CN206298454U - Full-automatic direct drinking produces wetting system - Google Patents
Full-automatic direct drinking produces wetting system Download PDFInfo
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- CN206298454U CN206298454U CN201621264570.2U CN201621264570U CN206298454U CN 206298454 U CN206298454 U CN 206298454U CN 201621264570 U CN201621264570 U CN 201621264570U CN 206298454 U CN206298454 U CN 206298454U
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- water
- storage box
- water storage
- delivery port
- membrane assembly
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Abstract
The utility model is related to a kind of full-automatic direct drinking to produce wetting system.Its purpose is to provide a kind of simple structure, high degree of automation, cleaning water purifier high.The utility model includes softening water dispenser, softened water water storage box, middle water water storage box, hyperfiltration membrane assembly, milipore filter water storage box and reverse osmosis membrane assembly, softened water is forced into coarse filter by a RO booster pumps, make the softening water hardness lower, and it is delivered to middle water water storage box by water is produced, the water of middle water water storage box is by the 2nd RO booster pumps, water after pressurization reaches purifying water quality standard by hyperfiltration membrane assembly filtering, purified water is by the 4th RO booster pump repressurizations, it is sterilized water by water outlet after reverse osmosis membrane assembly, direct standard for drinking can be reached.In ultra-filtration process, starting backwashing pump and the 3rd RO booster pumps can carry out backwash to hyperfiltration membrane assembly, and washout remains in the impurity on hyperfiltration membrane assembly.
Description
Technical field
The utility model is related to water treatment field, and more particularly to a kind of full-automatic direct drinking produces wetting system.
Background technology
At this stage, situation about being applied in combination ultrafiltration apparatus and reverse osmosis unit in Water warfare field is more and more, makes
Carried out in water treatment procedure with milipore filter, membrane module has small impurities left in milipore filter through water processed after a while
On, the filter efficiency of milipore filter is reduced, and the problem is solved by the way of film group is changed mostly at present, this method is not only needed
Manual teardown replacing is manually carried out, labor intensive material resources can also cause the waste of film group, increase water purification cost.In addition, net
Each equipment is all by manually manipulating during water, and automaticity is low, and hindered efficiency in water purification work enters one
Step is improved.
Utility model content
It is high that the technical problems to be solved in the utility model is to provide a kind of simple structure, high degree of automation, cleaning water
Full-automatic direct drinking produce wetting system.
The full-automatic direct drinking of the utility model produces wetting system, wherein, including soften water dispenser, softened water water storage box, middle water
Water storage box, hyperfiltration membrane assembly, milipore filter water storage box and reverse osmosis membrane assembly, soften the delivery port and softened water water storage box of water dispenser
Water inlet is connected, and the delivery port of softened water water storage box is connected with the water inlet of middle water water storage box, in going out for softened water water storage box
Coarse filter, the delivery port and hyperfiltration membrane assembly of middle water water storage box are provided between the water inlet of the mouth of a river and middle water water storage box
Water inlet connection, be provided between the delivery port and the water inlet of hyperfiltration membrane assembly of middle water water storage box the 2nd RO supercharging
Pump, the delivery port of hyperfiltration membrane assembly is connected with the water inlet of ultrafiltration water water storage box, the delivery port and milipore filter of middle water water storage box
The delivery port connection of component, is provided with the 3rd RO superchargings between the delivery port and the delivery port of hyperfiltration membrane assembly of middle water water storage box
Pump, the water inlet of the delivery port of hyperfiltration membrane assembly also with ultrafiltration water water storage box is connected, the delivery port and reverse osmosis of ultrafiltration water water storage box
The water inlet connection of permeable membrane component, is provided with the between the delivery port and the water inlet of reverse osmosis membrane assembly of ultrafiltration water water storage box
Four RO booster pumps, the water inlet of the delivery port of ultrafiltration water water storage box also with middle water water storage box is connected, in ultrafiltration water water storage box
Backwashing pump, the 2nd RO booster pumps, the 3rd RO booster pumps, the 4th RO are provided between the water inlet of delivery port and middle water water storage box
The control end of booster pump and backwashing pump is all electrically connected with the control signal output of tele-control system.
The full-automatic direct drinking of the utility model produces wetting system, wherein the coarse filter includes multiple more medium filters again
And accurate filter, multiple more medium filters and accurate filter are successively set on the delivery port of softened water water storage box with
Between water water storage box water inlet between, between softened water water storage box, more medium filter, accurate filter and middle water water storage box
All connected by aqueduct.
The full-automatic direct drinking of the utility model produces wetting system, wherein the delivery port of the softened water water storage box and multimedium mistake
Be provided with a RO booster pumps between the water inlet of filter, the control end of a RO booster pumps all with the control of tele-control system
Signal output part is electrically connected.
The full-automatic direct drinking of the utility model produces wetting system, wherein the full-automatic direct drinking produces wetting system also including aseptic
Water tank, the water inlet of abacterial water tank is connected with the delivery port of reverse osmosis membrane assembly.
The full-automatic direct drinking of the utility model produces wetting system difference from prior art：The utility model ultrafiltration water
Backwashing pump is provided between the water inlet of the delivery port of water storage box and middle water water storage box, can be by the ultrafiltration in ultrafiltration water water storage box
Water pumps into middle water water storage box, and the 3rd RO increasings are provided between the delivery port and the delivery port of hyperfiltration membrane assembly of middle water water storage box
Press pump, can carry out back flush to the delivery port of hyperfiltration membrane assembly by the ultrafiltration water in middle water water storage box, remove milipore filter
The impurity of the water outlet of component, middle water water storage box can also be carried out just by the water inlet of hyperfiltration membrane assembly to hyperfiltration membrane assembly
To flushing, it is ensured that the impurity in hyperfiltration membrane assembly is fully mixed in the ultrafiltration water for rinsing, convenient and swift, it is to avoid milipore filter group
Part is blocked by impurity, greatly prolongs the service life of hyperfiltration membrane assembly.Before hyperfiltration treatment, be provided with more medium filter and
Accurate filter, reaches the distribution purified treatment to running water, good purification, and the granule foreign in running water is according to volume
Difference is removed successively in each filtration step.Work by tele-control system to whole equipment carries out remote control, automatically
Change degree is greatly improved.
Wetting system is produced to the full-automatic direct drinking of the utility model below in conjunction with the accompanying drawings to be described further.
Brief description of the drawings
Fig. 1 is the connection block diagram that the full-automatic direct drinking of the utility model produces wetting system.
Specific embodiment
As shown in figure 1, be the connection block diagram that the full-automatic direct drinking of the utility model produces wetting system, including soften water dispenser 1, soft
Change water water storage box 2, middle water water storage box 5, hyperfiltration membrane assembly 6, milipore filter water storage box 7, reverse osmosis membrane assembly 8 and abacterial water tank 9,
The delivery port for softening water dispenser 1 is connected by aqueduct with the water inlet of softened water water storage box 2, the water outlet of softened water water storage box 2
Mouth is connected with the water inlet of middle water water storage box 5, in the delivery port and the water inlet of middle water water storage box 5 of softened water water storage box 2
Between be disposed with multiple more medium filters 3 and accurate filter 4, it is softened water water storage box 2, more medium filter 3, accurate
All connected by aqueduct between filter 4 and middle water water storage box 5, in the delivery port and multimedium of softened water water storage box 2
First RO booster pumps 10 are installed on the aqueduct between the water inlet of filter 3.The delivery port of middle water water storage box 5 leads to
Cross aqueduct to be connected with the water inlet of hyperfiltration membrane assembly 6, in the delivery port of middle water water storage box 5 and entering for hyperfiltration membrane assembly 6
2nd RO booster pumps 11 are installed, the delivery port of hyperfiltration membrane assembly 6 passes through aqueduct and surpasses on the aqueduct between the mouth of a river
The water inlet connection of drainage water storage box 7, the delivery port of middle water water storage box 5 passes through the water outlet of aqueduct and hyperfiltration membrane assembly 6
Mouth connection, the 3rd RO is provided with the aqueduct between the delivery port of middle water water storage box 5 and the delivery port of hyperfiltration membrane assembly 6
Booster pump 12.The delivery port of hyperfiltration membrane assembly 6 is also connected by aqueduct with the water inlet of ultrafiltration water water storage box 7, ultrafiltration water
The delivery port of water storage box 7 is connected by aqueduct with the water inlet of reverse osmosis membrane assembly 8, in the water outlet of ultrafiltration water water storage box 7
The 4th RO booster pumps 13 are installed on aqueduct between mouth and the water inlet of reverse osmosis membrane assembly 8, ultrafiltration water water storage box 7
Delivery port is also connected by aqueduct with the water inlet of middle water water storage box 5, in delivery port and the centre of ultrafiltration water water storage box 7
Backwashing pump 14 is installed on the aqueduct between the water inlet of water water storage box 5.The delivery port of reverse osmosis membrane assembly 8 passes through water delivery
Pipeline is connected with the water inlet of abacterial water tank 9, in the pure water storage that final process is obtained to abacterial water tank 9.First RO increases
The control end of press pump 10, the 2nd RO booster pumps 11, the 3rd RO booster pumps 12, the 4th RO booster pumps 13 and backwashing pump 14 all with remotely
The control signal output electrical connection of control system, is pressurized to a RO booster pumps 10, the 2nd RO respectively by tele-control system
The working condition of pump 11, the 3rd RO booster pumps 12, the 4th RO booster pumps 13 and backwashing pump 14 carries out remote control.
Operation principle of the present utility model is：Deflation softens water dispenser 1 and running water is softened, the tap water direct after softening
Tap into and wait next step treatment into softened water water storage box 2, the softened water in softened water water storage box 2 adds by a RO booster pumps 10
More medium filter 3 is sequentially passed through after pressure and accurate filter 4 is tentatively filtered, increase products is miscellaneous in removal running water
Matter, makes the hardness of softened water lower, and the running water of preliminary filtering is delivered in middle water water storage box 5.Middle water water storage box 5
Interior running water is filtered by after the pressurization of the 2nd RO booster pumps 11 by hyperfiltration membrane assembly 6, and the water after filtering has reached purifying
Water quality standard, purified water by after the repressurization of the 4th RO booster pumps 13, by output water after reverse osmosis membrane assembly 8 be sterilized water,
Direct standard for drinking can be reached, abacterial water tank 9 is ultimately discharged into and is stored.After the long-time use of hyperfiltration membrane assembly 6, have
On hyperfiltration membrane assembly 6, the filter efficiency to hyperfiltration membrane assembly 6 is impacted impurities left, now starts backwash flow, is opened
Backwashing pump 14, the purified water in ultrafiltration water water storage box 7 is passed through in middle water water storage box 5 to carry out backwash standby, first opens the 3rd
RO booster pumps 12, the delivery port to hyperfiltration membrane assembly 6 carries out back flush, removes the impurity of the water outlet of hyperfiltration membrane assembly 6,
The 2nd RO booster pumps 11 are opened again, positive flushing is carried out to hyperfiltration membrane assembly 6, it is ensured that the impurity in hyperfiltration membrane assembly 6 is mixed completely
Enter in the purified water for rinsing, externally discharged finally by the sewage draining exit on hyperfiltration membrane assembly 6.
The full-automatic direct drinking of the utility model produces wetting system, the delivery port of ultrafiltration water water storage box 7 and middle water water storage box 5
Backwashing pump 14 is provided between water inlet, the ultrafiltration water in ultrafiltration water water storage box 7 middle water water storage box 5, middle water can be pumped into
The 3rd RO booster pumps 12 are provided between the delivery port of water storage box 5 and the delivery port of hyperfiltration membrane assembly 6, can be by middle water retaining
Purified water in case 5 carries out back flush to the delivery port of hyperfiltration membrane assembly 6, remove hyperfiltration membrane assembly 6 water outlet it is miscellaneous
Matter, middle water water storage box 5 can also carry out positive flushing by the water inlet of hyperfiltration membrane assembly 6 to hyperfiltration membrane assembly 6, it is ensured that super
Impurity in filter membrane component 6 is fully mixed in the purified water for rinsing, convenient and swift, it is to avoid hyperfiltration membrane assembly 6 is blocked up by impurity
Plug, greatly prolongs the service life of hyperfiltration membrane assembly 6.Before hyperfiltration treatment, more medium filter 3 and secondary filter are provided with
Device 4, reaches the distribution purified treatment to running water, and good purification, the granule foreign in running water exists according to the difference of volume
Removed successively in each filtration step.Work by tele-control system to whole equipment carries out remote control, automaticity
Greatly improve.The utility model simple structure, high degree of automation, cleaning water are high, compared with prior art with obvious
Advantage.
Embodiment described above is only that preferred embodiment of the present utility model is described, not to this practicality
New scope is defined, and on the premise of the utility model design spirit is not departed from, those of ordinary skill in the art are to this
Various modifications and improvement that the technical scheme of utility model is made, all should fall into the protection of the utility model claims determination
In the range of.
Claims (4)
1. a kind of full-automatic direct drinking produces wetting system, it is characterised in that：Including soften water dispenser (1), softened water water storage box (2), in
Between water water storage box (5), hyperfiltration membrane assembly (6), milipore filter water storage box (7) and reverse osmosis membrane assembly (8), soften water dispenser (1) and go out
The mouth of a river is connected with the water inlet of softened water water storage box (2), delivery port and centre water water storage box (5) of softened water water storage box (2)
Water inlet is connected, and coarse filtration is provided between the delivery port of softened water water storage box (2) and the water inlet of middle water water storage box (5)
Device, the delivery port of middle water water storage box (5) is connected with the water inlet of hyperfiltration membrane assembly (6), in the water outlet of middle water water storage box (5)
Mouthful be provided with the 2nd RO booster pumps (11) between the water inlet of hyperfiltration membrane assembly (6), the delivery port of hyperfiltration membrane assembly (6) with surpass
The water inlet connection of drainage water storage box (7), the delivery port of middle water water storage box (5) is connected with the delivery port of hyperfiltration membrane assembly (6),
The 3rd RO booster pumps (12), ultrafiltration are provided between the delivery port of middle water water storage box (5) and the delivery port of hyperfiltration membrane assembly (6)
Water inlet of the delivery port of membrane module (6) also with ultrafiltration water water storage box (7) is connected, the delivery port of ultrafiltration water water storage box (7) with it is anti-
The water inlet connection of permeable membrane element (8), in the delivery port and the water inlet of reverse osmosis membrane assembly (8) of ultrafiltration water water storage box (7)
Between be provided with the 4th RO booster pumps (13), the delivery port of ultrafiltration water water storage box (7) also with the water inlet of middle water water storage box (5)
Connection, backwashing pump (14) is provided between the delivery port of ultrafiltration water water storage box (7) and the water inlet of middle water water storage box (5),
The control end of the 2nd RO booster pumps (11), the 3rd RO booster pumps (12), the 4th RO booster pumps (13) and backwashing pump (14) all with far
The control signal output electrical connection of process control system.
2. full-automatic direct drinking according to claim 1 produces wetting system, it is characterised in that：The coarse filter includes many again
Individual more medium filter (3) and accurate filter (4), multiple more medium filters (3) and accurate filter (4) are successively set on
Between the water inlet of the delivery port of softened water water storage box (2) and middle water water storage box (5), softened water water storage box (2), multimedium mistake
All connected by aqueduct between filter (3), accurate filter (4) and middle water water storage box (5).
3. full-automatic direct drinking according to claim 2 produces wetting system, it is characterised in that：The softened water water storage box (2)
Delivery port and the water inlet of more medium filter (3) between be provided with a RO booster pumps (10), a RO booster pumps (10)
Control end all electrically connected with the control signal output of tele-control system.
4. full-automatic direct drinking according to claim 1 produces wetting system, it is characterised in that：The full-automatic direct drinking produces water
Equipment also includes abacterial water tank (9), and the water inlet of abacterial water tank (9) is connected with the delivery port of reverse osmosis membrane assembly (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621264570.2U CN206298454U (en) | 2016-11-21 | 2016-11-21 | Full-automatic direct drinking produces wetting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621264570.2U CN206298454U (en) | 2016-11-21 | 2016-11-21 | Full-automatic direct drinking produces wetting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206298454U true CN206298454U (en) | 2017-07-04 |
Family
ID=59212681
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621264570.2U Active CN206298454U (en) | 2016-11-21 | 2016-11-21 | Full-automatic direct drinking produces wetting system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206298454U (en) |
-
2016
- 2016-11-21 CN CN201621264570.2U patent/CN206298454U/en active Active
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