CN208747691U - A kind of double tank soft water valves and water treatment facilities - Google Patents
A kind of double tank soft water valves and water treatment facilities Download PDFInfo
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- CN208747691U CN208747691U CN201821321008.8U CN201821321008U CN208747691U CN 208747691 U CN208747691 U CN 208747691U CN 201821321008 U CN201821321008 U CN 201821321008U CN 208747691 U CN208747691 U CN 208747691U
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Abstract
The utility model discloses a kind of double tank soft water valves and water treatment facilities, including main valve member and secondary valve member, the work of double resin containers is controlled by main valve member and reproduced state switches, and water route when controlling resin regeneration in the resin container of reproduced state by secondary valve member switches.The utility model can be realized the supply requirement of the lasting soft water of family and industry, with conventional double tank water treatment facilities ratios, reduce a soft water control valve and soft water valve control, entire control is simpler, more power saving reduces the assembling and use cost of soft brush treatment device.
Description
Technical field
The utility model relates to a kind of double tank water system multifunctional control valves, more particularly to one kind is at softened water
Manage the lasting water supply multifunctional soft water control valve of device and the using and the reserved soft brush treatment device containing the multifunctional control valve.
Background technique
The common form of softening water treatment facilities has at present: single tank water supply, double crossing over tank the using and the reserved continuous water supply etc..This
Several softening water treatment facilities must carry out the resin in resin container after the swap tank efficiency lost resin water hardness reaches upper limit value
It could output soft water again after regeneration.
For industrial water, to ensure that boiler or the product water hardness meet standard, water treatment facilities allows for continuing
Offer soft water, so usually all using double tank the using and the reserved or more swap tanks.It and is to reduce to make for general domestic consumer
With cost, single tank water system is mostly used.For above-mentioned water treatment facilities when resin is regenerated in resin container again, being all cannot be complete
Demand of the full up all users of foot to uninterrupted soft water.One kind is provided in 106241956 A of patent CN in water treatment facilities
The solution of two soft water control valves in parallel and solenoid valve of connecting in each self-loop, controls solenoid valve by software program
With the opening and closing of soft water valve, realization, which makes it always, has a soft water control valve in running order, guarantees system soft water
It is uninterrupted to produce water；On the basis of meeting water yield, it is always ensured that the validity of resin.Whole system is more complicated, needs 2
Soft water control valve.
Utility model content
Purpose of utility model: in order to overcome the deficiencies in the prior art, the utility model provides a kind of double tank soft water
Valve and water treatment facilities, to solve the problems, such as to need in the double tank soft brush treatment devices of existing the using and the reserved using 2 soft water valves, together
When reduce system assembles and use cost.
Technical solution: to achieve the above object, the technical solution adopted in the utility model are as follows:
A kind of double tank soft water valves, including main valve member and secondary valve member, the main valve member are used to control double resin containers
Work switches with reproduced state, and the water route when pair valve member is used to control resin regeneration in the resin container of reproduced state is cut
It changes.
Preferred: the main valve member includes main valve shell, main valve piston, main valve grid group, partition, in which:
The partition is set in main valve shell, and main valve enclosure interior space is divided into two parts, respectively the first main valve
Space and the second main valve space.
The main valve grid group includes the first main valve grid, the second main valve grid, third main valve grid, the 4th main valve lattice
Grid, the 5th main valve grid, the 6th main valve grid, the 7th main valve grid, the 8th main valve grid.The first main valve grid, second
Main valve grid, third main valve grid, the 4th main valve grid are sequentially arranged in the first main valve space, the 5th main valve grid,
6th main valve grid, the 7th main valve grid, the 8th main valve grid are sequentially arranged in the second main valve space.
Main valve water outlet Z1, main intake valve Z2, main valve hard water water outlet Z3, the first tree are provided on the main valve shell
One A1 of rouge tank connector, two A2 of the first resin container connector, one B1 of the second resin container connector, the second resin container connector two
B2, hard water water inlet Y and soft water water outlet R, wherein one B1 of the second resin container connector be located at third main valve grid,
Between 4th main valve grid, main valve hard water water outlet Z3 is between the second main valve grid, third main valve grid, the first resin container
For one A1 of connector between the first main valve grid, the second main valve grid, main valve water outlet Z1 is located at the first main valve grid and master
Between the side wall of valve chest, hard water water inlet Y is between the second main valve grid, third main valve grid.The main intake valve
For Z2 between the 5th main valve grid and partition, two A2 of the first resin container connector is located at the 6th main valve grid, the 7th main valve lattice
Between grid, between the 7th main valve grid, the 8th main valve grid, soft water water outlet R is located at two B2 of the second resin container connector
Between 6th main valve grid, the 7th main valve grid.
Main valve piston includes primary piston body one, primary piston body two and connecting rod, and it is main that the primary piston body one is set to first
In valve space, primary piston body two is set in the second main valve space, and described connecting rod one end is fixedly connected with primary piston body one, another
End is fixedly connected across partition with primary piston body two.The first main valve annular mouth is provided in one circumferential direction of primary piston body, it is axial
On be provided with the first main valve piston bore passages.The second main valve annular mouth is provided in two circumferential direction of primary piston body, in axial direction
It is provided with the second main valve piston bore passages.The main valve piston, main valve grid group, main valve shell are radially from inside to outside successively
Setting.
The main valve piston is in extreme position one, hard water water inlet Y, one A1 of the first resin container connector, main valve hard water
Water outlet Z3 is communicated, and one B1 of the second resin container connector, main valve water outlet Z1 are communicated, and main intake valve Z2, the second resin container connect
Two B2 of interface is communicated, and two A2 of the first resin container connector, soft water water outlet R are communicated.
The main valve piston is in extreme position two, hard water water inlet Y, one B1 of the second resin container connector, main valve hard water
Water outlet Z3 is communicated, and one A1 of the first resin container connector, main valve water outlet Z1 are communicated, two B2 of the second resin container connector, soft water
Water outlet R is communicated, and main intake valve Z2, two A2 of the first resin container connector are communicated.
Preferred: the pair valve member includes secondary valve chest, secondary valve piston, secondary valve grid group, inhales salt grid group, salt road
Pipe, regeneration water route, in which:
The pair valve grid group includes the first secondary valve grid, the second secondary valve grid, third pair valve grid, fourth officer valve lattice
Grid, the 5th secondary valve grid, the suction salt grid group include the first suction salt grid, the second suction salt grid.Described first secondary valve grid,
Second secondary valve grid, third pair valve grid, fourth officer valve grid, the 5th secondary valve grid, first inhale salt grid, the second suction salt grid
It is sequentially arranged in secondary valve chest.
Secondary valve water inlet F1, secondary valve water outlet F2, secondary valve hard water water inlet F3, sewage draining exit are provided on the pair valve chest
P, salt-sucking port H, the pair valve water inlet F1 are located between the second secondary valve grid, third pair valve grid, the pair valve water inlet F1
Between the second secondary valve grid, third pair valve grid, secondary valve hard water water inlet F3 is located at third pair valve grid, fourth officer valve lattice
Between grid, secondary valve water outlet F2 is located between fourth officer valve grid, the 5th secondary valve grid, and the sewage draining exit P is located at the first secondary valve
Between grid, the second secondary valve grid, the salt-sucking port H is located at first and inhales between salt grid, the second suction salt grid, and described second inhales
Space between salt grid and the side wall of secondary valve chest, which is constituted, inhales salt region.
Described regeneration water route one end is connected on the secondary valve chest between third pair valve grid, fourth officer valve grid, and again
The other end on unboiled water road is connected on the secondary valve chest between fourth officer valve grid, the 5th secondary valve grid, the salt road Guan Yiduan
It is connected to recycled water road, the other end of salt road pipe, which is connected to, to be inhaled on the corresponding secondary valve chest in salt region.
The secondary valve piston includes auxiliary piston body, inhales salt cock body, and the auxiliary piston body, suction salt cock body are mutually fixedly arranged at one
It rises.It is provided with the first secondary valve annular mouth, the second secondary valve annular mouth in the auxiliary piston body circumferential direction, is provided with secondary valve piston in circumferential direction
Bore passages.The first suction salt annular mouth, the second suction salt annular mouth are provided in the suction salt cock body circumferential direction.The auxiliary piston body,
Secondary valve grid group, secondary valve chest are radially set gradually from inside to outside, and the suction salt cock body inhales salt grid group, secondary valve chest diameter
It sets gradually from inside to outside upwards.
The secondary valve piston is in the first extreme position, and secondary valve water inlet F1, sewage draining exit P are communicated, secondary valve hard water water inlet
F3, secondary valve water outlet F2, salt-sucking port H are communicated.Secondary valve piston is in the second extreme position, secondary valve water inlet F1, sewage draining exit P phase
Logical, secondary valve hard water water inlet F3, pair valve water outlet F2 are communicated.Secondary valve piston is in third extreme position, secondary valve hard water water inlet
F3, secondary valve water inlet F1, salt-sucking port H, sewage draining exit P are communicated, and secondary valve water outlet F2, sewage draining exit P are communicated.Secondary valve piston is in the 4th
Extreme position, secondary valve hard water water inlet F3, secondary valve water inlet F1, salt-sucking port H are communicated, and secondary valve water outlet F2, salt-sucking port H are communicated.
Secondary valve piston is in the 5th extreme position, and secondary valve hard water water inlet F3, secondary valve water inlet F1, pair valve water outlet F2 are communicated.
The main valve water outlet Z1 is connected with pair valve water inlet F1, main valve hard water water outlet Z3 and secondary valve hard water water inlet
F3 is connected, and main intake valve Z2 is connected with pair valve water outlet F2.
Further: further including tee tube, two ports of the tee tube are mounted on recycled water road, and tee tube is another
Port is connect with one end of salt road pipe.
Further: it further include main drive motor, secondary driving motor, the main drive motor is used to drive main valve piston,
The pair driving motor is for driving secondary valve piston.
A kind of double tanks using double tank soft water valves soften water treatment facilities, for the water processing control of double resin containers,
Including flowmeter one, timing circuit one, flowmeter two, timing circuit two, soft water valve control, double resin containers are resin container
One G1, two G2 of resin container, one A1 of the first resin container connector are connected with the connector one of one G1 of resin container, and the first resin container connects
Two A2 of interface is connected with the connector two of one G1 of resin container, and flowmeter one, timing circuit one are mounted on the connection of the first resin container
On the connecting pipeline of the connector one of one A1 of mouth and one G1 of resin container or flowmeter one, timing circuit one are mounted on the first tree
On the connecting pipeline of the connector two of two A2 of rouge tank connector and one G1 of resin container.Second resin container connector, one B1 and resin container
The connector one of two G2 is connected, and two B2 of the second resin container connector is connected with the connector two of two G2 of resin container.The stream
Meter two, timing circuit two are mounted on the connecting pipeline of the connector one of one B1 of the second resin container connector and two G2 of resin container
On or flowmeter two, timing circuit two be mounted on the connector two of two B2 of the second resin container connector and two G2 of resin container
On connecting pipeline.The salt-sucking port H is connected to salt box.
The soft water valve control respectively with flowmeter one, timing circuit one, flowmeter two, timing circuit two, main driving
Motor, secondary driving motor connection, the flow information and timing circuit one that the soft water valve control is counted according to flowmeter one are counted
When information control main drive motor, and then realize the switching to the water route of main valve member, the soft water valve control is according to flow
The flow information and two clocking information of timing circuit of two statistics of meter control main drive motor, and then realize the water route to secondary valve member
Switching, by the switching realization of main valve member, secondary valve member water route to the work of double resin containers and reproduced state switching.
Preferred: the flow information that the soft water valve control is counted according to flowmeter one, flowmeter two judges corresponding
Whether resin reaches failpoint in resin container, if reaching failpoint, regenerates to resin in the resin container.
It is preferred: the timing circuit one, timing circuit two in seconds when.
The utility model compared with prior art, has the advantages that
The utility model controls the work and regeneration of two resin containers by an integral valve, realizes holding for water treatment facilities
It is continuous to supply water.Double tank soft water valves in the utility model are made of main valve member, secondary valve member.Main valve member, secondary valve member difference
It is respectively driven by major and minor motor.Main valve member is in lower section, and the work and reproduced state for controlling double resin containers switch, secondary valve member
In the top of control valve, water route switching when resin regeneration in regenerating resin tank is controlled.Main valve member, secondary valve member are by soft water valve
Controller control, with the use of realizing in double tank water treatment facilities the work of resin container and regenerate and stop working.Simultaneously originally
Soft water control valve in utility model is improved the service efficiency of resin in resin container, is met by time and flow double control
The lasting demand with water in industry and life.
Detailed description of the invention
Fig. 1 is main valve member structural schematic diagram
Fig. 2 is main valve chest and main valve grid group structural schematic diagram
Fig. 3 is main valve piston structural schematic diagram
Fig. 4 is secondary valve member structural schematic diagram
Fig. 5 is secondary valve chest and secondary valve grid group structural schematic diagram
Fig. 6 is secondary valve piston structural schematic diagram
Fig. 7 main valve piston working position one secondary valve piston adverse current inhales salt schematic diagram
One secondary valve piston backwash schematic diagram of Fig. 8 main valve piston working position
One secondary valve piston of Fig. 9 main valve piston working position expresses schematic diagram
One secondary valve piston of Figure 10 main valve piston working position fills the water position schematic diagram
One secondary valve piston of Figure 11 main valve piston working position waits position schematic diagram
Figure 12 main valve piston working position two secondary valve pistons adverse current inhales salt schematic diagram
Two secondary valve piston backwash schematic diagram of Figure 13 main valve piston working position
Two secondary valve piston of Figure 14 main valve piston working position expresses schematic diagram
Two secondary valve piston of Figure 15 main valve piston working position fills the water position schematic diagram
Two secondary valve piston of Figure 16 main valve piston working position waits position schematic diagram
Specific embodiment
In the following with reference to the drawings and specific embodiments, the utility model is furtherd elucidate, it should be understood that these examples are only used for
Bright the utility model rather than limitation the scope of the utility model, after having read the utility model, those skilled in the art
Member falls within the application range as defined in the appended claims to the modification of the various equivalent forms of the utility model.
A kind of double tank soft water valves, including main valve member 1 and secondary valve member 2, the main valve member 1 is in lower section, control
The work of double resin containers and reproduced state switch, the pair valve member 2 above, when controlling resin regeneration in regenerating resin tank
The water route of each work step switches.
As shown in Figure 1-3, the main valve member 1 includes main valve shell 11, main valve piston 12, main valve grid group 13, partition
14, in which:
As shown in Fig. 2, the partition 14 is set in main valve shell 11,11 inner space of main valve shell is divided into two
Point, respectively the first main valve space and the second main valve space.
The main valve grid group 13 includes the first main valve grid, the second main valve grid, third main valve grid, the 4th main valve lattice
Grid, the 5th main valve grid, the 6th main valve grid, the 7th main valve grid, the 8th main valve grid.The first main valve grid, second
Main valve grid, third main valve grid, the 4th main valve grid are sequentially arranged in the first main valve space, the 5th main valve grid,
6th main valve grid, the 7th main valve grid, the 8th main valve grid are sequentially arranged in the second main valve space.
Main valve water outlet Z1, main intake valve Z2, main valve hard water water outlet Z3, first are provided on the main valve shell 11
One A1 of resin container connector, two A2 of the first resin container connector, one B1 of the second resin container connector, the second resin container connector two
B2, hard water water inlet Y and soft water water outlet R, wherein one B1 of the second resin container connector be located at third main valve grid,
Between 4th main valve grid, main valve hard water water outlet Z3 is between the second main valve grid, third main valve grid, the first resin container
For one A1 of connector between the first main valve grid, the second main valve grid, main valve water outlet Z1 is located at the first main valve grid and master
Between the side wall of valve chest 11, hard water water inlet Y is between the second main valve grid, third main valve grid.The main valve water inlet
For mouth Z2 between the 5th main valve grid and partition 14, two A2 of the first resin container connector is located at the 6th main valve grid, the 7th master
Between valve grid, two B2 of the second resin container connector is between the 7th main valve grid, the 8th main valve grid, soft water water outlet R
Between the 6th main valve grid, the 7th main valve grid.
As shown in figure 3, main valve piston 12 includes primary piston body 1, primary piston body 2 122 and connecting rod 123, the master
Piston body 1 is set in the first main valve space, and primary piston body 2 122 is set in the second main valve space, the connecting rod 123
One end is fixedly connected with primary piston body 1, and the other end passes through partition 14 and is fixedly connected with primary piston body 2 122.The main work
It is provided with the first main valve annular mouth 1211 in one 121 circumferential direction of cock body, the first main valve piston bore passages 1212 are provided in axial direction.
It is provided with the second main valve annular mouth 1221 in 2 122 circumferential direction of primary piston body, the second main valve piston inner cavity is provided in axial direction
Channel 1222.The main valve piston 12, main valve grid group 13, main valve shell 11 are radially set gradually from inside to outside.
The main valve piston 12 is in extreme position one, and hard water water inlet Y, one A1 of the first resin container connector, main valve are hard
Water water outlet Z3 is communicated, and one B1 of the second resin container connector, main valve water outlet Z1 are communicated, main intake valve Z2, the second resin container
Two B2 of connector is communicated, and two A2 of the first resin container connector, soft water water outlet R are communicated.
The main valve piston 12 is in extreme position two, and hard water water inlet Y, one B1 of the second resin container connector, main valve are hard
Water water outlet Z3 is communicated, and one A1 of the first resin container connector, main valve water outlet Z1 are communicated, two B2 of the second resin container connector, soft
Water water outlet R is communicated, and main intake valve Z2, two A2 of the first resin container connector are communicated.
Cooperated by the position of main valve piston 12, main valve grid group 13, realize resin container working position and regenerates the switching of position.
As Figure 4-Figure 6, the secondary valve member 2 includes secondary valve chest 21, secondary valve piston 22, secondary valve grid group 24, inhales salt
Grid group 25, salt road pipe 27, regeneration water route 28, in which:
The pair valve grid group 24 includes the first secondary valve grid, the second secondary valve grid, third pair valve grid, fourth officer valve lattice
Grid, the 5th secondary valve grid, the suction salt grid group 25 include the first suction salt grid, the second suction salt grid.Described first secondary valve lattice
Grid, the second secondary valve grid, third pair valve grid, fourth officer valve grid, the 5th secondary valve grid, first inhale salt grid, the second suction salt
Grid is sequentially arranged in secondary valve chest 21.
As shown in figure 5, be provided on the pair valve chest 21 secondary valve water inlet F1, secondary valve water outlet F2, secondary valve hard water into
Mouth of a river F3, sewage draining exit P, salt-sucking port H, the pair valve water inlet F1 is located between the second secondary valve grid, third pair valve grid, described
Secondary valve water inlet F1 is located between the second secondary valve grid, third pair valve grid, and secondary valve hard water water inlet F3 is located at third pair valve lattice
Between grid, fourth officer valve grid, secondary valve water outlet F2 is located between fourth officer valve grid, the 5th secondary valve grid, the sewage draining exit P
Between the first secondary valve grid, the second secondary valve grid, the salt-sucking port H be located at first inhale salt grid, second inhale salt grid it
Between, the described second space for inhaling between salt grid and the side wall of secondary valve chest 21, which is constituted, inhales salt region 26.
Described regeneration 28 one end of water route is connected on the secondary valve chest 21 between third pair valve grid, fourth officer valve grid,
And the other end for regenerating water route 28 is connected on the secondary valve chest 21 between fourth officer valve grid, the 5th secondary valve grid, the salt
Pipe 27 one end in road is connected on regeneration water route 28, and the other end of salt road pipe 27, which is connected to, inhales the corresponding secondary valve in salt region 26
On shell 21.
As shown in fig. 6, the secondary valve piston 22 include auxiliary piston body 221, inhale salt cock body 222, the auxiliary piston body 221,
Salt cock body 222 is inhaled mutually to be consolidated.The first secondary valve annular mouth 2211, second is provided in 221 circumferential direction of auxiliary piston body
Secondary valve annular mouth 2212 is provided with secondary valve piston bore passages 2213 in circumferential direction.Is provided in 222 circumferential direction of suction salt cock body
One, which inhales salt annular mouth 2221, second, inhales salt annular mouth 2222.The auxiliary piston body 221, secondary valve grid group 24, secondary valve chest 21
It radially sets gradually from inside to outside, the suction salt cock body 222 inhales salt grid group 25, secondary valve chest 21 radially from inside to outside
It sets gradually.
The secondary valve piston 22 is in the first extreme position, and secondary valve water inlet F1, sewage draining exit P are communicated, secondary valve hard water water inlet
Mouth F3, secondary valve water outlet F2, salt-sucking port H are communicated.Secondary valve piston 22 is in the second extreme position, secondary valve water inlet F1, sewage draining exit P
It communicates, secondary valve hard water water inlet F3, pair valve water outlet F2 are communicated.Secondary valve piston 22 is in third extreme position, secondary valve hard water into
Mouth of a river F3, secondary valve water inlet F1, salt-sucking port H, sewage draining exit P are communicated, and secondary valve water outlet F2, sewage draining exit P are communicated.At secondary valve piston 22
In the 4th extreme position, secondary valve hard water water inlet F3, secondary valve water inlet F1, salt-sucking port H are communicated, secondary valve water outlet F2, salt-sucking port H
It communicates.Secondary valve piston 22 is in the 5th extreme position, secondary valve hard water water inlet F3, secondary valve water inlet F1, secondary valve water outlet F2 phase
It is logical.
The main valve water outlet Z1 is connected with pair valve water inlet F1, main valve hard water water outlet Z3 and secondary valve hard water water inlet
F3 is connected, and main intake valve Z2 is connected with pair valve water outlet F2.
It further include tee tube 23,23 two ports of the tee tube are mounted on regeneration water route 28, and tee tube 23 is another
Port is connect with one end of salt road pipe 27.
By secondary valve piston 22, secondary valve grid group 24, salt grid group 25, salt road pipe 27, the cooperation for regenerating water route 28 are inhaled, it is real
Now regenerate the regeneration of resin in the resin container of position.
Further include main drive motor, secondary driving motor, the main drive motor be used to driving the movement of main valve piston 12 with
Stop, to realize that one G1 of resin container, the work of two G2 of resin container and reproduced state switch, the pair driving motor is for driving
The movement and stopping of secondary valve piston 22, to realize that the adverse current of resin regeneration in regeneration one G1 of position resin container, two G2 of resin container is inhaled
Salt, inhales salt, water filling and rest at backwash.
A kind of double tanks using double tank soft water valves soften water treatment facilities, for the water processing control of double resin containers,
Including flowmeter one, timing circuit one, flowmeter two, timing circuit two, soft water valve control, double resin containers are resin container
One G1, two G2 of resin container, one A1 of the first resin container connector are connected with the connector one of one G1 of resin container, and the first resin container connects
Two A2 of interface is connected with the connector two of one G1 of resin container, and flowmeter one, timing circuit one are mounted on the connection of the first resin container
On the connecting pipeline of the connector one of one A1 of mouth and one G1 of resin container or flowmeter one, timing circuit one are mounted on the first tree
On the connecting pipeline of the connector two of two A2 of rouge tank connector and one G1 of resin container.Second resin container connector, one B1 and resin container
The connector one of two G2 is connected, and two B2 of the second resin container connector is connected with the connector two of two G2 of resin container.The stream
Meter two, timing circuit two are mounted on the connecting pipeline of the connector one of one B1 of the second resin container connector and two G2 of resin container
On or flowmeter two, timing circuit two be mounted on the connector two of two B2 of the second resin container connector and two G2 of resin container
On connecting pipeline.The salt-sucking port H is connected to salt box.
The soft water valve control respectively with flowmeter one, timing circuit one, flowmeter two, timing circuit two, main driving
Motor, secondary driving motor connection, the flow information and timing circuit one that the soft water valve control is counted according to flowmeter one are counted
When information control main drive motor, and then realize the switching to the water route of main valve member 1, the soft water valve control is according to flow
The flow information and two clocking information of timing circuit of two statistics of meter control main drive motor, and then realize the water to secondary valve member 2
Work and reproduced state to double resin containers are realized in the switching on road by the switching of main valve member 1,2 water route of secondary valve member
Switching.
The flow information that the soft water valve control is counted according to flowmeter one, flowmeter two, judges corresponding resin container
Whether interior resin reaches failpoint, if reaching failpoint, regenerates to resin in the resin container.The timing circuit one,
Timing circuit two can judge that resin accumulation uses the time accurately to day, minute, second timing.To the exchange tree in water treatment facilities
Rouge carries out time and the dual monitoring of flow.
The work and regeneration of double resin containers are divided into one G1 of resin container work two G2 of resin container regeneration and one G1 of resin container regenerates
Two G2 of resin container work.
One, one G1 of resin container work, two G2 of resin container regeneration
As shown in fig. 7, salt state is inhaled for one G1 work of resin container-resin container two G2 adverse current, at this point, main valve piston 12 is in
Extreme position one (working position one), secondary valve piston 22 are in the first extreme position, i.e. secondary valve piston 22 rests on adverse current suction salt position,
Hard water enters from hard water water inlet Y, is divided into two, and is formed all the way by the second main valve grid and the first main valve annular mouth 1211
Channel goes out to enter one G1 of resin container, swap by the resin in one G1 of resin container from one A1 of the first resin container connector, will
Water after softening enters main valve member from two A2 of the first resin container connector again after coming out from one G1 of resin container, by the 6th main valve
The channel that grid and the second main valve annular mouth 1221 are formed enters in family's use or industrial pipeline from soft water water outlet R
It goes.In addition the channel formed all the way by the second main valve grid and the first main valve annular mouth 1211, from main valve hard water water outlet Z3
Out, enter secondary valve member from secondary valve hard water water inlet F3, the hard water (recycled water) that secondary valve hard water water inlet F3 enters passes through second
Secondary valve annular mouth 2212 enters regeneration water route 28, flows out after regenerating water route 28 from secondary valve water outlet F2, at this point, due to inhaling
Salt mouth H, salt road pipe 27, regeneration communicate between water route 28, therefore can generate siphonage, and salt-sucking port H generates siphon due to pressure difference
The exchange salt water that resin regeneration is sucked from salt box is acted on, exchange salt water enters regeneration water route through salt-sucking port H, salt road pipe 27
28, go out from secondary valve water outlet F2, enters main valve member from main intake valve Z2, it is logical from the second main valve piston bore passages 1222
It crosses, goes out to enter regeneration two G2 central tube of position resin container from two B2 of the second resin container connector, by the water in two G2 of resin container from tree
Rouge tank mouth portion from one B1 of the second resin container connector enters main valve member after coming out, logical from the first main valve piston bore passages 1212
It crosses, enters secondary valve water inlet F1 from main valve water outlet Z1, formed by the second secondary valve grid and the first secondary valve annular mouth 2211
Channel, then brine discharge will be exchanged into sewer from sewage draining exit P.
As shown in figure 8, being one G1 work of resin container-two G2 backwash state of resin container, main valve piston 12 is in extreme position
One (working position one), secondary valve piston 22 are in the second extreme position, i.e. secondary valve piston 22 rests on backwash position.Pass through timing
Device two, flowmeter two drains net time to water in two G2 of primary resin tank and flow counts, and water drains in two G2 of primary resin tank
It is all the salt water of resin regeneration in two G2 of resin container, soft water valve control controls secondary electrohydraulic valve actuator machine, by secondary valve piston after net
22 are moved to backwash position, at this time since pressure balance siphonage disappears, go out from main valve hard water water outlet Z3 from secondary valve hard water
Water inlet F3 enters the water of secondary valve member, by the channel that fourth officer valve grid and the second secondary valve annular mouth 2212 are formed, directly
Enter main intake valve Z2 from secondary valve water outlet F2, pass through from the second main valve piston bore passages 1222, connects from the second resin container
Two B2 of interface goes out to enter regeneration two G2 central tube of position resin container, from resin container two G2 below regeneration swapped to resin, then from
Two G2 oral area of resin container from one B1 of the second resin container connector enters main valve member after coming out, from the first main valve piston bore passages
1212 pass through, and enter secondary valve water inlet F1 from main valve water outlet Z1, by the second secondary valve grid and the first secondary valve annular mouth 2211
Exchange salt water is discharged into sewer by the channel of formation from sewage draining exit P.
As shown in figure 9, expressing state for one G1 work of resin container-two G2 of resin container, main valve piston 12 is in extreme position
One, secondary valve piston 22 is in third extreme position, i.e., secondary valve piston 22, which rests on, expresses position.Pass through timer two and flowmeter
Two pairs of two G2 reproduction times of resin container and flow count, and after the completion of two G2 of resin container regeneration, the control of soft water valve control is secondary
Secondary valve piston 22 is moved to and expresses position by electrohydraulic valve actuator machine, goes out from main valve hard water water outlet Z3 from secondary valve hard water intake at this time
Mouth F3 enters the water of secondary valve member, by the channel that third pair valve grid and the first secondary valve annular mouth 2211 are formed, directly from pair
Valve water inlet F1 goes out from main valve water outlet Z1 to enter main valve member, passes through from the first main valve piston bore passages 1212, then from the
Two resin container connectors, one B1 goes out, and enters from two G2 oral area surrounding of resin container, is just being washed above resin to resin, by resin
Salt water in two G2 of tank exits into two B2 of the second resin container connector from resin container center port, by the second main valve piston
Chamber channel 1222 goes out from main intake valve Z2, enters secondary valve water outlet F2, by the 5th secondary valve grid and the second secondary valve collar shape
The channels that mouth 2212 is formed are being passed through secondary valve piston bore passages 2213, are being discharged into sewer from secondary valve sewage draining exit P.
It as shown in Figure 10, is one G1 work of resin container-two G2 charging state of resin container, main valve piston 12 is in extreme position
One, secondary valve piston 22 is in the 4th extreme position, i.e. secondary valve piston 22 rests on location of water injection.Pass through timer two, flowmeter
Two couples of two G2 of resin container express the deadline and flow counts, after the completion of two G2 of resin container is expressed, soft water valve control
Secondary electrohydraulic valve actuator machine is controlled, secondary valve piston 22 is moved to location of water injection, is gone out at this time from main valve hard water water outlet Z3 hard from secondary valve
The water that water water inlet F3 enters secondary valve member is divided into two, and introduces the water into salt box from suction salt route all the way, carries out dissolved salt, for next time
Resin regeneration prepares, that is, passes sequentially through secondary valve hard water water inlet F3, third pair valve grid and the first secondary valve annular mouth 2211 and formed
Channel, regeneration water route 28, the 5th secondary valve grid formed with the second secondary valve annular mouth 2212 channel, the first suction salt grid and the
The channel of the one suction formation of salt annular mouth 2221, salt-sucking port H enter salt box.In addition secondary by third pair valve grid and first all the way
The channel that valve annular mouth 2211 is formed directly goes out from main valve water outlet Z1 from secondary valve water inlet F1 and enters main valve member, from first
Main valve piston bore passages 1212 are entered by going out again from one B1 of the second resin container connector from two G2 oral area surrounding of resin container,
Resin is just being washed above resin, the salt water in two G2 of resin container is exited into the second resin from resin container center port
Two B2 of tank connector goes out to enter secondary valve water outlet F2 by the second main valve piston bore passages 1222 from main intake valve Z2,
Salt grid and first successively, which is inhaled, by the channel of the 5th secondary valve grid and the second secondary 2212 formation of valve annular mouth, first inhales salt annular
The channel of 2221 formation of mouth, salt-sucking port H, enter salt box.
It as shown in figure 11, is one G1 work of resin container-two G2 halted state of resin container, main valve piston 12 is in extreme position
One, secondary valve piston 22 is in the 5th extreme position, i.e., secondary valve piston 22, which rests on, waits position.Pass through timer two, flowmeter two
Two G2 water injection time of resin container and flow are counted, after the completion of two G2 of resin container water filling, all regeneration of two G2 of resin container
Step is completed, and is waited and being used into switching next time, and soft water valve control controls pair electrohydraulic valve actuator machine, and secondary valve piston 22 is moved to
Position is waited, the intake-outlet pressure balance of two G2 of resin container at this time is anhydrous to enter also anhydrous discharge.
Two, one G1 regenerating resin tank of resin container, two G2 works
As shown in figure 12, salt state is inhaled for two G2 work of resin container-resin container one G1 adverse current, at this point, at main valve piston 12
In extreme position two (working position two), secondary valve piston 22 is in the first extreme position, i.e. secondary valve piston 22 rests on adverse current suction salt
Position, one G1 of resin container work two G2 of resin container regeneration when, before time or flow reach efficiency lost resin, for avoid hard water into
Enter family or industrial pipeline, soft water valve control driving main valve piston 12 is moved to working position two, i.e. main valve piston 12 is in
Extreme position two.Hard water enters from hard water water inlet Y, is divided into two, all the way by third main valve grid and the first main valve annular
The channels that mouth 1211 is formed go out to enter two G2 of resin container, by the tree in two G2 of resin container from one B1 of the second resin container connector
Rouge swaps, and enters main valve portion from two B2 of the second resin container connector again after the water after softening is come out from two G2 of resin container
Part enters family from soft water water outlet R and uses by the channel that the 7th main valve grid and the second main valve annular mouth 1221 are formed
Or in industrial pipeline.In addition the channel formed all the way by third main valve grid and the first main valve annular mouth 1211, from master
Valve hard water water outlet Z3, which goes out from secondary valve hard water water inlet F3, enters secondary valve member, and secondary valve piston 22 is in the first extreme position at this time
(rest on adverse current and inhale salt position), the hard water (recycled water) that secondary valve hard water water inlet F3 enters enters regeneration water route 28, through regenerating
Water route 28 is flowed out from secondary valve water outlet F2, at this point, since salt-sucking port H, salt road pipe 27, regeneration communicate between water route 28, meeting
Siphonage is generated, salt-sucking port H generates the exchange salt water that siphonage sucks resin regeneration from salt box, exchange due to pressure difference
Salt water enters regeneration water route 28 through salt-sucking port H, salt road pipe 27, goes out from secondary valve water outlet F2, enters master from main intake valve Z2
Valve member passes through the 5th main valve grid, goes out to enter regeneration one G1 central tube of position resin container from two A2 of the first resin container connector, will
Water in one G1 of resin container from one A1 of the first resin container connector enters main valve member after coming out from resin container oral area, passes through first
Main valve grid enters secondary valve water inlet F1 from main valve water outlet Z1, by the second secondary valve grid and the first secondary valve annular mouth 2211
Exchange salt water is discharged into sewer by the channel of formation from sewage draining exit P.
It as shown in figure 13, is two G2 work of resin container-one G1 backwash state of resin container, at this point, main valve piston 12 is in pole
Extreme position two (working position two), secondary valve piston 22 are in the second extreme position, i.e. secondary valve piston 22 rests on backwash position, passes through meter
When device one, water discharge time and flow are counted in one G1 of flowmeter a pair of primary resin tank, when water drains in one G1 of primary resin tank
It is all the salt water of resin regeneration in one G1 of resin container, soft water valve control controls secondary electrohydraulic valve actuator machine, by secondary valve piston after net
22 are moved to backwash position, at this time due to pressure balance siphonage disappear, from main valve hard water water outlet Z3 go out from secondary valve hard water into
Mouth of a river F3 enters the water of secondary valve member, by the channel that fourth officer valve grid and the second secondary valve annular mouth 2212 are formed, directly from
Secondary valve water outlet F2 enters main intake valve Z2, passes through the 5th main valve grid, goes out to enter again from two A2 of the first resin container connector
Raw one G1 central tube of position resin container, from resin below regeneration swapped to resin, then from resin container oral area out after from first
One A1 of resin container connector enters main valve member, passes through the first main valve grid, enters secondary valve water inlet F1 from main valve water outlet Z1,
By the channel that the second secondary valve grid and the first secondary valve annular mouth 2211 are formed, exchange salt water is discharged into from sewage draining exit P and is lauched
In road.
As shown in figure 14, state is expressed for two G2 work of resin container-one G1 of resin container, at this point, main valve piston 12 is in pole
Extreme position two (working position two), secondary valve piston 22 are in third extreme position, i.e., secondary valve piston 22, which rests on, expresses position, pass through meter
When device one, one G1 reproduction time of flowmeter a pair of resin container and flow counted, when one G1 of resin container regeneration after the completion of, soft water
Valve control controls secondary electrohydraulic valve actuator machine, and secondary valve piston 22 is moved to and expresses position, is gone out at this time from main valve hard water water outlet Z3
The water for entering secondary valve member from secondary valve hard water water inlet F3 is formed by third pair valve grid and the first secondary valve annular mouth 2211
Channel directly goes out from main valve water outlet Z1 to enter main valve member from secondary valve water inlet F1, passes through the first main valve grid, then from first
One A1 of resin container connector, which goes out from one G1 oral area surrounding of resin container, to be entered, and is just being washed above resin to resin, by resin container
Salt water in one G1 exits into two A2 of the first resin container connector from resin container center port, passes through the 5th main valve grid, from
Main intake valve Z2 goes out, and enters secondary valve water outlet F2, successively by fourth officer valve grid and the second secondary 2212 shape of valve annular mouth
At channel, secondary valve piston bore passages 2213, be discharged into sewer from secondary valve sewage draining exit P.
It as shown in figure 15, is two G2 work of resin container-one G1 charging state of resin container, at this point, main valve piston 12 is in pole
Extreme position two (working position two), secondary valve piston 22 are in the 4th extreme position, i.e. secondary valve piston 22 rests on water filling position, pass through meter
When device one, one G1 of flowmeter a pair of resin container expresses the time and flow is counted, after the completion of one G1 of resin container expresses step,
Soft water valve control controls secondary electrohydraulic valve actuator machine, secondary valve piston 22 is moved to water filling position, at this time from main valve hard water water outlet Z3
It is divided into two out from the water that secondary valve hard water water inlet F3 enters secondary valve member, introduces the water into salt box from suction salt route all the way, carry out
Dissolved salt prepares for next resin regeneration, that is, passes sequentially through secondary valve hard water water inlet F3, by third pair valve grid and the first secondary valve
Channel that annular mouth 2211 is formed, regeneration water route 28, the channel of the 5th secondary valve grid and the second secondary 2212 formation of valve annular mouth, the
One, which inhales salt grid and first, inhales channel, the salt-sucking port H that salt annular mouth 2221 is formed, and enters salt box.In addition pass through third all the way
The channel that secondary valve grid and the first secondary valve annular mouth 2211 are formed, directly goes out from main valve water outlet Z1 from secondary valve water inlet F1 and enters
Main valve member passes through the first main valve grid, goes out from one A1 of the first resin container connector from one G1 oral area surrounding of resin container and enters, from
Resin is just being washed above resin, the salt water in one G1 of resin container is exited into the first resin container from resin container center port
Two A2 of connector passes through the 5th main valve grid, goes out from main intake valve Z2, enter secondary valve water outlet F2, successively passes through the 5th
What channel, the first suction salt grid and the first suction salt annular mouth 2221 that secondary valve grid and the second secondary valve annular mouth 2212 are formed were formed
Channel, salt-sucking port H, enter salt box.
It as shown in figure 16, is two G2 work of resin container-one G1 halted state of resin container, at this point, main valve piston 12 is in pole
Extreme position two (working position two), secondary valve piston 22 are in the 5th extreme position, i.e., secondary valve piston 22, which rests on, waits position, pass through meter
When device one, one G1 water injection time of flowmeter a pair of resin container and flow counted, when one G1 of resin container water filling after the completion of, resin
All regeneration steps of one G1 of tank are completed, and are waited and being used into switching next time, and soft water valve control controls pair electrohydraulic valve actuator machine, will be secondary
Valve piston 22, which is moved to, waits position, and the intake-outlet pressure balance of one G1 of resin container at this time is anhydrous to enter also anhydrous discharge.
The utility model controls the work and regeneration of double resin containers by main valve member and secondary valve member, realizes family and work
The supply requirement of the lasting soft water of industry reduces a soft water control valve and soft water valve with conventional double tank water treatment facilities ratios
Controller entirely controls simpler, more power saving, reduces the assembling and use cost of soft brush treatment device.
The above is only the preferred embodiment of the utility model, it should be pointed out that: for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of double tank soft water valves, it is characterised in that: including main valve member (1) and secondary valve member (2), the main valve member (1)
Work and reproduced state for controlling double resin containers switch, and the pair valve member (2) is used to control the resin container of reproduced state
Water route switching when interior resin regeneration.
2. double tank soft water valves according to claim 1, it is characterised in that: the main valve member (1) include main valve shell (11),
Main valve piston (12), main valve grid group (13), partition (14), in which:
The partition (14) is set in main valve shell (11), main valve shell (11) inner space is divided into two parts, respectively
First main valve space and the second main valve space；
The main valve grid group (13) includes the first main valve grid, the second main valve grid, third main valve grid, the 4th main valve lattice
Grid, the 5th main valve grid, the 6th main valve grid, the 7th main valve grid, the 8th main valve grid；The first main valve grid, second
Main valve grid, third main valve grid, the 4th main valve grid are sequentially arranged in the first main valve space, the 5th main valve grid,
6th main valve grid, the 7th main valve grid, the 8th main valve grid are sequentially arranged in the second main valve space；
Main valve water outlet Z1, main intake valve Z2, main valve hard water water outlet Z3, the first tree are provided on the main valve shell (11)
One A1 of rouge tank connector, two A2 of the first resin container connector, one B1 of the second resin container connector, the second resin container connector two
B2, hard water water inlet Y and soft water water outlet R, wherein one B1 of the second resin container connector be located at third main valve grid,
Between 4th main valve grid, main valve hard water water outlet Z3 is between the second main valve grid, third main valve grid, the first resin container
For one A1 of connector between the first main valve grid, the second main valve grid, main valve water outlet Z1 is located at the first main valve grid and master
Between the side wall of valve chest (11), hard water water inlet Y is between the second main valve grid, third main valve grid；The main valve into
For mouth of a river Z2 between the 5th main valve grid and partition (14), two A2 of the first resin container connector is located at the 6th main valve grid,
Between seven main valve grids, two B2 of the second resin container connector is between the 7th main valve grid, the 8th main valve grid, soft water water outlet
Mouth R is between the 6th main valve grid, the 7th main valve grid；
Main valve piston (12) includes primary piston body one (121), primary piston body two (122) and connecting rod (123), the primary piston body
One (121) are set in the first main valve space, and primary piston body two (122) is set in the second main valve space, the connecting rod (123)
One end is fixedly connected with primary piston body one (121), and the other end passes through partition (14) and is fixedly connected with primary piston body two (122)；Institute
It states and is provided with the first main valve annular mouth (1211) in primary piston body one (121) circumferential direction, be provided in the first main valve piston in axial direction
Chamber channel (1212)；It is provided with the second main valve annular mouth (1221) in primary piston body two (122) circumferential direction, is provided in axial direction
Second main valve piston bore passages (1222)；The main valve piston (12), main valve grid group (13), main valve shell (11) are radially
It sets gradually from inside to outside；
The main valve piston (12) is in extreme position one, hard water water inlet Y, one A1 of the first resin container connector, main valve hard water
Water outlet Z3 is communicated, and one B1 of the second resin container connector, main valve water outlet Z1 are communicated, and main intake valve Z2, the second resin container connect
Two B2 of interface is communicated, and two A2 of the first resin container connector, soft water water outlet R are communicated；
The main valve piston (12) is in extreme position two, hard water water inlet Y, one B1 of the second resin container connector, main valve hard water
Water outlet Z3 is communicated, and one A1 of the first resin container connector, main valve water outlet Z1 are communicated, two B2 of the second resin container connector, soft water
Water outlet R is communicated, and main intake valve Z2, two A2 of the first resin container connector are communicated.
3. double tank soft water valves according to claim 2, it is characterised in that: the pair valve member (2) include secondary valve chest (21),
Secondary valve piston (22), inhales salt grid group (25), salt road pipe (27), regeneration water route (28) at secondary valve grid group (24), in which:
The pair valve grid group (24) includes the first secondary valve grid, the second secondary valve grid, third pair valve grid, fourth officer valve lattice
Grid, the 5th secondary valve grid, the suction salt grid group (25) include the first suction salt grid, the second suction salt grid；Described first secondary valve
Grid, the second secondary valve grid, third pair valve grid, fourth officer valve grid, the 5th secondary valve grid, first inhale salt grid, the second suction
Salt grid is sequentially arranged in secondary valve chest (21)；
Secondary valve water inlet F1, secondary valve water outlet F2, secondary valve hard water water inlet F3, sewage draining exit are provided on the pair valve chest (21)
P, salt-sucking port H, the pair valve water inlet F1 are located between the second secondary valve grid, third pair valve grid, the pair valve water inlet F1
Between the second secondary valve grid, third pair valve grid, secondary valve hard water water inlet F3 is located at third pair valve grid, fourth officer valve lattice
Between grid, secondary valve water outlet F2 is located between fourth officer valve grid, the 5th secondary valve grid, and the sewage draining exit P is located at the first secondary valve
Between grid, the second secondary valve grid, the salt-sucking port H is located at first and inhales between salt grid, the second suction salt grid, and described second inhales
Space between salt grid and the side wall of secondary valve chest (21), which is constituted, inhales salt region (26)；
Described regeneration water route (28) one end is connected on the secondary valve chest (21) between third pair valve grid, fourth officer valve grid,
And the other end for regenerating water route (28) is connected on the secondary valve chest (21) between fourth officer valve grid, the 5th secondary valve grid, institute
The road Shu Yan pipe (27) one end is connected in regeneration water route (28), and the other end of the salt road pipe (27), which is connected to, inhales salt region (26)
On corresponding pair valve chest (21)；
The secondary valve piston (22) includes auxiliary piston body (221), inhales salt cock body (222), and the auxiliary piston body (221) inhales salt plug
Body (222) is mutually consolidated；The first secondary valve annular mouth (2211), second are provided in auxiliary piston body (221) circumferential direction
Secondary valve annular mouth (2212) is provided with secondary valve piston bore passages (2213) in circumferential direction；It is set in suction salt cock body (222) circumferential direction
It is equipped with the first suction salt annular mouth (2221), the second suction salt annular mouth (2222)；The auxiliary piston body (221), secondary valve grid group
(24), secondary valve chest (21) radially sets gradually from inside to outside, and the suction salt cock body (222) inhales salt grid group (25), secondary valve
Shell (21) is radially set gradually from inside to outside；
The secondary valve piston (22) is in the first extreme position, and secondary valve water inlet F1, sewage draining exit P are communicated, secondary valve hard water water inlet
F3, secondary valve water outlet F2, salt-sucking port H are communicated；Secondary valve piston (22) is in the second extreme position, secondary valve water inlet F1, sewage draining exit P
It communicates, secondary valve hard water water inlet F3, pair valve water outlet F2 are communicated；Secondary valve piston (22) is in third extreme position, secondary valve hard water
Water inlet F3, secondary valve water inlet F1, salt-sucking port H, sewage draining exit P are communicated, and secondary valve water outlet F2, sewage draining exit P are communicated；Secondary valve piston
(22) it is in the 4th extreme position, secondary valve hard water water inlet F3, secondary valve water inlet F1, salt-sucking port H are communicated, secondary valve water outlet F2,
Salt-sucking port H is communicated；Secondary valve piston (22) is in the 5th extreme position, and secondary valve hard water water inlet F3, secondary valve water inlet F1, secondary valve go out
Mouth of a river F2 is communicated；
The main valve water outlet Z1 is connected with pair valve water inlet F1, main valve hard water water outlet Z3 and secondary valve hard water water inlet F3 phase
Connection, main intake valve Z2 are connected with pair valve water outlet F2.
4. double tank soft water valves according to claim 3, it is characterised in that: it further include tee tube (23), the tee tube (23)
Two ports are mounted in regeneration water route (28), and tee tube (23) another port is connect with one end of salt road pipe (27).
5. double tank soft water valves according to claim 3, it is characterised in that: it further include main drive motor, secondary driving motor, it is described
Main drive motor is for driving main valve piston (12), and the pair driving motor is for driving secondary valve piston (22).
6. a kind of water treatment facilities using double tank soft water valves described in claim 5, for the water processing control of double resin containers,
It is characterized by comprising flowmeter one, timing circuit one, flowmeter two, timing circuit two, soft water valve control, double trees
Rouge tank is one G1 of resin container, two G2 of resin container, and one A1 of the first resin container connector is connected with the connector one of one G1 of resin container,
First resin container connector, two A2 is connected with the connector two of one G1 of resin container, and flowmeter one, timing circuit one are mounted on
On the connecting pipeline of the connector one of one resin container connector, one A1 and one G1 of resin container or flowmeter one, timing circuit one
It is mounted on the connecting pipeline of the connector two of two A2 of the first resin container connector and one G1 of resin container；Second resin container connector
One B1 is connected with the connector one of two G2 of resin container, the connector two-phase of two B2 of the second resin container connector and two G2 of resin container
Connection；The flowmeter two, timing circuit two are mounted on the connector one of one B1 of the second resin container connector Yu two G2 of resin container
Connecting pipeline on or flowmeter two, timing circuit two be mounted on two B2 of the second resin container connector and two G2 of resin container
On the connecting pipeline of connector two；The salt-sucking port H is connected to salt box；
The soft water valve control respectively with flowmeter one, timing circuit one, flowmeter two, timing circuit two, main drive motor,
Secondary driving motor connection, one clocking information of flow information and timing circuit that the soft water valve control is counted according to flowmeter one
Main drive motor is controlled, and then realizes that the soft water valve control is according to flowmeter two to the switching in the water route of main valve member (1)
The flow information and two clocking information of timing circuit of statistics control main drive motor, and then realize the water route to secondary valve member (2)
Switching, work to double resin containers is realized by the switching of main valve member (1), secondary valve member (2) water route and regenerates shape
State switching.
7. water treatment facilities according to claim 6, it is characterised in that: the soft water valve control is according to flowmeter one, stream
The flow information that meter two counts, judges whether resin reaches failpoint in corresponding resin container, if reaching failpoint, to this
Resin is regenerated in resin container.
8. water treatment facilities according to claim 7, it is characterised in that: the timing circuit one, timing circuit two are in seconds
When.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821321008.8U CN208747691U (en) | 2018-08-16 | 2018-08-16 | A kind of double tank soft water valves and water treatment facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821321008.8U CN208747691U (en) | 2018-08-16 | 2018-08-16 | A kind of double tank soft water valves and water treatment facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208747691U true CN208747691U (en) | 2019-04-16 |
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ID=66080488
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821321008.8U Active CN208747691U (en) | 2018-08-16 | 2018-08-16 | A kind of double tank soft water valves and water treatment facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208747691U (en) |
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2018
- 2018-08-16 CN CN201821321008.8U patent/CN208747691U/en active Active
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