CN207153481U - Anti-penetration water purifier - Google Patents
Anti-penetration water purifier Download PDFInfo
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- CN207153481U CN207153481U CN201720469370.9U CN201720469370U CN207153481U CN 207153481 U CN207153481 U CN 207153481U CN 201720469370 U CN201720469370 U CN 201720469370U CN 207153481 U CN207153481 U CN 207153481U
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Abstract
The utility model provides an anti-penetration water purifier, including a counter-infiltration element kit and an automatic flushing device, wherein described automatic flushing device is connected to the counter-infiltration element kit, wherein described automatic flushing device can be cleaned automatically to the counter-infiltration element kit, to ensure the safe drinking water of user.
Description
Technical field
A water purifier, more particularly to an anti-penetration water purifier are the utility model is related to, wherein the anti-penetration water purifier energy
It is enough that automatically the filter core inside the anti-penetration water purifier is cleaned, and then enable the anti-penetration water purifier constantly
Provide the user and meet the drinking water for drinking requirement.
Background technology
With industrial expansion, surface water and underground water all receive serious pollution, and this causes people's daily life
The quality of necessary drinking water receives great threat, and the quality of drinking water concerns people's health.
With further investigation of the people to sewage purification technology, desalination technology, through there is many provide only
Change the technology of drinking water, but the product of such purified water is all larger, can not minimize.The appearance of water purifier makes setting for purified water
Standby miniaturization, so allow users at home, the higher drinking water of quality can be drunk at Business Building, cell.RO
(Reverse osmosis) is reverse osmosis water purifier, energy water purification machine, ultrafiltration water purifier and ceramic water-purification machine, wherein described
Reverse osmosis water purifier enjoys favor because the taste of drinking water caused by its purification has higher quality, wherein the counter-infiltration
An at least filter core and a supercharging device are provided with water purifier, wherein the filter core includes a filtration module, and it is described semi-permeable
There is component an influent stream end and one to go out to flow end, wherein the fluid for needing to be cleaned (is mainly liquid, but may can hanged including some
Floating particles) it is imported into from the influent stream end of the semi-permeable device, the fluid is described semi-transparent by described permeability apparatus
After film, the material (including but is not limited to bacterium, virus, solid suspension) being relatively large in diameter being dissolved in the fluid will be described
The pellicle barrier of permeability apparatus, and the hydrone in the fluid will pass through with the mineral ion being dissolved in hydrone
The pellicle from it is described go out the outflow of thing end, and then directly drunk or be further heated by user.
However, after existing water purifier works long hours, will be piled up in by the macromolecular substances that the filtration module stops
The influent stream side of the filter core, so that the clean-up effect of the filter core drastically weakens, and the filter core that clean-up effect weakens will
The drinking water for meeting standard for drinking can not be formed, now needs to clean the filter core, and the filter core is at work
It is installed in the anti-penetration water purifier, if necessary to be cleaned to the filter core, it is necessary first to from the counter-infiltration
Water purifier dismantles the filter core, on the one hand, during the anti-penetration water purifier is dismantled user be can not be from the reverse osmosis
Drinking water is taken in saturating water purifier, on the other hand, because Most users can not be dismantled to the anti-penetration water purifier,
Therefore, the personage for generally requiring specialty carries out corresponding disassembling section, and during dismounting, not only it is likely to result in described
Anti-penetration water purifier is destroyed, more causes user to need to undertake excessive maintenance cost.It is noted that the filter core is entered
Row cleaning often needs what is manually carried out.
The utility model provides a water purifier, and the anti-penetration water purifier can be automatically net to being arranged at the counter-infiltration
Filter core inside hydrophone is cleaned.
Utility model content
A purpose of the present utility model is to provide an anti-penetration water purifier, wherein the anti-penetration water purifier includes one
Counter-infiltration element kit and an automatic flushing device, wherein the automatic flushing device is connected to the counter-infiltration filter core group
Part, wherein the automatic flushing device can be cleaned automatically to the counter-infiltration element kit.
Another purpose of the present utility model is to provide an anti-penetration water purifier, wherein the anti-penetration water purifier can
Automatically the counter-infiltration element kit for being arranged at the anti-penetration water purifier is cleaned, grasped manually without user
Make.
Another purpose of the present utility model is to provide an anti-penetration water purifier, wherein the anti-penetration water purifier can
Counter-infiltration element kit progress automatically to being arranged at the anti-penetration water purifier is pure and fresh, and then reduces the reverse osmosis
The maintenance cost of saturating water purifier.
Another purpose of the present utility model is to provide an anti-penetration water purifier, wherein the institute of the anti-penetration water purifier
The anti-penetration water purifier can be discharged by the fluid for cleaning the counter-infiltration element kit by stating automatic flushing device, can't be dirty
Dye is by the drinking water after anti-penetration water purifier purification.
Another purpose of the present utility model is to provide an anti-penetration water purifier, wherein when the anti-penetration water purifier carries
When the drinking water of confession does not meet standard for drinking, the anti-penetration water purifier can be automatically to described in the anti-penetration water purifier
Counter-infiltration element kit is cleaned, so that the anti-penetration water purifier can provide standard compliant drinking water, in other words
Say, when the anti-penetration water purifier is being not required to be cleaned, the automatic flushing device is closed, wherein when
When the anti-penetration water purifier needs cleaned, the automatic flushing device is in opening, and then saves the energy.
Another purpose of the present utility model is to provide a water purifier, wherein the anti-penetration water purifier can be automatically
The counter-infiltration element kit for being arranged at the anti-penetration water purifier is cleaned, and then makes the service of the anti-penetration water purifier
Business is without regularly changing the counter-infiltration element kit.
Another purpose of the present utility model is to provide an anti-penetration water purifier, wherein the anti-penetration water purifier can
Automatically the counter-infiltration element kit for being arranged at the anti-penetration water purifier is cleaned, and then user is drunk all the time
Meet the drinking water of standard for drinking.
Another purpose of the present utility model is to provide an anti-penetration water purifier, wherein the anti-penetration water purifier can
Automatically the counter-infiltration element kit for being arranged at the anti-penetration water purifier is cleaned, without dismounting, and then kept away
Exempt from unloading process, the anti-penetration water purifier is damaged because of misoperation.
To realize at least one purpose of the utility model, the utility model provides an anti-penetration water purifier, the counter-infiltration
Water purifier includes:
One water purifier main body, wherein the anti-penetration water purifier main body has a flow inlet and an outflow port, wherein described
A circulation passage is formed between flow inlet and the outflow port；
One counter-infiltration filter element part, wherein the counter-infiltration filter element part includes a counter-infiltration element kit and a supercharging
Valve, wherein the counter-infiltration element kit is arranged at the circulation passage, wherein the pressure charging valve is arranged at the influent stream
The circulation passage between mouth and the influent stream side, wherein the pressure charging valve is connected to the control unit, wherein described
Reverse osmosis module has one to go out to flow side close to the influent stream side of the flow inlet and close to the outflow port；And
One automatic flushing device, wherein the automatic flushing device includes：
One water quality monitoring part, wherein the water quality monitoring part is arranged at the circulation passage to monitor
The water quality of drinking water and then one water quality monitoring signal of formation after being purified by the counter-infiltration part；
One control unit, wherein the control unit is connected to the water quality monitoring part and the supercharging
Valve, and comparative analysis default in a reference signal of the control unit and the water quality monitoring signal and then
Form a consequential signal；And
One pressure control part, wherein the pressure control part is arranged at the circulation passage and is connected to the control unit
Part, and then when the water quality of drinking water after being purified by the counter-infiltration part does not meet standard for drinking,
The pressure control part is actuated to make fluid positioned at the circulation passage from the influent stream effluent to described
Go out to flow side.
According to the embodiment of the utility model one, wherein the pressure control part includes a pressure control component and a flow control component, its
Described in flow control component include one first flow control component and one second flow control component, wherein the first flow control component and described
Two flow control components and the pressure control component are simultaneously attached in the control unit, wherein the first flow control component is set
The circulation passage between the pressure charging valve and the influent stream side, wherein the second flow control component be arranged at it is described go out
Flow the circulation passage between side and the outflow port.
According to the embodiment of the utility model one, wherein the anti-penetration water purifier further comprises a blowdown component, wherein
The blowdown component forms a drain outlet, wherein the drain outlet has a connected entrance, wherein the connected entrance is connected
In the circulation passage, wherein the connected entrance is arranged between the first flow control component and the influent stream side, wherein institute
Stating blowdown component includes a blowoff valve, wherein the blowoff valve is arranged at the drain outlet, wherein the blowoff valve is connected
It is connected to the control unit.
According to the embodiment of the utility model one, wherein the anti-penetration water purifier further comprises a negative pressure generation part,
Wherein described negative pressure generation part is arranged at the drain outlet.
According to the embodiment of the utility model one, wherein the pressure control component is implemented as a booster pump, wherein the pressure control
Component goes out to flow between side and the second flow control component described in being arranged at.
According to the embodiment of the utility model one, wherein the pressure control component is implemented as a negative pressure generator, wherein described
Pressure control component is arranged between flow inlet described in the first flow control component.
According to the embodiment of the utility model one, wherein the anti-penetration water purifier includes a rinsing module, wherein the punching
Washing component includes a pressure valve and an at least liquid storage unit, wherein the liquid storage unit has an opening, wherein the opening quilt
Be arranged at the second flow control component and it is described go out to flow the circulation passage between side, wherein the pressure valve is connected to institute
State control unit.
Wherein according to the embodiment of the utility model one, wherein the anti-penetration water purifier further comprises that a communication fills
Put, wherein the communicator is arranged at the anti-penetration water purifier main body, wherein the communicator be connected to it is described
Control unit.
Brief description of the drawings
Schematic diagram when Fig. 1 is one water purifier normal work of the utility model.
Schematic diagram when Fig. 2 is the automatic flushing device work of the water purifier of the utility model one.
Fig. 3 is the flow chart when water purifier of the utility model one works.
Fig. 4 is the schematic diagram of another embodiment of the water purifier of the utility model one.
Embodiment
Describe to be used to disclose the utility model so that those skilled in the art can realize the utility model below.Retouch below
Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.Retouched following
The general principle of the present utility model defined in stating can apply to other embodiments, deformation program, improvement project, etc. Tongfang
Case and the other technologies scheme without departing from spirit and scope of the present utility model.
It will be understood by those skilled in the art that in exposure of the present utility model, term " longitudinal direction ", " transverse direction ", " on ",
" under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", the orientation of the instruction such as " outer " or position close
System is to be based on orientation shown in the drawings or position relationship, and it is for only for ease of description the utility model and simplified and describes, without
It is instruction or implies that signified device or element there must be specific orientation, with specific azimuth configuration and operation, therefore on
Term is stated it is not intended that to limitation of the present utility model.
Referring to figs. 1 to Fig. 4, the utility model provides an anti-penetration water purifier 100, wherein the anti-penetration water purifier 100
Including a water purifier main body 10, at least a counter-infiltration filter element part 20 and an at least automatic flushing device 30, wherein described anti-
Infiltration filter element part 20 and the automatic flushing device 30 are arranged at the water purifier main body 10, wherein the automatic cleaning dress
Put 30 and be communicated in the counter-infiltration filter element part 20, and then make the counter-infiltration filter element part 20 in the automatic flushing device
Automatically cleaned during 30 work.
That is, using anti-penetration water purifier 100 described in the utility model, user need not change the counter-infiltration filter core
Part 20, standard compliant drinking water can also can be formed from the water purifier, while reduce the anti-penetration water purifier
The cost of 100 suppliers.
The water purifier main body 10 includes an at least flow inlet 101 and an at least outflow port 102, it is preferable that the water purification
Device main body 10 forms two outflow ports (1021 and 1022), wherein an outflow port 102 can form a normal temperature delivery port, its
In another delivery port form a hot water outlet, wherein forming a circulation from the flow inlet 101 to the outflow port 102
Passage 103, wherein the counter-infiltration filter element part 20 is arranged at the circulation passage 103 of the water purifier main body 10, from
And make to form the drink for meeting standard for drinking after being purified by the counter-infiltration filter element part 20 from the fluid that the flow inlet 101 flows into
With water, and the drinking water after being purified by the counter-infiltration filter element part 20 is further exported from the outflow port 102, also
It is to say, user can take the drinking water after being purified by the counter-infiltration filter element part 20 from the outflow port 102.
It is worth one, the counter-infiltration filter element part 20 includes a counter-infiltration element kit 21 and a pressure charging valve 22,
There is wherein described counter-infiltration element kit 21 an influent stream side 211 and one to go out to flow side 212, wherein the influent stream side 211 is described
Counter-infiltration element kit 21 close to the side of flow inlet 101, wherein it is described go out to flow side 212 be the counter-infiltration element kit 21
Close to the side of the outflow port 102, wherein the fluid for needing to be cleaned is imported into the water purifier master from the flow inlet 101
The circulation passage 103 of body 10, and flow through the reverse osmosis filter from the influent stream side 211 of the counter-infiltration element kit 21
Core assembly 21 goes out to flow side 212 and flow out after being cleaned from described, wherein the pressure charging valve 22 is arranged at the water purifier main body 10
The circulation passage 103 and positioned at the water purifier main body 10 the flow inlet 101 and the counter-infiltration element kit 21
The influent stream side 211 between, wherein when the pressure charging valve 22 works, positioned at the flow inlet 101 and the reverse osmosis filter
The pressure increase of fluid between the influent stream side 211 of core assembly 21 so that the counter-infiltration element kit 21 it is described enter
The pressure of the stream fluid of side 211 is more than the described of the counter-infiltration element kit 21 and goes out to flow fluid between side and the outflow port 102
Pressure, and then make the fluid of the influent stream side 211 of the counter-infiltration element kit 21 via the counter-infiltration element kit
The drinking water that can be drunk by user is formed after 21 purifications, the wherein drinking water goes out to flow after side 212 is flowed out by described from described
Outflow port 103 is taken by user.
The automatic flushing device 30 is arranged at the water purifier main body 10, wherein the automatic flushing device 30 wraps
A water quality monitoring part 31, a control unit 32 and a pressure control part 33 are included, wherein the water quality monitoring part 31 is set
Purified in the circulation passage 103 that the water purifier main body 10 is formed with that can monitor via the counter-infiltration element kit 21
The water quality of the drinking water of formation, wherein the water quality monitoring part 31 and the pressure control part 33 are connected to the control unit
Part 32 by the control unit 32 to be controlled.
Specifically, the water quality monitoring part 31 is arranged at the described of the counter-infiltration element kit 21 and goes out to flow side 212
With the water stream channel 103 between the outflow port 102, wherein the water quality monitoring part 31 is connected to the control unit
32, wherein the pressure control part 33 is connected to the control unit 32, wherein the water quality monitoring part 31 is set with energy
The enough water quality for monitoring the drinking water after being purified by the counter-infiltration filter element part 20, and then a water quality monitoring signal is formed, wherein
The water quality monitoring signal that the control unit 32 can transmit received from the water quality monitoring part 31.
More specifically, the pressure control part 33 includes a pressure control component 331 and a flow control component 332, wherein the pressure control
Component 331 and the flow control component 332 are arranged at the circulation passage 103, wherein the pressure control component 331 and the flow control
Component 332 is connected to the control unit 32.
In the utility model embodiment, the control unit 32 is further connected to the counter-infiltration filter element part 20
The pressure charging valve 22, wherein when the control unit 32 receives the water quality monitoring signal, and the water quality monitoring signal
When accordingly representing that the drinking water after being purified by the counter-infiltration element kit 21 does not meet standard for drinking, the analytic unit 32
A feedback signal will be formed, wherein the feedback signal is transferred to the pressure control component 331, described of the pressure control part 33
Flow control component 332 and the pressure charging valve 22, by the feedback signal, wherein the pressure control component 331 is actuated to make position
The pressure of fluid is less than between the flow inlet 101 and the influent stream side 211 goes out to flow side 212 and go out to flow side with described positioned at described
The pressure of fluid between 102, and then cause the drinking water backflow for not meeting drinking water standard, at the same time, the pressure charging valve 22 enters
And can be closed, to avoid the pressure charging valve 22 from being burned.
It is noted that in the utility model, the flow control component 332 includes the He of one first flow control component 3321
One second flow control component 3322, wherein the first flow control component 3321 and the second flow control component 3322 and the control
Pressure component 331 is simultaneously attached in the control unit 32, wherein the first flow control component 3321 is arranged at the supercharging
The circulation passage 103 between valve 22 and the influent stream side 211, wherein the second flow control component 3322 be arranged at it is described
Go out to flow the circulation passage 103 of the side 212 between the outflow port 102.
Specifically, when the water quality monitoring part 31 monitoring drinking water water quality do not meet drink require when, the water quality
Monitoring component 31 forms the water quality monitoring signal, wherein the water quality monitoring signal is transferred to the control unit 32, its
Described in control unit 32 the water quality monitoring signal and the default reference signal are analyzed, and then formed one
Feedback signal, wherein the feedback signal is transferred to the pressure control component 331, the first flow control component 332 and described
Second flow control component 333, and then the first flow control component 332 and the second flow control component 333 is closed by driving, with this
Meanwhile the pressure control component 331 is also driven, and then make the pressure between the flow inlet 101 and the influent stream side 211
It is strong be less than positioned at it is described go out flow side 212 and it is described go out to flow the pressure between side 102, and then not meeting drinking for drinking water standard
Water flows back.
In the present embodiment, the pressure control component 331 is implemented as a booster pump, wherein the pressure control component 331 is set
Go out to flow between side 212 and the second flow control component described in being placed in.
In another embodiment of the present utility model, the pressure control component is implemented as a negative pressure generator, wherein described
Pressure control component is arranged between the first flow control component and the flow inlet.
It will be appreciated by those of ordinary skill in the art that wherein described water quality monitoring component 31 can be carried out but be not limited to energy
The concentration of impurity or the molecular volume of impurity after enough monitorings purify via the counter-infiltration filter element part 20 in drinking water, this reality
Do not limited in this respect with new.
Further, the anti-penetration water purifier 100 further comprises a blowdown component 40, wherein the blowdown component 40
The circulation passage 103 is communicated in including the wherein described drain outlet 401 in a drain outlet 401, wherein the drain outlet
401 have a connected entrance 4010, wherein the connected entrance 4010 is located at the first flow control component 3321 and the reverse osmosis filter
Between the influent stream side 211 of core assembly 21, and then when the water stream channel 103 flows back, drinking with big molecular impurity
Water can be discharged from the drain outlet 401 of the blowdown component 35.
It is highly preferred that blowdown component 40 further comprises a blowoff valve 402, wherein the blowoff valve 402 is arranged at institute
Drain outlet 401 is stated, wherein the blowoff valve 402 is connected to the control unit 32, wherein when the normal work of the water purifier
Make, i.e., when the drinking water after the counter-infiltration element kit 211 purification meets standard for drinking, the blowoff valve 402 is described
The driving of control unit 32 one is closed, so as to which the fluid for avoiding fluid from being flowed into from the flow inlet 101 enters the row
Dirty component 40；Wherein when the control unit 32 forms the feedback signal, the feedback signal is transferred to the blowdown
Valve 402, and then the blowoff valve is opened by driving, so that the drinking water with big molecular impurity can be from the blowdown group
The drain outlet 351 of part 40 and be discharged.
It is highly preferred that the blowdown component 40 further comprises a negative pressure generating unit 403, wherein list occurs for the negative pressure
Member 403 is arranged at the drain outlet 401 of the blowdown component 40, wherein the negative pressure generating unit 403 is connected institute
Control unit 32 is stated, wherein when the control unit 32 receives the water quality monitoring signal and forms the feedback signal, institute
State negative pressure generating unit 403 and then be actuated to form a negative pressure in the blowdown tube passage 401, and then accelerate the circulation logical
The fluid of backflow is exported from the drain outlet 401 in road 103.
Further, the anti-penetration water purifier 100 includes a rinsing module 50, wherein the rinsing module 50 includes
One pressure valve 51 and a liquid storage unit 52, wherein the liquid storage unit 52 has opening 520, wherein the opening 520 is connected
Go out circulation road 12 described in passing through, wherein the pressure valve 51 is arranged at the opening 520.In the utility model embodiment,
The opening 520 be communicated in the fluid passage 103 and positioned at it is described go out flow side 212 and the second flow control component 3322 it
Between, wherein the flushing valve 372 is connected to the control unit 32.
When the drinking water that the counter-infiltration element kit 21 purification is formed meets standard for drinking, the rinsing module 50
The pressure valve 51 is closed, and then enables the drinking water after being purified via the counter-infiltration element kit 21 from warp
It is exported by the circulation passage 103 from the outflow port 102, so that user can take drink from the outflow port 102
With water, at the same time, the drinking water after partly being purified via counter-infiltration travelling component 21 is oriented to institute by the pressure valve 51
Memory cell 52 is stated to be stored.
When the drinking water after being purified via the counter-infiltration element kit 21 is unable to reach standard for drinking, the water quality prison
Survey part 31 and form a water quality monitoring signal, wherein the water quality monitoring signal is transferred to the control unit 32, wherein institute
State after control unit 32 receives the water quality monitoring signal, and then water quality monitoring signal described in comparative analysis and default benchmark letter
Number, and then a feedback signal is formed, wherein the feedback signal is transmitted to the rinsing module 50 by the control unit 32
The pressure valve 51, so make the pressure valve 51 be actuated to make the drinking water that is prestored in the memory cell by from
The opening 520 of the memory cell 52 is imported into the circulation passage 103, so that the drink in the irrigation channel 371
When backflow can be produced in the circulation passage with water, there is provided sufficient drinking water.
Preferably, the rinsing module 50 further comprises a compress cell 53, wherein the compress cell 53 can be by
The liquid storage unit 52 of the rinsing module 50 is arranged at, and the compress cell 53 is connected to the control unit
32, and then when the pressure valve 51 is driven by the control unit 32, the compress cell 53 is driven and then increased simultaneously
The back-flow velocity of drinking water in the fluid passage 103.
Further, the water purifier further comprises a communicator 60, wherein the communicator 60 is connected to
The control unit 32, wherein the communicator 60 is communicatively coupled to communication terminal, (communication terminal is carried out but not
It is limited to mechanical, electrical brain, webpage on the other hand), that is to say, that in the present embodiment, user can oneself by a communication terminal
Oneself sets a reference signal, and then the reference signal for enabling the water purifier to be set according to user automatically adjusts the reverse osmosis
Saturating water purifier 100 is cleaned frequency, on the other hand, the drinking water that user can also be more healthy.
Further, in another embodiment of the utility model, the pressure charging valve 22, the water quality monitoring part 31 and
The pressure control component 331 and the flow control component 332 of the pressure control part 33 are directly connected in the communicator 60, its
Described in communicator 60 be communicatively coupled to an analysing terminal 70 (analysing terminal can be carried out singly be not limited to it is described anti-
The database of the supplier of penetrating water purifier 100), wherein presetting the reference signal in the analysing terminal 70.
When water quality corresponding to the water quality monitoring signal that the water quality monitoring part 31 of the automatic flushing device 30 is formed
Less than during water quality, the water quality monitoring signal is transmitted to the analysis eventually by the communicator 60 corresponding to the reference signal
End 70, wherein the analysis contrast of the analysing terminal 70 forms a feedback signal, wherein the feedback signal is further by described
Communicator 60 is transferred to the pressure control part 33, wherein the pressure control part 33 is activated, wherein the first flow control group
Part 3321 and the second flow control component 3322 are closed simultaneously, wherein the pressure charging valve 22 is closed, wherein the pressure control
Component 331 is driven, and then makes the fluid between the first flow control component 3321 and the second flow control component 3322
Backflow is formed, so that the big molecular impurity positioned at the influent stream side 211 of the counter-infiltration element kit 21 is directed to
The blow-off pipe 37.
Further, the blowoff valve 402 of the blowdown component 40 is connected to the communicator 60, wherein working as institute
When stating the fluid formation backflow between the first flow control component 3321 and the second flow control component 3322, the quilt of blowoff valve 402
The driving of communicator 60 is opened, and then the fluid being rinsed can be from the drain outlet 401 of the blowdown component 40
It is discharged.
The pressure valve 51 and the compress cell 53 of the rinsing module 50 are similarly connected to the communication dress
60 are put, so that when the fluid between the first flow control component 3321 and the second flow control component 3322 forms backflow, institute
Stating pressure valve 51 and the compress cell 53 can be actuated to drive the liquid in the liquid storage unit 52 to be imported into institute
Circulation passage 103 is stated, and then can cross and be rinsed the liquid that the counter-infiltration element kit 21 provides abundance.
It should be understood by those skilled in the art that the embodiment of the present utility model shown in foregoing description and accompanying drawing is only used as
Illustrate and be not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.Work(of the present utility model
Energy and structural principle show and illustrated in embodiment, under without departing from the principle, embodiment of the present utility model
Can there are any deformation or modification.
Claims (10)
- A 1. anti-penetration water purifier, it is characterised in that, including:One water purifier main body, wherein the water purifier main body has a flow inlet and an outflow port, wherein the flow inlet and institute State and form a circulation passage between outflow port；One counter-infiltration filter element part, wherein the counter-infiltration filter element part includes a counter-infiltration element kit and a pressure charging valve, its Described in counter-infiltration element kit be arranged at the circulation passage, wherein the pressure charging valve is arranged at the flow inlet and institute The circulation passage between influent stream side is stated, wherein the reverse osmosis module has one close to the influent stream side of the flow inlet and leaned on The nearly outflow port goes out to flow side；AndOne automatic flushing device, wherein the automatic flushing device includes：One water quality monitoring part, wherein the water quality monitoring part is arranged at the circulation passage to monitor by the counter-infiltration The water quality of drinking water and then one water quality monitoring signal of formation after part purification；One control unit, wherein the control unit is connected to the water quality monitoring part and the pressure charging valve, and to score Analysis defaults in a reference signal and the water quality monitoring signal and then one consequential signal of formation for the control unit；AndOne pressure control part, wherein the pressure control part is arranged at the circulation passage and is connected to the control unit, enter And when the water quality of drinking water after being purified by the counter-infiltration part does not meet standard for drinking, the pressure control part is actuated to make Fluid positioned at the circulation passage goes out to flow side from the influent stream effluent to described.
- 2. anti-penetration water purifier according to claim 1, wherein the pressure control part includes a pressure control component and a flow control group Part, wherein the flow control component includes one first flow control component and one second flow control component, wherein the first flow control component and The second flow control component and the pressure control component are simultaneously attached in the control unit, wherein the first flow control component The circulation passage being arranged between the pressure charging valve and the influent stream side, wherein the second flow control component is arranged at It is described to go out to flow the circulation passage between side and the outflow port.
- 3. anti-penetration water purifier according to claim 2, wherein the water purifier further comprises a blowdown component, wherein institute State blowdown component and form a drain outlet, wherein the drain outlet has a connected entrance, wherein the connected entrance is communicated in The circulation passage, wherein the connected entrance is arranged between the first flow control component and the influent stream side, wherein described Blowdown component includes a blowoff valve, wherein the blowoff valve is arranged at the drain outlet, wherein the blowoff valve is connected In the control unit.
- 4. anti-penetration water purifier according to claim 3, wherein the water purifier further comprises a negative pressure generation part, its Described in negative pressure generation part be arranged at the drain outlet.
- 5. according to any anti-penetration water purifier in claim 2 to 4, wherein the pressure control component is implemented as a supercharging Pump, wherein the pressure control component is arranged at and described goes out to flow between side and the second flow control component.
- 6. according to any anti-penetration water purifier in claim 2 to 4, wherein the pressure control component is implemented as negative pressure hair Raw device, wherein the pressure control component is arranged between the first flow control component and the flow inlet.
- 7. according to any anti-penetration water purifier in claim 2 to 4, wherein the water purifier includes a rinsing module, its Described in rinsing module include a pressure valve and an at least liquid storage unit, wherein the liquid storage unit has an opening, wherein institute State opening be arranged at the second flow control component and it is described go out to flow the circulation passage between side, wherein the pressure valve quilt It is connected to the control unit.
- 8. anti-penetration water purifier according to claim 5, wherein the water purifier includes a rinsing module, wherein the flushing Component includes a pressure valve and an at least liquid storage unit, wherein the liquid storage unit has an opening, wherein the opening is set Be placed in the second flow control component and it is described go out to flow the circulation passage between side, wherein the pressure valve be connected to it is described Control unit.
- 9. anti-penetration water purifier according to claim 6, wherein the water purifier includes a rinsing module, wherein the flushing Component includes a pressure valve and an at least liquid storage unit, wherein the liquid storage unit has an opening, wherein the opening is set Be placed in the second flow control component and it is described go out to flow the circulation passage between side, wherein the pressure valve be connected to it is described Control unit.
- 10. anti-penetration water purifier according to claim 1, wherein the water purifier further comprises a communicator, wherein The communicator is arranged at the water purifier main body, wherein the communicator is connected to the control unit.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720469370.9U CN207153481U (en) | 2017-04-28 | 2017-04-28 | Anti-penetration water purifier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720469370.9U CN207153481U (en) | 2017-04-28 | 2017-04-28 | Anti-penetration water purifier |
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| Publication Number | Publication Date |
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| CN207153481U true CN207153481U (en) | 2018-03-30 |
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| CN201720469370.9U Active CN207153481U (en) | 2017-04-28 | 2017-04-28 | Anti-penetration water purifier |
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| Country | Link |
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| CN (1) | CN207153481U (en) |
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