teaching robot

Educational robot is a new kind of teaching tool for cultivating students comprehensive quality.

教育机器人是一种以培养学生综合能力为主的新型教学工具。

The first one is about the definition and classification in addition to the significance of studying intelligent robot in subject teaching.

第一部分介绍了机器人的定义和分类，阐述了中小学教育机器人学科教学的意义，既普及机器人知识、提高机器人应用水平、研制能力的需要，深入开展信息技术教育需要。

A Teaching Robot and Its Control System Based on Two Microprocessors

一种示教机器人及其双处理器控制系统

As the most import part of educational robot platform, experiment system provides a convenient experimental environment for teaching and research.

实验系统是教育机器人平台的重要组成部分，为基于教育机器人平台的教学实验提供一个良好的实验操作环境。

On the basis of above investigations, the, the software for control system of teaching robot with 4 degree of freedom on PC has been developed which has achieved the function such as drawing, writing, G code execution, feedback of position and posture.

在此基础上，开发了四自由度教学型机器人上位机控制系统软件，实现机器人绘图、写字、G代码执行、位姿反馈等功能。

Movement Simulation of Teaching Robot Based on Matlab

基于Matlab的教学型机器人空间运动轨迹仿真

An Internet-based augmented perception telerobot operation system was constructed with Internet as the communication method and the KLD-400 teaching robot of four DOF as controlled unit.

以Internet网络为通讯手段，以KLD-400四自由度教学机器人为被控单元，搭建了基于Internet的增强感遥机器人操作系统。

A Teaching Robot System for Glazing Potteries

一种示教型机器人施釉系统

Real-time interactivity of OpenGL has been fully used to simulate the teaching/ emersion process of the industrial robot.

充分利用OpenGL的实时交互性，模拟工业机器人的示教／再现过程。

Development of Universal Teaching Robot with Intelligent Controller

教学机器人通用智能控制器的开发

Research on Motion Trajectory Control Technology of Teaching Robot with 4-DOF

四自由度教学型机器人运动轨迹控制技术研究

If a robot is applied in teaching process, its function of operation and demonstration is brought into fully play.

在机器人辅助教育中将智能机器人应用于教学过程，充分利用智能机器人的实际操作和演示功能，并及时发现和纠正学生的操作错误，从而非常有利于培养学生的实践动手能力。

This paper has explained the design of the main part of the teaching robot platform, including the hardware part and software part.

本文阐述了教学机器人平台的主控部分的设计，包括硬件部分和软件部分。

The experimental verification was completed by use of teaching robot of RBT-4T/ S02S based on these theories and simulation.

在理论分析和计算机数值仿真的基础上，利用RBT-4T/S02S教学机械手进行试验验证。

It is introduced in this paper a teaching robot for train and its control system based on two microprocessors.

介绍了一种用于教学的示教机器人及其双处理器控制系统。

In order to decrease the difficulty of programming and shorten the time of teaching robot, the laser range finder is used to help the workers.

为了降低编程的难度，缩短示教编程的时间，采用激光测距仪帮助工人示教。