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MANUFACTURING SYSTEM FOR MAGNETORHEOLOGICAL ELASTIC BODY AND MANUFACTURING METHOD FOR MAGNETORHEOLOGICAL ELASTIC BODY

机译:磁流变弹性体制造系统及磁流变弹性体的制造方法

摘要

The present invention provides a manufacturing system for a magnetorheological elastic body and a manufacturing method for a magnetorheological elastic body. The manufacturing system for a magnetorheological elastic body includes: a stage having a magnetic field developing a magnetic field; a head transferred to a rectangular coordinate system in an X-axis, a Y-axis, and a Z-axis on the stage by a transfer unit, wherein the head three-dimensionally prints provided magnetorheological polymer; a storage tank connected to the head by a pipe in which resin flows, wherein the storage tank provides the magnetorheological polymer stored inside to the head; a hardening unit hardening the magnetorheological polymer three-dimensionally printed by the head while transferred to the rectangular coordinate system in the X-axis, the Y-axis, and the Z-axis on the stage by the transfer unit; and a control unit electrically connected to the stage, the transfer unit, the head, the storage tank, and the hardening unit and calculating a processing route by layer after dividing three-dimensional modeling, approved by the outside, by layer, wherein the control unit also control transfer of the head and the hardening unit based on the calculated processing route by layer and controls printing and hardening of the magnetorheological polymer. So, manufacturing system for a magnetorheological elastic body is not influenced by a size, a thickness, and a shape by printing the magnetorheological polymer in which photopolymer resin and magnetic particles are mixed, in a three-dimensional printing method and can manufacture various shapes of the magnetorheological elastic bodies.;COPYRIGHT KIPO 2017
机译:本发明提供了磁流变弹性体的制造系统和磁流变弹性体的制造方法。磁流变弹性体的制造系统包括:具有产生磁场的磁场的平台;以及具有用于产生磁场的平台的平台。通过转印单元在台架上在X轴,Y轴和Z轴上将其转印到直角坐标系的头,其中,该头三维打印所提供的磁流变聚合物。储罐通过树脂在其中流动的管道连接到头部,其中该储罐将存储在内部的磁流变聚合物提供给头部。硬化单元,其通过转印单元将在头上三维打印的磁流变聚合物在载物台上沿X轴,Y轴和Z轴转移到直角坐标系时进行硬化。控制单元,其电连接到所述平台,所述转移单元,所述头部,所述储罐和所述硬化单元,并且在划分由外部认可的三维模型之后,逐层计算处理路径,其中,所述控制该单元还基于计算出的加工路径逐层控制喷头和硬化单元的转移,并控制磁流变聚合物的印刷和硬化。因此,磁流变弹性体的制造系统通过以三维印刷方法印刷其中混合有光敏树脂和磁性颗粒的磁流变聚合物而不受尺寸,厚度和形状的影响,并且可以制造各种形状的磁流变弹性体。; COPYRIGHT KIPO 2017

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