TH72295B - Coiled reverse osmosis membrane component - Google Patents

Abstract

DC60 (25/07/55) Roll (10) reverse osmosis membrane component created by winding the membrane component. Purify at least one (11) batch of pure water around the centered (400) water pipe formed by a spoon. The pure water guide net (100), the reverse osmosis membrane (200), and the feedwater guide net (300), wherein the reverse osmosis membrane (200) is folded in such a way that The feed water passage (210) is created from the inner surface of the section. And the water passageway (220) will be built between The adjacent outer surfaces of the section The feeder net (300) is located in the feed water passageway (210), while the pure stream guide net (100) is located in the produced water passageway (220) through the produced water. Ascent (220), there will be only pure water outlet (221) facing the center produced water pipe (400) and the remaining three sides (222, 223, 224) of that section. Will be sealed. The cross-sections of both sides (212, 213) of the feed water passages (210) attached to the fold (211) and away from the center produced water pipes (400) are sealed in The manner in which the small raw water inlet (214) adjacent to the center-produced water pipe (400) is sequentially established on both sides (212, 213) and concentrated water outlet (215). ) Will be created at The side of the feed water passage (210) opposite the fold (211) The reverse osmosis membrane component (10) of this invention has increased the speed on the membrane surface. Reduce the polarity of Concentration of the pulp surface And reduce the pollution rate of the coiled membrane components (10), which will extend the life Applications of the coiled membrane component (10) The reverse osmosis membrane component (10) formed by winding the membrane component. Purify at least one (11) batch of pure water around the centered (400) water pipe formed by a spoon. The pure water guide net (100), the reverse osmosis membrane (200), and the feedwater guide net (300), wherein the reverse osmosis membrane (200) is folded in such a way that The feed water passage (210) is created from the inner surface of the section. And the water passageway (220) will be built between The outer surface attached to the part The feeder net (300) is located in the feed water passageway (210), while the pure stream guide net (100) is located in the produced water passageway (220) through the produced water. Ascent (220), there will be only pure water outlet (221) facing the center produced water pipe (400) and the remaining three sides (222, 223, 224) of that section. Will be sealed. The cross-sections of both sides (212, 213) of the feed water passages (210) attached to the fold (211) and away from the center produced water pipes (400) are sealed in The manner in which the small raw water inlet (214) adjacent to the center-produced water pipe (400) is sequentially established on both sides (212, 213) and concentrated water outlet (215). ) Will be created at The side of the feed water passage (210) opposite the fold (211) The reverse osmosis membrane component (10) of this invention has increased the speed on the membrane surface. Reduce the polarity Concentration of the pulp surface And reduce the pollution rate of the coiled membrane components (10), which will extend the life Applications of the coiled membrane component (10)

Claims (8)

Disclaimer (all) which will not appear on the advertisement page. : ------ 20/07/2018 ------ (OCR) Page 1 of 2 pages Disclaimer 1. Coiled reverse osmosis membrane component created by Wrap the pulp for pure water. At least one set around a central treated water pipe. And each batch of pure water membranes was created by The treated water guide piece like a thin mesh. Reverse osmosis membranes and treated water-guided parts like mesh; The reverse osmosis membrane is folded on the side. That folds to create an inner water flow channel along its inner surface; Water flow channel The therapy is established between the outer surface of the reverse osmosis membrane; Water guide piece The mesh-like was placed within the feeder channel; Treated water guides that look like eyes The net is positioned within the flow channel. Treated water is positioned within the treated water flow channel; The treated water flow channel is only open at the treated water outlet, which opens through the treated water pipe. Central therapy And the treated water flow channels are sealed and sealed on the remaining three sides; The feed water channels are closed and sealed at areas far from the central treated water pipes on both sides. Attached to the folded side This allows the feed water flow to form a small raw water inlet portion of the inlet. Raw water, respectively, at areas near the central treated water pipes on both sides. And water outlet The concentrate is generated at the inlet channel opposite to the folded side 2. The coiled reverse osmosis membrane component of claim 1, where the The feed water is sealed and sealed at areas far from the central treated water pipes on both sides. Stick to the folded side by sticking the area far from the central treated water pipe using glue before the membranes are made. The pure water is wrapped around the central treated water pipes 3. Coiled reverse osmosis membrane component of claim 1, where The feed water flow is closed and partially sealed on both sides attached to the folded side by means of a cap. Cover the ring-shaped ends to block the outer areas of the two end surfaces of the component. The reverse osmosis membranes are coiled, respectively, after the purified water membrane is wound around. The central treated water pipe and the gap are provided between the central treated water pipe and the lid. 4. The coiled reverse osmosis membrane component of claim 1 where the length of the raw water inlet is 1/4 to 1/3 the length of the flow channel. Water is fed on both sides attached to the folded side 5. Coiled reverse osmosis membrane component of claim 1, where there are two sets of pure water membranes that are wrapped around the water pipes. The central part, page 2 of the number 2, page 6. Coiled reverse osmosis membrane component of claim 1, with the feed tube being Provided inside the raw water inlet And each feed water pipe is provided with a number of small through holes. 7. The coiled reverse osmosis membrane component of claim 6 where the opening of the coiled reverse osmosis membrane opens to the concentrated water outlet. The tubes are arranged on both sides of the feed water flow compartment, which are attached to the folded side. 8. Roll reverse osmosis membrane component of claim 6 or 7, where the osmosis membranes are The reverse is folded to form two layers of the water feed channel. And treated water flow channels; Each layer of the feed water flow channel There will be raw water inlet at both ends and raw water inlet at each end. It is provided with the water supply pipe inside it ------------ 1.Rolled reverse osmosis membrane component created by winding the water-making membrane component. At least one batch of pure water around the middle water pipe is produced. Which is assembled by stacking the net Navigate pure water Reverse osmosis membrane And the net to guide the feed water Where the osmotic membrane Such reverse cis will be folded in such a way that The feed water passage is made up of a matte surface. In the above section And the produced water passages are created between adjacent outer surfaces. Of the said part Where the feeding nets are located in the feed water passage in As the guiding nets, the pure water flows are located in the produced water passageway, whereby the produced water passageway has only the purified water outlet facing the generated water pipes. The center and the other three sides are sealed. And by that part Cut part of both sides of the feed water passageway. Attached to the fold and away from the water pipe Produced in the center is sealed in such a way that a small portion of the raw water inlet is attached to the The water pipes that are produced in the middle are respectively created on both sides and the water outlet. The concentrate is created on the side of the feed water passageway opposite to the fold. 2. The coiled reverse osmosis membrane component of claim 1, characterized by its unique characteristics, are the parts on both sides of the feed water passageway adjacent to the fold and away from the tube. The central produced water is hermetically sealed by connecting the said parts away from the water pipes at Centrally produced with glue before the purified water membrane component is wrapped around the centrally produced water pipe. 3. The roll reverse osmosis membrane component of the 1st claim, characterized by that part of both sides of the aforementioned water passageway, is attached to the fold, is sealed. Tightly sealed by both ends of the coil reverse osmosis membrane component. After the purified water membrane component is wrapped around the Central production water pipe In such a way that there will be a gap between the central production water pipe and the end cap. 4. The roll reverse osmosis membrane component of claim 1, characterized by the length of the raw water inlet, is equal to 1/4 ~ 1/3 1 of the entire length. Two of The passage of the feed water attached to the fold. 5. The roll reverse osmosis membrane component of claim 1, characterized by its unique characteristics, is the two sets of such pure water membrane components are wrapped around the central production water pipe. 6. The roll reverse osmosis membrane component of claim 1, characterized by a large number of microporous holes directed into the outlet, the concentrated water is provided in the compartment. Into the said raw water 7. The coiled reverse osmosis membrane component of claim 1, characterized by the inlet pipe mouth, is aligned with the side of the feed water passage. It is attached to the fold. 8. The roll reverse osmosis membrane component of claim 1, characterized by the aforementioned reverse osmosis membrane, is folded to form two layers of water passage. Feed and two layers of passage through the water produced Each layer of the passage through the feed water is provided. With raw water inlet at both ends of the said section And each channel to enter the said raw water Will be provided with the water inlet pipe in that section.