A self-supply floating platform for communication hotspots in offshore networks

Abstract

The invention provides an energy self-feeding maritime network communication hot spot floating platform. The energy self-feeding maritime network communication hot spot floating platform comprises an energy module, a signal transceiver module and a maritime floating platform module. The maritime floating platform module comprises a waterproof cabin, a buoyancy cabin and a counterweight cabin which are arranged from top to bottom. The bottom of the buoyancy cabin is connected with an anchor chain, and the buoyancy cabin and the counterweight cabin are connected through a cylindrical tube. The signal transceiver module comprises a wireless router, an external antenna and a sealed shell body. The wireless router is arranged in the sealed shell body. The external antenna is arranged at the top of the sealed shell body. The energy module comprises a first-stage rectifying unit, a second-stage rectifying unit, a generator and a storage battery. The first-stage rectifying unit is connected with the second-stage rectifying unit through an input shaft. The second-stage rectifying unit is connected with the generator through an output shaft. The storage battery is connected with the generator and the wireless router through wires. The second-stage rectifying unit is arranged in the waterproof cabin. The energy self-feeding maritime network communication hot spot floating platform can serve as a physical communication node, and a roadbed network signal can be radiated to an open sea area.

Description

technical field [0001] The invention belongs to the technical field of marine communication equipment, and in particular relates to an energy self-supplied floating platform for communication hotspots in a marine network. Background technique [0002] With the continuous increase in the number of ships in the world, the development of ships has become increasingly large and high-speed, and maritime traffic has become increasingly busy. Therefore, the unprecedented development of maritime wireless network communication technology requires a more advanced and reliable communication network system to provide a variety of communication means to meet the user's maritime network needs. For example, there are relatively large blind areas in the coverage of communication networks in offshore areas such as the East China Sea, South China Sea, and Xisha. The reason is that the wireless communication environment at sea is different from that on land. Changes in the height and direction...

AI Technical Summary

Problems solved by technology

Among them, the construction, installation, transportation, and maintenance costs of large-scale communication base stations at sea are high, and due to the limitation of ocean terrain, it is difficult to arrange a large number of base stations on the vast sea to form a communication network with a large coverage area, resulting in the existence of a large number of communication blind spots; However, the communication effect of the satellite communication system is greatly affected by the weather, and at the same time, the satellite resources are very limited. The system mostly adopts the method of channel leasing, and the communication cost is very high.

Images