Device for converting inertia impact force of aircraft landing on aircraft carrier to novel kinetic energy for arresting ejection of aircraft
A technology for aircraft take-off and aircraft, which is applied in the field of converting the inertial momentum of aircraft landing on aircraft carriers into new kinetic energy for arresting and ejecting aircraft, which can solve the problems of high operating costs, short life, and large volume, and achieve the goal of saving land and operating costs Effect
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[0019] figure 1 The energy storage springs distributed on the left and right sides of the runway centerline are described. 1 is the impact wheel, the front part has a sliding wheel 7, which is rotated by the force of the forward rotation when the rear wheel of the aircraft hits. The front part is connected to the spring inner rod 2 and the spring 3, and the lower part has a rotating wheel and a limit device. To slide the compression spring forward along a predetermined position. 3 is a compression spring, the thickness of the spring is small, the pressure is small, it is used to buffer the deceleration of the aircraft; 4 is the medium compression spring, the thickness of the spring is large, the pressure is large, and the aircraft is prevented from sliding forward; The thickness is large and the pressure is extremely high, and it continues to stop the aircraft from sliding forward. The more compression, the greater the pressure, the greater the blocking resistance. When the pre...
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