Balancing gravity hydraulic generator
By designing a three-point hydraulic pump with different heights at the bottom of the gravity wheel, and utilizing the lever principle and hydraulic system, the problem of instantaneous energy recovery and release is solved, achieving efficient energy conversion.
Patent Information
- Application Number
- CN202411095442.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-08-12
- Publication Date
- 2026-02-13
AI Technical Summary
Existing technologies cannot achieve instantaneous energy recovery and release, and cannot effectively utilize balanced gravity for efficient energy conversion.
A gravity-balanced hydraulic power generation device was designed. It utilizes two hydraulic pumps at different heights at the bottom of the gravity wheel to balance the gravity wheel, thereby driving the hydraulic generator set to instantly recover and release energy. The energy conversion is achieved by using the lever principle and the hydraulic system.
It achieves instantaneous energy recovery and release, efficiently utilizes balanced gravity for energy conversion, and meets the requirements for instantaneous energy recovery and release.
Smart Images
Figure HSA0000299649350000011 
Figure HSA0000299649350000021 
Figure HSA0000299649350000031
Abstract
Description
Technical Field
[0001] This invention relates to a gravity-powered power generation device, and more specifically to a gravity-powered hydraulic power generation device. Technical Background
[0002] A new physical discovery and definition of balanced gravity: Regardless of its weight, a gravity wheel can be kept in balance by finding a fulcrum. The force exerted on that fulcrum is the force of balanced gravity. The saying "Give me a lever long enough and a fulcrum on which to place it, and I shall move the world" perfectly demonstrates the existence and feasibility of balanced gravity. To achieve instantaneous energy recovery and release, we designed two balancing 3-point hydraulic pumps at the bottom of the gravity wheel. When we break the balance of the gravity wheel from the left, its weight will press on the left balancing 3.2 hydraulic pump; when we break the balance from the right, its weight will press on the right balancing 3.1 hydraulic pump. Under the pressure of the gravity wheel's weight, the two 3-point hydraulic pumps output hydraulic pressure to drive a 7-phase hydraulic generator set to generate electricity. This allows us to achieve instantaneous energy recovery and release. We can use a formula to explain F+G+00=∞. In the face of this formula, there is no such thing as energy conservation, because the weight can rotate in a balanced state. This device uses the lever principle. As long as one end is pressed, the other end will be raised. We correctly use the raised space to add a balance. The three-point hydraulic pump cleverly uses the lever principle to release the weight of the gravity wheel. Summary of the Invention
[0003] This invention is based on a new design concept derived from the new physical phenomenon of balanced gravity. I believe that balanced gravity can fully unleash humanity's desire for clean energy, and balanced gravity is ubiquitous on Earth.
[0004] Based on the above theory, we design two balancing 3-point hydraulic pumps at the bottom of the gravity wheel. These two pumps are installed at different heights, creating a slope difference. This slope difference is adjustable according to design requirements. When we break the balance of the gravity wheel from the left, its weight will press down on the left 3.2 fulcrum hydraulic pump. Under this pressure, the left 3.2 fulcrum hydraulic pump will output hydraulic pressure, which drives the hydraulic generator set through the 6 hydraulic pipeline. Similarly, when we break the balance from the right, its weight will press down on the right 3.1 fulcrum hydraulic pump. This same pump will also output hydraulic pressure, which drives the 7 hydraulic generator set through the 6 hydraulic pipeline. By cyclically breaking the balance of the gravity wheel from both sides, we can achieve instantaneous energy recovery and release. Attached Figure Description
[0005] Figure 1 This is a schematic diagram of a gravity-balanced hydraulic power generation device.
[0006] Figure 2 This is a schematic diagram of the left side of the gravity-balanced hydraulic power generation device.
[0007] Figure 3 This is a schematic diagram of the operation of the gravity-balanced hydraulic power generation device on the right.
[0008] In the diagram, 1 is a gravity wheel, 2 is a column, 3 is a fulcrum hydraulic pump, 4 is a pulley motor unit, 5 is a rope, 6 is a hydraulic pipeline, and 7 is a hydraulic generator set. Detailed Implementation Plan
[0009] Combined with appendix Figure 1 The gravity-powered generator includes 1 gravity wheel, 2 column, 3 fulcrum hydraulic pump, 4 pulley motor unit, 5 rope, 6 hydraulic pipeline, and 7 hydraulic generator unit.
[0010] The gravity wheel is mounted on the three-point hydraulic pump in a balanced state. There are two three-point hydraulic pumps at the bottom of the gravity wheel. There are two holes on the top left and right sides of the gravity wheel for connecting to the four pulley motor units on the ground.
[0011] The two columns are installed on the ground on the left and right sides of the gravity wheel, forming a frame structure to ensure that the gravity wheel can only run within the frame.
[0012] There are two 3-point hydraulic pumps installed at the bottom of the gravity wheel. The two 3-point hydraulic pumps are at different heights. When the left 3.2-point hydraulic pump is squeezed down by the weight of the gravity wheel, the right 3.1-point hydraulic pump rises to the set initial position. When the right 3.1-point hydraulic pump is squeezed down by the weight of the gravity wheel, the left 3.2-point hydraulic pump rises to the set initial position.
[0013] The 4-pulley motor unit is installed on the ground on both sides of the 1 gravity wheel. The 4-pulley motor unit is connected to the 1 gravity wheel by 5 ropes and the reserved holes on the top of the 1 gravity wheel.
[0014] Five ropes connect the four pulley motor units and the one gravity wheel.
[0015] 6. The hydraulic line connects the 3-point hydraulic pump and the 7-hydraulic generator set.
[0016] The 7-hydraulic generator set generates electricity by using hydraulic pressure output from a 3-point hydraulic pump.
Claims
1. A gravity-balanced hydraulic generator, characterized in that... The system consists of 1 gravity wheel, 2 columns, 3 fulcrum hydraulic pumps, 4 pulley motor units, 5 ropes, 6 hydraulic lines, and 7 hydraulic generator sets. The gravity wheel is mounted in a balanced position on the 3 fulcrum hydraulic pumps. Two fulcrum positions are pre-installed at the bottom of the gravity wheel, and the two fulcrum hydraulic pumps are mounted on the ground at the bottom of the gravity wheel. The 4 pulley motor units are mounted on the ground to the left and right of the gravity wheel, and are connected to the top of the gravity wheel by ropes. When the left 4.2 pulley motor unit operates, it breaks the balance of the gravity wheel, and the weight of the gravity wheel presses on the left 3.2 fulcrum hydraulic pumps. Under the pressure of the gravity wheel's weight, the left 3.2 fulcrum hydraulic pumps output hydraulic pressure, which drives the 7 hydraulic generator set through the 6 hydraulic lines. When the right-side 4.1 pulley motor unit works, it will break the balance of the 1 gravity wheel. The weight of the 1 gravity wheel will press on the right-side 3.1 fulcrum hydraulic pump. Under the pressure of the gravity wheel's weight, the right-side 3.1 fulcrum hydraulic pump will output hydraulic pressure and drive the 7 hydraulic generator unit through the 6 hydraulic pipeline.
2. As described in claim 1, the bottom of the gravity wheel has two balance points, one high and one low, forming a slope difference between the two points. This slope difference can be adjusted according to design requirements. The two balance points are aligned with the height of the two 3-point hydraulic pumps at the bottom of the gravity wheel. The gravity wheel is mounted on the 3-point hydraulic pumps in a balanced posture. The top left and right sides of the gravity wheel are provided with connecting holes to connect the 4-pulley motor assembly and the gravity wheel.
3. As described in claim 1, there are four columns, which are connected by crossbars to form a frame structure, so that the gravity wheel is fixed and moves within the frame.
4. As described in claim 1, there are two 3-point hydraulic pumps, which are installed on the ground at the bottom of the gravity wheel. The two 3-point hydraulic pumps are at different heights, forming a slope difference that can be adjusted according to design requirements. When the left 3-point hydraulic pump is pushed down by the gravity wheel, the right 3-point hydraulic pump will rise to the initially set height position. Conversely, when the right 3-point hydraulic pump is pushed down by the gravity wheel, the left 3-point hydraulic pump will rise to the initially set height position. The 3-point hydraulic pumps are connected to the hydraulic generator set via hydraulic lines (6).
5. As described in claim 1, there are two sets of 4 pulley motor units, which are installed on the ground on the left and right sides of the 1 gravity wheel and connected to the 1 gravity wheel by 5 ropes.
6. As described in claim 1, one end of the 6 hydraulic pipeline is connected to the 3 fulcrum hydraulic pump and the other end is connected to the 7 hydraulic generator set.
7. As described in claim 1, one end of the 5 ropes is connected to the 1 gravity wheel and the other end is connected to the 4 pulley motor assembly.