artificial muscle

In general , the output power of the motor with its quality decreases , this feature improves the miniature artificial muscle making difficulty .

一般情况下，电机的输出功率随其质量的减小而减小，这个特性提高了微型人造肌肉的制作难度。

A single joint artificial muscle test system was designed .

设计了一个具有单关节的人工肌肉试验系统。

Building and Analysis of Pneumatic Artificial Muscle Active Suspension Simulation Model

气动肌肉主动悬架系统的仿真模型与分析

Research of the Preparation of Artificial Muscle on pH and Its Mechanical Performance

pH型凝胶筋肌制备及机械性能的研究

Adaptive Controlling of Artificial Muscle System with Predictive Algorithm

人工肌肉自适应预测控制

This article also discussed preload pneumatic artificial muscle static properties .

本文还对气动人工肌肉的预紧力状态下的静态特性进行了探讨，得出了在有恒负载预紧力的状态下，气动人工肌肉的输出力大于无预紧力状态下的输出力。

Design on a kind of new typed artificial muscle driver based on finite element method

基于有限元方法的一种新型人工肌肉驱动器设计

The Design of Wearable Robot Based on the Pneumatic Artificial Muscle

应用气动人工肌腱设计的可穿着式机器人研究

Force Characteristic of Pneumatic Artificial Muscle and Its Comparison with Standard Cylinder

气动人工肌肉与标准气缸的力特性比较

Design and Analysis of an Artificial Muscle Based Bionic Robot-fish Joint

基于人工肌肉的仿生机器鱼关节机构设计与力学分析

Dynamic experiment can get the dynamic response of the artificial muscle with different load and flow .

动态实验主要得到不同负载和流量下，人工肌肉在动态信号的响应情况。

Pressure , tensile testing is used to detect the performance of the artificial muscle .

压力、拉力测试主要检测人工肌肉的性能。

System Design of Multi-DOF Platform Driven by Pneumatic Artificial Muscle

气动人工肌肉并联驱动多自由度平台的系统设计

Pneumatic Artificial Muscle based on Artificial Life

基于人工生命的气动肌肉

Prospect of artificial muscle in medical applications

人工肌肉临床应用前景

Force Display of Soft Object of Force Feedback Data Gloves Based on Pneumatic Artificial Muscle

基于气动人工肌肉力反馈数据手套的柔性物体力觉再现

The obtained model and simulation results provide the theoretical foundation for precisely controlling pneumatic artificial muscle system .

所得模型及仿真分析为气动肌肉系统的高精度控制提供了理论基础。

A Study of a Kind of Rubber Pneumatic Artificial Muscle Based on The Motion of Creature

基于学习生物体运动的一种人工筋驱动器的研究

The Improved Modeling of Pneumatic Artificial Muscle

气动人工肌肉改进模型研究

Property and Application of IPMC Artificial Muscle

IPMC人工肌肉的特性及其应用

Baughman 's is the latest example of an artificial muscle ;

鲍曼是最新人工肌肉的实例；

This artificial muscle had different mechanic structure but the same driving principle with the muscle introduced in the front of this paper .

这种人工肌肉与前面介绍的人工肌肉主要存在结构上的不同，驱动原理一样。

Longer term , the artificial muscle 's temperature-resistant qualities could prove useful when exploring other planets .

长远而言，人工肌肉的耐高温素质，证明是有益于其它行星的探索工作。

A Kind of Bionic Snake-Like Robot Driven by Flexible Bending Joints Made of Artificial Muscle with Two Degrees of Freedom

人工肌肉多自由度弯曲柔性关节的仿生蛇形机器人

Braided type pneumatic artificial muscle is the basic and core of pneumatic artificial muscle . The basic characteristic is simple structure and perfect performance .

编织型气动人工肌肉是气动人工肌肉的基本型和核心型，其基本特点是结构简单、功能特性优良。

This paper has proposed a new drive structure for humanoid robots . The drive structure includes artificial muscle and artificial joint which has large torque .

本文以两足仿人机器人的人工肌肉与关节为研究对象，提出了一种新型的仿人机器人驱动结构。

There are two modeling methods for braided type pneumatic artificial muscle : the energy conservation law under ideal condition and the force balance law under ideal condition .

编织型气动人工肌肉理论建模方法有两种：基于理想状态的能量守恒方法和基于理想状态的力平衡方法。

At the same time , the contour dimension , braided angles and volume of braided type pneumatic artificial muscle in the working state also have been drawn .

同时，提取了编织型气动人工肌肉在工作状态下的外形尺寸、编织角、体积等几何参数。

Different sorts of artificial muscle polymer ( AMP ), the molecular structure , the shrink mechanism and the dynamical properties of AMP and natural muscle are discussed .

本文讨论了人工肌肉高分子（AMP）的类型、变形机制、动力学性能及与天然肌肉的对比。

Its key element is the artificial muscle , a small but powerful linear actuator , which seems to be one of the first real mechanical and electrical alternatives to hydraulic or pneumatic actuators .

手的关键部件是人工肌肉，这是一种小巧但动力很强的线性驱动器，它是首先实现替代液压和气压驱动器的机电驱动器之一。