FIELD: imaging.
SUBSTANCE: device of a computer system for panoramic television surveillance for an unmanned aerial vehicle. The device contains a television camera and a server, which is a node of the local area network. The television camera consists of four panoramic lenses, two photodetectors, which have the shape of a circular ring, a frame and a rotation unit. The photodetectors are placed in a frame and are joined to each other by the reverse sides of the crystals. The rotation unit is mechanically connected to the frame and is intended for its angular displacement by 90° on command received by the television camera. In the initial position, the first lens is optically connected to the target of the first photodetector, and the second panoramic lens is connected to the target of the second photodetector. When the frame is rotated by 90°, the target of the first photodetector is installed opposite the third lens, and the target of the second photodetector is opposite the fourth lens.
EFFECT: reducing the number of photodetectors and eliminating the loss of pixels in the sensors while maintaining the ability for the unmanned aerial vehicle to monitor video information of a panoramic plot in four layers of the surrounding space in a non-stop mode.
2 cl, 6 dwg
