CN205803224U - A kind of water purifier - Google Patents
A kind of water purifier Download PDFInfo
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- CN205803224U CN205803224U CN201620229115.2U CN201620229115U CN205803224U CN 205803224 U CN205803224 U CN 205803224U CN 201620229115 U CN201620229115 U CN 201620229115U CN 205803224 U CN205803224 U CN 205803224U
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Abstract
The open a kind of water purifier of this utility model, including film processor, also include a water route collection split, the collection split of described water route is provided with dense water inlet, concentrated water discharge mouth and dense water out, described dense water inlet connects the concentrated water spout of described film processor, and described dense water out connects the water inlet of described film processor.The beneficial effects of the utility model are compared with the prior art: a kind of water purifier that this utility model provides, moisture separator of the prior art, low discharge throttling arrangement, big flow throttling arrangement, magnetizing water treatment device and check valve are integrated in same parts and are i.e. integrated in the collection split of water route, decrease pipeline connecting joint, machine internal duct can be made the most clear, system is simplified, also advantageously simplify assembly process, improve production efficiency, it is also beneficial to the maintaining of machine, makes maintenance process simple and fast.After system simplifies, be conducive to the concordance enhanced product performance, it is simple to batch is big to be produced, and ensures the quality of bulk article.
Description
Technical field
This utility model relates to purifier field, is specifically related to a kind of water purifier.
Background technology
Using the household reverse osmosis water purifier of concentrate recirculation Technology design, water-saving result is notable, and source quality is fitted
Ying Xingguang, system stability, is a kind of well design.But, owing to using moisture separator, little
The parts such as flow throttling arrangement, big flow throttling arrangement, magnetizing water treatment device and check valve, need each portion
Part carries out organic assembling, utilizes the function of each parts self to form complete system, and so, pipeline just compares
Complexity, joint is more, thus cause that machine internal duct is mixed and disorderly, structure is the compactest, production efficiency is relatively low,
Be not easy to produce in enormous quantities, maintaining is inconvenient, consistency of performance between each product is the most bad when producing
Deng series of problems.
In view of drawbacks described above, this utility model creator obtains this finally through research for a long time and practice
Utility model.
Utility model content
For solving above-mentioned technological deficiency, the technical solution adopted in the utility model is, it is provided that a kind of water purifier,
Including film processor, also including a water route collection split, the collection split of described water route is provided with dense water inlet, dense water
Floss hole and dense water out, described dense water inlet connects the concentrated water spout of described film processor, described dense water out
Connect the water inlet of described film processor.
It is also preferred that the left described film processor is reverse osmosis membrane processing device, or nanofiltration membrane treatment device, or
Ultrafiltration membrane treatment device.
It is also preferred that the left the collection split of described water route includes the first housing and the second housing being sealedly and fixedly connected, described
Second housing is arranged on the lower section of described first housing, described first housing and the second enclosure interior and forms aqueous vapor
Disengagement chamber, described first housing is provided with the 3rd housing, and described 3rd enclosure interior forms throttling chamber, described
Throttling chamber connects with aqueous vapor disengagement chamber, and described throttling intracavity is provided with orifice union.It is also preferred that the left described 3rd shell
The end of body is provided with the first end cap, and described concentrated water discharge mouth is arranged on described first end cap；Described throttling
Assembly includes at least two pieces of first throttle plate, and described first throttle plate is provided with through hole or groove.
It is also preferred that the left described orifice union also includes single hole rubber mat plate, single hole rubber separator and web plate, described
Single hole rubber mat plate and web plate are separately positioned on water side and the water inlet end in described throttling chamber, described single hole rubber
Dividing plate and described first throttle plate interval are arranged, and described first throttle plate are additionally provided with between connection two through hole
Through hole connectivity slot.
It is also preferred that the left described web plate includes orifice plate and the silk screen being fixed on described orifice plate, described orifice plate is arranged
There is web plate through hole.
It is also preferred that the left the inner surface of described second housing extends upward a demarcation strip, by described aqueous vapor disengagement chamber
Bottom is divided into intake antrum and water chamber two parts；Described second housing is half cavity shape or in end cap shape.
It is also preferred that the left the dense water intake tunnel on described second housing is tangentially-arranged with described aqueous vapor disengagement chamber, water
Flowing in a tangential manner after described aqueous vapor disengagement chamber can within it swirling flow.
It is also preferred that the left the upper surface of described demarcation strip is higher than the dense water out center at least 5 on described second housing
Millimeter.
It is also preferred that the left dense water intake tunnel on described second housing or dense water exhalant canal are provided with big stream
Amount throttling arrangement.
It is also preferred that the left described big flow throttling arrangement is the second choke block, described second choke block is provided with joint
Stream groove or throttling through hole.
It is also preferred that the left by reducing the dense water intake tunnel on described second housing or the horizontal stroke of dense water exhalant canal
Sectional area or diameter form big flow throttling arrangement.
It is also preferred that the left the both sides of the dense water intake tunnel on described second housing be provided with S pole and N extremely relative to
Permanent magnet, the magnetic line of force that described permanent magnet produces crosses described dense water intake tunnel in a vertical manner.
It is also preferred that the left the collection split of described water route also includes unidirectional water assembly, described unidirectional water assembly allows water from institute
State the dense water out on the second housing to flow out, reverse sealing.
It is also preferred that the left described unidirectional water assembly includes: the second end cap, spring, spool and sealing gasket, described dense
Water out is arranged on described second end cap, and described second end cap leads to the dense water water outlet on described second housing
The end seal in road is fixing to be connected, and described spring, spool and sealing gasket are arranged in described dense water exhalant canal,
Described sealing gasket is fixed on the end of described spool, is provided with in the middle of the diaphragm plate on described dense water exhalant canal
Bulkhead through-hole, the sealing surface of described sealing gasket adjoins described bulkhead through-hole, and described spring housing is contained in described spool
On, one end of described spring is against on the step of described spool or on bulge loop or on convex tendon, the other end supports
Inside described second end cap, the elastic force of described spring trends towards described sealing gasket is pressed to described bulkhead through-hole.
It is also preferred that the left the collection split of described water route also includes being arranged on the original water inlet on described second housing and mixing
Water out, and unidirectional water assembly, described mixed water exports is described dense water out；Described original water inlet
The dense water exhalant canal on described second housing is connected with mixed water exports；Described unidirectional water assembly allow water from
Described mixed water exports flows out, reverse sealing.
It is also preferred that the left described unidirectional water assembly includes: the second end cap, spring, spool and sealing gasket, described
Two end caps are fixing with the end seal of the dense water exhalant canal on described second housing to be connected, described spring, valve
Core and sealing gasket are arranged in described dense water exhalant canal, and described sealing gasket is fixed on the end of described spool,
Being provided with bulkhead through-hole in the middle of diaphragm plate on described dense water exhalant canal, the sealing surface of described sealing gasket adjoins
Described bulkhead through-hole, described spring housing is contained on described spool, and one end of described spring is against described spool
On step or on bulge loop or on convex tendon, the other end is against inside described second end cap, the bullet of described spring
Power trends towards described sealing gasket is pressed to described bulkhead through-hole.
It is also preferred that the left the collection split of described water route also includes the tune being arranged on described first housing or the second housing
Examination water out, described debugging water out leads directly to described aqueous vapor disengagement chamber.
The beneficial effects of the utility model are compared with the prior art: a kind of water purification that this utility model provides
Machine, by moisture separator of the prior art, low discharge throttling arrangement, big flow throttling arrangement, magnetic water
Processor and check valve are integrated in same parts and are i.e. integrated in the collection split of water route, decrease pipeline and connect
Joint, can make machine internal duct simply clear, and system is simplified, and also advantageously simplifies assembly process,
Improve production efficiency, be also beneficial to the maintaining of machine, make maintenance process simple and fast.After system simplifies,
Be conducive to the concordance enhanced product performance, it is simple to batch is big to be produced, and ensures the quality of bulk article.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme in each embodiment of this utility model, embodiment will be described below
The accompanying drawing used required in is briefly described.
Fig. 1 is the structural representation of a kind of water purifier in this utility model embodiment one；
Fig. 2 is the Longitudinal cross section schematic of water route collection split in this utility model embodiment one；
Fig. 3 is the Longitudinal cross section schematic of the first housing in this utility model embodiment one；
Fig. 4 is the Longitudinal cross section schematic of first throttle plate in this utility model embodiment one；
Fig. 5 is the cross sectional representation of first throttle plate in this utility model embodiment one；
Fig. 6 is the Longitudinal cross section schematic of single hole rubber separator in this utility model embodiment one；
Fig. 7 is the Longitudinal cross section schematic of web plate in this utility model embodiment one；
Fig. 8 is the cross sectional representation of the second housing in this utility model embodiment one；
Fig. 9 is the structural representation of a kind of water purifier in this utility model embodiment two；
Figure 10 is the cross sectional representation of the second housing in the split of water route collection in this utility model embodiment two；
Figure 11 is the structural representation of the second choke block in the collection split of water route in embodiment two of the present utility model；
Figure 12 is the structural representation of a kind of water purifier in this utility model embodiment three；
Figure 13 is the cross sectional representation of the second housing in the split of water route collection in this utility model embodiment three；
Figure 14 is the structural representation of a kind of water purifier in this utility model embodiment four；
Figure 15 is the Longitudinal cross section schematic of water route collection split in this utility model embodiment four；
Figure 16 is the cross sectional representation of the second housing in the split of water route collection in this utility model embodiment four；
Figure 17 is the structural representation of a kind of water purifier in this utility model embodiment five；
Figure 18 is the Longitudinal cross section schematic of water route collection split in embodiment five of the present utility model；
Figure 19 is the cross sectional representation of the second housing in the collection split of water route in embodiment five of the present utility model；
Figure 20 is the structural representation of a kind of water purifier in this utility model embodiment six；
Figure 21 is the cross sectional representation of the second housing in the split of water route collection in this utility model embodiment six.
Detailed description of the invention
Below in conjunction with accompanying drawing, to this utility model, above-mentioned and other technical characteristic and advantage are made more detailed
Explanation.
Embodiment one
As it is shown in figure 1, the structural representation of a kind of water purifier that Fig. 1 provides for this utility model, this water purification
Machine includes: water route collection split 101, water pump 102, preprocessing filter element 103, film processor 104, check valve
105, big flow throttling arrangement 106 and magnetizing water treatment device 107.Water route collection split 101 is provided with dense water and goes out
Mouth 1011, dense water inlet 1012 and concentrated water discharge mouth 1013.The dense water out 1011 of water route collection split 101
The import of connection check valve 105, the import of the outlet preprocessing filter element 103 of check valve 105.Pre-place
The import of reason filter element 103 also connects raw water inlet 108.The outlet film processor of preprocessing filter element 103
The water inlet of 104, the dense water inlet 1012 of the concentrated water spout connection water route collection split 101 of film processor 104,
The concentrated water discharge mouth 1013 of water route collection split 101 is vented.Flow out from the outlet 109 of film processor 104
It is to purify water.Water pump 102 is arranged in the inlet pipeline of film processor 104.Big flow throttling arrangement 106
It is arranged on the inlet pipeline of the dense water inlet 1012 connecting water route collection split 101 with magnetizing water treatment device 107.
Certainly, magnetizing water treatment device 107 can also be arranged on the inlet pipeline of water pump 102.Film processor 104
It is reverse osmosis membrane processing device, or nanofiltration membrane treatment device, or ultrafiltration membrane treatment device.
As shown in Figures 2 and 3, Fig. 2 is the Longitudinal cross section schematic of water route collection split 101；Fig. 3 is first
The Longitudinal cross section schematic of housing 1.This water route collection split 101 includes: the first housing 1 and the second housing 2, the
One housing 1 and the second housing 2 are sealedly and fixedly connected, the first housing 1 and inner space shape of the second housing 2
Becoming aqueous vapor disengagement chamber 3, the second housing 2 is arranged on the lower section of the first housing 1, and the second housing 2 is in half cavity shape
Or in end cap shape.In the present embodiment, the first housing 1 and the second housing 2 use sealing ring 4 and securing member
Being sealedly and fixedly connected, securing member uses bolt 5.It is of course also possible to use the side that hot plate welding or rotation are melted
Formula is sealedly and fixedly connected, and so there is no need to bolt and sealing ring, it is not required that in flange connection
For increasing the reinforcement material needed for rigidity, and the man-hour needed for hot plate welding produces is also few such that it is able to fall
Low material cost can improve again production efficiency.
The top of the first housing 1 extends outward the 3rd housing 6, and the 3rd housing 6 inner space forms joint
Stream chamber 7, throttling chamber 7 is connected by passage 8 with aqueous vapor disengagement chamber 3.The end of the 3rd housing 6 is provided with
One end cap 9, the first end cap 9 is provided with concentrated water discharge mouth 1013.First end cap 9 and the end of the 3rd housing 6
Portion is sealedly and fixedly connected, and in the present embodiment, uses sealing ring 11 and securing member fixed seal connection, securing member
Use bolt 12.It is of course also possible to the mode using hot plate welding or rotation to melt is sealedly and fixedly connected.
Being provided with orifice union in throttling chamber 7 in 3rd housing 6, this orifice union includes first throttle plate
13, as shown in Figure 4 and Figure 5, Fig. 4 is the Longitudinal cross section schematic of first throttle plate, and Fig. 5 is first throttle
The cross sectional representation of plate, in first throttle plate, 13 are provided with through hole 131 or groove.First throttle plate 13
Quantity can be configured according to actual needs, it is preferred that on household water-purifying machine, first throttle plate is at least
Arrange two pieces.In order to improve the effect of throttling further, orifice union also includes: single hole rubber mat plate 14,
Single hole rubber separator 15 and web plate 16.As shown in Figure 6 and Figure 7, Fig. 6 is the longitudinal section of single hole rubber separator
Schematic diagram, Fig. 7 is the Longitudinal cross section schematic of web plate, and single hole rubber mat plate 14 and web plate 16 are separately positioned on
The water side in throttling chamber 7 and water inlet end, single hole rubber separator 15 and first throttle plate 13 interval are arranged, the
The through hole connectivity slot 132 between connection two through hole 131, single hole rubber separator 15 it is additionally provided with on one choke block 13
Single pass water stream channel can be formed after combining with first throttle plate 13.Web plate 16 includes orifice plate 161 He
The silk screen 162 being fixed on orifice plate 161, orifice plate 161 is provided with web plate through hole 163, and silk screen 162 can
Play the effect of isolation impurity.3rd housing 6 and interior orifice union composition low discharge throttling arrangement thereof.
As shown in Figure 8, it is the cross sectional representation of the second housing 2, the second housing 2 is provided with dense water and enters
Mouth 1012 and dense water out 1011.Aqueous vapor disengagement chamber 3 in the most cylindric, the inner surface of the second housing 2 to
On extend a demarcation strip 20, the lower part of aqueous vapor disengagement chamber 3 is divided into intake antrum 301 and water chamber 302
Two parts.Dense water inlet 1012 connects intake antrum 301, dense water out 1011 by dense water intake tunnel 19
Water chamber 302 is connected by dense water exhalant canal 21.Dense water intake tunnel 19 is horizontally disposed with and separates with aqueous vapor
Chamber 3 is tangentially-arranged, and dense water can flow in aqueous vapor disengagement chamber 3 in a tangential manner, and in aqueous vapor disengagement chamber 3
Swirling flow.Employing tangential manner flow into, it is possible to control current, make current in aqueous vapor disengagement chamber 3 according to
The mode set is circled round, and flow velocity also can be controlled, and can effectively reduce probability turbulent flow occur, such energy
More effectively aqueous vapor is separated.Because if there is turbulent flow, then part current or air-flow can be with the highest
Speed in disturbance, can tanglewrack between water is gentle, it is difficult to effectively aqueous vapor is separated.Excellent
Choosing, the upper surface of demarcation strip 20 is higher than at least 5 millimeters of dense water out 1011 center, is so more beneficial for
Aqueous vapor separates.
During operation, former water flows into preprocessing filter element 103 through raw water inlet 108, and preprocessed filter element 103 is pre-
After process, flowing into film processor 104, from the outflow of film processor 104 outlet 109 is to purify water, from film
What processor 104 concentrated water spout flowed out is dense water, and dense water permanent magnet in magnetizing water treatment device 107 produces
Magnetic field magnetization and big flow throttling arrangement 106 current limliting after, the dense water of gas may be carried logical through the water inlet of dense water
Road 19 flows into intake antrum 301 from the dense water water inlet 22 being located at aqueous vapor disengagement chamber 3 sidewall in the way of tangential,
Swirling flow in intake antrum 301, carries out aqueous vapor separation, and the dense water that may carry gas flows upwardly toward the 3rd
In housing 6, it is vented flowing to concentrated water discharge mouth 1013 after the orifice union in the 3rd housing 6, removes
The dense water of gas is crossed demarcation strip 20 top down and is flowed to dense water out 1011 through dense water exhalant canal 21, so
The import of preprocessing filter element 103 is flowed to afterwards through check valve 105.Owing to the density of gas is significantly less than water
Density, has nature floating characteristic, so the dense water being downwardly towards dense water out 1011 can reliablely
Remove gas.
A kind of water purifier that the present embodiment provides, throttle dress by moisture separator of the prior art and low discharge
Put to be integrated in same parts and be i.e. integrated in water route collection split 101, decrease pipe joint, can
Making machine internal duct simply clear, system is simplified, and also advantageously simplifies assembly process, improves raw
Produce efficiency, be also beneficial to the maintaining of machine, make maintenance process simple and fast.After system simplifies, favorably
In the concordance enhanced product performance, it is simple to batch is big to be produced, and ensures the quality of bulk article.
Embodiment two
As it is shown in figure 9, the structural representation of another water purifier provided for this utility model, this water purifier
Including: water route collection split 101, water pump 102, preprocessing filter element 103, film processor 104, check valve 105
With magnetizing water treatment device 107.Water route collection split 101 is provided with dense water out 1011, dense water inlet 1012 He
Concentrated water discharge mouth 1013.The dense water out 1011 of water route collection split 101 connects the import of check valve 105, single
Import to the outlet preprocessing filter element 103 of valve 105.The import of preprocessing filter element 103 also connects former
Water water inlet 108.The water inlet of the outlet film processor 104 of preprocessing filter element 103, film processor
The dense water inlet 1012 of the concentrated water spout connection water route collection split 101 of 104, the concentrated water drainage of water route collection split 101
Put mouth 1013 to be vented.From outlet 109 outflow of film processor 104 is to purify water.Water pump 102 is arranged
In the inlet pipeline of film processor 104.Magnetizing water treatment device 107 is arranged on connection water route collection split 101
Dense water inlet 1012 inlet pipeline on.Certainly, magnetizing water treatment device 107 can also be arranged on water pump 102
Inlet pipeline on.Film processor 104 is reverse osmosis membrane processing device, or nanofiltration membrane treatment device, or
It it is ultrafiltration membrane treatment device.
As shown in Figure 10, for the cross sectional representation of the second housing 2 in the water route collection split 101 of the present embodiment.
Water route collection split 101 in the present embodiment is with embodiment one difference, the water route collection in the present embodiment
Being provided with big flow throttling arrangement in dense water intake tunnel 19 in split 101, this big flow throttling arrangement is
Second choke block 23, as shown in figure 11, is the structural representation of the second choke block, this second choke block 23
On be provided with throttling groove 231.Certainly, big flow throttling arrangement can also be arranged on dense water exhalant canal 21
In；On second choke block 23, throttling through hole can also be set；Can also be by reducing dense water intake tunnel 19
Or the cross-sectional area of dense water exhalant canal 21 or diameter form big flow throttling arrangement.
During operation, former water flows into preprocessing filter element 103 through raw water inlet 108, and preprocessed filter element 103 is pre-
After process, flowing into film processor 104, from the outflow of film processor 104 outlet 109 is to purify water, from film
What processor 104 concentrated water spout flowed out is dense water, and dense water permanent magnet in magnetizing water treatment device 107 produces
After the magnetization of magnetic field, the concentrated stream that may carry gas enters the dense water inlet 1012 of water route collection split 101, then warp
After the second choke block 23 current limliting in dense water intake tunnel 19, from the dense water being located at aqueous vapor disengagement chamber 3 sidewall
Water inlet 22 flows into intake antrum 301 in the way of tangential, swirling flow in intake antrum 301, carries out aqueous vapor
Separating, the dense water that may carry gas flows upwardly toward in the 3rd housing 6, through the joint in the 3rd housing 6
Flowing to concentrated water discharge mouth 1013 after stream assembly be vented, the dense water removing gas crosses demarcation strip 20 top down
Flow to dense water out 1011 through dense water exhalant canal 21, then pass through check valve 105 and flow to preprocessing filter element
The import of 103.Owing to the density of gas is significantly less than the density of water, there is nature floating characteristic, so downwards
The dense water flowing to dense water out 1011 can remove gas reliablely.
A kind of water purifier that the present embodiment provides, by moisture separator of the prior art, low discharge throttling dress
Put to be integrated in same parts with big flow throttling arrangement and be i.e. integrated in water route collection split 101, decrease
Pipe joint, can make machine internal duct simply clear, and system is simplified, and also advantageously simplifies
Assembly process, improves production efficiency, is also beneficial to the maintaining of machine, makes maintenance process simple and fast.
After system simplifies, be conducive to the concordance enhanced product performance, it is simple to batch is big to be produced, and ensures bulk article
Quality.
Embodiment three
As shown in figure 12, for the structural representation of another water purifier that this utility model provides, this water purifier
Including: water route collection split 101, water pump 102, preprocessing filter element 103, film processor 104 and check valve 105.
Water route collection split 101 is provided with dense water out 1011, dense water inlet 1012 and concentrated water discharge mouth 1013.Water
The dense water out 1011 of road collection split 101 connects the import of check valve 105, the outlet of check valve 105
The import of preprocessing filter element 103.The import of preprocessing filter element 103 also connects raw water inlet 108.Pretreatment
The water inlet of the outlet film processor 104 of filter element 103, the concentrated water spout connection water route of film processor 104
The dense water inlet 1012 of collection split 101, the concentrated water discharge mouth 1013 of water route collection split 101 is vented.At film
What the outlet 109 of reason device 104 flowed out is to purify water.Water pump 102 is arranged on the water inlet of film processor 104
In pipeline.
As shown in figure 13, for the cross sectional representation of the second housing 2 in the water route collection split 101 of the present embodiment.
Water route collection split 101 in the present embodiment is with embodiment two difference, the water route collection in the present embodiment
The both sides of the dense water intake tunnel 19 in split 101 are provided with Magnet groove, are respectively provided with in the Magnet groove of both sides
Have S pole and N extremely relative to permanent magnet 24, the magnetic line of force that permanent magnet 24 produces crosses dense in a vertical manner
Water intake tunnel 19, during operation, the magnetic field that current produce through permanent magnet 24 in the way of cutting magnetic line
District.
During operation, former water flows into preprocessing filter element 103 through raw water inlet 108, and preprocessed filter element 103 is pre-
After process, flowing into film processor 104, from the outflow of film processor 104 outlet 109 is to purify water, from film
What processor 104 concentrated water spout flowed out is dense water.The concentrated stream that may carry gas enters water route collection split 101
Dense water inlet 1012, magnetizes and the second throttling through the magnetic field of the permanent magnet generation of dense water intake tunnel 19 both sides
After plate 23 current limliting, from the dense water water inlet 22 being located at aqueous vapor disengagement chamber 3 sidewall flow in the way of tangential into
After water cavity 301, swirling flow in intake antrum 301, carry out aqueous vapor separation, the dense water of gas may be carried
Flow upwardly toward in the 3rd housing 6, flowing to concentrated water discharge mouth 1013 after the orifice union in the 3rd housing 6
Emptying, removes the dense water of gas and crosses demarcation strip 20 top down and flow to dense water through dense water exhalant canal 21 and go out
Mouth 1011, then passes through check valve 105 and flows to the import of preprocessing filter element 103.Owing to the density of gas shows
Write the density less than water, there is nature floating characteristic, so the dense water being downwardly towards dense water out 1011 can
Remove gas reliablely.
A kind of water purifier that the present embodiment provides, by moisture separator of the prior art, low discharge throttling dress
Put, big flow throttling arrangement and magnetizing water treatment device are integrated in same parts and are i.e. integrated into water route collection split
In 101, decreasing pipe joint, machine internal duct can be made simply clear, system is simplified, with
Time be conducive to simplifying assembly process, improve production efficiency, be also beneficial to the maintaining of machine, make to keep in repair
Journey simple and fast.After system simplifies, be conducive to the concordance enhanced product performance, it is simple to batch is big to be produced,
Ensure the quality of bulk article.
Embodiment four
As shown in figure 14, for the structural representation of another water purifier that this utility model provides, this water purifier
Including: water route collection split 101, water pump 102, preprocessing filter element 103 and film processor 104.Water route collection divides
Body 101 is provided with dense water out 1011, dense water inlet 1012 and concentrated water discharge mouth 1013.Water route collection split
The dense water out 1011 of 101 connects the import of preprocessing filter element 103.The import of preprocessing filter element 103 also connects
Logical raw water inlet 108.The water inlet of the outlet film processor 104 of preprocessing filter element 103, film processes
The dense water inlet 1012 of the concentrated water spout connection water route collection split 101 of device 104, the dense water of water route collection split 101
Floss hole 1013 is vented.From outlet 109 outflow of film processor 104 is to purify water.Water pump 102 sets
Put in the inlet pipeline of film processor 104.Film processor 104 is reverse osmosis membrane processing device, or receives
Filter membrane processor, or ultrafiltration membrane treatment device.
As shown in Figure 15 and Figure 16, Figure 15 is the Longitudinal cross section schematic of water route collection split 101 of the present embodiment；
Figure 16 is the cross sectional representation of the second housing 2.Water route collection split 101 in the present embodiment and embodiment three
Difference is, the water route collection split 101 in the present embodiment is additionally provided with unidirectional water assembly, this unidirectional water
Assembly includes: the second end cap 25, spring 26, spool 27 and sealing gasket 28.Arrange dense on second end cap 25
Water out 1011.Second end cap 25 is fixing with the end seal of dense water exhalant canal 21 to be connected, the present embodiment
In, using sealing ring 29 and securing member fixed seal connection, securing member uses screw 30.Spring 26,
Spool 27 and sealing gasket 28 are arranged in dense water exhalant canal 21.The end of spool 27 is provided with groove,
Step or bulge loop or convex tendon it is provided with on spool 27.Sealing gasket 28 is fixed in groove.Dense water water outlet
It is provided with bulkhead through-hole 32 in the middle of diaphragm plate 31 on passage 21.The sealing surface adjacent partition of sealing gasket 28 is led to
Hole 32.Spring 26 is sleeved on spool 27, and one end of spring 26 is against on the step of spool 27 or convex
On ring or on convex tendon, the other end is against inside the second end cap 25, and the elastic force of spring trends towards sealing gasket 28
Press to bulkhead through-hole 32.Unidirectional water assembly in the present embodiment allows dense water to flow out, instead from dense water out 1011
To sealing.
During operation, former water flows into preprocessing filter element 103 through raw water inlet 108, and preprocessed filter element 103 is pre-
After process, flowing into film processor 104, from the outflow of film processor 104 outlet 109 is to purify water, from film
What processor 104 concentrated water spout flowed out is dense water.The concentrated stream that may carry gas enters water route collection split 101
Dense water inlet 1012, magnetizes and the second throttling through the magnetic field of the permanent magnet generation of dense water intake tunnel 19 both sides
After plate 23 current limliting, from the dense water water inlet 22 being located at aqueous vapor disengagement chamber 3 sidewall flow in the way of tangential into
After water cavity 301, swirling flow in intake antrum 301, carry out aqueous vapor separation, the dense water of gas may be carried
Flow upwardly toward in the 3rd housing 6, flowing to concentrated water discharge mouth 1013 after the orifice union in the 3rd housing 6
Emptying, removes the dense water of gas and crosses demarcation strip 20 top down and flow out dense water through dense water exhalant canal 21 and go out
Mouth 1011, then flows to the import of preprocessing filter element 103.Owing to the density of gas is significantly less than the density of water,
There is nature floating characteristic, so the dense water being downwardly towards dense water out 1011 can go degasification reliablely
Body.
A kind of water purifier that the present embodiment provides, by moisture separator of the prior art, low discharge throttling dress
Put, big flow throttling arrangement, magnetizing water treatment device and check valve are integrated in same parts and are i.e. integrated into water
In road collection split 101, decreasing pipe joint, machine internal duct can be made simply clear, system obtains
To simplifying, also advantageously simplify assembly process, improve production efficiency, be also beneficial to the maintaining of machine,
Make maintenance process simple and fast.After system simplifies, be conducive to the concordance enhanced product performance, it is simple in batches
Big production, ensures the quality of bulk article.
Embodiment five
As shown in figure 17, for the structural representation of another water purifier that this utility model provides, this water purifier
Including: water route collection split 101, water pump 102, preprocessing filter element 103 and film processor 104.Water route collection divides
Body 101 is provided with original water inlet 1014, mixed water exports 1015, dense water inlet 1012 and concentrated water discharge mouth
1013.The mixed water exports 1015 of water route collection split 101 connects the import of preprocessing filter element 103.Pretreatment
The water inlet of the outlet film processor 104 of filter element 103, the concentrated water spout connection water route of film processor 104
The dense water inlet 1012 of collection split 101, the concentrated water discharge mouth 1013 of water route collection split 101 is vented.At film
What the outlet 109 of reason device 104 flowed out is to purify water.Water pump 102 is arranged on the water inlet of film processor 104
In pipeline.Film processor 104 is reverse osmosis membrane processing device, or nanofiltration membrane treatment device, or ultrafiltration
Film processor.
As shown in Figure 18 and Figure 19, Figure 18 is the Longitudinal cross section schematic of water route collection split 101 of the present embodiment；
Figure 19 is the cross sectional representation of the second housing 2.Water route collection split 101 in the present embodiment and embodiment four
Difference is: no longer arrange dense water on the second end cap 25 in water route collection split 101 in the present embodiment
Outlet.But original water inlet 1014 and mixed water exports 1015 are arranged on the second housing 2, former water
Import 1014 all connects dense water exhalant canal 21 with mixed water exports 1015.
During operation, former water flows into through original water inlet 1014 and the mixed water exports 1015 of water route collection split 101
Preprocessing filter element 103, after the pretreatment of preprocessed filter element 103, flows into film processor 104, from film processor
What 104 outlets 109 flowed out is to purify water, and from the outflow of film processor 104 concentrated water spout is dense water.May take
Concentrated stream with gas enters the dense water inlet 1012 of water route collection split 101, through dense water intake tunnel 19 both sides
The magnetic field that permanent magnet produces magnetizes and after the second choke block 23 current limliting, from being located at aqueous vapor disengagement chamber 3 sidewall
After dense water water inlet 22 flows into intake antrum 301 in the way of tangential, swirling flow in intake antrum 301, can
The dense water that can carry gas flows upwardly toward in the 3rd housing 6, after the orifice union in the 3rd housing 6
Flowing to concentrated water discharge mouth 1013 be vented, the dense water of removal gas is crossed demarcation strip 20 top down and is gone out through dense water
Aquaporin 21 flows out mixed water exports 1015 after mixing with former water, then flows to the import of preprocessing filter element 103.
Owing to the density of gas is significantly less than the density of water, there is nature floating characteristic, going out so being downwardly towards dense water
The dense water of aquaporin 21 can remove gas reliablely.
A kind of water purifier that the present embodiment provides, not only by moisture separator of the prior art, low discharge joint
Stream device, big flow throttling arrangement, magnetizing water treatment device and check valve are integrated in same parts the most integrated
In water route collection split 101, and it is integrated with original water inlet 1014 and mixing water in water route collection split 101
Outlet.Decreasing pipe joint, machine internal duct can be made simply clear, system is simplified, with
Time be conducive to simplifying assembly process, improve production efficiency, be also beneficial to the maintaining of machine, make to keep in repair
Journey simple and fast.After system simplifies, be conducive to the concordance enhanced product performance, it is simple to batch is big to be produced,
Ensure the quality of bulk article.
Embodiment six
As shown in Figure 20 and Figure 21, the structural representation of another water purifier that Figure 20 provides for this utility model
Figure, Figure 21 be the present embodiment water route collection split 101 in the cross sectional representation of the second housing 2.This enforcement
Water route collection split 101 in example is with embodiment five difference: the water route collection split 101 in the present embodiment
Also including debugging water out 1016, debugging water out 1016 is arranged on the second housing 2, and straight-through aqueous vapor is divided
From chamber 3.Certainly, debugging water out 1016 can also be arranged on the first housing 1.
Water purifier needed to debug before formal use, i.e. needed the protection on film surface in film processor
Liquid rinses and discharges.By arranging debugging water out 1016, can be very easily by containing protected liquid
Flushing water discharges water route collection split 101, thus avoids flushing water to be back to preprocessing filter element 103 and it is caused dirt
Dye.
A kind of water purifier that the present embodiment provides, not only by moisture separator of the prior art, low discharge joint
Stream device, big flow throttling arrangement, magnetizing water treatment device and check valve are integrated in same parts the most integrated
In water route collection split 101, and it is integrated with original water inlet 1014, mixing water in water route collection split 101
Outlet and debugging water out 1016.Decrease pipe joint, machine internal duct can be made simply clear,
System is simplified, and also advantageously simplifies assembly process, improves production efficiency, is also beneficial to the dimension of machine
Protect maintenance, make maintenance process simple and fast.After system simplifies, be conducive to the concordance enhanced product performance,
It is easy to the big production of batch, ensures the quality of bulk article.
The foregoing is only preferred embodiment of the present utility model, the most illustrative for this utility model
, and nonrestrictive.Those skilled in the art understands, in the essence that this utility model claim is limited
It can be carried out many changes, amendment, even equivalence in god and scope, but fall within of the present utility model
In protection domain.
Claims (16)
1. a water purifier, including film processor, it is characterized in that, also include a water route collection split, the collection split of described water route is provided with dense water inlet, concentrated water discharge mouth and dense water out, described dense water inlet connects the concentrated water spout of described film processor, and described dense water out connects the water inlet of described film processor；
The collection split of described water route includes the first housing and the second housing being sealedly and fixedly connected, described second housing is arranged on the lower section of described first housing, described first housing and the second enclosure interior form aqueous vapor disengagement chamber, described first housing is provided with the 3rd housing, described 3rd enclosure interior forms throttling chamber, described throttling chamber connects with aqueous vapor disengagement chamber, and described throttling intracavity is provided with orifice union.
A kind of water purifier the most according to claim 1, it is characterised in that the end of described 3rd housing is provided with the first end cap, and described concentrated water discharge mouth is arranged on described first end cap；Described orifice union includes at least two pieces of first throttle plate, and described first throttle plate is provided with through hole or groove.
A kind of water purifier the most according to claim 2, it is characterized in that, described orifice union also includes single hole rubber mat plate, single hole rubber separator and web plate, described single hole rubber mat plate and web plate are separately positioned on water side and the water inlet end in described throttling chamber, described single hole rubber separator and described first throttle plate interval are arranged, and described first throttle plate is additionally provided with the through hole connectivity slot between connection two through hole.
A kind of water purifier the most according to claim 3, it is characterised in that described web plate includes orifice plate and the silk screen being fixed on described orifice plate, and described orifice plate is provided with web plate through hole.
A kind of water purifier the most according to claim 1, it is characterised in that the inner surface of described second housing extends upward a demarcation strip, and described aqueous vapor disengagement chamber bottom is divided into intake antrum and water chamber two parts；Described second housing is half cavity shape or in end cap shape.
A kind of water purifier the most according to claim 3, it is characterised in that the dense water intake tunnel on described second housing is tangentially-arranged with described aqueous vapor disengagement chamber, water flows into after described aqueous vapor disengagement chamber in a tangential manner can within it swirling flow.
A kind of water purifier the most according to claim 5, it is characterised in that the upper surface of described demarcation strip is higher than at least 5 millimeters of dense water out center on described second housing.
A kind of water purifier the most according to claim 3, it is characterised in that be provided with big flow throttling arrangement in dense water intake tunnel on described second housing or dense water exhalant canal.
A kind of water purifier the most according to claim 8, it is characterised in that described big flow throttling arrangement is the second choke block, described second choke block is provided with throttling groove or throttling through hole.
A kind of water purifier the most according to claim 3, it is characterised in that form big flow throttling arrangement by reducing the dense water intake tunnel on described second housing or the cross-sectional area of dense water exhalant canal or diameter.
11. a kind of water purifiers according to claim 9, it is characterized in that, the both sides of the dense water intake tunnel on described second housing be provided with S pole and N extremely relative to permanent magnet, the magnetic line of force that described permanent magnet produces crosses described dense water intake tunnel in a vertical manner.
12. a kind of water purifiers according to claim 11, it is characterised in that the collection split of described water route also includes unidirectional water assembly, described unidirectional water assembly allows the water dense water out from described second housing to flow out, reverse sealing.
null13. a kind of water purifiers according to claim 12，It is characterized in that，Described unidirectional water assembly includes: the second end cap、Spring、Spool and sealing gasket，Described dense water out is arranged on described second end cap，Described second end cap is fixing with the end seal of the dense water exhalant canal on described second housing to be connected，Described spring、Spool and sealing gasket are arranged in described dense water exhalant canal，Described sealing gasket is fixed on the end of described spool，It is provided with bulkhead through-hole in the middle of diaphragm plate on described dense water exhalant canal，The sealing surface of described sealing gasket adjoins described bulkhead through-hole，Described spring housing is contained on described spool，One end of described spring is against on the step of described spool or on bulge loop or on convex tendon，The other end is against inside described second end cap，The elastic force of described spring trends towards described sealing gasket is pressed to described bulkhead through-hole.
14. a kind of water purifiers according to claim 11, it is characterised in that the collection split of described water route also includes being arranged on the original water inlet on described second housing and mixed water exports, and unidirectional water assembly, and described mixed water exports is described dense water out；Described original water inlet connects the dense water exhalant canal on described second housing with mixed water exports；Described unidirectional water assembly allows water to flow out from described mixed water exports, reverse sealing.
15. a kind of water purifiers according to claim 14, it is characterized in that, described unidirectional water assembly includes: the second end cap, spring, spool and sealing gasket, described second end cap is fixing with the end seal of the dense water exhalant canal on described second housing to be connected, described spring, spool and sealing gasket are arranged in described dense water exhalant canal, described sealing gasket is fixed on the end of described spool, it is provided with bulkhead through-hole in the middle of diaphragm plate on described dense water exhalant canal, the sealing surface of described sealing gasket adjoins described bulkhead through-hole, described spring housing is contained on described spool, one end of described spring is against on the step of described spool or on bulge loop or on convex tendon, the other end is against inside described second end cap, the elastic force of described spring trends towards described sealing gasket is pressed to described bulkhead through-hole.
16. according to a kind of water purifier described in claim 12 or 14, it is characterised in that the collection split of described water route also includes the debugging water out being arranged on described first housing or the second housing, and described debugging water out leads directly to described aqueous vapor disengagement chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620229115.2U CN205803224U (en) | 2016-03-22 | 2016-03-22 | A kind of water purifier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620229115.2U CN205803224U (en) | 2016-03-22 | 2016-03-22 | A kind of water purifier |
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| Publication Number | Publication Date |
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| CN205803224U true CN205803224U (en) | 2016-12-14 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106116006A (en) * | 2016-03-22 | 2016-11-16 | 江苏沁尔康环境电器有限公司 | A kind of water purifier |
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2016
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106116006A (en) * | 2016-03-22 | 2016-11-16 | 江苏沁尔康环境电器有限公司 | A kind of water purifier |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161214 Termination date: 20180322 |