UAV monitoring system

Abstract

The invention discloses a drone monitoring system. An emergency buffer parachute is installed on the top of a drone, and semicircular propeller protectors are additionally installed between pairs of upper propellers and lower propellers respectively. Two vidicons and four 100-watt LED lamps are mounted on a mounting rod. Two angle adjustable high-definition mini-type cameras are installed at the lower portion of the drone. An annular drone base is installed at the bottom of the drone. A launching platform frame located on the ground is connected with the drone in a butt joint mode. A power source and video line rolling frame is installed at the lower portion of the launching platform frame, and the inlet end of a power line on the power source and video line rolling frame is connected with a direct current voltage regulator. The drone airborne monitoring system is further provided with an induction motor and a remote control box. The drone airborne monitoring system has a very good lighting function, and shot pictures are clear; by means of a ground power supplying system and a video synchronous downloading system, monitoring can be carried out for a long time; the induction motor device is arranged, and the motor can automatically induct the height of the drone and automatically rotate to take up and pay off the wire, and the wire is reasonably utilized to the maximum extent.

Description

technical field [0001] The invention belongs to the field of aerial photography monitoring, and more particularly, relates to an unmanned aerial vehicle monitoring system. Background technique [0002] With the rapid development of national economic construction, resource survey and environmental monitoring work are becoming more and more important, and the task period is getting shorter and shorter. Conventional satellite and aerial remote sensing methods are difficult to meet the application needs. In recent years, low-altitude remote sensing dynamic monitoring and emergency monitoring are mainly used for small-scale repeated dynamic monitoring and emergency monitoring of sudden events, etc., as well as the needs of large-scale mapping. These monitoring require remote sensing acquisition systems to have: 1. Large-scale observation 2. The ability to acquire spatial data with suitable waveband, resolution and time phase; 3. The ability to provide quantitative data; 4. The ab...

AI Technical Summary

Problems solved by technology

However, the existing drones do not have the function of lighting, and the pictures taken at night or in poor light conditions are relatively blurred, which brings a lot of trouble to aerial photography; even when the drones carrying lighting equipment are working , also due to the limitation of on-board battery capacity, the working time is extremely short, and it is impossible to play the role of UAV monitoring

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