Novel non-slip basketball shoe sole and basket ball shoes with novel non-slip basketball shoe soles

Abstract

The invention relates to a sole and provides a novel non-slip basketball shoe sole and a pair of basket ball shoes with the non-slip basketball shoe soles. According to the non-slip basketball shoe sole, the dry type non-slip effect is remarkable, an excellent non-slip road holding force can be effectively generated in the emergency-stop process, and the effects of instant stable standing and low possibility of falling down are realized. The novel non-slip basketball shoe sole comprises a sole body, wherein non-slip layers and side-slip preventing layers are convexly arranged on the bottom surface of the sole body and are consistent in height; the side-slip preventing layers are correspondingly arranged on the outer side and the inner side of a forefoot part and a heel part on the sole body; the non-slip layers are arranged at positions except the outer side and the inner side of the forefoot part and the heel part, on the sole body; separated open slots are formed between the side-slip preventing layers and the non-slip layers; by using the separated open slots, the side-slip preventing layers and the non-slip layers are mutually and completely separated.

Description

technical field [0001] The invention relates to a shoe sole, in particular to a novel anti-slip basketball shoe sole and basketball shoes with the shoe sole. Background technique [0002] Shoes are indispensable daily necessities in people's daily life. The sole is an important part of the shoe. The anti-slip performance is an important performance of the sole. Good anti-slip performance can prevent the sole from slipping and other phenomena, and can prevent the user from wrestling. In the field of sports, such as basketball, the anti-slip performance of basketball soles is particularly important. The existing anti-slip soles all achieve the anti-slip effect by setting various anti-slip pattern structures on the surface of the soles, and do not rely on the movement process. It is set according to the force of the middle sole. In the process of rapid movement, the sole as a whole has a large impact inertia. The anti-slip force generated by the structure achieves the stopping...

AI Technical Summary

Problems solved by technology

[0002] Shoes are indispensable daily necessities in people's daily life. The sole is an important part of the shoe. The anti-slip performance is an important performance of the sole. Good anti-slip performance can prevent the sole from slipping and other phenomena, and can prevent the user from wrestling. In the field of sports, such as basketball, the anti-slip performance of basketball soles is particularly important. The existing anti-slip soles all achieve the anti-slip effect by setting various anti-slip pattern structures on the surface of the soles, and do not rely on the movement process. It is set according to the force of the middle sole. In the process of rapid movement, the sole as a whole has a large impact inertia. The anti-slip force generated by the structure achieves the stopping effect, but the impact inertia existing in the sole is not eliminated. The impact inertia and the anti-slip force conflict with each other to achieve the emergency stop effect, while the impact inertia is the function of the entire sole, and the anti-slip force is only on the surface. Obtained at the location, the impact inertia is often significantly greater than the anti-slip force. Therefore, in this case, the sole cannot stand firmly in the process of rapid movement, and it is easy to fall when the impact inertia is significantly greater than the anti-slip force. Causing injuries to athletes, therefore, the anti-slip and anti-slip effect of the current anti-slip soles during exercise is not obvious, and is not suitable for soles of sports shoes and basketball shoes

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