CN107364996A

CN107364996A - The water purifier of water route state apparatus for demonstrating is set

Info

Publication number: CN107364996A
Application number: CN201610348371.8A
Authority: CN
Inventors: 杜也兵; 冉伊虹
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-05-11
Filing date: 2016-05-11
Publication date: 2017-11-21
Anticipated expiration: 2036-05-11
Also published as: CN107364996B

Abstract

The present invention is relevant with water treatment field, and in particular to Drinking Water Filtration.The present invention discloses a kind of water purifier for setting water route state apparatus for demonstrating.Including filter gall, excessively water electric-controlled parts, excessively water lines；This crosses the part that water management part was at least one of water electrically-controlled valve or water pressure control switch or flow sensor or booster pump or film row's concentrated water volume control device or water-level control apparatus；The automatically controlled display device of static purification schematic diagram and Dynamic Announce current running orbit also including dimensioning machine；The automatically controlled display device is under the premise of confirming that current passed through water lines, according to the related condition adjudgement flow path for crossing water electric-controlled parts monitored, control shows the track that filtration channel moves shown in the static purification schematic diagram of the current edge mark in filtration channel.

Description

The water purifier of water route state apparatus for demonstrating is set

Technical field

The present invention is relevant with water treatment field, and in particular in terms of the monitoring, maintenance to the control unit of water purifier.

Background technology

At present, using water when, using water purifier in water and hydraulic pipeline cause impurity etc. carry out depth-type filtration, preferably Ground protects the health of user.Because water purifier has always a demand for " regular " change during the use that user is bought after installation Filter gall.Around filter gall change caused by a series of matters, and expense expenditure is always along with the use process of water purifier, therefore The sale of water purifier product is different from the sale that the production of other household appliances is brilliant, is referred to as " semi-finished product " sale, it is necessary to which seller has by force Big maintenance service ability is supported.With the popularization and improvement of water purifier, the gradual popularization of fast-assembling filter gall, user can be with self-changeable Filter gall is so as to reducing the use cost of water purifier.However, water purifier has long-term continuous operation, filter effect and filter gall life-span By such environmental effects it is larger the characteristics of, its maintenance content be mainly change damage parts.Although machine service operations It is relatively easy, but because user lacks the understanding to water purifier, machine can not be checked, often feel that machine is abnormal and just Ask maintenance service personnel to make house calls, not only increased the workload but also increase correlative charges expenditure of maintenance service personnel, and surround The dependencies made house calls are also cumbersome.Hardly resulted in especially by the long-distance user of network electric business purchase machine timely, good Good service.Because the popularity rate of current water purifier is less than 3%, and the parts of each water purifier producer are not mutually general, cause Long-distance user in producer or can only sell and voluntarily grope to repair under the guidance of unit, or disable machine and wait producer regularly to tie up On-site maintenance when repairing circuiting service；Or simply machine is pulled down and transports factory repair back.Generally, tieed up in water purifier running The service of repairing is constantly in passive state, only when abnormal cisco unity malfunction occurs in machine the machine, and user contacts with producer, Make house calls.Now often have resulted in than more serious loss or consequence.Above-mentioned existing defect and deficiency have a strong impact on The water purifier updating and upgrading of a product and the raising of correlation technique.

The content of the invention

The present invention solves the technical problem of provide a kind of the net of simple and practical setting water route state apparatus for demonstrating Water dispenser, to overcome drawbacks described above and deficiency.

A kind of water purifier that water route state apparatus for demonstrating is set, including filter gall, excessively mistake water electric-controlled parts, water lines；The mistake Water management part was at least water electrically-controlled valve or water pressure control switch or flow sensor or booster pump or film row's concentrated water flow control The part of one of device or water-level control apparatus processed；Crossing water lines connection includes multiple filter galls of preposition filter gall and crosses water Electric-controlled parts form filtration channel；Filtration channel or the water purification exhalant canal to be formed through the filtering of preposition filter gall, or for preposition Increase the pure water exhalant canal formed with booster pump and reverse osmosis membrane filter gall or NF membrane filter gall on the basis of filter gall filtering, or for Increase on the basis of the filtering of preposition filter gall and match somebody with somebody booster pump and reverse osmosis membrane filter gall or NF membrane filter gall, and setting alternatively open it is net Water exhalant canal and pure water exhalant canal form double exhalant canals, it is characterised in that the static purification signal also including dimensioning machine Scheme the automatically controlled display device of simultaneously Dynamic Announce current running orbit；The automatically controlled display device is before confirming that current passed through water lines Put, according to the related condition adjudgement flow path for crossing water electric-controlled parts monitored, control shows the current in filtration channel The track that filtration channel moves shown in static purification schematic diagram along mark.

Described filtration channel or setting pure water exhalant canal, or water purification exhalant canal and pure water exhalant canal are set, and And high-voltage switch gear and pressure water storage tank are set in the pure water passage of fine filter gall delivery port connection；The automatically controlled display device is true Recognize machine normal operation, current passed through under the premise of water lines, according to the related condition adjudgement for crossing water electric-controlled parts monitored Pure water flow path, control display are in the static purification schematic diagram that the current of filtration channel under operational mode mark along the machine The track of shown filtration of demineralized water passage movement, pure water, pressure water storage barrel and fine filter gall group are exported including pressure water storage barrel Fine filter gall conveys three links of pure water to pressure water storage barrel after closing output pure water, and closing pure water channel end, and reflection is matched somebody with somebody Put the water purification machine purification operational process of pressure water storage barrel.

Also include the waterway switcher that running position and position of recoiling are set；The waterway switcher is in running position and recoil Change correlation is switched between position and is crossed water direction by waterway switcher control filter gall, and waterway switcher is in recoil During position, the water passage for connecting related filter gall is inoperative pattern；The automatically controlled display device or control show that the water route is cut The current motion track that parallel operation is under operational mode corresponding to running position, or control show that the waterway switcher is in recoil Current motion track under inoperative pattern corresponding to position.

Described filtration channel or setting pure water exhalant canal, or water purification exhalant canal and pure water exhalant canal are set, and And the row's of setting concentrated water case apparatus, row's concentrated water case apparatus pass through the related row's concentrated water for crossing the fine filter gall of water power control members respectively The water inlet end of mouth and booster pump；Described automatically controlled display device is arranged on the row's of setting concentrated water case apparatus filtration channel under operational mode Pure water monitoring pattern；Monitoring is intake by the water inlet end of filtration channel, and control water flows through correlation and crosses water electric-controlled parts and fine filter After courage, by a certain percentage simultaneously to the water outlet of pure water passage and to row's concentrated water case apparatus water filling, and the corresponding current of display are controlled to move Dynamic rail mark.

Described row's concentrated water drainage concentrated water case apparatus also includes the water level monitor device for setting multiple level control switch for water；Work as row The water level of concentrated water case apparatus is increased to after running the equivalent water level controlling switch of high water level triggering water level monitor device, automatically controlled display Device control switches to is fetched water by row's concentrated water case apparatus, control water flow through it is related cross after water electric-controlled parts by pure water passage water outlet, And control the corresponding current motion track of display；When the water level of row's concentrated water case apparatus is down to operation low water level triggering row's concentrated water box installed After the equivalent water level controlling switch put, automatically controlled display device control switches back into the water inlet end water inlet by filtration channel, controls current By pure water passage water outlet after correlation crosses water electric-controlled parts, and control the corresponding current motion track of display.

On the basis of described filtration channel sets pure water passage in fine filter gall water side, in preposition filter gall and fine filter Water purification passage is set to form double water exit modes between courage：The water inlet end of water purification passage is crossed into water electrically-controlled valve by low pressure and height presses through Water electrically-controlled valve be respectively communicated be serially connected in booster pump in filtration channel into and out of water end (W.E.), form low pressure water passage and height press through water Passage, and when water purification passage is opened, two water passages alternatively open；Open water purification passage or pure water passage, automatically controlled display Device control is fetched water by row's concentrated water case apparatus, causes the water level for arranging concentrated water case apparatus to be down to operation low water level triggering row's concentrated water box installed After the equivalent water level controlling switch put, automatically controlled display device control switches to the water inlet end water inlet by filtration channel, controls current After correlation crosses water electric-controlled parts, or the water purification passage water outlet by filtration channel or the pure water passage water outlet by filtration channel, and Control shows corresponding current motion track；When the water level of row's concentrated water case apparatus is increased to run high water level triggering row's concentrated water box installed After the equivalent water level controlling switch put, automatically controlled display device control switches back into is fetched water by row's concentrated water case apparatus, and control water flows through phase After closing water electric-controlled parts, or by the water purification passage water outlet of filtration channel or by pure water passage water outlet, and control display corresponding Current motion track.

Described automatically controlled display device sets the combination switching monitoring mould between water purification and pure water and backwater under operational mode Formula：Described filtration channel opens the water purification passage before being arranged on fine filter gall, or opens pure after being arranged on fine filter gall Aquaporin, for automatically controlled display device according to the water position status of " concentrated water " in monitoring row's concentrated water box installed wing, corresponding startup is related to cross water power Control part or the dense water tank water intake of selection row or selection filtration channel water inlet end are intake and turn on corresponding water passage, and are controlled aobvious Show corresponding current motion track.

Described automatically controlled display device sets the water level limit monitoring pattern of row's concentrated water case apparatus：Water level limit monitoring pattern At least the water level upper limit monitoring pattern higher than operation high water level or the water level lower limit monitoring pattern less than operation low water level, Wherein, for water level upper limit monitoring pattern, after the level control switch for water triggering of the corresponding water level upper limit, automatically controlled display device or alarm The level control switch for water failure of the corresponding operation high water level of prompting, or control row's concentrated water case apparatus separately set the draining electricity in discharge-channel Valve conducting is controlled, by the current arranged in concentrated water case apparatus by discharge-channel water outlet, the water level of " concentrated water " in the row's of reduction concentrated water case, and Control shows corresponding current motion track；For water level lower limit monitoring pattern, the level control switch for water of corresponding water level lower limit touches After hair, the automatically controlled display device of automatically controlled display device or alarm correspondingly run the level control switch for water failure of low water level, or control System is intake by the water inlet end of filtration channel, control water flow through it is related after crossing water electric-controlled parts and fine filter gall, by a certain percentage together When to the water outlet of pure water passage and row's concentrated water case apparatus water filling, and control the corresponding current motion track of display.

In described filtration channel set with monitoring current and export corresponding electric signal function cross water electric-controlled parts, should Cross water electric-controlled parts at least water pressure switch flow sensor flow switch or water-level control apparatus One of monitoring component；Automatically controlled display device is monitored at this by being arranged on the monitoring component of the specific location of filtration channel Streamflow regime, and control the corresponding current motion track of display.

Automatically controlled display device can also cross water electric-controlled parts in the case where simulating the running status of water electric-controlled parts to correlation It is separately monitored.Described water electric-controlled parts of crossing set indicator lamp；Described automatically controlled display device monitors water passage water Flow by it is related cross water electric-controlled parts normal operation after start corresponding indicator lamp, and monitor exception in automatically controlled display device Cross water electric-controlled parts after, control water passage current motion track or carries in crossing at water electric-controlled parts or stopping to show for exception Show alarm.

Described automatically controlled display device sets total dissolved solid monitoring pattern：Spy of the automatically controlled display device in filtration channel Determining opening position sets total dissolved solid to monitor probe；Automatically controlled display device control shows corresponding current motion track, and phase The total dissolved solid numerical value for flowing through specific location current should be shown.

It is of the invention that there is advantages below compared with existing water purifier；Automatically controlled display device can be purified with dimensioning machine to be illustrated Figure, and current motion track of the display in filtration channel under operational mode (i.e. machine purification schematic diagram) can have both been controlled, Display can also be controlled to be in the current motion track of filtration channel under inoperative pattern, on this basis can be to water purifier Entering water electromagnetic valve door, booster pump, ultraviolet sterilizer, and each microswitch, optoelectronic switch, flow sensor are individually supervised Survey, linkage monitoring can also be carried out to each control unit on this basis, and by corresponding current motion track, and correspond to each The monitoring result of control unit is prompted on automatically controlled display control device, so as to simplify the maintenance difficulty of machine；User is to using product Running situation it is very clear, and the control unit of damage and voluntarily more can be found out according to the related prompting of automatically controlled display device Change.

Brief description of the drawings：

Accompanying drawing is to use to rush waterway switcher, row's concentrated water case apparatus, without tub for four being all-trans for controlled preposition filter gall Pure water channel pattern, and double water outlet water purification machine cleaning principle schematic diagrames of high and low pressure water passage.

Embodiment

The filtration channel for connecting each filter gall connects support inlet and outlet pipe composition filtration channel respectively.Generally, micro-filtration water purification The basic filtering passage of machine is the filter gall of three concatenations (two PP cottons filter galls press from both sides a granular activated carbon filter gall)；Ultrafiltration water purifier Basic filtering passage be to increase a milipore filter filter gall on the basis of the concatenation filter galls of micro-filtration water purifier three；The base of water purification machine This filtration channel is in the afterbody water sides of the concatenation filter gall of micro-filtration water purifier three, concatenates booster pump and fine filter gall, set into, Delivery port and the fine filter gall for arranging concentrated water spout, NF membrane filter gall or reverse osmosis membrane filter gall.

Selection included water valve, water pressure controlling switch, flow sensor, booster pump, film row concentrated water volume control device, Water electric-controlled parts are crossed including water-level control apparatus, the related water lines of crossing being related in support filtration channel are controlled；Respectively The water route for crossing water management part is connected in the mistake water lines of filtration channel by crossing water lines interface.Wherein,

It is used to pipeline as the water intaking valve of one of water electrically-controlled valve excessively, draining valve, back-water valve (BWV), mistake water valve and crosses water switching control System.Crossing water electrically-controlled valve includes the excessively water base holder structure of pipeline and the cover board arrangement being made up of cover plate and automatically controlled valve core device.

High and low water pressure control switch as one of water pressure control switch, for changing control circuit by descaling line pressure Switch, wherein low-voltage control switch set a pipe interface；Dual pressure control switch is set into and out of two pipe interfaces.Hydraulic pressure Controlling switch includes the excessively water base holder structure of pipeline and the cover board arrangement being made up of electronic control switch.

Flow sensor is used to pass through water flow driving interlock circuit output control signal, and accumulative water flow；This In case, flow sensor also include only by cross water whether flow driving interlock circuit export open and close signal flow switch.

Booster pump is used to increase the hydraulic pressure in reverse osmosis membrane filter gall or NF membrane filter gall inlet pipeline, meets as fine filter Reverse osmosis membrane filter gall or NF membrane the filter gall operation of courage need；

Concentrated water volume control device is arranged, controls the drain discharge of row's concentrated water spout of reverse osmosis membrane filter gall or NF membrane filter gall. The signified row's concentrated water volume control device of this case or multifunctional electromagnetic valves, Automatic-washing combined valve, automatic flush valve, accumulative flushing Valve, intelligent wash valve, and the volume control device of one of waste water ratio as special case.Wherein, limitation row concentrated water flow Waste water ratio in the present case without automatically controlled effect.

Ultraviolet sterilization apparatus, water is crossed to pipeline and carries out ultraviolet sterilization.

Water-level control apparatus is used to monitor, controls the water level arranged in concentrated water case.Such as water-level float microswitch, the dry spring of water level Pipe switch etc..

In following each embodiments, no longer the above-mentioned function of crossing water electric-controlled parts and principle are illustrated.

Embodiment 1.Water lines concatenation is crossed including preposition filter gall and multiple filter galls including fine filter gall and connects related mistake Water electric-controlled parts form filtration channel, wherein, cross water electric-controlled parts and requirement selection setting is specifically purified according to machine.It is basic herein On, machine also sets up the automatically controlled display dress wing of static the purification schematic diagram and current running orbit that mark the machine.Generally, machine Static purification schematic diagram include the path of filtration channel under operational mode.The automatically controlled display device was passed through in confirmation current Under the premise of water lines, according to the related condition adjudgement flow path for crossing water electric-controlled parts monitored, or control display is in fortune The current motion track of filtration channel under row mode, or control display are in the current moving rail of filtration channel under inoperative pattern Mark.

First, no matter water purifier is the Microfilter for using microfiltration membranes filter gall, or uses the ultrafilter of milipore filter filter gall, And the collecting and filtering apparatus using NF membrane filter gall or the RO machines using reverse osmosis membrane filter gall, in the automatically controlled display device that machine is set The corresponding static purification schematic diagram of the machine is all marked, reflects the cleaning principle of the machine and crosses water electric-controlled parts configuration state, Wherein, filtration channel or water purification passage is formed for the exhalant canal after the filtering of preposition filter gall, by filtration channel water inlet end to net Water purification filter passage is formed between aquaporin, corresponding water purifier is the Microfilter or ultrafilter of output water purification；Filtration channel or Increase configuration booster pump and reverse osmosis membrane filter gall or NF membrane filter gall on the basis of the filtering of preposition filter gall, accordingly by counter-infiltration Membrane filtration courage or the exhalant canal of NF membrane filter gall form pure water passage, pure to being formed between pure water passage by filtration channel water inlet end Water filtration passage, corresponding water purifier are the collecting and filtering apparatus or RO reverse osmosis machines of output pure water.As collecting and filtering apparatus or RO reverse osmosis machines Improvement, collecting and filtering apparatus or RO reverse osmosis machines can also set water purification passage to form and select one and go out on the basis of pure water passage is set Double exhalant canals of water.

In machine external pipeline hydraulic pressure under normal circumstances, when opening clear water faucet or opening pure water tap, machine goes out Show during the corresponding water outlet of aquaporin it is related in the machine cross water electric-controlled parts normal operation, filtration channel is in normal operation State.No matter water purifier uses sets the filtration channel pressure-bearing pattern of tap in water side, water inlet end setting is also utilized in The non-pressure pattern of filtration channel of tap, the related configuration for crossing water electric-controlled parts and monitoring mode belong to routine techniques, It is not reinflated herein.

The automatically controlled display device is under the premise of confirming that machine normal operation, current passed through water lines, according to what is monitored Correlation crosses the condition adjudgement flow path of water electric-controlled parts, and control shows the current in filtration channel under operational mode along the machine The track of water purification filter passage or the movement of filtration of demineralized water passage shown in the static purification schematic diagram of device mark, reflects the net of the machine Change operational process.Double water outlet water purifiers for setting clear water faucet and pure water tap, alternatively open water purification passage or pure water lead to Road.When water purification passage water outlet, the corresponding control of automatically controlled display device shows the static purification signal that water purification current mark along the machine The track of the movement of water purification filter passage shown in figure, reflect the water purification operational process of the machine.It is automatically controlled aobvious when pure water passage water outlet The corresponding control of showing device shows that the static state that pure water current mark along the machine purifies filtration of demineralized water passage shown in schematic diagram and moved Track, reflect the pure water operational process of the machine.

In the present embodiment, relevant four class type (micro-filtration, ultrafiltration.Nanofiltration, counter-infiltration) operation control principle be routine The not reinflated narration of technology.Wherein, for the water purification machine using NF membrane filter gall or reverse osmosis membrane filter gall, no matter pure water passage is No setting pressure water storage barrel, it is routine techniques that it, which runs control principle,.

The automatically controlled display device mark set per money water purifier reflects the static purification schematic diagram of its purge feature, and controls Current in display filtration channel purify the track that filtration channel moves shown in schematic diagram along the static state.

Embodiment 2.On the basis of embodiment 1, using NF membrane filter gall or RO reverse osmosis membranes filter gall as fine filter gall Water purification machine, pressure water storage barrel is set in fine filter gall outlet pipeline, and is controlled by the high-voltage switch gear in pure water passage System：Pressure water storage barrel exports pure water under pressure after opening pure water tap, leads to until inner bucket water forces down in being serially connected in pure water After the control pressure of road high-voltage switch, triggering high-voltage switch gear starts supercharging pump operation and gone out to fine filter gall water delivery, fine filter gall The mouth of a river exports pure water, and continues after pure water tap is closed to pressure water storage barrel output pure water, until the water in pure water passage After pressure reaches the control pressure of high-voltage switch gear, controlled and stopped by high-voltage switch gear.The automatically controlled display device is confirming machine operation just Often, current passed through under the premise of water lines, and the condition adjudgement pure water flow path of water electric-controlled parts is crossed according to the correlation monitored, The static state that the current that control display is in filtration channel under operational mode mark along the machine purifies filtration of demineralized water shown in schematic diagram The track of passage movement, pure water, pressure water storage barrel and fine filter gall combination output pure water are exported including pressure water storage barrel, with And fine filter gall conveys three links of pure water to pressure water storage barrel after closing pure water channel end, reflection configuration pressure water storage barrel Water purification machine purifies operational process.

Embodiment 3.On the basis of embodiment 1,2, machine also includes setting running position and the water route for position of recoiling to cut Parallel operation；The waterway switcher switches over change correlation between running position and recoil position and filtered by waterway switcher control Courage crosses water direction, and waterway switcher is in when recoiling position, and the water passage for connecting related filter gall is inoperative pattern； The automatically controlled display device or control show the current movement that the waterway switcher is under operational mode corresponding to running position Track, or control show the current motion track that the waterway switcher is under inoperative pattern corresponding to recoil position.

For the waterway switcher that singly recoils, each single recoil waterway switcher only controls a filter gall.

Waterway switcher is rushed for being all-trans, the front and back ends footpath of the controlled filter gall of multiple concatenations, which is all-trans, rushes waterway switcher string It is connected in filtration channel, one is all-trans and rushes waterway switcher and can control one controlled filter gall of switching one by one successively, and changing should be by Control filter gall crosses water direction.ZL200910226508,2, ZL200910224481, describe in detail in 3 grade Chinese patents and be all-trans Rush the correlation technique of waterway switcher.

In accompanying drawing, be all-trans rush waterway switcher 50 control four concatenation controlled filter galls 1,2,3,4, and can successively by A pair of single filter galls carry out recoil cleaning.When be all-trans rush waterway switcher and be in running position when, automatically controlled display device control is aobvious Show that the current motion track under operational mode is all-trans in filtered passage successively and rush the water inlet end 50b, controlled of waterway switcher 50 Filter gall 1, controlled filter gall 2, controlled filter gall 3, controlled filter gall 4, then rushed through being all-trans waterway switcher 50 water side 50b lead to after Continuous filtration channel.When be all-trans the recoil position for rushing waterway switcher switching in controlled filter gall 1 when, the control of automatically controlled display device The current motion track being shown under inoperative pattern is all-trans in filtered passage successively rushes the water inlet end of waterway switcher 50 50a, the recoil mouth of a river 52 for rushing waterway switcher setting of being all-trans, the water side of controlled filter gall 1 and water inlet end, the recoil mouth of a river 51, so The water side 50b for rushing waterway switcher 50 by being all-trans leads to follow-up filtration channel, forms the recoil passage of controlled filter gall 1. By that analogy, when be all-trans rush waterway switcher and time be respectively at the recoil position of controlled filter gall 2,3,4 according to switching when, automatically controlled display The current motion track of device control display, which individually flows through to be all-trans successively, rushes three recoil passages of waterway switcher switching, The i.e. 1. recoil mouths of a river 53, the water side of controlled filter gall 2 and water inlet end, the recoil mouth of a river 52；2. recoil the mouth of a river 54, controlled filter gall 3 Water side and water inlet end, the recoil mouth of a river 54；3. the mouth of a river 55 of recoiling, the water side of controlled filter gall 4 and water inlet end, the recoil mouth of a river 53, Then the water side 50b that waterway switcher 50 is rushed through being all-trans leads to follow-up filtration channel, respectively constitutes controlled filter gall 2,3,4 Recoil passage.When be all-trans rush waterway switcher and continue to switch back to running position after, filtration channel resumes operation state.

It should be noted that rush waterway switcher for being all-trans, no matter it is all-trans and rushes waterway switcher and be on running position Or on recoil position, into and out of being all-trans, the current motion track that rushes waterway switcher 50 does not change.

For the single recoil waterway switcher set for single controlled filter gall, when singly recoil waterway switcher is in recoil When on position, single water outlet path for recoiling waterway switcher can keep constant such as by original filtration channel water outlet, also may be used To change such as by the discharge-channel water outlet specially set, i.e., single recoil waterway switcher on recoil position is by specially setting Discharge-channel water outlet (set three external passages).On the other hand, automatically controlled display device accordingly controls display to be in inoperative pattern The current motion track of lower filtration channel flows through the recoil passage and discharge-channel of single recoil waterway switcher switching.

The waterway switcher set in prefilter passage does not influence original water purification filter passage or filtration of demineralized water passage Operation.

As an improvement, when the current motion track of automatically controlled display device control display flows through controlled filter gall, to should be controlled The digital indicator lamp of filter gall is glittering, and when flowing through controlled filter gall 1 such as current motion track, the glittering prompting of digital indicator lamp " 1 " is all-trans Rush the recoil position residing for waterway switcher；" if 1,2,3,4 " all glittering expressions are all-trans rushes at waterway switcher digital indicator lamp In running position.

Embodiment 4.On the basis of embodiment 1,2,3, machine is that fine filter gall uses NF membrane filter gall or RO counter-infiltrations Membrane filtration courage, pure water passage is set or the collecting and filtering apparatus or RO reverse osmosis machines of water purification passage and pure water passage are set, the row's of setting concentrated water case Device simultaneously connects fine filter as arranged concentrated water volume control device 15 by related water electric-controlled parts of crossing with backwater electrically-controlled valve 12 respectively Row's concentrated water spout of courage 5 and the water inlet end of booster pump 60；Described automatically controlled display device sets the pure water monitoring mould under operational mode Formula：Monitoring is intake by the water inlet end 10 of filtration channel, and control water, which flows through to be all-trans, rushes waterway switcher water inlet end 50a, controlled filter gall 1st, 2,3,4, and be all-trans and rush waterway switcher water side 50b, water inlet electrically-controlled valve 11, booster pump 60, the water inlet of fine filter gall 5 Afterwards, from fine filter gall 5 delivery port and row concentrated water spout by a certain percentage (such as 1: 3) and meanwhile to the water outlet of pure water passage 30 and row concentrated water The water filling of case apparatus 70, and control the corresponding current motion track of display.

Whether waterway switcher sets the implementation for not influenceing the present embodiment.Recoiled when being not provided for filter gall in filtration channel Waterway switcher when, the prefilter channel path before fine filter gall is：Water inlet end water inlet, the preposition filter of filtration channel Courage, and booster pump；It is preposition before fine filter gall when being provided for the waterway switcher of filter gall recoil in filtration channel Filtration channel path is：Water inlet end water inlet, waterway switcher and the controlled filter gall of filtration channel, and booster pump.

Embodiment 5.On the basis of embodiment 4, row's concentrated water case apparatus 70 also includes setting multiple level control switch for water Water level monitor device.Under the pure water monitoring pattern under automatically controlled display device sets operational mode：Control shows corresponding current Motion track fetched water by the water inlet end 10 of filtration channel, through filter gall 1-4, water inlet electrically-controlled valve 11, booster pump 60, fine filter gall 5 After water inlet, from the delivery port and row's concentrated water spout of fine filter gall 5 by a certain percentage simultaneously to the water outlet of pure water passage 30 and row's concentrated water The water filling of case apparatus 70.

When the water level of row's concentrated water case apparatus 70 is increased to run the equivalent water level control of high water level triggering water level monitor device After switch 73, automatically controlled display device control switches to is intake by row's concentrated water case apparatus 70, and control water flows through backwater electrically-controlled valve 12, increased Press pump 60, fine filter gall 5 water inlet after, from the delivery port and row's concentrated water spout of fine filter gall 5 by a certain percentage simultaneously to pure water The water outlet of passage water outlet 30 and the water filling of row's concentrated water case apparatus 70, and control the corresponding current motion track of display.Now intake automatically controlled Valve 11 is closed.

Fetched water obtained pure water by row's concentrated water case apparatus 70, and portion of pure water causes to arrange concentrated water box installed along the outflow of pure water passage The water level for putting 70 is down in operation low water level triggering row's concentrated water case apparatus 70 after corresponding level control switch for water 72, automatically controlled display dress Put to control to switch back into and intake by the water inlet end 10 of filtration channel, control shows corresponding current motion track entering by filtration channel Water end (W.E.) 10 is intake, through filter gall 1-4, water inlet electrically-controlled valve 11, booster pump 60, fine filter gall 5 water inlet after, by fine filter gall 5 Delivery port and row's concentrated water spout are by a certain percentage simultaneously to the water outlet of pure water passage water outlet 30 and the water filling of row's concentrated water case apparatus 70.Now return Water electrically-controlled valve 12 is closed.In view of the water inlet of filtration channel water inlet end 10 is enough the water outlet for supplementing pure water passage 30, therefore can be true Protect automatically controlled display device control and show that corresponding current motion track circulates successively.

Embodiment 6.On the basis of embodiment 1,2,3,4,5, machine choice sets water purification passage and pure water passage and selected One opens the collecting and filtering apparatus or RO reverse osmosis machines that pattern forms double exhalant canals, and wherein water purification passage is arranged on the water inlet of booster pump 60 End；Row's concentrated water case apparatus 70 separately sets the discharge-channel 40 controlled by discharge electrically-controlled valve 16.Between water purification passage and pure water passage only It can alternatively open.After water purification passage and water outlet is opened, the corresponding control of automatically controlled display device shows water purification current along the machine mark The track of water purification filter passage movement shown in the static purification schematic diagram of note, reflect the water purification operational process of the machine.

When pure water channel conductive water outlet, the corresponding control of automatically controlled display device shows the static state that pure water current mark along the machine The track of filtration of demineralized water passage movement shown in schematic diagram is purified, reflects the filtration of demineralized water passage of the machine, and row's concentrated water case Device 70 collects the operational process of " concentrated water ".When the water level of row's concentrated water case apparatus 70 is increased to run high water level triggering monitoring water level After the equivalent water level controlling switch 73 of device, automatically controlled display device control switches to is intake by row's concentrated water case apparatus 70, controls water After the water inlet for flowing through backwater electrically-controlled valve 12, booster pump 60, fine filter gall 5, pressed by the delivery port and row's concentrated water spout of fine filter gall 5 Certain proportion controls the corresponding current movement of display simultaneously to the water outlet of pure water passage water outlet 30 and the water filling of row's concentrated water case apparatus 70 Track.Now, water inlet electrically-controlled valve 11 is closed.Hereafter, the circulation aqueous mode of embodiment 5 is repeated.

In view of " concentrated water " that water purification passage is arranged in the water inlet end of booster pump 60, and row's concentrated water case apparatus 70 is not pressed Power, therefore water purification passage is difficult by arranging " concentrated water " that concentrated water case apparatus 70 collects.

As the improvement project of the present embodiment, described filtration channel sets the base of pure water passage in fine filter gall water side On plinth, water purification passage is set to form double water exit modes between preposition filter gall and fine filter gall：By the water inlet end of water purification passage 20 By low pressure cross water electrically-controlled valve 13 and it is high press through water power control valve 14 be respectively communicated be serially connected in booster pump 60 in filtration channel into and out of Water end (W.E.), low pressure water passage and high pressure water passage are formed, and low pressure water passage and height press through when water purification passage is opened Alternatively opened between aquaporin.

When water purification passage 20 turns on water outlet, automatically controlled display device control backwater electrically-controlled valve 12, booster pump 60, height press through water power Control valve 14 is turned on, and " concentrated water " in the row's of extraction concentrated water case apparatus 70 is directly exported by high pressure water passage, water purification passage 20.In view of " concentrated water " in concentrated water case apparatus 70 and the filtration treatment by preposition filter gall 1-4 are arranged, thus it is equivalent or close logical by filtering Road water inlet end 10 is intake, the water purification obtained after preposition filter gall 1-4 filtration treatment.Now, water inlet electrically-controlled valve 11 and low pressure Water electrically-controlled valve 13 is crossed to close.

By row's concentrated water case apparatus 70 fetch water obtained water purification and by height press through water power control valve 14 along water purification passage export, lead The water level of the row's of cause concentrated water case apparatus 70 is down to corresponding level control switch for water 72 in operation low water level triggering row's concentrated water case apparatus 70 Afterwards, automatically controlled display device control switching is intake by the water inlet end 10 of filtration channel, control show corresponding current motion track by The water inlet end 10 of filtration channel is intake, through filter gall 1-4, water inlet electrically-controlled valve 11, low pressure cross water electrically-controlled valve 13 along low pressure water passage, Water purification passage 20 exports.Now, backwater electrically-controlled valve 12 and height press through water power control valve 14 and closed.

It is made for above-mentioned and exports the process of water purification, automatically controlled display device control water, which flows through, related crosses water electric-controlled parts Afterwards, or the water purification passage water outlet by filtration channel, and the corresponding current motion track of display is controlled.

The present embodiment can equally implement the technical scheme of embodiment 5.

Using the improvement project of the present embodiment, water level control can be higher than when " concentrated water " water level in row's concentrated water case apparatus 70 After the operation low water level of the control of switch 72, it is utilized in most fast water utilizing process (no matter using water purification or pure water).

As further improvement of this embodiment scheme, on the basis of the present embodiment improvement project, described electricity is obtained Control the backwater monitoring pattern under display device setting operational mode：Monitoring is fetched water by row's concentrated water case apparatus, and control water flows through correlation After crossing water electric-controlled parts, or by the water purification passage water outlet of filtration channel or by pure water passage water outlet, until row's concentrated water case apparatus 70 Water level be down in operation low water level triggering row concentrated water case apparatus 70 and stop after corresponding level control switch for water 72, and control display Corresponding current motion track.

Embodiment 7.Embodiment 7 is optimum embodiment.On the basis of embodiment 1,2,3,4,5,6, described is automatically controlled aobvious Showing device sets the combination switching monitoring pattern between water purification and pure water and backwater under operational mode：Described filtration channel is opened It is logical to be arranged on the water purification passage before fine filter gall, or the pure water passage after being arranged on fine filter gall is opened, automatically controlled display device root According to monitor and in the row's of display concentrated water case apparatus " concentrated water " water position status, corresponding start related cross water electric-controlled parts or selection row is dense Water tank 70 fetches water or selected filtration channel water inlet end 10 to intake, and the corresponding water passage of conducting, and controls display corresponding Current motion track.In order to as early as possible, make full use of " concentrated water ", the mould of the water intaking of automatically controlled display device prioritizing selection row's concentrated water case 70 Formula.

Embodiment 8.Embodiment 8 is optimum embodiment.In the scheme of above-described embodiment 1,2,3,4,5,6,7 and corresponding improvement side On the basis of case, described automatically controlled display device sets the water level limit monitoring pattern of row's concentrated water case apparatus：The water level limit monitors Pattern at least the water level upper limit monitoring pattern higher than operation high water level or the water level lower limit monitoring less than operation low water level Pattern, or water level upper limit monitoring pattern combine the water level upper and lower limit monitoring pattern formed with water level lower limit monitoring pattern, its In, for water level upper limit monitoring pattern, after the triggering of level control switch for water 74 of the corresponding water level upper limit, automatically controlled display device or alarm The failure of level control switch for water 73 of the corresponding operation high water level of prompting, or control row's concentrated water case apparatus separately set the draining in discharge-channel Electrically-controlled valve 16 turns on, by the current arranged in concentrated water case apparatus by discharge-channel water outlet, with " the water of concentrated water in the row's of reduction concentrated water case Position ", and control the corresponding current motion track of display；For water level lower limit monitoring pattern, the water level control of corresponding water level lower limit After the triggering of switch 71, automatically controlled display device or alarm correspondingly run the failure of level control switch for water 72 of low water level, or control Intake by the water inlet end of filtration channel, after control water flows through related water electric-controlled parts excessively and fine filter gall, simultaneously by a certain percentage To the water outlet of pure water passage and row's concentrated water case apparatus water filling, and control the corresponding current motion track of display.Manual draining valve 17 is used In artificial drainage.

In the present embodiment, machine is set rushes waterway switcher 50 for four being all-trans for controlled filter gall 1-4, and in preposition mistake Water inlet electrically-controlled valve 11 (water inlet electrically-controlled valve 11 position can also move forward) is set between filter passage and booster pump；In the water outlet of booster pump 60 End connects the fine water inlet end of filter gall 5；High-voltage switch gear 22, mineralising are sequentially connected in the pure water passage 30 of fine filter gall water side connection Filter gall 6, filter gall 7, and two total dissolved solid (TDS) monitoring probes 35,36 are set respectively in the front and back ends of mineralising filter gall 6； Type for mineral matter need not be increased, it is convenient to omit total dissolved solid (TDS) monitoring probe.Filter gall 7 or after being Put activated carbon filter gall or be ultraviolet sterilization filter gall.In addition, the front and back ends in prefilter passage set set respectively respectively Two total dissolved solid (TDS) monitoring probes 31,34, the former is used to monitor raw water, and the latter is used to monitor prefilter passage Filter effect and filter gall fine as a comparison cross the basis of effect；Two total dissolved solids are set again on this basis (TDS) monitoring pops one's head in 32,33 for the monitoring of related screen cloth type filter gall filter effect so as to realize all spies to filtration channel Positioning is put implements comprehensive monitoring with each screen cloth type filter gall.In four controlled filter galls, filter gall 2 is granular activated carbon filter gall, and remaining is equal For screen cloth type filter gall.

Row's concentrated water end of fine filter gall sets water inlet and delivery port, water level by arranging the connection of concentrated water volume control device 15 Control device, discharge-channel 40, and row's concentrated water case 70 of hand-operated valve 17, discharge electrically-controlled valve 16 is set wherein in discharge-channel； The water side of row's concentrated water case 70 is by setting the water return pipeline of backwater electrically-controlled valve 12 to connect the water inlet end of booster pump 60.

Water purification passage 20 is set to form double water exit modes between preposition filter gall and fine filter gall：By entering for water purification passage 20 Water end (W.E.) by low pressure cross water electrically-controlled valve 13 and it is high press through water power control valve 14 and be respectively communicated be serially connected in booster pump 60 in filtration channel Water inlet end and water side, form low pressure water passage and high pressure water passage, and low pressure is crossed water and led to when water purification passage is opened Alternatively opened between road and high pressure water passage.

Automatically controlled display device (not marking) forms the quiet of machine according to each part annexation mark in above-mentioned filtration channel State purifies schematic diagram 80.The static purification schematic diagram 80 of the machine is the static purification schematic diagram of core.For specific net Hydrophone fit structure can also cross water electric-controlled parts to part and be configured adjustment.

In the other embodiment of this case, some local connections of filtration channel or handoff relations for convenience of description, With reference to this example accompanying drawing and quote the reference of correlation and carry out related principle statement (to reduce related accompanying drawing quantity), and Do not indicate that structure described in other embodiment and annexation are necessarily identical with this example.

As the further improvement of the scheme of above-described embodiment 1,2,3,4,5,6,7,8 and corresponding improvement project, described mistake Filter passage in set with monitoring current and export corresponding electric signal function cross water electric-controlled parts, this crosses water electric-controlled parts at least The monitoring component of one of water pressure switch flow sensor flow switch or water-level control apparatus；Electricity Control display device monitors streamflow regime at this by being arranged in filtration channel the monitoring component at concerned particular location, and controls System shows corresponding current motion track.Herein, automatically controlled display device will arrange the SEA LEVEL VARIATION of " concentrated water " in concentrated water case apparatus It is considered as streamflow regime, and controls corresponding current (water level) motion track (or up or down) of display.

Ad-hoc location include but is not limited to filtration channel water inlet end 10, booster pump water inlet end and water side, water purification passage 20, Fine filter gall delivery port or pure water passage 30, and in row's concentrated water case.

The tap pattern configured according to machine, and the monitoring component using function setting respective numbers of machine, with It is easy to control to show corresponding current motion track.Such as：

The water purifier of tap is set for using in water purification filter passage water inlet end, at any place of water purification filter passage Low tension switch or flow switch or flow sensor can be set to monitor the conducting of water purification passage.

The water purifier of tap is set in water purification filter passage water side for using, at any place of water purification filter passage Can flow switch or flow sensor or high-voltage switch gear monitoring water purification passage conducting.

For using the water purification machine for setting tap in filtration of demineralized water passage water side, setting height to press off in pure water passage Close the conducting of monitoring pure water passage.On this basis, between preposition filter gall and booster pump, or set in prefilter passage The monitoring booster pump water inlet end hydraulic pressure that compresses switch is set low, to judge water inlet electrically-controlled valve or backwater electrically-controlled valve and protect booster pump.

For using in filtration of demineralized water passage water inlet end setting tap without tub water purification machine, in filtration of demineralized water passage Water inlet end sets the conducting of low tension switch monitoring filtration of demineralized water passage.

For using in filtration of demineralized water passage water side setting tap without tub water purification machine, in filtration of demineralized water passage Water side sets the conducting of high-voltage switch gear monitoring pure water passage.

For using double water outlet water purification machines that tap is respectively set in water purification passage and pure water passage, being set in water purification passage Put the conducting of flow switch or flow sensor monitoring water purification passage；High-voltage switch gear is set to monitor pure water passage in pure water passage Conducting.

In accompanying drawing, the conducting of water purification passage is monitored using flow switch or flow sensor 21 is set；High-voltage switch gear is set The conducting of 22 monitoring pure water passages.In addition, control the water purification of filtration channel into and out of water end (W.E.) double simultaneously when double water outlet water purification machines use Control tap and water outlet dual control tap, and the type of pressure water storage barrel is set, except described setting flow sensor, (flow is opened Close) monitored respectively outside water purification passage and pure water passage with high-voltage switch gear, can also be by setting low pressure in filtration channel water inlet end Switch (not marking) combines the monitoring purpose for reaching same with high-voltage switch gear.When double water outlet water purification machines are not provided with pressure water storage barrel When, can also (flow be opened with the flow sensor that is set in water purification passage by setting low tension switch in filtration channel water inlet end Close) combination reach same monitoring purpose.

In a word, the tap species of water purifier is not limited to above-mentioned several.Water purifier sets monitoring component to monitor clear water faucet Or the pattern of pure water tap is also not necessarily limited to above-mentioned pattern.For more complicated (such as possessing specific function) double water outlet water purification machines and Speech, according to the set location of depotition cock and water route control model, (single control of one water passage of control is leading or controls simultaneously The dual control tap of two water passages), and machine crosses the configuration of water electric-controlled parts, can be by common high-voltage switch gear, low Compress switch, any two or three of combination settings in four kinds of flow sensor, flow switch monitoring components, can realize to net Aquaporin water outlet and the monitoring of pure water passage water outlet.If necessary, a kind of monitoring component can be arranged on multiple in filtration channel Specific location.

On this basis, between preposition filter gall and booster pump (such as booster pump water inlet end), or in prefilter passage Middle setting low tension switch monitors booster pump water inlet end hydraulic pressure, to judge water inlet electrically-controlled valve or backwater electrically-controlled valve and protect booster pump.

It is automatically controlled aobvious as the further improvement of the scheme of above-described embodiment 1,2,3,4,5,6,7,8 and corresponding improvement project Showing device can also be separately monitored in the case where simulating the running status of water electric-controlled parts to the water electric-controlled parts of crossing of correlation. Described water electric-controlled parts of crossing set indicator lamp；Described automatically controlled display device monitors the related mistake that water passage current pass through Start corresponding indicator lamp after water electric-controlled parts normal operation, and abnormal water electric-controlled parts excessively are monitored in automatically controlled display device Afterwards, control water passage exception cross water electric-controlled parts at or stop show current motion track or prompting alarm.

It is described as the further improvement of the scheme of above-described embodiment 1,2,3,4,5,6,7,8 and corresponding improvement project Automatically controlled display device sets total dissolved solid monitoring pattern：Automatically controlled display device sets molten in the specific location of filtration channel Solution property total solid monitoring probe；The control of automatically controlled display device shows corresponding current motion track, and accordingly display flow through it is specific The total dissolved solid numerical value of opening position current.

In this programme, automatically controlled display device can both be continued for the static purification schematic diagram 80 of display mark, can also The static purification schematic diagram 80 of display mark is hidden, the static purification schematic diagram 80 of control display mark when needing；And On the basis of the two, then control when needed shows that filtration channel moves shown in static purification schematic diagram of the current along mark Track.Further, it is also possible to hide the static purification schematic diagram 80 of display mark, needing to control the water in showing filtration channel During the track that filtration channel moves shown in static purification schematic diagram of the stream along mark, the static purification signal of mark is shown in the lump Figure 80.

In addition, automatically controlled display device crosses water power under the premise of confirming that current passed through water lines, according to the correlation monitored The condition adjudgement flow path of part is controlled, control is shown along the static purification schematic diagram of the current edge mark substantially in filtration channel The track of shown filtration channel movement, the static purification that the related motion track of some of which ad-hoc location can not be marked are shown It is intended to limitation.

The automatically controlled display device includes all conventional display parts, as LCD liquid crystal display device, light-emitting diode display, LED light, digital display module, and touch-screen display.

On the basis of above-described embodiment, the protection domain of present application includes but is not limited to above-described embodiment.Can root According to needing by the related art method disclosed in the various embodiments described above and principle reconfigure to derive new embodiment, And it is similarly in the protection domain of present application.

Claims

1. a kind of water purifier that water route state apparatus for demonstrating is set, including filter gall, excessively mistake water electric-controlled parts, water lines；This crosses water Control unit was at least water electrically-controlled valve or water pressure control switch or flow sensor or booster pump or film row's concentrated water flow control The part of one of device or water-level control apparatus；Crossing water lines connection includes multiple filter galls of preposition filter gall and crosses water power Control part and form filtration channel；Filtration channel or the water purification exhalant canal to be formed through the filtering of preposition filter gall, or in preposition filter Increase the pure water exhalant canal formed with booster pump and reverse osmosis membrane filter gall or NF membrane filter gall on the basis of courage filtering, or for preceding Booster pump and reverse osmosis membrane filter gall or NF membrane filter gall are matched somebody with somebody in increasing on the basis of putting filter gall filtering, and set the water purification alternatively opened Exhalant canal and pure water exhalant canal form double exhalant canals, it is characterised in that the static purification schematic diagram also including dimensioning machine And the automatically controlled display device of Dynamic Announce current running orbit；The automatically controlled display device passed through water lines premise in confirmation current Under, according to the related condition adjudgement flow path for crossing water electric-controlled parts monitored, control shows the current edge in filtration channel The track of filtration channel movement shown in the static purification schematic diagram of mark.

2. the water purifier of water route state apparatus for demonstrating is set as claimed in claim 1, it is characterised in that described filtration channel or Pure water exhalant canal is set, or water purification exhalant canal and pure water exhalant canal are set, and in the connection of fine filter gall delivery port High-voltage switch gear and pressure water storage tank are set in pure water passage；The automatically controlled display device is confirming machine normal operation, current process Cross under the premise of water lines, according to the related condition adjudgement pure water flow path for crossing water electric-controlled parts monitored, control at display What filtration of demineralized water passage shown in the static purification schematic diagram that the current of filtration channel mark along the machine under operational mode moved Track, pure water, pressure water storage barrel and fine filter gall combination output pure water are exported including pressure water storage barrel, and close pure water Fine filter gall conveys three links of pure water, the water purification machine purification of reflection configuration pressure water storage barrel to pressure water storage barrel after channel end Operational process.

3. the water purifier of water route state apparatus for demonstrating is set as claimed in claim 1, it is characterised in that also include setting running position Put and recoil the waterway switcher of position；It is related that the waterway switcher switches over change between running position and recoil position Water direction is crossed by waterway switcher control filter gall, and waterway switcher is in when recoiling position, connects the mistake of related filter gall Aquaporin is inoperative pattern；The automatically controlled display device or control show that the waterway switcher is in the corresponding fortune in running position Current motion track under row mode, or control show that the waterway switcher is under inoperative pattern corresponding to recoil position Current motion track.

4. the water purifier of water route state apparatus for demonstrating is set as described in claim 1,2 or 3, it is characterised in that described filtering is led to Road sets pure water exhalant canal, or sets water purification exhalant canal and pure water exhalant canal, and the row's of setting concentrated water case apparatus, should Arrange concentrated water case apparatus and cross row's concentrated water spout of the fine filter gall of water power control members and the water inlet end of booster pump by related respectively；Institute The automatically controlled display device stated is arranged on the pure water monitoring pattern of the row's of setting concentrated water case apparatus filtration channel under operational mode：Monitoring by The water inlet end water inlet of filtration channel, control water flow through it is related after crossing water electric-controlled parts and fine filter gall, by a certain percentage simultaneously to Pure water passage water outlet and to row's concentrated water case apparatus water filling, and control the corresponding current motion track of display.

5. the water purifier of water route state apparatus for demonstrating is set as claimed in claim 4, it is characterised in that described row's concentrated water drainage is dense Cistern device also includes the water level monitor device for setting multiple level control switch for water；When the water level of row's concentrated water case apparatus is increased to transport After the equivalent water level controlling switch of row high water level triggering water level monitor device, automatically controlled display device control is switched to by row's concentrated water case Device is fetched water, and control water flows through correlation and crossed after water electric-controlled parts by pure water passage water outlet, and controls the corresponding current movement of display Track；After the water level for arranging concentrated water case apparatus is down to the equivalent water level controlling switch of operation low water level triggering row's concentrated water case apparatus, Automatically controlled display device control switches back into the water inlet end water inlet by filtration channel, and control water flows through related cross after water electric-controlled parts by pure Aquaporin water outlet, and control the corresponding current motion track of display.

6. the water purifier of water route state apparatus for demonstrating is set as claimed in claim 5, it is characterised in that described filtration channel exists On the basis of fine filter gall water side sets pure water passage, set water purification passage composition double between preposition filter gall and fine filter gall Water exit mode：The water inlet end of water purification passage by low pressure is crossed into water electrically-controlled valve and height presses through water power control valve and is respectively communicated with and was serially connected in Filter booster pump in passage into and out of water end (W.E.), form low pressure water passage and high pressure water passage, and when water purification passage is opened Two water passages alternatively open；Water purification passage or pure water passage are opened, automatically controlled display device control is taken by row's concentrated water case apparatus Water, after causing the water level for arranging concentrated water case apparatus to be down to the equivalent water level controlling switch of operation low water level triggering row's concentrated water case apparatus, The control of automatically controlled display device switches to the water inlet end water inlet by filtration channel, control water flow through it is related after crossing water electric-controlled parts, or Water purification passage water outlet by filtration channel or the pure water passage water outlet by filtration channel, and control the corresponding current moving rail of display Mark；After the water level for arranging concentrated water case apparatus is increased to run the equivalent water level controlling switch of high water level triggering row's concentrated water case apparatus, The control of automatically controlled display device switches back into is fetched water by row's concentrated water case apparatus, control water flow through it is related after crossing water electric-controlled parts, or by mistake Filter the water purification passage water outlet of passage or by pure water passage water outlet, and control the corresponding current motion track of display.

7. the water purifier of water route state apparatus for demonstrating is set as described in claim 5 or 6, it is characterised in that described automatically controlled display Device sets the combination switching monitoring pattern between water purification and pure water and backwater under operational mode：Described filtration channel or open-minded Be arranged on the water purification passage before fine filter gall, or open the pure water passage after being arranged on fine filter gall, automatically controlled display device according to The water position status of " concentrated water " in monitoring row's concentrated water case apparatus, corresponding startup correlation crosses water electric-controlled parts or dense water tank water intake is arranged in selection Or selection filtration channel water inlet end is intake and turns on corresponding water passage, and control the corresponding current motion track of display.

8. the water purifier of water route state apparatus for demonstrating is set as described in claim 5 or 6, it is characterised in that described automatically controlled display Device sets the water level limit monitoring pattern of row's concentrated water case apparatus：Water level limit monitoring pattern is at least or higher than operation high water level Water level upper limit monitoring pattern or less than operation low water level water level lower limit monitoring pattern, wherein, for the water level upper limit monitor Pattern, after the level control switch for water triggering of the corresponding water level upper limit, automatically controlled display device or alarm correspondingly run high water level Level control switch for water failure, or control row's concentrated water case apparatus separately set the draining electrically-controlled valve conducting in discharge-channel, will arrange concentrated water case Current in device are by discharge-channel water outlet, the water level of " concentrated water " in the row's of reduction concentrated water case, and control the corresponding current of display Motion track；For water level lower limit monitoring pattern, after the level control switch for water triggering of corresponding water level lower limit, automatically controlled display device electricity Control display device or alarm correspondingly run the level control switch for water failure of low water level, or control by the water inlet end of filtration channel Water inlet, control water flow through it is related after crossing water electric-controlled parts and fine filter gall, by a certain percentage simultaneously to the water outlet of pure water passage and row Concentrated water case apparatus water filling, and control the corresponding current motion track of display.

9. the water purifier of water route state apparatus for demonstrating is set as described in claim 1,2,3,5 or 6, it is characterised in that described mistake Filter passage in set with monitoring current and export corresponding electric signal function cross water electric-controlled parts, this crosses water electric-controlled parts at least The monitoring component of one of water pressure switch flow sensor flow switch or water-level control apparatus；Electricity Control display device monitors streamflow regime at this by being arranged on the monitoring component of the specific location of filtration channel, and controls aobvious Show corresponding current motion track.

10. the water purifier of water route state apparatus for demonstrating is set as described in claim 1,2,3,5 or 6, it is characterised in that described Automatically controlled display device sets total dissolved solid monitoring pattern：Automatically controlled display device sets molten in the specific location of filtration channel Solution property total solid monitoring probe；The control of automatically controlled display device shows corresponding current motion track, and accordingly display flow through it is specific The total dissolved solid numerical value of opening position current.