Shoe sole with flower-shaped protruding anti-skid blocks

Abstract

The utility model relates to the technical field of shoes, in particular to a sole with flower-shaped protruding anti-skid blocks. A plurality of rows of inclined raised patterns are arranged on the bottom surface of the sole from the toe part to the heel part, and the whole raised patterns are rhombic; each raised pattern is composed of four flower-shaped raised anti-skid blocks, and the bottom ends of the four flower-shaped raised anti-skid blocks are mutually connected to form a central node; the upper portion of each flower-shaped protruding anti-sliding block is provided with three water-drop-shaped protrusions which form a petal and are distributed in a scattered mode, the lower portion of each flower-shaped protruding anti-sliding block is provided with a shoe-shaped gold ingot-shaped protruding base connected with the three petals, and the whole forms the flower-shaped protruding anti-sliding block. The whole side face of the sole is in a whale side contour shape, and a continuous and naturally-bent curve is formed from the heel part to the toe part. A circle of smooth edge covering structure is arranged on the lower edge of the side face of the sole and connected with the bottom face of the sole, and a circle of sewing thread groove is formed in the upper edge to facilitate sewing of the vamp. According to the anti-skidding sole, the anti-skidding performance of the sole can be effectively improved, and foot fatigue caused by long-time wearing can be reduced.

Description

Technical Field

[0001] This utility model relates to the technical field of shoes, and in particular to a shoe sole with flower-shaped raised anti-slip blocks. Background Technology

[0002] In modern life, shoes are an indispensable piece of equipment for daily life and sports, and their performance and comfort directly affect people's experience. Traditional shoe sole designs often focus on basic functions such as anti-slip and wear resistance, but there is still room for improvement in anti-slip performance in complex environments and wearing comfort. Currently, the anti-slip design of traditional shoe soles is relatively simple, usually consisting of simple block or stripe patterns, with limited anti-slip effect. In complex ground environments such as wet or muddy conditions, water and mud can easily accumulate between the sole and the ground, not only affecting walking comfort but also further reducing the friction of the sole, making it easy to slip and fall, and threatening people's walking safety. At the same time, traditional shoe soles also have shortcomings in conforming to the structure of the human foot, and cannot well adapt to the pressure and movement needs of different parts of the foot. Prolonged wear may cause foot fatigue and pain. In addition, traditional shoe soles are usually of the same thickness at the front and back and have a flat appearance on the sides, lacking uniqueness and appeal. Summary of the Invention

[0003] To address the problems existing in the prior art, this invention provides a shoe sole with flower-shaped raised anti-slip blocks. This invention can effectively improve the anti-slip performance of the shoe sole and reduce foot fatigue caused by prolonged wear.

[0004] To achieve the above objectives, the technical solution provided by this utility model is as follows: a shoe sole with flower-shaped raised anti-slip blocks, wherein the bottom surface of the shoe sole has several rows of inclined raised patterns from the toe to the heel, and the overall raised patterns are rhomboid; each raised pattern is composed of four flower-shaped raised anti-slip blocks, and the bottom ends of the four flower-shaped raised anti-slip blocks are connected to each other to form a central node; the upper part of the flower-shaped raised anti-slip block is composed of three teardrop-shaped protrusions forming petals, which are distributed in a scattered manner, and the lower part is a gold ingot-shaped raised base connecting the three petals, which together form a flower-shaped raised anti-slip block; the side of the shoe sole is generally in the shape of a whale's side profile, forming a continuous and naturally curved curve from the heel to the toe; the lower edge of the side of the shoe sole has a smooth edging structure that connects with the bottom surface of the shoe sole, and the upper edge has a grooved seam for easy sewing of the shoe upper.

[0005] In addition, drainage channels are provided between adjacent raised patterns to guide the water and mud between the sole and the ground out of the shoe.

[0006] Furthermore, the sole of the shoe has a downward convex shape at the forefoot and heel, and an upward concave shape at the arch.

[0007] In addition, the shoe sole has a brand size marking area on the arch area.

[0008] In addition, the sole gradually thickens from the toe to the heel, with the heel being 2 centimeters thicker than the toe.

[0009] Moreover, the sole has a smooth, curved surface from top to bottom, with a fine texture.

[0010] Compared with existing technologies, the beneficial effects of this utility model are as follows: 1. The flower-shaped raised anti-slip block design not only enhances the friction of the sole and effectively prevents slipping, but also promotes the rapid discharge of water and mud through its unique shape, maintaining good contact between the sole and the ground, and further enhancing the anti-slip performance of the sole; 2. The whale side profile design and natural curvature of the sole conform to ergonomics, providing good foot support, distributing pressure, reducing fatigue during walking, and providing a more comfortable wearing experience; 3. The sole gradually thickens from the toe to the heel, improving the cushioning performance of the sole and further enhancing wearing comfort; 4. The whale side profile design and delicate side texture make the sole look novel and unique, with high recognizability and fashion sense, further enhancing the overall aesthetics and meeting consumers' aesthetic needs for product appearance. Attached Figure Description

[0011] Figure 1 Diagram of the sole surface;

[0012] Figure 2 A side view of the shoe sole.

[0013] In the image: 1. Toe area; 2. Heel area; 3. Raised pattern; 4. Flower-shaped raised anti-slip block; 5. Center node; 6. Teardrop-shaped protrusion; 7. Ingot-shaped raised base; 8. Edge binding structure; 9. Seam groove; 10. Airflow channel; 11. Forefoot area; 12. Heel area; 13. Arch area; 14. Brand size labeling area. Detailed Implementation

[0014] The present invention will now be described in detail with reference to the accompanying drawings and specific embodiments, but the scope of protection of the present invention is not limited to the following embodiments.

[0015] In the technical solution provided by this utility model, a shoe sole with flower-shaped raised anti-slip blocks is provided. The bottom surface of the shoe sole has several rows of inclined raised patterns 3 from the toe part 1 to the heel part 2. The raised patterns 3 are generally rhomboid. Each raised pattern 3 is composed of four flower-shaped raised anti-slip blocks 4. The bottom ends of the four flower-shaped raised anti-slip blocks 4 are connected to each other to form a central node 5. The upper part of the flower-shaped raised anti-slip block 4 is composed of three teardrop-shaped protrusions 6 forming petals, which are distributed in a scattered manner. The lower part is a gold ingot-shaped raised base 7 connecting the three petals, which together form the flower-shaped raised anti-slip block 4. The side of the shoe sole is generally in the shape of a whale's side profile, forming a continuous and naturally curved curve from the heel part 2 to the toe part 1. The lower edge of the side of the shoe sole has a smooth edge structure 8, which is connected to the bottom surface of the shoe sole. The upper edge has a ring of stitching grooves 9 to facilitate sewing the shoe upper.

[0016] Furthermore, drainage channels 10 are provided between adjacent raised patterns to guide the water and mud between the sole and the ground out of the shoe.

[0017] Furthermore, the forefoot portion 11 and heel portion 12 of the sole protrude downwards, while the arch portion 13 is concave upwards.

[0018] In addition, the arch area of ​​the sole has a brand size marking area 14.

[0019] In addition, the sole gradually thickens from the toe to the heel, with the heel being 2 centimeters thicker than the toe.

[0020] Moreover, the sole has a smooth, curved surface from top to bottom, with a fine texture.

[0021] Compared with existing technologies, the beneficial effects of this utility model are as follows: 1. The flower-shaped raised anti-slip block design not only enhances the friction of the sole and effectively prevents slipping, but also promotes the rapid discharge of water and mud through its unique shape, maintaining good contact between the sole and the ground, and further enhancing the anti-slip performance of the sole; 2. The whale side profile design and natural curvature of the sole conform to ergonomics, providing good foot support, distributing pressure, reducing fatigue during walking, and providing a more comfortable wearing experience; 3. The sole gradually thickens from the toe to the heel, improving the cushioning performance of the sole and further enhancing wearing comfort; 4. The whale side profile design and delicate side texture make the sole look novel and unique, with high recognizability and fashion sense, further enhancing the overall aesthetics and meeting consumers' aesthetic needs for product appearance.

Claims

1. A shoe sole with flower-shaped raised anti-slip blocks, characterized in that: The sole has several rows of slanted raised patterns from the toe to the heel, with the overall pattern being rhomboid. Each raised pattern consists of four flower-shaped raised anti-slip blocks, with the bottom ends of the four flower-shaped raised anti-slip blocks connected to form a central node. The upper part of each flower-shaped raised anti-slip block consists of three teardrop-shaped protrusions forming petals, distributed in a spreading manner, and the lower part is a sycee-shaped raised base connecting the three petals, forming a flower-shaped raised anti-slip block. The side of the sole has an overall whale-like profile, forming a continuous and naturally curved curve from the heel to the toe. The lower edge of the side of the sole has a smooth edging structure that connects with the bottom of the sole, and the upper edge has a grooved seam for easy sewing of the upper.

2. The shoe sole with flower-shaped raised anti-slip blocks according to claim 1, characterized in that: The shoe features drainage channels between adjacent raised patterns to guide water and mud out of the sole.

3. The shoe sole with flower-shaped raised anti-slip blocks according to claim 1, characterized in that: The sole of the shoe has a downward convex shape at the forefoot and heel, and an upward concave shape at the arch.

4. The shoe sole with flower-shaped raised anti-slip blocks according to claim 1, characterized in that: The shoe sole has a brand size marking area on the arch area.

5. A shoe sole with flower-shaped raised anti-slip blocks according to claim 1, characterized in that: The sole gradually thickens from the toe to the heel, with the heel being 2 centimeters thicker than the toe.

6. The shoe sole with flower-shaped raised anti-slip blocks according to claim 1, characterized in that: The sole has a smooth, curved surface from top to bottom, with a fine texture.

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