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Unmanned aerial vehicle current position detection system, unmanned aerial vehicle

机译:无人驾驶飞行器电流位置检测系统,无人驾驶飞行器

摘要

PROBLEM TO BE SOLVED: To provide an unmanned aircraft direction and position detection system that strongly prevents a crash, or recovery by a third person thanks to more correct grasping of an own position by an unmanned aircraft itself.;SOLUTION: An unmanned aircraft direction detection system detects a direction at a current time of an unmanned aircraft 3 flying from a departure point to an arrival point, and has: a ground transmission source that encrypts an optical signal inclusive of at least position information on an own, and transmits the encrypted optical signal; an encryption decryption unit 58 that receives the optical signals transmitted from two or more ground transmission sources to decrypt the received optical signal, and thereby acquires the position information on the ground transmission source; a signal incident direction detection unit 59 that identifies an incident direction of the optical signal; and a control unit 57 that calculates a current direction with respect to the ground transmission source on the basis of the position information acquired by the encryption decryption unit 58, and the incident direction identified by the signal incident direction detection unit 59.;SELECTED DRAWING: Figure 2;COPYRIGHT: (C)2018,JPO&INPIT
机译:要解决的问题:提供一种无人驾驶的飞机方向和位置检测系统,其强烈地防止第三人崩溃,或者由于无人驾驶飞机本身更正确地掌握自己的位置。;解决方案:无人驾驶飞行器方向检测系统检测从出发点飞行到到达点的无人飞机3的当前时间的方向,并且具有:接地传输源,其自行加密至少位置信息的光信号,并发送加密的光学信号;加密解密单元58,其接收从两个或更多个接地传输源发送的光信号以解密接收的光信号,从而获取在接地传输源上的位置信息;信号入射方向检测单元59,其识别光信号的入射方向;和控制单元57基于由加密解密单元58获取的位置信息和由信号入射方向检测单元59识别的入射方向来计算相对于接地传输源的电流方向。;选定的绘图:图2;版权:(c)2018,JPO和INPIT

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