CN206260950U - Skidproof ventilated football boot - Google Patents

Abstract

The utility model discloses an anti-slip breathable football shoe, which comprises a vamp, a sole and a shoelace. There is a buffer rubber elastic ball between the soles, a breathable mesh on the upper, and vent holes in the breathable mesh; a lace-wrapped Velcro that completely covers the shoelaces on the upper, and a heel at the bottom of the lower sole area, arch area, metatarsal area and toe area, with curved strip studs in the heel area, strip reinforcement ridges in the arch area, activation studs in the metatarsal area of the foot; stud assembly A in the toe area , stud assembly B and round stud C. The utility model is provided with a ventilating net on the vamp to ensure that the soccer shoes have a good ventilating effect. The vamp is provided with a lace-coated Velcro that completely covers the laces so that the laces will not fall on the surface after they fall off. The ground, thus eliminating the risk of players falling during running.

Description

non-slip breathable football shoes

technical field

The utility model relates to a cup, in particular to an anti-slip and air-permeable football shoe.

Background technique

Football is a daily sport for people. With the rapid development of economy, football has affected all countries, nations and regions. Now there are more than 200 million people in the world who take football as their main sport. However, the acceleration of the old-fashioned football shoes is small when starting, the grip of the studs is not strong, and the heel wrapping is poor. When the player changes direction and moves quickly, the friction is insufficient, which will cause slipping. The elastic effect of the sole is not good, which is not conducive to the player. play. Moreover, the air permeability of traditional football shoes is not good, and the sweating or odor of the players' feet cannot be eliminated in time and effectively, which affects the hygiene of the players' feet; because the shoelaces of traditional football shoes are often exposed above the upper, the shoelaces are easy to fall off. The shoelaces that come off are likely to cause players to fall during running.

Utility model content

Aiming at the deficiencies of the prior art, the purpose of this utility model is to provide a non-slip and breathable football shoe, which is provided with a breathable mesh on the upper to ensure that the football shoe has a good ventilation effect, and is provided with a complete cover on the upper. The laces of the shoelaces are covered with magic stickers, so that the shoelaces will not fall to the ground after they fall off, thereby eliminating the risk of players falling during running; there are spikes corresponding to each area of the bottom of the sole, which has the function of being in each movement. It has excellent grip ability in the state and direction of movement, and it also has appropriate friction when changing directions and moving, without slipping.

The purpose of this utility model is achieved through the following technical solutions:

A non-slip breathable football shoe, comprising a vamp, a sole and a shoelace, the vamp is connected to the upper edge of the sole, the vamp is provided with a shoelace, and the sole is overlapped with a lower sole and an upper sole from bottom to top, and the lower sole There are several cushioning rubber elastic balls fixedly connected with the upper sole, and several air meshes are arranged on the upper shoe, and several air holes are opened in the air mesh; The shoelaces are covered with Velcro, and the vamp is provided with Velcro and fluffy belts that are pasted together with the shoelaces. and the toe area, the heel area is protruded with four arc-shaped studs, and the four arc-shaped studs are arranged in the heel area in a rectangular shape; the arch area is convex from left to right There are several strip-shaped reinforcing ridges, and the middle part of the metatarsal area of the foot is provided with a starting nail; the left side of the toe area is provided with a spike assembly A, and the right side of the toe area is provided with a spike assembly B. , the central part of the toe area is protruded with a number of circular spikes C, and all the circular spikes C are located between the spike assembly A and the spike assembly B.

In order to better realize the utility model, the upper is located in the toe area or/and the two sides of the shoe body, and is evenly arranged with several air meshes, and each air mesh is evenly opened with several air holes.

The preferred structural technical solution of the sole metatarsal region of the utility model is: the metatarsal region of the sole is located on both sides of the starting nail and is respectively symmetrically provided with a comma-shaped stud A and a comma-shaped stud B.

The preferred structural technical scheme of the arch area of the utility model is: the arch area of the foot protrudes from left to right and is provided with three strip-shaped reinforcing ridges, and the three strip-shaped reinforcing ridges are short reinforcing ridges, long reinforcing ridges and arc-shaped reinforcing ridges respectively. shaped reinforcing ridge, the long reinforcing ridge is located between the short reinforcing ridge and the arc-shaped reinforcing ridge, the length of the long reinforcing ridge is greater than the length of the short reinforcing ridge, and the arc-shaped reinforcing ridge is in the shape of an arc as a whole.

The preferred starting nail structure technical solution of the utility model is: the starting nail is formed by connecting two bar-shaped nails, and the angle between the two bar-shaped nails is 120 degrees.

The preferred structural technical solution of the stud assembly A of the utility model is: the stud assembly A includes three round studs A, and the three round studs A are sequentially connected by connecting ribs from top to bottom in the toe area. As a result, the size of the three round studs A increases sequentially from top to bottom in the toe area.

The preferred structural technical solution of the stud assembly B of the utility model is: the stud assembly B includes three round studs B, and the three round studs B are sequentially connected by connecting ribs from top to bottom in the toe area. As a result, the size of the three round studs B increases sequentially from top to bottom in the toe area.

Preferably, all buffer rubber elastic balls are evenly arranged between the lower sole and the upper sole.

Preferably, three circular spikes C are arranged between the spike assembly A and the spike assembly B.

Compared with the prior art, the utility model has the following advantages and beneficial effects:

(1) The utility model is provided with a ventilating net on the vamp, and each ventilating net is provided with several ventilating holes, and all ventilating nets and ventilating holes have ensured that the soccer shoes have a good ventilating effect; The shoelaces covering the shoelaces are covered with Velcro, so that the shoelaces will not fall to the ground after falling off, thus preventing the players from falling down during running.

(2) The utility model divides the heel area, the arch area, the metatarsal bone area and the toe area at the bottom of the sole from bottom to top, and provides different positions and different shapes of spikes for each area of the human foot, which not only ensures the superiority in the lawn. Excellent grip and prevents slippage. There are starting nails in the metatarsal area of the soles of the feet to help players start quickly when starting sports. The strip-shaped reinforcing ridges in the arch area strengthen the strength of the middle of the football shoes, prevent the middle of the football shoes from breaking, and improve the service life of the football shoes.

(3) The sole of the utility model is composed of a lower sole and an upper sole, and a buffer rubber elastic ball is arranged between the lower sole and the upper sole to provide sufficient buffer force when the player bounces to prevent the player's legs or feet from being injured. At the same time, it is beneficial for players to move quickly on the lawn.

Description of drawings

Fig. 1 is the side structural representation of the utility model;

Fig. 2 is a schematic structural view of the utility model not covered with a shoelace-coated Velcro;

Fig. 3 is a schematic structural view of the utility model covered with a shoelace-coated Velcro;

Fig. 4 is a schematic structural view of the lower sole in Fig. 1 .

Wherein, the names corresponding to the reference signs in the accompanying drawings are:

1-lower sole, 2-upper sole, 3-cushion rubber elastic ball, 4-vamp, 5-lace, 6-heel area, 61-curved strip studs, 7-foot arch area, 71-short Reinforcement ridge, 72-long reinforcement ridge, 73-curved reinforcement ridge, 8-foot metatarsal area, 81-comma stud A, 82-comma stud B, 83-start spike, 9-toe area, 91- Spike assembly A, 911 - round stud A, 92 - stud assembly B, 921 - round stud B, 93 - round stud C, 10 - air mesh, 101 - air hole, 11 - shoelace Covered with Velcro.

detailed description

Below in conjunction with embodiment the utility model is described in further detail:

Example

As shown in Figures 1 to 4, a non-slip breathable football shoe includes a vamp 4, a sole and a shoelace 5, the vamp 4 is connected to the upper edge of the sole, the vamp 4 is provided with a shoelace 5, and the sole is from bottom to top A lower shoe sole 1 and an upper shoe sole 2 are sequentially overlapped, and several buffer rubber elastic balls 3 are fixedly connected between the lower shoe sole 1 and the upper shoe sole 2, and all buffer rubber elastic balls 3 are evenly arranged between the lower shoe sole 1 and the upper shoe sole 2, Air-permeable sponges are filled between the adjacent cushioning rubber elastic balls 3 . The vamp 4 is provided with several ventilating nets 10, and several ventilating holes 101 are opened in the ventilating net 10; as shown in Fig. Several ventilating nets 10 are arranged on the cloth, and several ventilating holes 101 are evenly opened on each ventilating net 10 . The shoe upper 4 is provided with a shoelace wrapping Velcro 11 which completely covers the shoelace 5, and the shoe upper 4 is provided with a Velcro matching fluff belt which is pasted together with the shoelace wrapping Velcro 11. The shoelace-coated Velcro 11 of the utility model and the Velcro on the vamp 4 can be mutually bonded and disassembled with each other.

As shown in Figure 4, the bottom of the lower sole 1 is distributed sequentially from bottom to top with a heel area 6, an arch area 7, a metatarsal area 8 and a toe area 9, and the heel area 6 protrudes and is provided with four arc-shaped strip studs 61 , the four arc-shaped studs 61 are arranged in the heel area 6 in a rectangular shape as a whole.

As shown in Figure 4, the middle part of the metatarsal region 8 of the sole of the foot is protruded with an activation nail 83; the activation nail 83 of the present invention is formed by connecting two strip nails, and the angle between the two strip nails is 120 degrees. The metatarsal region 8 of the sole of the foot is located on the two sides of the starting nail 83, and the comma-shaped studs A81 and comma-shaped studs B82 are respectively symmetrically provided.

As shown in Figure 4, the arch area 7 protrudes from left to right and is provided with several strip-shaped reinforcing ridges, and the arch area 7 is protruded from left to right to provide three strip-shaped reinforcing The ridges are short reinforcing ridges 71, long reinforcing ridges 72 and arc-shaped reinforcing ridges 73, the long reinforcing ridges 72 are located between the short reinforcing ridges 71 and the arc-shaped reinforcing ridges 73, and the length of the long reinforcing ridges 72 is greater than that of the short reinforcing ridges 71. In terms of length, the arc-shaped reinforcing ridge 73 is in the shape of an arc as a whole.

As shown in Figure 4, the left side of the toe area 9 protrudes with a spike assembly A91, the right side of the toe area 9 protrudes with a spike assembly B92, and the middle part of the toe area 9 protrudes with several circular spikes C93. All round studs C93 are located between the stud assembly A91 and the stud assembly B92. The stud assembly A91 includes three round studs A911, which are connected from top to bottom in the toe area 9 through connecting ribs, and the size of the three round studs A911 is in the toe area 9. increasing from top to bottom. The stud assembly B92 includes three round studs B921, the three round studs B921 are connected from top to bottom in the toe area 9 through connecting ribs, the size of the three round studs B921 is in the toe area 9 increasing from top to bottom. As shown in FIG. 4 , three circular spikes C93 are provided between the spike assembly A91 and the spike assembly B92 .

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present utility model shall be included in this utility model. within the scope of protection of utility models.

Claims (9)

1. a non-slip breathable soccer shoe, comprising vamp (4), sole and shoelace (5), vamp (4) is connected to the upper edge of the sole, and vamp (4) is provided with shoelace (5), its It is characterized in that: the sole is overlapped with a lower sole (1) and an upper sole (2) sequentially from bottom to top, and several cushioning rubber elastic balls (3) are fixedly connected between the lower sole (1) and the upper sole (2) , the upper (4) is provided with several air meshes (10), and several air holes (101) are opened in the air mesh (10); the upper (4) is provided with completely covered shoelaces (5) the shoelace-coated Velcro (11), the upper (4) is provided with a Velcro matching fluff belt that is pasted with the shoelace-coated Velcro (11); the bottom of the lower sole (1) The heel area (6), the arch area (7), the metatarsal area (8) and the toe area (9) are distributed sequentially from bottom to top, and the heel area (6) is protruded with four curved strips. Nails (61), four arc-shaped strip-shaped spikes (61) are arranged in the heel area (6) in a rectangular shape as a whole; the arch area (7) protrudes from left to right with several strip Reinforcing ridge, the middle part of the metatarsal area (8) of the sole of the foot is provided with a starting nail (83); the left side of the toe area (9) is provided with a spike assembly A (91), and the right side of the toe area (9) is The protrusion is provided with a spike assembly B (92), and the middle portion of the toe area (9) is provided with several circular spikes C (93), and all the circular spikes C (93) are located in the spike assembly A (91) Between the stud assembly B (92). 2. The non-slip and breathable football shoe according to claim 1, characterized in that: said vamp (4) is located in the toe area or/and the areas on both sides of the shoe body are evenly arranged and provided with several air-permeable nets (10 ), several air holes (101) are evenly opened on each air mesh (10). 3. The non-slip and breathable football shoe according to claim 1, characterized in that: the metatarsal region (8) of the sole of the foot is located on both sides of the starting nail (83) and is respectively symmetrically provided with a comma-shaped stud A (81) and a comma-shaped stud A (81). Stud B (82). 4. The non-slip and breathable football shoe according to claim 1, characterized in that: the arch area (7) protrudes from left to right in turn and is provided with three strip-shaped reinforcing ridges, and the three strip-shaped reinforcing ridges are respectively short Reinforcing ridges (71), long reinforcing ridges (72) and arc-shaped reinforcing ridges (73), the long reinforcing ridges (72) are located between the short reinforcing ridges (71) and the arc-shaped reinforcing ridges (73), the long The length of the reinforcing ridge (72) is greater than the length of the short reinforcing ridge (71), and the arc-shaped reinforcing ridge (73) is generally arc-shaped. 5. The non-slip and breathable football shoe according to claim 1 or 3, characterized in that: the activation nail (83) is formed by connecting two strip nails, and the angle between the two strip nails is 120 degrees . 6. The non-slip and breathable football shoe according to claim 1, 2 or 4, characterized in that: the stud assembly A (91) includes three round studs A (911), three round studs A (911) are connected sequentially from top to bottom in the toe region (9), and the size of the three circular studs A (911) increases sequentially from top to bottom in the toe region (9). 7. The non-slip and breathable football shoe according to claim 6, characterized in that: the stud assembly B (92) comprises three round studs B (921), and the three round studs B (921) The toe area (9) is connected sequentially through connecting ribs from top to bottom, and the size of the three circular studs B (921) increases sequentially from top to bottom in the toe area (9). 8. The non-slip and breathable football shoe according to claim 1, characterized in that: all buffer rubber elastic balls (3) are evenly arranged between the lower sole (1) and the upper sole (2). 9. The non-slip and breathable football shoe according to claim 7, characterized in that three circular spikes C (93) are arranged between the spike assembly A (91) and the spike assembly B (92).