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Unmanned Flew substance monitoring buoy, Flew substance monitoring method and Flew substance monitoring system

机译:无人飞行物监测浮标,飞行物监测方法和飞行物监测系统

摘要

Was charged unmanned Flew substance monitoring site (10) in waters where there is Flew substance, to follow monitoring the flow substance. Unmanned Flew substance monitoring buoy (10), it is detected by the detecting unit the relative position of Flew substance of the water surface as seen from (10) radio who Flew substance monitoring buoy, the measuring unit the size and direction of the wind and current I will be measuring. Then, by the relative position of Flew substance detected by the detecting unit, based on the direction and magnitude of wind and current, which is measured by the measuring unit, to adjust the orientation and area of ​​sails (13) by the adjustment section , I will follow the Flew substance. As a result, even if the flow of wind-induced sea level on large, to achieve unmanned Flew substance monitoring sites for the follow-up to Flew substance can be performed with less energy not only tide.
机译:在有飞沫物质的水域中被充电的无人驾驶飞沫物质监视站点(10),以监视流动物质。无人飞行物监测浮标(10),由检测单元检测从水面监测物质浮标的无线电(10),测量单元的大小和风向,以及由检测单元检测的水面飞行物的相对位置。我将要测量的电流。然后,通过检测单元检测到的Fle物质的相对位置,根据测量单元测得的风和电流的方向和大小,通过调整来调整帆(13)的方向和面积部分,我将关注Flew的实质。结果,即使风向海平面的流量很大,也可以用更少的能量进行潮汐物质跟踪的无人飞行物监测点。

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