Intelligent control four-axis aircraft with multiple cameras

Abstract

The invention relates to an intelligent control four-axis aircraft with multiple cameras. The aircraft comprises a sensor 5 and the cameras A, B, C and D, and includes four propellers which are arranged in criss-cross intersection. A flight power system of independent research and development is integrated in the aircraft, the aircraft is configured with a professional radio remote control system, and the aircraft is capable autonomous navigation flight. Four rotors are mounted in four corners of the aircraft respectively, and driven by a motor, blades can rotate forwardly and backwardly, an inertial navigation module composed of gyroscopes of three directions and a three-axis acceleration sensor is mounted on the four-axis aircraft to maintain stable flight of the aircraft, and an electronic regulator is used to ensure rapid flight of the aircraft. The four cameras are respectively mounted on the four rotors, and connected with the sensor at the center of the aircraft to transmit information and monitor a moving object. According to the four-axis aircraft, monitoring is rapider and more comprehensive, and the monitoring efficiency is improved.

Description

technical field [0001] The invention relates to a multi-camera intelligent control device, in particular to a multi-camera intelligent control quadcopter. Background technique [0002] With the continuous development of multimedia technology, video surveillance has been more and more widely used in fields such as safe operation and public security precautions. Many intelligent monitoring systems are needed in modern cities, such as key areas of banks, docks, airports, warehouse areas, and communication base stations. The traditional monitoring system does not have the function of automatically discovering abnormalities. It is necessary to have monitoring personnel on duty to closely watch the monitors to find abnormalities. However, since human attention cannot be concentrated for a long time, it is impossible to observe many screens at the same time. In particular, due to the system with fewer monitoring personnel and a larger monitoring area, especially at night, traditio...

AI Technical Summary

Problems solved by technology

The traditional monitoring system does not have the function of automatically discovering abnormalities. It is necessary to have monitoring personnel on duty to watch the monitor closely to find abnormalities. However, since human attention cannot be concentrated for a long time, it is impossible to observe many screens at the same time.

In particular, due to the system with fewer monitoring personnel and a larger monitoring area, especially at night, traditional monitoring methods cannot track suspicious targets, and the recorded videos often contain little effective information

Although there are many conventional multi-threaded control using IT technology to achieve remote monitoring, today's systems and methods generally can only achieve unilateral monitoring, that is, monitoring personnel cannot receive complete monitoring video in time, poor real-time performance, and panoramic cameras cannot Covering a large surveillance area, the camera tracking range that can be controlled is limited

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