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Development of a control system for a universal winding machine based on virtual path planning

机译:基于虚拟路径规划的万能绕线机控制系统开发

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For the flexible production of increased efficient electric drives new production machines are needed. To this end a new, highly flexible winding machine, which can be used for a broad range of different windings, is presented. The use of two kinematic chains facilitates a higher degree of freedom than conventional machines in this sector. In addition to the mechanical flexibility of the machine, the path planning must be simple and intuitive. The software for path planning is based on the principle of a CAD-CAM chain, as it is also used with robot kinematics. In order to enable these functionalities, a special programming method for PLC- and CNC core is required.
机译:为了灵活地生产增加效率的电驱动器,需要新的生产机器。为此,提出了一种新的,高度灵活的绕线机,该绕线机可用于各种不同的绕线。与该领域中的常规机器相比,使用两条运动链条可以提高自由度。除了机器的机械灵活性外,路径规划还必须简单直观。用于路径规划的软件基于CAD-CAM链的原理,因为它也与机器人运动学一起使用。为了实现这些功能,需要一种针对PLC和CNC核心的特殊编程方法。

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