CN102452735B - Water processor with siamesed filtration tank and underslung machine base - Google Patents
Water processor with siamesed filtration tank and underslung machine base Download PDFInfo
- Publication number
- CN102452735B CN102452735B CN201110080612.2A CN201110080612A CN102452735B CN 102452735 B CN102452735 B CN 102452735B CN 201110080612 A CN201110080612 A CN 201110080612A CN 102452735 B CN102452735 B CN 102452735B
- Authority
- CN
- China
- Prior art keywords
- filter
- water
- built
- disjunctor
- underlying support
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Filtration Of Liquid (AREA)
- Separation Using Semi-Permeable Membranes (AREA)
Abstract
The invention relates to a water treatment industry and specially, relates to deep filtration and purification of drinking water. The invention discloses a water processor with a siamesed filtration tank and an underslung machine base. The water processor with the siamesed filtration tank and the underslung machine base comprises built-in pluggable filter elements, the siamesed filtration tank, a top cover, the underslung machine base with pipe open channels, upper and lower sealing members and fasteners. The siamesed filtration tank is in contact fit relationships respectively with the top cover and the underslung machine base, wherein the top cover is arranged on the siamesed filtration tank and the underslung machine base is arranged under the siamesed filtration tank. The upper sealing member is arranged between the siamesed filtration tank and the top cover. The lower sealing member is arranged between the siamesed filtration tank and the underslung machine base. Through the fasteners, the upper and lower sealing members, the siamesed filtration tank, the top cover and the underslung machine base are connected into an integral body comprising multiple sealed filtration tanks. A water feeding mouth arranged at the bottom of the integrated body comprising the multiple sealed filtration tanks is sealingly attached to the pipe open channels of the underslung machine base. All the sealed filtration tanks can realize sealing plugging spacing of the built-in pluggable filter elements in the sealed filtration tanks. The water feeding mouth of the integrated body comprising the multiple sealed filtration tanks is communicated with two sides of each one of filter material layers of the built-in pluggable filter elements so that a filtration channel for connecting the built-in pluggable filter elements in series is formed. The water processor with the siamesed filtration tank and the underslung machine base has the advantages that a machine structure is simple; assembling quality is stable; efficiency is high; disassembling and assembling are easy and need low labor consumption; the built-in pluggable filter elements are convenient for processing; and environmental pollution is avoided.
Description
Earlier application title: the water purifier with disjunctor filter position and underlying support
Earlier application number: 201010513772.7
Technical field
The present invention is relevant with water treatment field, is specifically related to depth type filtration, the purification aspect of tap water.
Background technology
At present, water purifier uses more universal at home.Using when tap water, adopt water purifier in water and hydraulic pipe-line cause that impurity etc. carries out depth type filtration, has protected user's health preferably.In use for some time, the filtrate outside surface that stopped up gradually and be adsorbed on by impurity of filter gall filtrate causes filtration, adsorption effect obviously to decline to filter gall.Along with the impurity that filter gall is retained down is more and more, tend to make this filter gall to become new " pollution " source, must change filter gall.But along with the popularization of water purifier, they have also progressively come out in defect and the deficiency of application aspect: in, low price water purifier mostly adopts open inner bag configuration bare machine pattern.The filter housing of built-in inner bag is lifted on the machine construction of support below, although filter housing can be reused, corresponding reduction human consumer changes 10～20% of filter gall expense, also the corresponding difficult problems such as product structure is single, inner bag replacing difficulty of bringing.Conventionally water purifier is directly placed in kitchen cabinet by the filter housing of built-in filter gall, in the time changing inner bag, water purifier need to be taken out, make somebody a mere figurehead, single-purpose filtering element spanner is from bottom to top enclosed within on filter housing, the rotation of exerting oneself just can be become flexible filter housing and be pulled down filter housing with being threaded of support again.After more renewing inner bag, firmly the filter housing of built-in filter gall is tightened in to support below, whole operating process is very painstaking again.Owing to being equipped with, the water purifier of water is very heavy, and involved by water-in and water-out flexible pipe, is difficult to operation, and time-consuming not the saying of requiring great effort also needs to use special spanner.And, because inner bag is serially connected in water purifier, careless slightlyly when replacing be easy to occur drainage.The meaningless expenditures such as therefore, water purifier human consumer will contact house calls by appointment with specialized maintenance personnel in the time that needs are changed filter gall, manpower, financial resources and the transport cost of the professional sale service of corresponding increase company.The associated cost that specialty sale service company occurs, and add serviceman's work extra earning part, finally transfer in the lump with it human consumer.User is that inconvenience has increased again use cost.Even if the basic charge of changing filter gall is only born in consumption, serviceman, because not having extra earning to be also unwilling to make house calls, directly affects again human consumer conversely.Moreover, larger as the filter element replacing expense of water purifier consumptive material, make human consumer psychologically for renew cartridge more how many existence of expense expenditure conflict, the expenditure of this expense is not also preferred very much.In view of filter element replacing is accompanied by the whole process that water purifier uses always, change the timed interval conventionally about six months to 1 year at every turn.Often repeatedly occurred by the associated problem that more renew cartridge is drawn, being consequently acknowledged as water purifier is difficult to one of universal Three Difficult Issues.Above-mentioned defect and deficiency cause water purifier to be difficult to obtain more extensively popularizing.
Summary of the invention
The technical problem that the present invention mainly solves is to provide a kind of simple and practical water treating device with disjunctor filter position and underlying support, to overcome above-mentioned defect and deficiency.
With a water treating device for disjunctor filter position and underlying support, it is characterized in that comprising built-in grafting filter gall, disjunctor filter position and upper cover, underlying support with pipeline open channel, and upper and lower sealing member and securing gear; Disjunctor filter position be located thereon, under upper cover, underlying support contact respectively cooperation, and upper and lower sealing member is set between three, and connect and compose the filter position of sealing more than body with securing gear, the water interface of crossing of its bottom setting connects with the corresponding pipeline sealing joint of pipeline open channel of underlying support; It is spacing that the opposed built-in grafting filter gall in the inner of each sealing filter position seals grafting, and it crosses the filter material layer both sides that water interface is communicated with each built-in grafting filter gall, forms the filtration channel of the each built-in grafting filter gall of serial connection.
What the bottom setting of described disjunctor filter position filter gall was connected with built-in grafting filter gall crosses water interface can be both flat mouth, can be also the spill mouth of a river, can also be the evagination mouth of a river.The mouth of a river of corresponding built-in grafting filter gall is corresponding is flat mouth, the evagination mouth of a river or the spill mouth of a river.
Described underlying support arranges waterway switcher, and its entery and delivery port is communicated with respectively the inlet and outlet pipe interface of filtration channel; The each mouth of a river of its controlled end seals respectively the each filter position of connection serial connection and crosses water interface.
Also comprise preposition sealing filter position, this preposition sealing filter position has independent Cang Gai, be serially connected in filtration channel suction culvert, and adjacent with water inlet interface.The built-in grafting filter gall that is positioned at preposition sealing filter position has manual transposition counter-flush.This preposition sealing filter position can be both unit interposed structure, can be also two-position structure.Enter the tap water of machine suction culvert first by this preposition sealing filter position, and then enter each serial connection sealing filter position.Conventionally, this preposition sealing filter position adopts little chamber structure, places little filter core.In order to facilitate the frequent disposal of the little filter core in preposition sealing filter position, so independent Cang Gai is set.
Described upper sealing member comprises sealing-ring; Sealing circle is positioned at bulge loop outside, upper cover below, and near inwall corresponding filter position port, to sealing between upper cover bulge loop and filter position inwall.The number of sealing-ring is corresponding with sealing filter position number.In addition, upper sealing member can also be gasket.
Described upper cover arranged water lines.Between each filter position, both can be connected in series by the mistake water lines of underlying support, and connect and compose filtration channel with support inlet and outlet pipe, and also can cross water lines by upper cover and directly after serial connection, connect again underlying support inlet and outlet pipe; Can also between part filter position, adopt respectively as required upper cover and underlying support to cross water lines and connect and compose filtration channel.
Also comprise filter position discharge pipe line device.Water in filter position cleans discharge by pipe valve device.
Described filter position discharge pipe line device is provided with water receiving bucket.This water receiving bucket is collected the water that support discharge pipe line device is discharged, thereby water in filter position is cleared.
Also comprise that filter position arranges dense water lines device.This filter position arranges that the dense interface of row connects respectively dense mouthful of the row of the built-in meticulous filter gall that is positioned at this filter position and support is arranged dense pipe installation, by " the dense water " of dense the row by this built-in meticulous filter gall mouthful of eliminating outside filter position is arranged dense water lines device discharge machine.Described built-in meticulous filter gall kind comprises ultra-filtration membrane, nanofiltration membrane and reverse osmosis membrane.
Described securing gear is active lock buckle device.This securing gear contacts cooperation with disjunctor filter position with upper cover two parts respectively, and both are fixed together.Open this activity snap close and just can take off upper cover, extract built-in grafting filter gall.The running water pipe that this securing gear bears in sealing filter position body is pressed.
The securing gear of described connection upper cover and disjunctor filter position can also be that employing identical material, two ends are stiffener, middle to flexibly connect all-in-one-piece rigid movable snap close.This rigid movable snap close one end, on parts, swings the locking or the disengagement that realize with another parts by the place of flexibly connecting.
In addition, the securing gear of described connection upper cover and disjunctor filter position can also be fastening standardized component such as nut bolt, screw or screw, pin etc.
Described underlying support is also provided with foot pedal apparatus.Upper cover separates by foot pedal apparatus is upper and lower with support and disjunctor filter position.Operator opens after securing gear, and pin is stepped on this foot pedal apparatus, holds the upper cover unlatching upper cover that moves up.This foot pedal apparatus can be both extensible member, can be also mounting block, can also be tumbler.
The present invention has the following advantages compared with existing water purifier: machine construction is simple, assembly quality is stable, efficiency is high; Easy disassembling, laborsaving, non-environmental-pollution; The processing of built-in grafting filter gall, replacing are conveniently; User is self-changeable filter core at any time, has avoided the inconvenience and the service that are caused by professional's house calls by appointment to pay, and the corresponding use cost that reduces filter core, has also facilitated long-distance user simultaneously.
Brief description of the drawings:
Fig. 1 is that the present invention adopts preposition two-position sealing filter position, five position in storehouse disjunctors sealing filter positions, built-in grafting filter gall, active lock to buckle lid, configures waterway switcher, filter position water-freeing arrangement, filter position are arranged dense water lines device, and the structural profile schematic diagram of the underlying support of foot pedal apparatus.
In Fig. 1, the evagination mouth of a river 3f with sealing-ring that the lower surface of built-in grafting filter gall 3 arranges, crosses water interface 2a sealing with the spill of five position in storehouse disjunctor sealing filter position 2 bottoms and pegs graft.The upper cover 1 corresponding with five position in storehouse disjunctor sealing filter positions 2 arranges five bulge loops, pegs graft, and is placed between the two with five sealing-ring 1b, then with movable snap close 1a, itself and disjunctor filter position 2 are connected and fixed with the each corresponding Hatch Opening of five position in storehouse disjunctor sealing filter positions 2.Built-in grafting filter gall 3 is spacing by disjunctor filter position 2 and upper cover 1.Between disjunctor filter position 2 and underlying support 4, lower seal 4c is set, and is connected and sealed by fastening piece.Preposition storehouse lid 5 is fixed on and on preposition filter position 6, is formed preposition sealing filter position by sealing member 5b and fastening piece 5a sealing.This preposition sealing filter position 6 is interior arranges two-position socket for circular cylinder fiber filter gall 7 specially: strain position socket 6c, 6d and recoil position socket 6a, 6b.Socket 6b, 6c are closed.Two socket 6a, 6d are arranged side by side in the same way, and the former connects the suction culvert interface 4o of underlying support; The latter is communicated with the waterway switcher 4a annular seal space that is positioned at underlying support 4, and controlling board 41 water-ins 11.Built-in circular cylinder filter gall 7 is pegged graft with socket 6c, 6d, and the shrink-fit of its inwall and socket 6c, 6d outer wall forms seal interface.Many pipeline open channel 4b are upward set on underlying support 4; The correspondence that each pipeline open channel 4b connects five position in storehouse disjunctor filter positions 2 through lower seal 4c is respectively crossed water interface, and the built-in grafting filter gall 3 being placed in five position in storehouse disjunctors sealing filter positions 2 is connected in series.Meanwhile, the other end of each pipeline open channel 4b 42 each is switched the corresponding connections in the mouth of a river with the manipulating stock quotations of waterway switcher 4a that is placed in underlying support 4 sides.In addition be positioned at, outlet pipeline connection outlet pipeline interface 4f and the water discharge valve 4e of the water outlet 22 of 42 central authorities that manipulated stock quotations of waterway switcher 4a.Below rigid line open channel, be provided with water receiving bucket 4j.The bottom of the sidewall of underlying support 4 arranges collapsible step 41.Dense mouthful of the row of disjunctor filter position 2 the 4th built-in meticulous filter gall 3d in storehouse, the dense water lines open channel of row of arranging dense valve 4h by serial connection is communicated with the dense pipe interface 4i of row.
Preposition two-position filter position 6 and five position in storehouse disjunctor filter position 2 disjunctors.In preposition two-position filter position 6, only place a built-in circular cylinder filter gall 7.Inlet and outlet pipe interface 4o, the 4f of underlying support 4 respectively with waterway switcher 4a controlling board 41 water-ins 11, and the different dish connection mode that connects and composes of 42 water outlets 22 of being manipulated stock quotations.
Fig. 2 is that the present invention adopts that the different dish closed loop pipeline of preposition two-position filter position, seven decile switching position waterway switchers supporting with the built-in grafting filter gall of five positions in storehouse is connected, switching principle schematic diagram.
In Fig. 2, the corresponding angle of decile switching position of waterway switcher 4a, with 360.Count decile by seven mouths of a river of being manipulated stock quotations on 42 same circumference and determine, controlling board 41 dish is provided with manipulated stock quotations seven mouths of a river 21,23,24,25,26,27,28 on 42 circumference and one of three mouths of a river, 11,12,13 correspondences and is positioned at the central water outlet 22 of dish: the prosopyle 11, the water outlet blind hole 12 being interconnected and the transition blind hole 13 that are communicated with underlying support 4 suction culvert interface 4o; Its water outlet blind hole 12 is positioned at dish central authorities, and its prosopyle 11 and adjacent transition blind hole 13 are positioned on same circumference; On its 42 same circumference of being manipulated stock quotations, seven uniform switching mouths of a river are set, the first six switches five built-in grafting filter galls 3 of the corresponding connection in the mouth of a river; In the one or two middle water outlet 27,28 serial connections of afterbody.At dish, central authorities separately establish the water outlet 22 that connects underlying support 4 outlet pipeline interface 4f, dock with controlling board 41 water outlet blind holes 12; Other mouths of a river that are distributed on same circumference by decile switching position angle are sealed by controlling board 41, and be connected between corresponding each built-in grafting filter gall 3 by each rigid line open channel, it is corresponding with controlling board 41 prosopyles 11, transition blind hole 13 respectively that it is positioned in the middle of the water-in 21 and second of initial and end water outlet 28.By rotating controlling board 41, change the mutual docking location at its mouth of a river 11,13 and the same group of mouth of a river on 42 circumference of being manipulated stock quotations, carry out " closed loop " pipeline and switch.
Embodiment
The combination of Fig. 1,2 structures illustrates optimum embodiment of the present invention.Between disjunctor filter position 2 and underlying support 4, place lower seal 4c, and be connected and sealed by fastening piece.Waterway switcher 4a is put into seal after the side installation cavity of underlying support 4 fixing.Preposition two-position filter position 6 and five position in storehouse disjunctor filter position 2 disjunctors, its bottom arranges two, and water cutting mouth 6a, 6d are tightly connected with suction culvert interface 4o, the waterway switcher 4a water-in 11 of underlying support respectively excessively.Naked circular cylinder PPf fiber courage 7 is plugged on to socket 6d upper, then inserts with preposition storehouse lid 5, and be connected and fixed with fastening piece 5a.Now, the naked courage of circular cylinder PPf fiber 7 upper ends are plugged on the socket 6c of preposition storehouse lid 5.In five position in storehouse disjunctor filter positions 2, insert successively five built-in grafting filter galls: PPF fiber filter gall 3a, granulated active carbon filter gall 3b, PPF fiber filter gall 3c, ultra-filtration membrane filter gall 3d, post active carbon filter gall 3e.Five built-in grafting filter galls all arrange the underlying evagination mouth of a river 3f with sealing-ring, peg graft to cross water interface 2a sealing with the spill of five position in storehouse disjunctor filter position 2 each filter positions.For being conducive to the processing of water quality, the entery and delivery port of granulated active carbon filter gall 3b is arranged to upper and lower gate structure.The water outlet that is positioned at upper end is crossed water lines 1c connection place filter position by upper cover 1, then connects follow-up filter position by the underlying support 4 pipeline open channel 4b that are correlated with.Ultra-filtration membrane filter gall 3d adopts three gate structures: dense mouthful of entery and delivery port and row.Three mouths of a river all adopt evagination mouth of a river 3f structure.Water outlet is positioned at built-in grafting filter gall top, connects follow-up filter position by the mistake water lines 1d of upper cover 1; Arrange dense mouthful of underlying support 4 that connects the dense valve 4h of the row of setting and arrange dense pipe interface 4i.
In manufacturing processed, preposition two-position filter position 6 and five position in storehouse disjunctor filter position 2 disjunctor injection mouldings.Bulge loop and the upper cover 1 of active lock buckle shaft seat, preposition storehouse lid 5 is set, and the underlying support 4 that water receiving bucket 4j slideway and collapsible foot pedal 41 pedestals are set also all adopts injection moulding.
When assembling, between disjunctor filter position 2 and the underlying support 4 of assembling collapsible foot pedal 41, place lower seal 4c, and be connected and sealed by fastening piece.Waterway switcher 4a is put into seal after the side installation cavity of underlying support 4 fixing.Insert the naked courage 7 of circular cylinder PPf fiber, then insert with preposition storehouse lid 5, and be connected and fixed with fastening piece 5a.Five built-in grafting filter galls are inserted in the each corresponding filter position of five position in storehouse disjunctor filter positions 2 successively, cover again the upper cover 1 of the movable snap close 1a of band, and by the movable snap close 1a rotary buckle covering on being arranged on below the outer wall boss 2b of five position in storehouse disjunctor filter positions, just complete the final assembly of water purifier.In view of be separately positioned on upper cover 1 as five sealing-ring 1b of upper sealing member, five bulge loop outsides are set, corresponding with each storehouse inwall of five position in storehouse disjunctor sealing filter positions 2.There is gap even if the grafting between upper cover 1 and the each corresponding Hatch Opening of five position in storehouse disjunctors sealing filter position 2 coordinates, also do not affect sealing between the two.
When filtration, tap water enters in preposition sealing filter position along suction culvert interface 4o, enter interior ring by the naked courage of circular cylinder PPf fiber 7 outsides through filter material layer, and enter waterway switcher 4a inner chamber by socket 6d pipeline, through controlling board 41 prosopyles 11, five serial connection filter galls of 42 water-ins 21 of being manipulated stock quotations, 3a, 3b, 3c, 3d, 3e, 42 mouths of a river in the middle of first and second 27,28 of being manipulated stock quotations, controlling board 41 transition blind holes 13, water outlet blind hole 12,42 water outlets 22 of being manipulated stock quotations, finally flowed out by outlet pipeline interface 4f.As the highest ultra-filtration membrane filter gall 3d of filtration grade, the band of dense mouthful of connection underlying support 4 of its row is arranged the dense pipe interface 4i of row of dense valve 4h.Regularly the dense valve 4h of the row of opening discharges cleaning, to extend the ultra-filtration membrane filter gall 3d life-span.
When recoil, rotate waterway switcher handle 4g, make controlling board 41 and the 42 relative decile switching positions that stagger of being manipulated stock quotations, the tap water filtering through the naked courage 7 of circular cylinder PPf fiber enters controlling board 41 prosopyles 11, the 42 switching mouths of a river 23 of standing to manipulate stock quotations, PPF fiber filter gall 3a goes out, water-in, 42 water-ins 21 of being manipulated stock quotations, controlling board 41 transition blind holes 13, water outlet blind hole 12, 42 water outlets 22 of being manipulated stock quotations, finally flowed out by outlet pipeline interface 4f, to PPF fiber filter gall, 3a carries out reverse cleaning, and be trapped in outside surface or the impurity of infiltration in filter material layer is gone out.Conventionally, outlet pipeline interface 4f connects water tap.By that analogy, rotate successively waterway switcher handle 4g, make the controlling board 41 decile switching position that staggers successively, just can carry out recoil separately to all the other four built-in grafting filter gall 3b, 3c, 3d, 3e respectively and clean.When being rotated further waterway switcher handle 4g, controlling board 41 is on preposition filter gall and pipeline back-flushing position.The prosopyle 11 of controlling board 41, transition blind hole 13 dock respectively 42 serial connections of being manipulated stock quotations second, water outlet 28,27 in the middle of, tap water directly cleans pipeline.Now, waterway switcher 4a is on " pipeline back-flushing " position.If the naked courage 7 of circular cylinder PPf fiber in preposition filter position is taken off, to be placed in recoil position socket 6a, 6b upper, just tap water can carry out recoil from inside to outside cleaning to this filter gall.Get back to after strain position when rotating waterway switcher handle 4g, machine is just again in filtration condition.
While changing built-in grafting filter gall 3, close water source and shift out machine, pin is stepped on collapsible foot pedal 41 and is opened movable snap close 1a and mention upper cover 1.Waterway switcher handle 4g goes in the corresponding switching position of built-in grafting filter gall 3 that needs to change, then opening water discharge valve 4e, and the water that corresponding filter position and built-in grafting filter gall are 3 li just can all flow in water receiving bucket 4j.Take out the built-in grafting filter gall 3 that needs replacing, and insert new filter gall after the inwall of its filter position of living in is cleaned, cover upper cover 1 and movable snap close 1a be buckled in again below the outer wall boss 2b of disjunctor filter position.In view of the sealing member 1b between upper cover 1 and disjunctor filter position 2 is arranged on side between the two, therefore, even if upper cover 1 exists gap also not affect sealing between the two with the end face that contacts of disjunctor filter position 2.Drain and again put back to and retract after machine taking out the water of water receiving bucket 4j in by it, close water discharge valve 4e and open water source, utilize tap water to the cleaning that again recoils of this filter position.Then rotate waterway switcher handle 4g and get back on strain position, machine recovers normal operating condition.Adopting pipeline tap water to carry out a large amount of water rinsing is flowed out by outlet pipeline interface 4f and water tap.Water receiving bucket 4j receives the water that filter position and built-in grafting filter gall 3 flow out under state of cutting off the water supply.Owing to there is no leaked water in the whole treating processes of machine, thereby make machine surrounding environment not contaminated.
As improvement, the ultra-filtration membrane filter gall 3d being placed in five position in storehouse disjunctor filter position 2 the 4th filter positions is substituted with nanofiltration membrane or reverse osmosis membrane filter gall, in its suction culvert, be connected in series booster water pump simultaneously, and substitute the dense valve 4h of row with adjustable control valve 4h that holds back, arrange accordingly dense pipeline in normal row " dense water " state.Thereby be nanofiltration type or reverse osmosis membrane type by the class the Upgrade Lattice of machine, significantly improve the filtering accuracy of machine.
As improvement, the storehouse number that disjunctor seals filter position 2 is as required set to 6～8, and corresponding supporting waterway switcher 4a arranges eight to ten decile switching positions, be wherein positioned at afterbody second in the middle of the mouth of a river for the cleaning of machine pipeline.
Second embodiment of the present invention is on the basis of optimum embodiment, machine is arranged on to inlet and outlet pipe interface 4o, the 4f of underlying support, by being arranged on the pipeline between disjunctor filter position bulkhead, guide to respectively on preposition hatchcover 5 and upper cover 1 so that connect external water pipe, save external pipeline take up room.Meanwhile, by preposition filter position 6 unit's of being set to interposed structures, two pipeline socket 6a, 6b are only set.Preposition sealing filter position 6 is serially connected in suction culvert, and be positioned at suction culvert interface 4o after, in it, for circular cylinder fiber filter gall 7, one group of relative position socket 6a, 6b and the entery and delivery port of corresponding preposition filter position 6 are set specially.The upper closure member of built-in circular cylinder filter gall 7 configuration is by its upper end closed.On this, the inner socket outer wall of closure member and built-in circular cylinder filter gall 7 inwall shrink-fit form seal interface; Circumferential through-hole is set for after pegging graft with socket 6a, by being communicated with of socket 6a pipeline and built-in circular cylinder filter gall 7 outsides on its outer end tube wall.The lower end inwall of built-in circular cylinder filter gall 7 and socket 6b sealing are pegged graft.Be in behind " pipeline back-flushing " position when rotating waterway switcher 4a, be inverted grafting by being placed in the interior built-in circular cylinder filter gall 7 of bringing closure member of preposition sealing filter position 6, just can carry out recoil separately to this preposition interpolation filter gall 7 separately and clean.
The 3rd embodiment of the present invention is on above-mentioned embodiment basis, and the storehouse number that disjunctor seals filter position 2 is as required set to 3～8, and corresponding supporting waterway switcher 4a arranges 4 to 9 decile switching positions.By inlet and outlet pipe interface 4o, the 4f of machine, guide on upper cover 1 by the pipeline being arranged between disjunctor filter position bulkhead.The prosopyle 11 of waterway switcher 4a directly connects suction culvert interface 4o.Waterway switcher 4a handle 4g rotates the decile switching position that staggers successively, just can be to the cleaning that recoils separately of a filter gall in 3～8 built-in grafting filter galls 3.Due to the mouth of a river in the middle of only arranging first, therefore, waterway switcher 4a does not possess " pipeline back-flushing " cleaning function.
The 4th embodiment of the present invention is on above-mentioned embodiment basis, and what the bottom setting of described disjunctor filter position filter gall was connected with built-in grafting filter gall crosses water interface is the evagination mouth of a river; The mouth of a river of corresponding built-in grafting filter gall is the spill mouth of a river, and both connect by the concavo-convex fitted seal of sealing member.
The 5th embodiment of the present invention is on above-mentioned embodiment basis, adjusts inlet and outlet pipe interface 4o, the 4f of machine.Machine is arranged on to inlet and outlet pipe interface 4o, the 4f of underlying support, by being arranged on disjunctor filter position 2, preposition filter position 6 is no longer set, and waterway switcher 4a.Whole machine is by upper cover 1, disjunctor filter position 2, form with underlying support three parts of pipeline open channel.The each built-in grafting filter gall 3 that is positioned at disjunctor filter position 2 each filter positions is connected in series by each pipeline open channel of underlying support 4, and the inlet and outlet pipe interface 4o, the 4f that connect machine form filtration channel.Upper cover is mainly used in changing built-in grafting filter gall 3, and cleans corresponding filter position.For simplified construction, also part can be crossed to water lines and be arranged in upper cover.
The movable snap close 1a of the related connection upper cover of above-mentioned embodiment and disjunctor filter position reduces himself rigid to make it produce the rigid movable snap close 1a of plastic deformation at this place at the thickness of specific position.This rigid movable snap close 1a one end is connected on parts, swings the locking or the disengagement that the other end are buckled on another parts, realize two parts by the place of flexibly connecting.
As further improving, locking part is set and coordinates and throw off with contacting of boss to prevent active lock button.
In addition, the securing gear of described connection upper cover and disjunctor filter position can also be fastening standardized component such as nut bolt, screw or screw, pin etc.
On above-mentioned embodiment basis, form new embodiment by reconfiguring of each embodiment.
Claims (10)
1. the water treating device with disjunctor filter position and underlying support, comprise built-in grafting filter gall, upper cover (1) and upper sealing member (1b), and securing gear, characterized by further comprising the disjunctor filter position (2) of 3～8 storehouse numbers is set, with many underlying supports (4) towards upper pipeline open channel (4b), and be positioned at the lower seal (4c) between disjunctor filter position (2) and underlying support (4); Disjunctor filter position (2) contacts cooperation by lower seal (4c) with underlying support (4), link into an integrated entity with securing gear, and connect and compose disjunctor sealing filter position by upper sealing member (1b) and upper cover (1); It is spacing that the opposed built-in grafting filter gall in the inner of each sealing filter position seals grafting, and what bottom, each storehouse arranged crosses the filter material layer both sides that water sealing joint is communicated with each built-in grafting filter gall (3); Many pipeline open channels (4b) are upward set on underlying support (4) and cross water interface through the correspondence of lower seal (4c) connection disjunctor filter position (2) respectively, to be placed in built-in grafting filter gall (3) serial connection in disjunctor sealing filter position (2), form the filtration channel of the each built-in grafting filter gall of serial connection (3).
2. the water treating device with disjunctor filter position and underlying support as claimed in claim 1, is characterized in that described underlying support (4) arranges the waterway switcher (4a) of band controlling board (41) and manipulated stock quotations (42), the inlet and outlet pipe interface (4o, 4f) of underlying support (4) filtration channel respectively with waterway switcher (4a) controlling board water-in (11), and the different dish connection mode that connects and composes of the central water outlet (22) of dish of being manipulated stock quotations, correspondence arranges the disjunctor filter position (2) of 3～8 storehouse numbers, and each filter position of serial connection is crossed water interface and sealed respectively and be communicated with the each corresponding mouth of a river of (42) circumference of being manipulated stock quotations, waterway switcher (4a) or 7～10 decile switching positions are set, or 4～9 decile switching positions are set: when waterway switcher (4a) arranges 7～10 decile switching positions, in the decile switching position of its (42) same circumference of being manipulated stock quotations, arrange 7～10 and switch the mouth of a river, wherein in first of afterbody, water outlet serial connection in the middle of two, controlling board (41) is provided with and is communicated with the prosopyle (11) of underlying support (4) suction culvert interface (4o) and is positioned on same circumference and adjacent transition blind hole (13), and be positioned at dish central authorities the water outlet blind hole (12) with transition blind hole (13) intercommunication, manipulated stock quotations each switching mouth of a river on (42) circumference and be positioned at the central water outlet (22) of dish of correspondence respectively, in the middle of being positioned at the water-in (21) and second of (42) initial and end of being manipulated stock quotations, water outlet is corresponding with controlling board (41) prosopyle (11), transition blind hole (13) respectively, other mouths of a river that are distributed on same circumference by decile switching position angle are sealed by controlling board (41), and are connected between the built-in grafting filter gall (3) in each filter position by each rigid line open channel, when waterway switcher (4a) arranges 4～9 decile switching positions, in the decile switching position of its (42) same circumference of being manipulated stock quotations, arrange 4～9 and switch the mouth of a river, controlling board (41) is provided with and is communicated with the prosopyle (11) of underlying support (4) suction culvert interface (4o) and is positioned on same circumference and adjacent transition blind hole (13), and be positioned at dish central authorities the water outlet blind hole (12) with transition blind hole (13) intercommunication, manipulated stock quotations each switching mouth of a river on (42) circumference and be positioned at the central water outlet (22) of dish of correspondence respectively, in the middle of being positioned at the water-in (21) and first of (42) initial and end of being manipulated stock quotations, water outlet is corresponding with controlling board (41) prosopyle (11), transition blind hole (13) respectively, other mouths of a river that are distributed on same circumference by decile switching position angle are sealed by controlling board (41), and are connected between the built-in grafting filter gall (3) in each filter position by each rigid line open channel, by rotating controlling board (41) the decile switching position that staggers, change controlling board water-in (11) and the transition mouth of a river (13) and dock with the corresponding switching mouth of a river of being manipulated stock quotations on (42) circumference, just can be to the cleaning that recoils of the built-in grafting filter gall 3 in corresponding filter position.
3. the water treating device with disjunctor filter position and underlying support as claimed in claim 2, the outlet pipeline of water outlet (22) of (42) central authorities that manipulated stock quotations described in it is characterized in that separately connects water discharge valve (4e).
4. the water treating device with disjunctor filter position and underlying support as claimed in claim 3, characterized by further comprising water receiving bucket (4j); This water receiving bucket (4j) is positioned at the below of underlying stand stiffness pipeline open channel (4b), and corresponding with water discharge valve (4e).
5. the water treating device with disjunctor filter position and underlying support as claimed in claim 1 or 2, characterized by further comprising filter position and arranges dense water lines device; The dense water lines device of this row is the serial connection dense valve of row or adjustable dense water lines open channel of row of holding back control valve; Described built-in grafting filter gall (3) comprises the three built-in grafting filter galls in the mouth of a river that entery and delivery port and the dense mouth of row are set; Corresponding disjunctor filter position (2) comprises three mouth of a river filter positions that entery and delivery port are set and arrange dense mouthful, and it is arranged dense mouthful and arranges dense pipe interface (4i) by the dense water lines device connection underlying support of row (4) arranging.
6. the water treating device with disjunctor filter position and underlying support as claimed in claim 5, characterized by further comprising booster water pump; The three described built-in grafting filter galls in the mouth of a river (3) or the built-in grafting filter gall of nanofiltration membrane or the built-in grafting filter gall of reverse osmosis membrane; The water-in pipeline serial connection booster water pump of corresponding three mouth of a river filter positions, arranges the dense valve of row (4h) arranging in dense mouthful of pipeline for holding back control valve.
7. the water treating device with disjunctor filter position and underlying support as described in claim 1,2,3 or 4, characterized by further comprising the preposition gas-tight silo (6) with independent Cang Gai (5); This preposition gas-tight silo and disjunctor filter position (2) disjunctor, or be connected in the connecting pipeline of the suction culvert interface (4o) of filtration channel and the water inlet interface of disjunctor filter position (2) first filter positions, or be connected in the suction culvert interface (4o) of filtration channel and the connecting pipeline of waterway switcher controlling board water-in (11); The preposition gas-tight silo (6) of built-in circular cylinder fiber filter gall (7) is the two-position outlet structure with strain position socket and recoil position socket; By by built-in circular cylinder fiber filter gall (7) by moving on another position socket on a position socket, what change this circular cylinder fiber filter gall (7) filter material layer crosses water direction.
8. the water treating device with disjunctor filter position and underlying support as described in claim 1,2,3 or 4, is characterized in that described upper sealing member comprises sealing-ring (1b); Sealing circle (1b) is positioned at bulge loop outside, upper cover (1) below, near inwall corresponding filter position port.
9. the water treating device with disjunctor filter position and underlying support as described in claim 1,2,3 or 4, characterized by further comprising movable snap close (1a); This active lock deduction of points does not contact cooperation with upper cover two parts with disjunctor filter position, both are fixed together; Open this activity snap close and just can take off upper cover.
10. the water treating device with disjunctor filter position and underlying support as claimed in claim 9, is characterized in that described underlying support is also provided with foot pedal apparatus; This foot pedal apparatus or extensible member, or mounting block, or tumbler.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110080612.2A CN102452735B (en) | 2010-10-20 | 2011-03-23 | Water processor with siamesed filtration tank and underslung machine base |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010513772.7 | 2010-10-20 | ||
| CN201010513772 | 2010-10-20 | ||
| CN201110080612.2A CN102452735B (en) | 2010-10-20 | 2011-03-23 | Water processor with siamesed filtration tank and underslung machine base |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102452735A CN102452735A (en) | 2012-05-16 |
| CN102452735B true CN102452735B (en) | 2014-11-05 |
Family
ID=46036478
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110080612.2A Active CN102452735B (en) | 2010-10-20 | 2011-03-23 | Water processor with siamesed filtration tank and underslung machine base |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102452735B (en) |
Families Citing this family (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103801140A (en) * | 2012-11-13 | 2014-05-21 | 杜也兵 | Method for forming connected filter chambers and channels by butt joint of water purifier dual-row filter cartridges and engine bases |
| CN103801147B (en) * | 2012-11-13 | 2016-05-04 | 杜也兵 | The method of pulling up of the built-in filter gall of water purifier filter chamber and built-in filter gall and connector |
| CN104030464A (en) * | 2013-03-06 | 2014-09-10 | 杜也兵 | Method for connecting shells of water purifier with lower engine base and double rows of upper filter cylinders |
| CN104028031B (en) * | 2013-03-06 | 2018-03-13 | 杜也兵 | The underlying support of water purifier is superimposed difunctional chamber series connection structure and manufacture method with above putting |
| CN104548707B (en) * | 2013-10-27 | 2018-01-16 | 杜也兵 | Put with underlying support and above the water purifier of double filter cylinder |
| CN105314749B (en) * | 2014-08-03 | 2020-10-09 | 杜也兵 | Water purifier with integral bin cover hinged with machine base and connected and fixed by fastening device |
| CN106145405B (en) * | 2014-11-27 | 2021-06-15 | 杜也兵 | Connection method of maintenance module and filtering channel for control component of water purifier |
| CN106145475B (en) * | 2015-04-24 | 2021-08-03 | 杜也兵 | Loose joint method for installing filter liner upper machine base and maintaining lower machine base of water purifier |
| CN106865638B (en) * | 2015-12-11 | 2021-04-20 | 杜也兵 | Lower-layer machine seat water passing device of water purifier with double-layer inserted machine seats |
| CN106927517B (en) * | 2015-12-31 | 2020-10-09 | 杜也兵 | U-shaped shell device of water purifier with side wall pipeline structure |
| CN107117685B (en) * | 2016-02-24 | 2021-10-26 | 杜也兵 | Water purifier with side-concave vertical water gap structure |
| CN108238654A (en) * | 2016-12-26 | 2018-07-03 | 杜也兵 | Water purifier with underlying double Shell and cover board arrangement |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2198225Y (en) * | 1994-01-08 | 1995-05-24 | 刘进卿 | Foot pedal tubular lid open rubbish can |
| CN2227124Y (en) * | 1995-03-07 | 1996-05-15 | 刘强 | Super-thin hanging type unboiling water clarifier for household |
| WO2002072228A1 (en) * | 2001-03-08 | 2002-09-19 | Oasis Corporation | Combined filter manifold and shut-off valve for a water purification system |
| CN101396625A (en) * | 2007-09-30 | 2009-04-01 | 杜也兵 | Water purification apparatus with backflush |
| CN101643247A (en) * | 2008-08-06 | 2010-02-10 | 杜也兵 | Portable intermittent water supply purifier |
| CN101712494A (en) * | 2008-09-29 | 2010-05-26 | 杜也兵 | Drawer type water purifier |
| CN101797480A (en) * | 2009-02-06 | 2010-08-11 | 杜也兵 | Water purifier with cross-flow type filter element |
-
2011
- 2011-03-23 CN CN201110080612.2A patent/CN102452735B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2198225Y (en) * | 1994-01-08 | 1995-05-24 | 刘进卿 | Foot pedal tubular lid open rubbish can |
| CN2227124Y (en) * | 1995-03-07 | 1996-05-15 | 刘强 | Super-thin hanging type unboiling water clarifier for household |
| WO2002072228A1 (en) * | 2001-03-08 | 2002-09-19 | Oasis Corporation | Combined filter manifold and shut-off valve for a water purification system |
| CN101396625A (en) * | 2007-09-30 | 2009-04-01 | 杜也兵 | Water purification apparatus with backflush |
| CN101643247A (en) * | 2008-08-06 | 2010-02-10 | 杜也兵 | Portable intermittent water supply purifier |
| CN101712494A (en) * | 2008-09-29 | 2010-05-26 | 杜也兵 | Drawer type water purifier |
| CN101797480A (en) * | 2009-02-06 | 2010-08-11 | 杜也兵 | Water purifier with cross-flow type filter element |
Non-Patent Citations (2)
| Title |
|---|
| 附图1. * |
| 附图2-5. * |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102452735A (en) | 2012-05-16 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102452735B (en) | Water processor with siamesed filtration tank and underslung machine base | |
| CN105884062B (en) | With water purifier and the mating filter gall for above setting control storehouse and underlying filter gall storehouse | |
| CN102452734B (en) | With the water purifier of disjunctor filter position and grafting upper cover | |
| CN102452736A (en) | Water purifier with conjoined and serially-connected filter bin and matched built-in inserted filter lining and handle | |
| CN101797480B (en) | Water purifier with cross-flow type filter element | |
| CN101843998B (en) | Water purifier sealed filter element and connection method of filter element and base | |
| CN102107912B (en) | Water purifier with closed waterway switcher | |
| CN103373773B (en) | There is the water purifier of pin-connected panel disjunctor filter cylinder | |
| CN102040292B (en) | Method for connecting built-in pipeline of multi-filter element recoil water purification machine | |
| CN105314749A (en) | Water purifier with flipping cover device | |
| CN205461310U (en) | Pipe filter | |
| CN103523942A (en) | Method for connecting filter drum and built-in filter liner of water purifier in rotary inserting and rotary lifting manner, and built-in filter liner | |
| CN102139177A (en) | Pipeline back-flushing switching connecting method for water purifier of filter element with concentrated water drainage port | |
| CN102019108B (en) | Connecting method of built-in pipeline of multi-filter-core back-flushing water purifier | |
| CN104548707A (en) | Water purifier with lower engine base and upper double rows of filter cartridges | |
| CN102019107B (en) | Full backflushing water purifying processor | |
| CN102019105B (en) | Full back-flushing water purifying treatment device | |
| CN102452690B (en) | Water processor with pedal device | |
| CN212141588U (en) | Textile processing is with fibre washing wastewater filter equipment | |
| CN103372344A (en) | Double-water-path switching control method of water purifier and double-water-path switching device | |
| CN201711018U (en) | Backwashing filter and filtering system | |
| CN104028105A (en) | Switching butt-joint method of two core filtration containers and front and rear pipes in water purifier filtration channel | |
| CN101920135B (en) | Water purifier flat type filter core module and connecting method thereof on engine base | |
| CN101797453B (en) | Box-type water purifier | |
| CN101844838B (en) | Engine base device of backwashing water purifier |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |