WO2011048277A1 - Forced directing and smoothing of harmful weak micro-currents - Google Patents

Forced directing and smoothing of harmful weak micro-currents Download PDF

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Publication number
WO2011048277A1
WO2011048277A1 PCT/FR2009/001241 FR2009001241W WO2011048277A1 WO 2011048277 A1 WO2011048277 A1 WO 2011048277A1 FR 2009001241 W FR2009001241 W FR 2009001241W WO 2011048277 A1 WO2011048277 A1 WO 2011048277A1
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WO
WIPO (PCT)
Prior art keywords
electrical
random
currents
thresholds
mechanical
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PCT/FR2009/001241
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French (fr)
Inventor
Jose Buendia
Pierre Piccaluga
Claude Annie Perrichon
François Giry
Original Assignee
Jose Buendia
Pierre Piccaluga
Claude Annie Perrichon
Giry Francois
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
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Application filed by Jose Buendia, Pierre Piccaluga, Claude Annie Perrichon, Giry Francois filed Critical Jose Buendia
Priority to PCT/FR2009/001241 priority Critical patent/WO2011048277A1/en
Publication of WO2011048277A1 publication Critical patent/WO2011048277A1/en

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    • H—ELECTRICITY
    • H10—SEMICONDUCTOR DEVICES; ELECTRIC SOLID-STATE DEVICES NOT OTHERWISE PROVIDED FOR
    • H10N—ELECTRIC SOLID-STATE DEVICES NOT OTHERWISE PROVIDED FOR
    • H10N30/00—Piezoelectric or electrostrictive devices

Definitions

  • the electric current moves freely without any constraint, considered as parasitic energy coming from electric charges emanating from everywhere and considered useless.
  • These braids indicate that the potentials vary with the currents moving, which consequently results in thresholds of random potentials between the engine block for example and a gearbox.
  • These variable voltages are electrical disturbances where the thresholds of potentials are unstable, and the electronic controls are fluctuating, losing any electrical reference consequently inducing random operations.
  • the present PCT removal application is to orient and soften parasitic electrical flows in order to obtain a regularization of the potentials always if possible in the same direction, in order to avoid alternations of currents detrimental to the good functioning of the various piloting highly sensitive electronic and also stabilized functions such as combustions of thermal engines altered by the random electric thresholds in change of regime or passage e velocity.
  • Stabilization and balancing of the voltages are possible by the method which is to orient the stability of the flows, and to minimize them by the setting up of a natural polarization by different metals immersed in a piezoelectric paste which absorbs a large part migrating currents and passing residues being conditioned by the order of the metals set up in the electrical phase.
  • the pjezq feeds on electric currents, but these being fleeting and very fast one part passes, and the other is picked up.
  • electrons pass through other modes of transitions and the process responds, brilliantly, to these modes of insidious subtle currents that escape the laws of traditional currents.
  • insidious currents are considered as waste, not controllable, not meeting the known norms, but nevertheless they are existing revealed by the nanotechnology, and become non negligible actors. They are usually fugitive, normally weak weak currents that move at once or in very short periods in a form bound between magnetic fields and residual currents and are reversed into currents and a few magnetic fields, according to nanotechnology modes.
  • the apparatus Fig.l consists of a piezoelectric block (1) of 150 grams molded surrounded by a less than two electrical terminals (2) and (3) from the mechanical devices, which pick up the voltages and form a particular bridge in which are placed bars of 50 grams, at least one of copper (4) and at least one of zinc (5) alternately, which naturally favor a direction to the circulating flows of electrons, stabilizing the electrical flows of the masses of the organs.
  • Zinc or lead or other different metals constitute naturally oriented exchanges of electrons between them as in a battery, without having constituted an active battery but a reactive passive battery, having no salt or acid solution.
  • this device does not create voltage, but reacts to the external voltages of the currents flowing through this device which is the inverse of a battery, therefore reactive, slows down the current, it stabilizes and strongly mitigates its instabilities of behavior of known currents passing in the masses of connections of the organs of the machines.
  • the current is self-stabilizing and oriented more in one direction than in the other, by sets of different metal bars, it is not a diode because it also absorbs the current at the terminals of the block of the piezo electricity, without blocking the circulation.
  • the sets of bars placed between the terminals are separated immersed in the piezo leaving a homogeneous continuity of the piezo paste.
  • the bars may be powder of its metals that are not dispersed throughout the piezo, but remain concentrated on one area to establish zones alternating from one type to another type of metal.
  • the powder allows nanotechnology mode better electronic exchanges. This process and devices are sensitive to current pickups and micro electronic alternations that invest all materials excited by the magnetic pollution of radio frequencies telephones telephones, radars and devices themselves by proliferations maintain perpetual excitation rates generating micro generated auto currents that accumulate.
  • the control and the voltages of the electronic devices of the machines and the mechanical and electronic organs are seen by the regulation of the device strongly stabilized, improved and are cleaned of the parasitic electrical and magnetic disturbances of the environment and no longer have random functions.
  • Sensitive devices regulate and respond globally to massive electromagnetic intrusive pollution of large scale because of small nature, but large quantities detrimental to the functioning of our biology.
  • the device Fig.l produced is a non-exhaustive example of embodiment, size of 50 x 100 x 30 millimeters.

Abstract

Electrical current moves about freely without any constraint in the bodies between machinery components, which is considered to be spurious energy derived from the electrical charges emanating from everywhere and considered to be unnecessary. Said braids indicate that the potentials vary with the currents moving, which, for example, therefore renders the potential thresholds between the engine block and a gearbox random. Said variable voltages are electrical disturbances wherein the potential thresholds are unstable, and the electronic controls are fluctuating, thereby losing any electrical reference and causing random operation as a result. The present PCT application relates to directing and smoothing the spurious electrical flows so as to regularize the potentials if possible in the same direction, in order to prevent current alternations harmful to efficiency of the various hypersensitive electronic controls and also stabilized functions such as the combustion in heat engines adversely affected by random electrical thresholds when changing speed or shifting. Stabilization and balancing of the voltages is enabled by the method consisting in directing the stability of the flows, and in minimizing same by establishing natural polarization via various metals immersed in a piezoelectric paste which absorbs a large portion of the migrating currents and the passing residues being conditioned by the order of the metals placed in the piezoelectricity.

Description

ORIENTATION ET ADOUCISSEMENT FORCEES DES MICROS COURANTS FAIBLES NOCIFS Dans le monde des mécaniques, nous constatons la mise en place de liaisons de masse entre les pièces mécaniques ou organes mécaniques tels que moteur, boite de vitesse, suspension et masse de carrosserie, par exemple non limitatif de mise en place des masses. Les tresses de masses assument les variations de courants très fugitifs qui transitent à haute vitesse et peuvent être de fortes tensions. En effet quand on prend une secousse électrique, elle provient de l'accumulation de courant des masses et d'un coup on l'évacué par notre contact avec le sol. Il en est de même sur toutes les machines industrielles montées à la masse. Les courants se déplacent, circulent à leur bon gré de structure en structure par les ponts de liaisons, que constituent les liaisons de masse en tresse, de fortes sections. Le courant électrique se déplace libre sans aucune contrainte, considéré comme énergie parasite issue des charges électriques émanant de partout et considérées comme inutiles. Ces tresses indiquent que les potentiels varient avec les courants se déplaçant, ce qui rend par conséquences des seuils de potentiels aléatoires entre le bloc moteur par exemple et une boite de vitesse. Ces tensions variables sont des perturbations électriques où les seuils de potentiels sont instables, et les pilotages électroniques sont fluctuants, perdant toute référence électrique par conséquence induisant des fonctionnements aléatoires. La présente demande de dépose de PCT est d'orienter et d'adoucir les flux électriques parasites afin d'obtenir une régularisation des potentiels toujours si possible dans le même sens, afin d'éviter des alternances de courants préjudiciables aux bons fonctionnements des divers pilotages électroniques hyper sensibles et aussi des fonctions stabilisées comme les combustions des moteurs thermiques altérées par les seuils électriques aléatoires en changement de régime ou passage e vitesse. Une stabilisation et un équilibrage des tensions sont possible par le procédé qui est d'orienter la stabilité des flux , et de les minimiser par la mise en place d'une polarisation naturelle par différents métaux immergés dans une pâte piézo électrique qui absorbe une grande partie des courants migrants et les résidus passant étant conditionnés par l'ordre des métaux mis en place dans la piézq éleçtriqté. La pjezq se nour it d,es courants électriques, mais ceux-ci étant fugaces et très rapides une partie passe, et l'autre est captée. Nous sommes en nanotechnqlqgie et qys constatons çjue les électrons passent par d'autres modes de transitions et |e procédé répond, ay^ç brio à ces modes de courants subtiles insidieux qui échappent aux lois de courants traditionnels. Les courants insidièux sont considérés comme déchets, non maîtrisable, ne répondant pas aux normes connues, mais pourtant ils sont existants révélés par la nanotechnologie, et deviennent des acteurs non négligeables. Ce sont des courants parasites normalement faibles très fugitifs qui se déplacent d'un coup ou par périodes très brèves sous une forme liée entre champs magnétiques et courants résiduels et s'inversent en courants et un peu de champs magnétiques, suivant des modes relevant des nanotechnologies.L'appareil de réalisation Fig.l est constitué d'un bloc de piézo électrique (1) de 150 grammes moulé entouré d'au moins de deux bornes électriques (2) et (3) issues des organes mécaniques, qui captent les tensions et forment un pont particulier dans lequel ont place des barreaux de 50 grammes, au moins un de cuivre (4) et au moins un de zinc (5) en alternance, qui favorisent naturellement une direction aux flux des électrons qui circulent, stabilisant les flux électriques des masses des organes. Le zinc ou du plomb ou autres métaux différents constituant des échanges naturellement orientés d'électrons entre eux comme dans une batterie, sans avoir constitués une batterie active mais une batterie passive réactive, n'ayant aucun sel ou solution acide. En effet cet appareil ne crée pas de tension électrique, mais réagit aux tensions externes des courants qui circulent par cet appareil qui est l'inverse d'une batterie, donc réactive, freine le courant, cela stabilise et adoucit fortement ses instabilités de comportement des courants connus passant dans les masses de liaisons des organes des machines. Le courant s'auto-stabilise et s'oriente plus dans un sens que dans l'autre, par les jeux de barres de métaux différents, ce n'est pas une diode puisqu'il absorbe également le courant aux bornes du bloc de la piézo électricité, sans en bloquer la circulation. Les jeux de barres placées entre les bornes sont séparés immergés dans la piézo laissant une continuité homogène de la pâte piézo. Une segmentation de la piézo en des blocs de piézo isolés par les barres est possible pour des fortes puissances, et c'est une variante du procédé, où la piézo est contrainte de travailler plus. Les barres peuvent être de la poudre de ses métaux qui ne sont pas dispersés dans toute la piézo, mais reste concentrée sur une zone afin d'établir des zones en alternance d'un type à un autre type de métal. La poudre permet en mode de nanotechnologie de meilleurs échanges électroniques. Ce procédé et appareils sont sensibles aux micros courants et micros alternances électroniques qui investissent tous les matériaux excités par les pollutions magnétiques des radios fréquences des téléphones des télévisions, des radars et des appareils eux-mêmes qui par proliférations maintiennent des taux d'excitations perpétuelles engendrant de micros courants auto générés qui s'accumulent. Un monde d'activité où un assainissement par ces produits de la présente demande éradique les micros courants, intrusifs électromagnétiques qui s'installent partout, dans les machines, dans l'habitat, dans les industries à fortes doses et que nos corps physiques subissent. Les effets nocifs sont aussi générés par des émetteurs et les lignes à haute-tension à 50 hertz où EDF perd 50% du transport électrique en rayonnement dont nous réduisons les nocivités par le présent procédé. Le pilotage et les tensions des appareils électroniques des machines et des organes mécaniques et électroniques se voient par la régulation du dispositif fortement stabilisés, améliorés et sont nettoyés des perturbations parasites électriques et magnétiques de l'environnement et n'ont plus de fonctions aléatoires. Les appareils sensibles régulent et répondent de façon globale à une pollution électro-magnétique massive intrusive de grande envergure car de petite nature, mais de grandes quantités nuisibles aux fonctionnements de notre biologie. L'appareil Fig.l réalisé est un exemple non exhaustif de réalisation, de grandeur de 50 x 100 x 30 millimètres. FORCED ORIENTATION AND SOFTENING OF CURRENT LOW HARMFUL MICROS In the world of mechanics, we note the establishment of mass bonds between mechanical parts or mechanical parts such as engine, gearbox, suspension and mass of bodywork, for example non-limiting setting up the masses. The braids of masses assume the variations of very fugitive currents which transit at high speed and can be of strong tensions. Indeed when we take an electric shock, it comes from the accumulation of current of the masses and suddenly it is evacuated by our contact with the ground. It is the same on all the industrial machines grounded. The currents move, move at will structure structure in the bridges of links, that constitute the braided mass links, strong sections. The electric current moves freely without any constraint, considered as parasitic energy coming from electric charges emanating from everywhere and considered useless. These braids indicate that the potentials vary with the currents moving, which consequently results in thresholds of random potentials between the engine block for example and a gearbox. These variable voltages are electrical disturbances where the thresholds of potentials are unstable, and the electronic controls are fluctuating, losing any electrical reference consequently inducing random operations. The present PCT removal application is to orient and soften parasitic electrical flows in order to obtain a regularization of the potentials always if possible in the same direction, in order to avoid alternations of currents detrimental to the good functioning of the various piloting highly sensitive electronic and also stabilized functions such as combustions of thermal engines altered by the random electric thresholds in change of regime or passage e velocity. Stabilization and balancing of the voltages are possible by the method which is to orient the stability of the flows, and to minimize them by the setting up of a natural polarization by different metals immersed in a piezoelectric paste which absorbs a large part migrating currents and passing residues being conditioned by the order of the metals set up in the electrical phase. The pjezq feeds on electric currents, but these being fleeting and very fast one part passes, and the other is picked up. We are in nanotechnology and we can see that electrons pass through other modes of transitions and the process responds, brilliantly, to these modes of insidious subtle currents that escape the laws of traditional currents. The insidious currents are considered as waste, not controllable, not meeting the known norms, but nevertheless they are existing revealed by the nanotechnology, and become non negligible actors. They are usually fugitive, normally weak weak currents that move at once or in very short periods in a form bound between magnetic fields and residual currents and are reversed into currents and a few magnetic fields, according to nanotechnology modes. The apparatus Fig.l consists of a piezoelectric block (1) of 150 grams molded surrounded by a less than two electrical terminals (2) and (3) from the mechanical devices, which pick up the voltages and form a particular bridge in which are placed bars of 50 grams, at least one of copper (4) and at least one of zinc (5) alternately, which naturally favor a direction to the circulating flows of electrons, stabilizing the electrical flows of the masses of the organs. Zinc or lead or other different metals constitute naturally oriented exchanges of electrons between them as in a battery, without having constituted an active battery but a reactive passive battery, having no salt or acid solution. Indeed this device does not create voltage, but reacts to the external voltages of the currents flowing through this device which is the inverse of a battery, therefore reactive, slows down the current, it stabilizes and strongly mitigates its instabilities of behavior of known currents passing in the masses of connections of the organs of the machines. The current is self-stabilizing and oriented more in one direction than in the other, by sets of different metal bars, it is not a diode because it also absorbs the current at the terminals of the block of the piezo electricity, without blocking the circulation. The sets of bars placed between the terminals are separated immersed in the piezo leaving a homogeneous continuity of the piezo paste. A segmentation of the piezo into piezo blocks isolated by the bars is possible for high power, and it is a variant of the process, where the piezo is forced to work more. The bars may be powder of its metals that are not dispersed throughout the piezo, but remain concentrated on one area to establish zones alternating from one type to another type of metal. The powder allows nanotechnology mode better electronic exchanges. This process and devices are sensitive to current pickups and micro electronic alternations that invest all materials excited by the magnetic pollution of radio frequencies telephones telephones, radars and devices themselves by proliferations maintain perpetual excitation rates generating micro generated auto currents that accumulate. A world of activity where a sanitation by these products of the present demand eradicates the current microphones, intrusive electromagnetic which are installed everywhere, in the machines, in the habitat, in the industries in high doses and that our physical bodies undergo. Harmful effects are also generated by transmitters and high-voltage lines at 50 hertz where EDF loses 50% of the electrical transport in radiation whose harmlessness we reduce by the present method. The control and the voltages of the electronic devices of the machines and the mechanical and electronic organs are seen by the regulation of the device strongly stabilized, improved and are cleaned of the parasitic electrical and magnetic disturbances of the environment and no longer have random functions. Sensitive devices regulate and respond globally to massive electromagnetic intrusive pollution of large scale because of small nature, but large quantities detrimental to the functioning of our biology. The device Fig.l produced is a non-exhaustive example of embodiment, size of 50 x 100 x 30 millimeters.

Claims

REVENDICATIONS
1°- Procédé pour régulariser et stabiliser les pollutions électromagnétiques de l'environnement et des micros courants qui passent, circulent dans les tresses de masse des machines, ou entre les différentes pièces mécaniques où organes mécaniques afin de stabiliser adoucir les tensions aléatoires circulant dans les masses par le passage obligé des tensions électriques dans une pâte piézo électrique où sont immergées des barres métalliques de natures différentes afin d'orienter les flux électriques, ce qui stabilise et adoucit les variations des- flux électriques et les tensions de pilotage des organes mécaniques et des machines elles-mêmes qui sont stabilisées électriquement et ne subissent plus des seuils électriques aléatoires.  1 ° - Process to regulate and stabilize the electromagnetic pollutants of the environment and current microphones that pass, circulate in the braids of mass of the machines, or between the different mechanical parts where mechanical organs in order to stabilize to soften the random tensions circulating in the masses by the forced passage of electrical voltages in a piezoelectric paste where are immersed metal bars of different natures in order to orient the electrical flows, which stabilizes and softens the variations of the electric flows and the driving voltages of the mechanical and machines themselves which are electrically stabilized and no longer experience random electrical thresholds.
2° Appareil exemple non limitatif de réalisation pour stabiliser et adoucir les courants intrusifs passant dans les masses de liaisons entre les organes mécaniques tels que moteur, boite de vitesse, constitué d'une pâte piézo électrique entourée d'au moins deux bornes électriques issues des organes mécaniques, la pâte piézo de 150 grammes absorbe une partie des flux électriques, émanant des champs magnétiques fluctuant également, fonctionnement révélé par la nanotechnologie, et dans la pâte piézo sont immergées en alternance des barres de 50 grammes entre les deux bornes, au moins une barre de cuivre et une barre de zinc, qui orientent naturellement les flux d'électrons qui circulent, annulant en grande partie les alternances des flux électriques, l'ensemble adoucit et stabilise les seuils des potentiels électriques aléatoires des machines industrielles et des véhicules et permettent les pilotages électriques stabilisés des organes, mécaniques ou électroniques et ainsi de ne pas altérer les çombustions des moteurs thermiques par des seuils de courants électriques aléatoires.  2 ° Apparatus non-limiting embodiment for stabilizing and softening the intrusive currents flowing in the bonding masses between the mechanical members such as motor, gearbox, consisting of a piezoelectric paste surrounded by at least two electrical terminals from the mechanical bodies, the 150-gram piezo paste absorbs some of the electrical fluxes, emanating from the fluctuating magnetic fields as well, operation revealed by nanotechnology, and in the piezo paste are alternately immersed 50-gram bars between the two terminals, at least a copper bar and a zinc bar, which naturally guide the flow of electrons that circulate, largely canceling the alternations of the electrical flows, the set softens and stabilizes the thresholds of random electrical potentials of industrial machines and vehicles and allow the stabilized electrical control of the organs, mechanical or electron and thus not to alter the combustion of the thermal engines by thresholds of random electric currents.
3°~ Appareil selon la revendication 2 caractérisé en ce que les barres isolent et segmentent en des blocs isolés de piézo pour des applications de fortes tensions. 3 ° ~ Apparatus according to claim 2 characterized in that the bars isolate and segment into isolated blocks of piezo for high voltage applications.
4°- Appareil selon la revendication 2 caractérisée en ce que les barres sont des poudres qui répondent mieux aux activités des électrons en mode nanotechnologie sans être dissipées dans la pâte piézo, les barres de zinc ou de cuivre ou de poudre pouvant être du plomb ou autre métal différent. 4 ° - Apparatus according to claim 2 characterized in that the bars are powders that respond better to the activities of electrons in nanotechnology mode without being dissipated in the piezo paste, the zinc bars or copper or powder may be lead or other different metal.
PCT/FR2009/001241 2009-10-23 2009-10-23 Forced directing and smoothing of harmful weak micro-currents WO2011048277A1 (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2014108605A1 (en) * 2013-01-11 2014-07-17 Jose Buendia Temperature control based on varying the hydrometry gradient

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4427912A (en) * 1982-05-13 1984-01-24 Ausonics Pty. Ltd. Ultrasound transducer for enhancing signal reception in ultrasound equipment
WO2002025668A1 (en) * 2000-09-20 2002-03-28 Spirin Jurij L Device for protecting against electromagnetic radiation
WO2007042856A1 (en) * 2005-10-13 2007-04-19 Nokia Corporation An antenna arrangement
DE102007011590A1 (en) * 2007-03-08 2008-09-11 Genesis Adaptive Systeme Deutschland Gmbh Composite material for the electromagnetic compatible screening, has load bearing component and adaptive material, which is subject to structural deformation in electric field and magnetic field in free state

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4427912A (en) * 1982-05-13 1984-01-24 Ausonics Pty. Ltd. Ultrasound transducer for enhancing signal reception in ultrasound equipment
WO2002025668A1 (en) * 2000-09-20 2002-03-28 Spirin Jurij L Device for protecting against electromagnetic radiation
WO2007042856A1 (en) * 2005-10-13 2007-04-19 Nokia Corporation An antenna arrangement
DE102007011590A1 (en) * 2007-03-08 2008-09-11 Genesis Adaptive Systeme Deutschland Gmbh Composite material for the electromagnetic compatible screening, has load bearing component and adaptive material, which is subject to structural deformation in electric field and magnetic field in free state

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
SUSLOV A V: "Resonances of piezoelectric plate with embedded 2D electron system", JOURNAL OF PHYSICS: CONFERENCE SERIES IOP PUBLISHING LTD. UK LNKD- DOI:10.1088/1742-6596/150/2/022079, vol. 150, 2009, XP002579441, ISSN: 1742-6596 *

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2014108605A1 (en) * 2013-01-11 2014-07-17 Jose Buendia Temperature control based on varying the hydrometry gradient

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