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Optical positioning system AIRCRAFT BASED ON single-photon UV-C TECHNOLOGIES FOR NAVIGATION SOFTWARE APPROACH THE AIRCRAFT

机译：基于单光子UV-C技术的光学定位系统，用于导航软件

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1. Optical Positioning System aircraft, based on the single-photon UV-C technology for navigation support of the approach of an aircraft, comprising ground-based optical transmitter beacon located at the beginning of the runway, as well as a device for receiving the radiation, placed on aircraft, characterized in that on both sides of the runway taken by at least two radiation detectors with known pre-coordinates, as that applied to single-photon devices operating in the ultraviolet range, and the aircraft, in addition to at least one radiation detectors, as is applied single-photon device operating in the ultraviolet range, taken by at least one UV emitter beacon signals from which are recorded by terrestrial radiation detectors are used to determine the elevation angle and azimuth of the aircraft, which is necessary for determining the coordinates of the aircraft with respect to the runway, which transfers the ground transmitter beacon for the aircraft on posadku.2. The system of claim 1, wherein the terrestrial optical emitters beacons and optical emitters beacons installed on board the aircraft, as well as radiation detectors, placed on the ground and aboard aircraft, operating in the range of ultraviolet radiation of 250 -. 280 nm, providing solar blind rezhim.3. The system of claim. 2, characterized in that the beacons are used UV emitters With software-modulated
机译：1.基于单光子UV-C技术的光学定位系统飞机，为飞机进近提供导航支持，该飞机包括位于跑道起点的地面光发射机信标以及用于接收飞机定位信号的设备辐射，放置在飞机上，其特征在于，在跑道的两侧，至少有两个已知坐标的辐射探测器（除适用于在紫外线范围内工作的单光子装置外）和飞机外至少一个辐射探测器（如在紫外线范围内工作的单光子装置所应用）由至少一个紫外线发射器信标信号（由地面辐射探测器记录下来）获取，用于确定飞机的仰角和方位角，即是确定飞机相对于跑道的坐标所必需的，它可以在posadku.2上为飞机转移地面发射机信标。 2.根据权利要求1所述的系统，其中，安装在飞机上的地面光学发射器信标和光学发射器信标，以及放置在地面和飞机上的辐射检测器，在250-的紫外线辐射范围内工作。 280 nm，可提供太阳盲区3。索赔系统。 2，特点是信标采用的是紫外线发射器，具有软件调制功能

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