Improved structure of clog casual shoes

Abstract

An improved structure for a perforated casual shoe includes a sole and an upper located above the sole. The sole has a plurality of spaced-apart sections along its edge, each section containing a plurality of densely arranged, roughly Y-shaped, anti-slip blocks. The sole surface has an anti-slip texture. The upper has an inlet with a plurality of first ventilation holes on its surface and a plurality of second ventilation holes on each of its two sides. The lower edge of each second ventilation hole connects to the sole surface with a sloped at an appropriate angle from the inside out. This design allows the anti-slip blocks on the sole to provide wear resistance and increased grip during wear, resulting in greater flexibility and comfort for the feet. Furthermore, when worn in rain or while playing in water, the second ventilation holes allow water to drain out, keeping the feet breathable and dry for a more comfortable fit.

Claims

1. An improved structure of a perforated casual shoe, comprising: an upper having an inlet and a plurality of first ventilation holes on its surface, and a plurality of second ventilation holes on each side; and a sole attached to the upper, the sole edge having a plurality of sections, each section having a plurality of densely arranged anti-slip blocks; thereby, when worn, the anti-slip blocks on the sole make walking more flexible and comfortable, and when worn in rainy weather or while playing in water, the second ventilation holes allow water inside the shoe to drain out, keeping the soles breathable and dry, making wearing more refreshing.

2. An improved structure of the perforated casual shoe as described in claim 1, wherein, The second ventilation hole is designed as an elongated hole of different lengths, and the lower edge of the hole is connected to the surface of the sole as a slope that slopes from the inside out at an appropriate angle to facilitate drainage.

3. An improved structure of the perforated casual shoe as described in claim 1, wherein, The anti-slip block system is designed in a Y-shaped fork.

4. An improved structure of the perforated casual shoe as described in claim 1, wherein, The sole surface is equipped with multiple anti-slip patterns to provide slip resistance and shock protection for the feet, making walking safer.

5. An improved structure of the perforated casual shoe as described in claim 4, wherein, The anti-slip texture is designed as an irregular, continuous, bent loop.

Images