Technology for converting floating and sinking force into power energy

Abstract

The invention relates to a technology for converting floating and sinking force into power energy, in particular to mechanical equipment which converts the floating and sinking force into mechanical kinetic energy and can infinitely obtain clean energy, can fundamentally solve the energy problem, generates the floating and sinking force by adjusting the weight of floating and sinking bins, is connected with a plurality of floating and sinking bins through chains, and circularly rotates by utilizing buoyancy and sinking force. The floating and sinking force is converted into mechanical kinetic energy which is mainly used for power generation, and a brand-new clean energy obtaining mode is achieved.

Description

Technical field:

[0001] The present invention relates to a technology for converting buoyancy into power energy, which generates buoyancy by adjusting the weight of a buoyancy bin, connects the buoyancy bin via a chain and utilizes buoyancy and sinking force to circulate and rotate, thereby converting the buoyancy into mechanical kinetic energy, 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 related technology is that submarines use ballast tanks to adjust weight to float or dive. The present invention converts buoyancy into power energy, which is a new way to obtain clean energy. Summary of the invention:

[0003] The present invention generates buoyancy and sinking force by adjusting the weight of the buoyancy and sinking bins, connects a plurality of buoyancy and sinking bins through chains, utilizes buoyancy and sinking force to circulate, and converts the buoyancy and sinking force into mechanical kinetic energy. This is a new way to obtain clean energy, which has no consumption and can obtain unlimited greener and cleaner energy, thus fundamentally solving the energy problem.

[0004] The present invention is composed of a floating and sinking bin, a chain, a valve, a pressure bin, a power output wheel and other parts. The floating and sinking force is generated by adjusting the weight of the floating and sinking bin. A plurality of floating and sinking bins are connected by a chain to utilize the buoyancy and sinking force for cyclic rotation, thereby converting the floating and sinking force into mechanical kinetic energy, which is output through the power output wheel.

[0005] The main purpose of the present invention is to convert the floating and sinking force into mechanical kinetic energy for power generation. The floating and sinking force is converted into power energy through the circular rotation of multiple floating and sinking bins. Since the energy required to adjust the weight of the floating and sinking bins is fixed, the longer the effective working stroke of the floating and sinking bins, the more kinetic energy is generated. When the stroke reaches a critical value, it can meet its own consumption. When the stroke exceeds the critical value, more electric energy can be produced, thereby achieving the goal of meeting the source's own consumption while producing more electric energy. Description of the drawings:

[0006] Figure 1 It is a schematic diagram of the structure of the present invention, 1, sinking and floating chamber 2, chain 3, valve 4, pressure chamber 5, power output wheel A, floating chamber B, sinking chamber. Specific implementation method:

[0007] The present invention is composed of a floating and sinking bin, a chain, a valve, a pressure bin, a power output wheel and other parts. The weight of the floating and sinking bin is adjusted by the pressure bin and the valve to generate a floating and sinking force. A plurality of floating and sinking bins are connected by a chain for circular rotation to convert the floating and sinking force into mechanical kinetic energy. Since the energy required to adjust the weight of the floating and sinking bin is fixed, the longer the effective stroke of the floating and sinking bin, the more kinetic energy is generated, and the kinetic energy is output through the power output wheel.

[0008] Take the water as an example; the weight of the floating and sinking tank is adjusted through the pressure tank and the valve, and water is injected downward to form a sinking tank, which generates a sinking force under the action of gravity, and water is discharged upward to form a floating tank, which generates an upward buoyancy under the action of buoyancy. The floating and sinking tanks are connected by chains and rotated in a circle to generate mechanical kinetic energy, and the power is output through the power output wheel to generate electricity.

[0009] For example: the diameter of the sinking bin is 2 meters, the length is 5 meters, the weight is 10 tons, the sinking speed is 2 meters per second, the effective stroke is 100 meters, the number of sinking bins at the downstream end is 50, and the energy consumption of adjusting the water filling and drainage of the floating and sinking bin is 20%. Based on this calculation, it can be concluded that the maximum residual power of a single sinking bin is about 160 kilowatts, and the maximum total residual power of 50 sinking bins is about 8,000 kilowatts. Without calculating the buoyancy of the floating bin and only calculating the kinetic energy of the sinking bin, the annual power generation of this scale equipment is about 69 million kilowatt-hours. Because the energy required for adjusting the water filling and drainage of the floating and sinking bin is fixed, the longer the effective stroke of the floating and sinking bin, the more power energy is produced.

Claims

1. A mechanical device that generates buoyancy and sinking force by adjusting the weight of a buoyancy and sinking bin, connects multiple buoyancy and sinking bins through chains, and utilizes buoyancy and sinking force to circulate and rotate, thereby converting the buoyancy and sinking force into mechanical kinetic energy, characterized in that: This equipment consists of a floating and sinking bin, chain, valve, pressure bin, power output wheel and other parts. The weight of the floating and sinking bin is adjusted by the pressure bin and valve to generate floating and sinking force. Multiple floating and sinking bins are connected by chains, and the buoyancy and sinking force are used to circulate and rotate to convert the floating and sinking force into mechanical kinetic energy, which is output through the power output wheel.

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