The method put forward is practical application and lays a foundation for path-planning and off-line programming for robot welding system.
机器人逆运动学分析方法在实际中得到了应用，为实现弧焊机器人系统路径规划和离线编程奠定了基础。
Except two welding robot system, we designed and produced periphery mechanism and electric control system of the welding robot product line used for manufacturing train truck end wall.
为铁路货车端墙配套的焊接机器人生产线，除了两套焊接机器人系统之外，设计制造了外围机械系统与电控系统。
In order to reduce the labor intensity and to improve the welding quality, a new type of intersecting line welding robot is needed.
为了降低工人的劳动强度，提高焊接质量和劳动效率，需要研制一种专门用于相贯线焊缝焊接机器人专机。
Most typical industrial robots such as welding robot, painting robot and assembly robot are all fixed on the product line or near the machining equipment when they are working.
典型的工业机器人例如焊接机器人、喷漆机器人、装配机器人等大多是固定在生产线或加工设备旁边作业的，本论文作者在参考大量文献资料的基础上。
Automatic winding machines, spot welding machine automatic riveting, automatic ultrasonic testing machine, automatic production lines, industrial robots, robot line automatic production line.
全自动绕线机、全自动氩弧焊、自动铆接点焊机、自动超声波测试机、全自动生产线、工业机器人、机器人自动生产线线。
Under the present situation that teach and play robot is used in the automatic welding, universal off-line programming system of IGM arc-welding robot was developed.
针对第一代示教再现型弧焊机器人自动化焊接的现状，自主开发了通用型igm弧焊机器人大型工作站离线编程系统，介绍了系统总体设计及类之间关系。
Extracting pose information of welds is key technology of off-line programming in graphic environment. Path planning of arc welding robot can be made after pose information of welds is extracted.
焊缝位姿信息的提取是实现图形环境下离线编程的关键，在获得待焊工件的焊缝位姿信息后，才能进行弧焊机器人工作路径规划。
Extracting pose information of welds is key technology of off-line programming in graphic environment. Path planning of arc welding robot can be made after pose information of welds is extracted.
焊缝位姿信息的提取是实现图形环境下离线编程的关键，在获得待焊工件的焊缝位姿信息后，才能进行弧焊机器人工作路径规划。
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