Stretch support non-slip and splash-resistant sole

Abstract

The invention relates to an elastic supporting anti-slip splash-proof shoe sole which comprises an insole, a bottom piece and front and rear supporting parts assembled on the side walls of the insole. Each supporting part is composed of a plurality of elastic supporting bodies, each supporting body is composed of a vertical portion extending in the height direction of the shoe sole and a horizontal portion extending in the width direction of the shoe sole, and the lower ends of the vertical portions are integrally connected with the outer ends of the horizontal portions to form an L shape. The upper ends of all the vertical portions are integrally connected through connecting strips, and the connecting strips are fixedly connected with the side walls of the insole. Anti-slip protrusions are further arranged on the bottom edge of the outer side wall of the vertical portion of the rear supporting part. The inner ends of all the horizontal portions are integrally connected and are clamped between the insole and the bottom piece. The configured front and rear supporting bodies enable the shoe sole to have conformable, shock-absorbing, supporting and side turn preventing functions, the bottom piece, the front supporting bodies and the rear supporting bodies can respectively provide a good assistance effect on the foot, and the exercise efficiency can be improved. The arranged bottom piece structure enables the shoe sole to have good water drainage property and road holding capacity.

Description

technical field [0001] The invention relates to a sports shoe sole, in particular to a non-slip and splash-proof sole supported by elastic force. Background technique [0002] With the continuous improvement of people's living standards, people's pursuit of shoes is also getting higher and higher. Existing soles are usually made of EVA foam material. In order to achieve good shock-absorbing and shock-absorbing effects, the hardness of EVA soles is usually small; however, soft soles have good shock-absorbing and shock-absorbing properties, but they are harmful to the soles of the feet. The supporting capacity becomes correspondingly weaker. During high-intensity sports, such soles often cannot provide good protection for the feet. In addition, the lower hardness of the EVA sole is usually on its two sides. Therefore, when the two sides of the sole are stressed, the deformation will be greater than that of the middle, which makes athletes prone to rollover and sprained feet....

AI Technical Summary

Problems solved by technology

[0003] The invention provides a non-slip and splash-proof sole with elastic support to overcome the problem that the shock-absorbing performance and support performance of most existing EVA soles are difficult to have at the same time

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