阅读说明：本技术 一种自驱动超灵敏脉搏传感器的制备方法 (Preparation method of self-driven ultrasensitive pulse sensor ) 是由 张跃 徐良旭 廖庆亮 赵璇 李琪 高放放 于 2021-09-16 设计创作，主要内容包括：本发明涉及一种自驱动超灵敏脉搏传感器的制备方法。所述自驱动超灵敏脉搏传感器包括第一摩擦层、第二摩擦层、上电极、下电极、绝缘层、间隔层、静电屏蔽层,以及由聚合物材料制成的密封结构,所述第一摩擦层背面与上电极材料粘附,所述第二间隔层背面与下电极材料粘附,且第一摩擦层与第二摩擦层之间放置间隔层生成空气间隔,所述上、下电极背面粘附绝缘层材料后,采用静电屏蔽层将整个器件包覆,最后采用柔性聚合物材料将整个器件封装；本发明利用摩擦静电感应效应,皮肤表面动脉搏动会引起摩擦层的接触分离运动并产生电信号输出,脉搏传感器输出波形即为人体脉搏信号。(The invention relates to a preparation method of a self-driven ultrasensitive pulse sensor. The self-driven ultrasensitive pulse sensor comprises a first friction layer, a second friction layer, an upper electrode, a lower electrode, an insulating layer, a spacing layer, an electrostatic shielding layer and a sealing structure made of polymer materials, wherein the back surface of the first friction layer is adhered to the upper electrode material, the back surface of the second spacing layer is adhered to the lower electrode material, the spacing layer is arranged between the first friction layer and the second friction layer to generate an air space, the electrostatic shielding layer is adopted to coat the whole device after the insulating layer materials are adhered to the back surfaces of the upper electrode and the lower electrode, and finally the whole device is packaged by adopting a flexible polymer material; the invention utilizes the friction electrostatic induction effect, the contact and separation movement of the friction layer can be caused by the pulsation of the artery on the surface of the skin, and the electric signal is output, and the output waveform of the pulse sensor is the human pulse signal.)