An aerial camera focusing system of wide range and high dynamic

Junfeng Zhang, S. Tong, Yanyu Dong, Han Yang, Xin Hu
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Abstract

According to the project, this paper introduces an aerial camera focusing system. The system uses the screw to achieve horizontal movement of the lens, and turn the actuator. The connection of the system is coaxial connector, which can avoid the error of the gear mechanism. It is going to use Kepler telescope optical system to get larger divergence angle changes with smaller stroke of lens. When the system is working, we only need to control the space of the focus optical system to complete focusing. The system completes wide range and high dynamic focal length adjustment finally by modifying the transfer function and control parameters constantly. Comparing with the traditional methods of focus length adjustment, the system solves the problem of small adjustment range, poor dynamic characteristics, poor linearity and multi-level cascade, at the same time, the system has a simple structure, high stability, low cost of manufacture. We show the conclusions getting from the data.
一种大范围、高动态的航空相机对焦系统
根据该项目,本文介绍了一种航空相机对焦系统。该系统利用螺杆实现镜头的水平运动,并转动致动器。系统的连接采用同轴连接器,避免了齿轮机构的误差。它将使用开普勒望远镜光学系统,以较小的透镜行程获得较大的发散角变化。在系统工作时,只需控制聚焦光学系统的空间即可完成对焦。通过不断修改传递函数和控制参数,最终实现大范围、高动态焦距调节。与传统的焦距调节方法相比,该系统解决了焦距调节范围小、动态特性差、线性度差、多级级联等问题,同时系统结构简单、稳定性高、制造成本低。我们展示了从数据中得出的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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