Unmanned aerial vehicle full automatic charging device

Abstract

The invention relates to an unmanned aerial vehicle full automatic charging device, which belongs to the field of unmanned aerial vehicles. The device comprises a bowl type unmanned aerial vehicle charging auxiliary landing board, a central charging main board, a charging controller and a vibration device. The bowl type unmanned aerial vehicle charging auxiliary landing board is placed on the ground. The central charging main board is connected with the positive and negative poles of the charging controller. The vibration device is fixed under the central charging main board. The central charging main board is fixed in a circle at the center of the bowl type unmanned aerial vehicle charging auxiliary landing board. The bowl type unmanned aerial vehicle charging auxiliary landing board is an annular plate consists of six sector plates, wherein the annular plate covers an area of 1 meter in diameter. The central charging main board is a copper ring, wherein the outer diameter of the copper ring is 45 cm, and the inner diameter is 35 cm. The copper ring is divided into two symmetrical semicircular copper ring structures. Two semicircular copper rings are connected with the positive and negative poles of the charging controller through a lead wire respectively. The unmanned aerial vehicle full automatic charging device provided by the invention solves the technical problem of the landing error of the unmanned aerial vehicle needing to be charged.

Description

technical field [0001] The invention relates to a fully automatic charging device for an unmanned aerial vehicle, which belongs to the field of unmanned aerial vehicles. Background technique [0002] As an industry that has suddenly emerged in recent years, drones are developing rapidly, and various drones continue to emerge. For example, consumer drones for aerial photography, drones for prospecting or agricultural markets, etc. [0003] Among UAVs with medium and long-range flight distances, their flight distance and flight time are longer. For example, unmanned aerial vehicles used for offshore surveys or maintenance of roads and railways all have a long flight distance. In this type of unmanned aerial vehicles, due to the long flight distance, the power in the initial state cannot meet the long-distance flight. It needs to be charged for battery life during the flight. However, in the existing technology, the drone uses the GPS positioning system, and there is a certa...

AI Technical Summary

Problems solved by technology

For example, unmanned aerial vehicles used for offshore surveys or maintenance of roads and railways all have a long flight distance. In this type of unmanned aerial vehicles, due to the long flight distance, the power in the initial state cannot meet the long-distance flight. needs, it needs to be charged and lasted during the flight

However, in the existing technology, the drone uses the GPS positioning system, and there is a certain error. Therefore, there is a certain error between the original location and the original location when charging at a fixed point, resulting in the problem that it cannot be charged normally, and in the existing In technology, UAV charging needs to be solved manually, so how to solve this problem and realize a kind of UAV fully automatic charging is an urgent problem.

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