Technology for converting gravity into power energy

Abstract

The invention relates to a technology for converting gravity into power energy, in particular to mechanical equipment which converts gravity into mechanical kinetic energy and can infinitely obtain clean energy, can fundamentally solve the energy problem, drives a gravity lever to horizontally rotate by rotating a rotating platform, and converts torsion generated by lever gravity of the gravity lever into mechanical kinetic energy. The device is mainly used for generating electricity or driving large mechanical equipment and is a brand-new clean energy obtaining mode.

Description

Technical field:

[0001] The invention relates to a technology for converting gravity into power energy, which converts the torsion force generated by the lever gravity of the gravity lever into mechanical kinetic energy by rotating a rotating platform to drive the gravity lever to rotate horizontally, and 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 convert gravity into power energy, which is a new way to obtain clean energy. Summary of the invention:

[0003] The present invention drives the gravity lever to rotate horizontally by rotating the rotating platform, and converts the torque generated by the lever gravity of the gravity lever into mechanical kinetic energy. It is a new way to obtain clean energy. Due to the ubiquitous and inexhaustible characteristics of gravity, gravity can be used to obtain unlimited greener and cleaner energy, which can fundamentally solve the energy problem.

[0004] The present invention is composed of a main body support, a load-bearing platform, a rotating platform, a gravity output shaft, a gravity arm, a counterweight, a transmission system, a limit mechanism, and the like. The main body support is connected to the load-bearing platform to support the rotating platform. The counterweight, the gravity arm, and the gravity output shaft form a gravity lever which is connected to the rotating platform at a certain angle. By rotating the rotating platform, the torque generated by the lever gravity of the gravity lever is converted into mechanical kinetic energy, and the kinetic energy is transmitted to the equipment requiring power through the transmission system.

[0005] The present invention has a wide range of uses and can be applied to most mechanical equipment that requires power, such as generators, water pumps, cars, trains, ships and other equipment. The converted kinetic energy can be used to save energy, or the converted kinetic energy can be directly connected to the generator to produce more electric energy. Description of the drawings:

[0006] Figure 1 It is a schematic diagram of the structure of the present invention, 1, main frame 2, load-bearing platform 3, rotating platform 4, gravity output shaft 5, gravity arm 6, counterweight 7, universal joint 8, transmission shaft.

[0007] Figure 2 It is a schematic diagram of the top view of the structure of the present invention, 9, a limiting mechanism 10, a power collection mechanism A1-A8, and a gravity lever mechanism. Specific implementation method:

[0008] The present invention is composed of a main frame, a load-bearing platform, a rotating platform, a gravity output shaft, a gravity arm, a counterweight, a universal joint, a transmission shaft, a limiting mechanism and the like. The main frame is connected to the load-bearing platform to support the rotating platform. The counterweight, the gravity arm and the gravity output shaft form a gravity lever which is connected to the rotating platform at a certain angle. The gravity lever is limited at a certain angle by the limiting mechanism. The limiting mechanism and the rotating platform are integrated. The weight of the gravity lever is borne by the rotating platform. The gravity lever is driven to rotate horizontally by rotating the rotating platform. During the rotation, the gravity lever does not have any rising or falling movements. The lever gravity generated by the gravity lever generates a torque through the gravity output shaft, which is connected to the transmission shaft by changing its direction through the universal joint. The rotating platform drives the gravity lever to rotate one circle, and the torque generated by the lever gravity drives the transmission shaft to rotate one circle through the universal joint. The torque generated by the lever gravity of the gravity lever is converted into mechanical kinetic energy to drive mechanical equipment requiring power, thereby converting gravity into power energy.

[0009] The power input and power output of the present invention are two systems, which are related but not rigidly connected. Because the rotating platform only bears the gravity friction force of the horizontal rotation of the gravity lever and is relatively balanced, the power input end only needs a very small power to drive the rotating platform to rotate. Since the power comes from the torque generated by the gravity of the lever, the power size depends on the length of the gravity arm of the gravity lever and the weight of the counterweight, and has no direct relationship with the power input size. Therefore, the power output end can output a large power, so the power output can be much greater than the power input.

[0010] by Figure 1 The length of the gravity arm is 5 meters, the radius of the gravity output shaft is 0.1 meters, the counterweight is 10 tons, the effective vertical gravity is 5 tons, there are 8 gravity lever mechanisms, and the rotating platform rotates 20 times per minute. For example: the torque of a single gravity output shaft is 250 tons, and the torque of 8 gravity lever mechanisms is combined through the power collection mechanism, with a total torque of 2,000 tons. The theoretical effective increase is about 4 million Newton meters per second. Excluding power loss and inability to operate at full load, the actual maximum effective power of this scale of equipment is about 2-3 megawatts.

Claims

1. A mechanical device that converts the torque generated by the gravity of the gravity lever into mechanical kinetic energy by rotating a rotating platform to drive the gravity lever to rotate horizontally, characterized in that: This equipment consists of a main frame, a load-bearing platform, a rotating platform, a gravity output shaft, a gravity arm, a counterweight, a transmission system, a limiting mechanism and other parts. The main frame is connected to the load-bearing platform to support the rotating platform. The counterweight, the gravity arm and the gravity output shaft form a gravity lever which is connected to the rotating platform at a certain angle. The gravity lever is limited to a certain angle by the limiting mechanism. The gravity lever is driven to rotate horizontally by rotating the rotating platform. The lever gravity generated by the gravity lever generates torque through the gravity output shaft, which is connected to the transmission shaft by changing direction through the universal joint, and the torque generated by the lever gravity of the gravity lever is converted into mechanical kinetic energy, which is transmitted to the mechanical equipment requiring power through the transmission system.

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