首页> 外国专利> METHOD Ice receiving signals of satellite navigation systems in finding underwater objects NAVIGATION ON THE HORIZON WITH CHANNEL hydroacoustic shipping information

METHOD Ice receiving signals of satellite navigation systems in finding underwater objects NAVIGATION ON THE HORIZON WITH CHANNEL hydroacoustic shipping information

机译:方法在寻找水下物体时使用卫星导航系统的冰接收信号在具有通道的水声运输信息的地平线上导航

摘要

Method ice reception of signals of satellite navigational systems when the underwater object on the horizon navigation using sonar transmission channel navigation information comprising administered in an ice receiver antenna satellite navigation system in place priledneniya this antenna to the lower edge of the ice, the reception of the antenna spacecraft signal receiver measurement the parameters of these signals and on data obtained by determining the required computing corrections to the geodetic schislimym CCW ordinates and rate generated by an onboard inertial navigation system of the underwater object implementation by considering these amendments correction onboard inertial navigation system, which is supplied from the horizon swimming underwater object to place priledneniya to the lower edge of the ice antenna with the receiver signal of the satellite navigation system and with its introduction mechanism ice, dual responder beacon, which has a different request codes and different frequencies emitted by the sonar signal rates, the caliper and sound propagation in water and hydrostatic sensor, implementing an antenna with the receiver signal of the satellite navigation system in the ice at the place of its priledneniya to the lower edge of the ice through the introduction of a mechanism to the exit side of the antenna of ice into the air, and underwater objects using a dual-channel sonar system two sonar priemoizluchayuschimi antennas, one priemoizluchayuschuyu sonar antenna is installed at a predetermined location in the feed, and other sonar and priemoizluchayuschuyu
机译:当在水下目标上使用声纳传输信道导航信息在地平线上导航水下物体时,卫星导航系统的信号的冰接收方法包括在冰接收器天线中将卫星导航系统放置在priledneniya中,将该天线向冰的下边缘进行接收,天线航天器信号接收器通过考虑对水下惯性导航系统的这些修正修正,通过确定对水下大地惯性导航系统的惯性导航系统坐标和所需速率进行必要的计算修正,来测量这些信号的参数和数据,它由水下游泳物体提供,通过卫星导航系统的接收器信号及其引入机制“冰”双响应信标,将priledneniya放置在冰天线的下边缘,并具有不同的请求代码和区别声纳信号速率,卡尺以及在水和静液压传感器中传播的声音所产生的地租频率,将天线与卫星导航系统的接收器信号一起安装在冰中,在其priledneniya的位置通过冰到达冰的下边缘在冰天线的出口侧引入一种机制,并使用双通道声纳系统和水下物体,将两个声纳priemoizluchayuschimi天线,一个priemoizluchayuschuyu声纳天线安装在馈源中的预定位置,以及其他声纳和精神病学

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