CN204281438U - A kind of two water water-purifying machine - Google Patents
A kind of two water water-purifying machine Download PDFInfo
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- CN204281438U CN204281438U CN201420273366.1U CN201420273366U CN204281438U CN 204281438 U CN204281438 U CN 204281438U CN 201420273366 U CN201420273366 U CN 201420273366U CN 204281438 U CN204281438 U CN 204281438U
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Abstract
A kind of two water water-purifying machine, be made up of ultrafiltration or microstraining core, reverse osmosis membrane or nanofiltration membrane filter core, connecting passage 4A, 0 or at least 1 filter core two, 0 or 1 microcomputer controller, 0 or at least 1 water pump, clear water faucet, water tap etc., water inlet and connecting passage 1A1, threeway 1B, connecting passage 1A2, ultrafiltration or micro-filtration filter that grey, ultrafiltration or micro-filtration filter grey former water cavity 2Y, connecting passage 2A1, the former water cavity of 0 or at least 1 filter core one, connecting passage 3A, reverse osmosis membrane or nanofiltration membrane filter core, connecting passage 4A, water tap are connected; Water-purifying cavity 2J, the connecting passage 6A of threeway 1B and connecting passage 1A2, ultrafiltration or microstraining core, ultrafiltration or microstraining core, threeway 2B, connecting passage 6A2, connecting passage 2A2,0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A1, connecting passage 8A1, threeway 1B circulate and are connected.
Description
Technical field:
---the present invention relates to water quality, fluid purification treatment technology, specifically a kind of two water water-purifying machine.
Background technology:
---current ultrafiltration both domestic and external and reverse osmosis membrane filter element are the feature that strainability that two water of feature and the machine of ultrafiltration water and pure water also exist ultrafiltration water is deteriorated very soon, reason is the life-span except chlorine residue filter core such as active carbon filter core that a large amount of dense Moisture Damage of reverse osmosis membrane filter element discharge is connected with the dense water lines of reverse osmosis membrane filter element below, and because pure water is almost without any mineral substance and trace element, drinking-water and drinking water is caused to there is health risk, therefore the design of two water machine will solve the problem that ultrafiltration water variation causes double water-phase strain differential, such ability is that the industry development of water machine clears away technical barrier, the machine adopts height heavy body except filter core such as the calcium sulfite filter core digital preservation and high speed high water yield flush clean reverse osmosis membrane of chlorine residue or nanofiltration membrane filter core and avoids the mode that can not be subject to any disadvantageous effect that concentrated water drainage goes out and infringement except chlorine residue such as active carbon filter core etc. of ultrafiltration or micro-filtration pipeline to reach durable and two water separately or all good effect of combination.
Technical problem to be solved in the utility model:
The purpose of this utility model overcomes ultrafiltration that prior art exists and reverse osmosis membrane filter element is the deficiency that strainability that two water of feature and the machine of ultrafiltration water and pure water also exist ultrafiltration water is deteriorated very soon, and the machine adopts height heavy body except filter core such as the calcium sulfite filter core digital preservation and high speed high water yield flush clean reverse osmosis membrane of chlorine residue or nanofiltration membrane filter core and avoids the mode that can not be subject to any disadvantageous effect that concentrated water drainage goes out and infringement except chlorine residue such as active carbon filter core etc. of ultrafiltration or micro-filtration pipeline to reach the independent or all good effect of combination of durable and two water.
Technical requirements of the present utility model is such:
(1), shell, drainage layer, sealing material such as seal gum and plastics, valve all adopt sanitation-grade or food grade materials.
(2), the pressure of former water, stoste is 0-0.5MPA or more pressure.
(3), 0 or at least 1 filter core one can adopt various except chlorine residue filter core, but preferably adopt the calcium sulfite filtrate filter core of Be very effective, to ensure to protect reverse osmosis membrane below or nanofiltration membrane filter core for a long time.
(4), water quality conventional index probe (14) probe such as TDS value, pH value probe, magnanimity or the trace element value that can adopt various water quality conventional index pop one's head in, and pops one's head in alone or in combination.
(5), all filter cores of the machine comprise the mode that 0 or at least 1 preposition filter core can take independent 1 filter core or at least 2 filter core parallel connections, for reaching traffic requirement and unified filter core specification meets needs attractive in appearance, 0 or at least 1 preposition filter core preferably adopt at least 2 modes in parallel with augmented flow.
(6), 0 or at least 1 water pump (10) are preferably positioned at connecting passage 1A2 (1A2)
The technical scheme that the utility model technical solution problem adopts:
1, a kind of two water water-purifying machine, by water-in, connecting passage 1A1, connecting passage 1A2, 0 or 1 bypass connecting passage 1A2A, threeway 1B, ultrafiltration or microstraining core, connecting passage 2A1, connecting passage 2A2, threeway 2B, water-purifying cavity 2J, former water cavity 2Y, 0 or at least 1 preposition filter core, 0 or at least 1 filter core one, connecting passage 3A, reverse osmosis membrane or nanofiltration membrane filter core, connecting passage 4A, 0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A, connecting passage 6A1, connecting passage 6A2, connecting passage 7A, threeway or four-way 7B, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, 0 or 1 microcomputer controller, connecting passage 8A1, connecting passage 8A2, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser, connecting passage 9A, 0 or at least 1 water pump, clear water faucet switch, water tap, tap, 0 or at least 1 filter core four form, water-in and connecting passage 1A1, threeway 1B, connecting passage 1A2, ultrafiltration or microstraining core, the former water cavity 2Y of ultrafiltration or microstraining core, connecting passage 2A1, 0 or at least 1 preposition filter core, 0 or at least 1 filter core one, connecting passage 3A, the former water cavity of reverse osmosis membrane or nanofiltration membrane filter core, connecting passage 4A, water tap is connected, water-purifying cavity 2J, the connecting passage 6A of threeway 1B and connecting passage 1A2, ultrafiltration or microstraining core, ultrafiltration or microstraining core, threeway 2B, connecting passage 2A2,0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A1, connecting passage 8A1, threeway 1B circulate and are connected, threeway or four-way 7B are connected successively with connecting passage 7A, clear water faucet, two end interfaces of 0 or 1 bypass connecting passage 1A2A are connected with connecting passage 1A2 respectively, clear water faucet (11) and connecting passage 6A2, threeway 2B, connecting passage 2A2,0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A1, connecting passage 8A1, connecting passage 8A2, threeway or four-way 7B, 0 or at least 1 filter core four are connected, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D are positioned on connecting passage 6A2 or connecting passage 8A2 or connecting passage 6A1 or connecting passage 5A or connecting passage 2A2, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D are positioned on connecting passage 8A2 or connecting passage 3A or connecting passage 2A1, under meter is positioned on connecting passage 8A2 or connecting passage 3A or connecting passage 2A1 or connecting passage 8A2 or connecting passage 6A2 or threeway 2B or connecting passage 6A, connecting passage 8A2 is directly or indirectly connected with threeway 2B with threeway or four-way 7B, 0 or 1 microcomputer controller are electrically connected with magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D respectively, when cancellation 0 or 1 microcomputer controller, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D cancel magnetic valve simultaneously, become flow-limiting valve or current limiting tube or waste water ratio 7D and flow-limiting valve or current limiting tube or waste water ratio 8D, the pure water inlet of reverse osmosis membrane or nanofiltration membrane filter core and connecting passage 8A2, connecting passage 9A, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser are connected, threeway or four-way 7B (7B) and connecting passage 8A2, connecting passage 9A, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser are connected, 0 or at least 1 water pump are positioned on connecting passage 1A2 or connecting passage 1A1 or 0 or 1 bypass connecting passage 1A2A, when cancelling circulating filtration function, 0 or at least 1 water pump are positioned on connecting passage 1A1 or connecting passage 1A2 or 0 or 1 bypass connecting passage 1A2A or connecting passage 2A1 or connecting passage 3A or connecting passage 4A or connecting passage 8A2, 0 or at least 1 preposition filter core are arranged on connecting passage 2A1, the all filter cores of the machine comprise 0 or at least 1 preposition filter core takes the mode of independent 1 filter core or at least 2 filter core parallel connections with augmented flow.
2, a kind of two water water-purifying machine, by water-in, connecting passage 1A1, connecting passage 1A2, 0 or 1 bypass connecting passage 1A2A, threeway 1B, ultrafiltration or microstraining core, connecting passage 2A1, connecting passage 2A2, threeway 2B, water-purifying cavity 2J, former water cavity 2Y, 0 or at least 1 preposition filter core, 0 or at least 1 filter core one, connecting passage 3A, reverse osmosis membrane or nanofiltration membrane filter core, connecting passage 4A, 0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A, connecting passage 6A1, connecting passage 6A2, connecting passage 7A, threeway or four-way 7B, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, connecting passage 8A1, connecting passage 8A2, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D, water quality conventional index and flow microcomputer controller alone or in combination, under meter, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser, connecting passage 9A, 0 or at least 1 water pump, clear water faucet, clear water faucet switch, water tap, tap, 0 or at least 1 filter core four, water quality conventional index is popped one's head in, pressure switch or pressure sensor switch composition, water-in and connecting passage 1A1, threeway 1B, connecting passage 1A2, ultrafiltration or microstraining core, the former water cavity 2Y of ultrafiltration or microstraining core, connecting passage 2A1, 0 or at least 1 preposition filter core, 0 or at least 1 filter core one, connecting passage 3A, the former water cavity of reverse osmosis membrane or nanofiltration membrane filter core, connecting passage 4A, water tap is connected, water-purifying cavity 2J, the connecting passage 6A of threeway 1B and connecting passage 1A2, ultrafiltration or microstraining core, ultrafiltration or microstraining core, threeway 2B, connecting passage 6A2, connecting passage 2A2,0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A1, connecting passage 8A1, threeway 1B circulate and are connected, threeway or four-way 7B are connected successively with connecting passage 7A, clear water faucet, two end interfaces of 0 or 1 bypass connecting passage 1A2A are connected with connecting passage 1A2 respectively, clear water faucet (11) and connecting passage 6A2, threeway 2B, connecting passage 2A2,0 or at least 1 filter core two, connecting passage 5A, 0 or at least 1 filter core three, connecting passage 6A1, connecting passage 8A1, connecting passage 8A2, threeway or four-way 7B, 0 or at least 1 filter core four are connected, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D are positioned at connecting passage 6A2 or connecting passage 8A2 or are positioned on connecting passage 6A1 or connecting passage 5A or connecting passage 2A2, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D are positioned on connecting passage 8A2 or connecting passage 3A or connecting passage 2A1, under meter is positioned on connecting passage 8A2 or connecting passage 3A or connecting passage 2A1 or connecting passage 8A2 or connecting passage 6A2 or threeway 2B or connecting passage 6A, connecting passage 8A2 is directly or indirectly connected with threeway 2B with threeway or four-way 7B, microcomputer controller is popped one's head in magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D, under meter, water quality conventional index respectively alone or in combination, pressure switch or pressure sensor switch be electrically connected for water quality conventional index and flow, the pure water inlet of reverse osmosis membrane or nanofiltration membrane filter core and connecting passage 8A2, connecting passage 9A, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser are connected, threeway or four-way 7B and connecting passage 8A2, connecting passage 9A, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser are connected, water quality conventional index probe is arranged in connecting passage 9A or is built in the water of 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser, 0 or at least 1 water pump are positioned on connecting passage 1A2 or connecting passage 1A1 or 0 or 1 bypass connecting passage 1A2A, when cancelling circulating filtration function, 0 or at least 1 water pump are positioned on connecting passage 1A1 or connecting passage 1A2 (1A2) or 0 or 1 bypass connecting passage 1A2A (1A2A) or connecting passage 2A1 (2A1) or connecting passage 3A (3A) or connecting passage 4A (4A) or connecting passage 8A2 (8A2), 0 or at least 1 preposition filter core (31) are arranged on connecting passage 2A1 (2A1), the all filter cores of the machine comprise 0 or at least 1 preposition filter core (31) takes the mode of independent 1 filter core or at least 2 filter core parallel connections with augmented flow.
Realize concrete mode and requirements more of the present utility model:
1, all possess city tap-water and supply water or secondary water-supply and other hydraulic user etc., as long as pipeline hydraulic pressure or hydraulic pressure to reach between 0-0.8MPA or more standard, can realize comparatively ideal filtration, purification function.
The beneficial effect that the utility model produces is:
---overcome ultrafiltration that prior art exists and reverse osmosis membrane filter element is the deficiency that strainability that two water of feature and the machine of ultrafiltration water and pure water also exist ultrafiltration water is deteriorated very soon, the machine adopts height heavy body except filter core such as the calcium sulfite filter core digital preservation and high speed high water yield flush clean reverse osmosis membrane of chlorine residue or nanofiltration membrane filter core and avoids the mode that can not be subject to any disadvantageous effect that concentrated water drainage goes out and infringement except chlorine residue such as active carbon filter core etc. of ultrafiltration or micro-filtration pipeline to reach the independent or all good effect of combination of durable and two water.
Accompanying drawing illustrates:
Fig. 1 is sectional view of the present utility model.
As shown in the figure: 1, water-in, 1A1, connecting passage 1A1,1A2, connecting passage 1A2,1A2A, 0 or 1 bypass connecting passage 1A2A, 1B, threeway 1B, 2, ultrafiltration or microstraining core, 2A1, connecting passage 2A1,2A2, connecting passage 2A2,2B, threeway 2B, 2J, water-purifying cavity 2J, 2Y, former water cavity 2Y, 31, 0 or at least 1 preposition filter core, 32, 0 or at least 1 filter core one, 3A, connecting passage 3A, 4, reverse osmosis membrane or nanofiltration membrane filter core, 4A, connecting passage 4A, 5, 0 or at least 1 filter core two, 5A, connecting passage 5A, 6, 0 or at least 1 filter core three, 6A, connecting passage 6A, 6A1, connecting passage 6A1,6A2, connecting passage 6A2,7D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, 7A, connecting passage 7A, 7B, threeway or four-way 7B, 8, 0 or 1 microcomputer controller, 8A1, connecting passage 8A1,8A2, connecting passage 8A2,8D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D, 9, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser, 9A, connecting passage 9A, 10, 0 or at least 1 water pump, 11, clear water faucet, 11A, clear water faucet switch, 12, water tap, 12A, tap, 13, 0 or at least 1 filter core four.
Fig. 2 is sectional view of the present utility model.
As shown in the figure: 1, water-in, 1A1, connecting passage 1A1,1A2, connecting passage 1A2,1A2A, 0 or 1 bypass connecting passage 1A2A, 1B, threeway 1B, 2, ultrafiltration or microstraining core, 2A1, connecting passage 2A1,2A2, connecting passage 2A2,2B, threeway 2B, 2J, water-purifying cavity 2J, 2Y, former water cavity 2Y, 31, 0 or at least 1 preposition filter core, 32, 0 or at least 1 filter core one, 3A, connecting passage 3A, 4, reverse osmosis membrane or nanofiltration membrane filter core, 4A, connecting passage 4A, 5, 0 or at least 1 filter core two, 5A, connecting passage 5A, 6, 0 or at least 1 filter core three, 6A, connecting passage 6A, 6A1, connecting passage 6A1,6A2, connecting passage 6A2,7D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D, 7A, connecting passage 7A, 7B, threeway or four-way 7B, 8A1, connecting passage 8A1,8A2, connecting passage 8A2,8D, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D, 8K, water quality conventional index and flow microcomputer controller alone or in combination, 8L, under meter, 9, 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser, 9A, connecting passage 9A, 10, 0 or at least 1 water pump, 11, clear water faucet, 11A, clear water faucet switch, 12, water tap, 12A, tap, 13, 0 or at least 1 filter core four, 14, water quality conventional index is popped one's head in, and 15, pressure switch or pressure sensor switch.
Embodiment: describe the utility model embodiment 1 below in conjunction with accompanying drawing and a preferred embodiment:
Fig. 1 is that the structure of a kind of pair of water water-purifying machine analyses and observe diagram:
(1), virgin state: all terminal valves are all in closure state.
(2), the process of automatic Double-drain:
The water that water such as tap water in source is plugged into from pipeline or water tap mouth enters connecting passage 1A1 (1A1) from water-in (1), three circulars B (1B), connecting passage 1A2 (1A2), enter ultrafiltration or microstraining core (2), water rinses at the foul of former water cavity 2Y (2Y) ultrafiltration or microstraining core (2) interception, water enters into 0 or at least 1 preposition filter core (31) from connecting passage 2A1 (2A1) again, 0 or at least 1 filter core one (32) processing example are as except chlorine residue etc., water enters into the former water cavity of reverse osmosis membrane or nanofiltration membrane filter core (4) again from connecting passage 3A (3A), carry out the high water yield to the particularly loose settling of settling of reverse osmosis membrane or nanofiltration membrane filter core (4) former water cavity deposition to wash away at a high speed, finally, pollutent and water are through water connecting passage 4A (4A), discharge from water tap (12).
(3) process of water purification, is manufactured:
(1) process of ultrafiltration or micro-filtration water, is manufactured:
Water enters into ultrafiltration from connecting passage 1A2 (1A2) or microstraining core (2) filters, water purification enters into connecting passage 6A (6A) from the water-purifying cavity 2J (2J) of ultrafiltration or microstraining core (2), threeway 2B (2B), connecting passage 2A2 (2A2), again through the filtration of 0 or at least 1 filter core two (5), enter into connecting passage 5A (5A) again, again through the filtration of 0 or at least 1 filter core three (6), again through connecting passage 6A1 (6A1), threeway or four-way 7B (7B), connecting passage 8A (8A), threeway 1B (1B), filter through 2 times or N time of ultrafiltration or microstraining core (2) again, the water-purifying cavity 2J (2J) of ultrafiltration or microstraining core (2), when opening from clear water faucet (11), enter into connecting passage 6A (6A), threeway 2B (2B), connecting passage 6A2 (6A2), threeway or four-way 7B (7B), the water of connecting passage 7A (7A), finally flow out from clear water faucet (11), the overall process of water purification manufacture that Here it is.
Fig. 2 is that the structure of a kind of pair of water water-purifying machine analyses and observe diagram:
(1), virgin state: all terminal valves are all in closure state.
(2), the process of automatic Double-drain: (identical with Fig. 1, to omit).
(3) process of water purification, is manufactured: (identical with Fig. 1, to omit).
(4), the process of automatic regulating water quality conventional index such as TDS value:
Water is from the water-purifying cavity 2J (2J) of ultrafiltration or microstraining core (2), enter into connecting passage 6A (6A), threeway 2B (2B), connecting passage 6A2 (6A2), threeway or four-way 7B (7B), connecting passage 8A2 (8A2), the water yield flowing into 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9) increases gradually, when water quality conventional index and the flow flow that microcomputer controller (8K) detects under meter (8L) alone or in combination reaches set(ting)value, Self-shut electromagnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D) also open magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D) automatically, now, pure water also enters into 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9), the water quality conventional indexs such as two kinds of later TDS values of water mixing constantly raise, when water quality conventional index probe (14) detects water quality conventional index such as TDS value reaches set(ting)value, Self-shut electromagnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D), thus keep the stable of water quality, after opening clear water faucet (11), because the pressure in 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9) reduces, when being reduced to set(ting)value, water quality conventional index and flow alone or in combination microcomputer controller (8K) open magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D) automatically, again again repeat above step, the process of automatic regulating water quality conventional index such as TDS value that Here it is.
Claims (2)
1. a two water water-purifying machine, by water-in (1), connecting passage 1A1 (1A1), connecting passage 1A2 (1A2), 0 or 1 bypass connecting passage 1A2A (1A2A), threeway 1B (1B), ultrafiltration or microstraining core (2), connecting passage 2A1 (2A1), connecting passage 2A2 (2A2), threeway 2B (2B), water-purifying cavity 2J (2J), former water cavity 2Y (2Y), 0 or at least 1 preposition filter core (31), 0 or at least 1 filter core one (32), connecting passage 3A (3A), reverse osmosis membrane or nanofiltration membrane filter core (4), connecting passage 4A (4A), 0 or at least 1 filter core two (5), connecting passage 5A (5A), 0 or at least 1 filter core three (6), connecting passage 6A (6A), connecting passage 6A1 (6A1), connecting passage 6A2 (6A2), connecting passage 7A (7A), threeway or four-way 7B (7B), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D), 0 or 1 microcomputer controller (8), connecting passage 8A1 (8A1), connecting passage 8A2 (8A2), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D), 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9), connecting passage 9A (9A), 0 or at least 1 water pump (10), clear water faucet switch (11A), water tap (12), tap (12A), 0 or at least 1 filter core four (13) composition, is characterized in that: water-in (1) and connecting passage 1A1 (1A1), threeway 1B (1B), connecting passage 1A2 (1A2), ultrafiltration or microstraining core (2), the former water cavity 2Y (2Y) of ultrafiltration or microstraining core (2), connecting passage 2A1 (2A1), 0 or at least 1 preposition filter core (31), 0 or at least 1 filter core one (32), connecting passage 3A (3A), the former water cavity of reverse osmosis membrane or nanofiltration membrane filter core (4), connecting passage 4A (4A), water tap (12) is connected, threeway 1B (1B) and connecting passage 1A2 (1A2), ultrafiltration or microstraining core (2), the water-purifying cavity 2J (2J) of ultrafiltration or microstraining core (2), connecting passage 6A (6A), threeway 2B (2B), connecting passage 2A2 (2A2), 0 or at least 1 filter core two (5), connecting passage 5A (5A), 0 or at least 1 filter core three (6), connecting passage 6A1 (6A1), connecting passage 8A1 (8A1), threeway 1B (1B) circulation is connected, be connected successively two end interfaces of 0 or 1 bypass connecting passage 1A2A (1A2A) of threeway or four-way 7B (7B) and connecting passage 7A (7A), clear water faucet (11) are connected with connecting passage 1A2 (1A2) respectively, clear water faucet (11) and connecting passage 6A2 (6A2), threeway 2B (2B), connecting passage 2A2 (2A2), 0 or at least 1 filter core two (5), connecting passage 5A (5A), 0 or at least 1 filter core three (6), connecting passage 6A1 (6A1), connecting passage 8A1 (8A1), connecting passage 8A2 (8A2), threeway or four-way 7B (7B), 0 or at least 1 filter core four (13) are connected, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D) are positioned on connecting passage 6A2 (6A2) or connecting passage 8A2 (8A2) or connecting passage 6A1 (6A1) or connecting passage 5A (5A) or connecting passage 2A2 (2A2), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D) are positioned on connecting passage 8A2 (8A2) or connecting passage 3A (3A) or connecting passage 2A1 (2A1), under meter (8L) is positioned on connecting passage 8A2 (8A2) or connecting passage 3A (3A) or connecting passage 2A1 (2A1) or connecting passage 8A2 (8A2) or connecting passage 6A2 (6A2) or threeway 2B (2B) or connecting passage 6A (6A), connecting passage 8A2 (8A2) is directly or indirectly connected with threeway 2B (2B) with threeway or four-way 7B (7B), 0 or 1 microcomputer controller (8) are electrically connected with magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D) respectively, when cancellation 0 or 1 microcomputer controller (8), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D) cancel magnetic valve simultaneously, become flow-limiting valve or current limiting tube or waste water ratio 7D (7D) and flow-limiting valve or current limiting tube or waste water ratio 8D (8D), the pure water inlet of reverse osmosis membrane or nanofiltration membrane filter core (4) and connecting passage 8A2 (8A2), connecting passage 9A (9A), 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9) are connected, threeway or four-way 7B (7B) and connecting passage 8A2 (8A2), connecting passage 9A (9A), 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9) are connected, 0 or at least 1 water pump (10) are positioned on connecting passage 1A2 (1A2) or connecting passage 1A1 (1A1) or 0 or 1 bypass connecting passage 1A2A (1A2A), when cancelling circulating filtration function, 0 or at least 1 water pump (10) are positioned on connecting passage 1A1 (1A1) or connecting passage 1A2 (1A2) or 0 or 1 bypass connecting passage 1A2A (1A2A) or connecting passage 2A1 (2A1) or connecting passage 3A (3A) or connecting passage 4A (4A) or connecting passage 8A2 (8A2), 0 or at least 1 preposition filter core (31) are arranged on connecting passage 2A1 (2A1), the all filter cores of the machine comprise 0 or at least 1 preposition filter core (31) takes the mode of independent 1 filter core or at least 2 filter core parallel connections with augmented flow.
2. a two water water-purifying machine, by water-in (1), connecting passage 1A1 (1A1), connecting passage 1A2 (1A2), 0 or 1 bypass connecting passage 1A2A (1A2A), threeway 1B (1B), ultrafiltration or microstraining core (2), connecting passage 2A1 (2A1), connecting passage 2A2 (2A2), threeway 2B (2B), water-purifying cavity 2J (2J), former water cavity 2Y (2Y), 0 or at least 1 preposition filter core (31), 0 or at least 1 filter core one (32), connecting passage 3A (3A), reverse osmosis membrane or nanofiltration membrane filter core (4), connecting passage 4A (4A), 0 or at least 1 filter core two (5), connecting passage 5A (5A), 0 or at least 1 filter core three (6), connecting passage 6A (6A), connecting passage 6A1 (6A1), connecting passage 6A2 (6A2), connecting passage 7A (7A), threeway or four-way 7B (7B), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D), connecting passage 8A1 (8A1), connecting passage 8A2 (8A2), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D), water quality conventional index and flow be microcomputer controller (8K) alone or in combination, under meter (8L), 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9), connecting passage 9A (9A), 0 or at least 1 water pump (10), clear water faucet (11), clear water faucet switch (11A), water tap (12), tap (12A), 0 or at least 1 filter core four (13), water quality conventional index probe (14), pressure switch or pressure sensor switch (15) composition, is characterized in that: water-in (1) and connecting passage 1A1 (1A1), threeway 1B (1B), connecting passage 1A2 (1A2), ultrafiltration or microstraining core (2), the former water cavity 2Y (2Y) of ultrafiltration or microstraining core (2), connecting passage 2A1 (2A1), 0 or at least 1 preposition filter core (31), 0 or at least 1 filter core one (32), connecting passage 3A (3A), the former water cavity of reverse osmosis membrane or nanofiltration membrane filter core (4), connecting passage 4A (4A), water tap (12) is connected, threeway 1B (1B) and connecting passage 1A2 (1A2), ultrafiltration or microstraining core (2), the water-purifying cavity 2J (2J) of ultrafiltration or microstraining core (2), connecting passage 6A (6A), threeway 2B (2B), connecting passage 6A2 (6A2), connecting passage 2A2 (2A2), 0 or at least 1 filter core two (5), connecting passage 5A (5A), 0 or at least 1 filter core three (6), connecting passage 6A1 (6A1), connecting passage 8A1 (8A1), threeway 1B (1B) circulation is connected, be connected successively two end interfaces of 0 or 1 bypass connecting passage 1A2A (1A2A) of threeway or four-way 7B (7B) and connecting passage 7A (7A), clear water faucet (11) are connected with connecting passage 1A2 (1A2) respectively, clear water faucet (11) and connecting passage 6A2 (6A2), threeway 2B (2B), connecting passage 2A2 (2A2), 0 or at least 1 filter core two (5), connecting passage 5A (5A), 0 or at least 1 filter core three (6), connecting passage 6A1 (6A1), connecting passage 8A1 (8A1), connecting passage 8A2 (8A2), threeway or four-way 7B (7B), 0 or at least 1 filter core four (13) are connected, magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D) are positioned on connecting passage 6A2 (6A2) or connecting passage 8A2 (8A2) or connecting passage 6A1 (6A1) or connecting passage 5A (5A) or connecting passage 2A2 (2A2), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D) are positioned on connecting passage 8A2 (8A2) or connecting passage 3A (3A) or connecting passage 2A1 (2A1), under meter (8L) is positioned on connecting passage 8A2 (8A2) or connecting passage 3A (3A) or connecting passage 2A1 (2A1) or connecting passage 8A2 (8A2) or connecting passage 6A2 (6A2) or threeway 2B (2B) or connecting passage 6A (6A), connecting passage 8A2 (8A2) is directly or indirectly connected with threeway 2B (2B) with threeway or four-way 7B (7B), microcomputer controller (8K) is popped one's head in (14) with magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 7D (7D), magnetic valve or flow-limiting valve or current limiting tube or waste water ratio 8D (8D), under meter (8L), water quality conventional index respectively alone or in combination, pressure switch or pressure sensor switch (15) be electrically connected for water quality conventional index and flow, the pure water inlet of reverse osmosis membrane or nanofiltration membrane filter core (4) and connecting passage 8A2 (8A2), connecting passage 9A (9A), 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9) are connected, threeway or four-way 7B (7B) and connecting passage 8A2 (8A2), connecting passage 9A (9A), 0 or at least 1 pressure water storage barrel or chamber or pipeline machine or water dispenser (9) are connected, 0 or at least 1 water pump (10) are positioned on connecting passage 1A2 (1A2) or connecting passage 1A1 (1A1) or 0 or 1 bypass connecting passage 1A2A (1A2A), when cancelling circulating filtration function, 0 or at least 1 water pump (10) are positioned on connecting passage 1A1 (1A1) or connecting passage 1A2 (1A2) or 0 or 1 bypass connecting passage 1A2A (1A2A) or connecting passage 2A1 (2A1) or connecting passage 3A (3A) or connecting passage 4A (4A) or connecting passage 8A2 (8A2), 0 or at least 1 preposition filter core (31) are arranged on connecting passage 2A1 (2A1), the all filter cores of the machine comprise 0 or at least 1 preposition filter core (31) takes the mode of independent 1 filter core or at least 2 filter core parallel connections with augmented flow.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420273366.1U CN204281438U (en) | 2014-05-19 | 2014-05-19 | A kind of two water water-purifying machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420273366.1U CN204281438U (en) | 2014-05-19 | 2014-05-19 | A kind of two water water-purifying machine |
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| CN204281438U true CN204281438U (en) | 2015-04-22 |
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Effective date of registration: 20160620 Address after: 510275, No. 1105, B building, Zhongda science and technology building, No. 135 West Xingang Road, Guangzhou, Guangdong, Haizhuqu District, China Patentee after: Guangzhou water purification technology Co., Ltd. Address before: Panyu District zhongcunzhen Clifford Guangzhou City, Guangdong province 511496 Kang Yi Ju 3L5D6F Patentee before: Tang Weizhao |
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