论文部分内容阅读
本文推得了透射式能见距离测量仪中能见距离、光电转换系统的最小响应盲区以及仪器与合作目标间的距离三者之间的关系，分别讨论了当仪器与合作目标之间的距离确定时光电转换系统的最小盲区与能见距离、当能见距离确定时光电转换系统的最小盲区与仪器至合作目标的距离、以及当光电转换系统的盲区确定时仪器与合作目标间的距离和最小可探测能见距离之间的关系，分析了接收镜头接收口径的大小对光电转换系统的最小盲区及最小可探测能见距离的影响，得到了有意义的结论。
This paper deduces the relationship between the visible distance in the transmissive vision distance meter, the minimum response dead zone of the photoelectric conversion system, and the distance between the instrument and the cooperation target. When the distance between the instrument and the cooperation target is determined The minimum dead zone and the visible distance of the time-to-electricity conversion system, the distance between the minimum dead zone of the photoelectric conversion system and the instrument to the cooperation target when the visible distance can be determined, and the minimum distance between the target and the cooperation target when the blind zone of the photoelectric conversion system is determined We can detect the relationship between the visible distance, and analyze the influence of receiving aperture size on the minimum blind zone and the minimum detectable distance of the photoelectric conversion system, and obtain meaningful conclusions.