Carrier-borne aircraft runway capable of extending out ship body of aircraft-carrier the and method for runway extending

Abstract

The invention provides a carrier-borne aircraft runway capable of extending out the ship body the aircraft-carrier and a method for carrier-borne aircraft runway extending out the ship body of aircraft-carrier. The deck of the aircraft-carrier is provided with an integral type carrier-borne aircraft runway and the ship body of the aircraft-carrier is internally provided with a drive mechanism to drive the runway to slide so that one part of the runway extends out the ship body; an elevation deck is arranged below the runway and is used for filling up a vacancy reserved on the ship after one part of the runway extend out the ship; after the runway is matched and spliced with the deck, a flat and elongated carrier-borne aircraft runway is formed; the runway extends out the ship and overhangs sea surface and is supported by a pontoon and a plurality of temporary floating objects, and the extending and retaking of the runway depends on the driving of the drive mechanism and / or the assistant push and pull of the pontoon. The carrier-borne aircraft runway capable of extending out the ship body of the aircraft-carrier and the method for the carrier-borne aircraft runway extending out the ship body of the aircraft-carrier can reduce the difficulty and risk of take-off and descending of the aircraft carrier.

Description

technical field [0001] The invention relates to the structure of an aircraft carrier, in particular to a carrier-based aircraft runway that can extend out of the aircraft carrier body and a method for the carrier-based aircraft runway to extend out of the aircraft carrier body. Background technique [0002] As a "super" main battle weapon, an aircraft carrier (referred to as an aircraft carrier) mainly lies in its ability to control a vast sea area with dozens or even hundreds of carrier-based fighter jets. Advance can attack targets within a sea area of ​​tens of thousands of square kilometers, and defense can defend against attacks from various weapons in the same vast sea area. Measuring the combat effectiveness of an aircraft carrier is mainly to measure the combat effectiveness of the carrier-based aircraft that can take off on the aircraft carrier to the maximum level. [0003] Today, the take-off methods of naval aircraft carrier-based aircraft in various countries i...

AI Technical Summary

Problems solved by technology

[0011] 1. The catapult not only occupies a large deck space, but also has facilities such as the catapult steam storage tank and the catapult pipeline warehouse under the deck

[0012] 2. Self-made fresh water is required

[0013] 3. High energy consumption. In order to burn fresh water into steam, a lot of energy must be consumed, so extra space should be reserved for storing fuel

[0014] 4. The construction technology of the catapult is difficult, the sealing requirements are high, the parts are processed with high precision, and the cost is high

[0015] 5. Vulnerable and difficult to repair in wartime

[0016] 6. The maintenance requirements are very high, and every 3000-3200 times of ejection needs to be suspended at sea for inspection or return to Hong Kong for inspection

This is obviously quite difficult and risky, and requires long-term, difficult, and acrobatic professional training

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