According to the bionic anti-skid tread pattern structure for the frozen and snowy road surface, left convex block structures and right convex block structures are arranged on a tread, the number of the left convex block structures is the same as that of the right convex block structures, and the left convex block structures and the right convex block structures are symmetrically arranged about the center line of a tire; the left convex block structure comprises a first convex block structure, a second convex block structure, a third convex block structure and a fourth convex block structure; the first protruding block structure is oval and imitates a reindeer sole soft cushion structure. The second protruding block structure is in a blade shape and imitates a reindeer foot hoof shell structure. And the third convex block structure is square and imitates the microscopic diaphragm structure of the sole of the reindeer. The left convex block structure and the right convex block structure are good in anti-skid effect and suitable for severe road conditions with snow covered on ice. According to the invention, the traction trafficability of the wheels running on the icy and snowy road surface is improved, and the device is suitable for the icy and snowy road surface; compared with a common mikbein snow tire, the friction force of the tire disclosed by the invention is improved by about 24.5%-28.4% on the same icy and snowy road surface.

    一种结冰且覆雪路面仿生防滑轮胎花纹结构,其在胎面上设有左凸块结构和右凸块结构,左凸块结构与右凸块结构数量相同,左凸块结构与右凸块结构以轮胎的中心线对称布设;左凸块结构包括第一凸块结构、第二凸块结构、第三凸块结构和第四凸块结构;第一凸块结构为椭圆形,仿驯鹿足底软垫结构;第二凸块结构为刀刃型,仿驯鹿足部蹄壳结构;第三凸块结构为方形,仿照驯鹿足底的微观横隔结构。左凸块结构和右凸块结构防滑效果好,适用于冰上覆雪的恶劣路状。本发明提高了结冰且覆雪路面上行驶车轮的牵引通过性,适用于结冰且覆雪路面;与普通米其林雪地轮胎相比较,在同样的结冰且覆雪路面上,本发明轮胎的摩擦力提高了约24.5%~28.4%。


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    Title :

    Bionic anti-skid tire pattern structure for iced and snowy road surface


    Additional title:

    一种结冰且覆雪路面仿生防滑轮胎花纹结构


    Contributors:
    ZHANG RUI (author) / HAN YU (author) / PANG HAO (author) / DONG WENCHAO (author) / ZHAO LIANGLIANG (author)

    Publication date :

    2022-07-22


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B60C VEHICLE TYRES , Fahrzeugreifen



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