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MACHINING TECHNOLOGY OF MICRO WAVED V-PATTERN USING SHAPING PROCESS

机译:使用成型过程的微挥发V形型加工技术

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摘要

Recently, high-function, high-efficiency, compact and low-cost are demanded in LCD display industry. Optical films which are used in BLU are trying to enhanced efficiency and low-cost through minuteness, complex and large-area. Research for micro complex pattern which used in optical film is active [1][2][3]. In generally, shaping process or planning process is applied to manufacture mold for light guide panel (LGP) and optical film which has micro pattern [4][5][6][7]. Moreover roll mold machining technology for large-area film is studying and is applied in various fields [8]. In this paper, plane micro complex pattern machining was realized. Micro waved V-pattern which is application of basic V prism pattern was tried to form. Its pattern is estimated to decrease optical interference effect such moire [9]. It's basic machining experiment only with using shaping system control. This paper represents that how small micro waved V-pattern can be made and analyze effect of tool feeding direction, tool relief angle and tool material.
机译:最近,LCD显示行业要求高功能,高效率,紧凑,低成本。在BLU中使用的光学薄膜试图通过特性,复杂和大面积增强效率和低成本。用于光学膜的微复杂图案的研究是有源[1] [2] [3]。通常,施加成形过程或规划过程以制造用于导光板(LGP)的模具和具有微图案的光学膜[4] [5] [6] [7]。此外,用于大面积薄膜的辊模加工技术正在研究并应用于各个领域[8]。本文实现了平面微复杂图案加工。试图形成碱性V棱镜图案的微挥手V形模式。其图案估计减少了莫尔氏岩的光学干扰效果[9]。它仅使用塑造系统控制仅适用于基本加工实验。本文代表了可以进行小型挥发V形图案,分析工具供给方向,工具浮雕角和工具材料的影响。

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