Electrical device for dynamic molecule disintegration of fluids acts by means of longitudinally acting charge displacement

Abstract

The electrical device consists of symmetrically arranged and galvanically separated, adequately insulated high-voltage electrodes with plate-like surfaces (1,a, 1.b), two high voltage generators associated with them, and two linearly arranged inductances (2.a, 2.1a, 2.b, 2.1b). There is a capacitor for these inductances.

Description

The The invention relates to an electrical resonance method for carrying out dynamic molecular decomposition of water, liquids or gases in the static external electrical Field, two correspondingly isolated, provided with unlike charge High voltage electrodes, by inducing strong directional, opposite acting forces within the molecules, so by impulsively supplying a suitable excitation energy, the preferably by periodic change of the field strength of the external electric field, at a resonant frequency the (water) molecules and / or another energy, an increasing longitudinal vibration of large amplitude and dynamically decomposing the (water) molecules becomes.

Generally are known electrolysis process for the decomposition conversion of a dissolved electrolyte by electric current.

By Applying an electrical voltage will migrate the positively charged ones Ions to the cathode, the anions to the anode, where they are discharged and as neutral atoms are deposited.

The amount of substance deposited on the electrodes (Faraday law) is proportional to the amount of electricity transported, d. H. Electrolysis processes are a remarkable natural Subject to process inertia.

The Electrolysis is used in the decomposition of water, in hydrogen and oxygen, the deposition of very pure metals (copper, gold, Silver, zinc) from the solutions of their salts and in electroplating.

The spatial separation of the two electrodes is in electrolysis using a semipermeable membrane, d. H. a porous, stream-permeable Partition, applied by subdivision into anode and cathode space, to carry out a decomposition without mixing the substances.

For the electrolysis of water, various high-voltage methods are still known, such as. B. from the published patent application US 4,184,931 in which an alternating current is converted into a pulsed rectified current of 1-500 μs or those for splitting water from the published patent application US 4,936,961 , in which by means of electrical resonance circuit and pulsed periodic increase in the voltage, the molecules are to be split by the high dipole moment of the water molecules.

The However, high voltage methods remain for the technical Use of the water molecule cleavage unsuitable as the process criteria by means of which the cleavage of the molecules is derived or, by providing technical means, procedures, or device explanations very difficult to implement are.

One fundamental and explicitly prominent disadvantage of this Procedure is that always a pulsed oscillating "circle system" higher Voltage is applied, their "electric fields", within the device arrangement - not galvanic are separated, - over which the outer electric field in which the (water) molecules are oriented and be split, is generated.

at These methods are therefore high pulsed (alternating) voltages used by the galvanic links, alone by prevailing line electrical conditions, for a high-frequency vibration generation for dynamic (water) molecular decomposition, by means of larger, d. H. suitable electrical Field densities, are not fit.

task The invention is to develop methods and devices, the molecules of liquids, but gases in particular of water as a source of renewable energy, by means of polarized strong electric field effects, for various technical Dynamically disassemble purposes, but prefers hydrogen as an energy carrier, to create.

The device for carrying out the described method for dynamic (water) molecular decomposition is characterized according to the invention by preferably mirror-symmetrically arranged and operated galvanically isolated (suitably insulated) high-voltage electrodes ( 1.0 ) ( 1.1 ) with preferably plate-shaped surface ( 1.a. ) ( 1.b ) for generating the external electric field ( 9 ) surrounded by a reaction chamber ( 8th ) two associated high voltage generators, such. B. Tape Generators ( 3.0 ) ( 3.1 ) which the high voltage electrodes ( 1.0 ) ( 1.1 ) with charge, two respective linearly associated inductances ( 2.a ) ( 2.1a ) and ( 2 B ) ( 2.1b ), which preferably have planar capacitor winding surfaces 1 and 2 or a capacitor ( 6 ) are interconnected to an (oscillation) system consisting of two coils ( 2.a ) ( 2 B ) with over the coils ( 2.1a ) ( 2.1b ) inductively coupled high-frequency oscillator system, each consisting of two inductively opposite directions via an E-shaped core ( 5 ) coupled coils ( 4.a ) ( 4.b ), as well as spark gaps ( 11 ) further assignable coils ( 13 ), which serve the Stromrichtungsänderung, or surge voltage and charge oscillation.

Of the basic device construction is by usual electrical control and drive systems depending on the application, varying supplemented.

The inductive drive system ( 10 , is to generate high-frequency equivalent charge oscillation of unlike sign, according to the invention in summary form, as a mirror-symmetrically constructed inductive (frequency) coupled Tesla transformer system can be understood, which is operated in a known manner.

Characteristic feature of the invention is that the galvanic, on the principle of action 1 and 2 Separated linearly acting oscillator arrangements, on the respective by the high voltage generators 3 ( 3.0 ) ( 3.1 ) generated potential of the high voltage electrodes ( 1.0 ) ( 1.1 ), which characterize the electric field effect ( 9 ), ie the generated displacement current of the constructed (suitably insulated) capacitor area systems ( 1.a. ) ( 1.b ) ( 2.a ) ( 2 B ) (or ( 6 )) differentiating as suction and shock system are interconnected.

Furthermore, that the high-frequency charge density change, by oscillation of the unlike charges by inductive drive ( 10 ), according to the criterion of the frequency and amplitude balance (shock and suction) of the two separate systems according to 3 are made so that over the high voltage electrodes significantly high directional, but in accordance with signs of the separated charges, current density changes according to paragraph [0012] are generated, which are the specific longitudinally acting external electric field effects ( 9 ) build up.

The principal function of the device and the components is shown schematically on the basis of drawing sheet 1. The 1 shows a capacitor ( 1.a. ) ( 1.b ) and an inductance ( 2.a ) ( 2 B ) / ( 2.1a ) ( 2.1b ). Between the capacitor plates, the electrical line current I L continues as electrical displacement current I V via the area integral J V. The constructed "capacitor surfaces" 1a / 1b and 2a / 2 B or ( 6 ), according to area integral equivalent conditions, so by means of high voltage generators such. B. 3.0 u. 3.1 corresponding static charge ratios are achieved. The device is provided by high voltage generators separated with high potential charge.

1 shows the external electric field ( 9 ) of the capacitor (as a reaction space ( 8th )) shortly before and 2 the field shortly after the maximum charge, that is, the change of the displacement current density j V by the inductances ( 2.a ) ( 2 B ) / ( 2.1a ) ( 2.1b ) and the drive device ( 10 ) generated (shock and suction) charge shift.

To reinforce the dynamic (water) molecular decomposition by means of electrical resonance method described under paragraph [0012], the high-voltage electrodes ( 1.0 ) ( 1.1 ) according to the invention - specially adapted - flat spiral coils as inductance ( 2.a ) ( 2 B ) across from 3 are assigned, which are operated virtually on the potential reached the respective high voltage electrode and line electrical only by the generated by means of inductance directed charge shocks.

The high voltage electrodes which are operated separately, by means of high-potential charge, as a capacitor arrangement ( 1.0 ) ( 1.1 ), inductors associated with charge oscillation purposes ( 2.a ) ( 2 B ), are therefore preferably designed as planar spiral coils, since the magnitude of the effect of the resonance depends on the quantity of electricity which is set in motion or on the magnitude of the current passing through the linear array or linearly displaced.

There the (surge) current due to the impedance of the device, depending according to their dimensioning, is known to be hindered in the passage, there is the advantage due to the inside of the device producible very high field strength changes and Reduce the impedance to a minimum, that is very large Vibration amplitudes of the (water) molecules to produce are.

Due to the ohmic resistance and since the frequency of the pulses, based on the (water) molecules of the substances to be decomposed according to displacement current j V is very high, the current flow is practically determined by the self-induction of the device and this is by adding a capacity ( 6 ) switched off 3 so as to give the preferred spiral coil design.

If the relationship between the two then set so is that they cancel each other out at the set frequency, d. H. such values have the condition for the described (molecular) (and device) resonance is satisfied and the strongest generated current through the outer assembly flows, at the same time a high quality of the resonance effect reached.

Therefore is it advantageous (per device sizing) and safer, if the capacitor with the respective self-induction coil quasi serially in maximum reduction of the given complex-valued resistance phenomena is merged.

The best results are achieved when according to the invention inductance and capacitor optimizing to a planar or partially planar spiral coil arrangement, in the latter with conically leaking invention in the direction of high voltage electrode according to 1 and 2 be summarized.

By then existing relationship between capacitance and self-induction, (at a given (resonance) frequency and inductive parallel circuit of the galvanically separated charge oscillator systems, not only the complex-valued resistance phenomena are effectively reduced, but by the geometry of the coil assembly are inductively very strong high-frequency Displacement currents and strong electric field effect ( 9 ) generated by very high potential differences.

The (additional) excitation energy accelerating the splitting process, which in the external electric field ( 9 ) oriented (water) molecules, is available through a variety of technical solutions.

Next of electrical inductive excitation, are magnetic (alternating) field forces suitable, the u. a. can be produced by means of Helmholz coils.

In particular, electromagnetic waves, such as. As microwaves, which by means of transmitter ( 15 ), into the external electric field ( 9 ), or in the by the geometric shape of the high voltage electrodes ( 1.0 ) ( 1.1 ) / ( 1.a. ) ( 1.b ), formed reaction space ( 8th ) passing through the chamber ( 14 ) is irradiated.

Due to this additional excitation energy, is due to the external electric field ( 9 ) and induced by induced forces In this way, an axial force is exerted on the longitudinally oscillating (water) molecules, which acts as a counterforce to the binding forces of the molecules and accelerates the decomposition process.

The Determination of the high- or resonance frequencies is opposite empirical, metrological supported determination, preferably over a suitable set the distance of the capacitor surfaces, by the molecules of the substances to be decomposed in the electric Field of static electrostatic unlike charges very high Potential difference are oriented.

By supplying a suitable excitation energy by a single shock excitation in the direction of propagation of the electric field direction, the deflection of the molecules or their (self-) oscillation via the electrical component, ie the change of the potential over one, at a suitable distance to a capacitor plate Measuring point, is detected as a function of time, detectable and control signal technology by means of connected evaluation, the AC or pulse generator for modulation of the high frequency generator ( 10 ), periodically.

QUOTES INCLUDE IN THE DESCRIPTION

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Cited patent literature

Claims

A method for generating dynamic molecular decomposition of water, liquids or gases characterized , a) - that the molecules of H 2 O, liquids or gases, in an external electric field, generated by static electrically unlike (isolated) charges of very high potential difference, aligned or be polarized, b) - that on the aligned molecules, a high force, opposite to their binding forces, exerted or induced in the direction of the external electric field.

Method according to claim 1, characterized - that by feeding suitable excitation energy the field oriented Molecules in forced longitudinal vibrations larger Amplitude be offset.

Method according to claims 1 and 2, characterized - that by periodic supply of this excitation energy the (Water) molecules are decomposed and separated.

Method according to claims 1-3, characterized - that the supply of the excitation energy for generating the longitudinal (Water) molecular vibrations under the process criterion carried out that the number of wave surfaces, wandering past a fixed point in space per unit of time (quasi), prefers the natural resonance frequency of the (water) molecules, be generated by superimposing two (charge) oscillations same amplitude and frequency as suction and shock system but opposite direction a longitudinal molecular vibration system is produced.

Process according to claims 1-4, characterized - that by additional jerky or periodic feeding suitable driving energy, the binding forces of the (water) molecules additionally disrupted the acting longitudinal vibrations and decomposing the (water) molecules process and be deposited.

Method according to claim 2, characterized - that the supply of the periodic excitation energy means those of (water) molecules in longitudinal (resonance) vibrations be offset, preferably made by periodic change the field strength of the external electrical field

Method according to claim 6, characterized - that the change of field strength of the external electric Field by symmetrical change of densities, which causes the external electric field static charges, by whose separate oscillation is generated.

Method according to claims 1-8, characterized - that this change by opposing acting respectively periodic separate, linear oscillatory processes of the field causing unequal charges.

Method according to claims 1-9, characterized - that the oppositely acting linear oscillation processes, the the external field inducing (galvanic) separated (and sufficiently isolated) charges, in addition to the electrical Field connection, inductively coupled, to a symmetrical acting resonance process, generated by the same frequency inductive Shifting the charge densities, d. H. the suction and impact effect, their rate of change preferably the natural resonance frequency corresponds to the (water) molecules.

Apparatus for generating a static external electric field of high-frequency field strength change for performing dynamic molecular decomposition of water, liquids or gases, according to claim 1-9, characterized in that - the device of symmetrically galvanically isolated constructed (sufficiently isolated) high voltage electrodes ( 1.0 ) ( 1.1 ) with preferably plate-shaped surface ( 1.a. ) ( 1.b ), two associated high voltage generators ( 3.0 ) ( 3.1 ) and two linearly associated inductances ( 2.a ) ( 2.1a ) / ( 2 B ) ( 2.1b ), that the inductors have a capacitor ( 6 ), that these inductances, preferably in replacement of the capacitor ( 6 ), that the arrangements are driven inductively by means of a symmetrically acting high-frequency transformer, that this high-frequency transformer consists of two coils with secondarily inductively connected coil systems, which in each case have two interconnected coil arrangements (US Pat. 4.a ) ( 4.b ), which for comparison purposes via an E-shaped core ( 5 ) are inductively coupled in opposite directions, - that the inductors for generating high-frequency oscillations are associated with capacitor assemblies, - and further that by further assignable coils, evaluation circuits with differentiating, which serve the metrological control, the device can be completed or modified.