COAST spatial distribution of multiposition radar stations with autonomous radar terminal for monitoring of water areas

摘要

The invention relates to the field of radar, namely, radar systems, and lighting control surface situation in real time.; The purpose of the utility model - improving functionality, autonomy, security, reliability, and stealth operation.; This object is achieved in that in the inventive station for monitoring waters comprising a power source, the base radar terminal (BRT), consisting of the communication device and the device together information handling, as well as at least two autonomous radar terminal (APT), each consisting of active radar antenna and the transceiver device, each said APT is further provided with a radar antenna, a communication device and other BRT APT, transceiver instruments th state identification and automatic identification of vessels and the device optic-electronics detect and BRT - lighting device of the current situation with the screen and the database, device state identification (SSD) with the cipher - descramble unit and evaluation unit, and an automatic vessel identification (UAIS), and and the control and functional control of APT, the ASB and UAIS. Furthermore, APT complex embodiments may be made vandal-proof, mounted on mast devices and provided with renewable autonomous power sources, such as wind generators or solar panels with blocks uninterruptible power supplies and standby power supplies, such as diesel generators, components of the station can be equipped with devices burglar signaling and extinguishing devices thus APT can be located along the border of the monitoring area on equidistantly m distance from each other, and each may be capable of APT radar control portion partially overlapping portions adjacent controlled APT.; The technical result consists in obtaining functional, self-contained, secure and reliable in coastal rocker radar for the detection, identification (classification), state identification and tracking surface targets, as well as for determining their coordinates and motion parameters, both in active and in passive, secretive mode of operation, such as coastal surveillance facilities on the Baltic, Black and Caspian seas.