CN204815894U - A connector for water treatment facilities - Google Patents
A connector for water treatment facilities Download PDFInfo
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- CN204815894U CN204815894U CN201520398776.3U CN201520398776U CN204815894U CN 204815894 U CN204815894 U CN 204815894U CN 201520398776 U CN201520398776 U CN 201520398776U CN 204815894 U CN204815894 U CN 204815894U
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Abstract
The utility model provides a connector for water treatment facilities, includes that one is connected body and the connecting piece of a set of setting at this connection body. Every this connecting piece has a first link and a second link. This first link of every connecting piece is suitable for and is connected with a filter element. This second link of this connecting piece is suitable for and is linked together with the second link of another connecting piece. Every connecting piece of this connector has a first passageway and a second channel. This first passageway extends to this second link and runs through this connecting piece from this first link respectively with this second channel to make when this second link of this second link of this connecting piece and another connecting piece is connected, the second channel of this connecting piece and the second channel of another connecting piece are linked together.
Description
Technical field
The utility model relates to a water treatment facilities, particularly relates to a kind of connector for water treatment facilities, and wherein this connector is suitable for a kind of connector for water treatment facilities multiple water treatment part being integrated use.
Background technology
Water is Source of life.The quality of Drinking Water water quality and the healthy closely related of people.In the modern life, increasing people start to pursue high-quality drinking water.But the report that Drinking Water is polluted is of common occurrence.In the modern life, water purifier is more and more by the favor of consumer.
Water purifier is not only suitable in the area that domestic water damage ratio is more serious, also can purify daily running water, can improve the mouthfeel of water simultaneously.At present, Hyperfilevation water purifying machine adopts the reverse osmosis technology of international popular, can carry out filtration treatment (Physical) to running water, does not add any compound and produces the pure water directly can drunk for the mankind.After the purification of Hyperfilevation water purifying machine, the pure water of gained is safer, healthy than bottled water in the market, and purposes is also more extensive, can directly be drunk, and also can not produce incrustation scale after being boiled by heating.
In water purifier, the device of most critical is water filter, and filter core is one of core component of connector for water treatment facilities, and it mainly plays the effect of purification filtering.But after use after a while, described filter core easily weakens its filter effect because of fouling, needs to regularly clean or replace, manyly can carry out with water filter the fixture that removably connects so market has.
Much water to be clean is not usually just converted into by once filtering purifying waste water, so need to treat to purify waste water to carry out multistage filtering of can directly drinking.At this moment the connector being used for water treatment facilities then may be needed to be connected in series.That is, the connector respectively each being used for water treatment facilities is fixed on a corresponding fixture, then these corresponding fixtures is connected.So, be used for putting of the connector of water treatment facilities described in and may become more in disorder.In addition, each for water treatment facilities connector between jockey be also difficult to reach perfect cooperation.The drainage that consumer does not expect is easy to occur.
Utility model content
Main advantage of the present utility model is to provide a kind of connector for water treatment facilities, and wherein this connector being used for water treatment facilities can be fixed many water filters.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, and the annexation being wherein fixed in many water filters of this connector for water treatment facilities can adjust according to the needs of client.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, and wherein this connector being used for water treatment facilities can be fixed in other article, and the connector being conducive to this to be used for water treatment facilities is installed on predeterminated position.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, wherein this connector being used for water treatment facilities can be fixed in other article, the connector being conducive to this to be used for water treatment facilities is installed on predeterminated position, and the connector further this being used for water treatment facilities be fixed on this described water filter being used for the connector of water treatment facilities and be fixed on desired location.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, and wherein this connector being used for water treatment facilities comprises a connection body and an installation main body.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, and wherein this this connection body being used for the connector of water treatment facilities comprises many fixed cells, and wherein said many fixed cells are firmly arranged at together.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, and wherein fixed cell described in each forms at least one outlet and at least one entrance.
Another advantage of the present utility model is to provide a kind of connector for water treatment facilities, wherein this connector being used for water treatment facilities comprises one or how replaceable jockey, and this jockey can by this outlet of a wherein fixed cell in this entrance of retaining element described in other.
By description below, other advantage of the present utility model and feature will become apparent, and can be accomplished with combination by the means particularly pointed out in claims.
According to the utility model, aforementioned and other object and advantage can be realized by a kind of connector for water treatment facilities, wherein this connector being used for water treatment facilities comprises one and connects the connector that body and a group are arranged on this connection body, wherein this connector each has first link and second link, wherein this first link of each connector is suitable for being connected with a filter element, and this second link of this connector is suitable for being connected with the second link of another connector.
Preferably, each connector of this connector has a first passage and a second channel, wherein this first passage and this second channel extend to this second link from this first link respectively and run through this connector, thus make when this second link of this connector is connected with this second link of another connector, the second channel of this connector is connected with the second channel of another connector.
Preferably, this connector comprises one group of communication member further, and wherein this communication member is suitable for removably being connected with this second link of two connectors respectively, thus is linked together in the second link phase earthing of two connectors.
Preferably, this first passage of each connector and this second channel this first link of turning up the soil from this connector of being separated by respectively extends to this second link.
Preferably, this connector is integrated and is arranged at described connection body, wherein this second link comprises one first attaching parts and one second attaching parts, wherein communication member described in each comprise one can with the first attaching parts described in removably connect first be communicated with hold can removably connect with the second attaching parts described in one second be communicated with and hold, wherein communication member described in each defines a third channel, wherein when described first is communicated with end and is connected with the first attaching parts described in one and described second is communicated with and holds with when second attaching parts are connected described in one, described third channel is communicated with described first passage and described second channel.
Preferably, described first attaching parts and described first are communicated with end and are threaded connection and carry out removable seal and be connected, and wherein said second attaching parts and described second are communicated with end and are threaded connection and carry out removable seal and be connected.
Preferably, described first attaching parts and described first are communicated with to hold carries out removable seal by grafting and is connected, wherein said first attaching parts be communicated with described first hold between at least one potted component is set, wherein said second attaching parts and described second are communicated with end and are threaded connection and carry out removable seal and be connected, and wherein said second attaching parts and described second are communicated with end and arrange at least one potted component.
Preferably, described connector also comprises one second switching element, and wherein said second switching element is arranged at described second attaching parts by removable seal.
Alternatively, this connector is integrated and is arranged at described connection body, wherein this second link comprises one first attaching parts and one second attaching parts, wherein communication member described in each comprise one can removably connect with the first attaching parts described in first be communicated with and hold, one can removably connect with the second attaching parts described in second be communicated with and hold and one first switching element, for described second connection end and described second attaching parts that are tightly connected, wherein communication member described in each defines a third channel, wherein when described first is communicated with end and is connected with the first attaching parts described in by described first switching element and described second is communicated with and holds with when second attaching parts are connected described in one, described third channel is communicated with described first passage and described second channel.
These and other objects of the present utility model, characteristics and advantages, by following detailed description, accompanying drawing and claim are fully demonstrated.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of connector for water treatment facilities according to one first preferred embodiment of the present utility model.
Fig. 2 is the application schematic diagram being used for the connector of water treatment facilities according to this of above-mentioned first preferred embodiment of the present utility model.
Fig. 3 is the sectional view being used for the connector of water treatment facilities according to this of above-mentioned first preferred embodiment of the present utility model.
Fig. 4 illustrates an Alternate embodiments of this water filtration fixture according to described first preferred embodiment of the present utility model.
Fig. 5 illustrates another Alternate embodiments of this water filtration fixture according to described first preferred embodiment of the present utility model.
Fig. 6 illustrates another Alternate embodiments of this water filtration fixture according to described first preferred embodiment of the present utility model.
Fig. 7 illustrates another Alternate embodiments of this water filtration fixture according to described first preferred embodiment of the present utility model.
Detailed description of the invention
Following description is disclosed to make those skilled in the art can manufacture and use the utility model.The preferred embodiment provided in following description is only as the example that it will be apparent to those skilled in the art and amendment, and it does not form the restriction to the utility model scope.The General Principle formed in following description is applied to other embodiment, optionally substitutes with can not deviating from the utility model spirit and utility model scope, amendment, equivalent implement and apply.
Fig. 1 to Fig. 3 of accompanying drawing illustrates a kind of connector for water treatment facilities according to one first preferred embodiment of the present utility model, wherein this connector being used for water treatment facilities comprises the connector 20 that a connection body 10 and a group are arranged on this connection body, and wherein this connector 20 is firmly arranged at this connection body.Every a connection piece 20 is used to a corresponding filter to be fixed on desired location.Wherein this connector 20 each has first link 21 and second link 22.This first link 21 of each connector 20 is suitable for being connected with a filter element W.This second link 22 of this connector 20 is suitable for being connected with the second link 22 of another connector 20.
Each connector 20 of this connector has a first passage 23 and a second channel 24, wherein this first passage 23 and this second channel 24 extend to this second link 22 from this first link 21 respectively and run through this connector 20, thus make when this second link 22 of this connector 20 is connected with this second link 22 of another connector 20, the second channel 24 of this connector 20 is connected with the first passage 23 of another connector 20.
This connector comprises one group of communication member 30 further, and wherein this communication member is suitable for removably being connected with this second link 22 of two connectors 20 respectively, thus is linked together in the second link 22 phase earthing of two connectors 20.
This first passage 23 of each connector 20 and this second channel 24 this first link 21 of turning up the soil from this connector 20 of being separated by respectively extends to this second link 22.
According to this first preferred embodiment of the present utility model, the quantity of this group connector 20 is three.Concrete, this group connector 20 comprises one first connector 20A, one second connector 20B and the 3rd connector 20C.It is worth mentioning that, this is only to example of the present utility model instead of restriction.According to other preferred embodiment of the present utility model, this connector 20 being used for the connector of water treatment facilities can also for other quantity, and such as two, the fourth class.
As shown in the figure, this first connector 20A comprises the first link 21 described in, for one first water filter W1 is firmly arranged at this retaining element 20.This first connector 20A forms first passage 23 and a second channel 24.When this water filter W1 is fixed on this first connector 20A, this first passage 23 is used to the intake tunnel being communicated with this water filter W1, to be led this water filter W1 from this first passage 23 by water to be clean.This second channel 24 is used to the exhalant canal being communicated with this water filter W1, to derive by the filtered water after this water filter W1 from this second channel 24.When this first connector 20A is connected with this water filter W1, this first passage 23 of this first connector 20A is connected with the water inlet of this water filter W1, meanwhile, this second channel 24 of this first connector 20A is connected with the delivery port of this water filter W1.
This second connector 20B comprises one first link 21, for a water filter W2 is firmly arranged at this retaining element 20.This second connector 20B forms first passage 23 and a second channel 24.When this water filter W2 is fixed on this second connector 20B, this first passage 23 is used to the intake tunnel being communicated with this water filter W2, to be led this water filter W2 from this first passage 23 by water to be clean.This second channel 24 is used to the exhalant canal being communicated with this water filter W2, to derive by the filtered water after this water filter W2 from this second channel 24.When this second connector 20B is connected with this water filter W2, this first passage 23 of this second connector 20B is connected with the water inlet of this water filter W2, meanwhile, this second channel 24 of this second connector 20B is connected with the delivery port of this water filter W2.
3rd connector 20C comprises one first link 21, for a water filter W3 is firmly arranged at this retaining element 20.3rd connector 20C forms first passage 23 and a second channel 24.When this water filter W3 is fixed on the 3rd connector 20C, this first passage 23 is used to the intake tunnel being communicated with this water filter W3, to be led this water filter W3 from this first passage 23 by water to be clean.This second channel 24 is used to the exhalant canal being communicated with this water filter W3, to derive by the filtered water after this water filter W3 from this second channel 24.When the 3rd connector 20C is connected with this water filter W3, this first passage 23 of 3rd connector 20C is connected with the water inlet of this water filter W3, meanwhile, this second channel 24 of the 3rd connector 20C is connected with the delivery port of this water filter W3.
This connector forms a water cleaning systems jointly with the filter being arranged at this water filtration fixture.
The water of deriving from this second channel 24 of this first connector 20A can enter by this first passage 23 of this second connector 20B this water filter W2 being connected to this second connector 20B.The water of deriving from this second channel 24 of this first connector 20A also can enter by this first passage 23 of the 3rd connector 20C this water filter W3 being connected to the 3rd connector 20C.The water of deriving from this second channel 24 of this second connector 20B can enter by this first passage 23 of the 3rd connector 20C this water filter W3 being connected to the 3rd connector 20C.The water of deriving from this second channel 24 of this second connector 20B also can enter by this first passage 23 of this second connector 20B this water filter W2 being connected to this second connector 20B.The water of deriving from this second channel 24 of the 3rd connector 20C can enter by this first passage 23 of this second connector 20B this water filter W2 being connected to this second connector 20B.The water of deriving from this second channel 24 of the 3rd connector 20C can enter by this first passage 23 of this first connector 20A this water filter W3 being connected to this first connector 20A.That is, consumer can as required to the connection that this first passage 23 and this second channel 24 of this connector 20 need.In other words, the connected relation between this first passage 23 and this second channel 24 of this connector 20 is not changeless, can adjust as required.
Thus, consumer can change the purifying water effect of this water cleaning systems by the connected relation between this first passage 23 and this second channel 24 changing this connector 20 when not changing filter.Illustrate a wherein connected relation.As shown in the figure, water to be clean enters from this first passage 23 of this first connector 20A this water filter W1 of being connected to this first connector 20A and is filtered by this water filter W1, is then exported from this second channel 24 of this first connector 20A.The water of deriving from this second channel 24 of this first connector 20A enters this first passage 23 of this second connector 20B, then enter this water filter W2 by this first passage 23 of this second connector 20B and be filtered, being then exported from this second channel 24 of this second connector 20B.The water of deriving from this second channel 24 of this second connector 20B can enter this first passage 23 of the 3rd connector 20C, then enter this water filter W3 by this first passage 23 of the 3rd connector 20C and filtered by this water filter W3, being then exported from this second channel 24 of the 3rd connector 20C.
It is worth mentioning that, as mentioned above, this is only example to the connected relation between this first passage 23 and this second channel 24 according to the utility model this connector 20 instead of restriction, and the order of this water filtration can adjust as required.Such as, water to be clean enters from this first passage 23 of this first connector 20A this water filter W1 of being connected to this first connector 20A and is filtered by this water filter W1, is then exported from this second channel 24 of this first connector 20A.The water of deriving from this second channel 24 of this first connector 20A enters this first passage 23 of this second connector 20B, then enter this water filter W2 by this first passage 23 of this second connector 20B and be filtered into qualified purifying waste water, being then exported from this second channel 24 of this second connector 20B.So just need not remove to be communicated with this water filter W3 being arranged at the 3rd connector 20C again.At this moment, this water filter W3 can be a reserve filter, such as, this water filter W2 and this water filter W1 can be replaced jointly to realize water purification.Like this when this W2 service time is in time needing to change for a long time, consumer can between being communicated with between this first connector 20A with this second connector 20B is converted to this first connector 20A and being communicated with between the 3rd connector 20C.Like this in filter replacement process, this water cleaning systems still can keep its purification efficiency.
This second end 22 of connector 20 described in each comprises one first attaching parts 221 and one second attaching parts 222.
First attaching parts 221 described in each are used to help this first passage 23 of connector 20 described in connection one and this second channel 24 of connector 20 described in another.It is worth mentioning that, this first passage 23 of described connector 20 also can not be communicated with this second channel 24 of connector described in another 20.Such as, can directly be connected with the water source of water to be clean.
Second attaching parts 222 described in each are used to help this second channel 24 of connector 20 described in connection one and this first passage 23 of connector 20 described in another.It is worth mentioning that, this second channel 24 of described connector 20 also can not be communicated with this first passage 23 of connector described in another 20.Such as, can directly water be discharged or be used for receiving the device being cleaned water and be connected.
It is worth mentioning that, these first attaching parts 221 of connector 20 described in can be connected by a water pipe with these second attaching parts 222 of connector described in another 20, and then are communicated with this second channel 24 of described connector 20 and this first passage 23 of connector 20 described in another.
For these second attaching parts 222 of these first attaching parts 221 with connector described in another 20 of strengthening connector 20 described in further can be connected by a water pipe, and then the good connection realized between this second channel 24 of described connector 20 and this first passage 23 of connector 20 described in another, this connector being used for water treatment facilities connects these first attaching parts 221 of connector 20 described in and these second attaching parts 222 of connector 20 described in another by communication member 30 described in a group, and be communicated with this second channel 24 of described connector 20 and this first passage 23 of connector 20 described in another.
As shown in the figure, each communication member 30 comprise one can with the first attaching parts 221 described in removably connect first be communicated with that end 31, can removably connect with the second attaching parts 222 described in second be communicated with end 32.
Each communication member 30 forms a third channel 300, for this first passage 23 of this second channel 24 and connector 20 described in another of being communicated with connector 20 described in.
When this first be communicated with end 31 to be connected with these first attaching parts 221 of connector described in one 20 and this second be communicated with end 32 be connected with these second attaching parts 222 of connector described in another 20 time, this second channel 24 of this connector 20 is connected with this first passage 23 of connector described in another 20.
It is worth mentioning that, communication member 30 described in each is used to this second channel 24 of connector 20 described in connection one and this first passage 23 of connector 20 described in another, uses with the series connection realizing how described connector 20.
As shown in drawings, this this communication member 30 being used for the connector of water treatment facilities also comprises one first switching element 33, and for connecting this communication member 30 first is communicated with these first attaching parts 221 of end 31 and this water connector 20 and this first passage 23 of this connector 20 is connected with this third channel 300 of this communication member 30.This first switching element 33 can make first of this communication member 30 these first attaching parts 221 being communicated with end 31 and this water connector 20 be connected and sealed, and conveniently this communication member 30 is installed on this water connector 20.
As mentioned above, this communication member 30 is used to these first attaching parts 221 of connector 20 described in connection one and these second attaching parts 222 of connector 20 described in another, uses with the series connection realizing this connector 20.This communication member 30 is all dismountable with the connection of described two connectors 20, and that is, this communication member 30 can be disassembled.Like this, when this communication member 30 is damaged, can replace it.Such as, through using for a long time, some dirts being difficult to clean may be adhered in this third channel 300 of this communication member 30, when these dirts can pollute purifying waste water, consumer can change this communication member 30 of attachment dirt, and without the need to changing the whole connector for water treatment facilities.
Those skilled in the art should understand that, this structure of this communication member 30 is just to example of the present utility model instead of restriction, and any these first attaching parts 221 that can be communicated with connector 20 described in are all belonging to scope of the present utility model with the demountable structure of these the second attaching parts 222 of connector 20 described in another.
As previously mentioned, these first attaching parts 221 of described connector 20 can be connected by a water pipe with these second attaching parts 222 of connector described in another 20, and then the good connection realized between this second channel 24 of described connector 20 and this first passage 23 of connector 20 described in another, so, in some cases, a part for this communication member 30 or this communication member 30 also can be replaced with the water pipe on market.Like this, when this supporting communication member 30 is damaged and can not be changed in time, consumer can replace this communication member 30 to realize its connectivity capabilities with the water pipe on market, ensure the normal operation of this water cleaning systems.
It is worth mentioning that, this water filter W1, this water filter W2 and this water filter W3 are only example to the filter for this water filtration fixture instead of restriction.
Fig. 2 of accompanying drawing shows the using state being used for the connector of water treatment facilities according to this of this first preferred embodiment of the present utility model.As shown in the figure, water to be clean enters from this first passage 23 of this first connector 20A this water filter W1 of being connected to this first connector 20A and is filtered by this water filter W1.Be exported from this second channel 24 of this first connector 20A by the water that this water filter W1 filters, then enter this first passage 23 of this second connector 20B be communicated with this communication member 30 along this third channel 300 of this communication member 30, then enter this water filter W2 by this first passage 23 of this second connector 20B and filtered for the second time.Water through twice filtration is exported from this second channel 24 of this second connector 20B, then enter this first passage 23 of the 3rd connector 20C be communicated with this communication member 30 along this third channel 300 of this communication member 30, then enter this water filter W3 by this first passage 23 of this second connector 20B and filtered for the third time.Water through three filtrations is exported from this second channel 24 of the 3rd connector 20C.
It is worth mentioning that, treat as described above by three connectors 20 the three-stage filtration water carrying out filtering for three times of purifying waste water and usually can reach demand.But be only unrestricted to example of the present utility model according to the three-stage filtration of above-mentioned first preferred embodiment of the present utility model.This quantity being used for this connector 20 of the connector of water treatment facilities also can be two, four or more.Meanwhile, the annexation of connectors 20 is also not only confined to the mode of communicating of connecting, and also can be mode of communicating in parallel.In other words, this connector being used for water treatment facilities may be used for the multiple water filtration path of fixing connection.
On the other hand, in each water filtration path, the connection order of this connector 20 is not limited to said sequence, can adjust as required.
As mentioned above, this water filter W1, this water filter W2 and this water filter W3 are only example to the filter for this water filtration fixture instead of restriction.
It is worth mentioning that, because this communication member 30 is demountable, the annexations such as the order of connection of connectors 20, mode of communicating and the quantity of this connector 20 that is connected can adjust at any time, use flexibly, convenient.
As shown in the figure, these first attaching parts 221 of connector 20 described in each are provided with external screw thread.Accordingly, this first switching element 33 of this communication member 30 matched with these first attaching parts 221 of this connector 20 is provided with the internal thread that the external screw thread that arranges with these the first attaching parts 221 adapts.This first connection end 31 of this communication member 30 is provided with external screw thread.Accordingly, be provided with this first this first switching element 33 being communicated with this communication member 30 that end 31 matches of this communication member 30 and first be communicated with the internal thread that external screw thread that end 31 arranges adapts with this of this communication member 30.Thus this of this first switching element 33 and this communication member 30 first is communicated with between end 31 and is connected and sealed by screw thread.Be connected and sealed by screw thread between these first attaching parts 221 of this connector 20 and this first switching element 33.As shown in the figure, these second attaching parts 222 of connector 20 described in each are provided with internal thread.Accordingly, this of this communication member 30 matched with these second attaching parts 222 of this connector 20 second is communicated with end 32 and is provided with the external screw thread that the external screw thread that arranges with these the second attaching parts 222 adapts.To make, be connected and sealed by screw thread between this second connection end 32 of this communication member 30 and this second attaching parts 222.
This communication member 30 also comprises one second switching element 35, wherein this second switching element 35 is applicable to carrying out removable seal with these second attaching parts 222 of this connector 20 and is connected, make these second attaching parts 222 and other object to facilitate, such as common water pipe connects.
It is worth mentioning that, those skilled in the art should understand that, this annexation and this thread seal mode are only to example of the present utility model instead of restriction, and every mode that removably connects that can realize being tightly connected all belongs to scope of the present utility model.Fig. 4 to Fig. 7 shows several Alternate embodiments according to these first attaching parts 221 of this fixed cell 20, these second attaching parts 222 and this communication member 30 accordingly.
As shown in the figure, according to an Alternate embodiments of this first preferred embodiment of the present utility model, this of these first attaching parts 221 ' of this connector 20 ' and this communication member 30 ' first is communicated with end 31 ' and carries out removable seal by one first switching element 33 ' and be connected.These first attaching parts 221 ' are provided with internal thread.This first switching element 33 ' arranges the external screw thread adapted with the internal thread of these the first attaching parts 221 '.This first connection end 31 ' of this communication member 30 ' arranges internal thread.This first switching element 33 ' arranges the external screw thread adapted with this first internal thread being communicated with end 31 ' of this communication member 30 '.These first attaching parts 221 ' of this connector 20 ' are carried out thread seal with this first switching element 33 ' and are connected.This first connection end 31 ' of this communication member 30 carries out thread seal with this first switching element 33 ' and is connected.
This of these second attaching parts 222 ' of this connector 20 ' and this communication member 30 ' second is communicated with end 32 ' and carries out removable seal and be connected.These second attaching parts 222 ' are provided with internal thread.This second connection end 32 ' of this communication member 30 ' arranges the external screw thread adapted with internal thread of these the second attaching parts 222 '.This of these second attaching parts 222 ' of this connector 20 ' and this communication member 30 ' second is communicated with end 32 ' and carries out thread seal and be connected.
As shown in Figure 5, according to another Alternate embodiments of this first preferred embodiment of the present utility model, this connector 20 " these first attaching parts 221 " with this communication member 30 " this first be communicated with end 31 " by one first switching element 33 " carry out removable seal and be connected.These first attaching parts 221 " be provided with external screw thread.This first switching element 33 " arrange and these first attaching parts 221 " the internal thread that adapts of external screw thread.This communication member 30 " this first be communicated with end 31 " external screw thread is set.This first switching element 33 " arrange and this communication member 30 " this first be communicated with end 31 " the internal thread that adapts of external screw thread.This connector 20 " these first attaching parts 221 " with this first switching element 33 " carry out thread seal and be connected.This of this communication member 30 first is communicated with end 31 " with this first switching element 33 " carry out thread seal and be connected.
This connector 20 " these second attaching parts 222 " with this communication member 30 " this second be communicated with end 32 " carry out removable seal and be connected.These second attaching parts 222 " be provided with external screw thread.This communication member 30 " this second be communicated with end 32 " arrange and these second attaching parts 222 " and the internal thread that adapts of external screw thread.This connector 20 " these second attaching parts 222 " with this communication member 30 " this second be communicated with end 32 " carry out thread seal and be connected.
As shown in Figure 6, according to another Alternate embodiments of this first preferred embodiment of the present utility model, this connector 20 " ' these first attaching parts 221 " ' and this communication member 30 " ' this first be communicated with end 31 " ' directly and this connector 20 " ' these first attaching parts 221 " ' carry out buckle and be tightly connected.This connector 20 " ' these second attaching parts 222 " ' and this communication member 30 " ' this second be communicated with end 32 " ' carry out buckle and be tightly connected.
As shown in Figure 7, according to another Alternate embodiments of this first preferred embodiment of the present utility model, this connector 20 " " these first attaching parts 221 " " with this communication member 30 " " this first be communicated with end 31 " " the removable seal connected mode of directly carrying out being socketed is connected, and do not need the first switching element 33.This communication member 30 " " this first be communicated with end 31 " " with this connector 20 " " these first attaching parts 221 " " carry out socket and be tightly connected.This communication member 30 " " this first be communicated with end 31 " " with this connector 20 " " these first attaching parts 221 " " between at least one potted component 34 is set " ", to strengthen this communication member 30 " " this first connection end 31 " " and this connector 20 " " these first attaching parts 221 " " between sealing.This connector 20 " " these second attaching parts 222 " " with this communication member 30 " " this second be communicated with end 32 " " carry out socket and be tightly connected.This connector 20 " " these second attaching parts 222 " " with this communication member 30 " " this second be communicated with end 32 " " between at least one potted component 34 is set " ", to strengthen this connector 20 " " these second attaching parts 222 " " with this communication member 30 " " this second be communicated with end 32 " " between sealing.
Those skilled in the art should be understood that, the above-mentioned four kinds of Alternate embodiments according to this first preferred embodiment of the present utility model are only to example of the present utility model instead of restriction.
This connector being used for water treatment facilities also comprises one and is connected the firm positioning unit 40 connected of body 10 with this, for this connector 20 is positioned, conveniently this water filtration fixture is positioned over desired location, and further the water filtering system be jointly made up of this connector for water treatment facilities and water filter is arranged at desired location.As shown in the figure, this positioning unit 40 is integrated with this connection body 10 to be connected, and strengthens this fastness for the entirety of the connector of water treatment facilities, convenient production.This positioning unit 40 is connected body 10 with this vertical.This positioning unit 40 forms two setting elements 41 and positions this setting element 40 for helping, and positions this water filtration fixture and this water filtering system further.Such as, this setting element 41 can be specially a positioning port, by this two setting element 41, can carry out suspension location to this connector for water treatment facilities.The quantity and the set-up mode that those skilled in the art should understand that this setting element 41 are only unrestricted to example of the present utility model.
It is worth mentioning that, this connector 20 according to this first preferred embodiment of the present utility model carries out removable seal by this first link 21 and water filter and is connected.This first link 21 is not limited to the utility model embodiment shown in accompanying drawing and described above with the removable seal connected mode of water filter.
It is worth mentioning that, first, second, third, fourth effect only playing differentiation described in the utility model application specification and claims, the not difference of sequencing.
Those skilled in the art can understand shown in accompanying drawing to be only to example of the present utility model instead of restriction with the utility model embodiment described above.
Can see that the utility model object can fully effectively be completed thus.For explaining that this embodiment of the utility model function and structure principle has been absolutely proved and described, and the utility model is not by the restriction based on the change on these embodiment basis.Therefore, the utility model comprises all modifications be encompassed within appended claims book claimed range and spirit.
Claims (10)
1. the connector for water treatment facilities, it is characterized in that, comprise one and connect the connector that body and a group are arranged on described connection body, wherein each described connector has first link and second link, wherein described first link of each connector is suitable for being connected with a filter element, and described second link of described connector is suitable for being connected with the second link of another connector.
2. connector according to claim 1, it is characterized in that, each connector of described connector has a first passage and a second channel, wherein said first passage and described second channel extend to described second link from described first link respectively and run through described connector, thus make when described second link of described connector is connected with described second link of another connector, the first passage of described connector is connected with the second channel of another connector.
3. connector according to claim 2, it is characterized in that, comprise one group of communication member further, wherein said communication member is suitable for removably being connected with described second link of two connectors respectively, thus is linked together in the second link phase earthing of two connectors.
4. connector according to claim 3, is characterized in that, the described first passage of each connector and described second channel described first link of turning up the soil from described connector of being separated by respectively extends to described second link.
5. connector according to claim 4, it is characterized in that, described connector is integrated and is arranged at described connection body, wherein said second link comprises one first attaching parts and one second attaching parts, wherein communication member described in each comprise one can with the first attaching parts described in removably connect first be communicated with hold can removably connect with the second attaching parts described in one second be communicated with and hold, wherein communication member described in each defines a third channel, wherein when described first is communicated with end and is connected with the first attaching parts described in one and described second is communicated with and holds with when second attaching parts are connected described in one, described third channel is communicated with described first passage and described second channel.
6. connector according to claim 5, it is characterized in that, described first attaching parts and described first are communicated with end and are threaded connection and carry out removable seal and be connected, and wherein said second attaching parts and described second are communicated with end and are threaded connection and carry out removable seal and be connected.
7. connector according to claim 5, it is characterized in that, described first attaching parts and described first are communicated with to hold carries out removable seal by grafting and is connected, wherein said first attaching parts be communicated with described first hold between at least one potted component is set, wherein said second attaching parts and described second are communicated with end and are threaded connection and carry out removable seal and be connected, and wherein said second attaching parts and described second are communicated with end and arrange at least one potted component.
8. connector according to claim 7, is characterized in that, described connector also comprises one second switching element, and wherein said second switching element is arranged at described second attaching parts by removable seal.
9. connector according to claim 4, it is characterized in that, described connector is integrated and is arranged at described connection body, wherein said second link comprises one first attaching parts and one second attaching parts, wherein communication member described in each comprise one can removably connect with the first attaching parts described in first be communicated with and hold, one can removably connect with the second attaching parts described in second be communicated with and hold and one first switching element, for described second connection end and described second attaching parts that are tightly connected, wherein communication member described in each defines a third channel, wherein when described first is communicated with end and is connected with the first attaching parts described in by described first switching element and described second is communicated with and holds with when second attaching parts are connected described in one, described third channel is communicated with described first passage and described second channel.
10. connector according to claim 9, it is characterized in that, described first attaching parts and described first are communicated with end and are threaded connection and carry out removable seal and be connected, and wherein said second attaching parts and described second are communicated with end and are threaded connection and carry out removable seal and be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520398776.3U CN204815894U (en) | 2015-06-10 | 2015-06-10 | A connector for water treatment facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520398776.3U CN204815894U (en) | 2015-06-10 | 2015-06-10 | A connector for water treatment facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204815894U true CN204815894U (en) | 2015-12-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520398776.3U Expired - Fee Related CN204815894U (en) | 2015-06-10 | 2015-06-10 | A connector for water treatment facilities |
Country Status (1)
| Country | Link |
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| CN (1) | CN204815894U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112374577A (en) * | 2020-10-29 | 2021-02-19 | 江西怡润科技有限公司 | Integrated filter core fixing base of domestic water purifier |
-
2015
- 2015-06-10 CN CN201520398776.3U patent/CN204815894U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112374577A (en) * | 2020-10-29 | 2021-02-19 | 江西怡润科技有限公司 | Integrated filter core fixing base of domestic water purifier |
| CN112374577B (en) * | 2020-10-29 | 2023-03-24 | 江西怡润科技有限公司 | Integrated filter core fixing base of domestic water purifier |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151202 Termination date: 20200610 |