Efficient seamless air catapult for aircraft carrier

Abstract

The invention relates to an aircraft carrier using a seamless air catapult. The aircraft carrier using the seamless air catapult is characterized in that 1, the seamless air catapult is adopted and a side product-valuable freshwater can be generated through air compression; 2, high pressure air in a catapulting cylinder after the catapulting can be efficiently used as a follow-up power source for an air compressor or a lifter; 3, efficient double-layer takeoff and landing mode can be realized; 4, a transverse displacement (pivot steering) system is embedded in the aircraft carrier so as to obviously improve the mobility of the aircraft carrier; and 5, a power energy-gathering cylinder and a multi-stage embedded propeller are adopted to obviously increase the speed of the aircraft carrier. The seamless air catapult can be designed into a high-pressure single cylinder structure to efficiently utilize steam or fuel; the steam or fuel is used as power to drive the air compressor to compress the air; only trace steam leakage or even no steam leakage can be achieved in the catapulting process; the valuable freshwater can be also generated and collected in the air compressing process; and the excess pressure air can be also used as power for the air compressor or the lifter so that the power fuel or the steam is efficiently utilized to save the freshwater. Zero steam leakage can be achieved, double-way catapulting can be realized, the deck operation environment is improved, high temperature parts are reduced to be conductive to safety operation; the aircraft carrier using the seamless air catapult is convenient to repair and maintain; and the manufacturing cost of the aircraft carrier using the seamless air catapult is low. A verification test device is simply designed and made, materials for the verification test device are easy to purpose and it is expected that the verification test device can be finished within two months from designing to making.

Description

technical field [0001] The present invention relates to an aircraft carrier using a seamless air catapult, the main features of which are: 1. The use of a seamless air catapult can produce by-products—precious fresh water through air compression; 2. The high-pressure air in the ejection cylinder can be used as The power source of the follow-up air compressor or upgrade machine is used efficiently; 3. Realize efficient double-deck take-off and landing mode; 4. The aircraft carrier has a built-in lateral displacement (in-situ steering) system, which significantly improves the maneuverability of the aircraft carrier; Energy cylinder, multi-stage built-in propeller, significantly improves the speed of aircraft carrier. Background technique [0002] China's existing aircraft carrier Liaoning adopts a ski-jump take-off mode with a small bomb load. When the aircraft takes off, the returning aircraft cannot land at the same time. The aircraft carrier has poor maneuverability and can...

AI Technical Summary

Problems solved by technology

[0002] China's existing aircraft carrier Liaoning adopts a ski-jump take-off mode with a small bomb load. When the aircraft takes off, the returning aircraft cannot land at the same time. The aircraft carrier has poor maneuverability and can only make large-radius turns. The water pressure at the rear of the propeller is limited. , can not be advanced by high pressure to increase the speed;

[0003] Even the most advanced aircraft carrier in the United States is unable to achieve in-situ steering and lateral displacement; the slotted steam ejection system adopted has a complex structure, takes up a huge space, and the whole system is bulky, with serious steam leakage, large loss of fresh water, and high energy consumption. The efficiency is low, the precision and difficulty of production and installation are very high, and there are many maintenance personnel, the operation is complicated, and it is difficult to make the aircraft take off and land at the same time

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