Fuel Filter with Multipolar Reagent for Combustion Efficiency
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Solution Overview
Problem
Internal combustion engines only utilize 80% of fuel due to incomplete combustion caused by electrostatic attraction between fuel molecules, leading to 20% contaminant waste emissions.
Innovation Solution
A fuel filter with a multipolar reagent and anisotropic barium-ferrite dust conglomerate reactive sheet, which modifies fuel molecular structure, enhances oxygenation, and facilitates better combustion by creating turbulence, reducing contaminant emissions and mechanical wear.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of substance
If fuel molecules remain joined together by electrostatic attraction, then fuel particles are not divided into smaller particles, but combustion becomes incomplete and contaminant emissions increase
Solution Approach 1:
The patent replaces mechanical mixing methods with a magnetic field-based system. Multipolar magnets are introduced to interact with the magnetic fields of fuel molecules, creating turbulence and separating fuel molecules from each other. This magnetic interaction enables complete combustion by breaking the electrostatic attraction between fuel molecules, thereby reducing contaminant emissions and improving combustion efficiency.
Solution Approach 2:
The patent changes the physical state and molecular arrangement of fuel by introducing magnetic fields. The multipolar reagent creates a magnetic environment that alters the molecular structure of fuel, increasing its oxygenation capacity and volume. This parameter change enables better fuel-comburnant interaction and more complete combustion.
2Loss of energy
If fuel molecules are kept together by electrostatic attraction, then fuel structure remains stable, but only 80% of fuel is utilized and 20% is wasted as contaminants
Solution Approach 1:
The patent uses a magnetic field system to replace conventional mechanical fuel injection and mixing systems. The multipolar magnets create magnetic turbulence that effectively breaks the electrostatic bonds between fuel molecules, ensuring complete combustion and eliminating the 20% fuel waste problem while maintaining reliable combustion operation.
Solution Approach 2:
The patent introduces a multipolar reagent as an intermediary substance that facilitates the interaction between fuel molecules and oxygen. This reagent, containing multipolar magnets, acts as a mediator that creates magnetic fields to separate fuel molecules and enhance their reaction with oxygen, thereby achieving complete combustion and preventing fuel waste.
3Productivity
If conventional filter elements are used, then basic filtration is achieved, but molecular structure modification of fuel is not possible
Solution Approach 1:
The patent merges the conventional filter element with a multipolar reagent system. The filter housing contains both the traditional filter medium and the multipolar magnets, combining filtration functionality with molecular structure modification. This integration allows the device to both filter contaminants and enhance fuel combustion efficiency through magnetic interaction with fuel molecules.
Solution Approach 2:
The patent creates a multi-functional filter system that performs both conventional filtration and fuel molecular modification. The multipolar reagent integrated into the filter structure enables the device to simultaneously filter particles and create magnetic turbulence in the fuel stream, achieving complete combustion and reducing contaminants without requiring separate systems.
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
Improves combustion efficiency, decreases contaminant gas release, extends engine life, and conserves fuel by optimizing fuel-oxygen interaction through molecular structure modification.
Implementation Method 1
it comes into contact with a multipolar reagent, which generates turbulence into said fuel in order to move it around, thereby varying its molecular structure
Implementation Method 2
Each molecule generates a magnetic field for itself, which is why, in this sense, the fuel molecules are polarized
Implementation Method 3
The reactive sheet housed inside the cylinder consists of an anisotropic sheet basically composed by a barium-ferrite dust conglomerate
Data Source
Figure 1~2
Figure 3
AI summary
The present invention relates to a fuel filter for the reduction of contaminant emissions, which is formed from two hollow, cylindrical casings that are open at only one of the ends thereof, the closed ends thereof each having inlet and outlet nozzles arranged off-centre vis-à-vis the circle that defines the closed end of each casing; inside the casings there are, at the periphery and separated from the corresponding inner walls thereof, separate filtering plastic meshes which are fixed to the corresponding closed ends of the cylinders via the lower part thereof, which are formed from successive vertical rectangles placed close to one another around the inner periphery of each one of the casings and housing, in an intermediate position between the inner walls of each casing and the actual filtering meshes, an anisotropic reactive sheet, placed peripherally inside the filter, composed of a barium-ferrite-dust conglomerate supported in a synthetic rubber.