KR200394422Y1 - Shoe - Google Patents

Abstract

The present invention relates to a shoe suitable for suppressing odor and preventing athlete's foot by allowing the air inside to be circulated.

In the shoe according to the present invention, an incision is formed on the foot body protector to expose the instep of the foot. In addition to covering the incision, a number of perforations are formed in the upper half of the forehead extending at least above the instep. These perforations are to be connected with the incision by the air guide member. Accordingly, due to the pumping action caused by the movement of the foot in the shoe during walking is forcibly discharged toward the outside of the air inside the shoe and the outside air is forced to enter the inside of the shoe. As a result, the occurrence of odor and the infestation of harmful bacteria inside the shoe can be prevented.

Description

Shoes {Shoe}

The present invention relates to a shoe that protects the foot, and more particularly to a shoe that allows the air inside to be ventilated.

Ordinary shoes are worn on a person's foot to protect the person's foot and facilitate the movement of the person. These shoes are manufactured in various kinds to meet the functional aspects required according to the activity area of the person as well as the standard of living. For example, there are kinds of shoes such as sneakers, shoes, work shoes, boots and hiking boots.

Such shoes can satisfy the functions according to the activity area of the person, thereby improving convenience and efficiency to the people in the activity area, but are manufactured only in the form of enclosing the foot of the person. In the surface portion of the foot of the person wrapped by such shoes, the temperature increases due to friction between the person's foot and the inner surface of the shoe, as well as the humidity due to the sweat generated from the person's foot. As a result, odors are generated in the shoes and in the feet of people, and furthermore, the feet of people have to suffer from chronic diseases such as athlete's foot.

Accordingly, an object of the present invention is to provide a shoe that allows the air inside to be forcedly ventilated.

Another object of the present invention is to provide a shoe suitable for promoting clean and foot health by suppressing the generation of odor and bacteria in the interior.

In order to achieve the above object, the shoe according to an embodiment of the present invention includes: an incision portion formed on the foot body protector installed on the bottom member to expose the instep; An forehead extending over the instep and covering the incision; A plurality of perforations formed in the upper half of the forehead; And an air guide member for guiding air to flow between the incision and the plurality of perforations. The air guide member comprises a plurality of guide grooves facing the incision and extending up to a height located in the plurality of perforations and second perforations formed in each of the plurality of guide grooves to coincide with each of the plurality of perforations. Will be. The air guide member includes a plurality of first guide holes formed to face the incision, a plurality of second guide holes formed to face the plurality of first perforations, and a plurality of first guide holes and a plurality of second guides. It may also consist of multiple guide passages connecting the balls. Unlike these, the air guide member has a plurality of longitudinal grooves formed side by side in the width direction on its both sides, a plurality of horizontal grooves formed side by side in the longitudinal direction on its both sides corresponding to the first perforations, and itself It may also consist of a number of through-holes formed to be distributed over the entire surface of the. Such shoes may be added with an endothelial that is attached to cover the incision on the inner side of the foot body protector. This endothelium is in the form of a network.

Other objects, features and advantages of the present invention in addition to the above objects of the present invention will become apparent from the detailed description of the preferred embodiments of the present invention to be described with reference to the accompanying drawings.

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

1 is an exploded perspective view illustrating a shoe according to an embodiment of the present invention. Figure 2 is a perspective view illustrating a coupling state of the shoe according to the embodiment of the invention shown in FIG. As shown in Figure 1 and 2, the shoe according to the embodiment of the present invention is described as being applied to the work shoes, but this is only an example for convenience of description and various shoes having a forehead including the work shoes It will be apparent to those skilled in the art that the present invention can be applied to.

As shown in Figures 1 and 2, the shoe according to the embodiment of the present invention is a foot body protector 12 and backrest protection 14 and the foot body protector 12 and the foot body protector 12 installed on the bottom member 10 And an ankle protector 16 extending upwardly from the top edge of backside protector 14. The bottom member 10 protects the sole of the person and also relieves the impact of the ground applied to the sole of the person during walking. To this end, the bottom member 10 is preferably made of a material having a good elastic force, that is, rubber and synthetic resin. Foot body protector 12 protects both the sides of the foot and the foot including the toes. The foot body protector 12 is formed of fiber, leather or synthetic resin to cover both sides of the foot and the foot including the toes. The back stopper protection 14 is also formed of a fiber material, leather or synthetic resin to surround the back of the foot portion similar to the foot body protector 12. The back collar portion 14 protects the back portion of the foot. The edges of the lower end of the foot body protector 12 and the back anchorage protector 14 are attached to completely enclose the rim of the bottom member 10 by adhesives or rods. The side ends of these foot body protectors 12 and backside guards 14 are glued by adhesive and / or rods so that the portions overlap each other. These foot body protectors 12 and backside guards 14 may be manufactured to be integrated. The ankle protector 16 is formed of a fiber material, leather or synthetic resin to surround the side and rear portions of the ankle except the front part of the ankle. The ankle protector 16 is glued by an adhesive and / or bar so that the bottom edge portion partially overlaps the edge portions of the top of the foot body protector 12 and the backside protector 14. First perforations 11 are formed at both side edges 16A of the ankle protector 16. These first perforations 11 are formed to be large enough to allow a fastening strap (not shown) to pull adjacent side edges 16A of the ankle protector 16 adjacent to each other. Ring-shaped rivets (not shown) may be fastened to each of the first perforations 11. The ring-shaped rivet prevents the openings of the first perforations 11 due to the tension applied when the tightening strap is pulled. In this way, the ankle protector 16 provided with the first perforations 13 may also be manufactured in the form of being integrated with the foot body protector 12 and the back collar protector 14.

In addition, the shoe according to the embodiment of the present invention covers the cutout portion 13 formed on the surface of the foot body protector 12, the cover portion 13 and higher than the upper end of the ankle protector 16 It is further provided with a foreclosure 18 extending to a position. The incision 13 exposes instep portions starting from the roots of the toes to allow air inside the shoe to circulate. The inner surface of the foot body protector 12 is attached to the endothelial 20 to completely cover the incision 13. The endothelium 20 prevents damage to the rim of the cutout 13 when a person's foot is attached to or detached from the shoe, and allows air to enter and exit through the cutout 13. As the endothelial 20, a fiber or synthetic resin material in the form of a mesh is used.

The foreclosure 18 protects the front part of the foot and the ankle by attaching a lower edge to the foot body protector 12 by an adhesive and / or a bar to wrap the front part of the foot and the ankle. The lower half of this foreclosure 18 is provided with wings 18A extending outward from both side ends. These wings 18A are bonded to each other by the adhesive and / or the bar to overlap both side edge portions 16A of the lower half of the ankle protector 16 to prevent water from entering the interior of the shoe during wetland walking. do. In addition, the second perforations 15 are formed in both wing portions 18A of the foreclosure 18 so as to coincide with the first perforations 13 and have the same size. These second perforations 15, like the first perforations 13, allow the fastening straps to pass freely.

In addition, the foreclosure 18 is provided with an air guide member 22 located on the surface facing the inner side of the shoe. The air guide member 22 extends from the lower end of the front ear 18 to the upper end of the wing 18A. The air guide member 22 is formed with guide grooves 22A arranged side by side in the width direction and third perforations 17 positioned at upper ends of these guide grooves 22A. The lower portion of the guide grooves 22A overlaps the incision 13 so that air in the shoe can be circulated to the top of the wing 18A. These guide grooves 22A guide the air inside the shoe via the cutout 13 of the foot body protector 12 toward the third perforations 17 and also through the third perforations 17. The air from the outside is guided toward the cutout 13. The third perforations 17 allow the air inside the shoe guided by the guide groove 22A to be discharged outward and also allow the outside air from the outside to flow into the guide grooves 22A. The air guide member 22 is made of a synthetic resin material having elasticity and / or restoring force to protect a person's back when shoes are worn on a person's foot. The air guide member 22 is then attached to the adhesive and / or foreclosure 18.

Furthermore, the foreclosure 18 is not only coincident with the third perforations 17 but also has a size sufficient to cover the fourth perforations 19 and the fourth perforations 19 formed with the same size. The branches further comprise a perforated protective piece 24. The fourth perforations 19 overlap with the third perforations 17 to allow air to enter and exit the guide grooves 22A and the outside. In detail, the cutout 13 formed in the foot body protector 12, the air guide member 22 having the third perforations 17 and the fourth perforations provided in the front shade 18 ( 19 allows air inside the shoe to be discharged to the outside and fresh air from outside can be sucked into the shoe. This intake and exhaust of the air is forced by the pumping action that occurs according to the movement of the foot in the shoe during walking. This forced air intake and exhaust action keeps the air inside the shoe fresh. As a result, the occurrence of odors and the habitat of harmful bacteria in the shoes can be prevented.

The perforated protective piece 24 is attached by an adhesive and / or a bar to cover the fourth perforations 19 on the outer surface of the front shade 22. The perforation protection piece 24 is formed in a semi-cylindrical shape to allow outside air to flow into the fourth perforations 19 and to discharge air from the fourth perforations 19 to the outside. In addition, the perforation protection piece 24 prevents moisture, including water droplets, from directly entering the guide grooves 22A through the fourth perforations 19. For this purpose, the perforation protection piece 24 has both ends thereof. It is preferably formed in an inclined direction in the downward direction or in the form of a string with a central portion bulging upwards. Like the perforation protection piece 24, the central portion is formed to have a bulging string.

3 is a view for explaining another embodiment of the air guide member 22 shown in FIG. The air guide member 22 shown in FIG. 3 extends from the lower end of the front shade 18 to the upper end of the wing 18A. Both surfaces of the air guide member 22 have longitudinal grooves 30A arranged side by side in the width direction, and horizontal grooves arranged side by side in the longitudinal direction at the upper half of the air guide member 22 so as to intersect with these longitudinal grooves 30A. 30B is formed. In addition, the air guide member 22 is formed so that the through holes 31 penetrating itself are distributed on the front surface. The lower half of the air guide member 22 overlaps with the incision 13 shown in FIG. 1, and thus the incision 13 and the fourth perforations 19 via the longitudinal grooves 30A and the through holes 31. Free movement of air between the liver. The lateral grooves 30B increase the amount of air moving between the longitudinal grooves 30A and the fourth perforations 19. The through holes 31 are characterized by the movement of air between the longitudinal grooves 30A on both sides of the air guide member 22 and the movement of the air between the horizontal grooves 30B on both sides of the air guide member 22. Make it possible. Furthermore, the movement of air between the horizontal and vertical grooves 30A and 30B on one surface of the upper half of the air guide member 22 and the horizontal and vertical grooves 30A and 30B on the other surface is also possible. This air guide member 22 of FIG. 3 causes more air to be transferred between the fourth perforations 19 and the cutout 13 than in FIG. In addition, the air guide member 22 of FIG. 3 has a cutout 13 formed in the foot body protector 12 and fourth perforations 19 provided in the front shade 18, as shown in FIG. In addition, due to the pumping action that occurs according to the movement of the foot in the shoe during walking, the air in the shoe is discharged to the outside and the fresh air from the outside is forced to intake into the shoe. This forced air intake and exhaust action keeps the air inside the shoe fresh. As a result, the occurrence of odors and the habitat of harmful bacteria in the shoes can be prevented.

4 is a view for explaining another embodiment of the air guide member 22 shown in FIG. The air guide member 22 of FIG. 4 includes first guide holes 41 formed on a surface facing the cutout 13 provided in the foot body protector 12 shown in FIG. 1, and the front of FIG. Second guide holes 43 having the same size as the fourth holes 19 and the first guide holes on the surface facing the fourth holes 19 formed in the shade 16. The guides 45 are formed on the side of the lower end of the air guide member 22 so that the fields 41 and the second guide holes 43 are connected to each other. The guide passages 45 free the flow of air between the first guide holes 41 and the second guide holes 43. The first guide holes 41 free the flow of air between the incision 13 and the guide passages 45, and the second guide hole 43 allows the fourth perforations 19 and the guide passages. Free the flow of air between the 45. The air guide member 22 provided with the first and second perforations 41 and 43 and the guide passages 45 may have an incision formed in the foot body protector 12 as shown in FIG. 13) and the fourth perforations 19 provided in the front shade 18, the air inside the shoe is discharged to the outside and the fresh air outside by the pumping action that occurs according to the movement of the foot in the shoe when walking. Force inhalation into the interior of the shoe. This forced air intake and exhaust action keeps the air inside the shoe fresh. As a result, the occurrence of odors and the habitat of harmful bacteria in the shoes can be prevented.

As described above, the shoe having a pumping function according to an embodiment of the present invention has been described in detail in the form applied to the boots, but those skilled in the art with various modifications and various modifications within the scope without departing from the scope of the present invention You will see that change is possible. As an example, an embodiment of the present invention has been described as being limited to military boots, but in addition to the military boots, it can be applied to various shoes including a forehead including work shoes.

As described above, in a shoe having a pumping function according to an embodiment of the present invention, the air inside the shoe is forcibly discharged to the outside by a pumping action that occurs according to the movement of a person's foot in the shoe when walking. In addition, the fresh air from the outside can be forced into the inside of the shoe. By the forced intake and exhaust of the air, the air inside the shoe is kept fresh. As a result, the occurrence of odors and the habitat of harmful bacteria in the shoes can be prevented.

1 is an exploded perspective view illustrating a shoe according to an embodiment of the present invention.

FIG. 2 is a perspective view illustrating a coupling state of the shoe illustrated in FIG. 1.

3 is an exploded perspective view showing another embodiment of the air guide member shown in FIG.

4 is an exploded perspective view showing another embodiment of the air guide member shown in FIG.

<Explanation of symbols for the main parts of the drawings>

10: bottom member 12: foot body protection

14: back collar protection 16: ankle protection

18: front cover 20: endothelial

22: air restraint member 24: puncture protection piece

11: first puncture 13: incision

15: second punch 17: third punch

19: fourth punched hole 30A: vertical groove

30B: horizontal groove 31: through hole

41: first guide hole 43: second guide hole

45: guide passage

Claims (6)

An incision formed on the foot body protector installed on the bottom member to expose the instep of the foot; Covering the incision and at least the front foreextension extending to the top of the foot; A plurality of perforations formed in the upper half of the forehead; And And an air guide member for guiding air to flow between the incision and the plurality of perforations. The method of claim 1, wherein the air guide member, A plurality of guide grooves facing the incision and extending to a height located in the plurality of perforations; And And second perforations formed in each of the plurality of guide grooves to coincide with each of the plurality of perforations. The method of claim 1, wherein the air guide member, A plurality of first guide holes formed to face the incision; A plurality of second guide holes formed to face the plurality of first perforations; And And a plurality of guide passages connecting the plurality of first guide holes and the plurality of second guide holes. The method of claim 1, wherein the air guide member, A plurality of longitudinal grooves formed side by side in the width direction on both sides thereof; A plurality of horizontal grooves formed side by side in the longitudinal direction on both sides thereof corresponding to the first perforations; And Shoes having a plurality of through holes are formed to be distributed over the entire surface of the own. The method according to any one of claims 2 to 4, Footwear characterized in that it further comprises an endothelial attached to the inner surface of the foot body protector to cover the incision. A shoe as claimed in claim 5, wherein said endothelium is made of fibers in the form of a net.