CN208651703U - Filter and control mechanism - Google Patents
Filter and control mechanism Download PDFInfo
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- CN208651703U CN208651703U CN201821005499.5U CN201821005499U CN208651703U CN 208651703 U CN208651703 U CN 208651703U CN 201821005499 U CN201821005499 U CN 201821005499U CN 208651703 U CN208651703 U CN 208651703U
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Abstract
The utility model relates to a kind of filter and control mechanisms, comprising: lid, control assembly.When above-mentioned filter and control mechanism are not necessarily to water source purifying, water source enters the cavity inside mounting blocks by the first water inlet duct.Then rotation control assembly is until one end of control assembly is located between the first water inlet duct and second water inlet duct.At this time, the runner, the first water inlet duct and the first water outlet duct three are interconnected, the first water inlet duct and second water inlet duct are mutually isolated by the control assembly, and the first water outlet duct and second water outlet duct are mutually isolated by the control assembly.So that water source can enter from the first water inlet duct, flowed out from the first water outlet duct.Therefore, above-mentioned filter and control mechanism avoid the disassembly on water supplying pipe, more convenient to use.
Description
Technical field
The utility model relates to the technical fields of water source purifying, more particularly to a kind of filter and control mechanism.
Background technique
It is increasingly serious with pollution of waterhead, water source filter is often added on water supply pipe.So that supplying water
Water source in pipe can carry out purification filtering by water source filter, improve the quality at water source.But this water source filter adds
After being located on water supplying pipe, when without to water source purifying, water source can not be directed across water source filter and flow out from water supplying pipe.Cause
This, can only remove water source filter from water supplying pipe.So as to cause water source filter using inconvenient.
Summary of the invention
Based on this, it is necessary to a kind of filter and control mechanism are provided, so that filter is more convenient to use.
Its technical solution is as follows:
A kind of control mechanism, comprising: lid, the lid are equipped with mounting blocks, offer cavity on the mounting blocks, and
The first water inlet duct, the first water outlet duct, the second water inlet duct and the second apopore are offered along the sidewall spacers of the cavity
Road；Control assembly, the control assembly is rotationally installed in the cavity inside, and offers and be used in the control assembly
Convey the runner at water source；When one end of the control assembly is located between the first water inlet duct and second water inlet duct
When, the other end of the control assembly is located between the first water outlet duct and second water outlet duct, described first into
Water hole road is connected by the runner with first water outlet duct；The first water inlet duct and second water inlet duct
Mutually isolated by the control assembly, the first water outlet duct passes through the control assembly phase with second water outlet duct
Mutually isolation.
It is described when one end of the control assembly is located between the first water inlet duct and first water outlet duct
The other end of control assembly be located at it is described second water inlet duct and it is described second water outlet duct between, it is described first water inlet duct with
Second water inlet duct is connected, and the first water outlet duct is connected by the runner with second water outlet duct.
The control assembly includes valve rod and sealing ring, and the seal ring set is located on the valve rod, and the valve rod protrudes into
The cavity simultaneously contradicts cooperation with the side wall of the cavity, and the valve rod includes the first throughput, the second throughput and blocking part,
The wherein side of the blocking part is connected with first throughput, the other side of the blocking part and the second throughput phase
Even.
First runner is offered in first throughput, second flow channel is offered in second throughput, when described
When one end of blocking part is located between the first water inlet duct and second water inlet duct, the other end position of the blocking part
Between the first water outlet duct and second water outlet duct, and the first runner, the first water inlet duct go out with first
Water hole road is interconnected, and the second flow channel, the second water inlet duct and the second water outlet duct are interconnected；When the blocking part
When one end is located between the first water inlet duct and first water outlet duct, the other end of the blocking part is located at described the
Between two water inlet ducts and second water outlet duct, the first runner, the first water inlet duct and the second water inlet duct are mutual
Connection, the second flow channel, the first water outlet duct and the second water outlet duct are interconnected.
The control assembly further includes handle, and the handle is set on the valve rod, and on the side wall of the handle also
It is provided with retention bead, the both ends of the retention bead, which are used to contradict with the lid, to be cooperated.
Control mechanism further includes the first valve body and the second valve body, and first valve body is connected with second valve body, described
First valve body is installed on the lid, and the first opening and the second opening, first opening are offered on first valve body
It is connected with the end in first water inlet duct, the end that second opening is discharged duct with described first is connected, and described the
For two valve bodies for being connected with water supplying pipe, second valve body is equipped with recess portion and stripper loop, offers first on the recess portion and leads
Discharge orifice and the second deflector hole, the end of first deflector hole and first opening in communication, the end of second deflector hole with
Second opening in communication, the stripper loop are set on the recess portion, and first deflector hole is located at the stripper loop
Inside, second deflector hole is located at the outside of the stripper loop.
A kind of filter, including the control mechanism, body and filtration members, it is internal that the filtration members are set in the set
Portion, and the body is connected with the control mechanism with filtration members.
Multiple filter hole are offered in the filtration members, the port of the filtration members is connected with second water outlet duct
Logical, second water inlet duct is connected with the body, and second water inlet duct is located at the filtration members and the set
Between body.
Filter further includes exhaust part, and the exhaust part is installed on the lid, and one end of the exhaust part is protruded into
The body, the exhaust part are used to control the hydraulic pressure inside the body.
Filter further includes separator, and waste water mouth is also provided on the body, and the separator protrudes into the waste water mouth
It is connected with the body.
When above-mentioned filter and control mechanism are not necessarily to water source purifying, water source enters in mounting blocks by the first water inlet duct
The cavity in portion.Then rotation control assembly is until one end of control assembly is located at the first water inlet duct and second water inlet
Between duct.At this point, the runner, first water inlet duct and it is described first water outlet duct three be interconnected, described first into
Water hole road and second water inlet duct are mutually isolated by the control assembly, and first water outlet duct goes out with described second
Water hole road is mutually isolated by the control assembly.So that water source can enter from the first water inlet duct, from the first water outlet
Duct outflow.Therefore, above-mentioned filter and control mechanism avoid the disassembly on water supplying pipe, more convenient to use.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of control mechanism described in an embodiment；
Fig. 2 is the partial enlarged view of part A shown in Fig. 1；
Fig. 3 is the partial enlarged view of part B shown in Fig. 1；
Fig. 4 is the structural schematic diagram of control mechanism described in another embodiment；
Fig. 5 is the structural schematic diagram of filter described in another embodiment and control mechanism.
Description of symbols:
10, lid, 100, mounting blocks, 110, cavity, the 111, first water inlet duct, the 112, first water outlet duct, 113, the
Two water inlet ducts, the 114, second water outlet duct, 120, exhaust part, 200, control assembly, 210, runner, 211, first runner,
212, second flow channel, 220, valve rod, the 221, first throughput, the 222, second throughput, 223, blocking part, 230, sealing ring,
240, handle, 241, retention bead, the 300, first valve body, the 301, first opening, the 302, second opening, the 400, second valve body,
410, the first deflector hole, the 420, second deflector hole, 430, recess portion, 431, water entering section, 432, outlet part, 440, stripper loop, 500,
Body, 510, separator, 600, filtration members, 610, filter hole.
Specific embodiment
It is below in conjunction with attached drawing and specifically real for the purpose of this utility model, technical solution and advantage is more clearly understood
Mode is applied, the utility model is described in further detail.It should be understood that the specific embodiments described herein
Only to explain the utility model, the protection scope of the utility model is not limited.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
" first " described in the utility model, " second " do not represent specific quantity and sequence, are only used for title
It distinguishes.
As shown in Figures 1 to 4, in one embodiment, a kind of control mechanism, comprising: lid 10 and control assembly 200.
The lid 10 is equipped with mounting blocks 100, offers cavity 110 on the mounting blocks 100, and along the side wall of the cavity 110
It is spaced apart and is equipped with the first water inlet duct 111, first water outlet duct 112, second water inlet duct 113 and the second water outlet duct 114.Institute
Control assembly 200 is stated rotationally to be installed in inside the cavity 110.And it offers in the control assembly 200 for conveying
The runner 210 at water source；When one end of the control assembly 200 is located at the first water inlet duct 111 and second inlet opening
When between road 113, the other end of the control assembly 200 is located at the first water outlet duct 112 and second water outlet duct
Between 114, the first water inlet duct 111 is connected by the runner 210 with first water outlet duct 112.Described
One water inlet duct 111 and second water inlet duct 113 are mutually isolated by the control assembly 200, first apopore
Road 112 and second water outlet duct 114 are mutually isolated by the control assembly 200.When water source is directly over control assembly
When 200 runner 210 flows out, the control assembly 200 is arranged along the axial direction perpendicular to the cavity 110.Specifically, described
The wherein one end in the first water inlet duct 111 is connected with the cavity 110, and the other end in first water inlet duct 111 opens up
In the end of the lid 10.The wherein one end in first water outlet duct 112 is connected with the cavity 110, and described first
The other end in water outlet duct 112 is provided with the end of the lid 10.It is described second water inlet duct 113 wherein one end with it is described
Cavity 110 is connected, and the other end in second water inlet duct 113 is provided with the bottom of the lid 10 and is used for and filter
Body 500 be connected.The wherein one end in second water outlet duct 114 is connected with the cavity 110, second water outlet
The other end in duct 114 is provided with the bottom of the lid 10 and is used for and is connected inside the filtration members 600 of filter.Tool
Body, conflict plate is also equipped in the control assembly 200.I.e. after control assembly 200 is installed in 110 inside of cavity,
The bottom for contradicting plate and the cavity 110 mutually contradicts, and increases the contact surface of control assembly 200 Yu 110 bottom of cavity
Product.So that rotation of the control assembly 200 inside cavity 110 is gentler, meanwhile, control assembly 200 is bearing water source
When impact, biggish frictional force can be provided for control assembly 200 by contradicting plate, to improve control assembly 200 in control machine
Stability in structure.
In another embodiment, when water source, which needs to import filter by control mechanism, to be filtered, when the control
When one end of component 200 processed is located between the first water inlet duct 111 and first water outlet duct 112, the control group
The other end of part 200 is located between the second water inlet duct 113 and second water outlet duct 114.First inlet opening
Road 111 is connected with second water inlet duct 113, and the first water outlet duct 112 is by the runner 210 and described second
Water outlet duct 114 is connected.Specifically, when one end of the control assembly 200 be located at it is described first water inlet duct 111 with it is described
Between first water outlet duct 112, and the other end of the control assembly 200 is located at the second water inlet duct 113 and described the
Between two water outlet ducts 114.It can realize that water source imports filter by control mechanism and is filtered.More specifically, according to
First water inlet duct 111, first is discharged the interval distance that duct 112, second intakes between duct 113 and the second water outlet duct 114
From.The port outer rim of the cavity 110 is provided with scale value corresponding with the spacing distance, user can be according to scale value
Prompt control assembly 200 is rotated into corresponding angle, to realize control assembly 200 for 110 inside water source of cavity
Accuracy controlling.
As depicted in figs. 1 and 2, in one embodiment, the control assembly 200 includes valve rod 220 and sealing ring 230.
The sealing ring 230 is set on the valve rod 220, the valve rod 220 protrude into the cavity 110 and with the cavity 110
Side wall contradicts cooperation.The valve rod 220 includes the first throughput 221, the second throughput 222 and blocking part 223.The blocking part
223 wherein side is connected with first throughput 221, the other side of the blocking part 223 and second throughput 222
It is connected.First throughput 221, the second throughput 222 and blocking part 223 are integrally formed.Specifically, the control group
After part 200 is installed in 110 inside of cavity, the side of the side wall of first throughput 221 and second throughput 222
Wall is inconsistent with the side wall of the cavity 111.So that water source enters after cavity 110 water conservancy diversion being merely able in runner 210
Under circulate.It avoids water source and generates turbulent flow inside cavity 110, improve the speed that water source flows through control mechanism.Valve rod
The cavity 110 is protruded into 220 one end, and the blocking part 223 on valve rod 220 can be contradicted with the side wall of cavity 110 matches
It closes.And the blocking part 223 can will be separated into independent first cavity and the second cavity inside cavity 110, water source flows into empty
After chamber 110 current limliting can be effectively obstructed by blocking part 223.Specifically, the sealing ring 230 is set in the valve rod
On 220, the sealing ring 230 is elastic ring or rubber ring.So that the control assembly 200 turns inside cavity 110
When dynamic, the valve rod 220 can sufficiently be contradicted with the side wall of the cavity 110, so as to avoid water source inside cavity 110
It omits.
In one embodiment, first runner 211, second throughput 222 are offered in first throughput 221
On offer second flow channel 212.When one end of the blocking part 223 be located at it is described first water inlet duct 111 with described second into
When between water hole road 113, the other end of the blocking part 223 is located at the first water outlet duct 112 and second apopore
Between road 114.And the water inlet duct 111 of first runner 211, first and the first water outlet duct 112 are interconnected, described second
The water inlet duct 113 of runner 212, second and the second water outlet duct 114 are interconnected.When one end of the blocking part 223 is located at institute
When stating between the first water inlet duct 111 and first water outlet duct 112, the other end of the blocking part 223 is located at described the
Between two water inlet ducts 113 and second water outlet duct 114.The water inlet of first runner 211, first duct 111 and second
Intaking, duct 113 is interconnected, and the second flow channel 212, first is discharged duct 112 and the second water outlet duct 114 and is interconnected.
First throughput 221 is the first arc panel, offers the first opening 301 on first arc panel, inside cavity 110
Water source can enter first runner 211 by first opening 301.Second throughput 222 is the second arc panel, described
The second opening 302 is offered on second arc panel, the water source inside cavity 110 can enter the by second opening 302
Two runners 212.Further, the runner 210 is recess portion or channel.I.e. described first opening 301 and second opening
302 be long mouth.So that first runner 211 and second of the control assembly 200 in rotation, in the first throughput 221
What the second flow channel 212 in logical portion 222 can be more easier is connected with water hole road.Such as: first runner 211 (or second
Road 212), first water inlet duct 111 and second water inlet duct 113 contraposition and connection, second flow channel 212 (or first runner 211),
Second water outlet duct 114 aligns and is connected to the first water outlet duct 112.Further, user passes through rotation control assembly 200
Change tilt angle of the first runner 211 in the first throughput 221 relative to 110 side wall of cavity, and changes the second circulation
Tilt angle of the second flow channel 212 relative to 110 side wall of cavity in portion 222.In the present embodiment, when blocking part 223 and sky
When the axial direction of chamber 110 is perpendicular, first runner 211 (or second flow channel 212), the first water inlet duct 111 and the first water outlet duct
112 contraposition and connection, second flow channel 212 (or first runner 211), the second water inlet duct 113 and second are discharged duct 114
Contraposition and connection.When blocking part 223 is parallel with the axial direction of cavity 110, first runner 211 (or second flow channel 212), first
Water inlet duct 111 and the second water inlet duct 113 contraposition and connection, second flow channel 212 (or first runner 211), the second apopore
Road 114 is aligned and is connected to the first water outlet duct 112.This embodiment is common by first runner 211 and second flow channel 212
Water conservancy diversion can greatly reduce rotational angle of the control assembly 200 in regulation.So that the use of control mechanism is more square
Just.
Specifically, in one embodiment, the control assembly 200 further includes handle 240.The handle 240 is set in
On the valve rod 220, and retention bead 241 is additionally provided on the side wall of the handle 240, the both ends of the retention bead 241
It is used to contradict with the lid 10 and cooperate.The end of the valve rod 220 is additionally provided with hexagon bolt, opens on the handle 240
Equipped with the interior hexagonal hole being adapted with the hexagon bolt.Further, the retention bead 241 is set in the handle
On 240, wherein one end of the retention bead 241 is contradicted with lid 10 first.Measure blocking part 223 wherein one end from first
Institute between the first water inlet duct 111 and the second water inlet duct 113 is turned between water inlet duct 111 and the first water outlet duct 112
The other end of the retention bead 241, is then correspondingly arranged on the handle 240 by the angle needed according to this angle.That is institute
The retention bead 241 on handle 240 is stated since contradicting wherein one end and the lid 10, to the another of the retention bead 241
One end and the lid 10 contradict；The angle that handle 240 is rotated can satisfy one end of blocking part 223 from the first water inlet duct
111 and first turn between the first water inlet duct 111 and the second water inlet duct 113 between water outlet duct 112.Therefore, user
Conflict only by control 241 both ends of retention bead and lid 10 can accurately change stream of the water source inside cavity 110
Flowing mode.
As shown in figures 1 and 3, in one embodiment, control mechanism further includes the first valve body 300 and the second valve body 400.
First valve body 300 is connected with second valve body 400, and first valve body 300 is installed on the lid 10, and described
First valve body 300 is connected with the mounting blocks 100.The first opening 301 and the second opening are offered on first valve body 300
302.First opening 301 is connected with the end in first water inlet duct 111, second opening 302 and described first
The end in water outlet duct 112 is connected, and second valve body 400 with water supplying pipe for being connected.Second valve body 400 is equipped with recessed
Portion 430 and stripper loop 440 offer the first deflector hole 410 and the second deflector hole 420 on the recess portion 430, and described first leads
The end of discharge orifice 410 is connected with first opening 301, and the end of second deflector hole 420 is connected with second opening 302
It is logical.The stripper loop 440 is set on the recess portion 430, and first deflector hole 410 is located at the interior of the stripper loop 440
Portion, second deflector hole 420 are located at the outside of the stripper loop 440.The stripper loop 440 is rubber ring or elastic ring.Institute
It states and offers protrusion corresponding with the recess portion 430 on the first valve body 300, when first valve body 300 and second valve body
400 be connected after, the end outer rim of first deflector hole 410 can extend into it is described first opening 301 and with it is described first opening 301
Inner edge be connected, meanwhile, the recess portion 430 is separated into water entering section 431 and outlet part 432 by the stripper loop 440.Described
One opening 301 is provided on the water entering section 431, and second opening 302 is provided on the outlet part 432.Work as water source
When filter being needed to be filtered, raw water flows through the first valve body 300 from the second valve body 400 first and imports cavity 110, then filters
The water purification for completing to generate is exported from cavity 110 followed by the first valve body 300 and the second valve body 400.Whole process realizes
The separate transport of water purification and raw water.
As shown in figure 4, specifically, when needing to be filtered purification to water source, water source passes through water entering section 431 first and enters
Water source is imported filter by the second water inlet duct 113 and is filtered processing, generated after filtering by control mechanism, control mechanism
Water purification exports filter by the second water outlet duct 114 and enters control mechanism.Last control mechanism is by water purification from outlet part 432
Export.It is mutually polluted so as to avoid water entering section 431 and the different types of water source of outlet part 432.As shown in figure 5, more specific
Ground, when it is not necessary that when purifying to water source, water source, into control mechanism, rotates control assembly 200 for first by water entering section 431
Water inlet duct 111 and the second water inlet duct 113 mutually obstruct, and it is mutual that the second water outlet duct 114 and first are discharged duct 112
Barrier.At this point, only having the first water inlet duct 111 to be connected inside the cavity 110 of control mechanism with the first water outlet duct 112.
So that water source enters after control mechanism and is no longer pass through filter filtration, purification and can export again water source.
In one embodiment, a kind of filter, including above-mentioned control mechanism, body 500 and filtration members 600.The mistake
Filter part 600 is set in inside the body 500, and the body 500 is connected with the control mechanism with filtration members 600.Institute
Stating filtration members 600 is softener resin and soft water salt.The body 500 is transparent body 500, specifically, in the present embodiment, institute
It states and offers the first internal screw thread and the second internal screw thread on lid 10.The body 500 is equipped with corresponding with first internal screw thread
The first external screw thread, offer the second external screw thread corresponding with the second internal screw thread is told in the filtration members 600.User can be saturating
Cross the Expenditure Levels of softener resin or soft water salt that body 500 observes directly in filtration members 600, then to softener resin or
Soft water salt is replaced in time, ensure that the purification efficiency of filter.
As shown in Figure 4 and Figure 5, in another embodiment, multiple filter hole 610 are offered in the filtration members 600.Institute
The port for stating filtration members 600 is connected with second water outlet duct 114, the second water inlet duct 113 and the body 500
It is connected, and second water inlet duct 113 is between the filtration members 600 and the body 500.Filter further includes
Exhaust part 120.The exhaust part 120 is installed on the lid 10, and the body is protruded into one end of the exhaust part 120
500, the exhaust part 120 is used to control the hydraulic pressure inside the body 500.Filter further includes separator 510.The body
Waste water mouth is also provided on 500, the separator 510 protrudes into the waste water mouth and is connected with the body 500.Water source first passes around
Second water inlet duct 113 enters body 500.Multiple filter hole 610 are offered in the bottom of filtration members 600, water source enters body
Enter inside filtration members 600 after 500 through filter hole 610 and is filtered purification.Then the water purification generated is by the second water outlet
Duct 114 exports body 500.Specifically, exhaust part 120 is added on the lid of control mechanism 10, the exhaust part 120 is row
Gas screw or exhaust valve.The exhaust part 120 is used to control the hydraulic pressure inside body 500, avoids the water inside body 500
Height is pressed through, ensure that water flow of the water source inside body 500 and filtration members 600 balances.More specifically, in the present embodiment, every
Off member 510 is end cap or piston.When user handles the waste water inside body 500 without by body 500 from control machine
It dismantles and takes out on structure, directly waste water can be discharged from body 500 by the waste water mouth on body 500.
When above-mentioned filter and control mechanism are not necessarily to water source purifying, water source enters installation by the first water inlet duct 111
Cavity 110 inside block 100.Then rotation control assembly 200 is until one end of control assembly 200 is located at first inlet opening
Between road 111 and second water inlet duct 113.Duct 111 and first water outlet at this point, the runner 210, first is intake
112 three of duct is interconnected, and the first water inlet duct 111 and second water inlet duct 113 pass through the control assembly
200 is mutually isolated, it is described first water outlet duct 112 and it is described second water outlet duct 114 by the control assembly 200 mutually every
From.So that water source can enter from the first water inlet duct 111, flowed out from the first water outlet duct 112.Therefore, above-mentioned filtering
Device and control mechanism avoid the disassembly on water supplying pipe, more convenient to use.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of control mechanism characterized by comprising
Lid, the lid are equipped with mounting blocks, offer cavity on the mounting blocks, and open along the sidewall spacers of the cavity
Equipped with the first water inlet duct, the first water outlet duct, the second water inlet duct and the second water outlet duct；
Control assembly, the control assembly are rotationally installed in the cavity inside, and open up in the control assembly useful
Runner in conveying water source；When one end of the control assembly be located at it is described first water inlet duct and it is described second water inlet duct it
Between when, the other end of the control assembly is located between the first water outlet duct and second water outlet duct, described first
Water inlet duct is connected by the runner with first water outlet duct；The first water inlet duct and second inlet opening
Road is mutually isolated by the control assembly, and the first water outlet duct and second water outlet duct pass through the control assembly
It is mutually isolated.
2. control mechanism according to claim 1, which is characterized in that when one end of the control assembly is located at described first
When intaking between duct and first water outlet duct, the other end of the control assembly is located at the second water inlet duct and institute
It states between the second water outlet duct, the first water inlet duct is connected with second water inlet duct, first water outlet duct
It is connected by the runner with second water outlet duct.
3. control mechanism according to claim 2, which is characterized in that the control assembly includes valve rod and sealing ring, institute
It states seal ring set to be located on the valve rod, the valve rod, which protrudes into the cavity and contradicts with the side wall of the cavity, to be cooperated, described
Valve rod includes the first throughput, the second throughput and blocking part, the wherein side of the blocking part and the first throughput phase
Even, the other side of the blocking part is connected with second throughput.
4. control mechanism according to claim 3, which is characterized in that first runner is offered in first throughput,
Second flow channel is offered in second throughput, when one end of the blocking part is located at the first water inlet duct and described the
When between two water inlet ducts, the other end of the blocking part be located at the first water outlet duct and second water outlet duct it
Between, and the first runner, the first water inlet duct are interconnected with the first water outlet duct, the second flow channel, the second inlet opening
Road and the second water outlet duct are interconnected；When one end of the blocking part is located at the first water inlet duct and first water outlet
When between duct, the other end of the blocking part is located between the second water inlet duct and second water outlet duct, described
First runner, the first water inlet duct and the second water inlet duct are interconnected, and the second flow channel, the first water outlet duct go out with second
Water hole road is interconnected.
5. control mechanism according to claim 3, which is characterized in that the control assembly further includes handle, the handle
It is set on the valve rod, and is additionally provided with retention bead on the side wall of the handle, the both ends of the retention bead are used to
It contradicts and cooperates with the lid.
6. control mechanism according to claim 1, which is characterized in that it further include the first valve body and the second valve body, described
One valve body is connected with second valve body, and first valve body is installed on the lid, and is offered on first valve body
One opening with second opening, it is described first opening with it is described first water inlet duct end is connected, it is described second be open with it is described
The end in the first water outlet duct is connected, second valve body for being connected with water supplying pipe, second valve body be equipped with recess portion and
Stripper loop offers the first deflector hole and the second deflector hole on the recess portion, and the end of first deflector hole is opened with described first
Mouth is connected, and the end of second deflector hole and second opening in communication, the stripper loop are set on the recess portion, and
First deflector hole is located at the inside of the stripper loop, and second deflector hole is located at the outside of the stripper loop.
7. a kind of filter, including control mechanism described in claim 1 to 6 any one, body and filtration members, feature exists
In the filtration members are set in inside the body, and the body is connected with the control mechanism with filtration members.
8. filter according to claim 7, which is characterized in that multiple filter hole are offered in the filtration members, it is described
The port of filtration members is connected with second water outlet duct, and second water inlet duct is connected with the body, and described
Second water inlet duct is between the filtration members and the body.
9. filter according to claim 7, which is characterized in that further include exhaust part, the exhaust part is installed in described
On lid, and the body is protruded into one end of the exhaust part, and the exhaust part is used to control the hydraulic pressure inside the body.
10. filter according to claim 7, which is characterized in that further include separator, be also provided on the body useless
The mouth of a river, the separator protrude into the waste water mouth and are connected with the body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821005499.5U CN208651703U (en) | 2018-06-27 | 2018-06-27 | Filter and control mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821005499.5U CN208651703U (en) | 2018-06-27 | 2018-06-27 | Filter and control mechanism |
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| CN208651703U true CN208651703U (en) | 2019-03-26 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108626440A (en) * | 2018-06-27 | 2018-10-09 | 日丰企业集团有限公司 | Filter and control mechanism |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108626440A (en) * | 2018-06-27 | 2018-10-09 | 日丰企业集团有限公司 | Filter and control mechanism |
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