减速电机

GS系列斜齿轮-涡轮蜗杆减速电机具有高度模块化设计、传动比范围广、强度高、体积小、使用寿命长、噪音低、效率高等特点。

GS series helical worm geared motor has such features as highly standard modular designed , wide range of drive ratio , compact structure , long life time , low noise and high efficiency .

该机采用V形摆动臂来驱动磨耗部分沿斜面作往复磨耗运动，V形摆动臂通过连接杆与减速电机轴上的偏心轮连接。

The dental abrasive testing machine applies a V-like swing arm to driving the wearing part to move along the slope back and forth , which is connected with an eccentric wheel fixed on the crankshaft of the gear motor through a connecting rod .

基于ANSYS的减速电机斜齿轮模态分析

The Modal Analysis of Helical-Gear in Geared-Motor Based on the ANSYS

ZY5524系列永磁直流减速电机具有体积小、转矩大、低噪音、运行平稳可靠等特点。

JB60 / ZY5524 series permanent magnetic DC speed-down micro-moto have characteristic of small volume , great torque , low noise , run stably etc.

大力矩，低噪音，行星齿轮减速电机。

High torque , low noise , planetary gear motor .

基于Pro/E的专用减速电机的设计与研究

Design and Research on Special Reduction Motor Based on Pro / E

配合摆线针轮减速电机，噪音低持久耐用；

Adopted vertial reducer motor ensures low noise and long operation hours ;

其驱动可选用减速电机、电动滚筒两种方式。

Its drivers may choose to use speed motor , a roller in two ways .

通过微型直流减速电机实现力反馈。

The function of haptic feedback is realized by using micro DC motor and corresponding algorithms .

为使喷雾机器人结构紧凑，选择电动缸和减速电机作为驱动装置。

In order to make the spraying robot 's structure tight , we select linear actuator and decelerated electromotor as the driving device .

本实用新型涉及一种电机，是电动汽车垂直传动永磁无刷直流减速电机。

The utility model relates to a motor , in particular to an electric automobile vertical transmission permanent-magnet brushless direct current speed reduction motor .

空中机运行车的定位主要采用旋转编码器以及开关极限位保护的定位方式，电机均采用减速电机变频控制。

The air conveyor driving system mainly uses rotary encoder and limit switch position protection to position itself . The motor adopts motor frequency control .

行星减速电机具有体积小、重量轻、减速比范围广、传动功率高、运转平稳、结构紧凑、承载能力高等优点。

Planetary reducer motor with small size , light weight , wide range of reduction ratio , high transmission power , smooth running , compact structure , high bearing capacity .

传动装置采用减速电机带动偏心轴传动，传动平稳、可靠、噪音小，安装维修方便；

Power transmission is realized by means of a camshaft driven by a geared motor , featuring smooth driving , higher reliability , lower noise as well as easy installation and maintenance ;

分析抽油机上使用的各种减速电机的现状，对抽油机的三组双联齿轮减速电动机设计进行了研究。

The status of various reduction motors of pumping unit has been analyzed , and a research on design of a kind of three groups duplicate gear reduction motor has been made .

整线成型主驱动采用一个减速电机加变频控制，速度控制、定长、定位控制准确可靠。

The main drive of the whole line uses a reducer with the frequency conversion to control , the speed control , length setting and the localization control are accurate and reliable .

通过载荷计算和各方面性能需求的分析，对传动系统的驱动电机进行了选取，确定由两台步进电机和一台减速电机组成，分别实现驱动水平、垂直和自转运动。

The motor-driven of drive system is selected by load calculation and analysis of requirements of various parameters . It needs two step motors and one deceleration motor to drive on the level , vertical and rotation movement respectively .

该机器人利用双直流减速伺服电机进行驱动，其运动控制系统采用分级控制方式，包含主控级、协调级、执行级和遥控级。

A classified system is adopted in the control of the robot , which includes the main control level , the coordinating level , the executing level and the remote control level .

论文详细分析与研究了电梯门机控制系统的控制策略，给出了加、减速时电机按S曲线运行的理论计算及其实现方法；

The control strategy of elevator door motor control system is analyzed and elaborated . And theoretic computation and realizing method of S curve , which motor runs along when accelerating and decelerating , are shown .

反应式减速直线同步电机起动性能的仿真

Simulation of Reactive Linear Synchronous Motor Starting Performance

基于有限元法，考虑静态纵向边端效应的影响，计算出反应式减速直线同步电机的非线性电感参数，提出用电流电感系数来表征电流对电感的影响，简化了非线性问题的分析。

Accounting for the static longitudinal end effect , FEM is used to calculate the nonlinear inductance parameters of reactive linear synchronous motor with electromagnetic reduction speed .

微型大扭矩啮合电动机把减速器与伺服电机结合一体，是一种新型的磁阻类电机。

Gearing Motor is a new kind of reluctance motor which combines the reducer and servo motor .

开关磁阻伺服电机经一级减速皮带传动，电机轴不承受刚性冲击；

The switch magnetic resistance servo motor is driven by the first level deceleration belt transmission and a motor shaft does not bear rigid shock ;

最后，根据工程实际，对运动平台的关键部件&回转支承，谐波减速器和伺服电机进行了选型设计。

Finally , the key parts , such as the slewing bearings , the harmonic reducer and the servo motor of the gyration platform , were selected .

设计了具有大减速比步进电机传动系统，满足了机器人绕管道圆周运动所需要的动力。

The step-motor transmission system which has great deceleration ratio is developed , which has satisfied the required power of robot when it makes circle motion along pipeline .

依据螺杆泵地面驱动系统的工作原理和各零部件的工作位置，系统内的运动部件的工作频率对减速器壳体、电机底板和支架的影响程度不同。

Owing to the operating principle of the ground system and different working position of every spare parts , the operating frequency of different parts in the system influent the shell of the decelerator , electrical machinery baseplate and supporting differently .