linear motor中文是什么意思

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中文翻译
造句

线性电动机
线性电机
线性马达
直线电动机
直线电机

linear adj. 1.线的，直线的。 2.长度的。 3.【数学】 ...
motor n. 1.原动者；原动力。 2.发动机；马达；电动机；【 ...
the linear motor 线发动机
cylindrical linear motor 圆柱形直线电动机
linear electric motor 直线电动机
linear induction motor(lim) 直线感应电动机
linear motor principle 直线驱动原理
linear pulse motor 直线步进电动机,直线脉冲电动机; 直线脉冲电动机
linear reluctance motor 直线式磁阻电动机
linear stepping motor 直线步进电动机
linear synchronous motor 线性同步电动机; 线性同步电机
linear-motor powered vehicle 用线性电动机推进的车辆
linear-synchronous motor lsm 线性同步马达
synchronous linear motor 同步线性电动机
tubular linear induction motor 管形直线感应电动机
self-oscillating linear induction motor 自振荡直线感应电机
single sided linear induction motor 单边直线感应电动机
transverse flux linear induction motor 横向磁通直线感应电动机
two-direction linear stepping motor 双向直线步进电动机
be linear with 与...成线性关系

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例句与用法

About 6k6 , the control to 6 motive axes and the assistance to host computer for high trimming precision are reported in this article , following what to communicate between 6k6 and host computer , as well as how to control linear motor , ac servomotor and stepping motors
本文阐述了parker - 6k6多任务实时控制器按照事件驱动响应方式，控制直线电机、交流伺服电机和四个步进电机的速度和定位精度；通过接口模块对各电磁阀进行开关量控制，对多种传感器进行监测。
In this paper , the development trend of micro - electronics equipment , the progress situation of precision work stage for laser photolithography equipment and the research and evolution of magnetic levitation technology in china and other countries are discussed generally . the main function , the demand of technical index and key technology of laser photolithography work stage are introduced simply . the magnetic levitation technology and the work principle of linear motor are stated , and the design and analysis method of mechatronics cad / cae for magnetic levitation precision stage is presented
本文综述了微电子制造设备发展趋势及其精密工作台如光刻机工作台的国内外发展现状及磁悬浮技术研究进展，简要介绍了光刻机工作台主要功能、技术指标要求、组成及关键技术，概述了磁悬浮技术及直线电机驱动的工作原理，着重研究用机电一体化cad cae集成技术设计、分析磁悬浮精密定位工作台的方法，阐明了应用cad cae技术研制磁悬浮精密定位工作台的现实意义。
In this dissertation , the development survey , research actualities and application prospect of vamt are introduced at first , and the models of kinematics , dynamics and linear motor servo are analyzed then . currently the dynamics model is complex or established mechanically , which restricts the study of control theories . thus this dissertation present a simple and easy - realized control idea , namely , the fore and torque of every leg determined by the inverse - solution of mechanics are regarded as changeable load force ( disturbance ) applied in motor , the elongation of the leg or displacement of sliding is regarded as the output of linear servo system
本文首先介绍了虚拟轴机床的发展概况、研究现状和应用前景，然后对其运动学、动力学、直线伺服系统模型进行分析，针对目前动力学模型过于复杂或完全从机构学角度建立不便于控制的问题，提出了简单、易于实现的控制思想，即将虚拟轴机床的动力学方程反解所确定的各杆受力(矩)视为电机的可变负载力，以杆长伸缩量或滑块位移为伺服系统输出，从此构成位置闭坏，实现轨迹跟踪控制。
Typical questions about japanese linear motor metro are collected , including total system , route and track , rolling stock , linear induction motor , and reaction plate , bogie , propulsion and braking system , etc . , and brief answers to these questions are also provided to have a knowledge about japanese linear motor metro technologies
摘要以问答的形式，汇集了日本直线电机地铁40个典型技术问题及简要答案，涉及系统整体、线路、车辆、直线电机和感应板、转向架、牵引和制动等内容。
Through analyzing and comparing , the results are presented below : that applying light structure design and selecting larger elasticity coefficient linear motor can improve greatly displacement output dynamic capability of positioning system and controlling precision of position motion , and this is helpful to meet the demand of increase productivity
分析比较仿真试验曲线可知：采用结构轻量化设计、选用较大弹性系数的直线电机等可以大幅度改善定位系统的位移输出动态性能，提高定应运动的控制精度，并有利于满足设备高生产率的需求。
Combining magnetic levitation technology and linear motor drive technology , applying cad / cae method , a new magnetic levitation precise stage is designed and researched , which is step and precise position mechanism in 1c chip manufacture equipment of micro - electronics trade such as laser photolithography equipment . it is an innovative research
将磁悬浮技术和直线驱动技术相结合，采用cad cae技术手段设计研究了一种新型磁悬浮精密定位工作台，它是针对微电子行业ic芯片制造设备如光刻机而研制的快速步进、精密定位机构，是创新性研究。
The work theory , structure , work state and control of linear motor is analyzed . the use and rebuilding of servo controller and variable frequency adjustable speed of permanent magnet synchronous motor ( pmsm ) is presented . the theory and use of hall sensor is introduced . the obtainment approach of transform matrix coefficient is given
分析了作为驱动装置的直线电机的工作原理、结构、工作状态以及对它的控制。对控制器的使用和改造以及同步电机的变频调速作了阐述。对位置传感器(霍尔传感器)的原理和使用做了说明。