A precise airdrop monitoring and distribution system

Abstract

The invention discloses an accurate air-drop monitoring and distributing system. The accurate air-drop monitoring and distributing system comprises an accurate air-drop system, an earth station module, a task bookbinding module, a remote-control remote-measurement module and a cargo distribution module. The accurate air-drop system, the task bookbinding module, the remote-control remote-measurement module and the cargo distribution module are connected with a cargo with a parachute; the earth station module inputs cargo original information in the cargo distribution module, then inputs flight path task information in the task bookbinding module; after receiving the flight path task information, the task bookbinding module stores the flight path task information and returns the flight path task information to the earth station module, the earth station module receives the returned flight path task information and judges whether the returned flight path task information is consistent with the flight path task information or not. the accurate air-drop system reads the flight path task information in the task bookbinding module, and automatically flies in dependence on a predetermined track in the flight path task information, and monitors the flight state information in real time. According to the invention, the automation degree and the intelligent degree of accurate airborne landing and air-drop are greatly increased.

Description

technical field [0001] The invention relates to the technical field of auxiliary precise airdrop control, in particular to a precise airdrop monitoring and distribution system. Background technique [0002] Conventional circular parachutes are often used in traditional material airdrops and aircraft recovery. Conventional parachutes are poorly controlled. The parachute and its cargo are free to fly during the descent process and drift with the wind. The drift distance varies with the drop height and wind force. increase and become larger. Therefore, when it lands, the error is relatively large, ranging from a few kilometers to as many as tens of kilometers, and when multiple objects are dropped at the same time, the distribution of the landing points of conventional parachutes and their heavy objects is also relatively scattered, so beacon positioning is required devices and a large search party to assist in the recovery mission. In addition, there are different types of a...

AI Technical Summary

Problems solved by technology

In addition, there are different types of airdropped goods, and the traditional way of recording the contents of the goods is manual entry, which is cumbersome, and the large amount of data is prone to errors and omissions. After delivery, the distribution and whereabouts of the goods cannot be accurately recorded and grasped. Collection and distribution increase the difficulty of searching and increase the cost of material collection

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