Hydrogen energy aerodyne

Abstract

The invention relates to a hydrogen energy coaster which comprises a hydrogen storage device, a bearing device, a propelling device, air bags and a coaster body, the hydrogen storage device can provide hydrogen for the coaster body and the air bags, the bearing device is arranged in the middle of the coaster body and used for connecting the air bags and the coaster body, the air bags comprise a main air bag and an auxiliary air bag, and the propelling device is arranged at the tail of the coaster body. During working, the hydrogen storage device inflates the air bags, the vehicle body is borne by buoyancy of the air bags to lift off, buoyancy is changed by hydrogenation and hydrogen desorption of the auxiliary air bags, lifting is achieved, the propelling device provides power for flight of the vehicle body, the flight speed is controlled by controlling the power of the propellers, and the flight direction is changed by adjusting the attitude of the propellers through the direction lever. The purpose of enabling the vehicle to fly freely is achieved. Compared with other flying vehicle methods, the method has the advantages of being low in energy consumption, long in endurance time, capable of vertically ascending and descending and capable of being applied to common vehicles.

Description

technical field [0001] The invention simultaneously relates to the technical field of flying vehicles and the technical field of hydrogen energy, and in particular, is a hydrogen energy flying vehicle. Background technique [0002] It is the unremitting pursuit of mankind since the invention of the vehicle to enable the vehicle to fly. There are two main design ideas for the existing flightable vehicle. One is the structure of fixed or foldable wings. The length of the wings is at least several meters after unfolding. It is impossible to drive on normal roads, and a dedicated flight runway is required for take-off and landing. In fact, it does not have the function of a normal vehicle, and the energy consumption is extremely high, so the flight time cannot be sustained. Another type of flying vehicle structure that uses the vertical lift of the helical wing, although the function of free lift is realized, but the large space occupation and high energy consumption are still d...

AI Technical Summary

Problems solved by technology

[0002] Enabling vehicles to fly has been the unremitting pursuit of human beings since the invention of vehicles. There are two main design ideas for existing flying vehicles. One is the structure with fixed or folded wings. The length of the wings is at least several meters after deployment. Unable to drive on normal roads, take-off and landing requires a dedicated flight runway, in fact, there is no function of a normal vehicle, and the energy consumption is extremely high, the flight time cannot last

Another type of flying vehicle structure that utilizes the vertical lift of the spiral wing realizes the function of free lift, but the large space occupation and high energy consumption are still difficult problems to solve, and this structure cannot be applied to general vehicles.

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