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SENSING AND EXECUTION INTEGRATED BIONIC FLEXIBLE ACTUATOR AND METHOD FOR PREPARING SAME

机译:传感与执行集成的仿生柔性执行器及其制备方法

摘要

Provided are a sensing and execution integrated bionic flexible actuator and a method for preparing same. The flexible actuator comprises: an IPMC actuating layer, an adhesive layer provided on the IPMC actuating layer, and a bionic strain sensing element provided on the adhesive layer. The bionic strain sensing element comprises:a flexible substrate layer provided on the IPMC actuating layer, wherein a bionic V-shaped groove array is provided on the flexible substrate layer; a conductive layer provided on the flexible substrate layer; and a first electrode provided on the conductive layer. When an external vibration wave is transmitted to the bionic strain sensing element, and the output resistance of the bionic strain sensing element reaches a preset value, the IPMC actuating layer is automatically started, and is subjected to actuated bending, and further drives a bionic strain sensing element layer to deform. An actuation degree of the actuator can be indirectly learned according to an output resistance value, thereby achieving the purposes of the integration of sensing and execution, and intelligent and controllable actuation.
机译:提供了一种感测和执行集成的仿生柔性致动器及其制备方法。柔性致动器包括:IPMC致动层,设置在IPMC致动层上的粘合层,以及设置在粘合层上的仿生应变感测元件。仿生应变感测元件包括:所述柔性基板层设置在所述IPMC致动层上,所述柔性基板层上设置有仿生V形槽阵列。导电层设置在柔性基板层上;第一电极,设置在导电层上。当外部振动波传递到仿生应变感测元件,并且仿生应变感测元件的输出电阻达到预设值时,IPMC致动层会自动启动,并受到致动弯曲,进而驱动仿生应变感应元件层变形。可以根据输出电阻值来间接获知致动器的致动程度,从而达到感测与执行,智能可控致动相结合的目的。

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