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Flexible Manufacturing by Application of RFID and Sensors in Robot Cell Manufacturing Systems

机译:通过在机器人电池制造系统中应用RFID和传感器的灵活制造

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Cell production in which only a few human operators manufacture products by themselves is popular in Japan due to its flexibility. However, the decrease in the number of young persons in developed countries will make it difficult to do in the near future. Therefore, cell production using robots is going to be needed. A cell production system using a robot and automatic machines having special functions is developed. The robot transfers parts and tools for the automatic machines. A RFID is attached to each part, and the quick change in the functions of the automatic machines is executed as the kinds of products change. Adaptive tool setup scheduling for the change in operation times of the special function machines is executed and the improvement of product efficiency is analyzed. Many vision sensors are used for the adjustment of the position and orientation of the robot hand and parts, and distributed image processing for the hand and parts make rapid motion adjustment possible.
机译:电池生产,其中仅少数人类运营商自己制造产品由于其灵活性,在日本流行。然而,发达国家的年轻人数量减少将使在不久的将来难以做到。因此,需要使用机器人的电池生产。开发了一种使用具有特殊功能的机器人和自动机器的电池生产系统。机器人转移为自动机器的零件和工具。 RFID附加到每个部分,并且随着产品变化的种类而执行自动机器功能的快速变化。执行特殊功能机器的操作时间的改变的自适应工具设置调度,并分析了产品效率的提高。许多视觉传感器用于调整机器人手和部件的位置和方向,以及用于手部的分布式图像处理,使得可以快速运动。

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