Back to results
US 11,014,839 B2Granted
Liquid treatment device
AssigneeHydrosmart
InventorsRobert Bruce Moore, Chris Ian Murphy, Paul John Pearce
Life of this patent
Estimating the term…
Abstract
A liquid treatment device comprising: two antennae; an enclosure for holding a liquid including a solvent and a solute; a generator operatively connected to the two antennae to generate an oscillating voltage in each antenna, wherein each voltage is out of phase with the other to create an oscillating electric-field; and the liquid in the enclosure being subjected to the electric-field in the presence of a magnetic field to change the chemical and/or physical properties of the solute, without the liquid contacting the two antennae.
Claims39
A liquid treatment device comprising:
- two coil antennae that coil around a conduit in which a liquid including a solvent and a solute flows, the two antennae positioned in a spaced-apart arrangement, and with little or no appreciable current flowing in either antenna, communicate with each other to generate between the antennae an oscillating electric-field, having any frequency in the range from 0.3 Hz to 300 Khz, wherein each of the antennae comprises a connected end and an unconnected end;
- and
- a generator operatively connected to the two antennae that is configured to generate an oscillating voltage in each antenna, wherein the generator is configured to drive a voltage in a first of the antennae that is 180° out of phase with a voltage in a second of the antennae to create the oscillating electric-field having any frequency in the range from 0.3 Hz to 300 KHz between the antennae which, in the presence of a separate magnetic field, generates a force that is focused on dissociating the solute particles from each other or from particles of solvent or affecting the physical equilibrium between solvent and solute by transiently aligning the solvent particles with each other to increase the solubilisation of the solute particles.
A liquid treatment device comprising:
- two coil antennae that coil around a conduit in which a liquid including a solvent and a solute flows, the two antennae positioned in a spaced-apart arrangement, and with little or no appreciable current flowing in either antenna, communicate with each other to generate an oscillating electric field, wherein each of the antennae comprises a connected end and an unconnected end;
- a magnetic field coil that coils around the conduit between the two coil antennae to generate a separate magnetic field;
- and
- a generator operatively connected to the connected end of each of the two antennae that is configured to generate an oscillating voltage in each antenna wherein the generator is configured to drive a voltage in a first of the antennae that is 180° out of phase with a voltage in a second of the antennae to create the oscillating electric-field having any frequency in the range from 0.3 Hz to 30 KHz between the antennae and having an oscillating voltage frequency that is calculated as a function of the strength of the separate magnetic field, the atomic/molecular charge or dipole of a solvent or solute and the atomic/molecular mass of that solvent or solute.
1 more element
A method of treating a liquid using a liquid treatment device including two flexible antennae and a generator operatively connected to the two antennae including:
- coiling the two antennae around a conduit in which a liquid including a solvent and a solute flows, wherein the two antennae are positioned in a spaced-apart arrangement on the conduit, and wherein each of the two antennae comprises a connected end and an unconnected end;
- calculating a frequency for an oscillating electric field as a function of the strength of a separate magnetic field, an atomic/molecular charge or dipole of the solvent or solute and the atomic/molecular mass of that solvent or solute;
- operating the generator that is connected to the connected end of each of the antennae to generate an oscillating voltage in each antenna with little or no appreciable current flowing in either antenna, wherein a voltage in a first of the two antennae is 180° out of phase with a voltage in the second of the two antennae at the calculated frequency to create between the antennae an oscillating electric-field having any frequency in the range from 0.3 Hz to 300 KHz and that electric-field having an imperceptible magnetic field or no magnetic field, and which, in the presence of a separate magnetic field, generates a force that is focused on dissociating the particles of solute from each other or dissociating the particles of solute from particles of solvent, or affecting the physical equilibrium between solvent and solute by transiently aligning the solvent particles with each other to increase the solubilisation of the solute particles;
- and
- subjecting the liquid flowing through the conduit to the electric-field in the presence of the separate magnetic field to dissociate the particles of solute from each other or dissociating the particles of solute from particles of solvent, or to affect the physical equilibrium between solvent and solute by transiently aligning the solvent particles with each other to increase the solubilisation of the solute particles, without the liquid contacting the two antennae.
2 more elements
A liquid treatment device comprising:
- two antennae that each coil separately around a conduit, wherein a liquid including a solvent and a solute flow within the conduit, the two antennae positioned in a spaced-apart arrangement, and with little or no appreciable current flowing in either antenna, communicate with each other to generate between the antennae an oscillating electric-field, wherein each of the two antennae comprises a connected end and an unconnected end;
- and
- a generator operatively connected to the connected end of each of the two antennae that is configured to generate a voltage difference between the antennae, wherein the generator is configured to drive a voltage in a first of the antennae that is 180° out of phase with a voltage in a second of the antennae to create the oscillating electric-field, wherein the generator is configured to generate the oscillating electric-field between the antennae by randomly selecting 64 frequencies over a predetermined time period in the range from 0.3 Hz to 300 KHz, and wherein, in the presence of a separate magnetic field, the oscillating electric-field generates a force that is focused on dissociating the solute particles from each other or from particles of solvent or affecting the physical equilibrium between solvent and solute by transiently aligning the solvent particles with each other to increase the solubilisation of the solute particles.
A liquid treatment device comprising:
- two antennae that each coil around a conduit in which a liquid including a solvent and a solute flows, the two antennae positioned in a spaced-apart arrangement, and with little or no appreciable current flowing in either antenna, communicate with each other to generate an oscillating electric field, wherein each of the two antennae comprises a connected end and an unconnected end;
- a magnetic field coil that coils around the conduit between the two antennae to generate a separate magnetic field, wherein the magnetic field coil is spaced apart from each of the two antennae on the conduit and
- a generator operatively connected to the connected end of each of the two antennae that is configured to generate a voltage difference between the antennae, wherein the generator is configured to drive a voltage in a first of the antennae that is 180° out of phase with a voltage in a second of the antennae to create the oscillating electric-field between the antennae, wherein the generator is configured to generate the oscillating electric-field between the antennae at an oscillating voltage frequency that is calculated as a function of the strength of the separate magnetic field, the atomic/molecular charge or dipole of a solvent or solute and the atomic/molecular mass of that solvent or solute, which, in the presence of the separate magnetic field, generates a force that is focused on dissociating the solute particles from each other or dissociating the particles of solute from particles of solvent, or affecting the physical equilibrium between solvent and solute by transiently aligning the solvent particles to increase the solubilisation of the solute particles.
A method of treating a liquid using a liquid treatment device including two flexible antennae and a generator operatively connected to the two antennae including:
- coiling the two antennae around a conduit in which a liquid including a solvent and a solute flows, wherein the two antennae are coiled on the conduit in a spaced-apart arrangement, and wherein each of the two antennae comprises a connected end and an unconnected end;
- coiling on the conduit a magnetic field coil to generate a separate magnetic field, wherein the magnetic field coil is positioned between the two antennae and spaced apart from each of the two antennae on the conduit;
- and
- operating the generator to generate a voltage difference between the antennae with little or no appreciable current flowing in either antenna, wherein each voltage is 180° out of phase with the other to create between the antennae an oscillating electric-field having 64 frequencies in the range from 0.3 Hz to 300 KHz chosen randomly over a predetermined time period, wherein, in the presence of the separate magnetic field, the electric-field generates a force that is focused on dissociating the particles of solute from each other or dissociating the particles of solute from particles of solvent, or affecting the physical equilibrium between solvent and solute by transiently aligning the solvent particles with each other to increase the solubilisation of the solute particles;
- and
- subjecting the liquid flowing through the conduit to the electric-field in the presence of the separate magnetic field to dissociate the particles of solute from each other or dissociating the particles of solute from particles of solvent, or to affect the physical equilibrium between solvent and solute by transiently aligning the solvent particles with each other to increase the solubilisation of the solute particles, without the liquid contacting the two antennae.
3 more elements
Dependencies are inferred from the claim text.