计量与测试技术2024,Vol.50Issue(11) :79-81,85.DOI:10.15988/j.cnki.1004-6941.2024.11.024

折纸启发的软体机器人流体逻辑控制方法研究

Research on Origami Inspired Fluid Logic Control Method for Soft Robots

王亢 暴文婧 胡慧娟 李龙 田应仲
计量与测试技术2024,Vol.50Issue(11) :79-81,85.DOI:10.15988/j.cnki.1004-6941.2024.11.024

折纸启发的软体机器人流体逻辑控制方法研究

Research on Origami Inspired Fluid Logic Control Method for Soft Robots

王亢 1暴文婧 2胡慧娟 1李龙 1田应仲1
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作者信息

  • 1. 上海大学机电工程与自动化学院;上海市智能制造及机器人重点实验室
  • 2. 上海卫星工程研究所
  • 折叠

摘要

在软体机器人流体驱动系统中,通常是通过单片机系统控制传统硬电磁阀,实现多样化的运动,但刚性结构与软体机器人的柔性特征不匹配,因此3D打印技术成为制造软体阀控元件的选择.本文利用3D打印Kresling折纸结构在负压作用下的Snap-through特性和折纸结构大折展比的特点,制造了一种可驱动运动、计算逻辑的软体阀门,并配置流体逻辑门,实现对软体机器人高效、灵活且智能的控制.

Abstract

In the fluid drive system of soft robot,the traditional hard solenoid valve is usually controlled through the single-chip computer system to achieve a variety of movements,but the rigid structure does not match the flexible characteristics of the soft robot,so 3D printing technology has become the choice of manufacturing soft valve control components.Based on the Snap-through characteristics of 3D printed Kresling origami structure under negative pressure and the characteristics of large folding ratio of origami structure,a soft valve that can drive motion and com-putational logic is manufactured,and a fluid logic gate is configured to realize efficient,flexible and intelligent con-trol of the soft robot.

关键词

3D打印/Kresling折纸/软体阀门/流体逻辑门

Key words

3D printing/kresling origami/soft valve/fluid logic gates

引用本文复制引用

出版年

2024
计量与测试技术
成都市计量监督检定测试所

计量与测试技术

影响因子:0.175
ISSN:1004-6941
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