Floatable Bellows Container Assembly for Gravitational Power
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Solution Overview
Problem
Conventional compressible water bags in power generation systems driven by universal gravitation do not effectively utilize environmental forces to enhance usable force, as they are not designed to maximize the effect of Pascal's law, leading to inefficient energy transfer and generation.
Innovation Solution
A floatable bellows container assembly composed of two differently sized bellows containers with a small access opening, allowing water to flow in or out, is designed to expand or collapse based on the orientation of the access opening, maintaining pressure and facilitating efficient water transport using universal gravitation, thereby enhancing potential energy generation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Force
If a conventional compressible water bag is used in power generation systems, then the system can operate with basic water flow, but the usable force is not effectively enhanced and energy transfer efficiency is low
Solution Approach 1:
The patent introduces a floatable bellows container that utilizes buoyant force (counteracting gravity) to maintain internal pressure during water filling. The floatable structure rises as water enters, creating a counterbalancing effect that sustains pressure without requiring additional external force, thereby enhancing usable force while improving energy transfer efficiency through environmental force utilization
Solution Approach 2:
The patent replaces conventional mechanical compression systems with a float-based pressure maintenance system. Instead of using mechanical compressors or pumps to maintain pressure, the system uses the buoyant force of the floatable bellows container to automatically maintain pressure as water flows in, substituting mechanical energy input with environmental gravitational-buoyant force interaction
2Ease of operation
If the access opening is located at the upper position, then water can flow in easily, but the bellows container cannot be effectively collapsed for water discharge
Solution Approach 1:
The patent makes the bellows container collapsible through its bellows structure, which can dynamically change volume. When the access opening is at the upper position, water flows in easily expanding the bellows. When the opening is at the lower position, the bellows can be compressed to collapse and discharge water. This dynamic volume change capability resolves the contradiction between easy water intake and effective water discharge
Solution Approach 2:
The patent positions the access opening to be movable between upper and lower positions. By preliminarily positioning the opening at the upper position during the filling phase, water flows in easily. Then the opening is repositioned to the lower position for the discharge phase, enabling effective collapse and water transport. This preliminary positioning strategy optimizes both filling and discharge operations
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The floatable bellows container assembly effectively maintains pressure for longer periods, allowing for more efficient water transport to higher levels, reducing the required push-down force and increasing the potential energy generated in power generation systems.
Implementation Method 1
A preferable compressible water bag shall be so improved and designed that the effect of universal gravitation can be magnified by using Pascal's law
Implementation Method 2
This invention is directed to an application of Pascal's law and can be used in a power generation system driven by universal gravitation
Implementation Method 3
the floatable bellows container assembly is expanded by weight of water flowing into the floatable bellows container assembly or its floatability
Data Source
AI summary
A floatable bellows container assembly is provided. The floatable bellows container assembly comprises a small access opening and is composed of a large diameter bellows container and a small diameter bellows container. The floatable bellows container assembly is characterized in that: (1) the floatable bellows container assembly is expanded by weight of water flowing into the floatable bellows container assembly or its floatability no matter that the access opening is located in an upper position or a lower position; (2) if the access opening is located at the lower position, the floatable bellows container assembly is collapsed along with draining of the water. This invention is directed to an application of Pascal's law and can be used in a power generation system driven by universal gravitation.