A flying robot that monitors and reconnaissance satellite calls

Abstract

The invention discloses a flying robot for monitoring and reconnaissance satellite call function, which comprises a drone body, an extension bladder is arranged on the drone body, a lifting motor is arranged on the extension bladder, a spiral leaf is arranged on the lifting motor, and a spiral blade is arranged on the extension bladder. There is an inclined support rod at the bottom of the connection with the UAV body, and a horizontal support block is arranged on the support rod; a visual glass room is set at the bottom of the UAV body, and a support box is set on the top of the glass room, and a camera system is set in the support box. There is also an intelligent robot in the glass room. The monitoring and detection system is installed inside the intelligent robot. The glass rooms on both sides of the intelligent robot are respectively equipped with a power supply system, warning lights and GPS satellite intercoms. The invention realizes the robot-controlled UAV to monitor and investigate the satellite call function, improves the monitoring and investigation effect and accuracy, improves the efficiency of image capture, has better safety performance, and meets the actual use requirements.

Description

technical field [0001] The invention relates to a flying robot with the function of monitoring and reconnaissance satellite calls, and belongs to the technical field of monitoring and reconnaissance of unmanned aerial vehicles and intelligent robots. Background technique [0002] With the expansion of the application range of robot technology and the needs of various complex occasions, robot visual servo is becoming more and more important. In the current practical application of robots, due to problems such as positioning accuracy, real-time performance, and the need for calibration, only a few occasions use robot visual servo positioning. With the development of the robot industry, it will be an inevitable trend for robots to have visual servo capabilities. Real-time performance and positioning accuracy are the two most important indicators to verify the effectiveness and practicability of a robot vision positioning system, and are also key factors for whether it can be pu...

AI Technical Summary

Problems solved by technology

As far as satellite positioning and call monitoring are concerned, UAVs are used for monitoring and investigation in the prior art, but due to certain differences in the structure of the UAV itself, the monitoring and investigation effect is poor, the accuracy is low, and there is a lack of control system In addition, the camera device installed on the drone is not perfect enough, the camera device will be hindered in the process of image acquisition, and the effect of image acquisition is relatively poor

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