Rapid large aircraft take-off and landing platform based on truck

Abstract

The invention discloses a rapid large aircraft take-off and landing platform based on a truck, which is structurally characterized by comprising a large truck, multiple sets of switch hydraulic oil cylinders, multiple sets of supporting hydraulic oil cylinders, a large diesel generator and a console. After the large truck carriage is refitted, the upper carriage can be opened outwards in the middle along with the carriages on the two sides in a rotating mode. The carriages on the two sides slowly rotate downwards to be parallel to the bottom surfaces of the carriages under the action of multiple sets of switch hydraulic oil cylinders; the upper carriage rotates to be parallel to the bottom carriage under the action of gravity and the carriage limiting baffles on the two sides; after all the carriages are unfolded, the supporting hydraulic oil cylinders hung on the carriages on the two sides can be opened to support the ground; at the moment, the rapid large aircraft take-off and landing platform based on the truck is successfully unfolded, the aircraft can take off or land, the platform can be applied to complex zones such as the field and uneven ground where the large aircraft cannot take off or land, the aircraft can be ensured to complete tasks in time and return to flight safely, the take-off and landing problems of the large aircraft are solved, and the long-distance transportation problem of the large aircraft is also solved.

Description

technical field [0001] This invention relates to the field of fast aircraft take-off and landing platform, specifically a fast large-scale truck-based [0002] Aircraft landing platform. Background technique [0003] The development of cities also promotes the development of transportation. When ground transportation, emergency rescue, and engineering construction are difficult to meet people's needs, aircraft, as a new type of transportation, are increasingly appearing in people's vision. There are more and more aircraft take-off and landing sites. Traditionally, the aprons are generally divided into three types in terms of structure, including concrete structures, steel structures, and aluminum alloy structures. These types of structures are mostly used for ground helipads, elevated aprons, Ship parking apron, offshore platform apron, the take-off and landing of the aircraft requires a take-off and landing platform, and can provide ground effect, if there is no suitable l...

AI Technical Summary

Problems solved by technology

[0003] The development of cities also promotes the development of transportation. When ground transportation, emergency rescue, and engineering construction are difficult to meet people's needs, aircraft, as a new type of transportation, are increasingly appearing in people's vision. There are more and more aircraft take-off and landing sites. Traditionally, the aprons are generally divided into three types in terms of structure, including concrete structures, steel structures, and aluminum alloy structures. These types of structures are mostly used for ground helipads, elevated aprons, Ship parking apron, offshore platform apron, the take-off and landing of the aircraft requires a take-off and landing platform, and can provide ground effect, if there is no suitable landing point, the aircraft will be difficult to land, the traditional apron is limited by economic conditions and geographical environment, Furthermore, the number of aprons is small, and the flight area of ​​the aircraft is limited. Even in some emergency tasks, the task is difficult to complete due to the inability of the aircraft to land. The apron is complementary to the aircraft and is indispensable.

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