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    • 2. 发明公开
    • EYEWEAR LENS PRODUCTION BY ADDITIVE TECHNIQUES
    • 用添加剂技术生产眼镜片
    • EP3218166A1
    • 2017-09-20
    • EP15787677.2
    • 2015-10-07
    • Indizen Optical Technologies S.L.
    • VÁZQUEZ, Daniel CrespoFÉRNANDEZ, José AlonsoQUIROGA, Juan AntonioMCKENZIE, Andrew JohnAMBLER, David Mark
    • B29C67/00B33Y10/00B29D11/00
    • B33Y80/00B29C64/135B29D11/00009B29D11/00442B29D11/00951B33Y10/00
    • A method that adds material selectively to a lens substrate (11) and is used to produce a customized eyewear lens with optical power that is discernibly different from the optical power of the lens substrate (11). The method involves obtaining the lens substrate (11), calculating and generating an added material design to convert the lens substrate's optical power to a desired optical power for the customized eyewear lens, contacting the lens substrate with a bulk source of flowable radiation-polymerizable material (21), and irradiating the material with radiation that is controlled for wavelength range, energy and spatial distribution to polymerize the radiation-polymerizable material only in a selected area according to the added material design. The method does not require the use of external shaping structures to form the customized lens on the lens substrate, and the added material is integrally bonded to the substrate,
    • 一种将材料选择性地添加到透镜基底(11)并用于制造具有与透镜基底(11)的光焦度明显不同的光焦度的定制眼镜镜片的方法。 该方法涉及获得透镜基底(11),计算并产生添加材料设计,以将透镜基底的光焦度转换成用于定制眼镜透镜的期望光焦度,使透镜基底与可流动辐射聚合材料 (21),并且用对波长范围,能量和空间分布进行控制的辐射照射该材料,以根据所添加的材料设计仅在选定区域内聚合可辐射聚合材料。 该方法不需要使用外部成形结构来在透镜基底上形成定制透镜,并且所添加的材料被整体地结合到基底,