control knob 251 as shown in FIG. 4 , the pressure head 252 moves up and down along the assembling boss 212 , and through this, the pressure projecting downward protruding from the bottom surface of the dial housing 210 . By adjusting the protrusion height of the head 252, it is possible to adjust the compression strength of the painful area.

In addition, in the present invention, the hollow ratchet stopper 220, the hollow tightening dial 230, and the pressure control knob 251 are organically coupled to the assembly boss 212 upright in the dial housing 210. The proposed arrangement of the multiple assembly bushes 240 to be assembled enables standardized assembly of these ratchet stoppers 220 , the tightening dial 230 , and the pressure control knob 251 .

The multiple assembly bush 240 proposed in this embodiment is a hollow bush base 241 assembled by attaching to the assembly end formed in a radial structure on the inner diameter of the pressure control knob 251 as shown in FIGS. 7 and 8 . )Wow; The inner diameter shoulder attachment pieces 242 are integrally formed to protrude downward in a conformal radial structure in the hollow portion of the bush base 241 and attach the assembly jaws 212a formed on the upper end of the inscribed assembly boss 212; and outer diameter shoulder attachment pieces 243 for attaching the inner diameter of the ratchet stopper 220 that are integrally formed to protrude downward in a conformal radiation structure in the hollow portion of the bush base 241.

In this embodiment, a plurality of assembling rails 212b are formed on the outer wall of the assembling boss 212, and in the hollow portion of the multiple assembly bushes 240 in contact therewith, assembling blocks 244 assembled with each assembling rail 212b. ) to protrude inwardly, the multi-assembly bush 240 is assembled to the assembly boss 212 to form an elevating space at a set interval on the outer wall of the assembly boss.

Therefore, the multiple assembly bush 240 assembled on the bottom surface of the pressure control knob 251 and fixed to the upper part of the assembly boss 212 through the inner diameter shoulder attachment pieces 242 is a ratchet stopper through the outer diameter shoulder attachment pieces 243 . Forming a standardized assembly state of 220, the tightening dial 230 is arranged in a lifting structure in the lifting space formed between the ratchet stopper 220 and the multi-assembly bush 240.

Thus, the present invention provides a ratchet stopper 220 and a tightening dial ( 230) and a standardized assembly of the pressure control knob 251 is possible, and as a result, convenience according to the assembly of the tightening pressure tool 200 can be achieved, and each of these components is attached to the multi-assembly bush 240. By forming a standardized support and assembly state, improved operational stability can be secured.

1. Local compression band device for tendon junction
100. Strap members 100A, 100B. split strap
101. One end 102. The other end
110. Anti-scratch pad
200. Tightening pressure device
210. Dial housing 210a. storage space
210b. Assembly groove 211. Drawstring exit
212. Assembly boss 212a. assembly jaw
212b. Assembling rail 213. Support projection
214. Shoulder groove
220. Ratchet Stopper 221. Hollow
221a. Press-fit end 222. Elastic shoulder arm
222a. fixed end 222b. bend
222c. One-way locking jaw 222c-a. 1st barb jaw
222c-b. Second barb jaw 223. Elastic void
230. Tightening dial 231. Stopper rim
231a. One-way stumbling block 232. Winding section
240. Multi-Assembly Bush 241. Bush Base
242. Inner diameter shoulder attachment piece 243. Outer diameter shoulder attachment piece
244. Assembling Block
250. Local pressure 251. Pressure adjustment knob
251a. Tightening nut 252. Pressing head
252a. guide shaft 252b. fastening bolt
300. Drawstring

Claims (5)

a strap member surrounding the tendon muscle junction; a drawstring disposed at an end of the strap member; a tightening pressure member disposed on the strap member and chunking the strap member wrapped around the tendon muscle junction by winding the drawstring; and a local compression unit that locally compresses the painful area of the tendon muscle junction tightened by the strap member,
The tightening pressing member includes: a dial housing having an upper opening type receiving space in which a drawstring exit is formed on a side wall and a hollow assembly boss is formed to protrude upward;
a ratchet stopper having an elastic shoulder arm having a one-way locking protrusion formed at an end thereof in a hollow piece arranged in a concentric structure in the storage space; and
A stopper rim that is arranged in a lifting structure through an assembly boss in the storage space, inscribed with the elastic shoulder arm of the ratchet stopper, and has one-way locking projections formed at equal intervals on the inner diameter surface, and a drawstring that enters the storage space through the drawstring exit. Including a hollow tightening dial formed with a winding section to be wound,
a pressure head disposed on the assembly boss formed in the dial housing in an elevating structure and formed to protrude from the bottom surface of the dial housing; Tendon muscle, which is arranged in a rotatable structure on the upper portion of the receiving space of the dial housing and further includes a local pressing part including a pressing adjustment knob for adjusting the downward protrusion height of the pressing head according to the fastening distance with the pressing head. Local compression band devices for joints. According to claim 1, wherein the elastic shoulder arm constituting the ratchet stopper, one end is fixed to the outer wall of the hollow piece to form a fixed end, the other end formed with a one-way locking protrusion forms a free end, a "つ"-shaped bending A local compression band device for tendon muscle junction, characterized in that it is composed of an arm body having a portion, and is configured to form a “⊃”-shaped elastic void between the inner wall of the elastic shoulder arm and the outer wall of the hollow piece. The inner wall of claim 1, wherein the elastic shoulder arms constituting the ratchet stopper are arranged in an isometric radial structure on the outside of the hollow piece, and the stopper rim of the tightening dial is formed through a one-way locking jaw formed at an end of each elastic shoulder arm. A local compression band device for tendon muscle junction, characterized in that it is shoulder-attached to each one-way locking protrusion formed on the , and multiple restraints are made by a ratchet stopper. delete According to claim 1, wherein a plurality of assembly grooves are formed in a radial structure on the bottom of the receiving space of the dial housing, and on the bottom surface of the ratchet stopper facing the same, press-fit ends that are elastically press-fitted into the assembly grooves to be shoulder-attached, while the housing is formed. A local compression band device for tendon muscle junction, characterized in that by forming support protrusions for supporting the bent portion of each elastic shoulder arm in the reverse direction on the bottom surface of the space, the elastic shoulder arm is configured to be fixed by supporting the outer wall by the support protrusion.

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