JPH10248865A - Leg joint taping supporter - Google Patents

Abstract

PROBLEM TO BE SOLVED: To restrain the varus and valgus of an ankle in such a way that its bending movements toward the bottom and the back are not obstructed. SOLUTION: This leg joint taping supporter has an anchor strap 2 and a figure-8 strap 3 which are formed integrally from an expansible tape having a hook-and-loop fastener on its outer surface, a stirrup strap 4 is fixed at one end to the anchor strap 2, and an inner condyle pad 5 and an outer condyle pad 6 that are low in expandability and have elasticity are freely removably provided on the anchor strap 2. The inner condyle pad 5 is applied to the inner condyle and the outer condyle pad 6 is applied to the outer condyle as the anchor strap 2 is tightly wound around the ankle. By winding the strap strap 4 around the bottom of the foot from the inside of the foot, the pads 5, 6 are pressed against the respective condyles and the ankle is pushed in the valgus direction. Since the pads 5, 6 are pressed against the condyles and are hard to expand and contract in the vertical direction, they restrain the varus and valgus of the ankle. The bending movements of the ankle toward the bottom and the back can be made smoothly since the pads 5, 6 are deformed as the ankle moves.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an ankle supporter used for the prevention and treatment of ankle sprains, and more particularly, to an elastic tape-like body wound around an ankle and its periphery to be tightened. The present invention relates to an ankle taping supporter that can fix a plantar flexion and a dorsiflexion.

[0002]

2. Description of the Related Art There is known an ankle taping supporter (hereinafter, referred to as a supporter) in which a surface fastener is attached to a long tape-like body. The supporter is fastened around the ankle and the periphery thereof, and one end of the supporter is attached to the hook-and-loop fastener of the supporter itself. However,
Because it is difficult to wrap it around the ankle,
There was a problem that varus and valgus of the ankle could not be reliably prevented.

In view of the above, a supporter provided with a holding member for holding berries has been proposed, for example, as disclosed in Japanese Patent Application Laid-Open No. 8-56972.
The supporter includes an anchor strap (hereinafter referred to as an anchor) which is wound around the ankle, and a figure which is wound around the instep and sole from the outside of the foot, turns through the instep again to the rear side of the foot, and is wound in a figure-eight shape. Your Eight strap (hereafter referred to as "figure your eight"), the Star Up strap (hereafter referred to as "star up") that turns the sole and winds the outer and inner fruits, and the outer fruit pad that is provided inside the star up and holds the outer fruits. From The anchor and the figure eight are integrally formed with a tape-like body provided with a surface fastener on the outer surface, and the first surface and the figure eight which are engaged with the surface fastener on the outer surface of the anchor are formed on the inner surface of the tape-like body. A second surface fastener is provided for engaging the surface fastener on the outer surface. Star up,
The outer surface is formed of a tape-shaped body having a surface fastener, and the inner surfaces at both ends are provided with a third surface fastener and a fourth surface fastener which are engaged with the anchor. The berry pad has a double structure with a buffer plate material such as sponge as the inner layer, and a resin lining plate member as the outer layer.The central part swells and the both ends are warped so as to roughly follow the shape of the berry. One end is fixed to the inside of the star up with a stud. According to this supporter, the anchor is wrapped around the ankle, and the third and fourth surface fasteners are engaged with the surface fastener of the anchor while the central portion of the malleolar pad is in contact with the top of the malleolus, thereby forming the star up. Fix both ends and press the berry pad with a star up against the berry. Thereafter, the figure eight is wound in a figure-eight shape, and the second surface fastener is engaged with the surface fastener on the outer surface of the figure eight near the intersection at the instep to fix the end. By attaching the supporter to the foot as described above, the ankle is securely fixed.

[0004]

However, the above-mentioned conventional supporter is troublesome to attach to the foot.
There are problems such as difficulty in plantar flexion and dorsiflexion of the ankle, and difficulty in sufficiently suppressing inversion of the ankle, and it is difficult to say that it is practically sufficient. In other words, when attaching the berry pad, the center part of the berry pad should be placed on the top of the berry, and both ends of the star-up should be fixed to the anchor in order to attach the berry pad. Not only that, the mounting work has been troublesome. Regarding plantar flexion and dorsiflexion of the ankle The malleolar pad will hold not only the malleolus but also the area around the malleolus widely. Since the plantar flexion and the dorsiflexion of the ankle are movements centering on the ankle, the periphery of the malleolus is suppressed by the malleolar pad, which is suppressed. In addition, since the outer layer of the berry pad is made of a resin-made patch plate and has a shape and structure that is difficult to deform, the foot hits the berry pad when trying to plantar flexion and dorsiflexion, and the ankle moves. Is regulated. Therefore,
Although walking and running are difficult and can be used to treat ankle sprains, they are not suitable for preventing ankle sprains during exercise or the like. Regarding the suppression of inversion of the ankle Even if the epiphyseal pad is used to hold the epicarpus, the star-up is wound around the outside of the foot by turning the sole of the foot and pulling it inward. And tightened. Therefore, even if FIG. 8 can firmly press the malleolar pad against the malleolus, the ankle is urged in the varus direction by the star-up and wins, and it is difficult to sufficiently suppress the varus of the ankle.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned conventional circumstances, and its object is to provide a supporter which can be easily attached and detached and can suppress ankle varus and valgus so as not to hinder plantar flexion and dorsiflexion. Is to provide.

[0006]

According to the present invention, one end of the star-up is fixed to the anchor so that the star-up is turned from the inner malleolus to the sole and wound around the outer malleolus. Thereby, the star-up can be mounted with one hand. Further, since the ankle can be urged in the valgus direction to be tightly wound, the ankle varus can be suppressed to some extent even when the medial pad and the lateral mallet pad are not mounted.

By providing the inner malleable pad and the outer mallet pad on the anchor, the inner mallet and the outer mallet are held down so as not to spread, and the ankle varus is suppressed. Each pad is made of foamed resin material with low elasticity and elasticity as the inner layer,
By adopting a double structure with a resin material with low elasticity and low torsional rigidity as the outer layer, each pad moves with the foot when the ankle flexes plantar and dorsiflexion, and when it tries to varus and valgus Each pad becomes a resistor and suppresses its operation. By providing the inner malleable pad in the anchor detachably and movably providing the outer mallet pad, it is possible to appropriately hold the inner and outer mallets in accordance with the size of the foot.

[0008] A fork strap, which passes from the sole of the foot to the outside of the foot after turning on the foot and turns the back of the foot for tightening, is provided to prevent inversion of the ankle. At the same time, the winding state of FIG. Eight or the like is maintained to suppress the deviation.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION A supporter according to the present invention comprises an anchor wound around an ankle and a figure eighty wound around an instep and a sole from the outside of a foot, and turned again through the instep to the back of a foot to be wound in a figure eight shape. And a star-up that is wound around the sole from the inner malleolu and passes through the outer malleolus, and the anchor and the figurate are integrally formed of an elastic tape-shaped body having a surface fastener on the outer surface, and a tape-shaped body A first surface fastener engaging with the surface fastener of the outer surface of the anchor and a second surface fastener engaging with the surface fastener of the outer surface of FIG. 8 are provided on the inner surface of the anchor, and the star-up is formed of an elastic tape-like body. The anchor has one end fixed across the anchor so as to pass through the inner mallet at the time of mounting, and the other end has a third surface fastener which is engaged with the surface fastener on the outer surface of the anchor. Good.

[0010] The star-up may be an elastic tape-like body having a surface fastener provided on the outer surface, and serves as an auxiliary means for engaging the second surface fastener of FIG. It also serves as buffer means. It is preferable that the inner fruit pad is removably provided on the anchor at a portion where one end of the star cap is fixed so as to be located inside the star cap, and the outer fruit pad is provided movably in the longitudinal direction of the anchor. At this time, each pad preferably has a double structure in which a foamed resin material having low elasticity and elasticity is used as an inner layer, and a resin material having low elasticity and low torsional rigidity is used as an outer layer. Further, a first support hole and a second support hole are formed in the malleolar pad, the figurine is passed from the outside to the inside of the first support hole, and the anchor is moved to the second support hole.
Forming a first support hole and a second support hole in the malleolar pad by passing the support hole from the outside to the inside to support the anchor;
The anchor may be supported by passing the anchor from the inside of the first support hole to the outside and passing the anchor from the outside to the inside of the second support hole.

[0011] The func- tional is made of a stretchable tape-like body, and has a surface fastener which is engaged with the surface fastener of the outer surface of the figure eight or the anchor at least at both ends of the inner surface. Further, it is preferable that a hook-and-loop fastener is provided on the entire inner surface of the fork, so that the ankle can be more reliably urged in the valgus direction, and the displacement of the figure-eight, anchor or star-up can be prevented.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the drawings. 1 to 8 are conceptual explanatory diagrams of a right foot supporter to which the present invention is applied to a right leg, and FIGS. 9 to 13 are conceptual explanatory diagrams of a use state. FIG. 1 is a developed view of the supporter for the right foot as viewed from the inside, and FIG. 2 is a developed view of the supporter for the right foot, also viewed from the outside. The supporter 1 shown in FIG. 1 and FIG.
It is a supporter to be attached on the basis of the inner fruit consisting of FIG. 8, star up 4, inner fruit pad 5 and outer fruit pad 6, and has a fork 7 shown in FIG. 8 as an accessory means.

[0013] The anchor 2 is set to have a length capable of winding the ankle once, and the figure 8 is set to have a length capable of crossing the instep of the foot and winding the ankle and the sole in a figure eight shape. . The anchor 2 and the figure 8 are integrally formed of a stretchable tape-like body having a surface fastener formed of a loop connector on the entire outer surface. This tape-shaped body expands and contracts in the longitudinal direction, but does not expand and contract in the width direction, and is a woven resin material generally used conventionally. The elasticity of this tape-shaped body is preferably as close to that of the skin as possible. Since the anchor 2 and the figurine eight 3 can move together with the skin, they are less likely to slip, and the foot can easily stop the desired movement. . On the inner surface of the tape-like body, a first surface fastener 8 and a second surface fastener 9 composed of a hook-type connector engaged with the surface fastener on the outer surface are sewn. The first surface fastener 8 is provided near a position where the end of the anchor 2 abuts when the anchor 2 is wound around the ankle, and is engaged with and fixed to the surface fastener on the outer surface of the anchor 2. I have. The second surface fastener 9 is provided at an end of the figure 8 so that when the figure 8 is wound around the ankle and the periphery thereof, it is engaged with and fixed to the surface fastener on the outer surface thereof.

The star-up 4 is formed of an elastic tape-like material having the same structure as the anchor 2 and is fixed by sewn one end across the anchor 2 so as to pass through the inner mallet at the time of mounting.
At the other end, a third surface fastener 10 that is engaged with the surface fastener on the outer surface of the anchor 2 is provided. 3rd Surface Fusuna 1
Numeral 0 denotes a hook-and-loop fastener composed of the same hook type connectors as the first and second hook-and-loop fasteners 8 and 9. Star Up 4
Is set to such a length that it can pass through the inner mallet, go around the sole, and be tightened through the outer mallet. The sewn portion between the star-up 4 and the anchor 2 is set within a range that does not hinder the attachment of the malleolar pad 5 to the anchor 2 as described later.

The inner malleable pad 5 is detachably provided on the anchor 2, and the inner layer 11 is made of a low foaming resin, ethyl vinyl acerate sponge, and the outer layer 12 is made of vinyl chloride. It is made of material. The thickness of the inner layer 11 is about 3 mm, slightly expands and contracts in vertical and horizontal oblique directions, twists freely, absorbs external shocks,
It is soft and elastic. The thickness of the outer layer 12 is about 1 mm
It does not expand and contract in the vertical and horizontal diagonal directions, is free to twist, and has a softness, though not as good as the inner layer 11. Inner fruit pad 5
Has a degree of freedom against twisting, and since the inner layer 11 is soft and elastic, the ankle firmly adheres to the medial malleolus and its periphery even when performing plantar flexion, dorsiflexion, horizontal rotation, Allow these movements of the ankle. On the other hand, since the elasticity in the vertical direction is low, it resists movement of the ankle in the varus direction, valgus direction, and the like, and prevents these movements of the ankle. In addition, since it is soft and elastic, it does not cause pain in and around the ankle when worn, and protects the ankle against external impact.

As shown in FIG. 5, the shape of the inner malleable pad 5 is formed by combining a rectangle and a dome, and a first portion for attaching the inner malleable pad 5 to the anchor 2 at the rectangular portion. A support hole 13 and a second support hole 14 are formed. Each of the support holes 13 and 14 is formed by cutting a gap between small holes formed at intervals and making a cut, and obliquely cutting the inner layer 11 on one side of the cut. It is shown as follows. Each support hole 13, 14
Is formed as shown in FIG.
As will be described later, when the inner malleable pad 5 is attached to the anchor 2, when the supporter 1 is attached to the ankle, etc., each support hole 13,
The portion outside of 14 is not turned up, and can be installed and mounted in an orderly manner as shown in FIGS. To attach the inner fruit pad 5 to the anchor 2, pass the figurine eight 3 from the outside to the inside of the first support hole 13,
The anchor 2 is provided on the anchor 2 by passing the anchor 2 from the outside to the inside of the second support hole 14. That is, the star 2 is provided on the anchor 2 at a position where one end of the star 4 is fixed so as to be located inside the star 4. This allows
The malleolar pad 5 is supported so as not to move in the longitudinal direction of the anchor 2, is securely fixed to the ankle by the anchor 2 when the supporter 1 is used, and is strongly pressed against the malleolus by the star up 4.

The pulp pad 6 is provided movably in the longitudinal direction of the anchor 2 and is formed of the same material as the pulp pad 5, and as shown in FIG. 7, an inner layer 15 and an outer layer 16 are bonded to each other. It has a structure. The shape of the berry pad 6 is shown in FIG.
As shown in the figure, the shape is a combination of a rectangle and a dome shape like the inner fruit pad 5, but since the outer fruit is at a lower position than the inner fruit, the dome shape is equivalent to the difference. Is longer than the endocarp pad 5. In order to attach the outer fruit pad 6 to the anchor 2, the inner fruit pad 5
Similarly, the first support hole 17 and the second support hole 18 are formed, and the anchor 2 is passed from the inside of the first support hole 17 to the outside and from the outside of the second support hole 18 to the inside. 2 is provided. First support hole 17 of berry pad
A surface fastener on the outer surface of the anchor 2 is exposed outside between the first support hole 18 and the second support hole 18, as shown in FIG.
The exposed portion is used to fix the star up 4 by engaging the third surface fastener 10 of the star up when the supporter 1 is used. Accordingly, the berry pad 6 is prevented from moving in the longitudinal direction of the anchor 2 by the star-up 4, and is strongly pressed against the berry by the star-up 4.

Next, the fork 7
As shown in FIG. 8, is formed of an elastic tape-like body having a hook-and-loop fastener on the entire inner surface, and is set to have a length that passes from the sole to the outside, turns around the rear side, and reaches the instep. The surface fastener of the fork 7 is a surface fastener composed of a hook type connector, and the anchor 2 and the FIG.
And the surface fastener of the outer surface of the star up 4. This fork 7 is used as necessary when a fierce competition is performed. In the case where the fork 7 is used, after fitting the figure 8 to the foot, the figure 7 is placed on the figure 3, the anchor 2 or the star up 4 as shown in FIG. And wrap it around. That is, the foot passes from the sole to the outside of the foot, turns the back of the foot, winds up to the instep, and fixes one end to the anchor 2. The fork 7 is provided with a hook-and-loop fastener on the entire inner surface, and is engaged with the hook-and-loop fastener on the outer surface at each portion intersecting with the figure 8, the anchor 2 or the star up 4, and is mounted on these. You. As a result, while maintaining the wound state of the figure 8, the anchor 2 or the star up 4, the displacement is suppressed, and the ankle inward movement is suppressed. Note that the fan 7 may be simply wound without being extended.

The operation of this embodiment will now be described with reference to FIGS. When the supporter 1 is attached, the berry pad 6
To adjust the distance between the inner fruit pad 5 and the outer fruit pad 6. As shown in FIG. 9, the inner malleable pad 5 is applied to the malleolus of the right foot, one hand holds the figurine eight, the other hand holds the anchor 2, and the anchor 2 is set so that the outer mallet pad 6 hits the outer mallet. The anchor 2 is fixed to the ankle by pressing the surface fastener on the outer surface of the end of the anchor 2 and the first surface fastener 8 to engage with each other. Each pad 5,
6 is pressed tightly against the ankle by the anchor 2. Next, the star-up 4 hanging along the inner fruit pad 5 is grasped with one hand, and the sole is turned to pass outside the outer fruit pad 6, and the third surface fastener 10 at the end is moved to the outside of the outer fruit pad 6. The outer surface of the anchor 2 exposed to the surface is pressed against the surface fastener to be engaged. The star-up 4 is fixed to the ankle as shown in FIG. 10, and presses the pads 5, 6 against the ankles. Each of the pads 5 and 6 is elastically deformed and adheres so as to wrap each ankle.

After the star-up 4 is attached, as shown in FIG. 11, the figurine eight 3 is turned to the sole through the outside and the instep of the berry pad 6, and as shown in FIG. Turn from the outside to the back and pass under the epicarp 6 and wrap it up to the instep. Then, the second surface fastener 9 at the end of the figure 8 is pressed against and engaged with the surface fastener on the outer surface of the figure 3 to fix the end of the figure 3 to complete the mounting. Each pad 5,
6 is pressed by the figurine eight 3, so that it more closely wraps each ankle. In particular, the hull pad 6 is pressed more strongly because the star up 4 is pressed by the FIG. 8 passing below it.

The supporter 1 is mounted as described above, but after the ankle is pulled up in the valgus direction by the star up 5, the sole is passed through the instep from the outside with the FIG. Are not easily twisted in the varus direction. In addition, the inner and outer pads 5, 6 are pressed in close contact with the respective ankles, and when the ankle is twisted in and out, the respective pads 5, 6 tend to extend in the vertical direction. However, each pad 5, 6
Since the elasticity in the vertical direction is extremely low, the movement of each ankle is prevented, and the torsion of the ankle is suppressed. On the other hand, with respect to plantar flexion, dorsiflexion, horizontal rotation, etc. of the ankle, neither the star up 4 nor the figure eight 3 hinders, and each of the pads 5, 6 has a degree of freedom against twisting, and is integrated with the ankle. Therefore, the pads 5 and 6 do not hinder the movement. Accordingly, since plantar flexion, dorsiflexion, horizontal rotation, and the like of the ankle are allowed, walking, running, and the like can be smoothly performed with the supporter 1 attached.

Next, when the fork 7 is used, as shown in FIG. 13, it is wound around the sole from the sole of the foot to the back side of the sole, and is fixed to the anchor 2 at one end. When passing through the outside, it is wound so as to pass outside the berry pad 6, and when passing through the inside, it passes outside the inside fruit pad 5. As a result, the pads 5, 6 are pressed more strongly against the ankles. Further, since the surface fastener provided on the entire inner surface of the fork 7 is engaged with the surface fasteners on the outer surfaces of the FIG. 8, the anchor 2 and the star-up 4, the wound state thereof is maintained and the slippage is prevented. . Furthermore, since the part of the sole of the figurine eight 3 is pulled outward to urge the ankle in the valgus direction, the twisting of the ankle in the varus direction can be further suppressed. It goes without saying that simply winding the fork 7 acts as a resistance in the inward direction of the ankle.

In this embodiment, since each of the pads 5, 6 is detachably provided on the anchor 2, the inner pad 5 and / or the outer pad 6 are used in accordance with the purpose of mounting. obtain. If each pad is damaged, it can be easily replaced.

[0024]

According to the present invention, one end of the star-up is fixed to the anchor, and the sole is turned from the inside of the foot to the outside so as to pass through the inner malleolus and the outer malleolus. Instead of urging the ankle in the varus direction, the ankle can be urged in the valgus direction for mounting. This has made it possible to more reliably prevent varus of the ankle and effectively treat and prevent sprains. Further, since one end of the star-up is fixed to the anchor, it is not necessary to use both hands as in the related art, the star-up can be mounted with one hand, and the work of mounting the supporter can be simplified.

When the inner fruit pad and the outer fruit pad are provided, the inner fruit pad and the outer fruit pad hold the inner fruit and the outer fruit, so that the spread of the inner fruit and the outer fruit can be suppressed. . In addition, since each pad is in close contact with each ankle and each pad is formed of a resin material having low elasticity, each pad has a resistance when it moves in varus and valgus directions. Thus, the movement of each ankle is regulated. As a result, varus and valgus of the ankle can be suppressed, and sprains due to these can be more reliably prevented. Also, plantar flexion of the ankle,
During dorsiflexion or horizontal rotation, each pad is deformed with the movement of the ankle, so that these operations are not hindered, and walking, running, etc. can be performed without hindrance. Further, since the malleolar pad is provided movably in the longitudinal direction of the anchor, it can be adjusted according to the size of the foot and can be applied regardless of the size of the foot.

When two pads are provided in each pad and the pads are attached through anchors, the positions of the pads can be easily adjusted, and the anchors can be securely fixed to the ankles. Further, the surface fastener on the outer surface of the anchor can be exposed between the support holes of the berry pad, and the exposed surface fastener serves as a means for engaging the third surface fastener. This makes it possible to fix one end of the star-up to the anchor without providing any additional fastening means. Further, since one end of the star-up is fixed to the anchor outside the berry pad, each pad can be pressed more strongly, and each ankle can be pressed and held more reliably.

In the case of providing a function, the portion of the sole of the figure eight is pulled outward to urge the ankle in a valgus direction, and the winding state of the figure eight, anchor, star-up, etc. is maintained to prevent slippage. Thereby, the movement of the ankle in the varus direction can be suppressed even more reliably.

[Brief description of the drawings]

FIG. 1 is a conceptual explanatory view of an embodiment of the present invention, and is a developed view of a right foot supporter viewed from the inside.

FIG. 2 is a development view of the right foot supporter as viewed from the outside.

FIG. 3 is an enlarged sectional view taken along line AA of FIG. 1;

FIG. 4 is a sectional view taken along line BB of FIG. 3;

FIG. 5 is a conceptual explanatory view of an inner fruit pad according to the embodiment of the present invention, and is a front view seen from the inside.

FIG. 6 is a conceptual explanatory view of the berry pad according to the embodiment of the present invention, and is a front view seen from the inside.

FIG. 7 is an enlarged sectional view taken along line CC of FIG. 5 and line DD of FIG. 6;

FIG. 8 is a conceptual explanatory view of a function in the embodiment of the present invention, and is a development view viewed from the inside.

FIG. 9 is a diagram conceptually illustrating a use state of the embodiment of the present invention, showing a state in which an anchor is mounted.

FIG. 10 also shows a state in which a star up is mounted.

FIG. 11 shows a state of the first half stroke of wearing FIG.

FIG. 12 shows a state of the latter half of the process of wearing FIG.

FIG. 13 also shows a state in which a func- tional is mounted.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Supporter for right foot (Ankle taping supporter for right foot) 2 Anchor (Anchor strap) 3 Figurate (Figureate strap) 4 Star up (Star up strap) 5 Endipole pad 6 Outer pad 7 Funcsional 8 First surface fastener 9 Second surface fastener 10 Third surface fastener 11 Inner layer of inner fruit pad 12 Outer layer of inner fruit pad 13 First support hole of inner fruit pad 14 Second support hole of inner fruit pad 15 Outer fruit Inner layer of pad 16 Outer layer of berry pad 17 First support hole of berry pad 18 Second support hole of berry pad

Claims (4)

[Claims] An anchor strap (2) for winding around an ankle, and a figure eight strap for turning around the instep and sole from the outside of the foot, passing the instep again and turning to the rear of the foot, and tightening it in a figure eight shape. (3) and a star-up strap (4) for winding around the sole from the inner mallet and passing through the outer mallet, and the anchor strap (2) and the figure eight strap (3) are provided on the outer surface with a hook-and-loop fastener. A first surface fastener (8) and a figure eight strap (8), which are integrally formed of a stretchable tape-like body having a surface fastener, and are attached to the inner surface of the tape-like body with the surface fastener of the outer surface of the anchor strap (2). A third surface fastener (9) is provided for engaging with the surface fastener of the outer surface of (3), and the star-up strap (4) is formed of an elastic tape-like body, and is anchored so as to pass through the inner malleae when worn. An ankle joint characterized in that one end thereof is fixedly intersecting with the trap (2), and the other end is provided with a third hook-and-loop fastener (10) which is engaged with the hook-and-loop fastener on the outer surface of the anchor strap (2). Taping supporter. 2. An inner malleable pad (5) removably provided on an anchor strap (2) so that one end of the star strap (4) is fixed to a position inside the star strap (4). And an outer paddle (6) movably provided in the longitudinal direction of the anchor strap (2). Each pad (5, 6) is made of a foamed resin material having low elasticity and low elasticity and an inner layer (11, 15). ) And a resin material having low elasticity and low torsional rigidity is used for the outer layer (12, 16).
2. The ankle taping supporter according to claim 1, which has a double structure. 3. The inner malleable pad (5) has a first support hole (1).
3) and a second support hole (14) are formed. The figure strap (3) is passed from the outside to the inside of the first support hole (13), and the anchor strap (2) is passed through the second support hole (1).
4) is passed from the outside to the inside and is supported by the anchor strap (2), and the berry pad (6) is formed with a first support hole (17) and a second support hole (18). 3. The ankle taping supporter according to claim 2, wherein the supporter is supported by the anchor strap by passing through the first support hole from the inside to the outside of the first support hole and from the outside to the inside of the second support hole. . 4. An elastic tape-like body provided with a hook-and-loop fastener engaging with a hook-and-loop fastener on the outer surface of the figure eight strap, and the figure eight strap is attached to the foot. 4. An ankle taping supporter according to claim 1, further comprising a functional strap (7) which passes from the sole of the foot to the outside of the foot, turns the back of the foot and tightens.