Magnetic suspension and electromagnetic force recoil power generation device with long rotating crank to rapidly rotate around shaft

A magnetic suspension and electromagnetic force recoil power generation device with a long rotating crank to rapidly rotate around a shaft, comprising an electromagnet, and further comprising a generator, a gearbox, a bearing, a power rotating disc, a machine shaft of the power rotating disc, a vacuum box, the long rotating crank, an annular slot, a guide rail, a superconducting electromagnet for generating a recoil magnetic force, a superconducting suspension electromagnet, a phase change cooling device, a liquid nitrogen storage tank, a storage battery, an electromagnetic coil current commutator, a working medium pump, a nitrogen reflux pipe, a vacuum box pillar, a sealing ring, a vacuum pump, liquid nitrogen, and a wire inlet and outlet pipe, wherein in the above-mentioned device, the power rotating disc consists of the machine shaft of the power rotating disc, the long rotating crank and the annular slot, a plurality of long rotating cranks are symmetrically arranged, an inner end of the long rotating crank is fixedly connected with the machine shaft of the power rotating disc, and a lower part of an outer end of the long rotating crank is fixedly connected with the annular slot;

• two inner sides of the annular slot are provided with the superconducting electromagnet for generating a recoil magnetic force, so that the superconducting electromagnet for generating the recoil magnetic force corresponds to the superconducting electromagnet for generating the recoil magnetic force arranged in a vertical direction of the guide rail to generate a recoil electromagnetic force with same polarity and repulsion;
• the superconducting suspension electromagnet is arranged at a bottom of the annular slot, so that the superconducting suspension electromagnet corresponds to the superconducting suspension electromagnet arranged at a bottom of the guide rail to generate a recoil electromagnetic force with the same polarity and repulsion, which overcomes a gravity on the power rotating disc;
• when the power rotating disc rotates rapidly, a rotating position of the machine shaft of the power rotating disc is fixed by bearings arranged from top to bottom;
• then a mechanical kinetic energy is transmitted to the gearbox, and then the mechanical kinetic energy is transmitted to the machine shaft of the generator after the gearbox changes a speed;
• liquid nitrogen produced by the phase change cooling device is first injected into the liquid nitrogen storage tank, then pumped into a liquid nitrogen output pipe by the working medium pump, and finally injected into the superconducting electromagnet by a branch pipe respectively, and the generated nitrogen enters the nitrogen reflux pipe through the branch pipe and is input into the phase change cooling device;
• a current in the storage battery is controlled by the electromagnetic coil current commutator and input to each superconducting electromagnet;
• the superconducting electromagnet, which is arranged on the power rotating disc and rotates around the shaft rapidly, is arranged in the vacuum box, input of the liquid nitrogen and the current, and output of the nitrogen are, are all input and output by the liquid nitrogen and wire inlet and outlet pipe arranged in a middle part of the machine shaft of the power rotating disc;
• the liquid nitrogen and the current of the superconducting electromagnet arranged in the guide rail are input and output directly from a bottom of the vacuum box;
• a lower part of the gearbox is fixedly connected with a generator shell, and an upper part of the gearbox is fixedly connected with a bottom plate of the vacuum box;
• upper and lower plate surfaces and surrounding sides of the vacuum box are all made of rigid materials, so as to bear an atmospheric pressure;
• and the sealing ring is arranged at a joint of the vacuum box and the machine shaft of the power rotating disc.