KR100486468B1 - Foot protection device for training a fight - Google Patents

Abstract

The present invention relates to a foot protector to be worn on the foot during martial arts practice, to prevent injuries during martial arts practice, to freely move the toes, such as bare feet and to have a high quickness to avoid slipping with the ground It is about possible fighting foot protector. The present invention is made of an elastic outer shell 100 having an opening 10, the outer shell 100 is the front axle hole 20 and the rear axle hole (A) so that the sole portion in contact with the ground is exposed to the outside to the sole portion (A) 20) is formed, and the toe part (B) has a toe wearing part 40 provided with a toe hole 45 so that the end of the toe is exposed to the outside while enclosing the toe, the ankle part (C) at the ankle Provides a fighting practice foot protector coupled to the elastic body 150 to be fixed. Accordingly, the present invention protects the foot to prevent injuries and at the same time close to the foot by the contraction force of the outer shell 100 and has a feeling of wearing, such as bare feet according to the lightness, the sole portion in contact with the ground is the front axle hole 20 As it is exposed to the outside through the rear axle hole 30 and the toe hole 45, slippage is prevented by the exposed sole portion, and in particular, the movement of the toe is free and highly effective.

Description

Fighting Footguards {Foot protection device for training a fight}

The present invention relates to a foot protector to be worn on the foot when practicing martial arts, such as taekwondo, more specifically comprises a shell having elasticity so that the sole portion in contact with the ground is exposed to the outside and fixed to the ankle to the ankle area By combining the elastic body to prevent injuries during the practice, but as to bare feet free movement of the toes and to avoid slipping with the ground relates to fighting practice foot protector that can have a high wits.

In general, martial arts such as kick boxing, karate, kung fu, judo and taekwondo can be divided into hand techniques and foot techniques. It has been developed and the amount of practice is also required.

In practicing martial arts including taekwondo, it is common to use bare feet with a dobok on the body but nothing on the feet. In other words, it is too slippery to wear socks on the feet, shocking the other person when wearing shoes, and most of all, practicing with bare feet can not learn the desired posture.

In particular, kicking techniques in Taekwondo can be roughly divided into front kicking technique, side kicking technique and rear kicking technique. Among them, the front kicking technique is the most used attack technique in the game. At this time, the opponent will extend the arm to defend the forward kick attack with a 'blocking' attitude, in the process of injuring the player's foot injured by the forward kick hit the opponent's forearms, such as severe swelling or bruises It often happens. Most of these injuries occurred before big tournaments where a lot of athletes were trained, so they were often unable to use their skills in the actual tournaments or gave up.

However, many protectors to protect the arms and legs of the athletes are being developed, but the protectors to protect the feet are not developed and remain at a level that is simply replaced by Taekwondo shoes made lighter than ordinary shoes. This taekwondo (1) is shown in FIG. As shown in FIG. 1, the taekwondo shoe 1 includes an outer shell 2 into which a foot is inserted, an outsole 3 of rubber material attached to a bottom surface of the outer shell 2, and an instep of the outer shell 2. It consists of a cover 4 formed in the part.

In addition, the Republic of Korea Utility Model Registration No. 20-0199704 in consideration of the problem that the Taekwondo shoes (1) can not sufficiently protect the instep of the athlete in the big shock instep protector used to attach to the Taekwondo shoes (1) (5 ). 2, the instep protector 5 is attached to the taekwondo shoe 1 and is connected to a buffer body 6 for protecting the instep and a neck portion of the buffer body 6. A wide band (7) for holding the ankle and fixing the ankle and fixing the ankle, and the long band (8) for connecting the taekwondo shoe (1) and the buffer body (6).

However, the taekwondo shoe (1) according to the prior art and the instep protector (5) used to be attached to the taekwondo shoe (1) may cause injury to the other party due to the weight and dull appearance, and above all, taekwondo shoe In (1), the movement of the foot, especially the movement of the toe is not free, there is a problem that can not learn the desired posture in the martial arts practice that requires high quickness.

Accordingly, there is a need for a foot protector that can protect the foot and prevent injuries during practice, while allowing toe movement as freely as possible in the bare foot state and without slipping with the ground.

The present invention has been invented to solve the above problems, the toe part and toe contacting the ground while worn as close as possible to the foot to be exposed to the outside to protect the foot to prevent injury during martial arts practice The object of the present invention is to provide a martial arts foot protector that can freely move and prevent skids from slipping on the ground to provide a high degree of quickness.

In addition, the present invention has another object to provide a foot protection for practicing practice that can protect the instep of the athlete even by a large impact by forming a protective cover and a cushioning material in the foot portion of the foot protector.

In order to achieve the above object, the present invention is made of an elastic outer shell having an opening, wherein the outer sole is formed with a front axle hole and a rear axle hole so that the sole part contacting the ground is exposed to the outside, and the toe part is formed at the toe part. The end of the toes while wrapped, has a toe wearing portion provided with a toe hole to be exposed to the outside, the ankle portion is provided with a foot pad for training practice combined with an elastic body to be fixed to the ankle.

In addition, the present invention provides a foot guard combined with a protective cover on the upper portion of the outer shell to sufficiently protect the instep of the athlete even in the event of a large impact, and further comprising a cushioning material between the outer shell and the protective cover for training practice foot guards to provide.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

Figure 3 is a perspective view of a foot training foot protector and a corresponding foot sole according to an embodiment of the present invention, Figure 4 is a state diagram of the use of the present invention, the foot guard shown in Figure 3 is worn on the foot It is a perspective view shown. And Figure 5 is an exploded perspective view of the fighting practice foot protector according to another embodiment of the present invention, Figure 6 is an exploded perspective view of the fighting practice foot protector according to another embodiment of the present invention, the protective cover and the cushioning material in Figure 3 Will be formed.

Referring to FIG. 3, the fighting practice foot protector according to the present invention includes an outer shell 100 having an opening 10 so that the foot can be inserted therein, and an elastic body 150 coupled to the ankle portion of the outer shell 100. It is made, the outer shell 10 is used to have elasticity to be as close as possible to the foot. The outer shell 100 is a shape that can be worn on the foot, but smaller than the size of the foot. And it is possible to have a material having elasticity, for example, using a fabric having elasticity such as spandex (Spandex) such as weaved to have a shape as shown in Figure 3 or processed to have a shape as shown in Figure 3 It may be a nonwoven fabric or the like. Ordinary toe socks can also be used.

The outer shell 100 may be divided into a sole portion (A), a toe portion (B), ankle portion (C) and an instep portion (D, see FIG. 5) corresponding to the foot, wherein the sole portion (A) The front shaft hole 20 and the rear shaft hole 30 are formed. And, the toe part (B) is formed with five toe wearing part 40 is inserted into the toe section, the end portion is provided with a toe hole 45 so that the toe end is exposed to the outside. In addition, the edges of the front axle hole 20, the rear axle hole 30 and the toe hole 45 are finished by an overlock method so as not to be torn or loosened.

In general, the sole portion of the sole contacting the ground while transferring the weight of the body directly to the ground when the person is standing or during a quick changeover of the sole of the sole, as shown in Figure 3, the front 20 'of the sole, Rear part 30 'and the bottom part of the toe 45'. Therefore, in the present invention, as shown in FIG. 4, the sole portion of the sole contacting the ground while transmitting the body weight to the ground, that is, the front portion 20 'and rear portion 30' of the sole and the bottom portion 45 'of the toe are outside. Each has a hole corresponding to it. In detail, the front portion 20 'of the sole is exposed to the front axle hole 20 of the outer shell 100 according to the present invention, the rear portion 30' is exposed to the rear axle hole 30 of the outer shell 100, toes The bottom portion 45 'of is exposed to the toe hole 45 of the shell 100.

Accordingly, the present invention protects the foot by the outer sheath 100 having elasticity and at the same time as close to the foot by its contracting force (elastic force) and has a feeling of wearing such as bare feet as light. In addition, the sole portion that is in contact with the ground by the front axle hole 20, the rear axle hole 30, and the toe hole 45 is exposed to the outside so that the exposed sole portion plays a non-slip role, in particular, all five toes are five. Is inserted into each of the toes wearing part 40, the movement is free, and the bottom portion 15 'of the toes is exposed to the outside to have a high quickness to prevent slipping. In addition, the toe wearing part 40 prevents injuries such as toe sprains as the toe node is wrapped by the contracting force (elastic force). In addition, since the toe wearing part 40 is fitted to the toe, the outer shell 100 prevents the phenomenon of turning around the foot (the outer shell rotating phenomenon) so that the front axle hole 20 and the rear axle hole 30 correspond to each other. It is prevented from being separated from the front portion 20 'and the rear portion 30'.

The elastic body 150 is to fix the outer shell 100 to the ankle, it is used to have a strong elasticity so that the ankle portion (C) of the outer shell 100 as possible to the maximum fixed to the ankle. The elastic body 150 may be in the form of an elastic band made of spandex, natural rubber, artificial rubber, or the like, or an elastic band. When using an elastic band can be coupled to the ankle portion (C) of the outer shell 100 in the manner of sewing (sewing) or adhesive, etc., in the case of using the elastic cord outer shell 100 as shown in FIG. Fold the ankle portion (C) end of the inner side may be inserted by inserting one or more elastic lines in the space formed therein and then sewing (sewing) can be combined. In FIG. 3, reference numeral S denotes a seam.

In addition, according to the present invention, as shown in FIG. 5, the upper sheath 100-1 constituting the instep portion D and the lower sheath constituting the sole portion A are shown in FIG. 5. The outer shell 100 may be configured by combining the upper shell 100-1 and the lower shell 100-2 with a method such as sewing. At this time, the upper sheath 100-1 and the lower sheath 100-2 have cutouts 46-1 and 46-2 at their toes B, respectively. In addition, the lower outer shell 100-2 has a front shaft hole 20 and a rear shaft hole 30. Thus, the upper sheath 100-1 and the lower sheath 100-2 are combined to form the sheath 100, but the cutout portion 46-1 and the cutout portion 46-2 are coupled to the toe wearing portion 40 ).

In constructing the outer shell 100, the upper outer shell (100-1) and the lower outer shell (100-2) is configured to combine when the upper outer shell (100-1) and lower outer shell (100-2) as described above Compared with the case where the toe is configured to be easy to form the toe wearing portion 40, there is an advantage that can be used by cutting the general elastic cloth or the like as it is.

According to another embodiment of the present invention, as shown in FIG. 6, the protective cover 200 may be coupled to the outer shell 100 having the above configuration.

The protective cover 200 is to reinforce the protection of the foot of the athlete, is coupled to the upper portion of the outer shell 100, the foot portion (D ') to cover at least the foot portion (D) of the outer shell (100) Branches are sized, and preferably have a toe portion (B ') and ankle portion (C') size as shown in Figure 6 is coupled to the outer shell 100 by sewing (sewing) or bonding or the like method. . At this time, the edge portion of the protective cover 200, except for the central region of the outer shell 100 is stitched and coupled to avoid reducing the elasticity of the outer shell (100). The protective cover 200 may be made of natural or artificial leather or synthetic resin sheet, preferably a synthetic resin sheet having a light but slightly cushion function.

In addition, the fixing band 250 may be coupled to the ankle portion C ′ of the protective cover 200. The fixing band 250 is for firmly fixing the protective cover 200 to the ankle, preferably an elastic band having elasticity is used. The fixing band 250 may be inserted into the space formed therein by folding the end of the ankle portion (C ') of the protective cover 200 inward and then sewn and combined. In FIG. 6, reference numeral S denotes a seam. In addition, the fixing band 250 has fastening means 255 at both ends thereof so as to be fastened in a state wrapped around the ankle. The fastening means 255 may be a re-adhesive tape or hook-loop system (structure that connects the loop and the loop) or Velcro, which is commonly referred to as a 'black'. Preferably, Velcro is applied, which is excellent in bonding strength and easy to attach and detach.

According to another embodiment of the present invention, as shown in FIG. 6, the shock absorbing material 300 may be formed between the shell 100 and the protective cover 200 to sufficiently protect the instep of the athlete even in a large impact. . The shock absorbing material 300 is formed by combining the outer shell 100 and the protective cover 200 and inserted therebetween. In addition, by inserting as described above so as not to leave during the practice can be coupled to the outer shell 100 and / or protective cover 200 by sewing or bonding to the outer shell 100 and / or protective cover 200.

The shock absorbing material 300 is made of a material that is strong in light of impact and excellent in shock absorbing performance, and is, for example, compacted to form a plate by compressing the downy or cut into a plate of a compressed sponge.

In addition, when worn, the entire surface of the cushioning material 300 may be pressed against the outer shell 100 so that the foot may be pressed and sweat may be filled with a lot of sweat. This can be formed. Preferably, the ventilation hole 310 is formed in the shock absorbing material 300 and at the same time, the ventilation hole (not shown) may be formed at a position corresponding to the protective cover 200 so that the outside air may be smoothly made. have.

The present invention described above is useful for martial arts practice, but can also be applied to exercise in the room. That is, the present invention as shown in Figures 3 and 5 can be used for foot protection when worn in the indoor exercise such as aerobics, floor exercise, gymnastics, and the like.

As described above, the present invention protects the foot by the elastic outer shell 100 to be worn on the foot to prevent injury and at the same time close to the foot by the contraction force (elastic force) of the outer shell 100, such as bare feet as light Has the effect of having a fit. In addition, the sole portion that is in contact with the ground is exposed to the outside through the front axle hole 20, the rear axle hole 30, and the toe hole 45, thereby preventing slipping by the exposed sole portion, especially the toes are exposed to the outside. As a result, the movement of the toes is free and has a high wits.

In addition, the toe wearing portion 40 formed by the outer sheath 100 having elasticity can prevent injuries such as toe sprains as the toe node is wrapped by the contracting force (elastic force).

In addition, the present invention has a protective cover 200 and the cushioning material 300 is further formed to have the effect of sufficiently protecting the instep of the athlete even in light and large impact.

1 is a perspective view of taekwondo shoes for protecting the foot according to the prior art.

2 is a perspective view of the instep protector according to the prior art.

Figure 3 is a perspective view of a foot practice training guard and corresponding foot soles according to an embodiment of the present invention.

Figure 4 is a state diagram of the use of the present invention, a perspective view showing a state that the foot protector shown in Figure 3 is worn on the foot.

5 is an exploded perspective view of a foot practice training guard according to another embodiment of the present invention.

Figure 6 is an exploded perspective view showing a protective cover and the cushioning material is coupled to the protective training foot protector according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: opening 20: front shaft hole

30: rear shaft hole 40: toe wearing portion

45: toe hole 46-1, 46-2: incision

100: outer shell 100-1: upper outer shell

100-2: lower jacket 150: elastic body

200: protective cover 250: fixing band

255: fastening means 300: cushioning material

310: vent A: the sole area

B, B ': toes C, C': ankles

D, D ': instep S: seam

Claims (8)

In the fighting practice foot guard, It is made of an elastic outer shell (100) having an opening (10), the outer shell portion (A) is the front axle hole (20) and the rear axle hole (30) so that the sole portion in contact with the ground is exposed to the outside Is formed, the toe part (B) has a toe wearing portion 40 is provided with a toe hole 45 so that the end of the toe is exposed to the outside while wrapping the toe section, the ankle part (C) to be fixed to the ankle Fighting foot protector, characterized in that the elastic body 150 is coupled. According to claim 1, wherein the outer shell 100 is composed of the upper shell (100-1) and the lower shell (100-2) having the incisions (46-1, 46-2) is coupled, the lower shell Foot protection guard for practicing practice, characterized in that the front axle hole (20) and the rear axle hole (30-2) is formed. The protector of claim 1 or 2, wherein the protective cover 200 is coupled to the upper portion of the outer shell. According to claim 3, Foot protection for training practice characterized in that the cushioning material 300 is formed between the outer shell (100) and the protective cover (200). According to claim 3, wherein the protective cover 200, foot protection feet for training practice characterized in that the fixing band 250 having a fastening means (255) is coupled to the ankle portion (C ') of the protective cover (200). According to claim 4, wherein the cushioning material 300, the foot guard for fighting practice, characterized in that the ventilation hole 310 is formed. The protector according to claim 5, wherein the fastening means (255) is Velcro. The foot guard for fighting practice, characterized in that the ventilation hole is also formed in the protective cover 200 in a position corresponding to the ventilation hole 310 formed in the cushioning material (300).