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    基于液态镜头自动对焦光学系统设计

    Design of Automatic Focusing Optical System Based on Liquid Lens

    • 摘要: 随着科技的不断进步和工业化的快速发展,自动化生产线已经成为现代工业的重要组成部分,而工业镜头需要在高速流水线检测产品外形缺陷、尺寸、位置和文字信息等。针对传统的工业镜头对焦速度慢且结构复杂等问题,基于ZEMAX设计了一种搭配液态镜头大靶面长焦可调光学系统,其方法为通过使用液态镜头来实现毫秒级别快速对焦效果并具有更紧凑的光学结构的光学系统,其焦距50 mm,总长为137.869 mm,靶面1.1 in,工作距离为300 mm到无限远,全视场分辨率为145 lp/mm > 0.3,畸变 < 1%,能进行高清成像,且能基本满足零件加工工艺。设计的光学系统在工业自动化领域有着很广泛的应用前景。

       

      Abstract: With the continuous progress of technology and the rapid development of industrialization, automated production lines have become an important component of modern industry, and industrial lenses need to detect product appearance defects, size, position, and text information on high-speed assembly lines. In response to the problems of slow focusing speed and complex structure of traditional industrial lenses, this paper designs a long focus adjustable optical system with a large target area based on ZEMAX. The method uses a liquid lens to achieve millisecond level fast focusing effect and a more compact optical structure. The optical system has a focal length of 50 mm, a total length of 137.869 mm, a target area of 1.1 inches, a working distance of 300 mm to infinity, full field resolution is 145 lp/mm > 0.3, distortion < 1%, and can perform high-definition imaging and meet the basic requirements of part processing technology.

       

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