CN204601792U - Water purifier - Google Patents
Water purifier Download PDFInfo
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- CN204601792U CN204601792U CN201420754613.XU CN201420754613U CN204601792U CN 204601792 U CN204601792 U CN 204601792U CN 201420754613 U CN201420754613 U CN 201420754613U CN 204601792 U CN204601792 U CN 204601792U
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Abstract
The disclosure is directed to a kind of water purifier, belong to water-treatment technology field.Described water purifier comprises: water purifier body, the Water tap connector be connected with water purifier body by comb assembly; Water purifier body is provided with water purifier water inlet and water purifier discharge water mouth; Comb assembly at least comprises comb inlet pipeline and comb outlet pipeline; Water tap connector is at least provided with the first water inlet, the first delivery port, the second water inlet and the second delivery port; First water inlet is connected with the first delivery port, and the first delivery port is connected with the first end of comb inlet pipeline, and the second end of comb inlet pipeline is connected with water purifier water inlet; Water purifier discharge water mouth is connected with the first end of comb outlet pipeline, and the second end of comb outlet pipeline is connected with the second water inlet, and the second water inlet is connected with the second delivery port.Inconvenient and that installation effectiveness is low problem installed by the disclosure water purifier solved in correlation technique; Reach the effect simplifying installation process and improve installation effectiveness.
Description
Technical field
The disclosure relates to water-treatment technology field, particularly a kind of water purifier.
Background technology
Water purifier is subject to the favor of increasing consumer as a kind of health-oriented products.
The water purifier that consumer commercially sees is mostly kitchen following formula water purifier.As its name suggests, kitchen following formula water purifier is arranged on inside the following cabinet of kitchen sink usually, and its water inlet is connected with running water water inlet pipe, and delivery port is connected with the depotition cock on cabinet platform basin.Running water can be carried out filtration and obtain pure water by kitchen following formula water purifier.In use, user's depotition cock opened on cabinet platform basin can take the pure water obtained through kitchen following formula Water purifier filter.
Openly people is realizing in process of the present disclosure, finds that aforesaid way at least exists following defect: kitchen following formula water purifier needs the installation personnel of specialty to install according to the structure of running water water inlet pipe, and installation is inconvenient and installation effectiveness is low.
Utility model content
In order to inconvenient and that installation effectiveness is low problem installed by the water purifier solved in above-mentioned technology, disclosure embodiment provides a kind of water purifier.Described technical scheme is as follows:
According to the first aspect of disclosure embodiment, provide a kind of water purifier, described water purifier comprises: water purifier body, the Water tap connector be connected with described water purifier body by comb assembly;
Described water purifier body is provided with water purifier water inlet and water purifier discharge water mouth;
Described comb assembly at least comprises comb inlet pipeline and comb outlet pipeline;
Described Water tap connector is at least provided with the first water inlet, the first delivery port, the second water inlet and the second delivery port;
Wherein, described first water inlet is connected with described first delivery port, and described first delivery port is connected with the first end of described comb inlet pipeline, and the second end of described comb inlet pipeline is connected with described water purifier water inlet; Described water purifier discharge water mouth is connected with the first end of described comb outlet pipeline, and the second end of described comb outlet pipeline is connected with described second water inlet, and described second water inlet is connected with described second delivery port.
Optionally, described Water tap connector is also provided with the 3rd delivery port be connected with described first water inlet, described Water tap connector inside is provided with electric control valve assembly;
Described electric control valve assembly comprises entrance point, first port of export and second port of export, and described entrance point is connected with described first water inlet, and described first port of export is connected with described first delivery port, and described second port of export is connected with described 3rd delivery port;
When described electric control valve assembly is in the first duty, the communication between described entrance point and described first port of export, the path between described entrance point and described second port of export turns off;
When described electric control valve assembly is in the second duty, the communication between described entrance point and described second port of export, the path between described entrance point and described first port of export turns off.
Optionally, described electric control valve assembly is the electric control valve of one-in-and-two-out; Or,
Described electric control valve assembly comprises electric control valve and the threeway Connection Element of two one-in-and-one-outs; Or,
Described electric control valve assembly comprises electric control valve and the threeway Connection Element of an one-in-and-one-out.
Optionally, described water purifier body comprises:
Housing unit, described housing unit comprises drain pan, sidewall and top cover;
Water route board component, described water route board component is arranged on described drain pan, and board component inside in described water route is provided with the chamber, water route of m bar cascade, and chamber, every bar water route comprises a water inlet interface and a water outlet mouthpiece, m >=2 and m is integer;
Element kit, described element kit comprises n level filter core, every one-level filter core is provided with filter core water inlet and filter core delivery port, the filter core water inlet of i-th grade of filter core is connected with the water outlet mouthpiece in chamber, jth bar water route, the water inlet interface in filter core delivery port and the jth chamber ,+1 water route of described i-th grade of filter core is connected, n >=1 and n is integer, 1≤i≤n and i is integer, 1≤j≤m-1 and j is integer;
Interface tube assembly, described interface tube assembly at least comprises inlet pipeline and outlet pipeline, the first end of described inlet pipeline is described water purifier water inlet, second end of described inlet pipeline is connected with the water inlet interface in the 1st article of chamber, water route, the first end of described outlet pipeline is described water purifier discharge water mouth, and the second end of described outlet pipeline is connected with the water outlet mouthpiece in chamber, m article of water route.
Optionally, described water purifier body also comprises:
Pump assembly, described pump assembly is provided with pump water inlet mouth and pumps the mouth of a river;
Wherein, described pump water inlet mouth is connected with the water outlet mouthpiece in chamber, kth bar water route, described in pump the mouth of a river and kth chamber ,+1 water route water inlet interface be connected, 1≤k≤m-1 and k is integer.
Optionally, every one-level filter core comprises:
Filter core base, described filter core floor installation, on the board component of described water route, described filter core base is provided with described filter core water inlet and described filter core delivery port;
Filter element body, described filter element body connects removably and is arranged on described filter core base top, include filter space in described filter element body, described filter space two ends are communicated with respectively and are provided with the first filtration channel and the second filtration channel, are provided with the filter material for filtering in described filter space; When described filter core is in using state, described first filtration channel is communicated with described filter core water inlet, and described second filtration channel is communicated with described filter core delivery port.
Optionally, described filter core base comprises:
Matrix, described matrix is installed on the board component of described water route, described matrix is provided with described filter core water inlet and described filter core delivery port;
Turn, described in turn to connect rotationally and be arranged on described matrix top, described in turn and comprise flap, described flap is provided with filter core water inlet siphunculus and filter core water outlet siphunculus;
Wherein, when described filter core is in using state, the lower openings of described filter core water inlet siphunculus is communicated with described filter core water inlet, described filter core water inlet siphunculus inserts in described first filtration channel, and the upper opening of described filter core water inlet siphunculus is communicated with described first filtration channel, the lower openings of described filter core water outlet siphunculus is communicated with described filter core delivery port, described filter core water outlet siphunculus inserts in described second filtration channel, and the upper opening of described filter core water outlet siphunculus is communicated with described second filtration channel;
When described filter core is in disassembly status, described flap closes described filter core water inlet and described filter core delivery port.
Optionally, described matrix top is groove structure, described flap is arranged at described bottom portion of groove, the madial wall of described groove is provided with the first helicitic texture, described filter element body bottom is boss structure, the lateral wall of described boss is provided with the second helicitic texture, described first helicitic texture and described second helicitic texture match.
Optionally, water shutoff shoulder, sealing ring and water shutoff block is provided with in described first filtration channel and described second filtration channel;
Described sealing ring is arranged near described matrix, and described water shutoff block is positioned at above described sealing ring, and described water shutoff shoulder is positioned at above described water shutoff block;
When described filter core is in using state, described filter core water inlet siphunculus and described filter core water outlet siphunculus lean described water shutoff block to described water shutoff shoulder, described first filtration channel and described filter core water inlet are communicated with by described filter core siphunculus of intaking, described second filtration channel is communicated with by described filter core water outlet siphunculus with described filter core delivery port;
When described filter core is in disassembly status, described water shutoff block falls and coordinates with described sealing ring, closes the lower through-ports of described first filtration channel and described second filtration channel.
Optionally, when described at least one-level filter core comprises counter-infiltration filter core, be also provided with cistern assembly in described water purifier body, described counter-infiltration filter core is also provided with condensed water delivery port;
Wherein, described cistern assembly is provided with water tank inlet; Board component inside, described water route is also provided with chamber, condensed water water route, and chamber, described condensed water water route comprises condensed water water inlet interface and condensed water water outlet mouthpiece; Described condensed water delivery port and described condensed water interface of intaking is connected, and described water tank inlet is connected with described condensed water water outlet mouthpiece.
Optionally, described cistern assembly is also provided with water outlet of water tank, described interface tube assembly also comprises condensed water outlet pipeline, and described comb assembly also comprises condensed water comb outlet pipeline, described Water tap connector is also provided with the 3rd water inlet;
Wherein, described water outlet of water tank is connected with the first end of described condensed water outlet pipeline, second end of described condensed water outlet pipeline is connected with the first end of described condensed water comb outlet pipeline, and the second end of described condensed water comb outlet pipeline is connected with described 3rd water inlet.
Optionally, described cistern assembly is also provided with at least one water level switch.
Optionally, chamber, every bar water route also comprises at least one dilatation portion;
Described dilatation portion is arranged between described water inlet interface and described water outlet mouthpiece, and the cross-sectional area in described dilatation portion is greater than the cross-sectional area of described water inlet interface and the cross-sectional area of described water outlet mouthpiece.
Optionally, described water purifier body also comprises: filter core fixation kit;
One lateral edges of described filter core fixation kit is connected with described sidewall by hinge, described filter core fixation kit is at least provided with n fixing hole;
The end face of each described filter core is provided with bulge-structure, and described bulge-structure inserts each self-corresponding fixing hole.
Optionally, described bulge-structure is provided with handle.
The technical scheme that disclosure embodiment provides can comprise following beneficial effect:
Water purifier body is connected with Water tap connector by comb assembly, and Water tap connector can be directly installed on the delivery port of tap; Inconvenient and that installation effectiveness is low problem installed by the water purifier solved in correlation technique; Reach the effect simplifying installation process and improve installation effectiveness.
Should be understood that, it is only exemplary and explanatory that above general description and details hereinafter describe, and can not limit the disclosure.
Accompanying drawing explanation
Accompanying drawing to be herein merged in description and to form the part of this description, shows and meets embodiment of the present disclosure, and is used from description one and explains principle of the present disclosure.
Fig. 1 is the structural representation of a kind of water purifier according to an exemplary embodiment;
Fig. 2 is the structural representation of another water purifier according to an exemplary embodiment;
Fig. 3 is the simple schematic diagram of a kind of Water tap connector according to an exemplary embodiment;
Fig. 4 is the simple schematic diagram of another Water tap connector according to an exemplary embodiment;
Fig. 5 is the simple schematic diagram of another Water tap connector according to an exemplary embodiment;
Fig. 6 is the simple schematic diagram of another Water tap connector according to an exemplary embodiment;
Fig. 7 is the simple schematic diagram of another Water tap connector according to an exemplary embodiment;
Fig. 8 is the structural blast figure of the water purifier body according to an exemplary embodiment;
Fig. 9 is the simple schematic diagram of the water route board component according to an exemplary embodiment;
Figure 10 is the planing surface schematic diagram of the water route board component according to an exemplary embodiment;
Figure 11 is the structural representation of the element kit according to an exemplary embodiment;
Figure 12 is the structural representation of the interface tube assembly according to an exemplary embodiment;
Figure 13 is the structural representation of the filter core according to an exemplary embodiment;
Figure 14 is the planing surface schematic diagram of the filter core according to an exemplary embodiment;
Figure 15 is the structural representation of the filter core base according to an exemplary embodiment;
Figure 16 is the schematic diagram of filter core base first state according to an exemplary embodiment;
Figure 17 is the schematic diagram of filter core base second state according to an exemplary embodiment;
Figure 18 is the schematic diagram of the filter element using state according to an exemplary embodiment;
Figure 19 is the schematic diagram of the cartridge removal state according to an exemplary embodiment;
Figure 20 is the structural representation of the fixation kit according to an exemplary embodiment;
Figure 21 is the structural representation of the cistern cover plate according to an exemplary embodiment.
By above-mentioned accompanying drawing, illustrate the embodiment that the disclosure is clear and definite more detailed description will be had hereinafter.These accompanying drawings and text description be not in order to limited by any mode the disclosure design scope, but by reference to specific embodiment for those skilled in the art illustrate concept of the present disclosure.
Detailed description of the invention
Here will be described exemplary embodiment in detail, its sample table shows in the accompanying drawings.When description below relates to accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawing represents same or analogous key element.Embodiment described in following exemplary embodiment does not represent all embodiments consistent with the disclosure.On the contrary, they only with as in appended claims describe in detail, the example of water purifier that aspects more of the present disclosure are consistent.
Fig. 1 is the structural representation of the water purifier according to 1 exemplary embodiment, and this water purifier can comprise: water purifier body 10, the Water tap connector 30 be connected with water purifier body 10 by comb assembly 20.
Water purifier body 10 is provided with water purifier water inlet and water purifier discharge water mouth.
Comb assembly 20 at least comprises comb inlet pipeline and comb outlet pipeline.
Water tap connector 30 is at least provided with the first water inlet 31, first delivery port 32, second water inlet 33 and the second delivery port 34.
Wherein, the first water inlet 31 is connected with the first delivery port 32, and the first delivery port 32 is connected with the first end of comb inlet pipeline, and the second end of comb inlet pipeline is connected with water purifier water inlet; Water purifier discharge water mouth is connected with the first end of comb outlet pipeline, and the second end of comb outlet pipeline is connected with the second water inlet 33, and the second water inlet 33 is connected with the second delivery port 34.
In sum, the water purifier that the present embodiment provides, water purifier body is connected with Water tap connector by comb assembly, and Water tap connector can be directly installed on the delivery port of tap; Inconvenient and that installation effectiveness is low problem installed by the water purifier solved in correlation technique; Reach the effect simplifying installation process and improve installation effectiveness.
Fig. 2 is the structural representation of the water purifier according to another exemplary embodiment, and this water purifier can comprise: water purifier body 10, the Water tap connector 30 be connected with water purifier body 10 by comb assembly 20.
Water purifier body 10 is provided with water purifier water inlet and water purifier discharge water mouth.
Comb assembly 20 at least comprises comb inlet pipeline and comb outlet pipeline.
Water tap connector 30 is at least provided with the first water inlet 31, first delivery port 32, second water inlet 33 and the second delivery port 34.
Wherein, the first water inlet 31 is connected with the first delivery port 32, and the first delivery port 32 is connected with the first end of comb inlet pipeline, and the second end of comb inlet pipeline is connected with water purifier water inlet; Water purifier discharge water mouth is connected with the first end of comb outlet pipeline, and the second end of comb outlet pipeline is connected with the second water inlet 33, and the second water inlet 33 is connected with the second delivery port 34.
Water tap connector 30 is directly installed on the delivery port of tap 40 by socket mode.The running water flowed out from the delivery port of tap 40 flows into water purifier body 10 by the first water inlet 31, first delivery port 32, comb inlet pipeline and water purifier water inlet successively.Water purifier body 10 obtains pure water for carrying out filtration to the running water flowed into.Pure water is flowed out by water purifier discharge water mouth, comb outlet pipeline, the second water inlet 33 and the second delivery port 34 successively.
In embodiment of the present disclosure, as shown in Figure 3, it illustrates a kind of simple schematic diagram of Water tap connector.Water tap connector 30 is also provided with the 3rd delivery port 35 be connected with the first water inlet 31, Water tap connector 30 inside is provided with electric control valve assembly 36.
Electric control valve assembly 36 comprises entrance point, first port of export and second port of export.Entrance point 31, first port of export that is connected with the first water inlet is connected with the first delivery port 32, and second port of export is connected with the 3rd delivery port 35.
When electric control valve assembly 36 is in the first duty, the communication between entrance point and first port of export, the path between entrance point and second port of export turns off.Now, the running water flowed out from the delivery port of tap 40 obtains pure water after water purifier body 10 filters, and pure water flows out from the second delivery port 34.
When electric control valve assembly 36 is in the second duty, the communication between entrance point and second port of export, the path between entrance point and first port of export turns off.Now, the running water flowed out from the delivery port of tap 40 filters without water purifier body 10, and running water directly flows out from the 3rd delivery port 35.
As shown in Figure 4, in a kind of possible embodiment, electric control valve assembly 36 is the electric control valve 361 of one-in-and-two-out.The entrance point 361a of this electric control valve 361 is connected with the first water inlet 31, and the first port of export 361b of this electric control valve 361 is connected with the first delivery port 32, and the second port of export 361c of this electric control valve 361 is connected with the 3rd delivery port 35.In the first operative state, the communication between the entrance point 361a of electric control valve 361 and the first port of export 361b, the path between entrance point 361a and the second port of export 361c turns off; In a second operative state, the communication between the entrance point 361a of electric control valve 361 and the second port of export 361c, the path between entrance point 361a and the first port of export 361b turns off.
As shown in Figure 5, in the embodiment that another kind is possible, electric control valve assembly 36 comprises electric control valve 362,363 and the threeway Connection Element 364 of two one-in-and-one-outs.Wherein, the first port 364a of threeway Connection Element 364 is connected with the first water inlet 31; Second port 364b of threeway Connection Element 364 is connected with the entrance point of the first electric control valve 362, and the port of export of the first electric control valve 362 is connected with the first delivery port 32; 3rd port 364c of threeway Connection Element 364 is connected with the entrance point of the second electric control valve 363, and the port of export of the second electric control valve 363 is connected with the 3rd delivery port 35.In the first operative state, the first electric control valve 362 is opened, and the second electric control valve 363 is closed; In a second operative state, the first electric control valve 362 is closed, and the second electric control valve 363 is opened.
As shown in Figure 6, in the embodiment that another is possible, electric control valve assembly 36 comprises electric control valve 365 and the threeway Connection Element 366 of an one-in-and-one-out.Wherein, the first port 366a of threeway Connection Element 366 is connected with the first water inlet 31; Second port 366b of threeway Connection Element 366 is connected with the first delivery port 32; 3rd port 366c of threeway Connection Element 366 is connected with the entrance point of electric control valve 365, and the port of export of electric control valve 365 is connected with the 3rd delivery port 35.In the first operative state, electric control valve 365 is closed; In a second operative state, electric control valve 365 is opened.
In the different embodiments shown in Fig. 4, Fig. 5 and Fig. 6, electric control valve refers to the open/close valve of power consumption control, as magnetic valve, motor-driven valve.Electric control valve can be connected with control circuit by wire, and control circuit makes electric control valve assembly 36 switch between the first duty and the second duty by the ON/OFF controlling electric control valve.Optionally, Water tap connector 30 surface also can be provided with at least one operation push-button, and this at least one operation push-button is connected with control circuit by wire.This at least one operation push-button is for realizing the control of user to the duty of electric control valve assembly 36.Such as, this at least one operation push-button can comprise running water button and pure water button, and electric control valve assembly 36 can be given tacit consent to and is in the second duty.When user clicks pure water button, control circuit receives the first operation instruction, and sending the first control signal according to the first operation instruction to electric control valve assembly 36, this first control signal switches to the first duty for controlling electric control valve assembly 36 by the second duty.When user clicks running water button, control circuit receives the second operation instruction, and sending the second control signal according to the second operation instruction to electric control valve assembly 36, this second control signal switches to the second duty for controlling electric control valve assembly 36 by the first duty.
It should be noted is that: in the embodiment that is shown in figure 6, by the structure of appropriate design Water tap connector 30 inside or by means of water purifier body 10 intraware to the drag effect of water, can ensure when electric control valve 365 is opened, the running water flowed out from the delivery port of tap 40 directly flows out from the 3rd delivery port 35.Such as, as shown in Figure 6, vertical by designing path between the first water inlet 31 and the first delivery port 32, and path between the first water inlet 31 and the 3rd delivery port 35 is straight down, when two go out water passage be all in connected state time, running water will directly flow out from the 3rd delivery port 35.For another example, because the element kit of water purifier body 10 inside exists resistance to water, the path that the running water flowed out from the delivery port of tap 40 will select resistance little automatically, also namely directly flows out from the 3rd delivery port 35.
In addition, as shown in Figure 7, the second delivery port 34 and the 3rd delivery port 35 also can be integrated into a public delivery port 37.In this case, Water tap connector 30 inside is also provided with threeway Connection Element 38.First port 38a of this threeway Connection Element 38 is connected with the second water inlet 33; Second port 38b of this threeway Connection Element 38 is connected with public delivery port 37; 3rd port 38c of this threeway Connection Element 38 is connected with the first water inlet 31 through electric control valve assembly 36.By the second delivery port 34 and the 3rd delivery port 35 are integrated into a public delivery port 37, user can be made without the need to carrying out the selection of delivery port in water intaking process, user-friendly, improve Consumer's Experience.
Composition graphs 3, Fig. 4, Fig. 5, Fig. 6 or Fig. 7, when electric control valve assembly 36 is in different duties, can by means of the high speed instantaneous characteristic of the electric control valve in electric control valve assembly 36, make Water tap connector 30 inside remain at least one open wide go out water passage, effectively can avoid the pressure-bearing problem of Water tap connector 30, eliminate leaking and collapsing de-hidden danger of junction, improve safety in utilization.
In embodiment of the present disclosure, as shown in Figure 8, it illustrates a kind of structural blast figure of water purifier body.Water purifier body 10 comprises: housing unit, water route board component 12, element kit 13 and interface tube assembly 14.Wherein:
Housing unit comprises drain pan 111, sidewall 112 and top cover 113.
Water route board component 12 is arranged on drain pan 111.In conjunction with reference to figure 9 and Figure 10, water route board component 12 inside is provided with the chamber, water route 121 of m bar cascade, and chamber, every bar water route 121 comprises a water inlet interface 121a and water outlet mouthpiece 121b, m >=2 and m is integer.Chamber, each bar water route 121 arranged crosswise in solid space.As shown in Figure 9, for example, water route board component 12 entirety in approximate square, can be six interfaces outside water route board component 12, wherein one or more interfaces can be selected as interface interface 122.Each interface interface 122 can be provided with one or more interface, interface 121a and/or water outlet mouthpiece 121b of also namely intaking.Each interface is used for being communicated with each parts in order, as filter core, booster pump, valve etc.Certainly, in the embodiment that other is possible, water route board component 12 profile is also chosen as other polyhedron, and the quantity of connection interface 122 does not also limit.The structure that this inner chamber of water route board component 12 intersects, a kind of implementation is piecemeal injection mo(u)lding, and another kind of implementation adopts 3D printing shaping, and the mode that mould injection forming and machined certainly also can be selected to combine makes.
Element kit 13 comprises n level filter core, and every one-level filter core is provided with filter core water inlet and filter core delivery port, n >=1 and n is integer.The progression of the filter core comprised in element kit 13 and the type of filter core at different levels can be selected according to actual conditions.Under normal conditions, element kit 13 comprises preposition filter core, main filter core and rearmounted filter core.As shown in figure 11, for example, this element kit can comprise 4 grades of filter cores, is followed successively by: the cotton filter core 131a of PP, preposition activated charcoal filter core 131b, counter-infiltration filter core 131c and post active carbon filter core 131d.Wherein, the cotton filter core 131a of PP is for removing the foreign material such as mud in running water; Preposition activated charcoal filter core 131b is used for pollutant, peculiar smell and color etc. in adsorption filtration running water; Counter-infiltration filter core 131c is used for heavy metal ion harmful in filtering running water, bacterium, virus, colloid, radioactive substance, deliquescent salt ion and various polluters etc.; Post active carbon filter core 131d is used for filtering further water, improves purifying water effect.In addition, the filter core water inlet of i-th grade of filter core is connected with the water outlet mouthpiece in chamber, jth bar water route, and the water inlet interface in the chamber, filter core delivery port and jth+1 water route of i-th grade of filter core is connected, 1≤i≤n and i is integer, 1≤j≤m-1 and j is integer.For above-mentioned 4 grades of filter cores, the filter core water inlet of the 1st grade of cotton filter core of PP is connected with the water outlet mouthpiece in the 1st article of chamber, water route, and the filter core delivery port of the 1st grade of cotton filter core of PP is connected with the water inlet interface in the 2nd article of chamber, water route; The filter core water inlet of the 2nd grade of preposition activated charcoal filter core 131b is connected with the water outlet mouthpiece in the 2nd article of chamber, water route, and the filter core delivery port of the 2nd grade of preposition activated charcoal filter core 131b is connected with the water inlet interface in the 3rd article of chamber, water route; The filter core water inlet of 3rd level counter-infiltration filter core 131c is connected with the water outlet mouthpiece in the 3rd article of chamber, water route, and the filter core delivery port of 3rd level counter-infiltration filter core 131c is connected with the water inlet interface in the 4th article of chamber, water route; The filter core water inlet of the 4th grade of post active carbon filter core 131d is connected with the water outlet mouthpiece in the 4th article of chamber, water route, and the filter core delivery port of the 4th grade of post active carbon filter core 131d is connected with the water inlet interface in the 5th article of chamber, water route.
As shown in figure 12, interface tube assembly 14 at least comprises inlet pipeline 141 and outlet pipeline 142.The first end of inlet pipeline 141 is water purifier water inlet, and the second end of inlet pipeline 141 is connected with the water inlet interface in the 1st article of chamber, water route.The first end of outlet pipeline 142 is water purifier discharge water mouth, and the second end of outlet pipeline 142 is connected with the water outlet mouthpiece in chamber, m article of water route.
Optionally, as shown in Figure 8, water purifier body 10 can also comprise: pump assembly 15.Pump assembly 15 be provided with pump water inlet mouth and pump the mouth of a river.Wherein, pump water inlet mouth is connected with the water outlet mouthpiece in chamber, kth bar water route, and the water inlet interface pumping the mouth of a river and kth chamber ,+1 water route is connected, 1≤k≤m-1 and k is integer.Pump assembly 15 can be booster pump, and this booster pump is used for carrying out supercharging to water, and by the water extraction supply filter core after supercharging.By arranging booster pump, can assure feed water speed and water supply flow.Under normal conditions, booster pump is arranged between preposition filter core and main filter core.For example, still for above-mentioned 4 grades of filter cores, booster pump can be arranged between the 2nd grade of preposition activated charcoal filter core 131b and 3rd level counter-infiltration filter core 131c.Now, the filter core water inlet of the 1st grade of cotton filter core of PP is connected with the water outlet mouthpiece in the 1st article of chamber, water route, and the filter core delivery port of the 1st grade of cotton filter core of PP is connected with the water inlet interface in the 2nd article of chamber, water route; The filter core water inlet of the 2nd grade of preposition activated charcoal filter core 131b is connected with the water outlet mouthpiece in the 2nd article of chamber, water route, and the filter core delivery port of the 2nd grade of preposition activated charcoal filter core 131b is connected with the water inlet interface in the 3rd article of chamber, water route; The pump water inlet mouth of booster pump is connected with the water outlet mouthpiece in the 3rd article of chamber, water route, and the mouth of a river of pumping of booster pump is connected with the water inlet interface in the 4th article of chamber, water route; The filter core water inlet of 3rd level counter-infiltration filter core 131c is connected with the water outlet mouthpiece in the 4th article of chamber, water route, and the filter core delivery port of 3rd level counter-infiltration filter core 131c is connected with the water inlet interface in the 5th article of chamber, water route; The filter core water inlet of the 4th grade of post active carbon filter core 131d is connected with the water outlet mouthpiece in the 5th article of chamber, water route, and the filter core delivery port of the 4th grade of post active carbon filter core 131d is connected with the water inlet interface in the 6th article of chamber, water route.
In embodiment of the present disclosure, as shown in Figure 13 and Figure 14, it illustrates a kind of structural representation of filter core.Every one-level filter core in element kit comprises: filter core base 132 and filter element body 133.
Filter core base 132 is installed on water route board component 12.Filter core base 132 is installed on water route board component 12 by the fixed part of screw, bolt and so on.Filter core base 132 is provided with filter core water inlet 132a and filter core delivery port 132b, this filter core water inlet 132a is all communicated with outside with filter core delivery port 132b, to form turnover two passage respectively.
Filter element body 133 connects removably and is arranged on filter core base 132 top, so that safeguard.Filter space 133a is included in filter element body 133, filter space 133a two ends are communicated with respectively and are provided with the first filtration channel 133b and the second filtration channel 133c, the filter material 133d for filtering is provided with, to filter the water passed through or other liquid in filter space 133a.When filter core is in using state, the first filtration channel 133b is communicated with filter core water inlet 132a, and the second filtration channel 133c is communicated with filter core delivery port 132b.
The filter core that disclosure embodiment provides can be intake water outlet by the filter core base 132 of bottom, and filter element body 133 is arranged at filter core base 132 top, forms inverted vertical structure, not only save pipeline and arrange, and filter core overall structure is compacter.
The structure of filter core base 132 as shown in figure 15.Filter core base 132 comprises: matrix 132c and the 132d that turns.Wherein:
Matrix 132c is installed on the board component of water route, in order to support the 132d that turns.The bottom of matrix 132c is saddle, and filter core water inlet 132a and filter core delivery port 132b is arranged on this saddle, and extends this saddle, and the interface corresponding on the board component of water route by joint is connected.The top of matrix 132c is groove structure, and the madial wall of groove 132c1 is also provided with the first helicitic texture, and this first helicitic texture can be internal thread or the ramp structure similar to internal thread.Accordingly, filter element body 133 bottom is boss structure, the lateral wall of boss 133e is provided with the second helicitic texture, and this second helicitic texture and the first helicitic texture match.
The 132d that turns connects rotationally and is arranged on matrix 132c top.The 132d that turns comprises flap 132d1, filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3.Filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3 is arranged on flap 132d1.Flap 132d1 is laminated structure, the groove 132c1 bottom surface of outer rim and matrix 132c is suitable, this flap 132d1 lower end surface abuts on groove 132c1 bottom surface, and is also provided with hermetically-sealed construction 132d4 (as shown in Figure 18 and Figure 19) between flap 132d1 lower end surface and groove 132c1 bottom surface.Hermetically-sealed construction 132d4 normally sealing ring also can be sealing gasket.Flap 132d1 is pressed against by dismountable fixture on top, is pressed against dynamics suitable, ensure to make flap 132d1, relative to matrix 132c, Plane Rotation occur, and can ensure again to seal between flap 132d1 lower end surface and groove 132c1 bottom surface reliably.On flap 132d1, connection arranges filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3, the lower openings corresponding filter core water inlet 132a and filter core delivery port 132b respectively of this filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3.
As shown in Figure 16 and Figure 17, the corresponding different conditions of flap 132d1 diverse location, in the present embodiment total two states.Wherein, when filter core is in using state, the lower openings of filter core water inlet siphunculus 132d2 is communicated with filter core water inlet 132a, filter core water inlet siphunculus 132d inserts in the first filtration channel 133b (shown in Figure 18 and Figure 19), and the upper opening of filter core water inlet siphunculus 132d is communicated with the first filtration channel 133b.Meanwhile, the lower openings of filter core water outlet siphunculus 132d3 is communicated with filter core delivery port 132b, and filter core water outlet siphunculus 132d3 inserts in the second filtration channel 133c, and the upper opening of filter core water outlet siphunculus 132d3 is communicated with the second filtration channel 133c.Now, filter core water inlet 132a, filter core water inlet siphunculus 132d2 is communicated with successively with the first filtration channel 133b, and water or other liquid enter filter space 133a by the passage of this connection; Meanwhile, filter core delivery port 132b, filter core water outlet siphunculus 132d3 are communicated with successively with the second filtration channel 133c, through filtration water or other liquid flowed out by the passage of this connection from filter space 133a, as shown in fig. 16 and 18.In addition, when filter core is in disassembly status, flap 132d1 closes filter core water inlet 132a and filter core delivery port 132b.When filter core is in disassembly status, flap 132d1 rotates, and the filter core water inlet siphunculus 132d2 no longer corresponding filter core water inlet 132a on flap 132d1, filter core water outlet siphunculus 132d3 is no longer corresponding filter core delivery port 132b also, as shown in figure 17.
Be communicated with the first filtration channel 133b in conjunction with the bottom with reference to Figure 14, filter space 133a, the top of filter space 133a is communicated with the second filtration channel 133c.Overflow in filter process for avoiding air and be trapped in filter space 133a top, the second filtration channel 133c being communicated with a guide wire 133f is set.This guide wire 133f is positioned in the middle part of filter space 133a, extends vertically, and the upper opening of guide wire 133f is arranged near the top of filter space 133a, and lower openings is communicated with the second filtration channel 133c.When water or other liquid are after filter material 133d filters, guide wire 133f can only be entered by the top clearance of filter space 133a, this just causes certain pressure, air cannot therefrom be overflowed, but enter guide wire 133f together with water or other liquid, and discharge filter element body 133 by the second filtration channel 133c.
In conjunction with reference to Figure 18 and Figure 19, for convenience of filter material filling and close and facilitate the installation of guide wire 133f, in filter space 133a, be also provided with bracket 133g.Bracket 133g main body is a supporting plate, and outer peripheral edge and filter space interior wall construction adaptation, be hollow shaft structure in the middle part of bracket 133g, this hollow shaft inside is provided with step through-hole.The bottom of guide wire 133f is arranged with lining 133h, and is inserted in step through-hole together with this lining 133h.Guide wire 133f lower end is pressed against on the step surface of step through-hole, for ensureing sealing, is provided with sealing ring 133i1 between guide wire 133f and step through-hole.Bracket 133g bottom is installed on the top shoulder 133j of the second filtration channel 133c, and is sealed by sealing ring 133i2 between bracket 133g and the second filtration channel 133c.And, the supporting plate of bracket 133g is provided with liner 133k, to be enclosed in filter space 133a by filter material 133d.This structure, by the interspersed location of full circle, can realize coaxial fool proof, 180 degree of fool proofs, the entirety of filter core be assembled more simple and convenient.
Optionally, water shutoff shoulder 133l, sealing ring 133m and water shutoff block 133n is provided with in conjunction with reference in Figure 18 and Figure 19, the first filtration channel 133b and the second filtration channel 133c.Wherein, sealing ring 133m is arranged near matrix 132c, and water shutoff block 133n is positioned at above sealing ring 133m, and water shutoff shoulder 133l is positioned at above water shutoff block 133n.When filter core is in using state, as shown in figure 18, filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3 leans water shutoff block 133n to water shutoff shoulder 133l, first filtration channel 133b and filter core water inlet 132a are communicated with by filter core siphunculus 132d2 of intaking, the second filtration channel 133c is communicated with by filter core water outlet siphunculus 132d3 with filter core delivery port 132b.When filter core is in disassembly status, as shown in figure 19, water shutoff block 133n falls and coordinates with sealing ring 133m, closes the lower through-ports of the first filtration channel 133b and the second filtration channel 133c.Falling of this water shutoff block 133n can be realize under Gravitative Loads, also can be provided with back-moving spring (not shown) between water shutoff shoulder 133l and water shutoff block 133n, and under the effect of this back-moving spring, water shutoff block 133n realizes falling.
In conjunction with reference to figs. 14 to Figure 19, install in the process of filter core first, first the 132d that will turn loads in matrix 132c, and is arranged on the board component of water route by whole filter core base 132 by connector, and now flap 132d1 closes filter core water inlet 132a and filter core delivery port 132b.Then the groove 132c1 of corresponding for the lower boss 133e of filter element body 133 matrix 132c is inserted, under the respective outer side edges of two screw threads (or screw thread-like), filter element body 133 is rotated relative to matrix 132c together with the 132d that turns, after rotateing in place, the filter core water inlet siphunculus 132d2 turned on 132d is communicated with filter core water inlet 132a, filter core water outlet siphunculus 132d3 is communicated with filter core delivery port 132b, and the top of filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3 falls in process in filter element body 133 and is upwards pushed up by water shutoff block 133n, thus filter core water inlet siphunculus 132d2 upper opening is communicated with the first filtration channel 133b, filter core water outlet siphunculus 132d3 upper opening is communicated with the second filtration channel 133c.Now need the water of filtration treatment or other liquid can by the filter space 133a in above-mentioned passage turnover filter element body 133, and by filter material 133d process.
During dismounting filter element body 133, rotate filter element body 133, under the respective outer side edges of two screw threads (or screw thread-like), filter element body 133 is rotated relative to matrix 132c together with the 132d that turns, after rotateing in place, the flap 132d1 turned on 132d closes filter core water inlet 132a and filter core delivery port 132b, and water shutoff block 133n is decontroled in the top of filter core water inlet siphunculus 132d2 and filter core water outlet siphunculus 132d3 in filter element body 133 rise process, water shutoff block 133n falls under deadweight or action of reset spring, and coordinate with sealing ring 133m, thus close the external port of the first filtration channel 133b and the second filtration channel 133c, water in filter element body 133 or other liquid can not be oozed.
When again installing filter element body 133, only filter element body 133 need be screwed in the filter core base 132 fixed, its handshaking procedures is described above.
In addition, the filter cartridge construction that the present embodiment provides can be applied in the vertical filter core of non-inverted equally, still can use this structure in other filter core (as horizontal type structure).
In addition, in conjunction with reference to figure 8, when above-mentioned at least one-level filter core comprises counter-infiltration filter core, be also provided with cistern assembly 16 in water purifier body 10, counter-infiltration filter core is also provided with condensed water delivery port.Wherein, cistern assembly 16 is provided with water tank inlet.Water route board component 12 inside is also provided with chamber, condensed water water route.Chamber, condensed water water route comprises condensed water water inlet interface and condensed water water outlet mouthpiece.Condensed water delivery port and condensed water interface of intaking is connected, and water tank inlet is connected with condensed water water outlet mouthpiece.Cistern assembly 16 is for storing the condensed water of discharging from counter-infiltration filter core.
Optionally, as shown in Figure 8, cistern assembly 16 is also provided with at least one water level switch 161.Water level switch 161 is for measuring the water yield in cistern assembly 16.When the water yield in cistern assembly 16 exceedes preset value, can reminding user process condensed water, or automatically condensed water is discharged.In a kind of possible embodiment, cistern assembly 16 is also provided with water outlet of water tank.Accordingly, as shown in figure 12, interface tube assembly 14 also comprises condensed water outlet pipeline 143; Comb assembly 20 also comprises condensed water comb outlet pipeline, Water tap connector 30 is also provided with the 3rd water inlet.Wherein, water outlet of water tank is connected with the first end of condensed water outlet pipeline 143, and the second end of condensed water outlet pipeline 143 is connected with the first end of condensed water comb outlet pipeline, and the second end of condensed water comb outlet pipeline is connected with the 3rd water inlet.In addition, the 3rd water inlet on Water tap connector 30 can be connected with the 3rd delivery port 35 by threeway Connection Element, discharges condensed water from the 3rd delivery port 35; Or, Water tap connector 30 is also provided with the 4th delivery port be connected with the 3rd water inlet, discharges condensed water from the 4th delivery port.
In embodiment of the present disclosure, as shown in Figure 10, it illustrates the planing surface schematic diagram of a kind of water route board component 12.Figure 10 shows chamber, two water routes, comprises the first chamber, water route 1211 and the second chamber, water route 1212.Chamber, every bar water route includes a water inlet interface 121a and water outlet mouthpiece 121b.In addition, chamber, every bar water route also comprises at least one dilatation portion 121c, and this dilatation portion 121c is arranged at between water interface 121a and water outlet mouthpiece 121b.Between water inlet interface 121a and dilatation portion 121c, all seamlessly transit between water outlet mouthpiece 121b and dilatation portion 121c.In addition, the cross section of chamber, water route inner flow passage can be circular, also can be other polygon such as ellipse or rectangle.
In addition, the cross-sectional area of dilatation portion 121c is greater than the cross-sectional area connecing 121b mouth into the cross-sectional area of water interface 121a and water outlet.
Such as, as shown in the first chamber, water route 1211 in Figure 10.When the cross section of the first chamber, water route 1211 inner flow passage is circular, the diameter supposing the water inlet interface 121a in the first chamber, water route 1211 is A1, the diameter of the water outlet mouthpiece 121b in the first chamber, water route 1211 is B1, the diameter of the dilatation portion 121c in the first chamber, water route 1211 is C1, wherein C1 > A1 > B1, makes chamber, water route inner flow passage form typically little-large-little structure.Like this, water or other liquid flow velocity in the runner in chamber, water route slows down, and reduces the friction with runner sidewall, thus is conducive to reducing current loss, thus improves water yield, reduces the power demand driving current.
For another example, as shown in the second chamber, water route 1212 in Figure 10.When the cross section of the second chamber, water route 1212 inner flow passage is circular, the diameter supposing the water inlet interface 121a in the second chamber, water route 1212 is A2, the diameter of the water outlet mouthpiece 121b in the second chamber, water route 1212 is B2, the diameter of the dilatation portion 121c in the second chamber, water route 1212 is C2, wherein C2 > B2 > A2, makes chamber, water route inner flow passage form typically little-large-little structure.Like this, water or other liquid flow velocity in the runner in chamber, water route slows down, and reduces the friction with runner sidewall, thus is conducive to reducing current loss, thus improves water yield, reduces the power demand driving current.In addition, when the cross-sectional area of water outlet mouthpiece 121b is greater than the cross-sectional area into water interface 121a, current are less than it at the flow velocity of interface 121a side of intaking at the flow velocity of water outlet mouthpiece 121b side, therefore, so design can also alleviate the impact of instantaneous pressure change on water outlet mouthpiece 121b side hydraulic pressure into water interface 121a side.
Certainly, in the embodiment that other is possible, the cross-sectional area of the water inlet interface 121a in chamber, water route can also be equal with the cross-sectional area of water outlet mouthpiece 121b.
Optionally, the place of dilatation portion in chamber, water route also can hold water quality sensor probe, as TDS (Total Dissolved Solids, total dissolved solidss) probe, using this dilatation portion as water flow buffer tank, in dilatation portion, carry out water quality detection can improve the stability detecting data.
In embodiment of the present disclosure, in conjunction with reference to figure 8 and Figure 20, water purifier body 10 also comprises: filter core fixation kit 17.One lateral edges of filter core fixation kit 17 is connected with sidewall 112 by hinge 171, and filter core fixation kit 17 being at least provided with n fixing hole 172, n is positive integer.Accordingly, in conjunction with reference Figure 13 and Figure 14, the end face of each filter core is provided with bulge-structure 134, this bulge-structure 134 inserts each self-corresponding fixing hole 172.When filter core fixation kit 17 is in closure state, the bulge-structure 134 on the end face of each filter core is fixed by the fixing hole 172 of correspondence, when filter core is given a shock or clash into, unlikelyly to shake.Optionally, filter core fixation kit 17 also can be provided with opening handle 173, opening handle 173 can be arranged to cavernous structure as shown in figure 20, also can be arranged to bulge-structure or other is convenient to the structure of folding filter core fixation kit 17.
Optionally, in conjunction with reference to figure 8 and Figure 20, when being also provided with cistern assembly 16 in water purifier body 10, above cistern assembly 16, tank lid 162 (as shown in figure 21) can be also provided with.The end face of tank lid 162 is provided with bulge-structure 163.Accordingly, filter core fixation kit 17 is also provided with water tank fixing hole 174.The bulge-structure 163 of tank lid 162 inserts water tank fixing hole 174 and fixes, and when cistern assembly 16 is given a shock or clashes into, unlikely tank lid 162 occurs loosen and cause the water of cistern assembly 16 inside to spill.
Optionally, as shown in figure 13, the bulge-structure 134 on each filter core end face also can be provided with handle 135, so that hand-held, facilitate user's dismounting filter core.Optionally, as shown in figure 14, the top peripheral of filter element body 133 encloses face and also can be provided with damping rubber 136, shakes to reduce and avoids damaging filter element body 133 because colliding.
In addition, in the embodiment that other is possible, water purifier body 10 inside also can be provided with main control chip, and Water tap connector 30 inside also can be provided with control circuit.Be connected by wire between main control chip and control circuit, it is inner that wire can be arranged at comb assembly 20.Wherein, main control chip is for controlling the start and stop of the pump assembly 15 in water purifier body 10.Control circuit switches under different operating state for the electric control valve assembly 36 controlled in Water tap connector 30.By cooperatively interacting of main control chip and control circuit, when user needs to take pure water, electric control valve assembly 36 is in the first duty, and water purifier starts water processed, and the pure water obtained through Water purifier filter flows out from Water tap connector 30; Needing to take running water user is that electric control valve assembly 36 is in the second duty, and running water directly flows out from Water tap connector 30.
In addition, in the embodiment that other is possible, also can be provided with water flow sensing unit in Water tap connector 30 inside or comb inlet pipeline, water flow sensing unit is connected with control circuit or main control chip by wire.Water flow sensing unit can be vane type water flow sensing unit.Water flow sensing unit is for detecting the water supply situation of faucet outlet.Cut off the water at water source or cannot normal water supply time, water purifier does not start booster pump and carries out water processed, avoids booster pump to be drained by the water adsorbed in filter core, ensure next time water processed efficiency.
In addition, in the embodiment that other is possible, Water tap connector 30 inside also can be provided with temperature sensor, and temperature sensor is connected with control circuit or main control chip by wire.Temperature sensor is for detecting the temperature of the water flowed out from faucet outlet, and when temperature is higher than setting value, water purifier cuts off inlet pipeline, prevents high temperature current from flowing into filter core and damaging filter core, prolonging service life of filter elements.
In sum, the water purifier that disclosure embodiment provides, water purifier body is connected with Water tap connector by comb assembly, and Water tap connector can be directly installed on the delivery port of tap; Inconvenient and that installation effectiveness is low problem installed by the water purifier solved in correlation technique; Reach the effect simplifying installation process and improve installation effectiveness.
In addition, disclosure embodiment is also by arranging electric control valve assembly in Water tap connector inside, by means of the high speed instantaneous characteristic of the electric control valve in electric control valve assembly, make Water tap connector inside remain at least one open wide go out water passage, effectively can avoid the pressure-bearing problem of Water tap connector, eliminate leaking and collapsing de-hidden danger of junction, improve safety in utilization.
In addition, disclosure embodiment, also by arranging water route board component in water purifier body interior, to be linked in sequence filter core at different levels, pump and other assembly by water route board component, avoids producing complicated pipeline and connects, simplify structure.
In addition, disclosure embodiment is also by the filter core base water inlet water outlet of filter core bottom, and filter element body is arranged at filter core base top, forms inverted vertical structure, not only save pipeline and arrange, and filter core overall structure is compacter.In addition, the structural design that filter core also adopts Anti-drip to leak, fully ensure that safety in utilization, improves Consumer's Experience simultaneously.
Those skilled in the art, at consideration description and after putting into practice technical scheme disclosed herein, will easily expect other embodiment of the present disclosure.The application is intended to contain any modification of the present disclosure, purposes or adaptations, and these modification, purposes or adaptations are followed general principle of the present disclosure and comprised the undocumented common practise in the art of the disclosure or conventional techniques means.Description and embodiment are only regarded as exemplary, and true scope of the present disclosure and spirit are pointed out by claim below.
Should be understood that, the disclosure is not limited to precision architecture described above and illustrated in the accompanying drawings, and can carry out various amendment and change not departing from its scope.The scope of the present disclosure is only limited by appended claim.
Claims (15)
1. a water purifier, is characterized in that, described water purifier comprises: water purifier body, the Water tap connector be connected with described water purifier body by comb assembly;
Described water purifier body is provided with water purifier water inlet and water purifier discharge water mouth;
Described comb assembly at least comprises comb inlet pipeline and comb outlet pipeline;
Described Water tap connector is at least provided with the first water inlet, the first delivery port, the second water inlet and the second delivery port;
Wherein, described first water inlet is connected with described first delivery port, and described first delivery port is connected with the first end of described comb inlet pipeline, and the second end of described comb inlet pipeline is connected with described water purifier water inlet; Described water purifier discharge water mouth is connected with the first end of described comb outlet pipeline, and the second end of described comb outlet pipeline is connected with described second water inlet, and described second water inlet is connected with described second delivery port.
2. water purifier according to claim 1, is characterized in that, described Water tap connector is also provided with the 3rd delivery port be connected with described first water inlet, described Water tap connector inside is provided with electric control valve assembly;
Described electric control valve assembly comprises entrance point, first port of export and second port of export, and described entrance point is connected with described first water inlet, and described first port of export is connected with described first delivery port, and described second port of export is connected with described 3rd delivery port;
When described electric control valve assembly is in the first duty, the communication between described entrance point and described first port of export, the path between described entrance point and described second port of export turns off;
When described electric control valve assembly is in the second duty, the communication between described entrance point and described second port of export, the path between described entrance point and described first port of export turns off.
3. water purifier according to claim 2, is characterized in that,
Described electric control valve assembly is the electric control valve of one-in-and-two-out; Or,
Described electric control valve assembly comprises electric control valve and the threeway Connection Element of two one-in-and-one-outs; Or,
Described electric control valve assembly comprises electric control valve and the threeway Connection Element of an one-in-and-one-out.
4. water purifier according to claim 1, is characterized in that, described water purifier body comprises:
Housing unit, described housing unit comprises drain pan, sidewall and top cover;
Water route board component, described water route board component is arranged on described drain pan, and board component inside in described water route is provided with the chamber, water route of m bar cascade, and chamber, every bar water route comprises a water inlet interface and a water outlet mouthpiece, m >=2 and m is integer;
Element kit, described element kit comprises n level filter core, every one-level filter core is provided with filter core water inlet and filter core delivery port, the filter core water inlet of i-th grade of filter core is connected with the water outlet mouthpiece in chamber, jth bar water route, the water inlet interface in filter core delivery port and the jth chamber ,+1 water route of described i-th grade of filter core is connected, n >=1 and n is integer, 1≤i≤n and i is integer, 1≤j≤m-1 and j is integer;
Interface tube assembly, described interface tube assembly at least comprises inlet pipeline and outlet pipeline, the first end of described inlet pipeline is described water purifier water inlet, second end of described inlet pipeline is connected with the water inlet interface in the 1st article of chamber, water route, the first end of described outlet pipeline is described water purifier discharge water mouth, and the second end of described outlet pipeline is connected with the water outlet mouthpiece in chamber, m article of water route.
5. water purifier according to claim 4, is characterized in that, described water purifier body also comprises:
Pump assembly, described pump assembly is provided with pump water inlet mouth and pumps the mouth of a river;
Wherein, described pump water inlet mouth is connected with the water outlet mouthpiece in chamber, kth bar water route, described in pump the mouth of a river and kth chamber ,+1 water route water inlet interface be connected, 1≤k≤m-1 and k is integer.
6. water purifier according to claim 4, is characterized in that, every one-level filter core comprises:
Filter core base, described filter core floor installation, on the board component of described water route, described filter core base is provided with described filter core water inlet and described filter core delivery port;
Filter element body, described filter element body connects removably and is arranged on described filter core base top, include filter space in described filter element body, described filter space two ends are communicated with respectively and are provided with the first filtration channel and the second filtration channel, are provided with the filter material for filtering in described filter space; When described filter core is in using state, described first filtration channel is communicated with described filter core water inlet, and described second filtration channel is communicated with described filter core delivery port.
7. water purifier according to claim 6, is characterized in that, described filter core base comprises:
Matrix, described matrix is installed on the board component of described water route, described matrix is provided with described filter core water inlet and described filter core delivery port;
Turn, described in turn to connect rotationally and be arranged on described matrix top, described in turn and comprise flap, described flap is provided with filter core water inlet siphunculus and filter core water outlet siphunculus;
Wherein, when described filter core is in using state, the lower openings of described filter core water inlet siphunculus is communicated with described filter core water inlet, described filter core water inlet siphunculus inserts in described first filtration channel, and the upper opening of described filter core water inlet siphunculus is communicated with described first filtration channel, the lower openings of described filter core water outlet siphunculus is communicated with described filter core delivery port, described filter core water outlet siphunculus inserts in described second filtration channel, and the upper opening of described filter core water outlet siphunculus is communicated with described second filtration channel;
When described filter core is in disassembly status, described flap closes described filter core water inlet and described filter core delivery port.
8. water purifier according to claim 7, it is characterized in that, described matrix top is groove structure, described flap is arranged at described bottom portion of groove, the madial wall of described groove is provided with the first helicitic texture, described filter element body bottom is boss structure, the lateral wall of described boss is provided with the second helicitic texture, and described first helicitic texture and described second helicitic texture match.
9. water purifier according to claim 7, is characterized in that, is provided with water shutoff shoulder, sealing ring and water shutoff block in described first filtration channel and described second filtration channel;
Described sealing ring is arranged near described matrix, and described water shutoff block is positioned at above described sealing ring, and described water shutoff shoulder is positioned at above described water shutoff block;
When described filter core is in using state, described filter core water inlet siphunculus and described filter core water outlet siphunculus lean described water shutoff block to described water shutoff shoulder, described first filtration channel and described filter core water inlet are communicated with by described filter core siphunculus of intaking, described second filtration channel is communicated with by described filter core water outlet siphunculus with described filter core delivery port;
When described filter core is in disassembly status, described water shutoff block falls and coordinates with described sealing ring, closes the lower through-ports of described first filtration channel and described second filtration channel.
10. water purifier according to claim 4, is characterized in that, when described at least one-level filter core comprises counter-infiltration filter core, be also provided with cistern assembly in described water purifier body, described counter-infiltration filter core is also provided with condensed water delivery port;
Wherein, described cistern assembly is provided with water tank inlet; Board component inside, described water route is also provided with chamber, condensed water water route, and chamber, described condensed water water route comprises condensed water water inlet interface and condensed water water outlet mouthpiece; Described condensed water delivery port and described condensed water interface of intaking is connected, and described water tank inlet is connected with described condensed water water outlet mouthpiece.
11. water purifiers according to claim 10, it is characterized in that, described cistern assembly is also provided with water outlet of water tank, described interface tube assembly also comprises condensed water outlet pipeline, described comb assembly also comprises condensed water comb outlet pipeline, described Water tap connector is also provided with the 3rd water inlet;
Wherein, described water outlet of water tank is connected with the first end of described condensed water outlet pipeline, second end of described condensed water outlet pipeline is connected with the first end of described condensed water comb outlet pipeline, and the second end of described condensed water comb outlet pipeline is connected with described 3rd water inlet.
12. water purifiers according to claim 10, is characterized in that, described cistern assembly is also provided with at least one water level switch.
13. according to the arbitrary described water purifier of claim 4 to 12, and it is characterized in that, chamber, every bar water route also comprises at least one dilatation portion;
Described dilatation portion is arranged between described water inlet interface and described water outlet mouthpiece, and the cross-sectional area in described dilatation portion is greater than the cross-sectional area of described water inlet interface and the cross-sectional area of described water outlet mouthpiece.
14. according to the arbitrary described water purifier of claim 4 to 12, and it is characterized in that, described water purifier body also comprises: filter core fixation kit;
One lateral edges of described filter core fixation kit is connected with described sidewall by hinge, described filter core fixation kit is at least provided with n fixing hole;
The end face of each described filter core is provided with bulge-structure, and described bulge-structure inserts each self-corresponding fixing hole.
15. water purifiers according to claim 14, is characterized in that, described bulge-structure is provided with handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420754613.XU CN204601792U (en) | 2014-12-03 | 2014-12-03 | Water purifier |
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| CN201420754613.XU CN204601792U (en) | 2014-12-03 | 2014-12-03 | Water purifier |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016086864A1 (en) * | 2014-12-03 | 2016-06-09 | 佛山市云米电器科技有限公司 | Water purifier |
| CN108079637A (en) * | 2018-02-01 | 2018-05-29 | 陈英傲 | A kind of automatic leak-proof Washdown type tap water fore filter |
| CN109422312A (en) * | 2017-08-28 | 2019-03-05 | Lg电子株式会社 | Water purifier |
| US11491426B2 (en) | 2017-08-30 | 2022-11-08 | Lg Electronics Inc. | Liquid dispenser |
-
2014
- 2014-12-03 CN CN201420754613.XU patent/CN204601792U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016086864A1 (en) * | 2014-12-03 | 2016-06-09 | 佛山市云米电器科技有限公司 | Water purifier |
| CN109422312A (en) * | 2017-08-28 | 2019-03-05 | Lg电子株式会社 | Water purifier |
| US11135536B2 (en) | 2017-08-28 | 2021-10-05 | Lg Electronics Inc. | Purification device |
| CN109422312B (en) * | 2017-08-28 | 2021-12-10 | Lg电子株式会社 | Water purifier |
| US11491426B2 (en) | 2017-08-30 | 2022-11-08 | Lg Electronics Inc. | Liquid dispenser |
| CN108079637A (en) * | 2018-02-01 | 2018-05-29 | 陈英傲 | A kind of automatic leak-proof Washdown type tap water fore filter |
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