机械系统

管道机器人从结构上可分为机械系统和控制系统两大部分。Air（初三适用）

The air-duct robot consists of mechanical system and control system .

微束微区X荧光探针仪的机械系统设计

Mechanical System Design of the Microbeam and Microdomains X-ray Probe Analyzer

参数不确定电梯机械系统振动的H∞鲁棒控制

Active vibration h_ ∞ robust control for the mechanical system of elevator with parameter uncertainty

基于Kalman滤波的机械系统微弱突变振动信号的检测方法

Detection Method of Weakly Abrupt Vibrations of Mechanical System Based on Kalman Filter

机械系统动态仿真技术及ADAMS的理论基础研究

The research on dynamic simulation technology of mechanical system and theoretic basis of ADAMS

微电子机械系统（MEMS）的迅速发展，使过程机械装置的微型化和轻量化成为可能。

The development of MEMS makes it possible that the process machinery being miniature and light weight .

在现代机械系统领域，尤其是IC领域，高速高精运动控制由于它极高的生产能力和良好的性能成为这个领域的一个核心技术。

High-speed and high-accuracy motion control is one of the key techniques in modern mechanical systems , especially in the IC field .

采用机械系统动力学分析软件ADAMS，对如何提高旋转秋千的安全性能进行了分析研究。

Mechanical system dynamics software ADAMS was used to do some study for improving the security of rotary swing .

微电子机械系统（MicroElectroMechanicalSystems，简称MEMS）是由微传感器、微执行器、信号处理和控制电路、通讯接口和电源等部件组成的一体化的微型器件系统。

Micro Electro Mechanical systems ( MEMS ) are integrative micro-device systems that consist of micro-sensor , micro-actuator , controlling and signal processing circuit , communication interface and electrical source .

微电池在未来的便携式电子设备、国防装备及微电子机械系统（MEMS）等方面有着广泛的应用前景，受到人们的重视。

Recently , micro-batteries are attracting excessive attentions for its ' potential applications in many aspects such as portable electronic productions , national defense and MEMS .

数字微镜装置（DMD）技术是微电子机械系统（MEMS）的一个重要发展方向。

The Digital Micromirror Devices ( DMD ) technology is an important development direction of the Micro Electro Mechanical Systems ( MEMS ) .

对永磁式接触器的操动机构和触头系统建立机械系统模型，应用ADAMS软件包进行多目标的动力学和运动学仿真分析；

By constructing the mechanical model of contacts system and permanent magnet actuator , the dynamic and kinematic characteristics of contactor with permanent magnet are also simulated with the help of ADAMS software package ;

射频微电子机械系统（RF-MEMS）技术在射频（RF）通信领域的应用正在得到广泛的重视。

Nowadays , the application of RF-MEMS ( Radio Frequency Micro-Electro-Mechanical System ) technology to modern wireless communication has been gotten more and more attention in both industry and academic society .

将光纤与微电子机械系统（MEMS）技术相结合，设计了一种新颖的检测50Hz高压交流电的光学电流传感器（OCS）。

A novel optical current sensor to detect 50 Hz high alternating current is designed based on fiber and MEMS . The principle and design of the sensor is explained .

本文提出了以三维参数化建模（CAD）、结构有限元分析（FEA）、多体系统动力学分析（MBS）和优化设计（OPT）为核心的机械系统仿真技术及其基本原理和基本方法。

In this paper , the technology of mechanical system simulation based on 3D parameterized modeling ( CAD ), finite element analysis for structure ( FEA ), multi-body system dynamical analysis ( MBS ) and optimization design ( OPT ) is put forward with its basic theory and method .

微电子机械系统中新型电磁微电机的研究

Study on a New Electromagnetic Micromotor in Micro Electronic Mechanical System

旋转机械系统对非稳态随机地震激励的响应

Vibration Response of a Rotating Machinery System to Non-Stationary Earthquake Excitation

机械系统与电系统的类比和模拟

Analogue and Simulation Between Mechanical System and Electric System PN Machine

对新工况下的车用油封试验台，进行了机械系统及控制系统的全面设计。

A new test machine for sealing oil had been designed .

在非线性质量块-弹簧-阻尼器机械系统中得到应用。

And the results are applied in the nonlinear mass-spring-damper model .

高速列车是典型的复杂机械系统。

The high-speed train is a typical complex mechanical system .

小波技术在机械系统参数识别中的应用

The Application of Wavelet in Parameter Identification of Mechanical Systems

位移和速度约束机械系统动力学分析

Dynamical analysis of mechanical system with displacement and velocity constraints

具有齿轮&绳索机械系统动态力学特性的研究方法

Study Method on Dynamic Behavior of Gear Rope Mechanical System

纸机高精度O型扫描架机械系统的研制

Development of High - precision O Scanner for Paper Machine

具有空间复合变形构件的机械系统分析方法

Screw theory on the analysis of mechanical systems with Spatial Compliant Links

机械系统典型运动过程动态分析与数字仿真

Dynamic Analysis and Digital Simulation of Typical Motion Process for Mechanical System

柔性自动化机械系统虽然有许多优点，但投资大、控制难、维护费用高；

Although with many advantages , Flexible mechanical system needs heavy investment .

机械系统维修性预计方法分析与应用

Analysis and Use of Maintainability Prediction Method for Mechanical System

机械系统中人机操作界面的评价

Evaluation of the Human - Machine Interface in mechanical systems