Power mooring observation platform system

Abstract

The invention relates to a power mooring observation platform system, which consists of a ground part, an aerial platform part and interconnected mooring cables, wherein the ground part comprises a power supply system, a ground control system and an image receiving and processing system; the ground control system is connected with the mooring cables and wirelessly communicates with the aerial platform part; the image receiving and processing system wirelessly communicates with the aerial platform part and is used for receiving and processing image information; the aerial platform part comprises an aerial power supply system, an aerial control system, a power system, a monitoring system and a fixed connector; the aerial power supply system is connected with the mooring cables and connected with the power system, the aerial control system and the monitoring system; the aerial control system wirelessly communicates with the ground control system and is connected with the power system; and the monitoring system is used for acquiring the image information and wirelessly communicates with the image receiving and processing system of the ground part. Control and power are provided for an aerial platform by adopting the mooring cables, so the system is strong in flexibility and strong in maneuverability, and does not require landing supply.

Description

Technical field [0001] The invention belongs to the technical field of unmanned aerial vehicle performing stereo observation under complex conditions, and specifically relates to a power tethered observation platform system. Background technique [0002] In today’s world, the rise of unmanned remote-controlled aerial vehicles is in the ascendant, ranging from military long-endurance heavy-duty drones to miniature spy aerial vehicles with a size of more than ten grams, and even various remote-controlled flying toys in the toy market have formed a series and scale. . Especially in recent years, the popularization of rare earth permanent magnet motor technology, the increasing maturity of computer technology and related application software, and the improvement of observation and monitoring equipment, using existing technology to integrate various practical remote control flight and stereo observation systems have cost the field technology The direction in which the personnel are v...

AI Technical Summary

Problems solved by technology

[0004] Multi-rotor unmanned aircraft is a new model developed in the past two years. Compared with single-rotor remote control helicopters, it is characterized by small vibration, good stability, small size, simple structure, and easy maintenance. It is more convenient to install GPS system Positioning observation, but this multi-rotor unmanned aerial vehicle is the same as all types of remote control aircraft. Due to the limitation of battery capacity, it is impossible to stay in the air for a long time, and this remote control aircraft is not specially designed for positioning observation. Affect the performance of its positioning and observation efficiency

Images