Self-driven antibacterial flexible electronic skin and production method thereof

The invention discloses a self-driven antibacterial flexible electronic skin and a production method thereof. The self-driven antibacterial transparent flexible electronic skin sequentially comprisesan electronegative sensing layer with a multi-stage micro-nano structure, a fiber-based electrode and an antibacterial substrate material, wherein the electronegative sensing layer is obtained througha template copying method, and the fiber-based electrode is arranged below the electronegative sensing layer and is produced through an electrostatic spinning technology and a filtering process. Theelectronic skin produced in the invention has excellent flexibility, ensures wearing comfort of the electronic skin on a human body, has high sensitivity and a good antibacterial property, and avoidsa problem of bacteria breeding caused by long-time contact with the skin while realizing a sensitive tactile sensing effect. 本发明公开了一种自驱动抗菌性柔性电子皮肤及其制备方法。所述的自驱动抗菌性透明柔性电子皮肤依次包括通过模板复制法得到的具有多级微纳米结构电负性传感层、设于其下方的通过静电纺丝技术和过滤工艺制备的纤维基电极及抗