Large-aperture automatic focimeter for the measurement of optical power and other optical characteristics of ophthalmic lenses

Kondo Gnanvo; Zong Yan Wu; Jean-Louis de Bougrenet de la Tocnaye; Liren Liu

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Large-aperture automatic focimeter for the measurement of optical power and other optical characteristics of ophthalmic lenses

机译：大口径自动聚焦计，用于测量眼镜片的光焦度和其他光学特性

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We propose an optical apparatus enabling the measurement of spherical power, cylindrical power, and optical center coordinates of ophthalmic lenses. The main advantage of this new focimeter is to provide a full bidimensional mapping of the characteristics of ophthalmic glasses. This is made possible thanks to the use of a large-area and high-resolution position-sensitive detector. We describe the measurement principle and present some typical mappings, particularly for progressive lenses. We then discuss the advantages in terms of speed and versatility of such a focimeter for the measurement of complex lens mappings.

机译：我们提出了一种光学设备，其能够测量眼科镜片的球面度，柱面度和光学中心坐标。这种新型焦度计的主要优点是提供了眼科眼镜特性的完整二维映射。由于使用了大面积，高分辨率的位置敏感检测器，因此这成为可能。我们描述了测量原理，并提出了一些典型的映射，特别是对于渐进镜片。然后，我们讨论了这种焦度计在速度和多功能性方面的优势，用于测量复杂的镜头映射。

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《Applied optics》 |2002年第28期|共9页
作者
Kondo Gnanvo; Zong Yan Wu; Jean-Louis de Bougrenet de la Tocnaye; Liren Liu;
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正文语种 eng
中图分类光学;
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1. Large-aperture automatic focimeter for the measurement of optical power and other optical characteristics of ophthalmic lenses [J] . Kondo Gnanvo, Zong Yan Wu, Jean-Louis de Bougrenet de la Tocnaye, Applied optics . 2002,第28期

机译：大口径自动聚焦计，用于测量眼镜片的光焦度和其他光学特性
2. Calculation of optical imbalances in ophthalmic lenses using a new algorithm based on the local dioptric power matrix formalism [J] . Gomez-Pedrero JA., Bernabeu E., Alonso J. Journal of the Optical Society of America, A. Optics, image science, and vision . 2001,第7期

机译：基于局部屈光度矩阵形式的新算法计算眼镜片的光学失衡
3. Optical analysis of different types of intraocular lenses. "Real life" measurements of Dioptric Power, Spherical Aberration and Strehl Ratio [J] . Trindade Bruno, Amaral Felipe Tayer, De Lima Monteiro Davies William, Investigative ophthalmology & visual science . 2017,第8期

机译：不同类型的眼内透镜的光学分析。 “实际”屈光度，球面像差和斯特勒比的测量
4. Method to evaluate the impact of geometrical turning factors on optical power accuracy of ophthalmic lenses [C] . L. R. Castro Martinez, B. Fermigier International Conference of the European Society for Precision Engineering Nanotechnology . 2014

机译：评估几何转向因子对眼科镜片光功率精度影响的方法
5. Characterization of diffractive optical lenses for use in MEMS integrated optical monitoring. [D] . Hollandsworth, Christopher W. 2006

机译：MEMS集成光学监控中使用的衍射光学透镜的特性。
6. Evaluation of corneal optical properties in subjects wearing hydrogel etafilcon A contact lenses and the effect of administering mannitol-enriched sodium hyaluronate ophthalmic solution [O] . Marco Lombardo, Marianna Rosati, Marco Pileri, 2014

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7. Assessment of the performance of automated focimeters in the measurement of single vision spectacle lenses [O] . Chu, B-S, Ngo, TPT, Cheng, BB, 2014

机译：评估自动对焦仪在单眼眼镜片测量中的性能
8. Optical Power Line Voltage and Current Measurement Systems: Volume 2, Assessment of Future Optical Measurements of Voltage and Current in Electric Power Systems: Final Report [R] . Hillhouse, D. L. 1987

机译：光功率线电压和电流测量系统：第2卷，评估未来电力系统中电压和电流的光学测量：最终报告

Large-aperture automatic focimeter for the measurement of optical power and other optical characteristics of ophthalmic lenses

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