A single caterpillar band structure imitating goat spine characteristics comprises a single caterpillar band base body, a soil contact surface curved surface structure and a grouser, the soil contact surface curved surface structure is obtained by stretching a bionic curve in the length direction of the grouser, the soil contact surface curved surface structure is arranged between the single caterpillar band base body and the grouser, and the grouser is arranged between the single caterpillar band base body and the grouser. The adhesion performance of the crawler monomers is improved by adjusting the interaction between the soil contact surfaces of the crawler monomers and the soil. The soil contact surface curved surface structure changes the soil contact surface structure of a traditional single crawler belt, increases the soil disturbance area, increases the soil penetration subsidence amount of the soil contact surface structure, and can enhance the adhesion performance of the single crawler belt, so that the passing performance of the crawler belt type agricultural machinery is improved; the adhesion performance of the bionic structure of the crawler monomer is obviously improved compared with that of a common structure.

    一种仿山羊脊柱特征的履带单体结构,包括履带单体基体、触土面曲面结构和履刺,所述触土面曲面结构由仿生曲线沿履刺长度方向拉伸所得,触土面曲面结构设置在履带单体基体和履刺间,通过调节履带单体的触土面和土壤的相互作用提高履带单体附着性能。这样的触土面曲面结构改变了传统履带单体的触土面结构,增大了土壤扰动区域,增加了触土面结构入土沉陷量,能够增强履带单体的附着性能,进而提高履带式农业机械的通过性能,经过模拟仿真,该履带单体仿生结构附着性能较普通结构附着性能有明显提升。


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    Title :

    Crawler belt monomer structure imitating goat spine characteristics


    Additional title:

    一种仿山羊脊柱特征的履带单体结构


    Contributors:
    ZHANG FU (author) / CUI XIAHUA (author) / QIU YUBO (author) / WANG XINYUE (author) / SUN HAOXUAN (author) / FU SANLING (author) / WANG JIAJIA (author) / ZHANG YAKUN (author)

    Publication date :

    2023-11-24


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B62D MOTOR VEHICLES , Motorfahrzeuge



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