Anti-slide shoe sole and shoe with shoe sole

Abstract

The invention relates to a sole and provides an anti-slide shoe sole and a shoe with the shoe sole. The anti-slide shoe sole has the anti-slide performance in both processes of standing contact and force-applied walking, and people also can stably walk even if a slippery ground. The anti-slide sole comprises an outsole, wherein the outsole corresponding to a heel, an arch, metatarsal bones, and a toe of the sole is respectively composed of a heel zone, an arch zone, a metatarsal bones zone and a toe zone; a square bulge zone is arranged on the heel zone of the outsole, and the square bulge zone is formed by several square bulges, a draining grove for draining fluid is arranged between adjacent square bulges; a cylindrical bulge zone is arranged on the metatarsal bones zone, and composed of several cylindrical bulges; a draining gap for draining fluid forms between adjacent cylindrical bulges; a strip-shaped bulge zone is arranged on the toe zone of the outsole and formed by a plurality of strip-shaped bulges, and a draining groove for draining fluid is formed between adjacent strip-shaped bulges.

Description

technical field [0001] The invention relates to a shoe sole, in particular to a non-slip shoe sole and a shoe provided with the shoe sole. Background technique [0002] Nowadays, when people buy shoes, they no longer only consider the aesthetics of the shoes, but also consider the safety of the shoes, especially the anti-skid performance. When there is a liquid medium such as water on the ground, a liquid medium film is usually formed between the sole and the ground. This liquid medium film reduces the friction between the sole and the ground. It can be said that the friction is almost zero. At this time, It is easy for people to slip and fall and cause accidents, especially for the elderly and children. The potential safety hazard is great. Especially in rainy days, ice and snow days, the degree of slippery ground is extremely high. Therefore, in order to solve the aforementioned problems, the prior art uses Set the concave-convex pattern to increase the roughness of the s...

AI Technical Summary

Problems solved by technology

When there is a liquid medium such as water on the ground, a liquid medium film is usually formed between the sole and the ground. This liquid medium film reduces the friction between the sole and the ground. It can be said that the friction is almost zero. At this time, It is easy for people to slip and fall and cause accidents, especially for the elderly and children. The potential safety hazard is great. Especially in rainy days, ice and snow days, the degree of slippery ground is extremely high. Therefore, in order to solve the aforementioned problems, the prior art uses Set the concave-convex pattern to increase the roughness of the sole, increase the friction between the sole and the ground to achieve an anti-slip effect, especially use the groove structure between the concave-convex patterns to make the water or ice chips on the ground flow between the sole and the ground. There is a circulation path between the ground, and the flow of water or ice chips through the groove can prevent it from forming a smooth liquid medium film between the sole and the ground, which can have an anti-slip effect. However, this structural design only considers the sole The anti-skid effect when in contact with the ground ignores the anti-skid performance between the sole and the ground during the force application process, and it is extremely easy to slip during the force application process, making it difficult to apply force, which is not conducive to walking, and has low safety

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