Regular patterns are mostly composed of regular geometric shapes. One or several graphic elements form a unit pattern, with specific curves as bones, arranged continuously in a certain space, distance, and direction to form a regular pattern.

2、 Combination graphic splicing


The combination of graphic patterns is formed by the interweaving and echoing of different patterns, forming a complete unity. Within a certain space, arranged repeatedly according to a certain bone structure, it is a small regular pattern. This combination pattern is more suitable for the force characteristics of the feet, and is more anti slip and suitable for specific sports events compared to regular graphic combinations.

The sole's function is nothing more than to ensure the anti slip and braking of the shoe. For its own function, factors that affect the consumption of the sole include the material of the sole itself, the speed and mode of movement, and the shape and direction of the pattern.
3、 Raised pattern


The raised pattern of the shoe body is very unique, with deep four grooves, large structure, and even nail like ring patterns, mainly designed to be suitable for its specific usage environment. Suitable for professional sports shoes and special usage environments.

4、 Other


Utilizing simple connecting structures or material properties to meet specific sports needs is more professional.
5、 Skid resistance


Comparison of anti-skid performance of different sole patterns on the same road surface under the same direction of load for regular patterns:


The anti slip performance of various patterns on marble pavement is compared, with the best being continuous in two directions, followed by continuous in four directions, and the worst being anti sliding blocks.


The skid resistance of various patterns on wooden boards is compared, with the best being continuous in two directions, followed by continuous in four directions, and the worst being anti sliding blocks.


The anti-skid performance of various patterns on cement roads is compared, with the best being continuous in two directions, followed by anti sliding blocks, and the worst being continuous in four directions.


Comparing the anti slip performance of the same sports shoe sole pattern on the same road surface under different directional loads, the friction coefficient between the sole and the ground gradually decreases with the increase of load.






6、 Grasping and adsorption


Ordinary sports shoes can basically meet the requirements by using thick and deep herringbone patterns, water patterns, or inverted letter patterns, while professional sports shoes must be carefully designed according to actual needs. Secondly, the roughness of the pattern also affects slip. When the pattern is relatively rough, the pattern has a greater ability to deform under force and has strong anti slip ability.






7、 There are several ways to grab the ground


One is to reduce the peak value and design a thinner sheet-like pattern, which can easily fall to the ground during use, increasing the landing area and achieving anti slip effect. The most common design to achieve anti slip effects in the front, back, left, and right directions is ripple;


The second is to design shoe studs. Regarding studs, adhesive studs are the mainstream, and the landing angle of the studs has been changed from a slightly different vertical landing angle to an angle greater than the acute angle, which enhances grip.