Flight body provided with light auxiliary launching device and control method thereof

Abstract

The invention discloses a flight body provided with a light auxiliary launching device and a control method thereof. The flight body comprises a flight body main body and an auxiliary launching device arranged on the flight body main body, wherein the auxiliary launching device comprises an auxiliary launching unit and a long-distance remote controller; the auxiliary launching unit comprises a light bracket, a screw propeller, a main power hollow cup motor, a motor position adjusting device, a long-distance remote control receiver, a mini-type solid-state relay and a power supply. The flight body disclosed by the invention adopts an auxiliary device applicable to the launching of a kite, a paper plane and the like so that the kite can stably launch by starting the auxiliary device under the condition that the kite and the like are loaded in low wind power; when the kite flies to a certain height, the kite can freely fly due to the fact that the air mobility of the upper layer of the air is better and the wind force is stronger; the auxiliary device can be closed by remotely controlling so that electric energy is saved; the flight body can realize movements and postures with ornamental values and can be combined with an industrial small-sized sensor and the like to collect data; and the flight body can be widely applied and is high in performance cost ratio.

Description

technical field [0001] The invention relates to a kite, in particular to a kite provided with a light auxiliary take-off device and a control method thereof. Background technique [0002] Kites have a long history and are popular with people of all ages. Traditional kites are mostly made of light wood or bamboo as supports, and then covered with paper or plastic. When the wind is strong, the kite is easy to take off. But when the wind is small, the kite is not easy to take off. Artificial approach is often used to generate thrust to make the kite take off. But this method has four shortcomings: 1) It has high requirements on the site. It is only suitable for spacious venues, and it is feasible in places such as playgrounds, large lawns, and river beaches, but it is not feasible in places such as roofs, small dams, and crowded parks; 2) It is only suitable for young and middle-aged people, not suitable for children, the elderly and People who are not good at running; 3) ...

AI Technical Summary

Problems solved by technology

But this method has 4 shortcomings: 1) High requirements on the site

It will affect the vision of the road, it is easy to bump into the things in front, and it is easy to trip

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