KR880003161Y1 - Athletic shoes with supporting straps - Google Patents

Abstract

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Description

Sneakers with Support Straps

1 is a left side view of the present invention.

2 is a right side view of the present invention.

3 is a plan view of the present invention.

4 is a right side view of sneakers (basketball shoes) showing another embodiment of the present invention.

5 is a plan view of FIG.

6 is a right side view of sneakers (basketball shoes) showing another embodiment of the present invention.

7 is a left side view of FIG.

8 is a perspective view showing an operating state of the present invention.

9 is a left side view of FIG.

Figure 10 shows the state of action by cutting the central part of the sneakers of the present invention.

FIG. 11 shows a slightly tightened shoelace in FIG.

FIG. 12 shows the shoelaces fully tightened in FIG.

* Explanation of symbols for main parts of the drawings

A: Upper B: Absorption part

C: Front nose part D: Both sides

E: Heel F: Outsole

H: String Hole G: I Stay

1: support band 11-16: support band

S: Sole shank 20-23: Supporting strap

27-30: Support strip

The present invention relates to sneakers, and more specifically, when shoes are worn, it has a unique support means formed on the sneakers to tighten and strengthen the instep, arch and heel.

Conventionally, it is a concern for shoe designers to provide a means for strengthening the foot of a player during an athletic game, that is, an ankle, an instep and an arch, or more specifically, such shoes or sneakers. come.

For example, among the earliest ones designed to support the foot, the foot that needed support was the ankle, so the shoe itself could be used to reinforce and support this part of the competitor's foot when the various devices were used independently. There was something configured in.

For example, in US Patent No. 3,028,861 to Shapiro, an ankle support was provided so that it could be used directly on the foot no matter what shoes were inserted. Further, according to Bushway's U.S. Patent No. 2,942,359, the purpose was to provide extra strength and support to the athlete's ankle.

Collis U.S. Patent No. 1,084,179 shows another modified form for protecting and supporting the ankle of a player.

Westpole's U.S. Patent No. 1,545,623 discloses hockey and other means of placing ankle support in it, which allows the athlete to strengthen the ankle during the hockey game.

Johnson's U.S. Patent Nos. 1, 139 and 530 show skate and hockey shoes with support for protecting the upper ankle near the shin. In addition to the purpose of strengthening and protecting the athlete's ankles, various types of supports intended to support arches and near the feet have been attempted to be used in shoes.

For example, Danoskey's U.S. Patent No. 3,323,232 discloses an anti-elastic arch support in a shoe, which is covered upwards around the side of the foot and tied near the back of the foot.

The invention is designed to complete a rigid and semi-elastic cantilevered arch support, which is integrally bound within the shoe's strapping structure, but in the embodiment shown in the drawing the support is secured to the front of the shoe by means of sealing. It extends upwardly integrally inside the reinforcement and on both sides. However, these special shoes were designed to support the arch of the shoe structure.

A similar type of support is shown in the walking shoes disclosed in Bicucal Patent No. 4,064,642. In this particular example, not only is an arch support provided, but it is likewise prepared to cover a heel strap around the supporting nose. Tokar's patent 1,286,787 resembles Danofowsky's form of invention, in which the sneakers have Tongues arranged in pairs to tie them together to support arches.

Park's Patent No. 3,327,410 shows an associated support specifically for supporting the ankle inside the sneaker, which is raised from the sole of the shoe and then integrally wrapped around the ankle to support the vicinity of the athlete's ankle. It has a flexible leather belt. For safety purposes, various closure means that can be tightened in a certain place of the shoe are disclosed in a series of US patents, such as in patent No. 4,114,297 of Famorat, in which the fastening straps cover the top of the shoe And velcro for the safety of the illustrated sneakers. And Antonius patent 4,282,657 discloses a single heel restraint in an adjustable and soluble closure mechanism used for sneakers or for the purpose and purpose of tightening shoes to stabilize the foot of an athlete.

And Hershey's U.S. Patent No. 255,956 discloses a sports shoe locking means that is replaced with a conventional lace.

Of further interest in recent inventions is a variant made in sneakers, and more specifically, to pull the shoe to hold the shoe tight, as disclosed in US Pat. Nos. 4,245,408 and 4,366,631 to Larsen. .

Both disclose a single sneaker, which means that the upper part of the shoe extends downward through the eyelets toward the hook and the rear of the shoe, and tightening the shoe pulls the shoe's heel forward to effectively use the shoe while wearing it. Can give more reinforced support. Therefore, in view of the foregoing, the basic purpose of the present invention is to provide a moderately stretched and bent strap means, which exerts a force on the instep of the shoe and then the athlete. It is to be tightened with a normal shoelace in order to more closely adhere to the foot of the shoe.

Another object of the present invention is to provide a means for having a shoelace into which the shoelace is fitted so that when the shoelace is tightened, the shoelace gives the shoe a great tension when the shoelace is tightened so that the athlete's foot is supported by the shoe during the sporting event. It is to make the feeling of becoming bigger.

Another object of the present invention is to provide comfort in the various parts of the sneakers surrounding the foot, ie the rear part of the shoe is pulled forward and upward and at the same time the front reinforcement part of the shoe is backward and upward, ie both Towards the instep of the foot, it is pulled to support the arch more firmly, and the shoe wraps the foot tighter.

Another object of the present invention is to provide a series of tightening bands as a support that is adopted outwardly near both sides of the shoe to comfort the wearer, but not to press the body part of the foot beneath it.

Another object of the present invention is to provide a pair of triangular strip means, which usually include laces and eyelets slightly below the eyestay of the shoe, when the shoelaces are all tightened and tightened. The straps are pressed against each side of the athlete's feet with a gentle touch.

Another object of the present invention is to give the athlete a mental impression that the shoe is stably worn, including a means of fastening the foot to the shoe.

The present invention will be described in detail by way of illustration.

The present invention is to form various strap means on the side of the shoe, i.e., on both sides of the shoe, and in various embodiments, the front reinforcement of the shoe and the rear structure of the shoe support the feet of the athlete who participated in the intense athletic competition. And influence the strengthening of its support.

The present invention is a modification of a conventional sneaker with a vamp, both sides and a heel connected at a single part near the shank of the sole, and it is a shoe structure that has various strap means connected to the side of the sneaker, The strap means are tightened in conjunction with shoelaces to strengthen the support of the shoe.

The present invention may have one or more strip means, but a pair of strip means are preferred, which are located on both sides of the shoe and are connected to both sides, the heel, and the front reinforcement in the vicinity of the shank of the sole.

Each band extends upwards and is connected to the apex of the shoe's eyestay, but slightly shorter than that, which is pulled through the usual eyelets within the range of the strap hole where the normal shoelace is fitted to provide a secure means. When the shoelaces are tightened, these straps are further tightened and pulled upwards from the side of the shoe to keep the tension in contact with the side to strengthen the support of the athlete's feet.

These pairs of bands are shaped to have one triangular edge extending from the sole of the shoe and extending upwards towards the vicinity of the eyestay as described above. As a better embodiment, two pairs of support straps are provided, each of which uses fewer but quite a few bands than these pairs to allow the shoe to wrap more tightly around the foot and the desired bearing capacity. To be given.

As described above, the pair of bands selected are similarly connected to the soles of the shoe, near the lateral sides, as well as near the heel or heel and front reinforcement of the shoe, so that the force of pulling on these shoe parts can be applied to the ulna or to the foot. Make sure your shoes are facing upwards so that your shoes wrap around your feet. Furthermore, the strap means are placed on the sole shank, underneath the sides of the shoe, effectively wrapping and tightening the feet of the foot to provide an effective arch support function, which allows the athlete's feet to rest on the shoe without damage or discomfort. Tighten tighter. At the same time, it gives athletes the confidence that their shoes are mentally embracing their feet, giving them more confidence in taking particularly dangerous moves during intense sports such as basketball, football, and tennis.

Athletics can injure their knees or feet frequently, regardless of their skill. However, by using the present invention with a strap that firmly supports the foot, the instep and the back heels can be completely supported.

In other embodiments, the vertices of the strap may be sealed close to the tie, and when the climbing shoelace is pulled, the strap is also pulled from both sides of the underlying shoe so that the strap is pressed against both sides of the shoe and structurally strengthens the shoe. In addition to giving a sense of attachment.

According to the accompanying drawings, FIGS. 1 to 3 show short-necked sneakers used for jogging or basketball, which are elements of a conventional sneaker upper (A) and front reinforcement (Vamp) (B). , Front nose part (C), both sides (D) and heel (E).

All these elements attach to the sole shank and attach to the sole F to form a complete structure.

The eyestay (G) is formed at the top of the shoe and has a series of eyelets or laces (H), where the laces (L) are located and such sneakers are usually shoelaces This is tightened to tighten the feet.

The gist of the present invention lies in a series of support means (1) arranged sideways on both sides of the shoe, and support means such as belts extend upwards toward the apex (2), and at the same time as shown, the belt means They are connected to the bottom of the pair and are paired together, each forming a triangle at the position including the hole (3) upwards, through which the shoelace (L) is similarly fitted when the shoes are tied through the eye stay (G). .

It can be seen that the shoelace (L) extends through the hole (3) of the support means as in 4. Each of these support means is in the form of a band, as in 1, which has an anterior strap (1) extending upwards or extending below the vamp section (B) and on both side sections (D). . Furthermore, the rear strap 1 extends downward and, as in 6, is placed near the heel E, or is disposed in the middle thereof, and is mounted on both sides D and extends downward in the shoe structure.

As in the vicinity of 7 and 8, the middle strap 1 extends downward and is firmly attached to the sole shank S, and the lower part of the supporting means is attached to the shoe structure.

The foremost band 1 extends downward as in 5 and is attached near the sole shank as in 9. Similarly, the rearmost band 1 extends downwards as in 6 and is connected to the sole shank as in 10, where it is supported or attached to the sole F of the sneaker.

As described above, these straps 1 are located at each part of the shoe structure as shown and extend upwards from the vicinity of the shoe sole to make corners towards their tops as in 2 as described above, where the laces for the shoelaces are fitted. Allow them to tighten the shoes. 4 and 5 show another variant of the sneaker, in which the shoe is a shoe that is sold as a basketball shoe.

The support of this particular design consists of a series of strings from 11 to 16, which are arranged in pairs of one body but essentially three pairs, which are likewise from the sole shank (S) or the bottom of the shoe. As in 18, it forms vertices and extends upward with corners, and there are string holes for shoelaces.

These straps may be integrally connected to the bottom of the shoe, or partially attached to these shoe elements by partially sealing along the sides of the shoe, as in 17, and the top of the support means pulls the shoelaces when tightening the shoe. It is free to be pulled upward by force.

The strap hole 19 in the upper triangular portion of these support means is placed slightly below the normal shoelace hole H so that the belt means 11 to 16 are subjected to great tension when the shoes are tightened to It allows them to be pulled harder on both sides.

Generally, the straps are made of materials that do not stretch, such as leather or fabric, or, if proper support is required, they provide some flexibility within the structure of these support means to provide a soft support and feel when the shoes are tied. It may be.

As shown in the plan view of FIG. 5, the support means are provided on both sides of the shoe so as to completely wrap and support all parts of the foot.

For example, the strap 11 pulls the heel or rear portion of the shoe forward and upward, and the strap 16 pulls back and up near the vamp portion of the shoe. In addition, the straps 12 to 15 support the arches and the instep of the foot of the shoe to some extent by pulling the instep of the shoe on both sides of the shoe upward or toward the ulna.

6 and 7 show another variation of the present invention.

As indicated, the support means has a pair of bands 20 and 23 which are a pair of bands 22 and 23 and another pair of bands 20 and 21.

In this embodiment, the support belts 20 to 23 are attached to or near the sole shank S, and are attached to the heel portion E of the sneakers like the belt 20, and the straps are a pair of shapes. String holes 26, 27 that extend upwards toward their apex, as shown in 24 and 25, and which are fitted with shoelaces in the vicinity thereof.

The role of these pairs of bands in the sneaker structure impart reinforcement during athletics, as already described above. By referring to Figures 8 to 12 will be able to better understand the effect of the present invention.

As indicated, the sneakers in these particular examples have the form of short-necked shoes used by people such as joggers, basketball players, football players, and the like, similar to the sneakers shown in FIG.

As shown, the support strips 27 to 30 are mounted on both sides D of the shoe so that they are arranged laterally on both sides of the sneaker.

The bands shown are arranged in pairs and normally placed on the shoe when not wearing the shoes as shown in FIGS. 8 and 9. However, when the shoelaces (not shown) are tightened in the strap hole H of the eye stay G, the support belts 27 to 30 are pulled upwards so that their strap holes 31 and 32 ) Is superimposed on the istay hole (H) and becomes a tension state, which appears as an extended pair of bands indicated by dotted lines as shown.

As mentioned above, the support belts wrap the side of the foot and obtain a great tension there than that obtained by simply tightening the shoelace with a shoelace.

The degree of tension applied to the support bands depends on the composition of the bands.Thick canvas or leather bands give more tension than elastic bands, and the peak height of the pair of bands and the ice stay The normal distance from the hole H to the string holes 31 and 32 determines the degree of tension applied to each support belt and the degree of wrapping the foot. Obviously, the greater the distance between the strap holes when the shoe is not in use, and the less elastic the support strap is, the greater the force applied to the strap and the tension applied to it, and the more firmly the user's foot is attached to the shoe. .

10 to 12 show that the shoelaces L are normally arranged when they are tightened with a support belt and through the eye stay hole H. FIG.

FIG. 111 shows the shoelace in the middle stage of tightening, the belt means being aligned and aligned with the eye-stay hole H, and the belt 28 shows all the belts 27 to 12 in FIG. 30 is pulled to the complete tightening position when the shoelace L is tightened through the string hole H or the retaining means 31.

In this way, as shown in FIG. 12, the foot is held tightly in the shoe, and at the same time, the support belts 27 to 30 bind the feet firmly without making the wearer's foot uncomfortable.

In FIGS. 10 to 12, the lower ends of the support strips 27 to 30 (only the strips 28 are shown) consist of one strip, which is the lower surface of the insole 33 and both sides D. It extends in and fits on the sole (F). Thus, the support belt 28 has a unitary structure and extends in all directions as in 34 and is fitted to a specific portion of these shoes.

The form of the specific belt means of the present invention is shown in FIG. 12 and all the support belts already disclosed in the present invention have such a single body configuration and extend to the insole bottom of the sneaker.

On the other hand, these support straps 28 can be made independently as in FIG. 11 and extend below the sole shank area and are terminated as in 35 and connected by gluing, sandwiched between these shoe uppers and soles F . As described above, the support strip 1 of FIGS. 1 and 2, the support strip 11 or the strip 27 of FIG. 4, and the strips 20 of FIG. 6 and 7 have both side portions. And close there near the bottom, where it fits with the heel or front reinforcement, where it is effective because it can effectively tension, pull, and tension the strap over the instep It is possible to firmly wrap the feet of the athletes in the shoes during the athletics.

Those skilled in the art who have reviewed the present invention described herein will be able to vary or alter the band-shaped support means formed on both sides of the shoe. However, if the above modifications or variations in the technical idea of the present invention is clearly contrary to the scope of the present invention.

The above description of the embodiments is only for the purpose of illustrating the present invention and is not intended to limit the scope of rights protection pursued by the present invention.

Claims (18)

Sneakers with front reinforcements, toes, both sides and heel, all of which are integrally attached to the sole of the shoe, and sports shoes with a band support lying on both sides of the shoe, with at least one support strap It is attached to the upper of the vicinity connected to the sole, the belt extends up in contact with both sides of the shoe, and has a holding means for fitting the shoelace near the upper end of the support strap, and the holding means of the eye stay Sneakers with a support belt arranged on a straight line under the string hole. The support belt according to claim 1, wherein the support belt is a pair of belts, one of each support belt being connected to both sides of the shoe. 2. The support belt according to claim 1, wherein the support belt is a belt, which is inclined between the sole of the shoe and the upper and extends upwardly in contact with both sides of the shoe. According to claim 1, wherein the support belt is attached to both sides of one side of the front reinforcement portion, both side portions and the heel portion of the shoe. The said support | carrier strip is an elastic body of Claim 1. The sneaker according to claim 2, 3 or 4, wherein the sneaker is a high neck. The sneaker according to claim 2, 3 or 4, wherein the sneaker is a short neck. 5. A strap according to claim 2, 3 or 4, wherein each strap means consists of a pair of straps arranged on both sides of the sneaker. 9. A method according to claim 8, wherein the pair of band means are connected at their upper ends and the retaining means are located at the connection of the band. 10. The holding device according to claim 9, wherein the holding means has a string hole. The holding means according to claim 1, wherein the holding means has a string hole. The method according to claim 8, wherein the band means connected in close proximity to the sole is connected to one side of the front reinforcement portion, both side portions and the heel portion. 5. A shoe according to claim 2, 3 or 4, wherein each band means on each side of the sneaker consists of a series of three bands, each of which is attached to the front reinforcement, side and heel of the shoe. that. 5. A belt according to claim 2, 3 or 4, wherein each band means consists of two pairs of bands arranged on each side of the sneaker. 15. The method according to claim 14, wherein each pair of strap means is connected to their upper end, and one shoelace retaining means is located at its connection. The holding means according to claim 15, wherein the holding means has a string hole. 16. The shoe of claim 15 wherein one of the pairs of belt means is connected near the heel of the shoe, the other is connected near the front reinforcement, and two of the pair of support means are connected to both sides of the shoe. It is done. 5. A belt according to claim 2, 3 or 4, wherein each band means consists of three pairs of bands arranged on each side of the sneaker.