An improved non-slip sole and shoes with the sole

Abstract

The invention relates to a sole and provides an improved anti-slip sole and a shoe employing the same, which can not only improve the drainage rate of liquid in drainage gaps but also give the anti-slip property of a patterned structure into full play. The improved anti-slip sole comprises an undersole, wherein a plurality of anti-slip bulge rows are uniformly arranged on the undersole in the length direction, and drainage gaps are formed between adjacent anti-slip bulge rows; each anti-slip bulge row consists of a plurality of cross-shaped anti-slip bulges which are uniformly arranged in the width direction of the undersole, and the adjacent cross-shaped anti-slip bulges are mutually meshed; communicating gaps communicated with the drainage gaps are formed between the adjacent cross-shaped anti-slip bulges; and grooves are further formed in the center and the cross-shaped convex edges of each cross-shaped anti-slip bulge.

Description

technical field [0001] The invention relates to a sole, in particular to an improved anti-slip sole and a shoe provided with the sole. Background technique [0002] Nowadays, when people buy shoes, they no longer only consider the aesthetics of the shoes, but also focus on 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. The liquid medium film reduces the friction between the sole and the ground. It can be said that the friction force is almost zero. At this time, People are prone to slip and fall accidents, especially for the elderly and children, which have great potential safety hazards. Especially in rainy days, the wetness of the ground is extremely high. Therefore, in order to solve the aforementioned problems, the prior art provides smooth patterns on the soles. A drainage gap can be formed between adjacent patterns, and the...

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 cause accidents, especially the elderly and children, which pose a great safety hazard. Especially in rainy days, the ground is extremely slippery. Therefore, in order to solve the aforementioned problems, the prior art has smooth patterns on the soles. Adjacent patterns can form drainage gaps, using the drainage gaps between the patterns to make the liquid on the ground have a circulation path between the sole and the ground, and the flow of liquid through the drainage gap can prevent it from forming a smooth gap between the sole and the ground The liquid medium film can play an anti-slip effect; in the prior art, it is difficult to discharge the liquid quickly after entering the drainage gap, and most of it stays in the drainage gap. The retention of the liquid reduces the dredging of the drainage gap, and the liquid is drained The long-term stay in the gap makes the surface of the sole wet instead, which reduces the anti-skid performance of the surface of the sole and has low practicability. In order to solve the aforementioned technical problems, drainage gaps are often set up on the surface of the pattern to increase the number of drainage gaps on the surface of the sole , improve the distribution of drainage gaps, improve the circulation and diffusion of liquid in the drainage gaps, but the large number of drainage gaps will eventually make the entire surface of the sole wetted by liquid, which cannot fundamentally solve this technical problem, and the drainage gap Large quantities will also reduce the contact area between the original pattern surface and the ground, reduce the friction between the pattern and the ground, reduce the anti-skid effect of the pattern, and have low practicability of the sole. Therefore, how to improve the drainage of liquid At the same time, it is the main technical problem to be solved in the design of shoe sole pattern structure to ensure the drainage rate in the gap and give full play to the anti-skid effect of the pattern structure.

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