CN206476825U - One kind improves producing water ratio without bucket reverse osmosis water purifier system - Google Patents
One kind improves producing water ratio without bucket reverse osmosis water purifier system Download PDFInfo
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- CN206476825U CN206476825U CN201720059541.0U CN201720059541U CN206476825U CN 206476825 U CN206476825 U CN 206476825U CN 201720059541 U CN201720059541 U CN 201720059541U CN 206476825 U CN206476825 U CN 206476825U
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Abstract
Producing water ratio is improved without bucket reverse osmosis water purifier system the utility model discloses one kind, running water passes sequentially through booster pump through four-way of intaking and what filter flask container is connected with the input of reverse osmosis membrane, and the raw water TDS probes detected for raw water TDS are provided with the front end of reverse osmosis membrane；Reverse osmosis membrane water side is connected by non-return valve, the first high-voltage switch gear and post active carbon with pure water tap, the pure water TDS probes detected for pure water TDS are provided between reverse osmosis membrane water side and post active carbon, reverse osmosis membrane waste discharge water end (W.E.) is divided into two branch roads, one branch road is connected with the input of multifunctional electromagnetic valves, and another branch road is connected by the second magnetic valve, the second high-voltage switch gear, water inlet four-way with water tap.The utility model beneficial effect：Realizability is strong on the basis of original traditional water purifier, and space is not made any changes, and any container is not further added by；The utility model system manufacturing process is simply easily produced, and cost is low.
Description
Technical field
The utility model is related to household reverse osmosis water purifier, and mainly a kind of raising producing water ratio is net without bucket counter-infiltration
Water dispenser system.
Background technology
Reverse osmosis water purifier is a kind of existing frequently-used purifier, is also generated while purifying water and producing pure water
Substantial amounts of concentrated water.The water quality index of concentrated water is in addition to TDS values are higher than running water, due to what filter core before RO filter cores have passed through
Filtering, the water quality index such as the chlorine residue of concentrated water, heterochromatic, peculiar smell, turbidity, suspension, organic matter is superior to running water.Traditional RO is net
Most of concentrated water that water dispenser is produced all is to be directly discharged to sewer, causes water resource waste.In order to solve this problem, at present
The concentrated water that water purifier is produced is stored in external container by part producer, for domestic water.But external container is occupied under kitchen
The confined space.Moreover, external container increase manufacturing cost and influence water purifier integraty.Also part producer stores concentrated water
In water purifier in increased water tank.Not only water purifier volume is increased, and space can not effectively be utilized, and inside also add
Water tank, water level inductive switch, water pump etc., cause cost to rise violently.Scheme described above takes up space greatly, and universal cost compared with
Height, is unfavorable for batch production.So, most of in the market is still that the concentrated water for producing reverse osmosis water purifier is directly arranged
Put.
Utility model content
The purpose of this utility model is to overcome the shortcomings of that prior art is present, and it is anti-without bucket to provide a kind of raising producing water ratio
Water purifier system is permeated, without increasing container, water purifier producing water ratio is improved and reaches water saving purpose.
The purpose of this utility model is completed by following technical solution.This raising producing water ratio is net without bucket counter-infiltration
Water dispenser system, mainly including controller, running water passes sequentially through booster pump and what filter flask container and counter-infiltration through four-way of intaking
The input of film is connected, and the raw water TDS probes detected for raw water TDS are provided with the front end of reverse osmosis membrane；Reverse osmosis membrane
Water side is connected by non-return valve, the first high-voltage switch gear and post active carbon with pure water tap, reverse osmosis membrane water side
The pure water TDS probes detected for pure water TDS are provided between post active carbon, reverse osmosis membrane waste discharge water end (W.E.) is divided into two branch
Road a, branch road is connected with the input of multifunctional electromagnetic valves, another branch road by the second magnetic valve, the second high-voltage switch gear, enter
Water four-way is connected with water tap；The output end of multifunctional electromagnetic valves is discharged to sewer by the first magnetic valve all the way, combination
Another road of output end of magnetic valve is connected with the input of first order filter flask container and constitutes filtering and concentrating water interior circulation；Inside follow
Ring condensed water is mixed by this what filter flask container before counter-infiltration and running water, and filter flask container fills filter core and plays filtering work simultaneously
With.
Further, running water passes sequentially through PP cotton filter core filter flasks container, booster pump, the first activated carbon through four-way of intaking
Filter core filter flask container, the second active carbon filter core filter flask container are connected with the input of reverse osmosis membrane, in the second active carbon filter core
The raw water TDS probes detected for raw water TDS are provided between filter flask container and the front end of reverse osmosis membrane.
Further, another road of the output end of multifunctional electromagnetic valves is connected simultaneously with the input of PP cotton filter core filter flask containers
Constitute filtering and concentrating water interior circulation；Interior circulation condensed water passes through the PP cotton filter core filter flasks container before counter-infiltration, the first active carbon filtration
Core filter flask container and this what filter flask container of the second active carbon filter core filter flask container are mixed with running water, and filter flask container is filled simultaneously
Filter core filtration.
The beneficial effects of the utility model are：
1st, what filter flask and RO putaminas, can contain interior circulation before before the utility model system reverse osmosis membrane (RO films) there be container
Mixing water 3-5L, and our daily families take the 2L that is no more than more than pure water frequency, root root household drinking water custom is that batch (-type) takes
Water.On the other hand the frequency that the running water of our domestic waters is opened is also a lot.2 points of combinations, the utility model more than
System highest can accomplish producing water ratio up to 100%.Namely waste water as little as zero-emission.
2nd, the utility model system manufacturing process is simply easily produced, and cost is low.
3rd, realizability is strong on the basis of original traditional water purifier, and space is not made any changes, and any container is not further added by.
Brief description of the drawings
Fig. 1 is water-flow chart schematic diagram of the present utility model.
Fig. 2 is electric control schematic diagram of the present utility model.
Fig. 3 is the intelligent control schematic diagram of pure water of the present utility model tap.
Fig. 4 illustrates for the intelligent control of water tap of the present utility model.
Description of reference numerals：Water inlet four-way 1, PP cotton filter core filter flasks container 2, the first magnetic valve 3, the second magnetic valve 4, supercharging
Pump 5, the first active carbon filter core filter flask container 6, the second active carbon filter core filter flask container 7, water tap 8, raw water TDS probes 9,
Reverse osmosis membrane 10, non-return valve 11, pure water TDS probes 12, the first high-voltage switch gear 13, post active carbon 14, pure water tap 15, group
Close magnetic valve 16, the second high-voltage switch gear 17.
Embodiment
Detailed introduction is done to the utility model below in conjunction with accompanying drawing：
As depicted in figs. 1 and 2, this raising producing water ratio described in the utility model is main without bucket reverse osmosis water purifier system
To include controller, it is characterised in that：Running water passes sequentially through PP cotton filter core filter flasks container 2, booster pump 5, the through four-way 1 of intaking
One active carbon filter core filter flask container 6, the second active carbon filter core filter flask container 7 are connected with the input of reverse osmosis membrane 10,
The raw water TDS probes detected for raw water TDS are provided between two active carbon filter core filter flask containers 7 and the front end of reverse osmosis membrane 10
9；The water side of reverse osmosis membrane 10 passes through non-return valve 11, the first high-voltage switch gear 13 and post active carbon 14 and the phase of pure water tap 15
Connection, is provided with the pure water TDS probes 12 detected for pure water TDS between the water side of reverse osmosis membrane 10 and post active carbon 14,
The waste discharge water end (W.E.) of reverse osmosis membrane 10 is divided into two branch roads, and a branch road is connected with the input of multifunctional electromagnetic valves 16, another branch road
It is connected by the second magnetic valve 4, the second high-voltage switch gear 17, water inlet four-way 1 with water tap 8；Multifunctional electromagnetic valves 16 it is defeated
Go out end and sewer is discharged to by the first magnetic valve 3 all the way, another road of output end and the PP cotton filter cores filter flask of multifunctional electromagnetic valves 16 hold
The input of device 2 is connected and constitutes filtering and concentrating water interior circulation.Interior circulation condensed water is filtered by the PP cotton filter cores before counter-infiltration
Bottle container 2, the first active carbon filter core filter flask container 6 and this what filter flask container of the second active carbon filter core filter flask container 7 with originally
Water is mixed, and filter flask container fills filter core filtration simultaneously, and dual-use material makes full use of.
Described control method is：Raw water TDS detections are carried out by raw water TDS probes 9, entered by pure water TDS probes 12
Row pure water TDS is detected；System calculates to take off according to raw water and the TDS values of pure water salt rate, and continuous interior circulation reverse osmosis membrane 10 is filtered
Condensed water, interior circulation condensed water passes through the PP cotton filter core filter flasks container 2 before counter-infiltration, the and of the first active carbon filter core filter flask container 6
This what filter flask container of second active carbon filter core filter flask container 7 and running water are mixed, when salt rejection rate drops to 90% condensed water from
Water tap 8 is discharged is discharged to sewer to user's life slurry or the first magnetic valve 3 of control.
As shown in figure 3, the intelligent control of pure water tap is comprised the following steps that：
1), fetch water when opening pure water tap 15, pressure release at the first high-voltage switch gear 16, and deliver a signal to controller；
2), complete machine runs water processed, and condensed water is back to the front end of pretreatment PP cotton filter core filter flasks container 2 and circulates water processed；
3) salt rejection rate, is detected by water route TDS, if less than 90%, the flushing valve that controller passes through multifunctional electromagnetic valves 16
Discharge condensed water is opened with the first magnetic valve 3, then judges whether water intaking completes, if it is, closing pure water tap 15；Such as
It is really no, then return to step 2) continue water processed；
4) salt rejection rate, is detected by water route TDS, if greater than equal to 90%, controller is rushed by multifunctional electromagnetic valves 16
Wash valve and the first magnetic valve 3 is not opened, then judge whether water intaking completes, if it is, closing pure water tap 15；If
It is no, then return to step 2) continue water processed.
As shown in figure 4, the intelligent control of water tap is comprised the following steps that：When water tap 8 is opened, second is high
Compress switch pressure release at 17, and delivers a signal to controller；Whether raw water TDS values are more than the 10% of running water initial value, if it is,
Then booster pump 5 starts work, opens the second magnetic valve 4, and the condensed water prestored in filter flask container is discharged with water tap 8；When
Raw water TDS detected values recover in the range of originally water number, then booster pump 5 does not start work, and the second magnetic valve 4 is not opened；Both ensured
Water quality before RO films and effectively rinse RO films and effectively can utilize water resource so as to improve the producing water ratio of water cleaning systems again.It is pure when taking
When water is enough, water tap 8 is not turned on, when the salt rejection rate of the TDS calculating of system detectio is less than 90%, multifunctional electromagnetic valves
16 flushing valve and the first magnetic valve 3 open discharge water to sewer, effectively protection RO film service lifes.
It is understood that it will be understood by those skilled in the art that to the technical solution of the utility model and utility model structure
Think of is subject to equivalent substitution or changed all belong to the scope of the claims appended by the utility model.
Claims (3)
1. one kind improves producing water ratio without bucket reverse osmosis water purifier system, mainly including controller, it is characterised in that：Running water is through entering
Water four-way (1) passes sequentially through booster pump (5) and what filter flask container is connected with the input of reverse osmosis membrane (10), in counter-infiltration
The front end of film (10) is provided with the raw water TDS probes (9) detected for raw water TDS；Reverse osmosis membrane (10) water side by inverse
Only valve (11), the first high-voltage switch gear (13) and post active carbon (14) are connected with pure water tap (15), reverse osmosis membrane (10)
The pure water TDS probes (12) detected for pure water TDS, reverse osmosis membrane (10) are provided between water side and post active carbon (14)
Waste discharge water end (W.E.) is divided into two branch roads, and a branch road is connected with the input of multifunctional electromagnetic valves (16), and another branch road passes through second
Magnetic valve (4), the second high-voltage switch gear (17), water inlet four-way (1) are connected with water tap (8)；Multifunctional electromagnetic valves (16)
Output end is discharged to sewer by the first magnetic valve (3) all the way, and another road of output end and the first order of multifunctional electromagnetic valves (16) are filtered
The input of bottle container is connected and constitutes filtering and concentrating water interior circulation；Interior circulation condensed water passes through this what filter before counter-infiltration
Bottle container is mixed with running water, and filter flask container fills filter core filtration simultaneously.
2. raising producing water ratio according to claim 1 is without bucket reverse osmosis water purifier system, it is characterised in that：Running water is through entering
Water four-way (1) passes sequentially through PP cotton filter core filter flask containers (2), booster pump (5), the first active carbon filter core filter flask container (6), second
Active carbon filter core filter flask container (7) is connected with the input of reverse osmosis membrane (10), in the second active carbon filter core filter flask container (7)
The raw water TDS probes (9) detected for raw water TDS are provided between the front end of reverse osmosis membrane (10).
3. raising producing water ratio according to claim 1 or 2 is without bucket reverse osmosis water purifier system, it is characterised in that：Combination electricity
Another road of output end of magnet valve (16) is connected and constituted with the input of PP cotton filter core filter flask containers (2) to be followed in filtering and concentrating water
Ring；Interior circulation condensed water by the PP cotton filter core filter flask containers (2) before counter-infiltration, the first active carbon filter core filter flask container (6) and
This what filter flask container of second active carbon filter core filter flask container (7) is mixed with running water, and filter flask container fills filter core simultaneously and risen
Filter is acted on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720059541.0U CN206476825U (en) | 2017-01-18 | 2017-01-18 | One kind improves producing water ratio without bucket reverse osmosis water purifier system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720059541.0U CN206476825U (en) | 2017-01-18 | 2017-01-18 | One kind improves producing water ratio without bucket reverse osmosis water purifier system |
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| CN206476825U true CN206476825U (en) | 2017-09-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106630232A (en) * | 2017-01-18 | 2017-05-10 | 杭州老板电器股份有限公司 | Bucket-free reverse osmosis water purifier system capable of improving water production rate and control method |
-
2017
- 2017-01-18 CN CN201720059541.0U patent/CN206476825U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106630232A (en) * | 2017-01-18 | 2017-05-10 | 杭州老板电器股份有限公司 | Bucket-free reverse osmosis water purifier system capable of improving water production rate and control method |
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