UNMANNED AERIAL VEHICLE FOR PRECISE SHORT ATTACK USING A SPATIAL DATA TECHNOLOGY TO ENABLE PRECISE SHORT ATTACK IN FRONT OF TARGET OBJECTIVES

摘要

PURPOSE: An unmanned aerial vehicle for precise short attack using a spatial data is provided to quickly move and fly and to precisely attack target objectives while autonomously avoiding obstacles.;CONSTITUTION: An unmanned aerial vehicle for precise short attack using a spatial data comprises an unmanned aerial vehicle(100), a data transceiving device(300), a station(200), an engine part, a self-position recognizing part, an obstacle detecting part, an attack part, a RF module, and a control part. The unmanned aerial vehicle transmits image data generating in a camera as a first RF signal and analyzes control data from received second RF signal to move positions and to perform attack missions. The data transceiving device receives the first RF signal transmitted from the unmanned aerial vehicle, converts the first RF signal to image data same as the image data generating in the camera, and transmits the converted control data as a second RF signal. The station displays the image data receiving from the data transceiving device as images and outputs the control data for controlling the position movement and attack mission of the unmanned aerial vehicle to the transceiving device according to control commands that users input. The engine part moves the unmanned aerial vehicle. The self-position recognizing part comprises a camera and a sensor for recognizing current positions. The obstacle detecting part comprises a camera and a sensor for detecting obstacles on moving paths.;COPYRIGHT KIPO 2013