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- 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。
- pneumatic artificial muscle actuator 空气压人工筋驱动器
- Structural Design of a Dexterous Hand Actuated by Pneumatic Artificial Muscle 气动人工肌肉驱动仿人灵巧手的结构设计
- Experiment Study of Actuating Characteristics of Pneumatic Artificial Muscle 气动人工肌肉驱动特性实验研究
- mckibben pneumatic artificial muscles 气动人工肌肉
- 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
- 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
- Nonlinear Characteristics of the Multi-DOF Platform Driven by Pneumatic Artificial Muscle 气动人工肌肉驱动多自由度平台的非线性特性
- Modeling of a servo platform driven by pneumatic artificial muscles 气动人工肌肉伺服平台的建模
- pneumatic artificial muscle 气动人工肌肉
- The Research on Linear Control of Pneumatic Artificial Muscles Used in Medical Robots 医疗机器人用空气压人工肌线性控制的研究
- Pneumatic artificial muscles 气动人工肌肉
- This process is enhanced by specialized skin-suits worn by ghosts that are laced with a form of psi-sensitive artificial muscle fiber. 这一进程被幽灵身穿的特殊的皮肤装甲所加强，这种特殊的皮肤装甲含有某种对精神力敏感的肌肉纤维。
- They have already developed a prototype high-resolution microscope that redirects monochromatic light beams with artificial muscle membranes. 他们已发展出一种高解析度的显微镜原型，能以人造肌肉薄膜来重新引导单色光束。
- The hand has a combination of artificial muscles and tendons. 机械手里有一组人工的肌肉和肌腱。
- This paper focuses on discussing basic characters and control methods of pneumatic rubber artificial muscles actuator, it is very signific ation in development of new actuator and robot technique. 本文讨论了空气压橡胶人工肌驱动器的基本特征和控制方法，对发展新型驱动器和机器人技术有积极意义。
- EAPs hold promise for becoming the artificial muscles of the future. EAP很有希望成为未来的人造肌肉。
- Application of MEMS in drug delivery system,particularly with emphasis attached to three kinds of drug delivery chips,i. e. ,controlled-release chips,water-powered micro-drug delivery system,and implant smart chip based on artificial muscle is reviewed. 综述了微机电系统(MEMS)在药物传递系统中的应用,着重介绍药物控释芯片、全塑料元件水动力微型药物释放系统和基于人工肌肉原理智能植入式智能药物释放系统三类作用原理不同的药物传递系统芯片,详细介绍这些不同种类芯片的作用原理、微制造过程及应用。
- open type pneumatic artificial heart 开放系统气动型人工心脏, 开放系统气动型人造心脏
- close type pneumatic artificial heart 封闭系统气动型人造心脏
