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OwnerZamir Tribelsky, Michael Endeinventors
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A method for the production of enhanced traceable optp-physiological polished liquids, and gases or solids or combination for immunizing living beings, devices using the method, use, and preferred mode for utilization are disclosed. A multi processing platform is proposed according to the invention harnessing time domain optronics of light & sound, wherein the transient sound produced by light is measured, referenced or calibrated against the light produced by sound for the formation adequate energy levels or densities or fluence rates for the purpose of dissociation of noxious or innocuous species or combination constituents components while keeping their geometrical integrity above their predetermined resonance levels, thus intact for later traceable recognition and triggering of positive decisive action by immune systems.
A method for production of biologically enhanced drinking liquid or breathing gas, useful for immunizing by traceable recognition properties of the immune system of living being or plant, comprising;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of dilution of a predetermined volume of the liquid or gas or a combination thereof with a predetermined volume of other biologically enhanced or non biologically enhanced liquid or gas or a combination thereof.
A method for production of biologically enhanced drinking liquid or breathing gas according to any one of the preceding claims, further comprising the step of detecting a time stamp positioning mark of the liquid or gas or a combination thereof, as a quality checkout or in order to determine their immunizing characteristics or for calibration.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising calibration of the light radiation properties by using a real time feedback of light originated within the treated liquid or gas as a result of the mechanical vibration activity, or calibration of the mechanical vibration properties by using a real time feedback of ultrasonic mechanical vibrations originated within the treated liquid or gas as a result of the light radiation activity, or any combination thereof.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, comprising;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, comprising;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, comprising;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, comprising;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, comprising;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims wherein tracers, markings, signaling or essential proteins, and membranes, and photodamage products are stored, or held temporarily or permanently in water droplets, and wherein said droplets are released or vaporized through, and aerated, or vaporized into and from liquids, or beverages, or syrups or juice dispenser, or syrup dispensing units, or bottles of mineral or spring waters (FIG. 1, 1-8/a-z), or biologically enhanced drink and beverages production sites and manufacturing plants as well as natural and man made aquifers.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein liquids or gasses or solids which have been processed (FIG. 1, 1-8/a-z) and or partially or sequentially or cyclically (1-8), (a-z) pass, or been selected, or filtered, or illuminated or irradiated from about 1 nm to about 3000 nm through each and/or any combination of the processing (distribution) chart, may be beneficial for consumption by humans, and or for distribution into agriculture, dripping irrigation and vegetation and fruit volume or matrix varieties for the purpose of being consumed through foods and drinks, medical, and commercial agricultural produce facilitated by using the method of the present invention (FIG. 1, 1-8/a-z).
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein a bottling plant for producing mineral or spring water is selected as a source and wherein said biologically enhanced water is mixed with a predetermined quantity of selected additives or flavors, or form base from which new beverages or syrups or nutrient compliment beneficial architecture or components or dilution or wherein said added or integrated profuse or infused, inserted, or subtracted aid in the carrying or distribution maximizing the time span from which the benefits of uniquely impersonated, biologically enhanced drinking water is being felt after consumption occurs.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein modules, or conduits, or chambers, or external satellite processing module are interpreted or logged on time track or referenced, interconnected and/or inter-operated in any order, such as for serial, or parallel, or for array architecture and wherein the modular potential of devices making use of, or operating according to the method are processing a predetermined volume taking into account the required bio-mass-expansion and flow rates, and bypasses, or treatability is measured to coincide with quantities, and quantified proportions are then distributed for packing, vending, vaporizing, and bottling said biologically enhanced drinking water for consumption over a predetermined period of time from the time reference of source, origin, or time stamp, or any of said modules maximizing shelf life of biowater according to the method of the present invention.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein the light radiation involved in the production processes is emerging from any light source or radiation unit having a high intensity source of light from about 1 microwave to about few giga-watts, and wherein its fluence rate, average energy, and spectral distribution is encapsulating at least one region of the electromagnetic spectrum from about 40 nm to about 4000 nm, and wherein its spatial characteristics including continues wave operation or pulsed wave operation and wherein operating in pulses is selected or programmed, time domain is thus controlled, triggered or referenced to biological time input reference and each pulse in a burst or from a continuum of repetition rates is lasting from about 1second to about 1picosecond, or from 7 microseconds to around 1 femtosecond, having per shot peak powers reaching from the region of about 1 nano joule, to about 22 joules, per pulse respectively and when resolved to biological input time reference and extrapolated will guide dosimeters or values for which curves effecting the concentration or dilution, expansion or recognition scope or velocities associated with opto-mechanically, electro-optically, photo-catalysis, or electro-catalysis as involved in the method according to he present invention, especially beneficial for the enhancement of the human immune system by consumption of a predetermined proportions, apportions in accordance with specie specific calibration standards therein.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein vitamins or nutrients are being added, or subtracted, or enriched or complimenting said biological enhancements, and wherein said vitamins or nutrients are enhanced for the provision of carrying or distributing said biologically enhanced water for generally and particularly promoting health of the immune system chemical activity, production yields, or generally referenced state.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein at least one module, or conduit, or chamber or array of a geometry used in the production process is coated with at least one semi-conductor having stabilized or destabilized for the provision of photo-catalysis, or electro-catalysis or any combinations thereof or sequentially or polyphonically operated in unison, or resolved and time referenced, or reverenced for maximizing safety of operation and inter-operability of devices using the method of the present invention.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein at least one light source involved in a photochemistry process during the production is a flush lamp type of light source, and wherein at least one beam of light from said light source is in the region from about 40 nm to about 2400 nm, and wherein its respective time domain is from about 1picosecond to about 5 ns, and wherein each individual pulse generates energy in access of 250 milijoul per pulse, or more then 250 milliwatt per second, and wherein the spectral relevance for the processes of the present invention encapsulating the IR, visible, UVA, or UVB, UVC, OR VUV, or any combination thereof, or at least one process selected from electro-photochemical, and/or electro-optical, and/or electro optocatalytic processes, and/or Non thermal plasmas, and/or Electron-beam, and/or Y-rays, and/or Supercritical water Oxidation, and/or Electrohydraulic Cavitation & Sonolysis, and/or Photocatalytic Redox Processes, and/or H2O2/UV, and/or H2O2O3, and/or O3/UV, and/or any combinations thereof have been triggered, induced, activated, inactivated, turned off, or accented, reduced, or increased, or controlled synchronously for biomass expansion, or for inactivation, or for dissociation, or for sorting, or apportioning, portioning, diluting, and or mixing, reducing and increasing components volumes within compound or stabilizing, or sterilizing said biological, and optophysiological, or combinations of photochemical and electrooptical altering and enhancing drinking water, and air for breathing for the purpose of consumption.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein at least one external module is being linked, or synchronized, interconnected, or inter-operated or referenced, or reverenced, or monitored, or incorporated into the production processes.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein modules involved in the production process are arranged in parallel, or in serial configurations or a combination thereof.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein a phase router is used in the production process and the output of the phase router is encapsulated within at least one bottle, or bag, or conduit or chamber for consumption in a predetermined prepackaged portions, or apportioned to be distributed to at least one vegetable selected from water containing vegetation, or fruits, or being distributed or delivered, or carried or spread using drip irrigation or agricultural diffusers for the purpose of harboring said biologically enhanced drinking water in plants prior to consumption of fruit thereof especially beneficial for the consumption of biowater according to the present invention as part of the daily diet of individual end users, or producers, thus strengthening their immune system by utilizing intake in drinking and in food separately or synchronously or in according with preference or, reverence used for calibration against species specific noxious qualities or geometry derived thereof or in accordance with variable availability of each components according to the method of the present invention, or in any combination thereof.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein a settler is used for the expansion of bio-mass during the production process and is utilizing at least one polymer hollow shapes, such that the biofilm formation which accumulates therein provide sufficient expansion of the bio-mass available and time reference at the input selector or accommodation modules and wherein thus the level of traces, or recognizable components at any given time is in access of the required level of presence needed or requested to trigger, be recognized, or be analyzed, or promote the functioning and smooth responses of the consume of the biological enhancements and/or polishing made to the water according to the present invention, and wherein only post filtration is needed or involved complimenting prefiltration of the present invention for specific quantity or particle size distribution.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein vegetation, or fruits, or plants are irrigated or watered with biologically enhanced products produced according to the present invention and wherein liquid is extracted from said vegetables and fruits for enhancement of the production substrate qualities or thickness through diluting and subtracting, adding or concentrating said processing components to include also parts of the fruit and vegetables, therein or in any combination thereof.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein the last stage in a production site using integrated production effort involving use of the method, is a juice dispenser or syrup dispenser, or mass production for bottling plant or factory.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein at least one external module for processing, or feeding, or monitoring, or adding, or mixing is being used in the production in order to expand the processing powers of the devices using the method.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, wherein a separation or sorting of a predetermined volume or quantity of components made available by photochemistry is done by centrifuge, or mechanical separation interface, or by weight or quantity measured or reference on-line or off line, by ultra-sound transient cavitation from about 1 Hz to about 126 kilo-hertz or by photonic dissociation using peak power or adequate average energy, and wherein the energy required for dissociation is greater then the energy used for inactivation, thus enhancing the controllability of quality and quantity of elements therein.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of dissociating said liquids, and/or gasses, and/or solids or combinations, optically in optical dissociation module (FIG. 1, 1-8/a-z, FIGS. 2-12, ref. 1-100) by delivering directly, and/or by transferring by photonic band gapped, or conventional high grade fused silica (HGFS), or quartz, or sapphire, or polymer, or organo-elastomers or combination of optical fibers, or non toxic aerobic liquid light guides, at least one pulsed wave, and/or continuous wave, and/or transient type of light or sound, and/or sonic energies or combination dose having a predetermined fluence rate, average energy, and predetermined intensity, as well as energy density, or combinations from at least one additional radiation unit interconnected or inter-operated, or interfaced to said multi input, output expander interface, and/or linked to said control and diagnostic router (CDR), and/or mechanically, electronically, electro-optically, and/or acoustically and/or sonically or combination (FIGS. 1-12, ref. 1-100) for physical separation of said noxious species predetermined components, to form a predetermined volume of Bio-compound containing a plurality of predetermined traceable proteins, or photo-damage products.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of transferring (FIG. 1, 1-8/a-z, FIGS. 2-12, ref. 1-100), or phase converting and routing. bio-compound enhancements through a predetermined semi transparent or opaque, post filtration unit or module, or membrane or combination having a cut-off from about 0.1 Micron to about 1000 Micron, or by-passing, compounding or mixing or converting said polly-biological compound into the gas state, liquid and/or solid state, and/or adjusting its relative temperature up to steam or gradually, or quickly down through condensation to about ice forming, or heating, cooling or compressing, or for combinations thus making a crystalline for morphemic choice of lattice hosting, or tactically aurora aromatically tracing or calibrating continually or non recurrently said bio-able compound to its biological time referenced or reverenced source of origin, or time stamp, thus each individually made volume of quantified bio able compound or any combination thereof may be processed prior to processing by modules, or spheres of the present invention, by variety of cross platform processes selected from electro-photochemical, and/or electro-optical, and/or electro opto-catalytic processes, and/or Non thermal plasmas, and/or Electron-beam, and/or Y-rays, and/or Supercritical water Oxidation, and/or Electrohydraulic Cavitation & Sonolysis, and/or Photocatalytic Redox Processes, and/or H2O2/UV, and/or H2O2O3, and/or O3/UV, and/or any combinations thereof in proportions, is apportioned to represent an elemental of components, which when traced back in time for a period sufficiently long from about 2 to 18 DNA or RNA replication sequences back, for the purpose of furnishing synchronously said quenching bio able compound for human and animal consumption, by drinking and dripping or by irrigating and or temporarily or permanently, or prominently said compound is being held or distributed for storage and bottling, analysis or for feeding animals, or watering agricultural produce to be later consumed by man updating and enhancing consumer's immune system performance within a predetermined period of time.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of adding or subtracting from the liqued or gas at least one vitamin, and/or nutrient, or coloring, or stabilizers, or minerals, or carbonation, or additional liquids, and/or gas or any combination thereof in groups or individual components.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising an additional step selected from freezing, boiling, vaporizing, liquidating, solidifying, condensing, or concentrating the enhanced liquid or gas produced according to the method, to be diluted or mixed With other additional liquids and gasses produced according to the method.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of photo-chemically highlighting liquid, gas, or a combination thereof, by at least single event wherein multi photon absorption have occurred in time, or at least one event of said time wherein free radicals formation has caused separation, or aberration, or miss-formation of geometry, or photochemical damage products, and/or opto-acoustic physiologically accelerated modifications, or separation of protein products or mix, polished for potently enabling traceable recognition post consumption for immunifying remedy and thus, causing immunifying effects, by producing universal and thus enhanced water platform for consumption, to inform, and update solutions against evolution of noxious species, or said remedy in said waters, may be applied to diseases, and/or infectious threats selected from;
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of selection of proportions from the cells, organs, or groups of the immune system opulent portfolios of defending actions and wherein such elements, or components of the immune system may be triggered, and their populations, or qualities of their species specific abilities are thus enhanced upon consumption, and said species may include, selection of individual, and/or grouped combinations prompting a responsive, or decisive, or interactive pre-programmed, or predetermined, preset, or variably adjusted for the purpose of harnessing the interconnectivity, and interoperability of responses for remedy, and equipping scope of at least one of the organs, and/or cells such as stem cells, and/or myeloid precursor, and/or platelets, and/or eosinophil, and/or neutrophil, and/or basophil, and/or basophilic type of cells, and/or mast cells, and/or macrophage, and/or plasma cell, and/or sytotoxic t cell, and/or suppressor t cell, and/or helper t cell, and/or lymphoid precursor, and/or b cell, and/or monocyte, and/or tonsils and adenoids, and/or upper lymph nodes, and/or appendix, and/or bone marrow, and/or thymus, and/or spleen, and/or peyer's patches, lower lymph nodes, and/or lymphatic vassals, and/or brain, and/or nerve system, and/or aerobic system, and/or non-aerobic system or drinking, breathing, or rubbing, spraying, or drizzling, dripping, and, or irrigating, feeding, and/or supplementing with, or any combinations thereof the enhancements are stored, mixed, or diluted, or added, or aerated with, or vaporized to contain said traceable enhancements in representing agents such as milk, sugar, air for breathing, weat, rice, or vegetables, bear, wine, or liqueurs, fruits, nuts, and seaweed's staffs, meat, food staffs, or beverages, or in vinegar, or fuel, or combinations or the purpose of immunifying end users, producers and providers and consumers post consumption.
A method for production of biologically enhanced drinking liquid or breathing gas, according to any one of the preceding claims, further comprising the step of storing in bottles, cardboard containers, capsules, plastic or polymeric storage bags or tanks, containers, or conduits, modules, or a combination thereof wherein said combination, or in parts are having an enhanced length of shelf life, and biocompatible combination therein, increases the length in which liquids and gasses or their combination may be stored temporarily prior to consumption, or permanently, an/or prominently, and once consumed, thus causing positive effects and host of responsive, or decisive, or interactive pre-programmed, or predetermined, preset, or variably adjusted for the purpose of harnessing the interconnectivity, and interoperability of responses for remedy, and equipping scope of at least one of the organs, and/or cells such as stem cells, and/or myeloid precursor, and/or platelets, and/or eosinophil, and/or neutrophil, and/or basophil, and/or basophilic type of cells, and/or mast cells, and/or macrophage, and/or plasma cell, and/or sytotoxic t cell, and/or suppressor t cell, and/or helper t cell, and/or lymphoid precursor, and/or b cell, and/or monocyte, and/or tonsils and adenoids, and/or upper lymph nodes, and/or appendix, and/or bone marrow, and/or thymus, and/or spleen, and/or peyer's patches, lower lymph nodes, and/or lymphatic vassals, and/or brain, and/or nerve system, and/or aerobic system, and/or non-aerobic system.
A device for the production of biologically enhanced drinking liquid or breathing gas or a combination thereof according to the method of the present invention as defined in any of the preceding claims, comprising;
A use of biologically enhanced drinking liquid or breathing gas or a combination thereof produced according to the method of the present invention as defined in any of the preceding claims, for immunizing living creature or plant.
Dependencies are inferred from the claim text.