首页> 外国专利> Computer-implemented method for calculating a spectacle lens with viewing angle-dependent prescription data, apparatus for calculating or optimizing a spectacle lens, computer programming product, storage medium, method for producing a spectacle lens and use of an spectacle lens

Computer-implemented method for calculating a spectacle lens with viewing angle-dependent prescription data, apparatus for calculating or optimizing a spectacle lens, computer programming product, storage medium, method for producing a spectacle lens and use of an spectacle lens

机译:用于计算具有视角相关处方数据的眼镜镜片的计算机实现方法,用于计算或优化眼镜镜片的设备,计算机编程产品,存储介质,眼镜镜片的生产方法和眼镜镜片的使用

摘要

Computer-implemented method for calculating or optimizing a spectacle lens comprising the steps:Collection of Regulation Data VA11 and VA12 of a spectacle wearer for at least two different object distances A11 and A12, wherein the prescription data include data regarding the spherical effect SphV , the amount of astigmatism ZylV and the astigmatism axis AxeV , the prism PrV and the prism base BV for at least two different object distances A11 and A12;specification of an object distance model A1(x, y), wherein A1 denotes the object distance and (x, y) a viewing point of the lens in a predetermined or predetermined direction of view;Specification of a function PRef (A1), which describes the dependence of a power vector PRef of the regulation on the object distance A1, where:and the conditions:andhave been fulfilled;Determination of the components of the power vector PRef of the regulation in a plurality of viewpoints (x, y) based on the object distance model A1(x, y) and the captured regulation data VA11 and VA12;Calculate or optimize at least one area of the lens taking into account the determined components of the power vector PRef of the regulation in the inspection points (x, y).
机译:用于计算或优化眼镜镜片的计算机实现方法,包括以下步骤:收集眼镜佩戴者在至少两个不同物体距离A11和A12下的调节数据VA11和VA12,其中所述调节数据包括关于球面效应SphV、散光量ZylV和散光轴AxeV的数据,至少两个不同物体距离A11和A12的棱镜PrV和棱镜底座BV;物体距离模型A1(x,y)的说明,其中A1表示物体距离和(x,y)透镜在预定或预定视角方向上的观察点;函数PRef(A1)的说明,描述了调节的功率矢量PRef对物体距离A1的依赖性,其中:![CDATA[PRef(VAl1)=PRef(V1,Al=Al1)=ƒ(Al1)]>![CDATA[PRef(VAl2)=PRef(V2,Al=Al2)=ƒ(Al2)]]>已完成;基于对象距离模型A1(x,y)和捕获的规则数据VA11和VA12,在多个视点(x,y)中确定规则的功率向量PRef的分量;考虑到检测点(x,y)中规定的功率矢量PRef的确定分量,计算或优化透镜的至少一个区域。

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