Method for electromagnetic ejection and electromagnetic catapult

Abstract

The invention relates to a method for electromagnetic ejection and an electromagnetic catapult. A kinetic energy storage rotating wheel drives high temperature superconducting generators to operate at a high speed, and forcedly supplies power to a starting coil, a magnetic coil, a crane motor and cooling equipment inside a ejection motor, a high temperature superconducting generator set only partly and forcedly supplies power to a power assisting coil inside the airframe section of a driver corresponding to the ejection motor and the magnetic coil with the change of position of the ejection motor, and the magnetic coil can attract at the upper portion and reject at the lower portion and change position instantly. Electromagnetic force drives ejection motor to move in high speed to drive a high power disk generator on the air frame of the ejection motor to supply power to a forcing coil inside the ejection motor, with the increase of rotating speed of a tooth drive turntable, the tooth drive turntable is above the ejection motor, the disk generator is drove acceleratedly, then electric current in the forcing coil of the ejection motor is gradually strengthened, and finally, the ejection motor ejects aircrafts to be ejected in high speed through ejection hooks in an acceleration gradually increased and high speed movement mode.

Description

technical field [0001] The invention relates to an electromagnetic ejection method and an electromagnetic ejector used in the ejection field of carrier-based aircraft, in particular to a method of using a kinetic energy storage runner to drive a high-power high-temperature superconducting generator to supply power to an ejection motor, and the power supply current is gradually strengthened, and An electromagnetic catapult method and an electromagnetic catapult for driving the ejection motor to move at high speed on the driving fixed aircraft with instantaneous electromagnetic force for the instant transposition power supply of the driving fixed aircraft corresponding to the position of the ejection motor, so as to eject the aircraft to be ejected at high speed. Background technique [0002] In today's world, carrier-based aircraft steam catapult and electromagnetic catapult technologies are monopolized by individual countries and kept highly secret. China's lack of technology...

AI Technical Summary

Problems solved by technology

[0003] The invention discloses an electromagnetic catapult method and an electromagnetic catapult, the purpose of which is to break the technology monopoly of some countries in the field of electromagnetic catapult, to overcome the inability of large aircraft in China to take off and land on ships, and even if some aircraft can take off on ships. Full oil or full load, light aircraft carrier fixed-wing aircraft load less, quasi-aircraft carrier can not carry fixed-wing aircraft and other problems, the present invention uses the kinetic energy energy storage runner to drive the high-temperature superconducting generator to run at high speed as the starting coil and maglev in the ejection motor. Coils, lifting motors and refrigeration equipment are forced to supply power, and with the change of the position of the ejection motor, the high-temperature superconducting generator set can only drive the booster coil and the upper-absorbing and lower-repelling magnetic levitation coil in the fixed machine body section corresponding to the position of the ejection motor. Transposition local forced power supply, drive the ejection motor to move at a high speed on the driving fixed machine with instantaneous electromagnetic force, so as to drive the high-power disc generator on the ejection motor body to supply power to the afterburner coil in the ejection motor, along with the teeth above the ejection motor The rotation speed of the drive turntable is gradually accelerated to drive the disc generator to accelerate, so that the current in the afterburner coil in the ejection motor is gradually strengthened, and finally the ejection motor moves at a high speed with increasing acceleration through the ejection hook. Ejection method and electromagnetic catapult, specifically:

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