Airship capable of ascending and descending by means of double gas cabins and control method of airship

Abstract

The invention relates to an airship capable of ascending and descending by means of double gas cabins. The upper side of a pod is provided with one main gas cabin, the main gas cabin is filled with helium, the tail end of the main gas cabin is provided with empennages, the upper side of the main gas cabin is provided with one auxiliary gas cabin, a cavity of the auxiliary gas cabin is communicated with external air, and a heater is arranged in the auxiliary gas cabin. The airship is provided with the two gas cabins, the auxiliary gas cabin is communicated with external air, air can be exhausted or sucked through changes of temperature in the auxiliary gas cabin, the gravity of the airship can be changed and the airship can ascend and descend. The main gas cabin is mainly used for storing expensive helium and can be designed to be a sealed cabin where the leakage rate of the helium is smallest, and leakage of the helium can be reduced to the largest extent. Due to the cabin separate design, consumption of the helium can be reduced, and operation expenses of the airship can be reduced greatly. Due to the arrangement of the double gas cabins, leakage of the helium can be reduced to the largest extent, and operation cost of the airship can be greatly reduced.

Description

technical field [0001] The invention relates to an airship capable of lifting with double air chambers, which is used for realizing the lifting function of the airship. Background technique [0002] An airship is a lighter-than-air aircraft that generally has a huge gas chamber for filling lighter-than-air gas to provide enough lift to overcome the gravity of itself and the pod to achieve flight. Usually, the lifting of the airship needs to change the gravity of itself by inflating and deflating the gas in the air cabin to achieve the purpose of control. The gas tank stores, usually helium, which is lighter than air. There are only five sources of helium in the world, and the preparation of helium requires a lot of energy. More than 75% of my country's helium consumption depends on imports from the United States, so the price of helium is expensive. Frequent charging and discharging of airships will inevitably reduce the helium reserve, so the operating costs of ordinary ...

AI Technical Summary

Problems solved by technology

There are only five sources of helium in the world, and the preparation of helium requires a lot of energy

More than 75% of my country's helium consumption depends on imports from the United States, so the price of helium is expensive

The frequent charging and discharging of the airship will inevitably reduce the helium reserve, so the operating cost of the ordinary airship is very high

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