WO1980001758A1

WO1980001758A1 - Taping unit

Info

Publication number: WO1980001758A1
Application number: PCT/JP1980/000026
Authority: WO
Inventors: K Nakajima
Original assignee: Yamazaki K; K Nakajima
Priority date: 1979-02-26
Filing date: 1980-02-26
Publication date: 1980-09-04
Also published as: JPS55125372U

Abstract

A taping unit including a sole adhering portion and three extended portions each having one end connected to the adhering portion, wherein the first extended portion makes contact with the inside of a leg, the second extended portion makes contact with the outside of the leg, and the third extended portion makes contact with the back side o the leg to thereby hold the leg to protect it so that the ankle of the foot will not be sprained.

Description

Detailing tools '' Technical field

The present invention relates to a taping tool wound around a joint or the like of a human body and used for prevention and treatment of sprains and the like.

Background art

By wrapping an extensible tape around the ankle or the like before the start of the suit, it is possible to prevent sprains, flesh and damage to muscles, and to treat after these accidents occur and to exercise afterwards. So-called tents are known.

Fig. 1 and Fig. 2 explain the method of preventing the ankle from spraining.The first is to remove the tape 12 from the vicinity of the calf 10 and its adhesive strength. And wrap. Then is adhered to one end 1 4 A of tape 1 4 tape 1 ² from the body side, - to adhere the intermediate portion 1 4 B to the sole portion 1 ^6. In this case, a strong tension is applied between one end 14A and the intermediate portion 14B, so that the intermediate portion 144 is adhered to the sole portion ₁₆ while elongating τ ° 14 (arrow A direction). ). If caused to subsequently adhere the other end 1 C tapes 1 4 in the body side to the tape 1 2 Te - bins grayed is completed, if necessary in the same manner a plurality of tapes and tape 1 ⁴ Adjust the tension by sticking.

The tension of this tape 14 (in the direction of arrow A) is due to the extreme rotation of the joint of the ankle 18 into the body (in the direction of arrow B). Accidents, ie, sprains, can be reliably prevented. In addition to the above, by applying tebbing to each joint, muscle, and muscle part of the human body, it is possible to effectively prevent accidents, etc., and to tap after an accident occurs. The exercise can be continued despite the sprain and other accidents, and there is no need to use a cane or the like. Taping has such a remarkable effect that some countries require that sportsmen wear it before the game.

Tech that has a remarkable effect like this. The method of application is also different depending on the type of accident that must be prevented or occurred, and the location of the accident. To achieve the full effect, skill is required, and It is necessary to equip those who have received special education such as

The present invention has been made in view of the above facts, and it is possible to provide a tubing tool that can be mounted on a hand without special skill and that can be expected to have a certain effect. This is the purpose.

DISCLOSURE OF THE INVENTION '' The taping tool according to the present invention is formed of a continuous thin material, and at least three extended portions protrude from the sole bonding portion. Of the extended portions, the first is for inside contact, the second is for outside contact, and the third is for back contact, and these should be adhered to the feet respectively. This allows easy winding around the ankle.

BRIEF DESCRIPTION OF THE FIGURES FIG. 1 is a front view showing a conventional tabing method, FIG. 2 is a side view of FIG. 1, and FIG. 3 is an embodiment of a taping tool according to the first embodiment of the present invention. Figure 4 is a front view showing the working procedure of the taping, Figures 5 and 6 are side views showing the working procedure of the taping, and Figures 7 and 8 are the TVs. 9 is a plan view showing the second embodiment of the present invention. FIG. 10 is a front view showing the tapering operation procedure, and FIG. 11 is a front view showing the tapering operation procedure. -It is a side view which shows the working procedure of a bin.

BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

As shown in FIG. 3, the tubing tool 20 is obtained by punching a thin material into a predetermined shape, and the thin material is made to have an extensibility by a special yarn. Is preferred. In addition, this taping tool- ²⁰ has an adhesive stuck on the back surface, and in some cases, a detachable protective film may be stuck on this adhesive. No.

As shown in FIG. 3, the planar shape of the taping tool 20 is such that a T-shaped portion directed laterally to the center of the shaped portion is overlapped. Basically, the A-shaped part is for ankle protection and the T-shaped part is for Achilles tendon protection.

Central portion of the I-portion of this is Ri Contact is the sole adhesive part 2 2, connecting portions ^{2 4} on one side of the sole adhesion of this to the first extension portion, the other side is An extension portion 26 as a second extension portion is continuous with each other. And the extension part 26 has a linear shape. Also connecting part ² 4, first each of the distal end of the extension portion 2 6, the intermediate portion of the second attachment portion 2 8, 3 0 are continuous. Here, these mounting parts

2 8, 3 0 connection unit ^{2 4} together are a mutually parallel, are orthogonal to the elongated part 2 6.

■ Next, a reference line 32 is drawn on the first mounting portion 28 substantially in the center of the service surface and in the longitudinal direction thereof, while the extension portion ²⁶ is parallel to the reference line 32. Three adjustment lines ^{3 4} , 3 6,

3 8 is drawn. Length from sole adhesive portion center of these lines, each reference line ³ 2, adjusting lines ^{3 4,} ^{3 6,}

3 8 _2, L _3, L ₄ and has been it is, is these relationships

And gradually shorter or Ku summer toward L ₄ from Lx.

Next, the T-shaped head in the horizontal direction, the T-shaped head 40 is for the instep rotation, the T-shaped leg 42 is the abutment part of the Achilles tendon as the third extension, and the T-shaped leg 42 The area near the connection to the T-shaped head 40 is referred to as a sole adhesive section 44.

I

The corners of the taping tool 20 are appropriately provided with a curvature so as to prevent breakage during tension action. In addition, the tubing tool 20 can be formed into a single piece of thin-walled material by attaching linear tapes to each other.

¾> Ό O

When equipped method Tsuginiko Te over bins grayed tool by describing in Figure 4 to Figure 8, first floor ^{4 6} tape bins grayed tool 2 0 upward with its adhesive side up Place, foot sole adhesive 2 2,

OMPI 4 4 Place the sole 16 on the upper side (see Fig. 3 2-dot chain line sole shape) and adhere the sole.

The T-shaped head 40 is then wrapped around the instep, and the T-shaped legs 42 are applied to the Achilles tendon while applying appropriate tension, and their tips are attached to the back of the calf 10. Furthermore, as shown in FIGS. 4 and 5, the first attachment portion 28 is lifted in the direction of arrow C while applying a slight tension to the inside of the body and wound around the calf portion 10. At the time of this winding, the tip of the T-shaped leg portion 42 is sandwiched between the first mounting portion 28 and the calf portion 10, and the reference line 32 surrounds the calf portion 10. .

Then, as shown in Figs. 6 and 7, lift the second mounting portion 30 in the same manner as the first mounting portion 28, and further raise the arrow! As shown in (), apply a large tension to elongate the extension part 26 and lift it. At the same time, adjust the adjustment line 34 to the reference line 32, wrap the attachment part 30 around the calf part 10 and adhere it, and the equipment is finished as shown in Fig. 8.

ί

As a result, the tension of the extension 26 prevents the ankle 18 from rotating inward to the inside of the body to prevent sprains, and the rectangular leg 42 prevents the extension of the achilles tendon. Prevents damage to the tendon tendon. In here Τ-leg section 4 ² rather than only the protection of A key Les scan tendon, ankle more reliably even Ri by case by Ri Ru good only in the extended section 2 ⁶ and this in combination with decompression unit 2 6 Have the role of protecting ο

In addition, during the above equipment, the tension of the extension part 26 is further increased Adjustment line 3 6 or 3 8 it is sufficient to meet the reference line ^3. ² if you want to. Also connecting part 2 4, when it is desired to reliably contact the extension portion 2 ⁶ into and out of the ankle 1 8, this by extending the third mounting portion 5 0 represented by FIG. ³ ^two-dot chain line 8 It can be wound around the ankle as shown.

Further, in the above embodiment, a combination of the reference line and the adjustment line was used to determine the tension to the extension portion, but the length from the sole bonding portion to the first and second attachment portions was changed mutually. Also, by matching this when equipping, it is possible to determine the appropriate tension. Furthermore, although the taping tool of the above embodiment is for one foot only, if the taping tool is applied to either the left or right foot, the reference line is also adjusted to the second mounting portion. A wire may be provided for the connection part 24 as well.

Next, a second embodiment of the present invention will be described with reference to FIGS.

The punching shape of this tabbing tool 60 is as if a K shape and a horizontal T shape were superimposed. The central portion is a sole adhesive portion 62, and three extension portions are radially connected around the sole adhesive portion. These extensions are progressively wider toward the tip.

The first extension portion 64 is used for close contact with the inside of the body, and the second extension portion 66 is used for close contact with the outside of the body. These extend from the sole bonding portion 62 in opposite directions. The ^third extension portion ⁶ 8 Aki Les scan for close contact der first tendon, the ^second extension portion ⁶ 4, 6 6

Ο ΡΙ An oval opening 70 is formed in the connection part to the foot sole bonding part 62, which is located substantially in the middle part.

A foot wrap portion 72 is connected adjacent to the sole adhesive portion 62 on the opposite side of the third extension portion 68, and the wrap portion 72 is substantially the third extension portion 68. Extends at right angles.

This taping tool 60 can also be made by providing four cuts 74, 76, 78, 80 in a thin cloth whose preform is approximately semicircular. In addition, the ends of these cuts are terminated with circular openings 82 so that the cuts are not inadvertently enlarged.

Next, this theme. To explain the procedure for equipping the prosthesis, first put the floor on the floor 84. The in g tool ⁶ 0 is placed with its adhesive side up, then载置the sole portion to the sole adhesive section 6 2 ± (Fig. 9 two-dot chain line foot shape 8 6 see-), Foot Adhere the back.

Next, the instep winding part 72 is wound around the instep part, and the third extension part 68 is adhered to the Achilles tendon while applying appropriate tension (FIG. 10). In this case, the opening 70 provided in the third extension 68 helps the third extension 68 to adapt to the curved surface of the heel, and prevents wrinkles and the like from occurring. In addition, the first extension 64 is attached after being lifted inside the body while applying a small tension. Then, as shown in Fig. 3, the second extension 66 is lifted in the same manner as the first extension 64, and is attached to the outside of the body while applying tension.

This Yotsute, the tension of the ^second extension portion ^{6 6} prevent sprains prevent extreme rotation of the body side of the ankle, the third extension portion 6 8

REA O PI

Λ, ^ WIPO '*,

1 Prevents damage to the Achilles tendon by preventing extreme elongation of the Achilles tendon O

In the above embodiment, as shown in FIGS. 10 and 11, the extension portions overlap each other after the device is installed and cover the ankle without any gap, so that it is particularly effective in preventing sprains.

In addition, the above-mentioned tubing tool can be formed into a single continuous thin material by bonding a plurality of pieces to each other. Furthermore, the adhesive provided on the back surface of the taping tool is not limited to being provided on the entire surface, but may be provided on the sole bonding portion and a part of each extension.

Since the present invention is configured as described above, it can be equipped without requiring a worker to have skill, and has an excellent effect that a reliable accident prevention and treatment effect can be obtained.

Claims

The scope of the claims

1. Formed from a continuous thin material, the sole extension is connected to the first extension for internal contact, the second extension for external contact, and the third extension for rear contact. Tech-tool.

2. The tabbing tool according to claim 1, wherein a foot wrap portion is further extended from the foot sole bonding portion.

3. The tabbing tool according to claim 1, wherein the first and second extensions are arranged in a straight line.

4. The tabbing tool according to claim 1, wherein the first, second, and third extensions are connected in a radial manner from the sole bonding portion.

5. The taping tool according to claim 4, wherein the first, second and third long portions are gradually widened toward the tip.

OMPI

WIPO *