CN205603394U - Area heats circulation water purification system of function - Google Patents
Area heats circulation water purification system of function Download PDFInfo
- Publication number
- CN205603394U CN205603394U CN201620374247.4U CN201620374247U CN205603394U CN 205603394 U CN205603394 U CN 205603394U CN 201620374247 U CN201620374247 U CN 201620374247U CN 205603394 U CN205603394 U CN 205603394U
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- water
- dense
- water storage
- reverse osmosis
- filter
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- Separation Using Semi-Permeable Membranes (AREA)
Abstract
The utility model discloses an area heats circulation water purification system of function, including water storage device, reverse osmosis membrane, fast calorimeter, dense water recovery unit and water smoke collection device, the water storage device lower part links to each other with reverse osmosis membrane's the end of intaking through connecting pipe A, reverse osmosis membrane's play water end (W. E. ) links to each other and links to each other with fast calorimeter and dense water recovery unit respectively, dense water recovery unit includes the water storage chamber and installs the atomizing device in water storage chamber bottom, connecting pipe B and water smoke collection device upper portion intercommunication are passed through to water storage chamber top, water storage chamber lower part links to each other through the play water end (W. E. ) of dense water outlet pipe with reverse osmosis membrane, connecting pipe C and water storage device's upper portion intercommunication is passed through to water smoke collection device's lower part, intaking of water storage device and reverse osmosis membrane has connected gradually first filter through connecting pipe A between the end, second filter and booster pump, third filter and booster pump. The utility model discloses the requirement that the user used the hot and cold water has simultaneously been satisfied, realize simultaneously the recycle that circulates of the concentrated water among the water treatment process.
Description
Technical field
This utility model belongs to purifier manufacturing technology field, is specifically related to a kind of band and heats
The circulating water purification system of function.
Background technology
Water cleaning systems is for producing water purification, and water cleaning systems 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 purifier typically can not realize i.e. filtering i.e. drinking, it will usually instead
One pure water accumulator is set after permeation filtration assembly, with the pure water after stored filter, user
The pure water being stored in pure water accumulator that the pure water used just has filtered before being, but pure
Water accumulator content is easily generated abnormal flavour and breed bacteria, pure water is caused secondary pollution, is unfavorable for
User's is healthy.In order to ensure that user drinks water health, is typically with reverse osmosis membrane at present
After tap water is processed by water processing mode so that it is the product water after reverse osmosis membrane processing is
Reach eventually to use requirement.
But reverse osmosis membrane is in filtering, reverse osmosis membrane is generally 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 purifier is not the most to reverse osmosis
The dense water of film output recycles, and not only causes water resource waste, and the dense water produced
Also can cause environmental pollution and affect the functional reliability of purifier, affect simultaneously producing water ratio and
System service life, and directly be difficult to reach user's use by the water quality after reverse osmosis membrane filtration
Requirement.It addition, existing purifier mostly can only water purification, it is impossible to heat, therefore, it is difficult to full
Foot user drinks the demand of hot and cold water simultaneously.
Utility model content
Of the present utility model it is for the deficiency existing for existing water cleaning systems, it is provided that a kind of
Circulating water purification system with heat-production functions.
This utility model is achieved by the following technical programs.
The circulating water purification system of a kind of band heat-production functions, including water storage device, reverse osmosis membrane, speed
Hot device, dense apparatus for recovering and water smoke collection device, connecting tube is passed through in described water storage device bottom
A is connected with the water inlet end of reverse osmosis membrane, the water side of reverse osmosis membrane be connected respectively with quick heater and
Dense apparatus for recovering is connected, and described dense apparatus for recovering includes water storage cavity and is arranged at the bottom of water storage cavity
The atomising device in portion, described water storage cavity top is by the top of connecting tube B with water smoke collection device
Connection, water storage cavity bottom is connected with the water side of reverse osmosis membrane by dense water outlet pipe, described water
The bottom of mist collection device is connected with the top of water storage device by connecting tube C, and described water storage fills
Put between the water inlet end of reverse osmosis membrane by connecting tube A be connected with in turn the first filter,
Tow filtrator and booster pump, the 3rd filter and booster pump.
Described water storage device includes storage tank and is arranged on the drainage screen within storage tank, at water storage
Bottom portion is respectively arranged with water outlet of water tank, and blow-off pipe, wherein water outlet of water tank and connecting tube
A is connected, and is provided with blowoff valve on blow-off pipe.
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, cephacoria end cap is provided with water inlet, caudacoria end cap is provided with product water and goes out
The mouth of a river and dense water outlet, wherein water inlet and connecting tube A be connected, dense water outlet passes through
Dense water outlet pipe is connected with dense apparatus for recovering, produces water outlet respectively by producing water outlet pipe A
It is connected with quick heater with producing water outlet pipe B.
Described quick heater includes heater and is arranged on the hot and cold water mixing above heater
Valve, wherein, heater with produce water outlet pipe A be connected, the cold water outlet of water mixing valve and
Producing water outlet pipe B to be connected, the hot water mouth of water mixing valve is connected with heater.
Being respectively arranged with dense water water inlet and water-mist outlet on described water storage cavity, water-mist outlet is arranged
At water storage cavity top, and being connected with connecting tube B, dense water water inlet is arranged on water storage cavity bottom,
And be connected with dense water outlet pipe.
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, and the second filter is active carbon filter,
3rd filter is cartridge filter.
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.
It is provided with cleaning parts bottom described storage tank, and cleans parts by wire and controller
It is connected.
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, active carbon filter, can remove the float in former water and big by quartz filter
Grain impurity, then will be passed through in active carbon filter adsorbed water body by the former water after quartz sand filtration
Heavy metal and the material such as colloid, antibacterial after obtain primary water, primary water enter back into security personnel filter
The little granule foreign in water removed by device, is then inputted in reverse osmosis membrane by booster pump, after filtering
Product water reach final utilization requirement；And the water purification water inlet quick heater after purifying adds
Heat, thus meet user and use the requirement of hot and cold water simultaneously.Reverse osmosis membrane can be avoided to produce simultaneously
Block and affect water flux, and then extend the service life of reverse osmosis membrane, improve generation rate.Separately
Outer this utility model by arrange dense apparatus for recovering and water smoke collection device with to water-treated
The condensed water produced in journey is circulated recycling, thus ensures whole circulating water treatment device
The reliability and stability of work；Can not only reduce water consumption, reduce condensed water to purifier
Pollution level, moreover it is possible to extend each building block of water cleaning systems service life, reduce user make
Use cost.Guarantee the water storage water quality of storage tank, it is ensured that user's is healthy with water, has energy-conservation
The effect of environmental protection, can be in drinking water production 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, 3-quick heater, the dense apparatus for recovering of 4-,
5-water smoke collection device, 6-connecting tube A, 7-connecting tube B, 8-connecting tube C, 11-storage tank,
12-drainage screen, 13-cleans parts, 14-controller, 21-membrane component, 22-cephacoria end cap, 23-
Caudacoria end cap, 24-dense water outlet pipe, 25-produces water outlet pipe A, 26-and produces water outlet pipe B, 31-
Heater, 32-water mixing valve, 33-pure water inlet, 41-water storage cavity, 42-is atomized dress
Put, 51-water smoke collection chamber, 52-water smoke collecting part, 61-the first filter, 62-second
Filter, 63-the 3rd filter, 64-booster pump, the import of 111-water source, 112-blow-off pipe,
113-blowoff valve, 114-water outlet of water tank, 221-water inlet, 231-produces the mouth of a river, 232-
Dense water outlet, 241-control valve, 251-valve A, 261-valve B, 411-dense water water inlet,
412-water-mist outlet, 413-sewage draining exit, 414-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, the circulating water purification system of a kind of band heat-production functions described in the utility model,
Dress is collected including water storage device 1, reverse osmosis membrane 2, quick heater 3, dense apparatus for recovering 4 and water smoke
Putting 5, described water storage device 1 bottom is connected with the water inlet end of reverse osmosis membrane 2 by connecting tube A6,
The water side of reverse osmosis membrane 2 is connected and is connected with quick heater 3 and dense apparatus for recovering 4 respectively, described
Dense apparatus for recovering 4 includes water storage cavity 41 and is arranged on the atomising device 42 bottom water storage cavity 41,
Described water storage cavity 41 top is connected with the top of water smoke collection device 5 by connecting tube B7, water storage
Bottom, chamber 41 is connected with the water side of reverse osmosis membrane 2 by dense water outlet pipe 24, and described water smoke is received
The bottom of acquisition means 5 is connected with the top of water storage device 1 by connecting tube C8, described water storage device
Between 1 and the water inlet end of reverse osmosis membrane 2 by connecting tube A6 be connected with in turn the first filter 61,
Second filter the 62, the 3rd filter 63 and booster pump 64.Use the technical program, tap water
It is met use after entering reverse osmosis membrane 2 purified treatment by the outlet 114 of water storage device 1
The product water required, the product water obtained after a purification part enters heating by producing water outlet pipe A25
Flowing into the hot water mouth of water mixing valve 32 after device 31 heating, a part is by producing water outlet pipe
B26 connects with the cold water outlet of water mixing valve 32, and so, user just can regulate hot and cold water
Mixing valve 32, thus can facilitate and use the hot and cold water after purifying from pure water inlet 33, make actual
In with, heater 31 is connected with domestic power supply by wire.It addition, reverse osmosis membrane 2 is dense
Water out 232 dense water out carries out dense apparatus for recovering 4 and water by dense water outlet pipe 24 stream
After mist collection device 5, enter water storage device 1 through connecting tube C8 and be circulated utilization.Use this
Technical scheme, not only can reach the requirement of water purification, and can also meet user takes hot and cold water simultaneously
Requirement.
Described water storage device 1 includes storage tank 11 and is arranged on the drainage screen within storage tank 11
12, bottom storage tank 11, it is respectively arranged with water outlet of water tank 114, and blow-off pipe 112, wherein
Water outlet of water tank 114 is connected with connecting tube A6, is provided with blowoff valve 113 on blow-off pipe 112.
Use the technical program, tentatively mistake can be carried out by drainage screen 12 to entering storage tank 11 water body
Filter, so that the water flowing into reverse osmosis membrane 2 is the purest；Meanwhile, in cleaning process,
Open blowoff valve 113 can be discharged from blow-off pipe 112 by pollutant.In the technical program, blowdown
Valve 113 is normally close valve, and beneficially blowoff valve 113 is connected with controller 14.
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, be provided with water inlet 221, caudacoria end cap on cephacoria end cap 22
Be provided with product water outlet 231 and dense water outlet 232 on 23, wherein water inlet 221 be connected
Pipe A6 be connected, dense water outlet 232 is by dense water outlet pipe 24 and dense apparatus for recovering 4 phase
Even, water outlet 231 is produced respectively by producing water outlet pipe A25 and producing water outlet pipe B26 and speed heat
Device 3 is connected.In the technical program, membrane component 21 uses glass fibre intersection coiling, and passes through ring
Shape after the formation of epoxy resins glue curing, membrane component 21 and cephacoria end cap 22 and caudacoria end cap 23 solidification
Become an entirety, and gapless between membrane component 21 and film end cap.Described glass fibre intersect around
The membrane component 21 that system is formed is internal is additionally provided with the low pressure reverse osmosis diaphragm that spiral rolls.By
Polluting in membrane component 21 mostly occurs in film rear end, i.e. water side, when needs clean, and will be with product
Bear 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
The water side of membrane component.
Described quick heater 3 includes heater 31 and is arranged on the hot and cold water above heater 31
Mixing valve 32, wherein, heater 31 is connected with producing water outlet pipe A25, water mixing valve
The cold water outlet of 32 is connected with producing water outlet pipe B26, the hot water mouth of water mixing valve 32 and heating
Device 31 is connected.Described heater 31 is made up of the heat pipe that adds being arranged in water tank, described
Adding heat pipe and be designed to helicoidal structure, heating control curl adds the heating surface of water purification
Long-pending, make to flow through and add the water purification of heat pipe and can reach boiling point, the thermal efficiency is high, and generates heat uniformly.
Dense water water inlet 411 and water-mist outlet 412, water smoke it is respectively arranged with on described water storage cavity 41
Outlet 412 is arranged on water storage cavity 41 top, and is connected with connecting tube B7, dense water water inlet 411
It is arranged on water storage cavity 41 bottom, and is connected with dense water outlet pipe 24.Atomization in the technical program
Device 42 can make the dense water in water storage cavity 41 become water smoke, and water smoke can be from water-mist outlet 412
It is diffused in water smoke collection device 5 and carries out condensation collection.Described atomising device 42 can use ultrasonic
Ripple atomising device or heating atomization device, wherein, supersonic atomizer can include that ultrasound wave is sent out
Raw device, condensed water can be become water smoke by the ultrasound wave that supersonic generator is launched.Heating atomization fills
Putting and can include electrically heated rod, electrically heated rod energising work also heats condensed water, so can will concentrate
Water becomes water smoke.
Described water smoke collection device 5 includes water smoke collection chamber 51 and is arranged on water smoke collection chamber
Water smoke collecting part 52 in 51.In the technical program, water smoke collecting part 52 can use sea
The continuous miscellaneous part that maybe can reach collecting effect.When actual assembled, water smoke collecting part 52
With the contact internal walls of water smoke collection chamber 51, so, all of water smoke can be made to be collected by water smoke
Parts 52, thus preferably collect water smoke, make water smoke effectively be condensed into distilled water tailing edge connecting tube
C8 flows into storage tank 11 and carries out cycle applications again.
Described first filter 61 is quartz filter, and the second filter 62 filters for activated carbon
Device, the 3rd filter 63 is cartridge filter.So, can be removed by quartz filter former
Float in water and large granular impurity, then activity will be passed through by the former water after quartz sand filtration
Primary water is obtained after heavy metal in carbon filter adsorbed water body and the material such as colloid, antibacterial, clear
Clear water enters back into cartridge filter and removes the little granule foreign in water, is then inputted by booster pump 64
In reverse osmosis membrane 2, product water after filtering reaches final utilization requirement；Can avoid because of anti-simultaneously
Permeable membrane 2 produces blocking and affects water flux, and then extends the service life of reverse osmosis membrane 2, carries
High generation rate, can avoid reverse osmosis membrane 2 to produce blocking and affect water flux simultaneously, and then extend
In the service life of reverse osmosis membrane 2, improve generation rate.
Overfall 414 and sewage draining exit 413, wherein, overfall it is additionally provided with on described water storage cavity 41
414 are positioned at the water storage cavity 41 top away from dense water water inlet 411 side, and sewage draining exit 413 is positioned at storage
Water cavity 41 bottom.So, when the water in water storage cavity 41 is full, dense water can flow from overfall 414
Go out, and then add the reliability of this circulating device；Can be periodically to concentration by sewage draining exit 414
The impurity being deposited in water storage cavity 41 is discharged, such that it is able to the preferably dense water of purified treatment.
Be provided with cleaning parts 13 bottom described storage tank 11, and clean parts 13 by wire with
Controller 14 is connected.Control to clean parts 13 to the drainage screen in storage tank 11 by controller 14
12 are carried out.In the technical program drainage screen, described cleaning parts 13 occur for ultrasound wave
Device, and the transmitting of supersonic generator is proper to drainage screen 12, so can reach preferably cleaning
Effect.
It is provided with valve A251 on described product water outlet pipe A25, enters heating for water production control
The inflow of device 31；It is provided with valve B261 on described product water outlet pipe B26, is used for controlling
Enter hot and cold water mixing and send out the inflow of 32.
It is provided with control valve 241 on described dense water outlet pipe 24, can be controlled by control valve 241
Condensed water flows to the flow of dense apparatus for recovering 4, and the work of dense apparatus for recovering 4 so can be made flat
Surely, thus enhance reliability of the present utility model.Described control valve 241 can be electromagnetic valve.
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. the circulating water purification system of a band heat-production functions, it is characterised in that: include that water storage fills
Put (1), reverse osmosis membrane (2), quick heater (3), dense apparatus for recovering (4) and water smoke to receive
Acquisition means (5), connecting tube A (6) and reverse osmosis membrane are passed through in described water storage device (1) bottom
(2) water inlet end be connected, the water side of reverse osmosis membrane (2) be connected respectively with quick heater (3)
Being connected with dense apparatus for recovering (4), described dense apparatus for recovering (4) includes water storage cavity (41)
And it being arranged on the atomising device (42) bottom water storage cavity (41), described water storage cavity (41) pushes up
Portion is connected with the top of water smoke collection device (5) by connecting tube B (7), water storage cavity (41)
Bottom is connected with the water side of reverse osmosis membrane (2) by dense water outlet pipe (24), described water
The bottom of mist collection device (5) is connected by the top of connecting tube C (8) with water storage device (1)
Logical, by connecting tube A between the water inlet end of described water storage device (1) and reverse osmosis membrane (2)
(6) the first filter (61), the second filter (62), the 3rd filter it are connected with in turn
And booster pump (64) (63).
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, it is special
Levy and be: described water storage device (1) includes storage tank (11) and is arranged on storage tank (11)
Internal drainage screen (12), is respectively arranged with water outlet of water tank (114) in storage tank (11) bottom,
With blow-off pipe (112), wherein water outlet of water tank (114) is connected with connecting tube A (6),
Blowoff valve (113) it is provided with on blow-off pipe (112).
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, it is special
Levy and be: described reverse osmosis membrane (2) includes membrane component (21) and is separately positioned on membrane component
(21) the cephacoria end cap (22) at two ends and caudacoria end cap (23), in cephacoria end cap (22)
On be provided with water inlet (221), caudacoria end cap (23) is provided with product water outlet (231)
With dense water outlet (232), wherein water inlet (221) and connecting tube A (6) be connected,
Dense water outlet (232) is connected with dense apparatus for recovering (4) by dense water outlet pipe (24),
Produce water outlet (231) respectively by producing water outlet pipe A (25) and producing water outlet pipe B (26)
It is connected with quick heater (3).
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, it is special
Levy and be: described quick heater (3) includes heater (31) and is arranged on heater (31)
The water mixing valve (32) of top, wherein, heater (31) and product water outlet pipe A
(25) it is connected, the cold water outlet of water mixing valve (32) and product water outlet pipe B (26) phase
Even, the hot water mouth of water mixing valve (32) is connected with heater (31).
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, it is special
Levy and be: on described water storage cavity (41), be respectively arranged with dense water water inlet (411) and water smoke
Outlet (412), water-mist outlet (412) is arranged on water storage cavity (41) top, and be connected
Pipe B (7) is connected, and dense water water inlet (411) is arranged on water storage cavity (41) bottom, and with
Dense water outlet pipe (24) is connected.
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, it is special
Levy and be: described water smoke collection device (5) includes water smoke collection chamber (51) and is arranged on
Water smoke collecting part (52) in water smoke collection chamber (51).
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, it is special
Levy and be: described first filter (61) is quartz filter, the second filter (62)
For active carbon filter, the 3rd filter (63) is cartridge filter.
The circulating water purification system of a kind of band heat-production functions the most according to claim 5, it is special
Levy and be: on described water storage cavity (41), be additionally provided with overfall (414) and sewage draining exit (413),
Wherein, overfall (414) is positioned at water storage cavity (41) away from dense water water inlet (411) side
Top, sewage draining exit (413) is positioned at water storage cavity (41) bottom.
The circulating water purification system of a kind of band heat-production functions the most according to claim 5, it is special
Levy and be: described atomising device (42) is supersonic atomizer or heating atomization device.
The circulating water purification system of a kind of band heat-production functions the most according to claim 1, its
It is characterised by: described storage tank (11) bottom is provided with cleaning parts (13), and cleaning part
Part (13) is connected with controller (14) by wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620374247.4U CN205603394U (en) | 2016-04-27 | 2016-04-27 | Area heats circulation water purification system of function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620374247.4U CN205603394U (en) | 2016-04-27 | 2016-04-27 | Area heats circulation water purification system of function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205603394U true CN205603394U (en) | 2016-09-28 |
Family
ID=56970410
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620374247.4U Expired - Fee Related CN205603394U (en) | 2016-04-27 | 2016-04-27 | Area heats circulation water purification system of function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205603394U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108033615A (en) * | 2017-11-24 | 2018-05-15 | 傅远顺 | A kind of formula and manufacture method of artificial selenium-rich drinking water |
-
2016
- 2016-04-27 CN CN201620374247.4U patent/CN205603394U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108033615A (en) * | 2017-11-24 | 2018-05-15 | 傅远顺 | A kind of formula and manufacture method of artificial selenium-rich drinking water |
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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 |
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| CF01 | Termination of patent right due to non-payment of annual fee |