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Short-distance takeoff aircraft of energy storing type airplane

A short-distance take-off and aircraft technology, applied in aircraft parts, ground equipment, transportation and packaging, etc., can solve problems such as huge energy consumption and complex technology

Inactive Publication Date: 2010-10-27
葛泓杉
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] This technology has not yet been put into use, it only exists in theory, and even if it is put into use, the complexity of the technology, the precision of the equipment, and the huge energy consumption make it only available for aircraft carriers, only to help fly, not to help, It is also not possible to use land aircraft for short takeoffs

Method used

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  • Short-distance takeoff aircraft of energy storing type airplane
  • Short-distance takeoff aircraft of energy storing type airplane
  • Short-distance takeoff aircraft of energy storing type airplane

Examples

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Embodiment Construction

[0027] The energy-storage aircraft short-distance take-off device moves through the runway so that the aircraft does not use the fixed runway during take-off and roll until it reaches the predetermined running speed before entering the fixed runway, so that when the aircraft enters the fixed runway, It already has a predetermined taxiing speed, a huge accumulation of kinetic energy and a rapidly increasing airspeed of the aircraft. This allows the aircraft to take off on a very short fixed runway. It is an ideal solution for short-distance take-off of various types of aircraft on aircraft carriers. It has the characteristics of simple technology, low construction and use costs, high efficiency and durability. The resulting three schemes of the dynamic runway have their own characteristics and applicability;

[0028] The advantage of the track-type overall dynamic runway is that it can meet the needs of various types of aircraft at the same time. It not only stores energy for ...

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Abstract

The invention provides a short-distance takeoff ideal scheme of a running take-off airplane. The core technology is that a runway is divided into a fixed part and a dynamic part, and the fixed part is closely connected with the dynamic part, so that the airplane is static relative to the fixed runway when running on the dynamic runway and enters into the fixed runway till being accelerated at a preset speed on the dynamic runway, therefore, the airplane can realize the short-distance takeoff under the status of high initial speed and large kinetic energy. The airplane not only meets the best requirements of the aircraft carrier airplane such as short-distance takeoff, full-load takeoff and full-oil takeoff, but also has the capability of short-distance landing. A crawler type integrated dynamic runway has the functions of short takeoff and landing, can be used for preventing the airplane from rushing out of the runway in a land aerodrome, can be used for building a military field aerodrome, can be used for building a temporary takeoff and landing point for the vehicle-mounted (carrier-based) military aircraft, possibly brings the development direction of the miniaturization and the submarine trend of the aircraft carrier, and possibly brings the great change of an air operation mode. The airplane jointly uses three schemes such as a crawler type integrated dynamic runway, a three-point type synchronous running wheel short-distance take-off airplane, a straight line type synchronous column wheel short-distance take-off airplane, and the like.

Description

1. Technical field [0001] This is a new type of aviation machinery. Through the use of this machinery, the aircraft that rolls and takes off can take off, and the use distance of the fixed runway is greatly shortened. Not only can it effectively solve the problem of take-off and landing of various aircraft on the aircraft carrier, but also when used on land, it can greatly shorten the take-off and landing runway of land aircraft, and can also be used as a means to prevent aircraft from slipping off the runway, and can fully meet the needs of military aircraft when they are fully loaded. Oil take-off requirements, and even a temporary take-off and landing point for machine-to-vehicle (ship)-borne military aircraft. It should be noted that this device can enable the aircraft to take off in a short distance by means of energy storage, and can also cause the aircraft to land in a short distance by means of energy release. Because the problem of short-distance landing of today's a...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B64F1/00
Inventor 葛泓杉
Owner 葛泓杉
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