Mobile aerial sunshade flying tent and implementation method thereof

Abstract

The invention relates to a mobile aerial sunshade flying tent and an implementation method thereof. Traction and movement of the flying tent body are performed by using an unmanned aerial vehicle group. The wind speed and the wind direction are acquired and analyzed, and the attitude of the flying tent body is adjusted in real time so that the wind force is enabled to form force balance among theupward thrust formed by the flying tent body, the upward traction force of the unmanned aerial vehicles and downward pull force of the pull-down rope. The flying tent body is enabled to more easily reach the force balance to be in the stable state by using coordinated control of the unmanned aerial vehicles and winches without accurately controlling the traction force of the unmanned aerial vehicles; besides, the flying tent body and the unmanned aerial vehicles can be prevented from being blown away under limitation of the winches in case of outburst wind. Persistent working of the unmanned aerial vehicle group can be guaranteed by two power supply modes so as to meet the requirement of long time service; and the lower power line is arranged on the pull-down rope so that the lower power line can be prevented from being pulled to be damaged and the power supply stability can be guaranteed.

Description

technical field [0001] The invention relates to a flying awning construction technology, more specifically, to a method for realizing a mobile aerial sunshade awning, and a mobile aerial sunshade awning. Background technique [0002] People often hold large-scale open-air activities in daily social activities and commercial activities. One of the key issues is how to construct the event venue to ensure that the event can be held smoothly even under scorching sun or rainy conditions. [0003] The conventional method is to use various building steel frames or plates to build temporary activity venues. However, due to financial constraints, often the site cannot be too large, and only a small area can be shaded; and it requires a lot of manpower and a long construction time. On the other hand, there are many extreme high-temperature weather at present. How to cool important urban areas on a large scale and reduce energy consumption and environmental pollution caused by the ext...

AI Technical Summary

Problems solved by technology

[0006] However, the above-mentioned utility model is only used to achieve personal sunshade or small-scale sunshade effect, and is driven by a single UAV, which cannot meet the traction and movement requirements of a large-sized flying awning, and also considers the cooperation of multiple UAVs Cooperate with, and the influence of wind etc., then above-mentioned utility model is only suitable for the simple use of extremely low height, extremely small range, and can't reach relatively stable attitude, and the effect of use is not ideal

Images