Unmanned aerial vehicle emergency rescue high-altitude base station

Abstract

The invention provides an unmanned aerial vehicle emergency rescue high-altitude base station comprising a bearing platform, a wireless communication system and a backhaul device, wherein the bearing platform is an unmanned aerial vehicle, the wireless communication system and the backhaul device are connected with each other and are loaded on the mooring unmanned aerial vehicle, the wireless communication system comprises a RRU module communication device and an antenna, the RRU module communication device is in wireless connection with a user through the antenna, the backhaul device comprises a BBU module communication device and a backhaul system, The RRU module communication device establishes a data transmission connection with the BBU module communication device, and the BBU module communication device is in data transmission connection with a machine room PTN through the backhaul system. The unmanned aerial vehicle emergency rescue high-altitude base station has the advantages of low cost, simple operation, large bearing capacity, long air residence time and high environmental adaptability. The unmanned aerial vehicle emergency rescue high-altitude base station can quickly rise in hash environments, quickly start a communication station and can perform remote operation. The unmanned aerial vehicle emergency rescue high-altitude base station serves as an emergency communication station to meet different emergency relief scenarios, such as emergency relief, security anti-terrorism, hot spot coverage and other communication needs.

Description

technical field [0001] The invention relates to a high-altitude base station for unmanned aerial vehicle emergency relief. Background technique [0002] In many cases, conventional mobile communication networks cannot meet the demand for special reasons. For example, in the field of disaster relief command, natural disasters such as earthquakes and floods paralyze the operator's network, which cannot be restored in a short time; the road traffic around the disaster area is damaged, and large equipment and vehicles cannot reach the disaster area in time. In the field of public security and anti-terrorism, specific information interaction is required between team members and between team members and the back-end command center. Or in the field of hotspot coverage, large-scale exhibitions, competitions, gatherings, etc. will cause the communication traffic in a certain area to surge in a certain period of time, exceeding the carrying capacity of conventional network facilities...

AI Technical Summary

Problems solved by technology

But at the same time, it has the drawbacks caused by the large size of the tethered hot air balloon, and the cost is relatively high. It needs about 15 million yuan, and the cost of an experiment is about 200,000 yuan.

[0007] In addition, tethered hot air balloons and helium balloons are limited in terms of load and long-range distance due to the need for ground traction.

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