首页|一种可用于识别弯曲形状、压力和物体尺寸的自感知软体执行器的设计与研究

一种可用于识别弯曲形状、压力和物体尺寸的自感知软体执行器的设计与研究

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气动软体执行器已被广泛应用于无损抓取、康复治疗和人机交互等领域.软体执行器在运行过程中感知其压力和弯曲形状非常重要.然而,除了机器视觉之外,它们很少有其他有效的方式来感知自身状态.本文提出了一种集成了弯曲和压力传感器的气动软体执行器,用于机器人的形状和压力感知.这些可伸缩传感器由Ecoflex00-50/MWCNTs(MWCNTs)复合材料组成,并嵌入在执行器表面的通道中.实验结果显示,弯曲和压力传感器不仅可以分别测量弯曲形状和压力,而且还可以结合使用,在正压和负压下测量弯曲变化,以及在抓取过程中的变形.
Design and Research of a Self Sensing Soft Actuator that Can be Used to Identify Bending Shape,Pressure,and Object Size
Pneumatic soft actuators have been widely used in fields such as non-destructive grasping,re-habilitation therapy,and human-computer interaction.It is very important for software actuators to perceive their pressure and bending shape during operation.However,apart from machine vision,they rarely have other effective ways to perceive their own state.This article proposes a pneumatic soft actuator that integrates bend-ing and pressure sensors for shape and pressure sensing in robots.These scalable sensors are composed of E-coflex 00-50/MWCNTs(MWCNTs)composite materials and embedded in channels on the surface of the actua-tor.The experimental results show that bending and pressure sensors can not only measure bending shape and pressure separately,but can also be used in combination to measure bending changes under positive and neg-ative pressure,as well as deformation during the gripping process.

software executorself perceptionbending sensorpressure sensormultimodal

潘瑞

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安徽理工大学 机械工程学院,安徽 淮南

苏州德龙激光股份有限公司,江苏 苏州

软体执行器 自感知 弯曲传感器 压力传感器 多模态

2024

科学技术创新
黑龙江省科普事业中心

科学技术创新

影响因子:0.842
ISSN:1673-1328
年,卷(期):2024.(10)
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