Bufferable roof dropped cargo receiving method

Abstract

The invention discloses a bufferable roof dropped cargo receiving method and belongs to the field of unmanned aerial vehicle cargo transport. The bufferable roof dropped cargo receiving method aims atachieving the effect of being independent of control of operators and can achieve automatic receiving of unmanned aerial vehicle cargo. At the moment of several minutes before a fixed wing unmanned aerial vehicle arrives at a receiving device, LED lamps at the four corners of the receiving device are on; and an extending-and-contracting plate at a cargo picking area at the tail of the device slides into the tail of a sliding speed reduction area, and a highly-elastic rubber net in the cargo picking area is opened. The unmanned aerial vehicle is adjusted from high-altitude flight to horizontalflight away from the receiving device by a certain vertical distance height; and the bufferable roof dropped cargo receiving method achieves the effect that the dropped cargo can be received at the low altitude in a roof area capable of containing the device.

Description

technical field [0001] The invention belongs to the field of unmanned aerial vehicle cargo, and relates to a receiving device and method for air-dropped goods on the roof of a building that can be buffered. Background technique [0002] With the construction of my country's urban road infrastructure and the development and improvement of the medical security system, the demand for emergency medicine, blood or materials in public medical and health services or the transportation needs of other institutions in emergency materials or documents is increasing. The traditional transportation mode of first-aid supplies based on railway and other transportation methods can no longer meet the transportation demand. For example, when Chinese medicine hospitals in the same city or between different cities with close distances have emergency blood, or the government or other agencies have urgent document transportation needs, the transportation methods based on road or rail transportatio...

AI Technical Summary

Problems solved by technology

However, during the parachuting process, the pod is affected by factors such as the height of the cargo, wind direction, wind speed, and ground buildings, and it is difficult to meet the requirements of precise delivery. Moreover, this process is only used in areas with sparse population and buildings, and it is difficult to meet the needs of population and buildings. Requirements for delivery in densely populated cities

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