The bionic buffering energy-absorbing leg comprises a main leg body, an auxiliary leg body and a buffering mechanism arranged between the main leg body and the auxiliary leg body, and the buffering mechanism comprises a first buffering structure, a second buffering structure and a third buffering structure which are arranged upwards from the upper end face of the auxiliary leg body in an unlimited sequence; the first buffer structure is of a bionic thin-wall structure, the second buffer structure is of a bionic foam core structure formed by inwards forming a cutting groove from the outer side circumferential surface of the cylindrical foam core structure, the depth of the cutting groove is gradually increased from bottom to top, the third buffer structure is of a bionic honeycomb structure, and the bionic honeycomb structure comprises at least one honeycomb assembly. Each honeycomb assembly comprises a plurality of honeycomb units arranged in sequence, each honeycomb unit comprises a circular unit cell and regular pentagonal unit cells symmetrically arranged on the two opposite sides of the circular unit cell, and one vertex of each regular pentagonal unit cell is directly or indirectly connected with the circular unit cell. The bionic buffering and energy-absorbing leg is good in buffering and energy-absorbing effect and light in weight.
本发明公开了一种仿生缓冲吸能腿及着陆器,吸能腿包括主腿、副腿和设在主腿和副腿之间的缓冲机构,缓冲机构包括自副腿的上端面向上不限次序依次顺序设置的第一缓冲结构、第二缓冲结构和第三缓冲结构,第一缓冲结构为仿生薄壁结构,第二缓冲结构为自圆柱形泡沫芯体结构的外侧周面向内设置切槽形成的仿生泡沫芯体结构,切槽从下向上深度逐渐增大,第三缓冲结构为仿生蜂窝结构,仿生蜂窝结构包括至少一个蜂窝组件,每个蜂窝组件包括多个顺序设置的蜂窝单元,每个蜂窝单元均包括圆形晶胞和对称设置在圆形晶胞的相对两侧的正五边形晶胞,正五边形晶胞的一个顶点与圆形晶胞直接或间接连接。本发明的仿生缓冲吸能腿缓冲吸能效果好,且质量轻。
Bionic buffering energy-absorbing leg and lander
一种仿生缓冲吸能腿及着陆器
2023-05-12
Patent
Elektronische Ressource
Chinesisch
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