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Study on High-precision Computer-controlled Aspheric Surface Processing Techniques

机译:高精度计算机控制非球面加工技术研究

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In this paper, two processing techniques-full parameters technique and part parameters technique-for aspheric surface grinding are expatiated. Both of them are based on the principle of computer-controlled optical surface (CCOS) and developed from trajectory forming method. We also have carried out appropriative software to digitalize processing technology. Proved by practical process, both of them are reliable and reproducible. Full parameters technique is easy to operate, but the accuracy of surface is to large extent dependent on the accuracy of measurement; Part parameters technique can avoid these measurements, however, it has certain requirements for operator. However, its requirements are still much less than those of traditional technique.
机译:本文阐述了两种加工技术 - 全参数技术和部分参数技术 - 用于非球面研磨。它们都基于计算机控制光学表面(CCO)的原理,并从轨迹形成方法开发。我们还对数字化加工技术进行了拨款软件。通过实际过程证明,它们两者都是可靠和可重复的。完整参数技术易于操作,但表面的精度在很大程度上取决于测量的准确性;部分参数技术可以避免这些测量,但是,它对操作员有一定的要求。然而,其要求仍然远低于传统技术的要求。

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