TH35701A - Ready-made machines for the production and distribution of portable drinking water - Google Patents

Abstract

DC60 (04/08/40) Portable drinking water generator to produce water in a state of High purity liquids by condensation of dew from the surrounding air, the production machine is used Filtration subsystem To remove airborne particles and droplets from the incoming air, the enclosed heat exhauster cools the cooled filtered air to the Its dew point and the condensate's droplets are collected in a closed system of collected dew. Included is also given through continued treatment in the growth inhibition cycle. Of bacteria to destroy organic living substances from the outside and to filter out non-toxic contaminants Want and go out dangerous All of the subsystems that make them erroneously correlate. Safety model to make the production machine immediately unusable. And prevent water from being delivered if the system One of the sub has stopped working within a predetermined safety limit. A portable drinking water generator to produce water in a highly purity liquid state by condensing dew from the surrounding air, the generator uses a filtration subsystem to remove airborne particles and droplets. From incoming air The enclosed exothermic absorber cools the filtered air to its dew point. The water droplets of the condensate are collected in a closed system. The collected dew is also carried out in a continuous cycle of inhibition of bacteria to destroy the organic matter. From the outside and to filter out unwanted and harmful contaminants, all the digestive systems that are safely faulty coupled to make the production immediately fail. And prevent water from being delivered if one of the subsystems is stopped within the pre-defined safety limits

Claims (9)

1. A system for the production and distribution of portable drinking water for use within the home, office or unprotected outdoor emergency situation, consisting of a. Enclosures b. Inlet c. : (1) Electric charge for generating charged particles and ions, or (2) one or more radioactive isotypic sources to release charged particles, a device for generating the aforementioned particles. A hermetic connection is then made to the aforementioned air inlet, d. A tailored filtration method that eliminates and captures particles greater than 1-10 m in diameter that are dispersed. In the ambient air, the aforementioned particle generating apparatus makes a hermetic connection at the source of the aforementioned filtration apparatus, e. For installation of a selective charged particle generator within a enclosure that increases the ergonomic safety of the charged particles and ions to the air to be exhausted, f. Internal air circulation paths, that follow Ducts, electrically operated, rotary controlled, capable of varying the amount of external air flow in the range of 1-10 m3 by hermetic connection at the end of the filtration path.g. h. Enclosed water reservoir path, hermetically connected to the aforementioned drip collection container, is a suitable material for storing high purity drinking water and forming it. With the connection of the outlet channel, where at least All water contained therein can be extracted, i. Antibacterial cycle device hermetically connected to the aforementioned fluid reservoir and comprises of recirculation channels and pumps. In a closed loop, where the water in the aforementioned reservoir is pumped at a predetermined flow velocity and then through a porous filter absorber of activated carbon connected in series With the field of UV treatment where it exposes continuous exposure to sufficient energy radiation and the appropriate wavelength to kill outside bacteria and viruses, and j. Connect to the water reservoir as mentioned above. And extends through the aforementioned enclosure for external distribution of clean, purified water from the aforementioned water reservoirs. K. Equipment within the enclosure to monitor enclosure integrity and operation. Proper detection of various components in there of the system 2. The system of claim No. 1 also provides additional features: additional equipment positioned in the aforementioned enclosure and connected to the aforementioned circulation holes. To provide, clean, purified water at a specified temperature range of 5-15 degrees, collected and distributed from the enclosure. 3. The system of claim 2 also makes it an additional feature: additional equipment positioned in the aforementioned enclosure. And connect it to the aforementioned circulation slots to arrange for collection And distribution of clean, pure water that is hot at a pre-set temperature of 60-80 degrees From the cladding 4. System of claim 3 hereinafter: a. The foregoing cooling device consists of a refrigeration unit - a closed compression system with the refrigerant added, such units are assembled into a form. With an electric resistance air heater at the source, which is automatically regulated by a thermal senser provided in the air at the end of the cooling device to prevent ice formation. On the cooling surface of the aforementioned cooling devices, b. The aforementioned cooling devices are tuned to cool the filtered air stream which is currently flowing to a certain temperature. To a minimum below its dew point by means of a temperature-controlled flow of the aforementioned refrigerant in one or more closed chambers that are thermally connected to an array of parts of The extended protrusions provided in the aforementioned air currents, c. The aforementioned cooling devices are maintained in an ice-free state below the dew point temperature of the aforementioned currents by Provides the heat through the automatic control of the air at The foregoing by means of an electric resistance air heater at the foregoing, d. Additional equipment of the cold water preparation and storage. Is a temperature-controlled auxiliary vaporizer of the cooling-explosion unit. The aforementioned is positioned in thermal contact with the bottom surface of the thermally insulated closed reservoir container, as well as a separate partition, which It is a thermal insulator for inhibiting convection of a horizontally directed fluid, positioned vertically above the bottom surface of the aforementioned water reservoir, optimized to trap cold water. Under the baffle that came 5. System of claim No. 1 Here, the inlet and air-out port as mentioned above. Each channel whose area is in the range 0.1 to 0.5 m 2 6. System of claim No. 1 Here, the foregoing variable flow volumes of the aforementioned air circulation apparatus are in the range of 1-10 m 3 / min. 7. The system of claim No. 1 Here, the aforementioned water reservoirs are located in the area 1-10 liters. 8. System of Clause 1 Here, the aforementioned monitoring devices are connected to the system components within the aforementioned enclosure. And contains a safety checker And an alarm signal, which continuously monitors the unity, function and operation of each component within the pressure, temperature, and limit parameters of the flow velocity control as Specified, and will execute the system to stop working. And prevent water from being supplied from the enclosure. If too many deviations from the above parameter limit occur 9. Process for preparing And the potable water supply is achieved by condensing moisture from the ambient air, which is achieved within the movable cooling device. Characteristics are characterized by: a. Removal of particulate contaminants from the ambient air by induction. The flow stream passes through a channel inside the device fitted with a particle separator and electrostatic particle filter, b. Cooling the air stream free from particle (a) steps with a dew-forming surface, which Does not react chemically to the driven convection that is a closed system in the heat exchanger to at least 3 degrees C below its equilibrium dew point temperature, c. Provides water in a liquid form on the aforementioned cooled dew-forming surface to flow under gravity to the field of enclosed dew drop collection. D. Collection of water in the aforementioned dripping liquid in the water reservoir inside the device e. Continuous water recirculation in the aforementioned liquid state. In water reservoirs, through an action cycle to inhibit the growth of bacteria inside the device without any microorganisms Any persistent contaminants that remain will be killed and any dissolved or absorbable contaminants. It is eliminated by activated carbon filtration, and f. Water distribution in a specific water reservoir is selected from the device. Here all the above steps (a) - (f) have been completed. This is achieved while monitoring the unified condition and proper operation of the equipment, where any impurity Detectable in the said distributed water is in the safe level for drinking water 1 0. Clause 9 process also includes an additional step following step (f); g. Cooling, storage and distribution of cold water produced in the equipment, cold water is given to a temperature in the range of 5-15 ° C h. Heating, processing and distribution of hot water. Produced in the device, hot water will have a temperature in the range of 60-80 degrees C