Air and sea amphibious airship capable of taking off and landing vertically

Abstract

The invention discloses an air and sea amphibious airship capable of taking off and landing vertically. The air and sea amphibious airship capable of taking off and landing vertically comprises a ship body, wings, a vertical fin and a horizontal tail, wherein the ship body is provided with a deck; the wings are symmetrically mounted on two sides of the ship body; the vertical fin and the horizontal tail are mounted on the tail of the ship body; rotor devices are respectively mounted on the wings on the two sides of the ship body; each rotor device comprises an engine nacelle and a propeller; the rotor devices can carry out pitching tilting at an angle of 0-90 degrees; each propeller comprises a hub and blades which are uniformly distributed on the hub along the periphery; the blades of each propeller are connected with the corresponding hub through hinges; each blade can be folded around the corresponding hinge at an angle of 0-90 degrees and then is attached to the periphery of the corresponding engine nacelle; a folding mechanism is arranged in each wing; an outer wing body and an inner wing body of each wing are connected in a foldable manner by the corresponding folding mechanism; and propeller storing cabinets are arranged below the wings on two sides of the ship body and are used for storing the rotor devices which is in a folded state. The air and sea amphibious airship capable of taking off and landing vertically has double functions of a yacht and an aircraft; by a tiltable and foldable force lifting system, the air and sea amphibious airship can take off and land vertically at any time, and the use limitation of a sea plane is greatly reduced; and the air and sea amphibious airship capable of taking off and landing vertically is economical, practical, flexible and reliable.

Description

technical field [0001] The invention relates to a sea-air amphibious spacecraft capable of vertical take-off and landing, which belongs to the field of multifunctional vehicles. Background technique [0002] Due to the diversity and complexity of terrain and traffic conditions, single-function vehicles can no longer meet people's needs, and single-function vehicles have also caused serious waste of resources. These problems require new, multi-functional vehicles to solve Solve, the seaplane is also applied and born, it is the aircraft that can take off, land and park on the water surface, the existing seaplane is basically divided into two kinds of wing combined hull type or wing combined pontoon type, the hull Or adorn the retractable landing gear on the buoy, close it when taking off and landing on water, and put it down when taking off and landing on land. Although it solves the limitations of a single vehicle to a certain extent, the disadvantage of seaplanes is that th...

AI Technical Summary

Problems solved by technology

[0002] Due to the diversity and complexity of terrain and traffic conditions, single-function vehicles can no longer meet people's needs, and single-function vehicles have also caused serious waste of resources. These problems require new, multi-functional vehicles to solve Solve, the seaplane is also applied and born, it is the aircraft that can take off, land and park on the water surface, the existing seaplane is basically divided into two kinds of wing combined hull type or wing combined pontoon type, the hull Or the retractable landing gear is installed on the buoy, which is retracted when taking off and landing on water, and put down when taking off and landing on land

Although it solves the limitations of a single means of transportation to a certain extent, the disadvantage of seaplanes is that they need to roll and take off on the water surface, and they do not have the function of vertical takeoff and landing on the sea surface at any time, and their practicability is poor.

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