Information acquisition system based on near space floating platform

Abstract

The invention provides an information acquisition system based on a near space floating platform. The information acquisition system comprises the near space floating platform, a putting device, multiple miniature unmanned aerial vehicles and a satellite, wherein the near space floating platform is used for carrying the putting device to a designated position, the putting device is used for bearing the multiple miniature unmanned aerial vehicles, the putting device is further used for reaching the designated position and the putting the multiple miniature unmanned aerial vehicles, the multiple miniature unmanned aerial vehicles are used for landing to the surrounding positions of a ground target respectively, then performing information acquisition and sending the acquired information to the satellite. The near space floating platform adopted by the information acquisition system has stronger loading capacity, and the unmanned aerial vehicles can be accurately and snugly put around a target place and can reliably perform information acquisition and transmission.

Description

technical field [0001] The invention belongs to the field of unmanned aerial vehicles, and in particular relates to an information acquisition system based on an adjacent space floating platform. Background technique [0002] The focus of warfare in the 21st century is information warfare. The core of information warfare revolves around the right to acquire, control and use information. On the informationized battlefield, information has become the key element to dominate and dominate the battlefield. Combat decision-making depends on information, command and control depends on information, and precise strikes require information. The purpose of the invention is to develop a practical and safe and reliable information acquisition method. [0003] UAV (Unmanned Aerial Vehicle, UAV) is one of the main channels for wartime information acquisition. Through long-term surveillance flights in enemy-controlled areas, it can accurately obtain ground image data for our military to m...

AI Technical Summary

Problems solved by technology

[0005] (1) Using a weather balloon as the parent platform, its load capacity is limited, which seriously restricts the number of loads for information acquisition;

[0006] (2) After the weather balloon is released, it can only float with the wind and cannot maintain the altitude, so it cannot use the natural wind to fly to the target point;

[0007] (3) Use the Tempest UAV to fly into the enemy-occupied area for information acquisition UAV release, the concealment is poor, and it is easy to be detected by the enemy's radar and then shot down;

[0008] (4) The number of UAVs used to perform information acquisition tasks is too small, which will easily lead to mission failure if they are discovered by the enemy or their components fail;

[0009] (5) The information transmission chain relies on the Tempest UAV, and if the UAV is shot down or fails, the mission will fail

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