CN205603355U - Circulating water treatment equipment - Google Patents
Circulating water treatment equipment Download PDFInfo
- Publication number
- CN205603355U CN205603355U CN201620374248.9U CN201620374248U CN205603355U CN 205603355 U CN205603355 U CN 205603355U CN 201620374248 U CN201620374248 U CN 201620374248U CN 205603355 U CN205603355 U CN 205603355U
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- CN
- China
- Prior art keywords
- water
- dense
- reverse osmosis
- osmosis membrane
- outlet
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Separation Using Semi-Permeable Membranes (AREA)
- Water Treatment By Sorption (AREA)
Abstract
The utility model provides a circulating water treatment equipment, includes water storage device, reverse osmosis membrane, dense water recovery unit and water smoke collection device, water storage device includes the storage water tank, is provided with the delivery port in the storage water tank bottom, reverse osmosis membrane's the end of intaking links to each other through the delivery port on connecting pipe A and the storage water tank, reverse osmosis membrane's play water end (W. E. ) passes through connecting pipe B and links to each other with dense water recovery unit, dense water recovery unit passes through connecting pipe C and links to each other with water smoke collection device upper portion, and water smoke collection device passes through the lower part connecting pipe D and storage water tank upper portion intercommunication, is provided with first filter and booster pump on the connecting pipe A, and first filter is located between booster pump and the delivery port, and first filter is quartzy sand filter. The utility model discloses a set up english sand filter before reverse osmosis membrane, the accessible quartz sand filters suspended solid and the large granule impurity of getting rid of former aquatic and obtains clarified water, and again with among the reentrant reverse osmosis membrane of clarified water, the product water after reverse osmosis membrane filters reaches the end use requirement.
Description
Technical field
This utility model belongs to purifier manufacturing technology field, is specifically related to a kind of recirculated water
Processing equipment.
Background technology
Purifier is for producing water purification, and purifier many employings reverse osmosis process utilizes nothing
Brackish water is carried out the operation such as desalination, desalination by the physical method of phase transformation, thus is formed and can directly drink
Water purification.But existing water treatment facilities typically can not realize i.e. filtering i.e. drinking, it will usually
One pure water accumulator is set after osmosis filtration assembly, with the pure water after stored filter, uses
The pure water being stored in pure water accumulator that the pure water that family uses just has filtered before being, but
Pure water accumulator content is easily generated abnormal flavour and breed bacteria, and pure water causes secondary pollution, unfavorable
Healthy in user.In order to ensure that user drinks water health, is typically with reverse osmosis at present
After tap water is processed by film water processing mode so that it is the product water after reverse osmosis membrane processing
It is finally reached use requirement.
But reverse osmosis membrane is in filtering, reverse osmosis membrane is usually caused to produce because water quality is bad
Life blocks and reduces water flux so that reverse osmosis membrane job insecurity, and often occurs changing,
Thus increase the use cost of user.It addition, existing water treatment facilities are not the most to reverse osmosis
The dense water of permeable membrane output recycles, and not only causes water resource waste, and produce dense
Water also can cause environmental pollution and affect the functional reliability of water treatment facilities, and water is produced in impact simultaneously
Rate and service life of equipment, and directly be difficult to reach user by the water quality after reverse osmosis membrane filtration
Use requirement.
Utility model content
Of the present utility model it is for the deficiency existing for existing purifier, it is provided that a kind of
Circulating water treatment device.
This utility model is achieved by the following technical programs.
A kind of circulating water treatment device, including water storage device, reverse osmosis membrane, dense apparatus for recovering
And water smoke collection device, described water storage device includes storage tank, is provided with out bottom storage tank
The mouth of a river, the water inlet end of described reverse osmosis membrane is connected with the outlet on storage tank by connecting tube A,
The water side of described reverse osmosis membrane is connected with dense apparatus for recovering by connecting tube B, described dense water
Retracting device is connected with water smoke collection device top by connecting tube C, water smoke collection device bottom
Connected with storage tank top by connecting tube D, described connecting tube A is provided with the first filter
And booster pump, and the first filter is between booster pump and outlet.
Described reverse osmosis membrane includes membrane component and is separately positioned on the cephacoria end cap at membrane component two ends
With caudacoria end cap, described cephacoria end cap is provided with water inlet, caudacoria end cap is provided with product water
Outlet and dense water outlet, wherein water inlet passes through connecting tube A and is arranged on storage tank bottom
Outlet be connected, dense water outlet is connected with connecting tube B.
Described dense apparatus for recovering includes water storage cavity and is arranged on the atomising device bottom water storage cavity,
Being respectively arranged with dense water water inlet and water-mist outlet on water storage cavity, water-mist outlet is arranged on water storage
Top of chamber, dense water water inlet is arranged on water storage cavity bottom.
Being additionally provided with overfall and sewage draining exit on described water storage cavity, wherein, overfall is positioned at water storage
Chamber is away from the top of dense water water inlet side, and sewage draining exit is positioned at water storage cavity bottom.
Described atomising device is supersonic atomizer or heating atomization device.
Described water smoke collection device includes water smoke collection chamber and is arranged in water smoke collection chamber
Water smoke collecting part.
Described first filter is quartz filter.
It is provided with cleaning parts bottom described storage tank, and cleans parts by guiding and controller
It is connected.
Described cleaning parts are supersonic generator.
It is additionally provided with blow-off pipe bottom described storage tank, and on blow-off pipe, is provided with blowoff valve.
The beneficial effects of the utility model are:
Compared with prior art, this utility model filters by setting up sand before reverse osmosis membrane
Device, can remove the float in former water by quartz sand filtration and large granular impurity is clarified
Water, then primary water is entered back in reverse osmosis membrane, the product water after reverse osmosis membrane filtration reaches
Use requirement eventually, reverse osmosis membrane can be avoided simultaneously to produce blocking and affect water flux, and then extend
In the service life of reverse osmosis membrane, increase generation rate.Additionally this utility model returns by arranging dense water
Receiving apparatus and water smoke collection device with the condensed water producing water in water treatment procedure is circulated back
Receive and utilize, thus ensure the reliability and stability that whole circulating water treatment device works；Not only
Can reduce water consumption, reduce the condensed water pollution level to purifier, moreover it is possible to extend water purification and set
In the service life of standby each building block, reduce customer using cost.Guarantee the water storage water of storage tank
Matter, it is ensured that user's is healthy with water, has the effect of energy-conserving and environment-protective, can produce at drinking water
Technical field wide popularization and application.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
In figure: 1-water storage device, 2-reverse osmosis membrane, the dense apparatus for recovering of 3-, 4-water smoke is collected
Device, 5-connecting tube A, 6-connecting tube B, 7-connecting tube C, 8-connecting tube D, 11-storage tank,
12-drainage screen, 13-cleans parts, 14-controller, 21-membrane component, 22-cephacoria end cap, 23-
Caudacoria end cap, 24-produces water pipe, 31-water storage cavity, 32-atomising device, and 41-water smoke is collected
Cavity, 42-water smoke collecting part, 51-the first filter, 52-booster pump, 61-control valve,
The import of 111-water source, 112-blow-off pipe, 113-blowoff valve, 114-outlet, 221-water inlet,
231-produces the mouth of a river, 232-dense water outlet, 311-dense water water inlet, 312-water-mist outlet,
313-sewage draining exit, 314-overfall.
Detailed description of the invention
The technical solution of the utility model is described further below, but claimed scope is not
It is confined to described.
As it is shown in figure 1, a kind of circulating water treatment device described in the utility model, including water storage
Device 1, reverse osmosis membrane 2, dense apparatus for recovering 3 and water smoke collection device 4, described water storage device
1 includes storage tank 11, is provided with outlet 114, described reverse osmosis membrane 2 bottom storage tank 11
Water inlet end be connected with the outlet 114 on storage tank 11 by connecting tube A5, described reverse osmosis
The water side of film 2 is connected with dense apparatus for recovering 3 by connecting tube B6, described dense apparatus for recovering
3 are connected with water smoke collection device 4 top by connecting tube C7, and water smoke collection device 4 bottom is passed through
Connecting tube D8 connects with storage tank 11 top, and described connecting tube A5 is provided with the first filter
51 and booster pump 52, and the first filter 51 is between booster pump 52 and outlet 114.This
Technical scheme is by arranging the first filter 51, and the first filter 51 is quartz sand filtration
Device, so, can remove the float in former water and large granular impurity by quartz sand filtration, then
By by the former water after quartz sand filtration by the heavy metal in activated carbon adsorption water body and colloid,
Obtaining primary water after the materials such as antibacterial, primary water enters back in reverse osmosis membrane 2, through reverse osmosis membrane 2
Product water after filtration reaches final utilization requirement, can take by producing water outlet pipe 24；Simultaneously
Reverse osmosis membrane 2 can be avoided to produce blocking and affect water flux, and then extend the use of reverse osmosis membrane 2
In the life-span, increase generation rate.The technical program is collected by arranging dense apparatus for recovering 3 and water smoke
Reverse osmosis 2 is recycled by device 4, becomes water smoke by the dense water of dense apparatus for recovering 3
Rear entrance water smoke collection device 4 forms distilled water, and distilled water flows into water storage by connecting tube D8 again
Case 11 recycles, thus reduces dense water, during recycling, storage tank 11 is caused dirt
Dye and generation corrosion phenomenon, thus extend the service life of water storage device 1, and substantially increase
Water storage water quality.Simultaneously entering dense apparatus for recovering 3 from reverse osmosis membrane 2 dense water out, dense water returns
Dense water can be converted into distilled water by receiving apparatus 3.Distilled water can be delivered to reverse osmosis membrane 2 again
Carry out filtration treatment, so can reclaim dense water the most completely, save water consumption, and
Distilled water is the cleanest, thus can reduce the damage of reverse osmosis membrane 2, thus extends reverse osmosis
The service life of permeable membrane 2, and then reduce the use cost of user.
Described reverse osmosis membrane 2 includes membrane component 21 and is separately positioned on the cephacoria at membrane component 21 two ends
End cap 22 and caudacoria end cap 23, described cephacoria end cap 22 is provided with water inlet 221, caudacoria end
Being provided with product water outlet 231 and dense water outlet 232 on lid 23, wherein water inlet 221 passes through
Connecting tube A5 is connected with the outlet 114 being arranged on storage tank 11 bottom, dense water outlet 232
It is connected with connecting tube B6.In the technical program, membrane component 21 uses glass fibre intersection coiling, and
It is solidify to form by epoxy resin glue, membrane component 21 and cephacoria end cap 22 and caudacoria end cap 23
An entirety, and gapless between membrane component 21 and film end cap is formed after solidification.Described glass fibers
Membrane component 21 inside that dimension intersection coiling is formed is additionally provided with the low pressure reverse osmosis that spiral rolls
Permeable membrane sheet.Described heater 31 is made up of the heat pipe that adds being arranged in water tank, described heating
Pipe is designed to helicoidal structure, and heating control curl adds the heating surface area of water purification, makes
Flowing through and add the water purification of heat pipe and can reach boiling point, the thermal efficiency is high, and generates heat uniformly.Due to film
Element 21 pollute mostly occur in film rear end, i.e. water side, when needs clean, will with produce
Product water outlet pipe 24 and the reversal connection of connecting tube A5 that the mouth of a river 231 connects, the most flushable contaminated film
The water side of element.
Described dense apparatus for recovering 3 includes water storage cavity 31 and is arranged on the atomization bottom water storage cavity 31
Device 32, is respectively arranged with dense water water inlet 311 and water-mist outlet 312 on water storage cavity 31, its
In dense water water inlet 311 for being connected with connecting tube B6, water-mist outlet 312 is used for and connecting tube 7
It is connected.Described water-mist outlet 312 is arranged on water storage cavity 31 top, it is simple to water smoke is from water storage cavity 31
In shed.It is additionally provided with overfall 314 and sewage draining exit 313 on described water storage cavity 31, wherein, overflows
Head piece 314 is positioned at the water storage cavity 31 top away from dense water water inlet 311 side, so, works as water storage
When water in chamber 31 is full, dense water can flow out from overfall 314, and then add this circulating device
Reliability.Described sewage draining exit 313 is positioned at water storage cavity 31 bottom, can be regular by sewage draining exit 314
Concentrating and precipitating impurity in water storage cavity 31 is discharged, such that it is able to preferably purified treatment
Dense water.Atomising device 32 in the technical program can make the dense water in water storage cavity 31 become water smoke,
And water smoke can be diffused into water smoke collection device 4 from water-mist outlet 312 and carry out condensation collection.
In the technical program, described atomising device 32 can use supersonic atomizer or heating
Atomising device, wherein, supersonic atomizer can include supersonic generator, and ultrasound wave occurs
Condensed water can be become water smoke by the ultrasound wave that device is launched.Heating atomization device can include electrical heating
Rod, electrically heated rod energising work is also heated condensed water, so condensed water can be become water smoke.
Described water smoke collection device 4 includes water smoke collection chamber 41 and is arranged on water smoke collection chamber
Water smoke collecting part 42 in 41.In the technical program, water smoke collecting part 42 can use sea
The continuous miscellaneous part that maybe can reach collecting effect.When actual assembled, water smoke collecting part 42
With the contact internal walls of water smoke collection chamber 41, so, all of water smoke can be made to be collected by water smoke
Parts 42, thus preferably collect water smoke, make water smoke effectively be condensed into distilled water tailing edge connecting tube
D8 flows into storage tank 11 and carries out cycle applications again.
It is provided with drainage screen 12 in described storage tank 11.The water body entering storage tank 11 can be carried out
Preliminary filtration so that enter the water in reverse osmosis membrane 2 the cleanest.
It is provided with cleaning parts 13 bottom described storage tank 11, cleans parts 13 and controller 14
It is connected.Control to clean parts 13 by controller 14 drainage screen 12 in storage tank 11 is carried out clearly
Wash.In the technical program drainage screen, described cleaning parts 13 are supersonic generator, and super
The transmitting of sonic generator is rectified drainage screen 12, so can reach preferable cleaning performance.
It is additionally provided with blow-off pipe 112 bottom described storage tank 11, and is provided with on blow-off pipe 112
Blowoff valve 113.So, in cleaning process, pollutant can be discharged from blow-off pipe 112.?
In the technical program, blowoff valve 113 is normally close valve, beneficially blowoff valve 113 and controller 14
It is connected.
Described dense water outlet 232 connects product water outlet pipe 24.Can directly be gone out by product water
Water pipe 24 is for the water purification after user's filtration.
Being provided with control valve 61 in described connecting tube B6, described control valve 61 is electromagnetic valve, controls
Valve 61 can control condensed water and flow to the flow of dense apparatus for recovering 3, and dense water so can be made to return
Receiving apparatus 3 stable working, thus enhance reliability of the present utility model.
Described storage tank 11 top is provided with water source import 111.Water source import 111 is for from the beginning
Water or mountain spring drinking water are connected.
Claims (10)
1. a circulating water treatment device, it is characterised in that: include water storage device (1), anti-
Permeable membrane (2), dense apparatus for recovering (3) and water smoke collection device (4), described water storage fills
Put (1) and include storage tank (11), storage tank (11) bottom is provided with outlet (114),
The water inlet end of described reverse osmosis membrane (2) is by connecting tube A (5) and storage tank (11)
Outlet (114) is connected, and connecting tube B (6) is passed through in the water side of described reverse osmosis membrane (2)
Being connected with dense apparatus for recovering (3), described dense apparatus for recovering (3) passes through connecting tube C (7)
Being connected with water smoke collection device (4) top, connecting tube is passed through in water smoke collection device (4) bottom
D (8) connects with storage tank (11) top, and described connecting tube A is provided with first on (5)
Filter (51) and booster pump (52), and the first filter (51) is positioned at booster pump (52)
And between outlet (114).
A kind of circulating water treatment device the most according to claim 1, it is characterised in that: institute
State reverse osmosis membrane (2) include membrane component (21) and be separately positioned on membrane component (21) two ends
Cephacoria end cap (22) and caudacoria end cap (23), described cephacoria end cap (22) is provided with
Water inlet (221), caudacoria end cap (23) is provided with product water outlet (231) and dense water
Outlet (232), wherein water inlet (221) passes through connecting tube A (5) and is arranged on water storage
The outlet (114) of case (11) bottom is connected, dense water outlet (232) and connecting tube B
(6) it is connected.
A kind of circulating water treatment device the most according to claim 1, it is characterised in that: institute
State dense apparatus for recovering (3) include water storage cavity (31) and be arranged on water storage cavity (31) bottom
Atomising device (32), water storage cavity (31) is respectively arranged with dense water water inlet (311)
With water-mist outlet (312), water-mist outlet (312) is arranged on water storage cavity (31) top, dense
Water water inlet (311) is arranged on water storage cavity (31) bottom.
A kind of circulating water treatment device the most according to claim 3, it is characterised in that: institute
State and on water storage cavity (31), be additionally provided with overfall (314) and sewage draining exit (313), wherein,
Overfall (314) is positioned at the water storage cavity (31) top away from dense water water inlet (311) side,
Sewage draining exit (313) is positioned at water storage cavity (31) bottom.
A kind of circulating water treatment device the most according to claim 3, it is characterised in that: institute
Stating atomising device (32) is supersonic atomizer or heating atomization device.
A kind of circulating water treatment device the most according to claim 1, it is characterised in that: institute
State water smoke collection device (4) include water smoke collection chamber (41) and be arranged on water smoke collecting chamber
Water smoke collecting part (42) in body (41).
A kind of circulating water treatment device the most according to claim 1, it is characterised in that: institute
Stating the first filter (51) is quartz filter.
A kind of circulating water treatment device the most according to claim 1, it is characterised in that: institute
State storage tank (11) bottom and be provided with cleaning parts (13), and cleaning parts (13) is passed through
Guide and be connected with controller (14).
A kind of circulating water treatment device the most according to claim 8, it is characterised in that: institute
Stating cleaning parts (13) is supersonic generator.
A kind of circulating water treatment device the most according to claim 1, it is characterised in that:
Described storage tank (11) bottom is additionally provided with blow-off pipe (112), and in blow-off pipe (112)
On be provided with blowoff valve (113).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620374248.9U CN205603355U (en) | 2016-04-27 | 2016-04-27 | Circulating water treatment equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620374248.9U CN205603355U (en) | 2016-04-27 | 2016-04-27 | Circulating water treatment equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205603355U true CN205603355U (en) | 2016-09-28 |
Family
ID=56971537
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620374248.9U Expired - Fee Related CN205603355U (en) | 2016-04-27 | 2016-04-27 | Circulating water treatment equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205603355U (en) |
-
2016
- 2016-04-27 CN CN201620374248.9U patent/CN205603355U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160928 Termination date: 20170427 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |