CN106007028A

CN106007028A - Device capable of storing undrinkable water in reverse osmosis water purifier, water storage method and method for transforming reverse osmosis water purifier

Info

Publication number: CN106007028A
Application number: CN201610487445.6A
Authority: CN
Inventors: 蔡应麟; 徐兆火
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-03
Filing date: 2016-06-29
Publication date: 2016-10-12
Also published as: CN106315893A; CN205328717U; CN205892901U

Abstract

The invention relates to a device capable of storing undrinkable water in a reverse osmosis water purifier, a water storage method and a method for transforming the reverse osmosis water purifier. The device is arranged in the reverse osmosis water purifier, and the reverse osmosis water purifier comprises a water purifying unit and a purified water storage unit. The purified water storage unit and the device are connected with the water purifying unit; in the work process, unpurified water firstly enters the water purifying unit and then is separated into purified water and waste water in the water purifying water, and the purified water flows into the purified water storage unit so that the aim of subsequently providing pure domestic water for people can be achieved; the waste water flows into the device so that the aim of subsequently utilizing the waste water to save water resources can be achieved.

Description

A kind of device that can store undrinkable water in reverse osmosis water purifier and water method and the method for transformation reverse osmosis water purifier

Technical field

The present invention relates to a kind of water reservoir that can store undrinkable water in water purifier and the method for transformation reverse osmosis water purifier, particularly relate to a kind of to store undrinkable water in reverse osmosis water purifier the device being used and storage, the method for use undrinkable water and transformation conventional reverse osmosis water purifier make it possess the method that storage uses undrinkable water.

Background technology

It is known that, due to industrialization and the result of not focusing on environmental protection, make the rivers and creeks as water source, currently suffer from plant chimney stalk, domestic waste water, rubbish or cattle waste etc. to enter, and cause the pollution problem at water source increasingly severe, the another pipeline plus tap water is old to be eliminated and changes too slow and build the unclean of cistern in thing, also the tap water that people every day is to be drunk is produced lack confidence, then, in the kitchen of many Modern Families, household type reverse osmosis water purifier is installed the most to guarantee the safety of its drinking water.

nullAs shown in Figures 1 to 3，It is the current people modes of installing household type reverse osmosis water purifier 100，As shown in Figure 3，This household type reverse osmosis water purifier 100 is by booster pump 101、Thick impurity filter element 102、Thin impurity filter element 103、Activated carbon cartridge 104、RO membrane tube (reverse osmosis membrane) 200、Pure water pressure pot 300 and gooseneck depotition cock 301 etc. are formed，Wherein，Booster pump 101、Thick impurity filter element 102、Thin impurity filter element 103、Activated carbon cartridge 104 and RO membrane tube 200 is to be combined in a casing 105，Consumer is after producer buys，Special messenger can be sent to install to man of consumer by producer，It installs configuration construction as shown in Figure 3，First，The water inlet of booster pump 101 is connected with the running water pipe of water tap (not shown) with water pipe，Again the pure water of RO membrane tube 200 is exported 201 and be connected to pure water pressure pot 300 with water pipe P1 via the wherein Single port of three-port check damper 302，Separately it is connected to gooseneck depotition cock 301 by water pipe P2 through the another port of three-port check damper 302，The undrinkable water outlet 202 of RO membrane tube 200 is then connected in the drain pipe P4 below type washing trough 2 with water pipe P3，I.e. complete the installation exercise of whole household type reverse osmosis water purifier 100.

As shown in Figure 3, above-mentioned household type reverse osmosis water purifier 100 is crossing drainage when, tap water W(is as shown in the blank arrowhead in Fig. 3) pressurizeed by booster pump 101 after, the most sequentially by thick impurity filter element 102, thin impurity filter element 103, activated carbon cartridge 104 and RO membrane tube 200 filters, the undrinkable water W2 of pure water W1 and high concentration is finally isolated by RO membrane tube 200, this pure water W1(is as shown in the solid arrow in Fig. 3) stored in three-port check damper 302 flows into pure water pressure pot 300 by water pipe P1, this undrinkable water W2(is as shown in the dotted arrow in Fig. 3) then outwards discharged by water pipe P3 inflow drain pipe P4；Wherein, thick impurity filter element 102 may filter that all size volume different impurities particle suspensions matter or organic substance in tap water with thin impurity filter element 103, chlorine in the adsorbable tap water of activated carbon cartridge 104 and other chemical substances, the membrane tube aperture of RO membrane tube 200 only has 10^-10Rice, may filter that the heavy metal in tap water W and various virus, therefore be available for people via the pure water W1 of pure water outlet 201 outflow and drink, but the undrinkable water W2 via undrinkable water outlet 202 discharge, belong to crossing drainage and cannot drinking of high concentration, can only flow into drain pipe P4 to discharge, thus result in the phenomenon of water resource waste.nullIn addition，RO membrane tube 200 by long-term use after，Its membrane tube surface can stop stagnant makes membrane tube aperture blocked with impurity，For keeping osmosis filtration effect of RO membrane tube 200，And increase its service life，When making household type reverse osmosis water purifier 100 not make water，Can be by the setting of IC circuit arrangement 106 in casing 105，At interval of a period of time (about 6～8 hours)，The membrane tube surface of RO membrane tube 200 is started a back washing (about 30～60 seconds) effect，During back washing start，Via being arranged in the proportioning valve 107 restriction effect that undrinkable water exports on 202 pipelines，Tap water W in all entrance RO membrane tube 200，The stagnant attached impurity departed from after carrying flushing membrane tube-surface secretly，The most all drained in drain pipe P4 by undrinkable water outlet 202，Complete when secondary back washing effect，Therefore，Undrinkable water W2 produced by back washing，Also because being drunk diversed enter drain pipe P4 outwards discharge，The disappearance of water resource waste can be caused the most again.

Because the undrinkable water W2 of above-mentioned household type reverse osmosis water purifier 100 discharge when making water and non-every time start the back washing undrinkable water W2 that back washing is discharged when making water, the disappearance of the water resource waste that will cause, therefore the mode having many solutions is suggested, the kind concluding its settling mode is as follows.

First kind of way: when installation personnel is in adapter, no longer the water pipe P3 in undrinkable water outlet 202 in RO membrane tube 200, it is connected with the drain pipe P4 below type washing trough 2, but change into lengthening water pipe P3, and extension exposes to kitchen cabinet 1 outside (as shown in Figure 2), then user needs to use the bucket F of its family or other containers, receive the undrinkable water W2 that this water pipe P3 is flowed out, and then the undrinkable water W2 that will be collected in bucket F or other containers, do and give the floor a flush or lavatory is used, to reach the purpose making full use of water resource；nullBut，For daily living habit，In order to collect the undrinkable water W2 of household type reverse osmosis water purifier 100，And must additionally prepare bucket F or other containers，Not only take kitchen space，Note at any time with taking a lot of trouble again going to change another container when close to full water，And the most often occur personnel to pass in and out kitchen accidentally to cause the situation overturning bucket F or other containers，Cause unsafe secret worry in life at home on the contrary，Additionally，When manufacturer periodically sends maintainer to go to the services such as the replacing filter element after installing in man of consumer or part，The actually used survey result done shows，The consumer of the overwhelming majority is over time，Will be because of the inconvenience on living habit，And abandon using bucket F or other containers to collect undrinkable water W2，And require that maintainer takes back drain pipe P4 the water pipe P3 of discharge undrinkable water W2 once again one after another，Obviously，This kind is undertaken the mode solving undrinkable water W2 voluntarily by consumer，The most unreliable the most infeasible，The most more highlight manufacture household type reverse osmosis water purifier 100 manufacturer and do not discharge the responsibility of product design.

The second way: be that undrinkable water W2 is connected in family in the cistern in lavatory with water pipe, it is used as rinsing toilet, such as Chinese invention patent notification number CN2693753 and Taiwan new patent bulletins the 214743rd, 582406, M360078 etc. are disclosed, it collects undrinkable water W2 mainly by a recycling bin or dust-collecting bucket, the cistern in lavatory it is connected to again by water pipe, make the undrinkable water W2 in recycling bin or dust-collecting bucket can flow in cistern, as rinse toilet use water；Its shortcoming is: must carry out extra connecting line construction between kitchen and lavatory, due to the family in living, its internal duct has been buried underground complete after building completes the most, therefore the connecting line between recycling bin or dust-collecting bucket and cistern, can only lay in bright pipe mode, it not only can expose on floor or wall, also to punching on the wall in kitchen and bathroom makes water pipe penetrate simultaneously, outside so the expense of construction must be born voluntarily by consumer, and work progress is the most time-consuming but also can destroy indoor beauty, therefore, up to now, do not hear and have the consumer installing household type reverse osmosis water purifier 100, because of in order to not waste undrinkable water W2, and be ready additionally to pay and workman please carry out extra connecting line construction between kitchen and lavatory, in other words, the scheme that this kind solves is the most feasible.

The third mode: still utilize a recycling bin or dust-collecting bucket to collect undrinkable water W2, but this undrinkable water W2 is guided again RO membrane tube 200 water inlet passing back into household type reverse osmosis water purifier 100, there is provided carry out second time or above osmosis filtration be used, such as Chinese invention patent notification number CN100509640, CN100519433, CN102134114, Chinese invention patent notification number CN2892840, CN201670749, CN201737789 and Taiwan new patent bulletin the 353981st, M326437, M380335, disclosed by M396710 etc., this is a kind of wrong way not known about completely designed by under RO membrane tube 200 principle and structure；Owing to the membrane tube aperture of RO membrane tube 200 only has 10^-10nullRice，After by long-term use, its membrane tube surface can stop and stagnant makes with impurity membrane tube aperture blocked，If by undrinkable water W2 after first time RO membrane tube 200 osmosis filtration，Recycling carries out second time or the filtration of above reverse osmosis，The salt rejection rate making RO membrane tube is declined，It is known that，Produce the manufacturer of RO film，According to principle of reverse osmosis, the specification of RO film is distinguished with salt rejection rate，The salt rejection rate of different size the pure water amount that goes out of reverse osmosis isolation can have the corresponding numerical value that it is relative，Therefore the life-span of RO film can be produced outside shortening by salt rejection rate decline，Also the water quality that reverse osmosis isolation can be made to go out reduces and affects the safety of drinking water，In other words，By the undrinkable water W2 of higher concentration after first time RO membrane filtration，When carrying out the 2nd time again or filter above，In addition to the pure discharge reduction that separation can be made to produce，Also stagnant attached more impurity can be accumulated on RO film surface，So cause damaging ahead of time of RO membrane tube under circulation on the contrary，And its cost expenditure that must change ahead of time，If change the expense of RO membrane tube to save undrinkable water W2 the most expenditures，It it is the not intelligence way put the cart before the horse at all，Therefore，Disclosed by above-mentioned is a kind of wrong and impracticable solution.

In view of this, how to research and develop and consumer can be allowed to reach fully utilized by undrinkable water produced by household type reverse osmosis water purifier easily, and the most do not affect the technical scheme of RO membrane tube salt rejection rate effect, just seem extremely urgent and needs.

Summary of the invention

The technical solution used in the present invention is: a kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this device is arranged in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit and purifies water memory element, wherein, this purification water memory element and this device are connected with this water purification unit respectively.

The when of work, non-purified water is first in this water purification unit, then, this non-purified water is separated into purification water and waste water in this water purification unit, this purification water flows in this purification water memory element, to reach the follow-up purpose providing pure domestic water to be used for people, this waste water is flowed in this device, reaches the purpose of saving water resource reaching follow-up this waste water is used.

This device includes relief sewer and automatically selects judgment means, this relief sewer is connected between this device and outer row pipeline, this automatically selects judgment means and is arranged between this device and this relief sewer, the water route that this waste water is flowed in this device is water inlet path, it is drainage channel that this waste water passes sequentially through the water route of this relief sewer and the discharge of this outer row pipeline, and this automatically selects judgment means can control the flow direction of this waste water according to the moisture storage capacity in this device.

When this waste water entered in this device does not arrive the specified amount of storage of this device when, this automatically selects judgment means and controls this waste water and be flowed in this device by this water inlet path and store, when this waste water entered in this device arrives the specified amount of storage of this device when, this is automatically selected judgment means and controls this waste water and be drained in this outer row pipeline by this relief sewer by this drainage channel, and this water purification unit has purification water outflow end and waste water outflow end.

This device includes waste water guiding tube, waste water water storing vessel and wastewater effluent tap, wherein, this waste water guiding tube is connected between this waste water outflow end of this water purification unit and this waste water water storing vessel, this wastewater effluent tap is connected with this waste water water storing vessel by waste water water pipe, and this relief sewer is connected between this waste water guiding tube and this outer row pipeline.

The when of work, this waste water flowed out from this waste water outflow end first flows into this waste water water storing vessel, when people need to obtain the use of this waste water when, this waste water just can be made to flow out from this wastewater effluent tap by operating this wastewater effluent tap, thus reach waste water is carried out again with, realizing the effect of saving water resource, during above-mentioned, this waste water can be drained in this outer row pipeline by this relief sewer.

This device also includes detachable treatment unit for waste water, and this detachable treatment unit for waste water is movably connected on this waste water water pipe between this wastewater effluent tap and this waste water water storing vessel, and this detachable treatment unit for waste water is arranged on outside this waste water water storing vessel.

A kind of store the method for undrinkable water in reverse osmosis water purifier, one device is arranged in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit and purifies water memory element, this purification water memory element and this device are connected with this water purification unit respectively, one relief sewer is connected between this device and outer row pipeline, automatically selects judgment means by one and be arranged between this device and this relief sewer.

The water route that this waste water is flowed in this device is water inlet path, it is drainage channel that this waste water passes sequentially through the water route of this relief sewer and the discharge of this outer row pipeline, and this automatically selects judgment means can control the flow direction of this waste water according to the moisture storage capacity in this device.

nullA kind of method transforming reverse osmosis water purifier，A device is set up in reverse osmosis water purifier，This reverse osmosis water purifier includes water purification unit and purifies water memory element，This purification water memory element and this device are connected with this water purification unit respectively，Non-purified water is made to be first in this water purification unit，Then，This non-purified water is separated into purification water and waste water in this water purification unit，This purification water flows in this purification water memory element，To reach the follow-up purpose providing pure domestic water to be used for people，This waste water is flowed in this device，Reach the purpose of saving water resource reaching follow-up this waste water is used，One relief sewer is connected between this device and outer row pipeline，Automatically select judgment means to be arranged on one between this device and this relief sewer，The water route making this waste water be flowed in this device is defined as into water path，The water route making this waste water pass sequentially through this relief sewer and the discharge of this outer row pipeline is defined as drainage channel，This automatically selects judgment means can control the flow direction of this waste water according to the moisture storage capacity in this device.

Being embodied as when, following structure and technology contents can be added in the technical scheme of the above-mentioned method that can store the device of undrinkable water in reverse osmosis water purifier, the method storing undrinkable water in reverse osmosis water purifier and transformation reverse osmosis water purifier.

Water tap is connected to tap water pipe line end, it is connected between this tap water pipe line with this device and has water pipe, this water pipe is provided with intelligent controller, this device includes waste water guiding tube, waste water water storing vessel and wastewater effluent tap, this intelligent controller can monitor the reserves of this waste water in this waste water water storing vessel constantly, and open this water pipe the reserves of this waste water are less than rated value when, make the tap water in this tap water pipe line directly or indirectly be flowed out for people to use from this wastewater effluent tap by this water pipe.This intelligent controller includes control valve and controller, and this controller is connected with this control valve, and this control valve is arranged on this water pipe, and this controller controls opening and cutting out of this control valve.

nullThe invention have the benefit that the when that the present invention working，Non-purified water is first in this water purification unit，Then，This non-purified water is separated into purification water and waste water in this water purification unit，This purification water flows in this purification water memory element，To reach the follow-up purpose providing pure domestic water to be used for people，People can directly drink this purification water or utilize this purification decocting in water meal、Wash dish etc.，This waste water is flowed in this device，Reach the purpose of saving water resource reaching follow-up this waste water is used，People can utilize this waste water to wash one's hands、Laundry、It is cleaned etc.，The present invention mainly sets up the structure of this device in traditional water purifier，Thus reach during current are purified extra waste water produced in purification process is carried out isolation store with reach waste water is carried out again with，And get rid of the disappearance of three kinds of modes of the waste of known solution waste water described in background technology completely，And then realize the effect of saving water resource.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of known household type reverse osmosis water purifier.

Fig. 2 is the schematic perspective view of known solution household type reverse osmosis water purifier discharge undrinkable water.

Fig. 3 is the profile of line A-A in Fig. 1.

Fig. 4 is the structural representation that the present invention is arranged in reverse osmosis water purifier.

Fig. 5 is the stereo decomposing structural representation of the present invention.

Fig. 6 is the structural representation of the present invention.

Fig. 7 is that the present invention stores undrinkable water the schematic diagram used.

Fig. 8 is that the present invention makes the tap water in tap water pipe line directly flow out structural representation for people to use from wastewater effluent tap by water pipe.

Fig. 9 is that the present invention makes the tap water in tap water pipe line indirectly flow out structural representation for people to use from wastewater effluent tap by water pipe.

Detailed description of the invention

If Fig. 4 is to shown in 7, a kind of can store the device of undrinkable water in reverse osmosis water purifier, this device 30 is arranged in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit 10 and purifies water memory element 20, wherein, this purification water memory element 20 and this device 30 are connected with this water purification unit 10 respectively.

The when of work, non-purified water 40 is first in this water purification unit 10, and then, this non-purified water 40 is separated into purification water 41 and waste water 42 in this water purification unit 10.

This purification water 41 flows in this purification water memory element 20, and to reach the follow-up purpose providing pure domestic water to be used for people, people can directly drink this purification water 41 or utilize this purification water 41 to cook, wash dish etc..

This waste water 42 is flowed in this device 30, reaches the purpose of saving water resource reaching follow-up this waste water 42 is used, and people can utilize this waste water 42 to wash one's hands, do washing, be cleaned etc..

The present invention mainly sets up this device 30 in traditional water purifier, thus reach during tap water stream is purified extra to purification process in produced waste water carry out isolation and store to reach waste water is carried out again with, it is achieved the effect of saving water resource.

This device 30 includes relief sewer 50 and automatically selects judgment means, and this relief sewer 50 is connected between this device 30 and outer row pipeline 51, and this automatically selects judgment means and is arranged between this device 30 and this relief sewer 50.

The water route that this waste water 42 is flowed in this device 30 is water inlet path, and it is drainage channel that this waste water 42 passes sequentially through the water route of this relief sewer 50 and the discharge of this outer row pipeline 51.

This automatically selects judgment means can control the flow direction of this waste water 42 according to the moisture storage capacity in this device 30.

When this waste water 42 entered in this device 30 does not arrive the specified amount of storage of this device 30 when, this automatically selects judgment means and controls this waste water 42 and be flowed in this device 30 by this water inlet path and store.

When this waste water 42 entered in this device 30 arrives the specified amount of storage of this device 30 when, this is automatically selected judgment means and controls this waste water 42 and be drained in this outer row pipeline 51 by this relief sewer 50 by this drainage channel, the situation causing explosion to avoid occurring this device 30 to store excess, leaking.

This automatically selects judgment means can select the product such as ball-cock assembly, electronic control valve.

This water purification unit 10 has purification water outflow end 11 and waste water outflow end 12.

Being embodied as when, this water purification unit 10 can include booster pump 13, thick impurity filter element 14, thin impurity filter element 15, activated carbon cartridge 16 and RO membrane tube 17.

This booster pump 13, this thick impurity filter element 14, this thin impurity filter element 15, this activated carbon cartridge 16 and this RO membrane tube 17 are sequentially connected with.

This purification water outflow end 11 and this waste water outflow end 12 set up separately in the both sides of this RO membrane tube 17.

The when of work, this non-purified water 40(is as shown in the blank arrowhead in Fig. 4) pressurizeed by this booster pump 13 after, the most sequentially filtered by this thick impurity filter element 14, this thin impurity filter element 15, this activated carbon cartridge 16 and this RO membrane tube 17, as shown in fig.4 by a solid arrow by this RO membrane tube 17 this purification isolated water 41(finally) and this waste water 42(as shown in the dotted arrow in Fig. 4) flow out from this purification water outflow end 11 and this waste water outflow end 12 respectively.

Being embodied as when, this purification water memory element 20 includes water purification guiding tube 21, water purification water storing vessel 22 and water purification depotition cock 23, and wherein, this water purification guiding tube 21 is connected between this purification water outflow end 11 and this water purification water storing vessel 22 of this water purification unit 10.

This water purification depotition cock 23 is connected (as shown in Figure 4) by water pipe P1 with this water purification water storing vessel 22.

The when of work, this purification water 41 flowed out from this purification water outflow end 11 first flows into this water purification water storing vessel 22, when people need to obtain this purification water 41 use when, this purification water 41 just can be made to flow out enforcement of going forward side by side from this water purification depotition cock 23 with (as shown in Figure 4) by operating this water purification depotition cock 23.

Being embodied as when, this device 30 includes waste water guiding tube 31, waste water water storing vessel 32 and wastewater effluent tap 33, and wherein, this waste water guiding tube 31 is connected between this waste water outflow end 12 of this water purification unit 10 and this waste water water storing vessel 32.

This wastewater effluent tap 33 is connected with this waste water water storing vessel 32 by waste water water pipe P2, and this relief sewer 50 is connected between this waste water guiding tube 31 and this outer row pipeline 51 (as shown in Figure 4).

The when of work, this waste water 42 flowed out from this waste water outflow end 12 first flows into this waste water water storing vessel 32, when people need to obtain this waste water 42 use when, this waste water 42 just can be made to flow out from this wastewater effluent tap 33 by operating this wastewater effluent tap 33, thus reach waste water is carried out again with, realize the effect of saving water resource, during above-mentioned, this waste water 42 can be drained in this outer row pipeline 51 by this relief sewer 50, the situation (as shown in Figure 4) causing explosion to avoid occurring this device 30 to store excess, leaking.

Being embodied as when, this waste water water storing vessel 32 is internally provided with water pump 61, and this water pump 61 is connected with controlling switch 611.

User can be by the duty of this control switch 611 this water pump 61 of control, when people's this control press-started switchs 611 when, this water pump 61 works and is pumped in this wastewater effluent tap 33 by this waste water 42 in this waste water water storing vessel 32 and flows out from this wastewater effluent tap 33, is convenient for people to use.

Being embodied as when, this device 30 also includes detachable treatment unit for waste water 400, this detachable treatment unit for waste water 400 is movably connected on this waste water water pipe P2 between this wastewater effluent tap 33 and this waste water water storing vessel 32, it is to say, this detachable treatment unit for waste water 400 is arranged on this waste water water storing vessel 32 outside.

The mode its main purpose that the employing of this detachable treatment unit for waste water 400 is flexibly connected is: first, user periodically can carry out the action of disassembly, cleaning, replacing, maintenance to this detachable treatment unit for waste water 400, secondly, the problem being limited to use cost, this detachable treatment unit for waste water 400 uses the mode being flexibly connected can be that user provides optional use pattern.

It is the action being user-friendly for disassembly, cleaning, replacing, maintenance that this detachable treatment unit for waste water 400 is arranged on this waste water water storing vessel 32 its Main Function outside.

As shown in Figure 5, being embodied as when, this detachable treatment unit for waste water 400 includes filter tube 410, the when of work, this waste water 42 in this waste water water storing vessel 32 is flowed in this wastewater effluent tap 33 first pass through the filtration of this filter tube 34 by the action of this water pump 61 after again and flows out from this wastewater effluent tap 33.During above-mentioned, by this filter tube 34 filtration to this waste water 42, reach to eliminate the unusual smell, the effect that the water quality of this waste water 42 is further improved.

Being embodied as when, this detachable treatment unit for waste water 400 also includes sterilization tube 420 and adds heat pipe 430, the action that this waste water 42 can be sterilized by this sterilization tube 420, action that this waste water 42 can heat by heat pipe 430 is added to be convenient for people to use by this, this sterilization tube 420 can use the various sterilization technology such as UV radiation technology for sterilization to realize, this adds heat pipe 430 and the multiple heating technique such as electrical heating, heating wire heating can be used to realize, and is here not repeated.

Being embodied as when, this filter tube 410, this sterilization tube 420 and this add heat pipe 430 and all use dismountable mode to be connected on this waste water water pipe P2.

As shown in Figure 6, being embodied as when, this waste water water storing vessel 32 includes outer case 71, internal box 72, escape pipe 73 and ball-cock assembly 74, the most above-mentioned this of this ball-cock assembly 74 automatically selects judgment means wherein, and this outer case 71 offers water inlet 711, outlet 712 and outer case pore 713.

This water inlet 711 and the intracavity inter-connection of this outer case 71, this waste water guiding tube 31 is connected on this water inlet 711, and this ball-cock assembly 74 is assemblied in this water inlet 711.

This internal box 72 is arranged on the bottom of this outer case 71 inner chamber, offers into water window 721 bottom this internal box 72, and this water pump 61 is arranged in this internal box 72.

These water pump 61 both sides are respectively arranged with pump water inlet 612 and pumping line 613, and wherein, the water inlet of this pump water inlet 612 is arranged close to this water inlet window 721, and this pumping line 613 is connected by this wastewater effluent tap 33 of Guan Zuyu.

It is further opened with internal box pore 722 on this internal box 72.

This escape pipe 73 is connected between this outer case pore 713 and this internal box pore 722, is connected with external environment condition by this internal box 72 by this escape pipe 73.

As shown in Figure 6, being embodied as when, the data wire L between this water pump 61 and this control switch 611 can be located in this escape pipe 73, to reach to hide the effect of protection.

The when of work, first this waste water 42 be flowed in the inner chamber of this outer case 71 by this water inlet 711, then it is flowed in the inner chamber of this internal box 72 by this water inlet window 721, meanwhile, when this water pump 61 works when, this water pump 61 can receive this waste water 42 in this outer case 71 and this internal box 72 inner chamber by this pump water inlet 612 simultaneously, and be transported in this wastewater effluent tap 33 after pressurizeing take for user, make this outer case 71 connect formation one connectivity structure (as shown in Figure 6) with this internal box 72 reality by this water inlet window 721.

Along with the continuous inflow by this water inlet 711 of this waste water 42, liquid level in this outer case 71 and this internal box 72 constantly raises, Tong Bu with this, constantly the air in this internal box 72 is discharged by this escape pipe 73, when this waste water 42 amount being flowed in this device 30 is more than or equal to the specified water-holding quantity of this device 30 when, this ball-cock assembly 74 action, close this water inlet 711, this moment, this waste water 42 can not continue through this water inlet 711 and continue to be injected in this device 30, but be drained in this outer row pipeline 51 by this relief sewer 50, explosion is caused to avoid occurring this device 30 to store excess, situation about leaking.

Being embodied as when, this ball-cock assembly 74 is articulated in this water inlet 711, this ball-cock assembly 74 includes ball float 741, connecting rod 742 and renovates 743, this ball float 741 and this renovate 743 two ends being connected to this connecting rod 742, this is renovated 743 and is correspondingly arranged at below this water inlet 711 (as shown in Figure 6).

When this waste water 42 amount being flowed in this device 30 is more than or equal to the specified water-holding quantity of this device 30 when, liquid level in this device 30 floats this ball float 741, this ball float 741 drives this renovate 743 upsets and finally make this renovate 743 upsets to close this water inlet 711, to reach the effect dammed by this connecting rod 742.

Being embodied as when, it is specific as follows that this water pump 61 in this waste water water storing vessel 32 also has another better embodiment.

This water pump 61 is disposed longitudinally in this internal box 72, this pump water inlet 612 is positioned at bottom this water pump 61, and this pumping line 613 is positioned at this water pump 61 top, the water inlet of this pump water inlet 612 is positioned at above this outer case 71 base plate, and between the water inlet and this outer case 71 base plate of this pump water inlet 612, there is water inlet height, it is additionally provided with water level sensor 80 in this internal box 72, existing between this water level sensor 80 and this outer case 71 base plate and start height, this startup is highly more than this water inlet height.

When in this internal box 72, the liquid level of this waste water 42 is more than this startup height when, this water pump 61 is in normal operating conditions, and when in this internal box 72, the liquid level of this waste water 42 is less than this startup height when, by this water level sensor 80, this water pump 61 is carried out de-energizing actions, make this water pump 61 not work, thus avoid the water inlet that this pump water inlet 612 occurs more than this waste water 42 liquid level also continue to work in this internal box 72 and then cause 61 suction air of this water pump and the generation of the damaged condition of non-suction water.

Being embodied as when, this water level sensor 80 can be buoyancy induction apparatus, and it includes floating block and fly rod.

If Fig. 4 is to shown in 7, a kind of store the method for undrinkable water in reverse osmosis water purifier, one device 30 is arranged in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit 10 and purifies water memory element 20, this purification water memory element 20 and this device 30 is connected with this water purification unit 10 respectively.

One relief sewer 50 is connected between this device 30 and outer row pipeline 51, automatically selects judgment means by one and be arranged between this device 30 and this relief sewer 50.

The when of work, non-purified water 40 is first in this water purification unit 10, and then, this non-purified water 40 is separated into purification water 41 and waste water 42 in this water purification unit 10.This purification water 41 flows in this purification water memory element 20, and to reach the follow-up purpose providing pure domestic water to be used for people, this waste water 42 is flowed in this device 30, reaches the purpose of saving water resource reaching follow-up this waste water 42 is used.

This device 30 includes waste water guiding tube 31, waste water water storing vessel 32 and wastewater effluent tap 33, and wherein, this waste water guiding tube 31 is connected between this waste water outflow end 12 of this water purification unit 10 and this waste water water storing vessel 32.

This wastewater effluent tap 33 is connected with this waste water water storing vessel 32 by waste water water pipe P2, and this relief sewer 50 is connected between this waste water guiding tube 31 and this outer row pipeline 51 (as shown in Figure 5).

If Fig. 4 is to shown in 7, a kind of method transforming reverse osmosis water purifier, setting up a device 30 in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit 10 and purifies water memory element 20, this purification water memory element 20 and this device 30 is connected with this water purification unit 10 respectively.

Making non-purified water 40 be first in this water purification unit 10, then, this non-purified water 40 is separated into purification water 41 and waste water 42 in this water purification unit 10.

This purification water 41 flows in this purification water memory element 20, and to reach the follow-up purpose providing pure domestic water to be used for people, this waste water 42 is flowed in this device 30, reaches the purpose of saving water resource reaching follow-up this waste water 42 is used.

The water route making this waste water 42 be flowed in this device 30 is defined as into water path, and the water route making this waste water 42 pass sequentially through this relief sewer 50 and the discharge of this outer row pipeline 51 is defined as drainage channel.

Setting up a detachable treatment unit for waste water 400 outside this waste water water storing vessel 32, this detachable treatment unit for waste water 400 is movably connected on this waste water water pipe P2 between this wastewater effluent tap 33 and this waste water water storing vessel 32.

nullFinally，It is worth emphasizing that，The inventor of this case finds that in follow-up research the technical solution of the present invention is being embodied as when，Owing to the volume of this device 30 can not be unlimited big，So this waste water 42 stored in this device 30 has top limit，There will be on other occasions when people's needs use this waste water 42 in this waste water water storing vessel 32 to wash one's hands by this wastewater effluent tap 33、The when of washing dish or carry out other cleaning actions，The situation not having enough waste water to use in this waste water water storing vessel 32 can occur，In this case，People need first to open this wastewater effluent tap 33 and first use the waste water in this waste water water storing vessel 32，After the waste water in this waste water water storing vessel 32 runs out，Opening water tap 510 again utilizes tap water to proceed cleaning action，But this embodiment is more loaded down with trivial details being embodied as when，And use very inconvenient，In order to overcome, the shortcoming during above-mentioned use is special adds following technology contents to be convenient for people to use under the concept of the overall invention of this case to the inventor of this case，It is described in detail below.

Following structure and technology contents is added in the technical scheme of the above-mentioned method that can store the device of undrinkable water in reverse osmosis water purifier, the method storing undrinkable water in reverse osmosis water purifier and transformation reverse osmosis water purifier.

As shown in Figure 8,9, water tap 510 is connected to tap water pipe line 520 end, and the tap water in this tap water pipe line 520 can be flowed out by this water tap 510.

It is connected between this tap water pipe line 520 with this device 30 and has water pipe 530, this water pipe 530 is provided with intelligent controller 540.

This device 30 includes waste water guiding tube 31, waste water water storing vessel 32 and wastewater effluent tap 33.

This intelligent controller 540 can monitor the reserves of this waste water 42 in this waste water water storing vessel 32 constantly, and open this water pipe 530 the reserves of this waste water 42 are less than rated value when, make the tap water in this tap water pipe line 520 directly or indirectly be flowed out for people to use from this wastewater effluent tap 33 by this water pipe 530.

This intelligent controller 540 includes control valve and controller, and this controller is connected with this control valve, and this control valve is arranged on this water pipe 530, and this controller controls opening and cutting out of this control valve.

Being embodied as when, this control valve can be electromagnetic valve or other valve bodies.

The function that the tap water having multiple technologies scheme can realize in this tap water pipe line 520 being embodied as when is directly or indirectly flowed out by this water pipe 530 from this wastewater effluent tap 33, is described below two kinds of preferably embodiments.

As shown in Figure 8, mode one, this water pipe 530 are connected between this tap water pipe line 520 and this wastewater effluent tap 33.

The reserves of this waste water 42 in this waste water water storing vessel 32 monitored constantly by this controller, this wastewater effluent tap 33 is opened at user, simultaneously, the when that the reserves of this waste water 42 being less than rated value, this controller controls this control valve and opens this water pipe 530, makes the tap water in this tap water pipe line 520 directly flow out for people to use from this wastewater effluent tap 33 by this water pipe 530.

When user closes this wastewater effluent tap 33 when, this controller controls this control valve and cuts out this water pipe 530.

Being embodied as when, this controller includes water level detector or flow measuring probe.

When this controller includes water level detector when, this water level detector is arranged in this waste water water storing vessel 32 to sense whether the reserves of this waste water 42 in this waste water water storing vessel 32 are less than rated value.

When this controller includes flow measuring probe when, this flow measuring probe is separately positioned on this waste water guiding tube 31 and this wastewater effluent tap 33, judges that in this waste water water storing vessel 32, whether the reserves of this waste water 42 are less than rated value by the difference entered between the water yield and water yield measured by two these flow measuring probes.

As it is shown in figure 9, mode two, this water pipe 530 are connected between this tap water pipe line 520 and this waste water water storing vessel 32.

The reserves of this waste water 42 in this waste water water storing vessel 32 monitored constantly by this controller, the reserves of this waste water 42 are less than rated value when, this controller controls this control valve and opens this water pipe 530, the tap water in this tap water pipe line 520 is made to be injected in this waste water water storing vessel 32 by this water pipe 530, this moment, the tap water being injected in this waste water water storing vessel 32 is mixed to form mixing water with this waste water 42 original in this waste water water storing vessel 32, then when people open this wastewater effluent tap 33 when, this mixing water flows out for people to use by this wastewater effluent tap 33.

Specifically used when, this mixing water is mixed with this waste water 42 by tap water, owing to this waste water 42 is so not having chlorine in this waste water 42 through the cleaned waste water of this water purification unit 10, and chlorine has the effect of exterminating bacterium, if this mixing water only comprising this waste water 42 so after long-time placement, inevitable breed bacteria in this waste water 42, and the present invention makes, by the way of injecting band chlorine tap water and be mixed, the problem that this mixing water is possible to prevent antibacterial to grow in this waste water water storing vessel 32.

When this controller includes water level detector when, this water level detector is arranged in this waste water water storing vessel 32 to sense whether the reserves of this waste water 42 in this waste water water storing vessel 32 are less than rated value, and whether this mixing water simultaneously sensed in this waste water water storing vessel 32 arrives maximum.

When this controller includes flow measuring probe when, this flow measuring probe is separately positioned on this waste water guiding tube 31, this tap water pipe line 520 and this wastewater effluent tap 33.

Judge that in this waste water water storing vessel 32, the reserves of this waste water 42, whether less than rated value, decide whether to be filled into tap water by this tap water pipe line 520 in this waste water water storing vessel 32 simultaneously by arranging the difference entered between the water yield and water yield measured by three these flow measuring probes of calculating.

Claims

1. one kind can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this device is arranged in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit and purifies water memory element, wherein, this purification water memory element and this device are connected with this water purification unit respectively

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this device includes relief sewer and automatically selects judgment means, this relief sewer is connected between this device and outer row pipeline, this automatically selects judgment means and is arranged between this device and this relief sewer, the water route that this waste water is flowed in this device is water inlet path, it is drainage channel that this waste water passes sequentially through the water route of this relief sewer and the discharge of this outer row pipeline, this automatically selects judgment means can control the flow direction of this waste water according to the moisture storage capacity in this device,

3. a kind of as described in claim 1 or 2 can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: water tap is connected to tap water pipe line end, it is connected between this tap water pipe line with this device and has water pipe, this water pipe is provided with intelligent controller, this device includes waste water guiding tube, waste water water storing vessel and wastewater effluent tap, this intelligent controller can monitor the reserves of this waste water in this waste water water storing vessel constantly, and open this water pipe the reserves of this waste water are less than rated value when, the tap water in this tap water pipe line is made directly or indirectly to be flowed out for people to use from this wastewater effluent tap by this water pipe.

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this intelligent controller includes control valve and controller, this controller is connected with this control valve, this control valve is arranged on this water pipe, and this controller controls opening and cutting out of this control valve.

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this water pipe is connected between this tap water pipe line and this wastewater effluent tap, the reserves of this waste water in this waste water water storing vessel monitored constantly by this controller, this wastewater effluent tap is opened at user, simultaneously, the when that the reserves of this waste water being less than rated value, this controller controls this control valve and opens this water pipe, the tap water in this tap water pipe line is made directly to be flowed out for people to use from this wastewater effluent tap by this water pipe, when user closes this wastewater effluent tap when, this controller controls this control valve and cuts out this water pipe.

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this water pipe is connected between this tap water pipe line and this waste water water storing vessel, the reserves of this waste water in this waste water water storing vessel monitored constantly by this controller, the reserves of this waste water are less than rated value when, this controller controls this control valve and opens this water pipe, the tap water in this tap water pipe line is made to be injected in this waste water water storing vessel by this water pipe, this moment, the tap water being injected in this waste water water storing vessel is mixed to form mixing water with this waste water original in this waste water water storing vessel, then when people open this wastewater effluent tap when, this mixing water flows out for people to use by this wastewater effluent tap.

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this water purification unit includes booster pump, thick impurity filter element, thin impurity filter element, activated carbon cartridge and RO membrane tube, this booster pump, this thick impurity filter element, this thin impurity filter element, this activated carbon cartridge and this RO membrane tube are sequentially connected with, this purification water outflow end and this waste water outflow end set up separately in the both sides of this RO membrane tube, the when of work, after this non-purified water is pressurizeed by this booster pump, the most sequentially by this thick impurity filter element, this thin impurity filter element, this activated carbon cartridge and this RO membrane tube filter, finally flowed out from this purification water outflow end and this waste water outflow end respectively by this RO membrane tube this purification water isolated and this waste water,

This purification water memory element includes water purification guiding tube, water purification water storing vessel and water purification depotition cock, wherein, this water purification guiding tube is connected between this purification water outflow end and this water purification water storing vessel of this water purification unit, this water purification depotition cock is connected with this water purification water storing vessel by water pipe, the when of work, this purification water flowed out from this purification water outflow end first flows into this water purification water storing vessel, when people need to obtain the use of this purification water when, this purification water just can be made to flow out enforcement use of going forward side by side from this water purification depotition cock by operating this water purification depotition cock.

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this device includes waste water guiding tube, waste water water storing vessel and wastewater effluent tap, wherein, this waste water guiding tube is connected between this waste water outflow end of this water purification unit and this waste water water storing vessel, this wastewater effluent tap is connected with this waste water water storing vessel by waste water water pipe, this relief sewer is connected between this waste water guiding tube and this outer row pipeline

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this device also includes detachable treatment unit for waste water, this detachable treatment unit for waste water is movably connected on this waste water water pipe between this wastewater effluent tap and this waste water water storing vessel, and this detachable treatment unit for waste water is arranged on outside this waste water water storing vessel.

A kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this detachable treatment unit for waste water includes filter tube, the when of work, this waste water in this waste water water storing vessel is flowed in this wastewater effluent tap after first passing through the filtration of this filter tube again and flows out from this wastewater effluent tap.

11. a kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this detachable treatment unit for waste water also includes sterilization tube and adds heat pipe, this filter tube, this sterilization tube and this add heat pipe and all use dismountable mode to be connected on this waste water water pipe.

12. a kind of can store the device of undrinkable water in reverse osmosis water purifier, it is characterized in that: this waste water water storing vessel is internally provided with water pump, this water pump is connected with controlling switch, this waste water water storing vessel includes outer case, internal box, escape pipe and ball-cock assembly, this ball-cock assembly i.e. above-mentioned this automatically select judgment means wherein, water inlet, outlet and outer case pore is offered in this outer case

This water inlet and the intracavity inter-connection of this outer case, this waste water guiding tube is connected on this water inlet, and this ball-cock assembly is assemblied in this water inlet, this internal box is arranged on the bottom of this outer case inner chamber, offering bottom this internal box into water window, this water pump is arranged in this internal box

These water pump both sides are respectively arranged with pump water inlet and pumping line, wherein, the water inlet of this pump water inlet is arranged in this water inlet window, and this pumping line is connected by this wastewater effluent tap of Guan Zuyu, this filter tube is connected between this wastewater effluent tap of this Guan Zuyu

Being further opened with internal box pore on this internal box, this escape pipe is connected between this outer case pore and this internal box pore, is connected with external environment condition by this internal box by this escape pipe, and the data wire between this water pump and this control switch is located in this escape pipe,

nullThe when of work，First this waste water be flowed in the inner chamber of this outer case by this water inlet，Then it is flowed in the inner chamber of this internal box by this water inlet window，Meanwhile，When this pump working when，This water pump can receive this waste water in this outer case and this internal box inner chamber by this pump water inlet simultaneously，And be transported in this wastewater effluent tap after gas is pressurizeed take for user，Connect actual with this internal box of this outer case is made to form a linker structure by this water inlet window，Along with the continuous inflow by this water inlet of this waste water，Liquid level in this outer case and this internal box constantly raises，Tong Bu with this，Constantly the air in this internal box is discharged by this escape pipe，When this wastewater flow rate being flowed in this device is more than or equal to the specified water-holding quantity of this device when，This ball-cock assembly action，Close this water inlet，This moment，This waste water can not continue through this water inlet to be continued to be injected in this device，But be drained in this outer row pipeline by this relief sewer.

13. 1 kinds store the method for undrinkable water in reverse osmosis water purifier, it is characterized in that: a device is arranged in reverse osmosis water purifier, this reverse osmosis water purifier includes water purification unit and purifies water memory element, this purification water memory element and this device is connected with this water purification unit respectively

One relief sewer is connected between this device and outer row pipeline, automatically selects judgment means by one and be arranged between this device and this relief sewer,

The when of work, non-purified water is first in this water purification unit, then, this non-purified water is separated into purification water and waste water in this water purification unit, this purification water flows in this purification water memory element, and to reach the follow-up purpose providing pure domestic water to be used for people, this waste water is flowed in this device, reach the purpose of saving water resource reaching follow-up this waste water is used

The water route that this waste water is flowed in this device is water inlet path, it is drainage channel that this waste water passes sequentially through the water route of this relief sewer and the discharge of this outer row pipeline, this automatically selects judgment means can control the flow direction of this waste water according to the moisture storage capacity in this device

14. as claimed in claim 13 a kind of store the method for undrinkable water in reverse osmosis water purifier, it is characterized in that: this device includes waste water guiding tube, waste water water storing vessel and wastewater effluent tap, wherein, this waste water guiding tube is connected between this waste water outflow end of this water purification unit and this waste water water storing vessel, this wastewater effluent tap is connected with this waste water water storing vessel by waste water water pipe, this relief sewer is connected between this waste water guiding tube and this outer row pipeline

The when of work, this waste water flowed out from this waste water outflow end first flows into this waste water water storing vessel, when people need to obtain the use of this waste water when, this waste water just can be made to flow out from this wastewater effluent tap by operating this wastewater effluent tap, thus reach waste water is carried out again with, it is achieved the effect of saving water resource, during above-mentioned, this waste water can be drained in this outer row pipeline by this relief sewer

15. 1 kinds of methods transforming reverse osmosis water purifier, it is characterized in that: in reverse osmosis water purifier, set up a device, this reverse osmosis water purifier includes water purification unit and purifies water memory element, this purification water memory element and this device is connected with this water purification unit respectively

Making non-purified water be first in this water purification unit, then, this non-purified water is separated into purification water and waste water in this water purification unit,

This purification water flows in this purification water memory element, and to reach the follow-up purpose providing pure domestic water to be used for people, this waste water is flowed in this device, reaches the purpose of saving water resource reaching follow-up this waste water is used,

One relief sewer is connected between this device and outer row pipeline, automatically select judgment means to be arranged on one between this device and this relief sewer, the water route making this waste water be flowed in this device is defined as into water path, the water route making this waste water pass sequentially through this relief sewer and the discharge of this outer row pipeline is defined as drainage channel, this automatically selects judgment means can control the flow direction of this waste water according to the moisture storage capacity in this device

16. a kind of methods transforming reverse osmosis water purifier as claimed in claim 15, it is characterized in that: this device includes waste water guiding tube, waste water water storing vessel and wastewater effluent tap, wherein, this waste water guiding tube is connected between this waste water outflow end of this water purification unit and this waste water water storing vessel, this wastewater effluent tap is connected with this waste water water storing vessel by waste water water pipe, this relief sewer is connected between this waste water guiding tube and this outer row pipeline

Setting up a detachable treatment unit for waste water outside this waste water water storing vessel, this detachable treatment unit for waste water is movably connected on this waste water water pipe between this wastewater effluent tap and this waste water water storing vessel.