▎ 摘　　要

NOVELTY - Self-harvesting energy-generating energy-storage knitted elastic socks (1) comprise flexible micronano array elastic friction and piezoelectric composite power generation sock sole (2), flexible micro-nano elastic friction energy storage sock (5), three-dimensional porous graphene composite coaxial structure type flexible super capacitor (6), and flexible elastic connection layer (7). The three-dimensional porous graphene composite coaxial structure type flexible supercapacitor is knitted and assembled in flexible micro-nano elastic friction energy storage type hosiery surface. The flexible elastic connecting layer is formed by weaving flexible elastic connecting wires. The flexible micro-nano elastic friction energy storage type hosiery surface can generate micro-nano elastic friction power generation effect during foot walking. USE - Self-harvesting energy-generating energy-storage knitted elastic socks. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of self-harvesting energy-generating energy-storage knitted elastic socks. Self-harvesting energy-generating energy-storage knitted elastic socks (1) Flexible micronano array elastic friction and piezoelectric composite power generation sock sole (2) Flexible micro-nano elastic friction energy storage sock (5) Three-dimensional porous graphene composite coaxial structure type flexible super capacitor (6) Flexible elastic connection layer (7)