Unmanned aerial vehicle parking and charging platform based on data transmission base station

Abstract

The invention relates to an unmanned aerial vehicle parking and charging platform based on a data transmission base station. The unmanned aerial vehicle parking and charging platform comprises a supporting body, data transmission base station equipment arranged on the supporting body and an unmanned aerial vehicle platform arranged at the top of the supporting body, wherein the unmanned aerial vehicle platform comprises a supporting platform, a positioning source which is arranged on the supporting platform and used for distinguishing the unmanned aerial vehicle, a centering and fixing devicefor pushing the unmanned aerial vehicle to the charging position, a charging device for charging the unmanned aerial vehicle and a center control device. The unmanned aerial vehicle parking and charging platform disclosed by the invention has the beneficial effect that the unmanned aerial vehicle platform is arranged on the data transmission base station, so that the ground area can be saved, andwide taking off and landing space is provided; the unmanned aerial vehicle parking and charging platform adopts wind-proof landing design, so that after the unmanned aerial vehicle lands, the unmannedaerial vehicle is centered and fixed, and the parked unmanned aerial vehicle is charged. The unmanned aerial vehicle parking and charging platform based on the data transmission base station disclosed by the invention can be prevented from being damaged due to certain severe weather enduring capacity; when the unmanned aerial vehicle encounters the severe weather during operation, the unmanned aerial vehicle can prevent the severe weather in the platform, so that the operation of all-weather unmanned on-the-spot guardianship is achieved.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicle charging, and specifically designs an unmanned aerial vehicle parking charging platform based on a data transmission base station. Background technique [0002] The rapid development of wireless communication technology, from 2G to 3G, and then to 4G, is accompanied by the upgrading of wireless communication base stations. Upgrading communication bandwidth requires increasing the density of base stations, and the form of base stations has also evolved from a steel structure tower tens of meters high and weighing tens of tons to a pole body more than ten meters high. 5G communication technology requires the density of base stations to increase to one every 30 to 50 meters, so laying 5G base stations is a huge challenge for crowded urban spaces. [0003] Street lights are the most common poles in cities and on public roads. As early as a few years ago, the concept of smart street l...

AI Technical Summary

Problems solved by technology

5G communication technology requires the density of base stations to increase to one every 30 to 50 meters, so laying 5G base stations is a huge challenge for crowded urban spaces

However, most drone charging platforms and base stations are only for ground landing, without considering the design of placing the platform at a high place and solving the problem of windproof landing

[0006] There are disadvantages in placing the UAV charging platform and base station on the ground, which are mainly reflected in: the charging platform and base station occupy the surface area, which is not suitable for placement in cities and spaces lacking flat land; the charging platform and base station are easily damaged by man-made and surface animals and plants , if the UAV is left unattended for a long time, a larger and more complex base station shell protection is required; the space occupied by the protective shell is much larger than the volume of the UAV, and the product cost is significantly increased

Images