Floating platform for mooring hot air airship

Abstract

The invention relates to a floating platform for a mooring hot air airship. The floating platform comprises a capsule, a nacelle, an anchoring vehicle, a control system, and surface equipment; the capsule is connected with the nacelle through a pendant rope; and a mooring cable is connected with an intersection point at the lower end of the pendant rope and is arranged in the anchoring vehicle. The mooring cable is wound on a hydraulic pressure winch through a positioning disk; and the positioning disk and the hydraulic pressure winch are fixed on the anchoring vehicle. A mooring hot air balloon is released into the air 2,000 m high for carrying a communication base station in a remote operation mode, and quick deployment can be performed at a certain area, so that a smooth communication signal can be guaranteed at emergency and the floating platform has monitoring and detection functions. The floating platform for the mooring hot air airship has the advantages of low use cost, safety and reliability and the like, and is easy to operate and maintain.

Description

technical field [0001] The invention relates to a floating platform, in particular to a hot air airship floating platform that realizes emergency communication in the case of major natural disasters, utilizes tethered cables to lift off at a fixed point and controls its height. Background technique [0002] In 2008, China suffered a double blow from the severe snow disaster and the Wenchuan earthquake, the communication in the disaster area was completely interrupted, and the lack of smooth information seriously affected the implementation and dispatch of disaster relief, reflecting the lack of effective plans and measures in emergency communication in my country. Therefore, how to achieve Emergency communication in the case of major natural disasters has become an urgent issue. If an emergency floating platform is set up during a natural disaster, and the small communication relay base station is brought to 2000m in the air, this can greatly improve the rescue efficiency, gr...

AI Technical Summary

Problems solved by technology

[0002] In 2008, China suffered a double blow from the severe snow disaster and the Wenchuan earthquake, the communication in the disaster area was completely interrupted, and the lack of smooth information seriously affected the implementation and dispatch of disaster relief, reflecting the lack of effective plans and measures in emergency communication in my country. Therefore, how to achieve Emergency communication in the case of major natural disasters has become an urgent issue

Due to some characteristics of aerostats, the current relatively high-end technology is to use helium airship aerostats to realize emergency communication, but its operation is complicated, maintenance is cumbersome, and the cost of use is high. It is difficult to popularize, and it is only used in high-end military investigations.

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