0.080d1/d20.22 (1);andd1′/d11.00 (2)where: d1 is a center thickness of the single lens; d1′ is a thickness of a lateral side of the single lens; and d2 is a length in air between the image surface and a center of that surface of the single lens which faces the image surface."/>
Image pickup lens comprising aperture stop and single lens, image pickup module comprising image pickup lens including aperture stop and single lens, method for manufacturing image pickup lens comprising aperture stop and single lens, and method for manufacturing image pickup module comprising image pickup lens including aperture stop and single lens
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Image pickup lens comprising aperture stop and single lens, image pickup module comprising image pickup lens including aperture stop and single lens, method for manufacturing image pickup lens comprising aperture stop and single lens, and method for manufacturing image pickup module comprising image pickup lens including aperture stop and single lens
Image pickup lens comprising aperture stop and single lens, image pickup module comprising image pickup lens including aperture stop and single lens, method for manufacturing image pickup lens comprising aperture stop and single lens, and method for manufacturing image pickup module comprising image pickup lens including aperture stop and single lens
In order that an image pickup lens, an image pickup module, a method for manufacturing an image pickup lens, and a method for manufacturing an image pickup module may be realized each of which makes it possible to realize a higher resolution of a periphery of a formed image, an image pickup lens of the present invention satisfies the following formulas (1) and (2):0.080d1/d20.22 (1);andd1′/d11.00 (2)where: d1 is a center thickness of the single lens; d1′ is a thickness of a lateral side of the single lens; and d2 is a length in air between the image surface and a center of that surface of the single lens which faces the image surface.
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机译：为了可以实现图像拾取透镜，图像拾取模块，用于制造图像拾取透镜的方法和用于制造图像拾取模块的方法，它们中的每一个都使得可以实现光学系统的外围的更高分辨率。形成的图像，本发明的摄像镜头满足以下公式（1）和（2）：<？in-line-formulae description =“在线公式” end =“ lead”？> 0.080 I> d 1 / d 2 <0.22（1）; < ？in-line-formulae description =“在线表达式” end =“ tail”？> <？in-line-formulae description =“在线表达式” end =“ lead”？>和<？in-line-公式description =“在线公式” end =“ tail”？> <？in-line-formulae description =“在线公式” end =“ lead”？> d 1′/ < I> d 1 <1.00（2）<？in-line-formulae description =“在线表达式” end =“ tail”？>其中：d 1 是单透镜的中心厚度; d 1 '是单透镜侧面的厚度; d 2 是像面与单透镜的与像面相对的面的中心之间的空气长度。
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