Technology for converting inertia centrifugal force into power energy

Abstract

The invention relates to a technology for converting inertia centrifugal force into power energy, in particular to mechanical equipment capable of converting inertia centrifugal force into mechanical kinetic energy and infinitely obtaining clean energy, and can fundamentally solve the energy problem. Inertial centrifugal force is converted into lever gravity through the gravity lever, torsion generated by the lever gravity is converted into mechanical kinetic energy through the lever shaft for power generation, more electric energy can be generated while self consumption is met, and the power generation device can be used in the mechanical fields of automobiles, trains, steamships, aircraft carriers, naval vessels, airplanes and the like and can serve as a power source. The method is used in the field of spaceflight, and power energy can be infinitely obtained in the space.

Description

Technical field:

[0001] The present invention relates to a technology for converting inertial centrifugal force into power energy. The technology drives a plurality of gravity levers to rotate at high speed to generate inertial centrifugal force by rotating a flywheel at high speed. The inertial centrifugal force is converted into lever gravity through the gravity lever, and the torque generated by the lever gravity is converted into mechanical kinetic energy. The present invention belongs to the field of mechanical equipment. Background technology:

[0002] Currently, no mature background technology for this type of mechanical equipment has been found. The present invention can transform inertial centrifugal force into power energy, which is a new way to obtain clean energy. Summary of the invention:

[0003] The present invention generates inertial centrifugal force by driving a plurality of gravity levers to rotate at high speed through a high-speed rotating flywheel, converts the inertial centrifugal force into lever gravity through the gravity lever, and converts the torque generated by the lever gravity into mechanical kinetic energy, thereby realizing the conversion of inertial centrifugal force into power energy. This is a new way of obtaining clean energy, which does not consume any energy, can obtain unlimited greener and cleaner energy, and can fundamentally solve the energy problem.

[0004] The present invention is composed of a main shaft, a flywheel, a lever shaft, a gravity arm, a counterweight, a limit mechanism, a centrifugal force output mechanism, a transmission mechanism, a power output mechanism and the like. The lever shaft, the gravity arm and the counterweight form a gravity lever. The flywheel is driven to rotate at high speed by the main shaft, which drives multiple gravity levers to rotate at high speed to generate inertial centrifugal force. The inertial centrifugal force is converted into lever gravity by the gravity lever. The torque generated by the lever gravity is converted into mechanical kinetic energy by the lever shaft. The power is output through a power transmission system formed by the centrifugal force output mechanism, the transmission mechanism and the power output mechanism.

[0005] The present invention has a relatively wide range of uses. It can be applied to the field of power generation to produce more electric energy while meeting its own consumption. It can be applied to mechanical fields such as automobiles, trains, ships, aircraft carriers, warships, and airplanes and can be used as a power source without any consumption and can obtain nearly permanent endurance. It can be applied to the aerospace field to obtain unlimited power energy in space. Description of the drawings:

[0006] Figure 1 It is a schematic diagram of the structure of the present invention, 1. main shaft, 2. flywheel, 3. lever shaft, 4. gravity arm, 5. counterweight, 6. limit mechanism, 7. centrifugal force output mechanism, 8. transmission mechanism, 9. power output mechanism, Al-A8 is a gravity lever mechanism. Specific implementation method:

[0007] The present invention is composed of a main shaft, a flywheel, a lever shaft, a gravity arm, a counterweight, a limiting mechanism, a centrifugal force output mechanism, a transmission mechanism, a power output mechanism and the like. The lever shaft, the gravity arm and the counterweight form a gravity lever, which is connected to the outside of the flywheel through the lever shaft. The flywheel is driven to rotate at high speed by the main shaft, which drives multiple gravity levers to rotate at high speed to generate inertial centrifugal force. The position of the gravity lever is limited by the limiting mechanism, and the inertial centrifugal force is converted into lever gravity by the gravity lever. The torsion generated by the lever gravity is converted into mechanical kinetic energy by the lever shaft. The mechanical kinetic energy is transmitted to the power output mechanism through the transmission mechanism by the centrifugal force output mechanism on the lever shaft. The power output mechanism is separated from the main shaft by bearings and the like and operates independently, and the mechanical kinetic energy generated by multiple gravity lever mechanisms is combined for output.

[0008] The power input and power output of the present invention are two systems, which are related but not rigidly connected. Because the flywheel and the gravity lever are relatively balanced as a whole, the driving flywheel drives multiple gravity levers to rotate at high speed to generate inertial centrifugal force, and the required power input energy is not large. The inertial centrifugal force is converted into lever gravity through the gravity lever, and the torque generated by the lever gravity is converted into mechanical kinetic energy. The greater the inertial centrifugal force, the greater the kinetic energy generated. By obtaining the inertial centrifugal force and converting it into kinetic energy, the restrictions of the law of conservation of energy and other laws can be avoided. Therefore, the power output can be much greater than the power input, and self-consumption can be achieved through indirect means, so more power energy can be produced while meeting its own consumption.

[0009] For example: the flywheel in the figure has a diameter of 0.6 meters, a gravity arm length of 0.6 meters, a counterweight of 50 kilograms, and a chain drive. The sprocket diameter is 0.1 meters. When the inertial centrifugal force is 5 times the gravity, each rotation of the 8 gravity levers can generate about 24,000 kilograms of torque. The equipment of this scale has a diameter of about 2 meters and a height of about 0.2-0.3 meters. It can generate a power of about 200-1000 kilowatts, which can replace the traditional automobile power source and achieve clean and pollution-free near-permanent endurance. If the equipment is enlarged, the flywheel diameter is 3 meters and the gravity arm length is It is 3 meters long, with a counterweight of 5 tons and a sprocket diameter of 0.3 meters. When the inertial centrifugal force is 5 times the gravity, the 8 gravity levers can generate about 4,000 tons of torque for each rotation. This scale of equipment has a diameter of about 10 meters and a height of about 2 meters. It can generate a power of about 200,000 to 1 million kilowatts. It can be used as a power source for large equipment such as ships, aircraft carriers, and naval vessels. It has no consumption and no emissions, and can achieve near-permanent endurance. It can also be directly used in catapult systems such as aircraft carriers. By adjusting the limit mechanism to enlarge the flywheel diameter, huge energy can be generated instantly to meet the catapult needs.

Claims

1. A mechanical device that generates inertial centrifugal force by rotating a flywheel at high speed to drive multiple gravity levers to rotate at high speed, and converts the inertial centrifugal force into mechanical kinetic energy by using the gravity levers, characterized in that: This equipment consists of a main shaft, a flywheel, a lever shaft, a gravity arm, a counterweight, a limiting mechanism, a centrifugal force output mechanism, a transmission mechanism, a power output mechanism and other parts. The lever shaft, the gravity arm and the counterweight form a gravity lever, which is connected to the outside of the flywheel through the lever shaft. The flywheel is driven to rotate at high speed through the main shaft, which drives multiple gravity levers to rotate at high speed to generate inertial centrifugal force. The limiting mechanism is used to limit the position of the gravity lever, and the inertial centrifugal force is converted into lever gravity through the gravity lever. The lever shaft is used to convert the torque generated by the lever gravity into mechanical kinetic energy. The mechanical kinetic energy is transmitted to the power output mechanism through the transmission mechanism through the centrifugal force output mechanism on the lever shaft. The power output mechanism combines the mechanical kinetic energy generated by multiple gravity lever mechanisms for output.

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