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US 2024/0418259 A1Published application
Hydraulic pressure power battery
OwnerYanjun Cheinventor
Life of this patent
Estimating the term…
Abstract
A method for driving a transmission mechanism output power in response to an anticipated fluid-pressure gradient field is provided. The method includes sensing the change of direction of pressure gradient field at a desired location from the different area of the transmission mechanism within fluid. The method further includes constructing fluid-pressure gradient field based upon isolation-fluid apparatus or low-density fluid space installed on a transmission mechanism within fluid.
Claims16
A hydraulic power battery, comprising:
- a container filled with water;
- a rotating structure (1001) disposed within the container, comprising:
- a cylindrical body;
- a transmission shaft (1011) extending through the center of the cylindrical body and connected to the rotating structure (1001) to transmit kinetic energy to an external device;
- a first shielding device (1010) positioned on a lower side of the rotating structure (1001), dynamically sealed to the rotating structure (1001), configured to block fluid pressure;
- a second shielding device (1010) positioned on an upper side of the rotating structure (1001) opposite to the first shielding device, dynamically sealed to the rotating structure (1001), configured to block fluid pressure;
- wherein the first shielding device (1010) and the second shielding device (1010) are respectively affixed to the container to eliminate the upper and lower fluid pressures applied to the rotating structure (1001), thereby constructing a fluid gravitational gradient field and a buoyant gradient field;
- and
- wherein the fluid gravitational gradient field and buoyant gradient field apply an asymmetric fluid rotational torque to the rotating structure (1001), driving the rotating structure (1001) to rotate and transmitting the generated kinetic energy to a transmission shaft (1011).
6 more elements
A method for manufacturing a hydraulic power battery, comprising the steps of:
- providing a container filed with water;
- providing a rotating structure (1001) disposed within the container, comprising:
- a cylindrical body;
- a transmission shaft (1011) extending through the center of the cylindrical body and connected to the rotating structure (1001) to transmit kinetic energy to an external device;
- positioning a first shielding device (1010) on a lower side of the rotating structure (1001), dynamically sealed to the rotating structure (1001), configured to block fluid pressure;
- positioning a second shielding device (1010) on an upper side of the rotating structure (1001) opposite to the first shielding device, dynamically sealed to the rotating structure (1001), configured to block fluid pressure;
- affixing the first shielding device (1010) and the second shielding device (1010) respectively to the container to eliminate the upper and lower fluid pressures applied to the rotating structure (1001), thereby constructing a fluid gravity gradient field and a buoyancy gradient field;
- and
- utilizing the fluid gravitational gradient field and buoyant gradient field to apply an asymmetric fluid rotational torque to the rotating structure (1001), driving the rotating structure (1001) to rotate and transmitting the generated kinetic energy to a transmission shaft (1011).
6 more elements
Dependencies are inferred from the claim text.