CN220255821U - Toe separating shoes - Google Patents

Abstract

The application provides a toe-separating shoe, which aims to solve the problem that the prior art is neglected in different parts of a foot exert different forces in sports. The ball shoes comprise soles and vamps, wherein the soles comprise supporting layers positioned on upper layers and particle layers positioned on lower layers, and are characterized in that the soles comprise toe areas (2) and sole areas (3), the toe areas further comprise thumb areas (21) and four-finger areas (22), toe separating seams (1) are arranged in the parts, corresponding to the parts between the thumb areas (21) and the four-finger areas (22), in the soles, in the supporting layers, the four-finger areas (22) are lower than the rest areas, or the four-finger areas (22) are arranged in a split mode with the rest areas. The ball shoes are more beneficial to the body control during running, and have a certain protection effect on the thumbs of the feet.

Description

Toe separating shoes

Technical Field

The utility model relates to the field of articles of daily use, in particular to footwear products, and more particularly to ball shoes.

Background

In ball games, the player needs to run quickly. During running, five fingers are required to play a role in grabbing the ground, and the sole and the heel play a role in supporting force transmission. But because the thumb bones are significantly stronger due to the remaining four fingers, with the hardness of the entire sole being evenly distributed, the grip is primarily carried by the thumb, thereby causing eversion, or other injury, to the thumb due to long term loading.

The vamp and sole designs of the traditional ball shoes are less in consideration of the differences, the sole and the upper are integrated at the positions corresponding to the toes, and the different force application characteristics of the toes and the soles in football are not fully considered.

Disclosure of Invention

The aim of the application is to provide a toe-separating shoe, which solves the problem that the force applied to different parts of a foot in exercise is neglected in the prior art.

The toe separating shoe comprises a sole and a vamp, wherein the sole comprises a supporting layer positioned on an upper layer and a particle layer positioned on a lower layer, the sole comprises a toe area and a sole area, the toe area further comprises a thumb area and a four-finger area, a toe separating seam is arranged in the sole and the vamp at a part corresponding to the part between the thumb area and the four-finger area, and the hardness of the four-finger area in the supporting layer of the sole is lower than that of the rest area, or the four-finger area and the rest area are arranged in a split mode.

Preferably, the sole region further comprises a forefoot region, a heel region and a transition region, the transition region being interposed between the forefoot region and the heel region, wherein the hardness of the transition region is lower than the hardness of the forefoot region and the heel region.

The ball shoes are more beneficial to the body control during running, and have a certain protection effect on the thumbs of the feet.

Drawings

Fig. 1 is a schematic view of a sole for a ball shoe according to the utility model.

Detailed Description

According to the utility model, as shown in fig. 1, the sole comprises a toe area 2 and a ball area 3, the toe area 2 being constituted by a thumb area 21 and a four-finger area 22. The sole and the upper are separated in the region corresponding to the thumb of the foot, that is to say, between the sole and the upper, between the region corresponding to the thumb zone 21 and the region corresponding to the four-finger zone 22, a toe separating slit 1 is provided. The length of the toe joint 1 is equivalent to the length of the thumb. Moreover, the hardness of the four-finger region 22 in the sole support layer will be lower than the hardness of the thumb region 21 and the sole region 3.

The four-finger area 22 of the sole is softer by the toe joint 1 and the hardness difference, four fingers (other than the toe of the thumb) of the foot can be more distributed to the grip force, a sporter can more efficiently adjust the running direction and speed, the stability of the body is improved, the burden of the thumb of the foot is relieved, and the effect of protecting the thumb of the foot is achieved.

As a further preferred option, sole region 3 further includes a forefoot region 31, a heel region 35, and a transition region 4, with transition region 32 interposed between forefoot region 31 and heel region 33. This division is used to independently adjust the hardness of the sole in the three regions, at least so that the hardness of the transition region 32 is lower than the hardness of the forefoot region 31 and the heel region 33. The hardness of the half sole region 31 and the heel region 33 is higher, and the elasticity can be transmitted forcefully for running of a player, so that the player can run more easily, the proper flexibility of the transition region 32 can adapt to physiological bending of the foot during running well, and the comfort level is improved.

As a further optimization, the hardness of the vamp is also adjusted. The thickness and/or hardness of the front side of the shoe surface is higher than that of other parts, so that the toes are protected when the ball is kicked forward by the instep.

In order to prepare the sole support layer for the ball shoes of the utility model, a blank of a specific formulation can be placed in the corresponding region of the mould and then moulded, optionally foamed, until shaped. In the case of an injection molding process, the sole slurry may be simultaneously delivered to corresponding locations in the mold through a plurality of nozzles, and then the mold is heated for molding.

As an alternative and more simplified solution, only the four-finger area 22 in the supporting layer needs to be separately arranged from the rest, so that when the wearer runs, the four-finger area 22 of the sole has free deformation under the force exerted by the four fingers, and the four fingers can exert good gripping effect.

While the present aspects have been described with respect to specific embodiments, various modifications and variations will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model should be included in the protection scope of the present utility model.

Claims (3)

1. The utility model provides a divide toe shoes, includes sole and vamp, the sole includes the supporting layer that is located the upper strata and is located the granule layer of lower floor, its characterized in that, the sole includes toe district (2) and sole district (3), the toe district further includes thumb district (21) and four-finger district (22), in sole and the vamp, correspond part between thumb district (21) and four-finger district (22) is equipped with divides toe seam (1), and in the supporting layer of sole, the hardness of four-finger district (22) is less than other regions, perhaps four-finger district (22) and the components of a whole that can function independently setting of remaining region.

2. The apodized shoe of claim 1, wherein the ball region further comprises a ball region (31), a heel region (33), and a transition region (32), the transition region (32) interposed between the ball region (31) and the heel region (33), wherein the transition region (32) has a lower stiffness than the ball region (31) and the heel region (33).

3. A piece of apodizing shoe according to claim 1, wherein the front side of the upper has a higher thickness and/or stiffness than the other parts.