Electromagnetic Feeding Device for Conductive Material
Electromagnetic Feeding Device for Conductive Material
复制标题
导电材料电磁送料装置
DOI：
10.1007/978-3-030-03451-1_26
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发表时间：
2018
期刊：
影响因子：
--
通讯作者：
B. Behrens
中科院分区：
文献类型：
--
作者：
O. Commichau;R. Krimm;B. Behrens
为了保持高效的生产技术，加工过程变得越来越快。目前的送料系统机构仅基于机械原理，如滚轮和夹爪送料器。这些设备的速度限制已经达到最高水平。 IFUM 开发了一种创新的电磁进给系统，用于移动导电工件，无需接触力，而是电磁力。该概念基于双定子布置的线性感应电机，可以提供高度动态和灵敏的材料运动。本文介绍了场形成元素。它们的设计目的是为了在移动不同几何形状的工件时实现设备的最大效率。饲喂系统的研究和优化是通过参数化有限元 (FE) 模型和实验方法进行的。该论文指出，该领域的形成者。
In order to maintain highly efficient production techniques, machining processes become constantly faster. The current mechanisms of material feeding systems are solely based on mechanics as roller and gripper feeder. The speed limits of these devices are already at a maximum level. An innovative electromagnetic feeding system for moving electrically conductive workpieces without contact forces, but electromagnetic forces, has been developed at the IFUM. The concept is based on the linear induction motor in double stator arrangement which can provide a highly dynamic and sensitive material movement. Field forming elements are introduced in this paper. They are built to achieve maximum efficiency for the device when moving different workpiece geometries. The investigation and optimization of the feeding system was performed by both, a parameterized finite element (FE) model as well as an experimental approach. The paper states, that field formers.