KR200327789Y1 - The Convenient Football Shoes for Handle a Ball - Google Patents

Abstract

This design relates to a soccer shoe that is easy to handle, and the conventional technology belonging to this design is a ball that rotates and bends into the air during a game because the front part of the soccer shoe is made in a smooth state. When the ball was received, the ball bounced off due to the difficulty of suppressing the elasticity and repulsion of the ball, or when the ball was passed or shooting, the ball floated or flew in the wrong direction.

In order to remedy these shortcomings and problems, the design has a ball when it receives a ball that creates hemispherical projections and spaces on the skin of the front of the shoe, such as Ping Pong Racket or Tennis Racket. The goal is to create a ball that can be easily handled to suppress resilience and resilience and ensure accuracy when passing or shooting.

This design consists of the first step of cutting the cuticle and the inner skin of shoes according to the pattern of each part of soccer shoes, and the synthetic rubber made by making hemispherical protrusions on the cuticle in front of shoes. The second step of making the upper part of the triple structure by attaching my projection board and the inner skin underneath, overlapping the cuticle and inner skin of each part cut at the back and putting the upper of the synthetic sewing shoe on the molding shoe bone It consists of the third stage of shaping into shape, and the fourth stage of making a finished soccer shoe by attaching a spike sole with a spike under the shoe shape and stitching the shoe sole together.

Designed as above, the ball-friendly soccer shoes have a newly developed high pressure air bubble designed to induce the FIFA's thrilling game, so that the ball is resilient, resilient, spinning, and speedy. It is a new concept of soccer shoes that responds to the trend of the times that fits the contracted ball which is made to be resilient.It was designed for the first time in the world, so it can be used not only by professional soccer players and national players but also by exporting to the international market. You can achieve a huge effect of gaining a lot to earn.

Description

The Convenient Football Shoes for Handle a Ball}

The idea is to create a football shoe that is easy to handle.

The present invention relates to soccer shoes for soccer players, and the prior art in this field differs only in the shape and design of shoes, but the upper of the soccer shoes to which the ball touches is smooth. It is made in a slippery state, and when you receive a ball that rotates in the air and bends quickly and quickly with soccer shoes, it is difficult to suppress the elasticity and resilience of the ball, so that the ball may pop out and the training of the ball due to the slippage of the ball Even older players were difficult to control the ball accurately, and there were problems and flaws that caused the ball to fly when flying or shooting in the wrong direction.

In order to remedy the above-mentioned drawbacks and problems, the present invention has a hemispherical protrusion and space on the skin of the front of the soccer shoes, such as Ping Pong Racket or Tennis Racket. And the upper part of the three-layer structure with the endothelial projections and the inner skin of the synthetic rubber projections made by injection separately under it, and the function of the hemispherical projections, space and synthetic rubber projections Its purpose is to make the soccer shoes easy to handle with the ball so that the elasticity and repulsion of the ball can be suppressed, and the soccer players can easily pass the ball or make accurate shooting by preventing the ball from slipping.

1 shows the phenomenon, structure and manufacturing process of the present invention,

Fig. 1A) is a state diagram in which the cuticle and the endothelium for shoemaking are cut for each part according to a standard pattern.

Figure 1b) is a state in which the cut front skin is pressed in a mold of a pressing machine to make a hemispherical protrusion.

Figure 1c) is a state of making the upper of the front portion of the three-layer structure having the projections of the projections of the front part of the shoe made by pressing and the synthetic rubber projection plate and the inner skin superimposed separately.

1d) is a state of making the upper of the soccer shoes synthesized by overlapping and sewing the cuticle and the inner skin of each cut portion cut;

Figure 1e) is a state of being molded into the shape of a football shoe after fixing the upper of the synthesized soccer shoes on the modeling shoe bone (Last) and then fixed it with shoelaces for shoemaking (용)

Figure 1f) is a state in which a spike is attached to the sole of the sole attached to the sole

Figure 1g) is a state diagram showing the shape and structure of the completed soccer shoes in cross section

Figure 2 shows the state of the finished soccer shoes of the present invention,

Figure 2a) is a soccer ball for handling the finished ball

(Explanation of symbols for the main parts of the drawing)

1. Upper leather for shoemaking

1A. Shoe Leather Inner Leather (內皮, Inner Leather)

2. Shoe Pattern Paper

3. Front Part Upper Leather

3A. Front Part Inner Leather

3B. Space around hemispherical protrusions

3C. Uppers of shoes, triple structure with hemispherical protrusions

4. Upper Leather of Tongue

4A. Inner Leather of Tongue

4B. Uppers of Shoes Tongue

5. Left Side Upper Leather

5A. Left Side Inner Leather

5C. Left Side Uppers of Shoes

6. Right Side Uppers Leather

6A. Right Side Inner Leather

6B. Right Side Uppers of Shoes

7. Back Part Upper Leather

7A. Back Part Inner Leather

7C. Back Part Uppers of Shoes

8. Upper Edge Border Leather

9. Border Leather for Sticking Sole

9A. Thin Side of Border Leather

9B. Thick Side of Border Leather

10. Middle Core

11.Sole of Shoes

11A. Inner Sole of Shoes

12.Spike

12A. Bottom Sole of Spike Sticker

13. Flax Thread

14. Shoelace Hole (Hole for String)

14A. Shoelace (Hole for String)

15. Semi-Globular Projection of Epidermal Surface

15A. Subsidence of Backside

15B. Space around protrusions

15C. Triple Structured Front Part Uppers

16. Presser

16A. Handle

16B. Screw Axis.

17. Mold

17A. Upper Mold

17B. Under Mold

18. Synthetic Rubber Projection

18A, Extruded Synthetic Rubber Protrusion Board (突起 板, Projection Board)

19. Adhesive

20. Upper Stitched Uppers

21.Last for Formation

21A. Shoe Shaped Forms

22. Completed Football Shoes

According to the shoe manufacturing process, the first step of cutting the outer skin and the inner skin of the shoe leather used for the shoe according to the pattern of each part of the shoe, and the front of the cut shoe The second step of making the upper part of the three-layered shoe by attaching a semi-spherical protrusion on the epidermis and attaching a separate synthetic rubber protrusion and the inner skin to the bottom, the upper part of the three-layered shoe The third step of making the shoe upper by overlapping the epidermis and the inner skin of each part of the cut shoe and making the upper of the synthetic sewing shoe and fixing it on the shaping bone. It consists of a fourth stage of work that creates a finished football shoe with a spiked sole and a shoe sole attached and stitched together.

In order to achieve the above object, it will be described with reference to the accompanying drawings for the shape, structure and manufacturing method of the soccer shoes convenient to handle the design of the present invention.

(1) [Step 1 Task]

① 1mm thick shoe leather cowhide skin (1) stretch out the fabric, and cut it on the shoe shape standard paper (2) and cut it as shown in Fig. 1a) and cut the front skin of the shoe (3) and the front spatula (4). ), The epidermis (5) on the left side, the epidermis (6) on the right side, and the epidermis (7) on the back side are made 2 sheets, respectively. (Sizes for shoemaking specifications may vary slightly depending on the size of each foot.)

② Lay out the shoe leather endothelial (1A) fabric with a thickness of 0.5mm and cut it as shown in Fig. 1a according to the standardized paper for shoemaking (2) as in the above ① process. Endothelial 4A, left endothelial 5A, right side endothelial 6A and back endothelial 7A are made, respectively.

③ The upper edge leather (8) of 24mm × 700mm in width and the leather straps for trapezoidal shoe soles of 3mm in width × 15mm in width and 750mm in length, such as shoe leather lining (1A), 0.5mm thick. Make 2 sheets each).

(2). [Step 2 Task]

① Step 1 The skin (3) of the front part of the shoe made in the step (1) above is placed in the lower mold (17B) of the compactor 16 as shown in Fig. 1B) and pressurized with the upper mold (17A) to press the hemispherical shape as shown in Fig. 1C). Make a protrusion (15).

This hemispherical protrusion 15 has a hollow surface having an outer diameter of 5 mm x 2.5 mm in height and a rear surface of 3 mm x 2.5 mm in height. Since they are arranged at intervals of 5 mm, the hemispherical protrusions 15 having a width of 5 mm x 2.5 mm in height and the space 15B around the protrusions having a width of 5 mm x 2.5 mm in depth are provided.

(2) Separately, as shown in Fig. 1C), a synthetic rubber protrusion plate 18A extruded to a thickness of 0.5 mm having a hemispherical synthetic rubber protrusion 18 having a diameter of 3 mm x height of 2.5 mm is made by injection.

The upper portion of the synthetic rubber protrusion 18A is a hollow synthetic rubber protrusion 18 having a diameter of 3 mm x a height of 2.5 mm, arranged at intervals of 7 mm horizontally and horizontally. ) And the inner skin (3A) in the same way, the synthetic rubber protrusion (18) facing the front skin (3) of the front part of the shoe made in the step ① above is the hemispherical projection (15) The hollow recess 15A fits snugly and acts to give elasticity to the hemispherical protrusion 15 of the epidermis of the front of the shoe.

③ Place the extruded synthetic rubber protrusion (18A) made in the process of ② directly under the cuticle (3) of the front part of the shoe with the hemispherical protrusion (15) made in the process of ① above, and under the first step ② Apply the lining (3A) of the front part of the shoe cut in the process and apply the adhesive (19) lightly around only the front and side edges of the shoe to make the upper part (15C) of the front part of the shoe with the projection.

The upper surface of the upper portion of the shoe (15C) having the projections thus formed has a hemispherical projection (15 mm) having an outer diameter of 5 mm x height of 2.5 mm, arranged at intervals of 5 mm vertically and horizontally, as shown in FIG. 1C. There is a space (15B) having a depth of 2mm and a space (15B) formed at intervals of 5mm on each side, and a 0.5mm-thick synthetic rubber protrusion having a hemispherical synthetic rubber protrusion 18 having a diameter of 3mm x 2.5mm in height. (18A) is built in, and underneath is the inner skin (3A) attached, so that the speed of 100 km or more per hour with a weight of 410 to 490 g with a diameter of 21 to 22 cm (67 to 70 cm) and a pressure of 0.6 to 1.1 When the ball (FIFA-certified ball) comes into contact with the front of the shoe, the hemispherical protrusion (15) and the space around the protrusion (15B) and the synthetic rubber protrusion board (18A) comprehensive function of elasticity and absorption 및) and air outflow and anti-slip action, which can suppress the elasticity and repulsion of the ball, absorb pressure and impact, and prevent slipping, which makes it easy for players to handle the ball. It will work and function. (This is the core technology of the present invention.)

(3) [Step 3 Task]

① Step 1 Combine and sew the cuticle (4) and the inner skin (4A) of the front spatula cut in the steps ① and ② to make the upper (4B) of the front spatula.

② In the same way as above, combine the cuticle (5) and the inner skin (5A) on the left side of the soccer shoe cut in the steps 1 and ② to make the upper part (5B) on the left side, and the cuticle on the right side (6). ) And the inner skin (6A) are combined to make the upper part of the right side (6B), and the epidermis (7) and the endothelial (7A) at the back are combined to form the upper part (7B) of the rear part, and these are shown in FIGS. The upper edge of the shoe (15C) of the triple structure of the shoe with the protrusion made in the process of Step 2 ③ after sewing the upper edge leather (8) around the inside of the upper edge and sewing together. Tailoring and sewing as shown in Figure 1d) on the back side of the shoelace made of a comprehensive sewing (20).

※ Upper (甲 皮) refers to the leather without the shoe soles made by overlapping the epidermis and the inner skin during the shoemaking process.

(3) cover the shoe sole (21) for molding as shown in FIG. 1E, and then put the shoe insole (11A) on the bottom of the shoe bone (21) and sew the shoe upper (20). After fixing the shoe to the shoe bone 21 while fixing with a shoe nail for shoemaking, it is sewn with shoemaking flax 13 to make a shoe-shaped molding 21A.

④ A thin portion 9A of the trapezoidal shoe sole attachment 9 for the trapezoidal shoe cut in the above step 3 is placed inside the bottom of the shoe-shaped molding 21A, and the thick portion 9B is on the outside. The upper thin part 9A is sewn with shoelaces 13 for shoemaking as shown in Fig. 1E and fixed around the bottom of the molding 21A.

(4). [Step 4 Task]

① 3rd step 3mm thick × 80mm wide at the recess of the concave shape formed at the bottom of the molded article 21A, which is sewn and fixed around the bottom of the shoe-shaped molding 21A made in the process of item 3A. An inner middle core 10 having a size of 280 mm in length is applied as shown in FIG.

② After attaching the separately made spikes (12A) attached to the shoe sole 11 with an adhesive 19 as shown in Figure 1f, and then attaching the shoe sole made in the process of step ④ To match the thick portion (9B) of the periphery leather (9) to return to the shoemaking linen 13, sewing and attaching and fixing and finishing to make the finished soccer shoes 22 as shown in Figure 2a.

③ The finished soccer shoe 22 of this invention is made in the shape and structure as shown in Fig. 1g), and the front part of the soccer shoe is a hemispherical protrusion having a diameter of 5 mm x 25 mm in height on the skin 1 having a thickness of 1 mm (15). ) 18A extruded synthetic rubber protrusions (18A) having a synthetic rubber protrusion 18 having a diameter of 3mm x a height of 2.5mm and arranged at an interval of 5mm vertically and horizontally below each other. It consists of a triple upper structure (3C) with a hemispherical protrusion with a endothelium (3A) with a thickness of 0.5mm underneath, and rotates at a speed of 100 km / h or more. When the ball of 220mm (circumference 680 ~ 700mm) touches the front part of the soccer shoes, the hemispherical protrusion 15 formed in the longitudinal direction of the shoe, the space around the protrusion 15B and the synthetic rubber protrusion 18A Elasticity and absorption due to its comprehensive functions And air outflow and anti-slip action, which can suppress the elasticity and repulsion of the ball, absorb pressure and shock, and prevent slippage, making it easy for players to handle the ball and making accurate passes or shooting. Will be

The above-mentioned easy-to-use soccer shoes 22 made of the above design have hemispherical protrusions 15 and spaces around the protrusions 15B at regular intervals in the entire upper 3C of the front of the soccer shoe, and directly underneath It is a new concept soccer shoes with a built-in projection board (18A) and a bottom structure (3A) underneath. It is possible for the FIFA's newly developed repulsion, resilience and rotation to be excellent and speed. It is a soccer shoe that responds to the trend of the times that fits the contracted ball which is made to be resilient.It was designed for the first time in the world, so it can be used not only by professional soccer players and national players but also by the international market of overseas countries who love football. It can have a huge effect on the profits that can be obtained by exporting valuable foreign currency.

Claims (1)

Hemispherical projections (15 mm in diameter and 5 mm in height) are arranged on the skin (3) in front of the soccer shoes at 5 mm intervals in length and width, and the hemispherical synthetic rubber projections (3 mm in diameter and 2.5 mm in height) immediately below. ) Has a hemispherical projection with a synthetic rubber projection plate 18A of the same size as the outer skin 3, arranged at intervals of 7 mm horizontally, and the inner skin 3A at the front of the shoe. After the upper part of the triple structure (3C), the front spatula (4B), the upper part (5B) and the upper part (6B), the upper part (7B) and the upper edge leather (8) according to the shoemaking process After sewing by shaping the shoelaces (20) of the totally sewn shoe made by putting them together and sewing them, the sole leather (9) for attaching the sole is sewed around the bottom of the shoe-shaped molding (21A). Then, the depression inside the bottom of the molding 21A After fixing the inner middle core (10) to the ball, characterized in that the ball is made by sewing the sole 12 (11A) and the shoe sole 11 with a smaller size than the shoe sole 11 Handy Soccer Shoes (22)