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Improvement of machining quality of copper-plated roll mold by controlling temperature variation

机译:通过控制温度变化来提高镀铜辊模具的加工质量

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Micro prism film used in LCD industry can be manufactured by roll to roll method with copper-plated roll mold. As copper-plated roll mold is getting larger, pitch error is getting severer. The pitch error drops the quality of micro prism film. The main cause of the pitch error was investigated during machining large roll mold whose machined length was 1 200 mm. The temperature of machining system was elevated during machining roll mold, and this elevation induced thermal expansion of the system. The temperature variation around the roll mold also made thermal expansion of the roll mold. The amount of thermal expansion had strong relationship to the amount of pitch error. Therefore, the roll mold was machined after warming-up of machining system and precise temperature controller around copper-plated roll mold was installed, which minimized the temperature variation. Finally,precise micro prism patterns without pitch error were machined on the large roll mold.
机译:液晶工业中使用的微棱镜膜可以通过卷辊轧辊模具来制造。由于镀铜辊模越来越大,间距误差变得严格。音调误差降低了微棱镜膜的质量。在加工大型轧辊模具期间研究了间距误差的主要原因,其加工长度为1 200毫米。加工辊模加工系统的温度升高,该高度诱导了该系统的热膨胀。辊模周围的温度变化也使辊模的热膨胀。热膨胀量与音调误差量有很强的关系。因此,在加工系统的预热后加工辊模,安装了铜镀辊模具周围的精确温度控制器,最小化了温度变化。最后,在大卷模具上加工无俯仰误差的精确微棱镜图案。

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