CN105084432B - Water purifier - Google Patents
Water purifier Download PDFInfo
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- CN105084432B CN105084432B CN201510383498.9A CN201510383498A CN105084432B CN 105084432 B CN105084432 B CN 105084432B CN 201510383498 A CN201510383498 A CN 201510383498A CN 105084432 B CN105084432 B CN 105084432B
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- water
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01F—MEASURING VOLUME, VOLUME FLOW, MASS FLOW OR LIQUID LEVEL; METERING BY VOLUME
- G01F1/00—Measuring the volume flow or mass flow of fluid or fluent solid material wherein the fluid passes through a meter in a continuous flow
- G01F1/05—Measuring the volume flow or mass flow of fluid or fluent solid material wherein the fluid passes through a meter in a continuous flow by using mechanical effects
- G01F1/10—Measuring the volume flow or mass flow of fluid or fluent solid material wherein the fluid passes through a meter in a continuous flow by using mechanical effects using rotating vanes with axial admission
- G01F1/115—Measuring the volume flow or mass flow of fluid or fluent solid material wherein the fluid passes through a meter in a continuous flow by using mechanical effects using rotating vanes with axial admission with magnetic or electromagnetic coupling to the indicating device
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Abstract
The disclosure is directed to a kind of water purifier, belong to water-treatment technology field.The water purifier includes：Water purifier body, the Water tap connector being connected by comb component with water purifier body；Water treatment component and interface tube component are provided with water purifier body；The first end of interface tube component is connected with water treatment component, and the second end of interface tube component is connected with the first end of comb component, and the second end of comb component is connected with Water tap connector；Interface tube component includes the sensor cluster that inlet pipeline and corresponding inlet pipeline are set.The problem of disclosure solves correlation technique and related sensor is arranged in Water tap connector, and causes the quality of Water tap connector and volume excessive, and steadiness is poor after installation；On the premise of realizing to being monitored into the current conditions of water purifier body, the quality and volume of Water tap connector are reduced, so as to improve the steadiness after Water tap connector socket is installed on faucet outlet.
Description
Technical field
This disclosure relates to water-treatment technology field, more particularly to a kind of water purifier.
Background technology
Water purifier is favored as a kind of health-oriented products by increasing consumer.
A kind of kitchen above formula water purifier includes water purifier body, Water tap connector and for by water purifier body and the fire hose
The connected inlet and outlet pipe of head connector.Water tap connector can be directly installed on the delivery port of tap by socket mode.
Running water flows into water purifier body after the delivery port outflow of tap through Water tap connector and inlet and outlet pipe.Water purifier
Body is used to the running water of inflow is carried out being filtrated to get pure water.Pure water is after the outflow of water purifier body, through water inlet pipe and water outlet pipe
Flowed out from Water tap connector on road.
In the related art, in order to be monitored to the current conditions (such as water flow temperature) for flowing into water purifier body, in water
Corresponding sensor is set in Bibcock connector.
The content of the invention
In order to overcome problem present in correlation technique, the embodiment of the present disclosure provides a kind of water purifier.The technical side
Case is as follows：
According to the first aspect of the embodiment of the present disclosure, there is provided a kind of water purifier, the water purifier include：Water purifier sheet
Body, the Water tap connector being connected by comb component with the water purifier body；
Water treatment component and interface tube component are provided with the water purifier body；
The first end of the interface tube component is connected with the water treatment component, the second end of the interface tube component and institute
The first end for stating comb component is connected, and the second end of the comb component is connected with the Water tap connector；
The interface tube component includes the sensor cluster that inlet pipeline and the corresponding inlet pipeline are set.
Alternatively, the sensor cluster includes temperature sensor assembly, and the temperature sensor assembly includes temperature sense
Answer device；
The side wall of the inlet pipeline is provided with the first hole；
The temperature inductor is probeed into the cavity of the inlet pipeline through first hole.
Alternatively, the temperature sensor assembly also includes hollow screw and sealing ring；
The lateral wall of the inlet pipeline is formed with the first screwed hole connected with first hole, first screw thread
The sectional area in hole is more than the sectional area of first hole；
The temperature inductor includes front end induction part, intermediate projections portion and tail end fixed part；
The front end induction part sequentially passes through first screwed hole and first hole, probes into the inlet pipeline
Cavity in；
The intermediate projections portion is isolated in the lateral wall of the inlet pipeline, and the intermediate projections by first hole
The sealing ring is lined between portion and first hole；
The hollow screw is nested with the outside of the tail end fixed part；
When the hollow screw and first screwed hole screw, the hollow screw supports with the intermediate projections portion
Close.
Alternatively, the sensor cluster includes water flow sensing unit component, and the water flow sensing unit component includes：Hall member
Part, guide shell and the magnet rotor being arranged in the guide shell；
The guide shell is arranged in the cavity of the inlet pipeline；
The Hall element is arranged on the lateral wall of the inlet pipeline, and the Hall element is arranged at the magnetic and turned
Within induction range corresponding to son.
Alternatively, the inlet pipeline includes the first inlet pipeline and the second inlet pipeline of concatenation；
The madial wall of first inlet pipeline was formed with one week convex edge；
The guide shell is arranged in the cavity of first inlet pipeline；
The connecting portion of second inlet pipeline is inserted into the cavity of first inlet pipeline, and by the guide shell
Pressing is supported and terminated between the connecting portion and the convex edge.
Alternatively, the pressure card for the outer surface for being buckled in the interface tube component is additionally provided with the water purifier body；
The pressure blocks the side adjacent with the interface tube component formed with neck；
The Hall element is arranged in the neck, and by the lateral wall for pressing Button with special fastening means in the inlet pipeline.
Alternatively, the interface tube component also includes inlet pipeline elbow；
The first end of the inlet pipeline elbow is connected with the inlet pipeline；
Second end of the inlet pipeline elbow is connected with the comb inlet pipeline in the comb component.
Alternatively, control assembly is additionally provided with the water purifier body, the control assembly is by the first wire in institute
The lateral surface of water purifier body is stated formed with the first electrical connection section；
Control circuit is provided with the Water tap connector, the control circuit is by the second wire in the tap
The lateral surface of connector is formed with the second electrical connection section；
First electrical connection section is electrically connected with second electrical connection section.
Alternatively, the water treatment component includes：Water route board component, element kit and pump group part；
The plate of water route component internal is provided with the water route chamber of m bars cascade, every water route chamber include a water inlet interface and
One water outlet mouthpiece, m >=2 and m are integer；
The element kit includes n level filter cores, and filter core water inlet and filter core delivery port are provided with per one-level filter core, and i-th
The filter core water inlet of level filter core is connected with the water outlet mouthpiece of j-th strip water route chamber, and the filter core delivery port of the i-stage filter core and jth+
The water inlet interface connection of 1 water route chamber, n >=1 and n is integer, 1≤i≤n and i are integer, and 1≤j≤m-1 and j are integer；
Pump water inlet mouth is provided with the pump group part and pumps out the mouth of a river, the water outlet of the pump water inlet mouth and kth bar water route chamber
Interface connects, and the water inlet interface for pumping out+1 water route chamber in the mouth of a river and kth is connected, 1≤k≤m-1 and k is integer；
The interface tube component also includes outlet pipeline；One end that the inlet pipeline is not connected with the comb component with
The water inlet interface connection of 1st article of water route chamber, one end that the outlet pipeline is not connected with the comb component and the m articles water route chamber
Water outlet mouthpiece connection.
Alternatively, on the Water tap connector at least provided with the first water inlet, the first delivery port, the second water inlet and
Second delivery port；
The comb component comprises at least comb inlet pipeline and comb outlet pipeline；
Wherein, first water inlet is connected with first delivery port, and first delivery port is intake through the comb
Pipeline is connected with the inlet pipeline；
The outlet pipeline is connected through the comb outlet pipeline with second water inlet, second water inlet and institute
The second delivery port is stated to be connected.
The technical scheme that the embodiment of the present disclosure provides can include the following benefits：
By setting sensor cluster in the interface tube component of water purifier body interior, the sensor cluster is used for entering
The current conditions for entering water purifier body are monitored；Solve correlation technique and related sensor is arranged at Water tap connector
In, and cause the quality of Water tap connector and volume excessive, the problem of steadiness is poor after installation；Realizing into water purification
On the premise of the current conditions of device body are monitored, the quality and volume of Water tap connector are reduced, so as to improve water
Bibcock connector socket is installed on the steadiness after faucet outlet.
It should be appreciated that the general description and following detailed description of the above are only exemplary and explanatory, not
The disclosure can be limited.
Brief description of the drawings
Accompanying drawing herein is merged in specification and forms the part of this specification, shows the implementation for meeting the disclosure
Example, and be used to together with specification to explain the principle of the disclosure.
Fig. 1 is a kind of block diagram of water purifier according to an exemplary embodiment；
Fig. 2 is a kind of structural representation of water purifier according to another exemplary embodiment；
Fig. 3 is the structural representation after a kind of interface tube assembling components according to another exemplary embodiment；
Fig. 4 is the structural representation before a kind of interface tube assembling components according to another exemplary embodiment；
Fig. 5 is the profile after a kind of interface tube assembling components according to another exemplary embodiment；
Fig. 6 is a kind of structural representation of temperature inductor according to another exemplary embodiment；
Fig. 7 is the schematic diagram before and after a kind of interface tube assembling components according to another exemplary embodiment；
Fig. 8 is a kind of structural representation of water treatment component according to another exemplary embodiment；
Fig. 9 is a kind of diagrammatic cross-section of water route board component according to another exemplary embodiment；
Figure 10 is a kind of structural representation of element kit according to another exemplary embodiment；
Figure 11 is a kind of Structure explosion diagram of water purifier according to another exemplary embodiment.
Embodiment
Here exemplary embodiment will be illustrated in detail, its example is illustrated in the accompanying drawings.Following description is related to
During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the disclosure.On the contrary, they be only with it is such as appended
The example of the consistent apparatus and method of some aspects be described in detail in claims, the disclosure.
Fig. 1 is a kind of block diagram of water purifier according to an exemplary embodiment.
As shown in figure 1, water purifier includes：Water purifier body 10, it is connected by comb component 20 with water purifier body 10
Water tap connector 30.
Water treatment component 11 and interface tube component 12 are provided with water purifier body 10.
The first end of interface tube component 12 is connected with water treatment component 11, the second end and the comb component of interface tube component 12
20 first end is connected, and the second end of comb component 20 is connected with Water tap connector 30.
Interface tube component 12 includes the sensor cluster 14 that inlet pipeline 13 and corresponding inlet pipeline 13 are set.
In summary, the water purifier that the present embodiment provides, by being set in the interface tube component of water purifier body interior
Sensor cluster, the sensor cluster are used to be monitored the current conditions for entering water purifier body；Solves correlation technique
Related sensor is arranged in Water tap connector, and causes the quality of Water tap connector and volume excessive, it is steady after installation
The problem of solidity is poor；On the premise of realizing to being monitored into the current conditions of water purifier body, tap is reduced
The quality and volume of connector, so as to improve the steadiness after Water tap connector socket is installed on faucet outlet.
Fig. 2 is a kind of structural representation of water purifier according to another exemplary embodiment.
As shown in Fig. 2 water purifier includes：Water purifier body 10, it is connected by comb component 20 with water purifier body 10
Water tap connector 30.
Water tap connector 30 can be directly installed on the delivery port of tap 40 by socket mode.
Water treatment component and interface tube component are provided with water purifier body 10.The first end and water process of interface tube component
Component is connected, and the second end of interface tube component is connected with the first end of comb component 20, the second end of comb component 20 and the fire hose
Head connector 30 is connected.
At least provided with the first water inlet, the first delivery port, the second water inlet and the second water outlet on Water tap connector 30
Mouthful.Comb component 20 comprises at least comb inlet pipeline and comb outlet pipeline.Interface tube component comprise at least inlet pipeline and
Outlet pipeline.Wherein, the first water inlet is connected with the first delivery port, and the first delivery port is through comb inlet pipeline and inlet pipeline phase
Even；Outlet pipeline is connected through comb outlet pipeline with the second water inlet, and the second water inlet is connected with the second delivery port.
The running water flowed out from the delivery port of tap 40 is successively by the first water inlet, the first delivery port, comb water inlet
The running water water inlet of pipeline, inlet pipeline and water treatment component, flow into water treatment component.Water treatment component is used for flowing into
Running water carry out being filtrated to get the less pure water of impurity content.Flowed out from the pure water delivery port of water treatment component pure
Water is successively by outlet pipeline, comb outlet pipeline, the second water inlet and the outflow of the second delivery port.
Alternatively, the 3rd delivery port being connected with the first water inlet is additionally provided with Water tap connector 30, tap connects
Connect device 30 and be internally provided with electric control valve component.Electric control valve component includes entrance point, first exit end and second outlet end.Enter
Mouth end is connected with the first water inlet, and first exit end is connected with the first delivery port, and second outlet end is connected with the 3rd delivery port.
When electric control valve component is in the first working condition, the communication between entrance point and first exit end, entrance point and second
Path shut-off between the port of export.Now, from the running water that the delivery port of tap 40 flows out after the filtering of water purifier body 10
Pure water is obtained, pure water flows out from the second delivery port.When electric control valve component is in the second working condition, entrance point and
Communication between two ports of export, the path shut-off between entrance point and first exit end.Now, from the water outlet of tap 40
The running water of mouth outflow filters without water purifier body 10, and running water directly flows out from the 3rd delivery port.Alternatively, the second water outlet
Mouth and the 3rd delivery port can also be integrated into a public delivery port.Electric control valve component can be the electric control valve of one-in-and-two-out,
Can also be the electric control valve and a threeway connecting element of two one-in-and-one-outs, or the electric control valve of an one-in-and-one-out
With a threeway connecting element.Electric control valve refers to the valve of power consumption control ON/OFF, such as magnetic valve, motor-driven valve.Electric control valve can
To be connected by wire with control circuit, control circuit is by controlling the ON/OFF electric control valve component of electric control valve
Switch between one working condition and the second working condition.By means of the high speed instantaneous characteristic of electric control valve, it is ensured that in difference
Working condition under, remained inside Water tap connector 30 at least one open wide go out water passage, it is possible to prevente effectively from
The pressure-bearing problem of Water tap connector 30, eliminate the leak of junction and collapse de- hidden danger, improve safety in utilization.
Interface tube component also includes the sensor cluster that corresponding inlet pipeline is set.Sensor cluster is used for into water purification
The current conditions of device body 10 are monitored.For example, to water flow temperature, with the presence or absence of current conditions such as current and water velocities
It is monitored.Therefore, sensor cluster may include temperature sensor assembly and/or water flow sensing unit component.Wherein, TEMP
Device assembly is used to be monitored the water flow temperature for entering water purifier body 10.Water flow sensing unit component is used for the presence or absence of water
The current conditions such as stream and water velocity are monitored.
In the present embodiment, so that sensor cluster includes temperature sensor assembly and water flow sensing unit component simultaneously as an example,
It is illustrated.With reference to reference to figure 3, Fig. 4 and Fig. 5, Fig. 3 show interface tube component 12 assemble after structural representation, Fig. 4
The structural representation before the assembling of interface tube component 12 is shown, Fig. 5 shows the profile after the assembling of interface tube component 12.
Interface tube component 12 includes the sensor cluster 14 that inlet pipeline and corresponding inlet pipeline 13 are set.Sensor cluster
14 include temperature sensor assembly 15 and water flow sensing unit component 16.
Below, the building block and structure of temperature sensor assembly 15 are introduced and illustrated.
Temperature sensor assembly 15 includes temperature inductor 151.The side wall of inlet pipeline 13 is provided with the first hole 131.Temperature
Degree inductor 151 is probeed into the cavity of inlet pipeline 13 through the first hole 131.
Alternatively, temperature sensor assembly 15 also includes hollow screw 152 and sealing ring 153.The outside of inlet pipeline 13
Wall is more than the first hole 131 formed with the first screwed hole 132 connected with the first hole 131, the sectional area of the first screwed hole 132
Sectional area.
With reference to reference to figure 6, it illustrates the structural representation of temperature inductor 151.Temperature inductor 151 is felt including front end
Answer portion 151a, intermediate projections portion 151b and tail end fixed part 151c.Front end induction part 151a sequentially passes through the He of the first screwed hole 132
First hole 131, probe into the cavity of inlet pipeline 13.Intermediate projections portion 151b is isolated in water inlet pipe by the first hole 131
The lateral wall on road 13, and it is lined with sealing ring 153 between intermediate projections portion 151b and the first hole 131.The sealing ring 153 is used to prevent
Water in cavity of the fluid stopping through inlet pipeline 13 oozes out from the first hole 131.Hollow screw 152 is nested with tail end fixed part 151c
Outside.The external screw thread knot that the lateral wall of hollow screw 152 matches formed with the female thread structure with the first screwed hole 132
Structure.When the hollow screwed hole 132 of screw 152 and first screws, hollow screw 152 is supported with intermediate projections portion 151b and closed, by temperature
Degree inductor 151 is fastened on the lateral wall of inlet pipeline 13.
Below, the component parts and structure of water flow sensing unit component 16 are introduced and illustrated.
Water flow sensing unit component 16 includes：Hall element 161, guide shell 162 and the magnetic turn being arranged in guide shell 162
Son 163.Guide shell 162 is arranged in the cavity of inlet pipeline 13.Hall element 161 is arranged on the lateral wall of inlet pipeline 13,
And Hall element 161 is arranged within the induction range corresponding to magnet rotor 163.
The operation principles of water flow sensing unit component 16 are：Magnet rotor 163 rotates in the presence of the water of flowing, Hall member
Part 161 can then sense that magnet rotor 163 rotates the magnetic field of caused change, pass through so as to be determined with current, and
Water velocity can be determined according to the frequency of changes of magnetic field.
Guide shell 162 is provided at both ends with the supporting construction of perforate；Magnet rotor 163 includes rotating shaft and twisted rotary shaft is set
Open impeller；Rotating shaft both ends overlap the supporting construction at guide shell both ends respectively.It is out-of-date when thering is water to flow through in guide shell 162,
Current can impact the blade of open impeller, and then drive magnet rotor 163 to be rotated by axle center of rotating shaft.
Further, since water flow sensing unit component 16 is to measure flow rate of water flow based on Hall effect, in order to ensure Hall
Original paper 161 is able to detect that the change in magnetic field, and the blade number of impeller is even number, and is evenly and symmetrically distributed on rotating shaft week
Enclose.
Alternatively, in order to reduce frictional force of the rotating shaft when rotating between supporting construction, make rotating shaft be easier to rotate, turn
The both ends of axle can be overlapped by rolling bearing and the supporting construction at the both ends of guide shell 162 respectively.
Alternatively, segmentation structure is used for the ease of the dismounting and fixation of guide shell 162, inlet pipeline 13.Such as Fig. 4 and
Shown in Fig. 5, inlet pipeline 13 includes the first inlet pipeline 13a and the second inlet pipeline 13b of concatenation.First inlet pipeline 13a
Madial wall formed with one week convex edge 133.Guide shell 162 is arranged in the first inlet pipeline 13a cavity.Second inlet pipeline
13b connecting portion 134 is inserted into the first inlet pipeline 13a cavity, and guide shell 162 is pressed to terminating in connecting portion 134
Between convex edge 133.
Alternatively, the second inlet pipeline 13b periphery of connecting portion 134 is set in each groove formed with least one groove
It is equipped with sealing ring.The sealing ring is used to prevent water from oozing out from the first inlet pipeline 13a and the second inlet pipeline 13b junction.
Wherein, groove can be the arbitrary forms such as arc groove, rectangular recess, trapezoidal groove, incised groove.
It should be noted is that when inlet pipeline 13 is using segmentation structure, the first hole 131 can be opened in the
On two inlet pipeline 13b lateral wall (as shown in Figure 5), temperature inductor 151 is probeed into the second water inlet through the first hole 131
In pipeline 13b cavity.Or first hole 131 can also be opened on the first inlet pipeline 13a lateral wall, temperature sense
Device 151 is answered to be probeed into through the first hole 131 to the first inlet pipeline 13a cavity.Due in water flow sensing unit component 16
Guide shell 162 is arranged in the first inlet pipeline 13a cavity, for sensor cluster of more reasonably arranging, by the first hole
Hole 131 is opened in more particularly suitable on the second inlet pipeline 13b lateral wall.
Also need to explanation is a little that, when inlet pipeline 13 is using segmentation structure, the first inlet pipeline is not with second
The connected one end of inlet pipeline is connected with comb inlet pipeline, one end that the second inlet pipeline is not connected with the first inlet pipeline and
The running water water inlet of water process is connected；Or second inlet pipeline do not enter with one end that the first inlet pipeline is connected and comb
Water lines are connected, and the first inlet pipeline is not connected with one end that the second inlet pipeline is connected with the running water water inlet of water process.
Alternatively, as shown in Figures 3 to 5, it is additionally provided with the appearance for being buckled in interface tube component 12 in water purifier body 10
The pressure card 17 in face.17 sides adjacent with interface tube component 12 of pressure card are formed with neck 171.Hall element 161 is arranged at neck
In 171, and 17 lateral walls for being buckled in inlet pipeline 13 are blocked by pressure.Alternatively, can be by Hall in order to protect Hall element 161
Element 161 is placed in a storage box, and the storage box is placed in neck 171.In addition, in order to which pressure card 17 is fastened on
The outer surface of interface tube component 12, pressure is blocked is provided with the second hole 172, the lateral wall of the inlet pipeline 13 of interface tube component 12 on 17
It is also formed with the second screwed hole 135.The lateral wall of screw 173 matches formed with the female thread structure with the second screwed hole 135
External thread structure.When screw 173 screws through the second hole 172 and the second screwed hole 135, pressure card 17 is fastened on into water
The lateral wall of pipeline 13.
Alternatively, when inlet pipeline 13 is using segmentation structure, in order to firm first inlet pipeline 13a and second
Inlet pipeline 13b, a kind of supporting design and installation can be carried out.First is set in the first inlet pipeline 13a side wall perimeter
Mounting hole and the second mounting hole (not shown), the 3rd mounting hole and the 4th peace are set in the second inlet pipeline 13b side wall perimeter
Fill hole (not shown).In 17 sides adjacent with interface tube component 12 of pressure card formed with two plug divisions 174, as shown in Figure 4.This
Sample, when the first inlet pipeline 13a and the second inlet pipeline 13b are concatenated, the first mounting hole and the 3rd mounting hole overlap to form the
One patchhole, the second mounting hole and the 4th mounting hole overlap to form the second patchhole, two plug divisions 174 formed on pressure card 17
The first patchhole and the second patchhole are inserted respectively, with buckle the first inlet pipeline 13a and the second inlet pipeline 13b.
Alternatively, as shown in Figure 4 and Figure 5, also it is provided with the 3rd hole 175 on pressure card 17.On the lateral wall of inlet pipeline 13
The outer wall of the first screwed hole 132 formed is inserted in the 3rd hole 175, and triangle is formed between above-mentioned two plug division 174 and is consolidated
Determine structure so that the connection between the first inlet pipeline 13a, the second inlet pipeline 13b and pressure card 17 is more firm.
Alternatively, as shown in figure 5, interface tube component 12 also includes inlet pipeline elbow 18.The of inlet pipeline elbow 18
One end 18a is connected with inlet pipeline 13, the second end 18b and the comb inlet pipeline in comb component 20 of inlet pipeline elbow 18
It is connected.
Elbow is set between inlet pipeline 13 and the comb inlet pipeline of comb component 20, comb is changed by the elbow
The direction of inlet pipeline, without changing the direction of comb inlet pipeline by the way of water pipe is bent.Similarly, manage
Outlet pipeline elbow has been may also set up between the outlet pipeline of interface module 12 and the comb outlet pipeline of comb component 20, has been passed through
The elbow changes the direction of comb outlet pipeline, without changing comb outlet pipeline by the way of water pipe is bent
Direction.
In addition, when from inlet pipeline elbow 18, between the first end 18a of inlet pipeline elbow 18 and the second end 18b
Angle be required to avoid the bending of comb inlet pipeline, the angle can be in predetermined angular range, and the present embodiment is not made
Limit.Alternatively, it is contemplated that inlet pipeline 13 is usually located at horizontally arranged, and quarter bend can be selected in inlet pipeline elbow 18
Angle between head, namely the first end 18a of inlet pipeline elbow 18 and the second end 18b is in 90 degree so that comb inlet pipeline
It is vertical with inlet pipeline 13.Similarly, elbow bend also can be selected in outlet pipeline elbow.
Elbow is set between interface tube component 12 and comb component 20, on the one hand causes water purifier body 10 and comb group
The connected side of part 20 can place against objects such as wall, cabinets, save space, on the other hand ensure using aforesaid way
During placement, the pipeline in comb component 20 is not bent, and avoids influenceing current patency because of pipeline bending and pipeline bending is broken
The problem of damage, occurs.
With reference to reference to figure 7, front and rear schematic diagram is assembled it illustrates interface tube component 12.Interface tube component 12 includes：Gu
Due to inlet pipeline together, outlet pipeline and discharge pipe line.Wherein, inlet pipeline is used to enter the comb in comb component 20
Water in water lines imports water treatment component；Outlet pipeline is used to the pure water of water treatment component outflow being directed into comb component
Comb outlet pipeline in 20；Discharge pipe line be used for by water treatment component outflow waste water (such as condensed water) through drainpipe export to
Outside water purifier body 10.Interface tube component 12 uses segmentation structure.Inlet pipeline includes the first inlet pipeline 13a of concatenation
With the second inlet pipeline 13b；Outlet pipeline includes the first outlet pipeline and the second outlet pipeline of concatenation；Discharge pipe line includes string
The first discharge pipe line and the second discharge pipe line connect.Temperature sensor assembly 15 is fixed in the second inlet pipeline 13b side wall.
Guide shell in water flow sensing unit component 16 is arranged in the first inlet pipeline 13a cavity, and Hall element is arranged at pressure card 17
Neck in, and lateral walls that the first inlet pipeline 13a is buckled in by pressure card 17.Interface tube component 12 also includes water inlet pipe bend
First 18, outlet pipeline elbow and discharge pipe line elbow.Inlet pipeline elbow 18 connects the first inlet pipeline 13a and comb component 20
In comb inlet pipeline；Outlet pipeline elbow connects the comb outlet pipeline in the first outlet pipeline and comb component 20；Row
Water lines elbow connects the first discharge pipe line and drainpipe.
Alternatively, because the comb inlet pipeline in comb component 20 and comb outlet pipeline are all connected with Water tap connector
30 and water purifier body 10, therefore can be fixed together by comb inlet pipeline and comb outlet pipeline, composite pipeline structure is formed,
Ensure pipeline neat appearance.
In addition, the drainpipe of waste discharge can not be connected with Water tap connector 30.Or the drainpipe of waste discharge
It can also be connected with Water tap connector 30 so that waste water flows out from Water tap connector 30.When waste discharge drainpipe with
When Water tap connector 30 connects, three drainpipe, comb inlet pipeline and comb outlet pipeline pipelines can be fixed on one
Rise.
Alternatively, as shown in fig. 7, the periphery of interface tube component 12 is additionally provided with cover body 19, cover body 19 and water purifier body
Formed with cavity between 10 side.Each elbow is located in the cavity.Each pipeline in comb component 20 passes through cover body 19
On opening, be connected respectively with each elbow.Cover body 19 is set by the periphery in interface tube component 12, avoids interface with being connected
Portion leaks outside, and prevents interface from directly being collided or hit with connecting portion, plays a protective role, and causes water purifier body 10
Outward appearance is neat and artistic.
Alternatively, control assembly is additionally provided with water purifier body 10, the control assembly is by the first wire in water purifier
The lateral surface of body 10 is formed with the first electrical connection section；Control circuit is provided with Water tap connector 30, control circuit passes through
Second wire Water tap connector 30 lateral surface formed with the second electrical connection section；First electrical connection section and the second electrical connection section
It is electrically connected with.It is connected between first electrical connection section and the second electrical connection section by privates, so as to realize water purifier body 10
Electric signal between the control assembly of middle setting and the control circuit set in Water tap connector 30 interacts.Wherein, electric signal
There are diversified forms in interaction, the present embodiment is not construed as limiting to this.Refer to for example, control assembly receives the control that control circuit is sent
Order, such as it is used for the control instruction for controlling water treatment component to start/stop water purification；For another example control assembly is sent to control circuit
Sensing data, warning message etc.；For another example control assembly provides working power, etc. to control circuit.
When sensor cluster includes temperature sensor assembly 15, the control assembly that is set in water purifier body 10 also with temperature
Temperature inductor 151 in degree sensor cluster 15 is electrically connected with.Control assembly, for obtaining the collection of temperature inductor 151
Temperature sensor data, and when the water flow temperature corresponding to temperature sensor data meets the first predetermined condition, perform first
Emergency operation.Wherein, the first predetermined condition is that water flow temperature is more than the first temperature threshold, and/or, the first predetermined condition is temperature
Less than second temperature threshold value.First temperature threshold is more than second temperature threshold value.First emergency operation includes but is not limited to：By certainly
Body or the control circuit by being set in Water tap connector 30, control current stop flow into water treatment component；By itself or
By the control circuit set in Water tap connector 30, the first alarm is triggered.First alarm can be sent out by loudspeaker
The voice signal gone out or the optical signal sent by signal lamp, or the warning message shown by display panel
Deng the present embodiment is not construed as limiting to this.
When sensor cluster includes water flow sensing unit component 16, the control assembly that is set in water purifier body 10 also with water
Hall element 161 in flow sensor component 16 is electrically connected with.Control assembly, for obtaining the current of the collection of Hall element 161
Sensing data, and when the water velocity corresponding to water flow sensing unit data meets the second predetermined condition, it is emergent to perform second
Operation.Wherein, the second predetermined condition is that water velocity is less than First Speed threshold value, and/or, water velocity is more than second speed threshold
Value.First Speed threshold value is less than second speed threshold value.Second emergency operation includes but is not limited to：By itself or by tap
The control circuit set in connector 30, trigger the second alarm.Second alarm can be that the sound sent by loudspeaker is believed
Number or the optical signal that is sent by signal lamp, or warning message shown by display panel etc., the present embodiment
This is not construed as limiting.
Below, the water treatment component set in water purifier body 10 is introduced and illustrated.
Water treatment component is the core component of water purifier, for the running water of inflow be filtrated to get impurity content compared with
Few pure water.As shown in figure 8, it illustrates the structural representation of water treatment component 50.Water treatment component 50 includes：Plate of water route
Component 51, element kit 52 and pump group part 53.
With reference to reference to figure 9, it illustrates the diagrammatic cross-section of water route board component 51.Water route board component 51 is internally provided with m
The water route chamber 511 of bar cascade, every water route chamber 511 include a water inlet interface 511a and a water outlet mouthpiece 511b, m >=2 and m
For integer.Overall water route board component 51 can be in approximate square, and the outside of water route board component 51 is six interfaces, can be selected wherein
One or more interfaces are as interface interface.One or more interfaces, namely water inlet interface are may be provided with each interface interface
And/or water outlet mouthpiece.Each interface is used to connect each part, such as filter core, booster pump, valve in order.Certainly, in other possibility
Embodiment in, the profile of water route board component 51 is also chosen as other polyhedrons, and the quantity of interface interface does not also limit.
Element kit 52 includes n level filter cores, and filter core water inlet and filter core delivery port are provided with per one-level filter core, n >=1 and
N is integer.The selection of the series for the filter core that element kit 52 includes and filter core at different levels can be selected according to actual conditions.
Under normal conditions, element kit 52 includes preposition filter core, main filter core and rearmounted filter core.For example, with reference to reference chart
10, it illustrates a kind of structural representation of element kit 52.The element kit 52 includes 4 grades of row filter cores, is followed successively by：PP cottons filter
Core 521, preposition activated filtration core 522, counter-infiltration filter core 523 and post active carbon filter core 524.Wherein, PP cotton filter cores 521 are used for
Remove the debris such as the sludge in running water；Preposition activated filtration core 522 be used for adsorption filtration running water in pollutant, peculiar smell and
Color etc.；Counter-infiltration filter core 523 is used to filtering out heavy metal ion harmful in running water, bacterium, virus, colloid, put
Penetrating property material, deliquescent salt ion and various pollutants matter etc.；Post active carbon filter core 524 is used for the further mistake of water
Filter, improve purifying water effect.In addition, the filter core water inlet of i-stage filter core is connected with the water outlet mouthpiece of j-th strip water route chamber, i-stage filter
The water inlet interface of+1 water route chamber of filter core delivery port and jth of core is connected, and 1≤i≤n and i are integer, 1≤j≤m-1 and j to be whole
Number.By taking above-mentioned 4 grades of filter cores as an example, the filter core water inlet of the 1st grade of PP cotton filter core is connected with the water outlet mouthpiece of the 1st article of water route chamber, and the 1st
The filter core delivery port of level PP cotton filter cores is connected with the water inlet interface of the 2nd article of water route chamber；The filter core of 2nd grade of preposition activated filtration core enters
The mouth of a river is connected with the water outlet mouthpiece of the 2nd article of water route chamber, the filter core delivery port and the 3rd article of water route chamber of the 2nd grade of preposition activated filtration core
Water inlet interface connection；The filter core water inlet of 3rd level counter-infiltration filter core is connected with the water outlet mouthpiece of the 3rd article of water route chamber, and 3rd level is anti-
The filter core delivery port of infiltration filter core is connected with the water inlet interface of the 4th article of water route chamber；The filter core water inlet of 4th grade of post active carbon filter core
Mouthful it is connected with the water outlet mouthpiece of the 4th article of water route chamber, the filter core delivery port of the 4th grade of post active carbon filter core and the 5th article of water route chamber
Water inlet interface connects.
Pump water inlet mouth is provided with pump group part 53 and pumps out the mouth of a river, the water outlet mouthpiece of pump water inlet mouth and kth bar water route chamber connects
Connect, the water inlet interface for pumping out+1 water route chamber in the mouth of a river and kth is connected, 1≤k≤m-1 and k is integer.Pump group part 53 can be increased
Press pump, the booster pump is used to be pressurized water, and the water extraction after supercharging is supplied into filter core.By setting booster pump, Ke Yibao
Testimony water speed and water supply flow.Under normal conditions, booster pump is arranged between preposition filter core and main filter core.Citing comes
Say, still by taking above-mentioned 4 grades of filter cores as an example, booster pump may be disposed at the 2nd grade of preposition activated filtration core and 3rd level counter-infiltration filter core it
Between.Now, the filter core water inlet of the 1st grade of PP cotton filter core is connected with the water outlet mouthpiece of the 1st article of water route chamber, the 1st grade of PP cotton filter core
Filter core delivery port is connected with the water inlet interface of the 2nd article of water route chamber；The filter core water inlet of 2nd grade of preposition activated filtration core and the 2nd article
The water outlet mouthpiece connection of water route chamber, the water inlet interface company of the filter core delivery port of the 2nd grade of preposition activated filtration core and the 3rd article of water route chamber
Connect；The pump water inlet mouth of booster pump is connected with the water outlet mouthpiece of the 3rd article of water route chamber, and booster pump pumps out the mouth of a river and the 4th article of water route chamber
Water inlet interface connection；The filter core water inlet of 3rd level counter-infiltration filter core is connected with the water outlet mouthpiece of the 4th article of water route chamber, and 3rd level is anti-
The filter core delivery port of infiltration filter core is connected with the water inlet interface of the 5th article of water route chamber；The filter core water inlet of 4th grade of post active carbon filter core
Mouthful it is connected with the water outlet mouthpiece of the 5th article of water route chamber, the filter core delivery port of the 4th grade of post active carbon filter core and the 6th article of water route chamber
Water inlet interface connects.
One end that inlet pipeline in interface tube component is not connected with comb component and the water inlet interface of the 1st article of water route chamber connect
Connect, one end that the outlet pipeline in interface tube component is not connected with comb component is connected with the water outlet mouthpiece of the m articles water route chamber.
Alternatively, filter cores at different levels can use inverted vertical structure, not only save pipeline and set, and Filter overall structure
It is compacter.It may include per one-level filter core：Filter core base and filter element body.Filter core floor installation is on the board component of water route.Filter core
Base can be installed on the board component of water route by the fixed component of screw, bolt etc.Filter core water inlet is provided with filter core base
Mouth and filter core delivery port, the filter core water inlet connect outside with filter core delivery port, to form two passages of disengaging respectively.Filter core sheet
Body, which is removably connected, is arranged on filter core base top, in order to safeguard.Include filter space, filter space in filter element body
Both ends are provided with and respectively communicated with the first filtration channel and the second filtration channel, and the filter material for filtering is provided with filter space,
To be filtered to the water passed through or other liquid.When filter core is in use state, the first filtration channel and filter core water inlet
Connection, the second filtration channel connect with filter core delivery port.Filter core passes through the filter core base water inlet water outlet of bottom, filter element body setting
In filter core base top, inverted vertical structure is formed.
Alternatively, element kit 52 also includes filter core fixation kit.One lateral edges of filter core fixation kit by hinge and
The side wall of water purifier body connects, and at least provided with n fixing hole on filter core fixation kit, n is positive integer.Correspondingly, with reference to
With reference to figure 10, bulge-structure is provided with the top surface of each filter core, the bulge-structure inserts each self-corresponding fixing hole.In filter core
When fixation kit is in closure state, the bulge-structure on the top surface of each filter core is fixed by corresponding fixing hole, filter core by
To when vibrations or shock, will not shake.Alternatively, opening handle, opening handle are also provided with filter core fixation kit
Cavernous structure can be arranged to, can be configured as bulge-structure or other structures for being easy to folding filter core fixation kit.It is optional
Ground, handle is also provided with the bulge-structure on each filter core top surface, so as to hand-held, facilitates user to dismount filter core.
Alternatively, as shown in figure 9, every water route chamber 511 also includes at least one dilatation portion 511c, dilatation portion 511c is set
Between water inlet interface 511a and water outlet mouthpiece 511b.Between water inlet interface 511a and dilatation portion 511c, water outlet mouthpiece 511b with
Seamlessly transitted between dilatation portion 511c.In addition, the cross section of the inner flow passage of water route chamber 511 can be circular or oval
Other polygons such as shape or rectangle.Cross-sectional area of the dilatation portion 511c cross-sectional area more than water inlet interface 511a and water outlet connect
Mouth 511b cross-sectional area.Such as shown in a water route chamber 511 in Fig. 9.When the cross section of the inner flow passage of water route chamber 511 is
When circular, it is assumed that the water inlet interface 511a of the water route chamber 511 a diameter of A1, the water outlet mouthpiece 511b's of the water route chamber 511 is straight
Footpath is B1, the dilatation portion 511c of the water route chamber 511 a diameter of C1, wherein C1 ＞ A1 ＞ B1 so that water route intracavitary runner is formed
Typical small-big-small structure.So, water or other liquid flow velocity in the runner of water route chamber slow down, and reduce and flow passage side
The friction of wall, so as to advantageously reduce current loss, so as to improve water yield, reduce the power demand for driving current.
Alternatively, when water outlet mouthpiece 511b cross-sectional area is more than water inlet interface 511a cross-sectional area, current are going out
The flow velocity of water interface 511b sides is less than it in the flow velocity of water inlet interface 511a sides, and water inlet interface 511a sides can be mitigated by being so designed that
Instantaneous pressure change influence to water outlet mouthpiece 511b side hydraulic pressures.
Alternatively, water quality sensor probe can be also accommodated at the dilatation portion 511c of water route chamber 511, such as TDS (Total
Dissolved Solids, total dissolved solidss) probe, using this dilatation portion 511c as water flow buffer tank, in dilatation portion 511c
Interior progress water quality detection can improve the stability of detection data.
In addition, it is additionally provided with power supply module in water purifier body 10.Power supply module may include attaching plug, and input power is fitted
Orchestration, and for being electrically connected with the wire of attaching plug and input power adapter.It is water purification that input power adapter, which is used for,
Device provides stable input power.
Figure 11 is refer to, it illustrates the Structure explosion diagram of the water purifier involved by the present embodiment.Water purifier includes：Water purification
Device body 10, Water tap connector 30 and the comb component 20 for connecting water purifier body 10 and Water tap connector 30.
Water purifier body 10 includes：Housing unit, water route board component 51, element kit 52, pump group part 53, interface tube component
12nd, control assembly 70, power supply module 80 and center 90.Wherein：
Housing unit includes drain pan 61, side wall 62 and top cover 63；
Water route board component 51 is arranged on drain pan 61, water route board component 51 be internally provided with m bars cascade water route chamber, every
Water route chamber includes a water inlet interface and a water outlet mouthpiece, m >=2 and m is integer；
Element kit 52 includes n level filter cores, and filter core water inlet and filter core delivery port, i-stage are provided with per one-level filter core
The filter core water inlet of filter core is connected with the water outlet mouthpiece of j-th strip water route chamber, filter core delivery port and+1 water of jth of i-stage filter core
The water inlet interface connection of road chamber, n >=1 and n is integer, 1≤i≤n and i are integer, and 1≤j≤m-1 and j are integer；
Pump water inlet mouth is provided with pump group part 53 and pumps out the mouth of a river, the water outlet mouthpiece of pump water inlet mouth and kth bar water route chamber connects
Connect, the water inlet interface for pumping out+1 water route chamber in the mouth of a river and kth is connected, 1≤k≤m-1 and k is integer；
Interface tube component 12 comprises at least inlet pipeline and outlet pipeline；Inlet pipeline be not connected with comb component 20 one
End is connected with the water inlet interface of the 1st article of water route chamber, and outlet pipeline does not go out with one end that comb component is connected and the m articles water route chamber
Water interface connects；Interface tube component also includes the sensor cluster that corresponding inlet pipeline is set, and the sensor cluster includes temperature
Sensor cluster and/or water flow sensing unit component；
Control assembly 70 by the first wire water purifier body 10 lateral surface formed with the first electrical connection section, with the fire hose
Head connector 30 is electrically connected with；
Power supply module 80 is electrically connected with control assembly 70, and input power is provided for water purifier；
Above-mentioned each component combines installation with center 90, and it is overall to form water purifier body 10.
After all parts combination installation shown in Figure 11, you can the water purifier formed shown in Fig. 2 is overall.
In summary, the water purifier that the present embodiment provides, by being set in the interface tube component of water purifier body interior
Sensor cluster, the sensor cluster are used to be monitored the current conditions for entering water purifier body；Solves correlation technique
Related sensor is arranged in Water tap connector, and causes the quality of Water tap connector and volume excessive, it is steady after installation
The problem of solidity is poor；On the premise of realizing to being monitored into the current conditions of water purifier body, tap is reduced
The quality and volume of connector, so as to improve the steadiness after Water tap connector socket is installed on faucet outlet.
In addition, the water purifier that the present embodiment provides, also by setting temperature sensor assembly, convection current in water purifier body
The water flow temperature for entering water purifier body is monitored, and prevents high temperature/low temperature current from flowing into water purifier body interior, influences water purification effect
Fruit.For example, prevent high temperature current from flowing into filter core and damaging filter core, prolonging service life of filter elements.
In addition, the water purifier that the present embodiment provides, also by setting water flow sensing unit component in water purifier body, to supplying
Regimen condition is monitored, cut off the water at water source or can not normal water supply when, water purifier does not start booster pump and carries out water processed, avoids being pressurized
Pump drains the water adsorbed in filter core, ensures the efficiency of water processed next time；When water velocity is too fast, stops water flowing or send announcement
It is alert, avoid part in water purifier from being damaged by high pressure water flow strikes.
In addition, the water purifier that the present embodiment provides, also by setting quarter bend between interface tube component and comb component
Head, on the one hand enable water purifier body to be placed with the side that comb component is connected against objects such as wall, cabinets, save empty
Between, on the other hand ensure that the pipeline in comb component is not bent when being placed using aforesaid way, avoid because of pipeline bending and
The problem of influenceing current patency and damaged pipeline bending, occurs.
In addition, the water purifier that the present embodiment provides, also by by between water purifier body and the Water tap connector of outside
It is electrically connected with, the electric signal realized between water purifier body and Water tap connector interacts so that various order controls and letter
Breath feedback becomes a reality, and extends the function of water purifier, improves Consumer's Experience.
Those skilled in the art will readily occur to the disclosure its after considering specification and putting into practice invention disclosed herein
Its embodiment.The application is intended to any modification, purposes or the adaptations of the disclosure, these modifications, purposes or
Person's adaptations follow the general principle of the disclosure and including the undocumented common knowledges in the art of the disclosure
Or conventional techniques.Description and embodiments are considered only as exemplary, and the true scope of the disclosure and spirit are by following
Claim is pointed out.
It should be appreciated that the precision architecture that the disclosure is not limited to be described above and is shown in the drawings, and
And various modifications and changes can be being carried out without departing from the scope.The scope of the present disclosure is only limited by appended claim.
Claims (8)
1. a kind of water purifier, it is characterised in that the water purifier includes：Water purifier body, pass through comb component and the water purification
The connected Water tap connector of device body；
Water treatment component and interface tube component are provided with the water purifier body；
The first end of the interface tube component is connected with the water treatment component, the second end and the row of the interface tube component
The first end of tube assembly is connected, and the second end of the comb component is connected with the Water tap connector；
The interface tube component includes the sensor cluster that inlet pipeline and the corresponding inlet pipeline are set；
The sensor cluster water flow sensing unit component, the water flow sensing unit component include：Hall element, guide shell and setting
Magnet rotor in the guide shell；
The guide shell is arranged in the cavity of the inlet pipeline；
The Hall element is arranged on the lateral wall of the inlet pipeline, and the Hall element is arranged at the magnet rotor institute
Within corresponding induction range；
The inlet pipeline includes the first inlet pipeline and the second inlet pipeline of concatenation；
The madial wall of first inlet pipeline was formed with one week convex edge；
The guide shell is arranged in the cavity of first inlet pipeline；
The connecting portion of second inlet pipeline is inserted into the cavity of first inlet pipeline, and the guide shell is pressed
To terminating between the connecting portion and the convex edge.
2. water purifier according to claim 1, it is characterised in that the sensor cluster includes temperature sensor assembly,
The temperature sensor assembly includes temperature inductor；
The side wall of the inlet pipeline is provided with the first hole；
The temperature inductor is probeed into the cavity of the inlet pipeline through first hole.
3. water purifier according to claim 2, it is characterised in that the temperature sensor assembly also include hollow screw and
Sealing ring；
The lateral wall of the inlet pipeline formed with the first screwed hole connected with first hole, first screwed hole
Sectional area is more than the sectional area of first hole；
The temperature inductor includes front end induction part, intermediate projections portion and tail end fixed part；
The front end induction part sequentially passes through first screwed hole and first hole, probes into the chamber of the inlet pipeline
In vivo；
The intermediate projections portion is isolated in the lateral wall of the inlet pipeline by first hole, and the intermediate projections portion with
The sealing ring is lined between first hole；
The hollow screw is nested with the outside of the tail end fixed part；
When the hollow screw and first screwed hole screw, the hollow screw is supported with the intermediate projections portion and closed.
4. water purifier according to claim 1, it is characterised in that be additionally provided with the water purifier body described in being buckled in
The pressure card of the outer surface of interface tube component；
The pressure blocks the side adjacent with the interface tube component formed with neck；
The Hall element is arranged in the neck, and by the lateral wall for pressing Button with special fastening means in the inlet pipeline.
5. water purifier according to claim 1, it is characterised in that the interface tube component also includes inlet pipeline elbow；
The first end of the inlet pipeline elbow is connected with the inlet pipeline；
Second end of the inlet pipeline elbow is connected with the comb inlet pipeline in the comb component.
6. water purifier according to claim 1, it is characterised in that
Control assembly is additionally provided with the water purifier body, the control assembly is by the first wire in the water purifier body
Lateral surface formed with the first electrical connection section；
Control circuit is provided with the Water tap connector, the control circuit is connected by the second wire in the tap
The lateral surface of device is formed with the second electrical connection section；
First electrical connection section is electrically connected with second electrical connection section.
7. water purifier according to any one of claims 1 to 6, it is characterised in that the water treatment component includes：Plate of water route group
Part, element kit and pump group part；
The plate of water route component internal is provided with the water route chamber of m bars cascade, and every water route chamber includes a water inlet interface and one
Water outlet mouthpiece, m >=2 and m are integer；
The element kit includes n level filter cores, and filter core water inlet and filter core delivery port, i-stage filter are provided with per one-level filter core
The filter core water inlet of core is connected with the water outlet mouthpiece of j-th strip water route chamber, filter core delivery port and the jth+1 of the i-stage filter core
The water inlet interface connection of water route chamber, n >=1 and n is integer, 1≤i≤n and i are integer, and 1≤j≤m-1 and j are integer；
Pump water inlet mouth is provided with the pump group part and pumps out the mouth of a river, the water outlet mouthpiece of the pump water inlet mouth and kth bar water route chamber
Connection, the water inlet interface for pumping out+1 water route chamber in the mouth of a river and kth is connected, 1≤k≤m-1 and k is integer；
The interface tube component also includes outlet pipeline；One end and the 1st that the inlet pipeline is not connected with the comb component
The water inlet interface connection of bar water route chamber, one end that the outlet pipeline is not connected with the comb component and the m articles water route chamber
Water outlet mouthpiece connects.
8. water purifier according to claim 7, it is characterised in that enter on the Water tap connector at least provided with first
The mouth of a river, the first delivery port, the second water inlet and the second delivery port；
The comb component comprises at least comb inlet pipeline and comb outlet pipeline；
Wherein, first water inlet is connected with first delivery port, and first delivery port is through the comb inlet pipeline
It is connected with the inlet pipeline；
The outlet pipeline is connected through the comb outlet pipeline with second water inlet, second water inlet and described the
Two delivery ports are connected.
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|---|---|---|---|
| CN201510383498.9A CN105084432B (en) | 2015-07-01 | 2015-07-01 | Water purifier |
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| CN201510383498.9A CN105084432B (en) | 2015-07-01 | 2015-07-01 | Water purifier |
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| CN105508718B (en) * | 2016-02-05 | 2018-06-05 | 杭州八杯水智能净水科技有限公司 | The filter cartridge seat for being used to connect tap with intelligent measurement module |
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| JP2012107591A (en) * | 2010-11-18 | 2012-06-07 | Suzuki Motor Corp | Structure for mounting component to exhaust pipe |
| CN204261459U (en) * | 2014-12-03 | 2015-04-15 | 佛山市云米电器科技有限公司 | water purifier assembly |
| CN204310857U (en) * | 2014-12-03 | 2015-05-06 | 佛山市云米电器科技有限公司 | For purifier and the water-purifying machine of water-purifying machine |
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