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MANUFACTURE METHOD OF LIGHT GUIDE CORE USING 5-AXIS MACHINING CENTER

机译:利用五轴加工中心制造光导芯的方法

摘要

A method for manufacturing a light guide core using a 5-axis processing machine according to the present invention includes: a first cutting step (S1) of forming a round shape of an upper plane (21) in order to correspond to a rear plane of a head lamp optic by comprising a tetragonal plate (210) having cutting-processed six sides and then removing an upper part through cutting; a clamping step (S2) of clamping the plate (210) at a bed (110) of the 5-axis processing machine (100) after the first cutting step (S1); and a cutting step (SS) of cutting a shape part (215) comprising both sides (213) of the plate (210), a groove (219) and a protrusion (218) on an upper plane (211) of the plate (210), after the clamping step (S2). Therefore, it is possible to perform rapid work because the method can process the plate (210) continuously without separating the side (213), the shape part (215) and a side (217) of hte shape part (215) from the bed (110) under the state the plate (210) is fixed to the bed (110) of the 5-axis processing machine (100). And the method can prevent occurrence of a fault because the method can reduce occurrence of an error due to frequent setting because the method has only to perform the step of setting a machine (103) by touching the machine (103) to the plate (210) at the beginning of the work once.
机译:根据本发明的使用五轴加工机制造光导芯的方法包括:第一切割步骤(S1),其形成圆形的上平面(21)的形状以对应于后平面的后平面。一种前照灯光学系统,其特征在于,包括:具有对六个侧面进行切割加工的四边形板(210),然后通过切割去除上部。在第一切割步骤(S1)之后,将板(210)夹持在五轴加工机(100)的床(110)上的夹持步骤(S2);切割步骤(SS),其切割包括板(210)的两侧(213),凹槽(219)和在板(210)的上表面(211)上的突起(218)的形状部分(215)。 210),在夹紧步骤(S2)之后。因此,可以快速进行作业,因为该方法可以连续地处理板(210),而无需从床分离出成形部(215)的侧面(213),形状部(215)和侧面(217)。 (110)在该状态下,板(210)固定在5轴加工机(100)的床(110)上。并且该方法可以防止故障的发生,因为该方法可以减少由于频繁设置而导致的错误的发生,因为该方法仅需要通过使机器(103)接触板(210)来执行设置机器(103)的步骤。 )在工作开始时一次。

著录项

  • 公开/公告号KR20150098994A

    专利类型

  • 公开/公告日2015-08-31

    原文格式PDF

  • 申请/专利权人 WOOJIN HIGH-TEC CO. LTD.;

    申请/专利号KR20140020436

  • 发明设计人 SHIN JAE DEOK;

    申请日2014-02-21

  • 分类号F21V8;

  • 国家 KR

  • 入库时间 2022-08-21 14:59:21

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