KR880003160Y1 - Shoes with shock-absorbing means - Google Patents

Abstract

No content.

Description

Shoes with Peripheral Phalanges

1 is a left side view of the present invention.

2 is a plan view of the present invention.

3 is a cross-sectional view taken along line 3-3 of FIG.

4 is a plan view of the cap means.

5 is a plan view of the cap means slightly modified.

6 is a bottom view of FIG.

7 is a side view of one modified sneaker with means formed throughout the toe.

8 is a cross-sectional view cut horizontally along the center of the shoe shown in FIG.

* Explanation of symbols for main parts of the drawings

A: Sneakers B: Banff

C: Toe D: Both sides

E: Heels 1, 6, 10: Cushion means

3, 4, 5: overlay 7: cap means

The present invention relates to a sneaker, and more particularly to a sneaker having a means for joining the front of the shoe in the position of the Vamp and toe to secure the received foot.

Various shoes, commonly known as safety shoes, have been commercially traded, which is used by workers in the industry to form shields on the front of shoes to prevent foot damage from falling objects.

The early ones had steel cores assembled inside the toe of the shoe, which was designed to fit inside the shoe, especially when the device or device fell on the toe.

Previous designs related to these early embodied safety shoes use cushioning means, for example, by putting a firm cap on the toe of the shoe to prevent the impact on the toe when another player falls during a vigorous and active sport. It was to protect the athlete's feet.

The first object of the present invention is to further protect the toes of athletic athletes by applying protective means to the front structure of the sneakers.

Another object of the present invention is to prevent the damage to the distal phalanges of the foot when the other players step on the front of the shoe by using the cap means in the sneaker structure.

Another object of the present invention is to employ various types of cushioning means on the toe or the vamp of the shoe to fit various types of shoes.

Another object of the present invention is to use a combination of hardened core means and cushioning means of the blocking material inside the front structure of the shoe, which is adjacent to the sole of the shoe to block and resist the impact on the foot bones of the athlete Placed or partially buried.

The present invention targets a conventional style sneaker that may be a short neck design for sports such as football or basketball, or a neck design such as basketball shoes commonly used for athletes.

The shoe has a conventional construction such as heel, vamp and both sides integrally connected with the sole, and the toe pieces of the attached shoe gusset are attached with the vamp forming the front upper part of the shoe just in front of the shoe.

There are two (2) remarkable improvements in this kind of shoes in the present invention, especially during the sporting events using the shoes, where the athlete's foot falls down after the jump and falls to the front of the shoes of the side athlete. Frequently, you get hurt.

If this happens, the athlete will not be able to work for a considerable period of time until he recovers.

The present invention aims to form a cushioning means in the sneaker structure in which the toe around the upper part of the vamp is located, and the cushioning means can be combined with liners formed in the assembled shoe. The cushioning means may cover the entire toe piece of the shoe, or it is formed in the shape of a bow between the vamp and the toe piece to form a buffer near the upper periphery of the shoe surface, and cushions the impact from the descending athlete. It has the function of protecting the foot bones inside the shoe completely.

And because these shoes are more than 250 pounds and the car is designed for professional athletic use, such as basketball, which is played by athletes more than 7 feet tall, this design increases safety when used for basketball, Shoe reinforcement to withstand the bash of athletes participating in a variety of very active sports.

The present invention is to insert the cap means into the structure of the shoe in the front position of the upper of the shoe upper, the cap means is integral with the overstress to make a vamp by attaching to the side of the toe against the impact applied around the shoe.

The cap means can be made of a resinous material or metal such as polycarbonate, which is durable at thousands of pounds per square inch against the pressure applied, and the pressure can be dropped or rebounded by a fairly large athlete as the drive-in lays up. It is a concentration that can focus on the feet of other athletes when they fall.

Referring to the present invention in detail by the accompanying drawings as follows.

In FIG. 1 and FIG. 2, the sneakers of the present invention are shown as A, which is a conventional form, which is integrally attached to the sole part (B) and the sole (F) attached to the toe (C) and the sole (E). ) And both side surfaces (D).

Cushion means (1) is added to the present invention, it is arranged in a bow shape near the position where the vamp portion (B) is sealed to the toe piece (C) or connected by other means, and it is as in 2 It is bent backwards and is connected to the lower position of the ice ray.

According to FIG. 3, the shoe upper at this position can be formed or included with a cushioning means (1) of one or a pair of coverings (3) and (4) of a single layer (5). It may be formed only with (4), or may be sealed or attached to the toe piece and integrated with it.

The overcoat 5 encloses a considerable amount of cushioning agent 6, and the cushioning material 6 is composed of one foamable resin such as cotton or polyurethane. Essentially, it is preferable to use a cushion material capable of resisting the impact force as described above.

This special type of sneaker with cushioning means (1) associated with the vamp and positioned around the toe piece provides sufficient elasticity to the feet of the athlete using it, thus ensuring the safety of the wearer when exercising. Alternatively, the cap means 7 can be used together with the cushioning means 1, which can be formed in the superstructure of the shoe at this position and are overlaid (3) and (4) so as not to be detected inside the shoe structure. It can be placed between the same pair of overcoats, as well as enough reinforcement of the shoe in this area to resist impact forces that may be exerted during athletics.

The cap means shown in FIGS. 4 to 6 are shaped or formed into various curved bodies to match the front shape of the sneaker as shown in FIG. 3 and inserted into the inner structure during shoe assembly.

The cap means 7 is bow-shaped and its lower edge 8 is partially filled and laid on the interior of the adjacent sole portion F and the impact force exerted on the upper curved surface of the cap is provided. It can be distributed to the lower edge of the lower edge (8) of the side and arch (Ar), and can be transmitted directly to the underlying shoe sole (F).

Thus any heavy impact on this part of the shoe is transmitted directly to the sole of the shoe by means of the upper cap means, so that any stress applied to or supported by the athlete's foot by the distal phalanges Will also be reduced.

The cap means 7 shown in FIG. 4 have an outline which can completely cover the phalanges of the feet which are in the shoe, and as in FIG. 2 the end 8 of the cap faces rearward from the front of the shoe. It is stretched and can support the weight on the entire foot.

The deformation of the cap means 7 shown in FIG. 5 has a relatively short rear end 9 but is designed to cover the toes in the shoe sufficiently so that the force exerted on the foot of the site or applied downwards. It can be pulled or transferred directly to the sole of the shoe, and in the absence of these caps, no force can be removed that will be supported by the foot in this area.

As described above and examined, the shape of the cushion means 1 described in the present invention is designed to be protected from the force applied to the sneakers down, to reduce the severe injury of the athlete's foot. However, if one wants to completely remove the direct impact force on the foot of the player, one cap means 7 may be included that can provide sufficient protection against any injury.

As described above, in addition to the configuration of the vamp E, the cap means 7 can be stored in the inside of the overcoat 3 and the overcoat 4, and the cap means can be safely stored therein. Since the over and over (4) includes some cushioning means, especially in connection with the inner over (3), does not interfere with the movement of the foot during the sporting event, and despite the presence of a rigid cap means inside the phalanges or feet Will not interfere or inconvenience.

As described above, the cap means may be a molded metal, or may be made of a variety of polymeric materials, such as polycarbonate, which is injection molded at high speed, and it can withstand the large pressures or forces exerted on it during shoe use. .

7 shows the same kind of sneakers as other modified forms of the cushion means 1 as shown and described in the present invention specification and FIG. 1, in this embodiment, the cushion means 10 is the toe piece C of the sneakers. It is basically formed on the upper surface of) so that they can protect the various kinds of phalanges beneath it, whether it is peripheral, middle, or extreme phalanges.

The unique cushioning means 10 as shown in FIG. 8 is disposed between the overcoat 11 and the overcoat 12, wherein the inner overcoat 11 is composed of one component of the toe piece C. Overlay 12 is attached to the toe piece C and disposed in the middle thereof.

One cushion member 13 formed of a cotton wool may be used, such as urethane foam or a commonly used shock absorber, and may be applied to assembled shoes.

Various changes or modifications to the structure described in the present invention may be achieved by those skilled in the art based on a review of the present specification. However, if such modifications or changes are included in the technical idea of the present invention it is included within the scope of the claims of the present invention.

The description of a particular embodiment in this invention is only for the non-application.

Claims (13)

In sneakers with a vamp, toe part, both of which are attached to each other and integrally connected to the sole, the peripheral phalanx protectors with both sides and upper heel, the upper surface of the phalanx consists of a single cap means covered with the front vamp and toe part, The cap means is made of a rigid material that is durable against heavy impact forces, and the cap means is attached to an adjacent upper surface of the sole portion closest to the lower edge, and the cap means extends upwardly from the lower edge thereof. Shoes with distal phalanges that are curved inward and at the same time, forming a cover. The method of claim 1, wherein the cap means extends around the front surface of the sneaker to form an annular curve. 3. The sneaker structure according to claim 2, wherein the cap means is in close contact with the sneaker structure. The lower edge of the cap means is in close contact with the sole in contact with it. 3. The sneaker and toe portion of the sneaker according to claim 2, wherein at least one pair of overlays, said cap means being located between said overlays. 6. The method of claim 5, wherein the overcoat includes outer and inner pads, and one cushioning means is connected with the outer padding so as to block the cap means and the shoe top of the sneaker from the outside. The method of claim 5, wherein the cushioning means is connected to the inner covering to block the inside and feet of the cap means. The method of claim 5, wherein the cap means is made of metal. The method of claim 5, wherein the cap means is made of a cured polymer material. 10. The method of claim 9 wherein the polymeric material is polycarbonate. The method according to claim 5, wherein the vamp and the toe portion is made of outer and inner shells, one cushioning means is connected to the outer shell to block the foot of the player. 12. The method of claim 11 wherein said cushioning means spans the upper front surface of the toe portion of sneakers. 12. The shoe according to claim 11, wherein the cushioning means extends in a bow shape at the upper periphery of the sneaker, and the vamp portion is integrally attached to the toe portion of the sneaker at the position.