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Diffractive optical device, optical system using the diffractive optical device and method for manufacturing diffractive optical device

机译:衍射光学器件,使用该衍射光学器件的光学系统以及制造该衍射光学器件的方法

摘要

A diffractive optical device 1 is composed of resins of different materials, and has a laminated structure, in which a second diffractive device element 20 is bonded between a first diffractive device element 10 and a third diffractive device element 30; a first diffraction optical surface 6 is formed by adhering a diffraction grating groove 2, which is formed on the first diffractive device element 10, to a diffraction grating groove 3, which is formed on the second diffractive device element 20, on a bonding surface of the first diffractive device element 10 and the second diffractive device element 20, a second diffractive optical surface 7 is formed by adhering a diffraction grating groove 4, which is formed on the second diffractive device element 20, and a diffraction grating groove 5, which is formed on the third diffractive device element 30, on a bonding surface of the second diffractive device element 20 and the third diffractive device element 30, and both the non-bonded surface of the first diffractive device element 10 and the non-bonded surface of the third diffractive device element 30 are composed of planes.
机译:衍射光学元件 1 由不同材料的树脂构成,并且具有层叠结构,其中第二衍射元件 20 结合在第一衍射元件 1 之间。 B> 10 和第三衍射元件 30 ;通过将形成在第一衍射器件元件 10 上的衍射光栅槽 2 粘附到第一表面上,形成第一衍射光学表面 6 。衍射光栅槽 3 形成在第二衍射元件 20 上,位于第一衍射元件 10 和在第二衍射元件元件 20 中,通过粘贴形成在第二衍射元件上的衍射光栅槽 4 来形成第二衍射光学面 7 。元件 20 和在第二衍射元件第二表面 30 上形成的衍射光栅槽 5 。衍射元件 20 和第三衍射元件 30 ,以及第一衍射元件 10 的非结合面和非衍射面第三衍射元件 30 的键合面由平面构成。

著录项

  • 公开/公告号US7957063B2

    专利类型

  • 公开/公告日2011-06-07

    原文格式PDF

  • 申请/专利权人 SATOSHI HAYAKAWA;

    申请/专利号US20070279324

  • 发明设计人 SATOSHI HAYAKAWA;

    申请日2007-06-07

  • 分类号G02B5/18;

  • 国家 US

  • 入库时间 2022-08-21 18:08:14

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