WO2010018273A1 - Static device for inhibiting external areas of influence applicable to fluids, liquids, gases and organic matter in general - Google Patents

Abstract

This invention relates to a static device for inhibiting external areas of influence applicable to fluids, liquids, gases and organic matter in general, comprising a base of crushed minerals combined with a physical support base that enables contact with the organic matter to be treated. Preferably, it is implemented in an external cylindrical casing (1), extended at both ends by pass-though hollow tubular attachments, threaded externally, with a curved laminar plate butted perimetrally against its inside wall and a foam block (4) filling the entire space of the casing.  Alternatively the foam block is linked to a filtering element or is itself filtering. The laminar plate is made up of plastic material combined with crushed minerals, specifically, ferrite, neodymium, rhodium, samarium and palladium in the appropriate proportions.

Description

 STATIC INHIBITOR DEVICE FOR EXTERNAL INFLUENCE FIELDS APPLICABLE TO FLUIDS, LIQUIDS, GASES AND MATTERS

ORGANIC IN GENERAL

Description

The present invention, as expressed in the statement of this specification, refers to a static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general, which, by its configuration, characteristics and operation, greatly exceeds existing items in the market or in the corresponding state of the art.

The object of this utility model is an element that inhibits the external influence fields, of the magnetic, radioelectric, electrical, electromagnetic and similar type, which affect fluids, liquids and combustible gases and organic matter in general, this inhibitory element being composed of a set of crushed minerals in their fair proportions associated with a physical support that allows these minerals and the organic matter in question to be contacted. In addition to other applications, this inhibitor is especially applicable in internal combustion and external combustion engines in which petroleum-derived fuels are used for its operation, achieving greater engine effectiveness, lower fuel consumption and greater force and thrust. .

State of the art

The application of magnetization techniques to reorder the molecules that make up different elements, from air to water, is well known.

Devices that act as filters applied to engines are also known, in this case the combustible product being subjected to the influence of magnetism to reorder its particles, seeking the maximum purity of them. In general, this type of filter breaks the chains of hydrocarbon molecules, which separate and come back together in an orderly manner, which facilitates, increases and improves their oxygen contact. With this process, better combustion in the engine, fuel savings and greater engine strength are achieved.

If we look at possible antecedents in the field of industrial property, there are several patents that analyze how to increase the fuel and engine performance, but in general they tend to focus their proposals on the application of magnetism to rearrange fuel particles. This in the case of the P9600013 patent, which develops a magnetic device that reduces fuel consumption, and which consists of a modular system of magnets capable of creating high intensity fields. The P9601633 patent also refers to a magnetic flux unit for the ionization of fuels, concreted in a device that houses inside a magnetic field of certain characteristics, created by placing magnets in a specific arrangement, allowing circulation of liquids and orienting their electrical charges. The utility model U9201746 develops a magnetic device for the treatment of automotive liquid fuels and the like that incorporates a magnet inside and that is placed at a point before the carburetor of the vehicle or at the exit of the fuel filter. Finally, the utility model U200800632 focuses on an ionizing element for combustion engines, which, through the application of a magnetic field, ensures optimum orientation of the molecular ions present in the fuel.

In view of this background, it is obvious that the devices and means used to molecularly reorder the fuels and thus increase their performance are mainly based on magnetization and / or ionization processes. Apart from the foregoing, there is no known legal or technical background similar to that presented in this utility model, which is applicable, In addition to fluid or gaseous fuels, any type of organic matter, including water, and that acts avoiding the influence of external fields, including magnetism, on the matter.

Object of the invention

Thus, this utility model refers to a static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general which, unlike current filters and magnetizing devices, works by demagnetizing the matter on the which acts, which allows said matter to act and behave, at the molecular level and in practice, in a natural way, without external interference.

This device is a static inhibitor applied to electromagnetic, electrical, magnetoelectric, radioelectric and other similar fields that negatively influence organic matter, ensuring that electrons are not subjected to external force fields and act naturally, not arbitrarily and No surface tension. As a consequence, the energetic and magnetic chaos that is produced in all organic matter and that tends to destabilize the normal and original behavior of the aforementioned matter is not generated. Specifically, in the case of gases and combustible fluids, these, when flowing through the device, recover at a molecular level their natural state, which is more prone, by nature, to relate and combine better with oxygen, which facilitates a better mixture and ultimately a better combustion in both internal combustion engines and external combustion burners.

As for its conformation, the inhibitor device, applied specifically to fluids and gases, is formed based on a housing provided with connection appendages in the fuel travel tube, these appendages of the type being through to allow the passage of the aforementioned fuel. Inside the housing are the two basic elements for the correct operation of the device. First, a piece or flat sheet plate is included, consisting of plastic material combined with a crushing of minerals, in Ferrite, neodymium, rhodium, samarium and palladium concrete, in their adequate and fair percentages, this sheet being arranged perimetrically inside the housing, and wrapping the second element, which is specified in a cylindrical block of foam that occupies the entire space inside the casing, and whose function is to keep the laminar plate in its correct position.

As previously mentioned, the inhibitor device that is claimed is applicable to all types of organic matter, achieving a molecular rearrangement that refers to its natural state, oblivious to influences from external fields that alter and modify its nature and behavior. . Therefore, the physical conformation of the inhibitor device is capable of varying to adapt to bodies of different organic materials on which it acts, maintaining a base of crushed minerals associated with a base of physical support that allows contact with the organic matter to be treated. In this way, the support base is capable of adopting different conformations; to adjust dimensionally; of having varying degrees of stiffness or flexibility; of being, in different degrees, solid, liquid or condensed; of being made up of material other than plastic, for example, textile, glass, etc. In short, the support base is likely to vary in its conformation, configuration and composition as long as it allows its association with the crushing of minerals described.

As for the base of crushed minerals, it is capable of modifying the number and type of minerals that compose it, as well as the percentage amount of each one, depending on the desired result.

In an alternative embodiment, the inhibitor device that is claimed also acts as a filter, for which it incorporates in its interior an element of filtering characteristics, which is associated with the foam block. And in a second alternative embodiment, the same foam block is the filter element, in this case varying the porosity thereof. Description of the drawings

In order to facilitate the understanding of the innovation claimed here, sheets are attached with drawings, which should be analyzed and considered only by way of example and without any limiting or restrictive character.

FIGURE 1- View of the inhibitor device applied to fuels FIGURE 2.- Section in section of the device FIGURE 3- Section elevation of the device FIGURE 4.- Section in section of the device

FIGURE 5- View of the inner sheet of plastic material FIGURE 6.- View of the internal foam block

Preferred embodiment of the invention

According to these figures, and specifically in Figure 1 and Figure 2, the object of this utility model is a static inhibitor device of the external influence fields applicable to fluids, liquids, gases and any type of organic matter. , being applied in this preferred embodiment to combustible fluids and gases, being formed in this case by an external housing (1), of cylindrical configuration, which extends at both ends in tubular appendages with external thread (2), being these hollow and through appendages (3).

Figure 3 and Figure 4 show the device, with detail of the foam piece (4) that occupies all the interior space of the same and the sheet piece (5) that is placed by conforming to the inner perimeter of the housing ( 1), by way of covering this inner wall and completely surrounding the foam (4)

Figure 5 shows in detail this sheet piece (5) of plastic material combined and associated with a crushing of ferrite, neodymium, rhodium, samarium and palladium in the appropriate proportions. Figure 6 shows in detail the piece of foam (4) that is located inside the housing (1), occupying the interior space thereof and retaining the sheet of plastic material in its perimeter position.

The installation and operation of the device is simple. The housing (1) is connected at an intermediate point in the fuel path, connecting to the original tube or conduit through the threaded appendages (2) and through, so that the fuel, in its path from the tank to the engine, enters one of the appendages and crosses the device, crossing the inner foam (4) and coming into contact with the perimeter sheet (5) that acts as an inhibitor on the fuel, to finally exit through the opposite appendix and follow the usual circuit to reach the engine.

The same result that is achieved with the fuel is extrapolated to any type of organic matter that comes into contact with the claimed inhibitor, adapting the physical support base, associated with the crushing of minerals, to the needs of said organic matter. For example, if it is a solid body, the need to flow is logically eliminated and is limited to being in contact with it. It would be the case, for example, of a shoe insole.

It is not considered necessary to make this description more extensive so that any expert in the field understands the scope of the invention and the advantages derived therefrom. The materials, shape, size and arrangement of the elements will be susceptible of variation as long as this does not imply an alteration in the essentiality of the invention. The terms in which this report has been written must always be taken in a broad and non-limiting sense.

Claims

 Claims 1 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general, essentially characterized in that it is formed by a base of crushed minerals associated with a base of physical support that allows contact with the organic matter to be treated, this inhibitory device being specified in a preferred embodiment for combustible fluids and gases in an external housing (1), of cylindrical configuration, prolonged at both ends in tubular appendages with external thread (2), these appendages being hollow and through ( 3), and incorporating inside a piece or curved laminar plate (5) and a foam block (4). 2 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general, according to the first claim, essentially characterized in that the sheet plate (5) is composed of plastic material combined with a crushing of minerals, specifically, ferrite, neodymium, rhodium, samarium and palladium in the appropriate proportions, placing this plate attached to the inner wall of the housing (1), covering it perimetrically. 3 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general, according to the first claim, essentially characterized in that the foam block (4), of cylindrical conformation, occupies the entire interior space of The housing (1), retaining the plastic plate sheet (5) in its perimeter position. 4 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general, according to the first claim, essentially characterized in that the base of crushed minerals is capable of modifying the number and type of minerals that Ia they compose, as well as the percentage amount of each one, depending on the result that one wishes to obtain. 5 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general, according to the first claim, essentially characterized in that, alternatively, the physical support base varies in its conformation, configuration and composition always and when it allows its association with the crushing of minerals, adjusting to it dimensionally; being, in different degrees, solid, liquid or condensed; having varying degrees of stiffness or flexibility; being made up of material other than plastic. 6 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general according to the first and third claims, essentially characterized in that in an alternative embodiment it incorporates in its interior, associated with the foam block, an element filter. 7 ^a Static inhibitor device of the external influence fields applicable to fluids, liquids, gases and organic matter in general according to the first and third claims, essentially characterized in that in an alternative embodiment the foam block is itself a filter element.