CN206051625U - A kind of reverse osmosis membrane water cleaning systems - Google Patents
A kind of reverse osmosis membrane water cleaning systems Download PDFInfo
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- CN206051625U CN206051625U CN201620563384.2U CN201620563384U CN206051625U CN 206051625 U CN206051625 U CN 206051625U CN 201620563384 U CN201620563384 U CN 201620563384U CN 206051625 U CN206051625 U CN 206051625U
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- osmosis membrane
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Abstract
This utility model provides a kind of reverse osmosis membrane water cleaning systems, including reverse osmosis membrane, water inlet branch road, water purification branch road, water tank, waste water branch road and faucet；Wherein, the first valve group is provided between the water inlet branch road and water purification branch road, be provided with the second valve group on the waste water branch road；The first valve group cut-out turns on the water inlet branch road, and the water tank connects the water purification branch road by the first valve group respectively, connects the waste water branch road by the second valve group.It is different from traditional reverse osmosis purified water system, high-pressure pump, electromagnetic valve or other electric control gears need not be set in the reverse osmosis purified water system proposed by this utility model, even if nor affecting on the use of reverse osmosis purified water system in the event of a power failure.The overall energy consumption of reverse osmosis membrane water cleaning systems is effectively further controlled simultaneously, improves practicality.
Description
Technical field
This utility model is related to purifier technical field, more particularly to a kind of reverse osmosis membrane water cleaning systems.
Background technology
As the various objectionable impurities that can be gone in eliminating water, removal efficiency are high, reverse osmosis water purifier has won substantial amounts of market.
According to statistics, the volume of production and marketing of household reverse osmosis water purifier accounts for the 48% of household water filter total amount, and export volume accounts for household water filter total amount
86%, be the key product in household water filter.
In conventional reverse osmosis membrane water purifier, the break-make in water route is realized by the interoperation of multiple solenoid valve blocks.This just determines
Water-purifying machine with reverse osmosis membrane can be only applied to power supply and meet in the environment of use demand.Once if there is power failure, voltage instability
Etc. unexpected situation, water-purifying machine with reverse osmosis membrane will can not use or occur the unstable situation of use state, and then affect reverse osmosiss
The service life of film.Be provided with being additionally, since the water route of whole water-purifying machine with reverse osmosis membrane multiple electromagnetic valves, coordinate high-pressure pump,
Multiple energy consumption equipments such as induction apparatuss, the power consumption of whole water-purifying machine with reverse osmosis membrane are higher, and it is net that this greatly constrains reverse osmosis membrane
The further genralrlization of water dispenser is used.
Therefore, conventional reverse osmosis membrane water purifier exist the fortuitous event such as have a power failure cannot use and overall high energy consumption defect.
The content of the invention
This utility model is intended to a kind of brand-new reverse osmosis membrane water cleaning systems of design, overcomes conventional reverse osmosis membrane water purifier to deposit
The fortuitous event such as have a power failure cannot use and overall high energy consumption defect.
This utility model provides a kind of reverse osmosis membrane water cleaning systems, including just effect filter element, reverse osmosis membrane, water inlet branch road, net
Water branch road, water tank, waste water branch road and faucet；Wherein, the water inlet branch road connection water source and just effect filter element, the water purification branch road
It is made up of with the pipeline for connecting the outlet of reverse osmosis membrane pure water and faucet the first effect filter element, reverse osmosis membrane being sequentially communicated；It is described useless
Water branch road connects reverse osmosis membrane wastewater outlet and faucet；The first valve group is provided between the water inlet branch road and water purification branch road,
The second valve group is provided with the waste water branch road；The water tank connects the water purification branch road by the first valve group respectively, by the
Two valve groups connect the waste water branch road;When the pressure change in first valve group, first valve group is cut off or turns on institute
State into water branch road.
Further, first valve group have connection water source and water inlet branch road the first pipeline with connect water purification branch road with
First pressure-sensitive pipeline of water tank.
Further, there is second valve group joining water box to prop up with the water purification is connected with the second pipeline of waste water branch road
Road and the second pressure-sensitive pipeline of faucet.
Further, the faucet is with the 3rd pipeline connected with the waste water branch road.
Further, the faucet is also with the 4th pipeline connected with faucet outlet, first pressure nozzle
Road passes through the 4th pipeline of the second pipeline connection.
Further, the 3rd pipeline and the 4th pipeline are not simultaneously turned on.
Further, the water tank includes concentrated water water inlet and pure water water inlet, and the water tank is connected by concentrated water water inlet
Lead to the waste water branch road, the water purification branch road is connected by pure water water inlet；The pure water water inlet and concentrated water water inlet difference
It is arranged on two side walls of the water tank.
Further, there is pure water chamber and concentrated water chamber in the water tank；The pure water water inlet is opened in the pure water chamber
Side wall on, the concentrated water water inlet is opened on the side wall in the concentrated water chamber.
Further, the waste water branch road includes the first threeway and the second threeway, wherein, the first threeway one end connection
The concentrated water chamber, one end connect reverse osmosis membrane by waste water ratio, and the 3rd end connects the 3rd pipeline；Described second threeway one end
The concentrated water chamber is connected, one end connects reverse osmosis membrane by waste water ratio, and the 3rd end connects the second pipeline.
Further, check valve is provided between the reverse osmosis membrane and pure water chamber.
It is different from traditional reverse osmosis purified water system, without the need for arranging in the reverse osmosis purified water system proposed by this utility model
Energy consumption equipment or the elements such as high-pressure pump, electromagnetic valve or other electric control gears, the action of the first valve group and the second valve group pass through pressure
Change control, therefore, even if in the event of a power failure, reverse osmosis purified water system normally can also be used.While this utility model
Disclosed reverse osmosis purified water system has efficiently controlled the overall energy consumption of reverse osmosis membrane water cleaning systems, improves water cleaning systems reality
The property used.
Description of the drawings
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or accompanying drawing to be used is briefly described needed for description of the prior art, it should be apparent that, drawings in the following description are
Some embodiments of the present utility model, for those of ordinary skill in the art, in the premise for not paying creative labor
Under, can be with according to these other accompanying drawings of accompanying drawings acquisition.
Fig. 1 is by a kind of structural representation of embodiment of reverse osmosis membrane water cleaning systems that this utility model is proposed.
Specific embodiment
This utility model provides a kind of reverse osmosis membrane water cleaning systems, specifically includes reverse osmosis membrane, water inlet branch road, water purification
Road, water tank, waste water branch road and faucet.The tap water of water source supply is introduced reverse osmosis membrane water cleaning systems and is passed through by water inlet branch road
Reverse osmosis membrane.Water purification branch road and waste water branch road are separately flowed into through the pure water and concentrated water of reverse osmosis membrane filter element.Water inlet branch road and net
The first valve group is provided between water branch road, when the pressure of the first valve group changes, the first valve group cuts off the water inlet branch road,
Water purification is stored in water tank first, when faucet is opened, flow to faucet cocurrent and go out to use from water tank.In waste water branch road and
The second valve group is provided between faucet, when the pressure of the second valve group changes, the waste water of waste water branch road passes through the second valve
Group is into water tank and is stored in water tank, and when the faucet is turned off, waste water is flowed out from water tank and discharged by waste water branch road anti-
Permeable membrane water cleaning systems.It is different from traditional reverse osmosis purified water system, in the reverse osmosis purified water system proposed by this utility model
Energy consumption equipment or the elements such as pump, electromagnetic valve or other electric control gears need not be set.The action of the first valve group and the second valve group passes through
Pressure change is controlled, therefore, even if nor affecting on the use of reverse osmosis purified water system in the event of a power failure.Further have simultaneously
The overall energy consumption of reverse osmosis membrane water cleaning systems is controlled to effect, practicality is improve.
It is to make purpose, technical scheme and the advantage of this utility model embodiment clearer, new below in conjunction with this practicality
Accompanying drawing in type embodiment, is clearly and completely described to the technical scheme in this utility model embodiment, it is clear that retouched
The embodiment stated is a part of embodiment of this utility model, rather than the embodiment of whole.Based on the enforcement in this utility model
Example, the every other embodiment obtained under the premise of creative work is not made by those of ordinary skill in the art are belonged to
The scope of this utility model protection.
The structure of 1 water cleaning systems the first embodiment of reverse osmosis membrane proposed by this utility model shown in Figure 1 is shown
It is intended to.As illustrated, in the present embodiment 1 water cleaning systems of reverse osmosis membrane include intake branch road 2, water purification branch road 4, waste water branch road 9,
Reverse osmosis membrane 1, water tank 3 and faucet 5.The main pipeline group by between connection water source and first effect filter element 11 of branch road 2 of wherein intaking
Into.Water purification branch road 4 is main to be exported and the fire hose with 1 pure water of reverse osmosis membrane is connected by the first effect filter element 11, reverse osmosis membrane 1 being sequentially communicated
5 pipeline composition, Main Function be reverse osmosis membrane 1 is filtered after the pure water that formed draw from faucet 5 and make for user
With.The main pipeline by between connection 1 wastewater outlet of reverse osmosis membrane and faucet 5 of waste water branch road 9 is constituted, and Main Function is by reverse osmosis
The waste water that permeable membrane 1 is produced after filtering is discharged from faucet 5.
Specifically, as 1 water purifier of reverse osmosis membrane proposed by the present embodiment does not use pump and electromagnetic valve.To realize water
The control of road break-make, is additionally provided with the first valve group 6 and the second valve group 10 controlled by pressure change in the present embodiment.Wherein
First valve group 6 is arranged on between water branch road 2 and water purification branch road 4, and second valve group 10 is arranged on waste water branch road 9 and faucet
Between 5.It is additionally provided with water tank for containing water 3.Wherein the first valve group 6 has the first pipeline 61 and the first pressure-sensitive pipeline 62.The
On the connection water inlet branch road 2 of one pipeline 61, the first pressure-sensitive pipeline 62 connects the water tank 3 and water purification branch road 4.Second valve group 10 has
Second pipeline 10-1 and the second pressure-sensitive pipeline 10-2.Second pipeline 10-1 connection waste water branch road 9 and water tank 3, the second pressure-sensitive pipeline
10-2 connects the water purification branch road 4 and faucet 5.In the present embodiment, faucet 5 is integrated with discharge pipe line and outlet pipeline
Effect, specifically, the 4th pipeline that faucet 5 is connected with the 3rd pipeline 51 connected with waste water branch road 9 and with outlet
52.3rd pipeline 51 is used to draw pure water for users to use, and the 4th pipeline 52 is used for the waste water produced after discharge is filtered.Water
3rd pipeline 51 and the 4th pipeline 52 of tap 5 is not simultaneously turned on.
As shown in figure 1, the water tank 3 of a storage water is provided only with the present embodiment.Pure water chamber 31 and dense is formed in water tank 3
Water cavity 32.Pure water chamber 31 has pure water water inlet 34, and water tank 3 connects water purification branch road 4 by pure water water inlet 34.Concentrated water chamber 32 has
There is concentrated water water inlet 35, water tank 3 connects waste water branch road 9 by concentrated water water inlet 35.Pure water water inlet 34 and concentrated water water inlet 35
It is separately positioned on the side wall in 3 pure water chamber 31 of water tank and concentrated water chamber 32.To optimize the design of pipeline, a kind of preferred scheme is pure
Water cavity 31 is arranged on above concentrated water chamber 32, and pure water water inlet 34 and concentrated water water inlet 35 are opened in two up and down of water tank 3 respectively
On end face.
The specific work process of 1 water cleaning systems of reverse osmosis membrane proposed by the present embodiment is as follows.When faucet 5 is closed it is
In the discharge of wastewater stage of 1 water cleaning systems of reverse osmosis membrane, now, the tap water of water source supply passes through the first pipeline of the first valve group 6
61 enter water inlet branch road 2 and sequentially pass through just effect filter element 11 and reverse osmosis membrane 1.The pure water obtained after reverse osmosis membrane 1 is filtered
Flow out from the outlet of 1 pure water of reverse osmosis membrane, the pure water chamber 31 of water tank 3 is entered through check valve 7.Now the pressure in pure water chamber 31 is more than
The pressure in concentrated water chamber 32.In order to the concentrated water in concentrated water chamber 32 is discharged cleaning system by the 3rd pipeline 51 of faucet 5 directly,
The first threeway 12 is provided with waste water branch road 9.First threeway, 12 one end connection concentrated water chamber 32, one end connects the 3rd pipeline 51, the
Three ends connect reverse osmosis membrane 1 by waste water ratio 8.Concentrated water so in concentrated water chamber 32 directly enters faucet water by the first threeway 12
5 the 3rd pipeline 51 simultaneously discharges 1 water cleaning systems of reverse osmosis membrane.Now as water source constantly has tap water to flow into water cleaning systems, institute
Can also constantly have waste water to produce.The 3rd pipeline 51 that the waste water of generation enters faucet water 5 again by the first threeway 12 is side by side
Go out 1 water cleaning systems of reverse osmosis membrane.
Pressure as faucet 5 is always maintained at closed mode, when pure water is filled in water tank 3, in the first pressure-sensitive pipeline 62
Power changes, and the first pipeline 61 intake on branch road 2 is cut off, and so as to intake, branch road 2 is cut off, and water source stops supplying water.
Faucet 5 is opened, and the pure water in water tank 3 flow to the second pipeline of the second valve group 10 by the first pressure-sensitive pipeline 62
10-1 is simultaneously flowed out for users to use by the 4th pipeline 52 of faucet 5.Now in water tank 3, the pressure in pure water chamber 31 gradually subtracts
Little, the pressure in the second pressure-sensitive pipeline 10-2 changes.For the waste water produced during storing this, in waste water branch road 9
On be additionally provided with the second threeway 13,13 one end of the second threeway connection concentrated water chamber 32, one end connects reverse osmosis membrane 1 by waste water ratio 8,
3rd end connects the second pipeline 10-1.When the second pressure-sensitive pipeline 10-2 pressure changes, the second pipeline 10-1 begins to turn on,
The waste water of generation flows out concentrated water chamber 32 from the second pipeline 10-1 and the second threeway 13 to be stored, the increase of 32 hydraulic pressure of concentrated water chamber.Work as pure water
When pressure in chamber 31 is less, the pressure of the first pressure-sensitive pipeline 62 changes, and the first pipeline 61 is turned on again, and system water source enters
One step supplies water for 1 water cleaning systems of reverse osmosis membrane.
It is different from traditional reverse osmosis purified water system, without the need for arranging in the reverse osmosis purified water system proposed by this utility model
Energy consumption equipment or the elements such as pump, electromagnetic valve or other electric control gears.The action of the first valve group and the second valve group passes through pressure change
Control, therefore, even if nor affecting on the use of reverse osmosis purified water system in the event of a power failure.Effectively further control simultaneously
The overall energy consumption of reverse osmosis membrane water cleaning systems, improves practicality.
Finally it should be noted that：Above example only to illustrate the technical solution of the utility model, rather than a limitation；
Although being described in detail to this utility model with reference to the foregoing embodiments, it will be understood by those within the art that：
Which still can be modified to the technical scheme described in foregoing embodiments, or which part technical characteristic is carried out etc.
With replacement；And these modifications or replacement, do not make the essence of appropriate technical solution depart from each embodiment technology of this utility model
The spirit and scope of scheme.
Claims (10)
1. a kind of reverse osmosis membrane water cleaning systems, it is characterised in that including just effect filter element, reverse osmosis membrane, water inlet branch road, water purification
Road, water tank, waste water branch road and faucet；Wherein, the water inlet branch road connection water source and just effect filter element, the water purification route according to
The first effect filter element of secondary connection, reverse osmosis membrane and connect the pipeline composition of the outlet of reverse osmosis membrane pure water and faucet；The waste water
Road connects reverse osmosis membrane wastewater outlet and faucet；The first valve group is provided between the water inlet branch road and water purification branch road, it is described
The second valve group is provided with waste water branch road；The water tank connects the water purification branch road by the first valve group respectively, by the second valve
The group connection waste water branch road;When the pressure change in first valve group, enter described in the first valve group cut-out or conducting
Water branch road.
2. reverse osmosis membrane water cleaning systems according to claim 1, it is characterised in that first valve group has connection water source
With first pipeline and the first pressure-sensitive pipeline for connecting water purification branch road and water tank of water inlet branch road.
3. reverse osmosis membrane water cleaning systems according to claim 2, it is characterised in that second valve group has joining water box
With the second pipeline of waste water branch road and the second pressure-sensitive pipeline for connecting the water purification branch road and faucet.
4. reverse osmosis membrane water cleaning systems according to claim 3, it is characterised in that the faucet with the waste water
3rd pipeline of branch road connection.
5. reverse osmosis membrane water cleaning systems according to claim 4, it is characterised in that the faucet also has and faucet
4th pipeline of outlet connection, the first pressure-sensitive pipeline pass through the 4th pipeline of the second pipeline connection.
6. reverse osmosis membrane water cleaning systems according to claim 5, it is characterised in that the 3rd pipeline and the 4th pipeline are not
Simultaneously turn on.
7. reverse osmosis membrane water cleaning systems according to claim 6, it is characterised in that the water tank include concentrated water water inlet and
Pure water water inlet, the water tank connect the waste water branch road by concentrated water water inlet, connect the water purification by pure water water inlet
Branch road；The pure water water inlet and concentrated water water inlet are separately positioned on two side walls of the water tank.
8. reverse osmosis membrane water cleaning systems according to claim 7, it is characterised in that there is in the water tank pure water chamber and dense
Water cavity；The pure water water inlet is opened on the side wall in the pure water chamber, and the concentrated water water inlet is opened in the concentrated water chamber
On the wall of side.
9. reverse osmosis membrane water cleaning systems according to claim 8, it is characterised in that the waste water branch road includes the first threeway
With the second threeway, wherein, described first threeway one end connects the concentrated water chamber, one end by waste water ratio connection reverse osmosis membrane, the
Three ends connect the 3rd pipeline；Described second threeway one end connects the concentrated water chamber, and one end connects reverse osmosiss by waste water ratio
Film, the 3rd end connect the second pipeline.
10. reverse osmosis membrane water cleaning systems according to claim 9, it is characterised in that the reverse osmosis membrane and pure water chamber it
Between be provided with check valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620563384.2U CN206051625U (en) | 2016-06-13 | 2016-06-13 | A kind of reverse osmosis membrane water cleaning systems |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620563384.2U CN206051625U (en) | 2016-06-13 | 2016-06-13 | A kind of reverse osmosis membrane water cleaning systems |
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| CN206051625U true CN206051625U (en) | 2017-03-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108117180A (en) * | 2017-12-29 | 2018-06-05 | 何中义 | A kind of water purifier water system |
-
2016
- 2016-06-13 CN CN201620563384.2U patent/CN206051625U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108117180A (en) * | 2017-12-29 | 2018-06-05 | 何中义 | A kind of water purifier water system |
| CN108117180B (en) * | 2017-12-29 | 2021-01-01 | 安徽唯雅诺智能净水设备有限公司 | Water supply system of water purifier |
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