WO2009136012A1

WO2009136012A1 - Electron organization for dynamic chemical and mechanical performances

Info

Publication number: WO2009136012A1
Application number: PCT/FR2009/000259
Authority: WO
Inventors: Claude Annie Perrichon; François Giry; Jose Buendia; Pierre Piccaluga
Original assignee: Claude Annie Perrichon; Giry Francois; Jose Buendia; Pierre Piccaluga
Priority date: 2008-03-03
Filing date: 2009-03-12
Publication date: 2009-11-12
Also published as: WO2009136011A1; WO2009019332A3; WO2009019332A2; EP2502474A1

Abstract

The setting up of the electron reorganization calls on priority of the various PCT documents filed. The present application relates to the chemical reactions of components before and after the reactions, which release residues, unburnt substances that are the reduction of the chemical yields. From theory to practice, new effects of unburnt substances are registered since the stoichiometry is imperfect due to the valencies impaired by the electric charges and the potentials modified by the environment. These imbalances may be greatly reduced by the present use of a loop of electronic information of the eCRT technique, which constitutes a novel device that operates in the order of the electrons. There have indeed been attempts to correct the polarities of the van der Waals forces, with magnets, but this results in a novel damaging polarization imbalance. A case is presented for explaining the specific applications. Ie- it is that of the elastic deformation of the materials or the migration of the electrons is stopped, rendering brake disks isostable under the force of the jaws via the pads during braking, Fig. 1. This example is a non-limiting exemplary embodiment.

Description

- ELECTRONIC ORGANIZATION FOR DYNAMIC PERFORMANCE-

- CHEMICAL AND MECHANICAL -

The implementation of the electronic reorganization uses the prior art of the various PCTs filed. The present application relates to the chemical reactions of the components before and after the reactions, which give off residues, unbreasts which are the weakening of chemical yields. From theory to practice are new effects of imbrulé because the stoichiometry is imperfect because of altered valences, by electric charges and potentials modified by the environment. These imbalances can be strongly mitigated, by the present implementation of an electronic information loop of the eCRT technique, which constitutes a new operative apparatus in the order of the electrons. There have been attempts to correct the polarities of the Wan ders Waals forces with magnets, but this postpones a new negative polarization imbalance, because there is no neutrality, but a unilateral forced condition. The condition to be retained from these experiments is the passage from one polarity to another which makes the valences pass through a neutral period which is actually more efficient, but the polarization of the magnet settles and rebalances the valences. This filing of international patent PCT application is the very particular extension of the work performed over the past three years, for the use of chemistry and elastic deformation effects of materials that are also stabilized by an electronic information loop. PCT has been the subject of patent applications No. 1 "Active Electron Management" No. PCT / FR2006 / 001253 and No. 2 "Decrease of the aerodynamic effects limit layer" N °: PCT / FR2007 / 001353 and N ° 3 "Electronic component with three associated functions" N °: PCT / FR2008 / 00273 which we claim the priority of the prior art for this removal, to claim the generality of the functions of the electronic component called eCRT based on the three simultaneous activities nested in this electronic component having new applications.

Both patent texts 1 and 2 use the method of the electronic component which absorbs the magnetic charges by the metallic material included in the piezoelectric component which transforms them into electric current and eliminates them in the form of mechanical vibrations. This is one of the characteristics that we know but which is different from the specificity of the present application.

The No. 1: absorbs the radiant or electromagnetic currents, current at the periphery of the electrical conductors, or on the electric circuits, increased by a mini self which accelerates the self induction of the magnetic fields. The conductor being flooded with its magnetic pollution by immersion in the associated piezoelectric, the information or power current becomes clean in the electrical circuit in function. No. 2 is an identical but external function that cleans the magnetic charge that is absorbed by the metal charge. The introduction of copper, gold, iron or metal powder into the piezo allows the conversion of the magnetic charge into an electrical charge which is immediately transformed into mechanical movements. The metal may be in the form of small coils of a few turns to capture the radian magnetic field and transform it into electric current. By experience, we have operated with metal or aluminum powder and depending on the concentration, we note the piezoelectric activity more or less intense by the electric charge acquired in the powders or loops. A mini-coil with the powder allows an optimization of the effects. But the fact of a winding forces a specific frequency and amplitude. The powder with a certain density, concentration in the mixture of the paste of the piezo allows to receive much more current in frequencies and amplitudes, without being specially tuned. The powder makes it possible to have an overall holistic effect that is sensitive to all the magnetic charges operating around the electronic component, which is less specific, but generally more sensitive according to the application domains. Both technologies refer to weak link energies and Vanders WaIIs dipoles, Laplace, Hertz, Lorentz, Gauss, Maxwell, and Faraday laws. The applications show a product with multiple applications that are managed by the component eCRT which is indicated general non-exhaustive applications.

- The first case of general application in electricity is to eradicate the electromagnetic inconveniences superimposed as the FCEM (force against electromotive) creating electrical or electromechanical disturbances. This forces the power amps to have a feedback loop with high rates to combat the returning FCEM currents. EDF (Electricity France) struggles to have currents with a phi cosine close to 0.8, if possible cosine phi tends to 1 which is impossible. This cosine phi is the reactivity of the current FCEM which shifts the electric energies, known reactive energies. The electronic component eCRT is a regulator that like entropy, regulates and stabilizes the natural equilibrium exchanges of electromagnetic charge information inevitably coupled with electronic charges. This equilibrium is to clean naturally the excesses of magnetic charges appearing around the apparatuses or in the inert products having accumulated the useless electrons which are then absorbed, attracted, captured by the trap of the metallic components. Nanotechnology makes it possible to see the migration of electrons and associated magnetic fields, converted into electrical current which the piezo feeds to vibrate. These functions are all natural but associated together, they create new functions specific to this process. This vision of nanotechnology makes it possible to solve invisible solutions on a large scale by means other than conventional ones that give us their own results by new energy management paths available within the material. These three functions and three actions:

1 ° - Magnetic field captured by a metal loop and / or metal powder

T-magnetic field transformed into electric current

3 ° - electric current transformed by the piezoelectric in mechanical vibration. These three phases characterize the electronic component eCRT: its functions are instantaneous, simultaneous, natural.

This electronic component is a new generation of the possible processing of the three transformations into different information dimensions of 1 ° electronic nature, 2 ° of electromagnetic nature and 3 ° of mechanical nature. These functions are possible because they are all three based on the electronic edifice that is common to all chemical, mechanical, fluid and gas structures. These applications concern all the technical fields of the unique building of matter composed of electrons. involved in the functions of the mechanics of electronics, dynamic phase chemistry.

These functions range from the use of servocontrolling mechanical vibration and electronic wave performances and concern the use of electricity, the use of mechanics, solids, fluids and gases. It is concerned as much the active actors as the mechanical ones that the transported or transformed objects being reservoirs of passive electrons loads. All industrialization is concerned with the circulation of electrons agitated by mechanical or electrical actions or in phases of stagnant expectations. All manufactured products are altered by excess magnetic pollution as fabrics emit large electrical voltages as in other industries. Food products are affected, which is demonstrated by changes in taste, the acidity is affected.

A demonstration following Faraday's law shows the veracity of the eCRT technology, which is an aluminum can of beer or Coca-Cola, the eCRT does not change anything. While in glass, beer, wine or Coca-Cola are really optimized by the lifting of the surplus magnetic charges by which the taste, the color of the product and sometimes its fluidity are modified. The technology is called eCRT because the three functions allow instantaneous servoing of information by the electronic component. It is a component that acts in real time according to several functions acting and operating in a holistic and instantaneous way, that is to say executing in real time "TO", which is a fundamental innovation. This technique of symmetric management that measures any dissymmetry and corrects it complements microprocessor techniques. These act only according to a variable of electrical functions, technique where Moore's law by addition of its functions remains in a binary plane and acts asymmetrically and can not access the instantaneous time, and remains in the past time "TI ". First observation: Fig. 2 The electronic activity is intense, moving in some electronically related chaos to a Brownian particle motion. In this self servoing eCRT, a function is to fight against the accumulations of electrons which in quantity modify the potentials, and to damp the electronic reactions of type FCEM. The tendency eCRT is to stop this fluctuation by stabilizing the fluctuating electronic state of potential, and by these facts stabilizes the states of matter and the dynamic conditions of the states of moving mechanical parts. The accumulation of a certain variable electrical potential (1) is evacuated, absorbed by the eCRT which tends to a stabilized potential (3), which constitutes the essential of the self-servoing of this eCRT apparatus with three instantaneous functions . The potential goes down (2) in a certain time, from 20 minutes to several days on some big machines. This stabilization finally gives an excellent solution to the various phase (3) and regulated stop agitations. The electronic reactivity is known in electricity by the electromotive force, in this case the electromagnetic energy in a chemical reaction, we also note that there is nothing particular that electrons also become in this case a electromotive force opposing the movements imposed on them, Laplace's law. The eCRT, by its presence, or its 'Antenna' wires come to stop this activity by taking the electronic information or associated magnetic fields, reversing the reactivities, and eliminating the electrons accumulated and in excess, useless and then the reactivity potential. is lowered. Highly responsive eCRT blocks the natural activities of electrons as soon as they occur, which ultimately stops all electronic movement, keeping electronic structures stable, eliminating all electronic noise. This stabilization effect obtained by the looping of two instant counter-reactions in phase opposition by the eCRT to the natural reactivity, renders the techniques of the mechanical, chemical and electrical dynamics very clean without risks. This natural reactivity and eCRT reactivity can only be exercised if there is a reference memory, a known state that serves as a reference. Without memory, there would be no exactly proportional reactivities in inverse phase to imposed intensities and amplitudes which finally for the same reasons collapse. Indeed, the initial goal of the electrons was to oppose the movements, which through the loop of the eCRT becomes effective. Two cases arise, to explain the specific applications. 1 ° - It is that of the elastic deformation of the materials where the migration of the electrons is stopped, making stable the brake disks under the stress of the jaws by the pads during the braking Fig.l. This example is nonlimiting embodiment. Do not confuse in the other PCTs another effect, the effect of self-induced electromagnetic currents of the Barlow wheel whose magnetic fields and electron fluxes were managed, absorbed by the eCRT, which is a different application of this function. By placing (Fig.l) an eCRT (1) forward by the electric wire (2) and back by the electric wire (3), the brake shoes (6), would normally deform by the pressures of constraints the rotating disk (4) in the direction (5). This continuous elastic deformation when the wheel rotates is a perpetual ejection of electrons from where the constant peripheral deformation of a few microns of the disks which begin to make significant noises by the slippage of the rotation of the wheel. The presence of eCRT greatly reduces this electronic migration because the electrons have become stable. As a result, braking distances are down by more than 20% on cars and 50% on trucks. Temperatures are lower on the order of 20 ° to 35 ° Celsius less. The dust pollution of the pads is much less, because the surface of the disc remained flat. Security is greatly improved by this electronic correction.

This eCRT correction application iso form electronically stabilized structure can be generalized to all mechanical constraints, because the electronic building structure is kept stable. The brake discs keep their full potential. 2 ° Another variant is directly deductive of the stabilized function in mechanics, on the management of stabilized electrons in chemical reactions. Fig. Figure 3 shows the three main stages of a chemical reaction. The first (1) is the contribution of the components which for example non-limiting is the carburation of the thermal engines. This requires the supply of fuel (4) and oxygen (5), which is the first step (1). The second (2) step is the combustion (6) of the electronic exchanges. The third step are the exhaust gas discharges (10) that result from step (3). If an eCRT loop (7) is applied with two electrical wires, one of which (8) is immersed in the fuel (4) and in the air and the other electrical wire (9) is immersed in the gases of exhaust (10), what is the reactivity of the eCRT knowing that a step has escaped him?

The electronic equilibrium trend is the eCRT activity, only the intermediate step (2) is unknown to it, so it informs phase three about the conditions coming from step (1) on the one hand and on the other on the other hand, it informs step (1) of the conditions tending to step (3). Conclusion: eCRT informs the initial oxygen and fuel components of their subsequent gas condition, informing the electrons that engage in reactivities that we warn and stop instantly with the eCRT. This prevention allows a combustion without chaos.

The result is a sharp decrease in noise in a first report of two decibels, with a decrease in unbreasts, with an active torque, more responsive, immediate and more important whatever the engine speed. These tests were made on Golf diesel, Touareg diesel as well as on BMW X5d series. The engine seems to no longer be a diesel with a very fast revving flexibility. The combustion is thus organized, ordered beforehand by the electronic information, informed by an eCRT loopback which tends towards a consistency, an electronic stability which in this case is effective. Electronic information is totally new at this stage of use industrial, but is consistent with the experiments on electron positioning probabilities and their configuration by resonance effect between them and memory that is present for all reactivities of origins in FCEM. The eCRT informs the reactive memories of the electrons to remain stable. We notice the optimization by the sound effects and the mechanical performances and the decrease of the thermal energies, the velocity and the couple is found. The eCRT tends to stabilize the functions of dynamic chemical exchanges, by the electric activities of the electrons, activities common to all the scales of the chemical, electrical, mechanical matter. When an intermediate phase occurs in chemistry, it is the average towards which the eCRT device tends to inform the free electrons to tend towards a stability, to lift the stress of the movement that the electrons do not want. This is the example of an eCRT function that anticipates the present reactive conditions of the future. The eCRT with two electrical wires manages the electronic information in the dynamic phase of the mechanics, the chemistries or the electricity, management directly realized by an electronic looping of information of the chemical, electrical or mechanical elements to be regulated by the eCRT , an instantaneous servo auto. Loop going instantly from the eCRT to the information wires as differential measurement probes which both are fixed to the dynamic component to be treated, to stabilize. The information goes as far as possible establishing the immediate stability regulation of the reactivities of the electrons by an electronic layer of electrons sensitive to electronic information in the eCRT which organizes by the counter-reactivity a collapse of the effects of the active memories which are known by the observed effects of the EMF, which oppose movements. The resultant of these electron flows is a subsidence of the reactivities to return to the equilibrium stable state, which the electrons initially wanted. In fact, an electronic information loop between the original components before the chemical reactions and after the chemical reactions predisposes and prevents the reactivities specific to the material to act in FCEM which is blocked before the combustions avoiding any electronic alteration of reaction, making the combustion clean, optimizing the chemical reactions in general.

The process is an eCRT loop, an electronic information loop between the fuel origin components, for example before the chemical combustion reactions and after the chemical reactions to the exhaust gases, which predisposes and prevents reactivities specific to the substance. FCEM or opposing force of electrons quick to intervene to the changes of state, reactivities which are blocked before the combustions avoiding any electronic alteration of reaction, preventing the unwanted electron flows from acting, which makes the reactions more effective in term of yield and decrease of noise, and decrease of atmospheric pollution, non-exhaustive example of realization. The apparatus for chemistry is the stabilization where the reactivities of the electrons are controlled by the looping of electronic information by the two electric wires providing electronic information by immersion in the fuel of one of the yarns on the one hand and an electric wire placed in the residues of the combustion of exhaust gases on the other hand, which informs and electronically prevents the natural reactivities by the eCRT which stabilizes any attempt at premature stirring in order to have all the electronic potential present for combustions without prior alteration. This prevention makes the mechanical performance higher and the combustion noise softer, with a linear torque, stronger with less air pollution, example of non-exhaustive application. The thermal effects are surprisingly weakened as we lost 30 degrees Celsius on the engine oil temperature and the water temperature with this device, while gaining mechanical strength and velocity. This assessment is interesting because the decrease in temperatures means better combustion in favor of the desired mechanical effects.

Claims

1 ° -Electron flow stabilization process by an electronic looping of eCRT which creates an electronic counter-reactivity to the natural reactions of FCEM (force against electromotive) electric charges modifying the structures electronic buildings of the material, undergoing mechanical stresses , allowing to be stable iso-form under dynamic conditions of mechanical stress, so as not to shirk their functions which become more effective in proportions of at least 20% where the mechanical stress brake discs keep their full potential, they are a non-exhaustive example of realization.

2 ° -Procédé according to claim 1 characterized in that an eCRT loop is installed, an electronic information loop between the components of origins of fuel for example before the chemical reactions of combustion and after the chemical reactions to the gases of exhaust, which predisposes and prevents reactivities specific to the FCEM material or opposing force electrons quick to intervene to changes of state, reactivities that are blocked before combustion avoiding electronic alteration of reaction, prohibiting the flow of electrons Untimely to act, which makes the reactions more efficient in terms of yield and noise reduction, and decrease of air pollution, a non-exhaustive example of implementation. 3 ^e - Apparatus for creating an electronic phase counter electronic information loop managed instantaneously by the eCRT auto servo component provided with at least one electrical wire linking the dynamic mechanical part, the brake disk, before and after the mechanical stresses of the jaws of the plates, so as to stabilize the 'iso-form' shape, without deformation by stabilization of the electron flows which ensure its stable edifice, to obtain highly improved mechanical performances, since the piece by the electrical looping with the eCRT is opposed to the leak flow of electrons under mechanical stresses, stable electrons which keep stable in its shape the mechanical part, nonlimiting example of embodiment and is an embodiment for the safety. 4 ° - Apparatus according to claim 3 characterized in the application of chemistry where the reactivities of electrons are controlled by the looping of electronic information by the two electrical son providing electronic information by immersion in the fuel of a son d a part and an electric wire placed in the residues of the combustion of the exhaust gases on the other hand, which informs and prevents the natural reactivities by the eCRT not to stir and to have all the electronic potential present for combustion without prior alteration, which makes the mechanical performance higher and combustion noise softer and with a linear torque, stronger with less air pollution, example of non-exhaustive application.