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Sonar systems of underwater navigation for divers and underwater BLOCK DIVER

机译:潜水员和水下水下导航声纳系统

摘要

The invention relates to sonar systems underwater navigation and is designed for precise positioning of divers, moving on a given route, to substantially improve security exceptions disorders vital divers during the work, and under water may be used both in free floating and installation diving on the vehicle. Task whose solution proposed utility model is to increase the accuracy of the coordinates at difficult meteorological conditions, possibility of defining the route of movement and current trajectory divers movement in both absolute and relative coordinate systems, exclusion apparatus floating on the water surface, operation simplification hydroacoustic underwater navigation system. This problem is solved by creating a sonar system underwater navigation for divers, comprising providing the vessel with situated thereon equipment, at least one beacon, sonar priemoizluchatel receiver external of the navigation system, the depth determination device, a timer, a display device, in which further the first sonar administered transceiver located on the support vessel, underwater diver unit which comprises a sounder, Doppler log, at least one biometrich esky sensor, a heading sensor, heel, trim, the second receiver external navigation system, a second sonar transceiver device determining the depth, timer, calculation unit performs calculation of the current coordinates from data obtained from sonar, Doppler-lag rate sensor roll , trim, external navigation system receiver, the display device configured to display the current trajectory and predetermined movement route, at least one diver between OJEC echivayuschim ship by a diver and the object of the search, and beacons are designed as responder beacon disposed on divers, sonar priemoizluchatel located on the support vessel and is arranged to request and receive information from the beacon transponders, wherein the computing unit input coupled to the outputs of sonar, Doppler-lag, a biometric sensor, a heading sensor, heel, trim, outer second receiver of the navigation system, the depth determination device, a timer, one of the outputs of the computing unit is connected to second sonar transceiver, and a second output connected to a display device. In addition, the vessel is surfaced hydroacoustic communication station, and is located on the diver underwater hydroacoustic communication station providing a voice communication sonar. In addition, as receivers of foreign satellite navigation system used by the GPS system. Furthermore, sonar priemoizluchatel made portable. Also this problem is solved by the creation of the underwater unit diver, comprising a display device, a computing unit, in which additionally introduced sounder, Doppler log, at least one biometric sensor, a heading sensor, heel, trim, the second receiver external navigation system, a second sonar transceiver -peredatchik, the depth determination device, a timer, wherein the computing unit computes the current position based on data received from the sonar, Doppler-lag rate sensor, heel, trim, FOSTER Cove external navigation system, a display device configured to display the current trajectory and predetermined path of movement, at least one diver between providing a ship by a diver and the object of the search, wherein the computing unit input coupled to the outputs of sonar, Doppler-lag, a biometric sensor, a heading sensor, heel, trim, the second receiver external navigation system apparatus determining the depth, the timer, one input of which is connected to the second straight hydroacoustic iemo transmitter, and a second output connected to a display device.
机译:本发明涉及声纳系统的水下导航,并且被设计用于在给定路线上移动的潜水者的精确定位,以在工作期间显着改善重要潜水员的安全异常障碍,并且在水下可用于自由漂浮和安装潜水。车辆。解决方案提出的本实用新型的任务是提高在困难的气象条件下的坐标精度,在绝对坐标系和相对坐标系中定义运动路线和当前轨迹潜水员运动的可能性,漂浮在水面上的排除装置,简化水声操作水下导航系统。通过创建用于潜水员的声纳系统水下导航来解决该问题,该水下声纳系统包括在船上提供位于其上的设备,在导航系统外部的至少一个信标,声纳priemoizluchatel接收器,深度确定装置,计时器,显示装置。进一步,第一声纳管理的收发器位于支持船上,水下潜水器单元,其包括测深仪,多普勒测井仪,至少一个生物特征的天空传感器,航向传感器,后跟,饰板,第二接收器外部导航系统,第二声纳收发器确定深度的装置,计时器,计算单元根据从声纳,多普勒滞后率传感器倾角,微调,外部导航系统接收器获得的数据执行当前坐标的计算,该显示装置配置为显示当前轨迹和预定移动路线一名潜水员在OJEC echivayuschim船与搜查对象之间与信标ar之间的至少一名潜水员被设计为设置在潜水员身上的响应信标,位于支持船上的声纳priemoizluchatel设置成请求和接收信标转发器的信息,其中计算单元输入耦合到声纳的输出,多普勒滞后,生物特征传感器,航向传感器,后跟,饰板,导航系统的外部第二接收器,深度确定设备,计时器,计算单元的输出之一连接到第二声纳收发器,第二输出连接到显示设备。此外,该船是水面声波通信站,位于潜水员水下声波通信站,提供语音通信声纳。另外,作为外国卫星导航系统的接收者所使用的GPS系统。此外,声纳priemoizluchatel使便携式。此外,通过创建包括显示设备,计算单元的水下单元潜水器也解决了该问题,在该单元中另外引入了发声器,多普勒测井仪,至少一个生物特征传感器,航向传感器,脚跟,饰边,第二个接收器外部导航系统,第二声纳收发器-peredatchik,深度确定装置,计时器,其中计算单元根据从声纳,多普勒滞后率传感器,后跟,修剪,FOSTER Cove外部导航系统接收的数据计算当前位置,一种显示设备,其被配置为显示当前轨迹和预定运动路径,在由潜水员提供船只和搜索对象之间至少有一个潜水员,其中计算单元输入耦合至声纳,多普勒滞后,生物识别传感器,航向传感器,脚跟,饰边,第二个接收器外部导航系统设备确定深度,计时器,计时器的一个输入连接到第二笔直传感器直流声发射器,第二输出连接到显示设备。

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