CN201002978Y - Multiplex control valve for water softening device - Google Patents
Multiplex control valve for water softening device Download PDFInfo
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- CN201002978Y CN201002978Y CNU2007200186909U CN200720018690U CN201002978Y CN 201002978 Y CN201002978 Y CN 201002978Y CN U2007200186909 U CNU2007200186909 U CN U2007200186909U CN 200720018690 U CN200720018690 U CN 200720018690U CN 201002978 Y CN201002978 Y CN 201002978Y
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Abstract
The utility model discloses a multi-path control valve used in soft water treating devices. The utility model is made through mutual butt seal of two pairs of movable valve plates(5)(30) which are arranged in a valve body(10) and two resting valve plates(6)(29). Through holes which are arranged correspondingly on the two pairs of the movable valve plates and the end surfaces of the resting valve plates which are oppositely airproofed are correspondingly connected with a raw water inlet, a drain, a pure water outlet, a salt opening, an upper distributor connecting hole and a lower distributor connecting hole by a channel which is arranged in the valve body and a connected water distributing connector(25). Compared with the prior art, the water treating flux is augmented greater than or equal to 25 tons per hour, and the quality of the effluent water is improved. The two pairs of movable valve plates and the resting valve plates which are provided with different through hole positions or the water distributing connector only need to be replaced based on the different water treating needs during working so as to realize the functions of a strainer valve, a resting bed backflow or forward flow rebirth softening valve or a floating bed softening valve respectively. As the utility model has four functions, thereby obviously reducing the producing cost of the water treating controlling valve by about 55 percent.
Description
(1) technical field: the utility model relates to the water route control device; Be specifically related to the multi-way control valve that a kind of softening water treatment facility is used.
(2) background technology: in the prior art, be used for producing or the low discharge softening water treatment facility of life end face seal structure with control valve (its discharge is general≤10T/h), its spool normally adopts a pair of end face involutory moving valve plate that is tightly connected and fixed valve plate formation mutually, by rotating moving valve plate, come the output of control valve in-core current and change direction, time and the flow that current are exported,, realize water purification is handled by filtrate (as gac, quartz sand) being carried out back flushing, just washing or works better with respectively; Or to filtrate (as ion exchange resin) carry out back flushing, inhale salt, just wash, the water filling of salt case or works better, to reach the purpose of water soften processing.So just need on the seal face of described fixed valve plate, be provided with a plurality of flowing water through holes.It exists not enough: the one, because each through hole is subjected to the restriction of its scantlings of the structure, the through hole cross-sectional area is less, has seriously influenced the output of discharge in the through hole.The end face of described moving valve plate be provided with one from centre hole to radial blind holes near the edge, because it is corresponding that described blind hole will be communicated with the position with a plurality of through holes that fixed valve plate is provided with, so just having limited the outer minute of angle of opening of radial blind holes perforate can not be excessive, cause blind hole flow area area to reduce, when real work, water can only be intake on one side from its centre hole and the fan-shaped blind hole of joining with it, directly causes the minimizing of discharge output.Seriously influenced the demand of big flow water in people's production or the life.The 2nd, the blind hole that described moving valve plate end face is provided with is when the conversion work position, wherein two adjacent through-holes dislocation that its blind hole is easy to be provided with fixed valve plate a plurality of through holes is communicated with, undressed former water occurs and enter the water purification runner and directly discharge, seriously influenced the quality that water treatment purifies.The 3rd, when carrying out back flushing work, owing to be subjected to the less restriction of fixed valve plate through hole cross-sectional area, the backwashing water flow of through hole of flowing through obviously is less than the discharge of works better, during work because repeatedly the backwashing water flow is little, wash not thorough, filtrate is produced stop up, harden or lost efficacy, directly cause the decline of water treatment effluent characteristics.
In addition, softening water treatment facility control valve of the prior art, when people respectively to water filter, the fixed bed counter-current regeneration is softening, floating bed softening or the fixed bed co-current regeneration is softening when handling, filter tap, fixed bed counter-current regeneration softener valve, floating bed softener valve or fixed bed co-current regeneration softener valve with single function can only be installed respectively, and specially the valve special use has increased the production cost of softening water treatment facility with control valve significantly.
(3) summary of the invention: at the deficiency of above-mentioned prior art existence, the purpose of this utility model is to provide a kind of people both can satisfy big flow water demand in producing or living, and can improve effluent characteristics again and realize multi-purpose valve, the multipath control valve used in soft water treating equipment that reduces production costs.
For achieving the above object, technical solution of the present utility model is that this multipath control valve used in soft water treating equipment mainly comprises by the valve body that is connected with original water inlet, pure water inlet and sewage draining exit, and the spool that valve rod connects places valve body to constitute; Its improvement is: the spool that adopts two valve rods to connect places left and right two spool chambers of valve body respectively; Described spool is to adopt the mutual involutory sealing of end face of left and right two pairs of moving valve plates and fixed valve plate to constitute respectively; Described two moving valve plate end faces are connected with the valve rod end face is chimeric respectively; On the fitting end face of described valve rod, be provided with the volume groove; On the end face of described left and right moving valve plate, be respectively equipped with one from central aperture to the fan-shaped pylone that extends to its edge; On the end face of described left fixed valve plate, be respectively equipped with water distribution mesopore, fan-shaped prosopyle and mudhole; On the end face of described right fixed valve plate, be respectively equipped with down water distribution mesopore, fan-shaped prosopyle, posticum and mudhole; Upper and lower water distribution mesopore on the described left and right fixed valve plate by the upper and lower water distributing pore of the left and right spool chamber of valve body, is communicated with the upper and lower water distributor connecting hole that is provided with water distribution linker formation in the valve body respectively; The original water inlet inner chamber of described valve body also is respectively equipped with two and advances Yan Kou, and one of them advances the salt mouth and is communicated with the counter-current regeneration salt inlet; Another advances the salt mouth and is communicated with the co-current regeneration salt inlet; Described left and right fixed valve plate is fixed on spool chamber bottom, and the prosopyle which is provided with, mudhole and posticum are connected by runner with original water inlet, sewage draining exit and pure water inlet that valve body is provided with respectively and communicate; Whole through holes that described left and right moving valve plate and fixed valve plate end face are provided with all are distributed on the same turning radius to corresponding matching.Promptly constitute filter tap.
The utility model advances Yan Kouchu at above-mentioned filter tap valve body, is connected with ejector; On described left moving valve plate and end face that fixed valve plate engages, be provided with the water conservancy diversion blind hole; On described left fixed valve plate is provided with end face between fan-shaped prosopyle and the mudhole, be provided with the salt hole; On described right fixed valve plate is provided with end face between fan-shaped prosopyle and the mudhole, be provided with the salt hole.Promptly constitute fixed bed counter-current regeneration softener valve.
The utility model is with the upper and lower water distribution mesopore on the intravital left and right fixed valve plate of said fixing bed counter-current regeneration softener valve valve, by the upper and lower water distributing pore of the left and right spool chamber of valve body, be communicated with respectively with the upper and lower water distributor connecting hole that is connected with water distribution linker formation in the valve body.Promptly constitute the floating bed softener valve.
The utility model advances Yan Kouchu at above-mentioned filter tap valve body, is connected with ejector; On described right moving valve plate and end face that fixed valve plate engages, be provided with the water conservancy diversion blind hole; On described left fixed valve plate is provided with end face between fan-shaped prosopyle and the mudhole, be provided with the salt hole; On described right fixed valve plate is provided with end face between fan-shaped prosopyle and the mudhole, be provided with the salt hole.Promptly constitute fixed bed co-current regeneration softener valve.
The utility model for increasing discharge and free air space, is provided with the volume groove by taking above-mentioned left and right two opposite ends in the face of closing the moving valve plate that is sealed and matched and the syndeton of fixed valve plate on the valve rod fitting end face; On the end face of moving valve plate, be provided with from central aperture to the fan-shaped pylone that extends to its edge, and the corresponding connection of big area fan-shaped pylone that described fan-shaped pylone and fixed valve plate end face are provided with.At first, under the identical condition of scantlings of the structure, compare with present technology, treated water is owing to be subjected to the connection effect of the circular volume groove of valve rod, and making the fan-shaped pylone on the moving valve plate of flowing through is the circumferential direction water inlet, has realized that fixed valve plate is under the situation of same structure size, reduced the quantity of through hole, obviously increased the water treatment flow, its discharge usually 〉=25T/h, satisfied people produce or life in the needs of big flow waters.Secondly, because respectively on fixed valve plate is provided with end face between fan-shaped prosopyle and the mudhole, and on the end face between fan-shaped prosopyle and the posticum, leave the seal section of broad, thoroughly eliminated in the prior art, rotate moving valve plate and make easily on the fixed valve plate that dislocation is communicated with between the two adjacent through holes, the generation of having stopped former water water entry and water purification channel connection phenomenon has guaranteed the effluent characteristics of water treatment effectively.The 3rd, be provided with the volume groove on the valve rod end face and on moving, fixed valve plate end face, be provided with the big area fan-shaped pylone respectively, when carrying out back flushing work, its discharge is compared obvious increase with prior art, filtrate is rinsed well, solved thoroughly that filtrate is prone to obstruction in the prior art, the phenomenon that hardens, improved effluent characteristics.
In the utility model when work, is according to different water treatment needs, by select to connect ejector and change two pairs move, different lead to the hole site that fixed valve plate and water distribution linker are provided with, can realize the purposes of filter tap, fixed bed counter-current regeneration softener valve, floating bed softener valve or four kinds of special service valves of fixed bed co-current regeneration softener valve that the softening water treatment facility is used respectively, realize a valve four-function.Compare with prior art, solved the deficiency of special valve special use, the production cost that has obviously reduced water treatment control valve is about 55%.
(4) description of drawings: Fig. 1 is the utility model filter tap part assembling order of connection schematic perspective view;
Fig. 2 is the three-dimensional cutaway view Amplified image of valve rod among Fig. 1 (4);
Fig. 3 looks up stereo amplification figure for a kind of syndeton of moving valve plate (5) among Fig. 1;
Fig. 4 looks up stereo amplification figure for the another kind of syndeton of moving valve plate (5) among Fig. 1;
Fig. 5 looks up stereo amplification figure for a kind of syndeton of moving valve plate (30) among Fig. 1;
Fig. 6 looks up stereo amplification figure for the another kind of syndeton of moving valve plate (30) among Fig. 1;
Fig. 7 is the stereo amplification figure of left fixed valve plate (6) among Fig. 1;
Fig. 8 is the stereo amplification figure of right fixed valve plate (29) among Fig. 1;
Fig. 9 is the stereo amplification figure of valve body among Fig. 1 (10);
Figure 10 is the cross section view of Fig. 9;
Figure 11 is the vertical view that dwindles of Figure 10;
Figure 12 be among Figure 10 valve A-A to sectional view;
Figure 13 is for removing the front view of original water inlet (11) ring flange on the valve body;
Figure 14 be among Figure 13 valve B-B to sectional view;
Figure 15 is the utility model Fig. 1 neutral body structure wiring layout;
Figure 16 is for having the part sectioned view of original water inlet (11) ring flange among Figure 13;
Figure 17 is that the utility model is as filter tap, fixed bed adverse current or co-current regeneration softener valve syndeton diagrammatic cross-section;
Figure 18 is water distribution linker (a 25) stereo amplification figure among Figure 17;
Figure 19 be among Figure 18 water distribution linker C-C to sectional view
Figure 20 is that the utility model is as floating bed softener valve syndeton diagrammatic cross-section;
Figure 21 is the three-dimensional view of the utility model as fixed bed counter-current regeneration softener valve left side fixed valve plate (6);
Figure 22 is the three-dimensional view of the utility model as the right fixed valve plate of fixed bed counter-current regeneration softener valve (29);
Figure 23 is the three-dimensional view of the utility model as fixed bed co-current regeneration softener valve left side fixed valve plate (6);
Figure 24 is the three-dimensional view of the utility model as the right fixed valve plate of fixed bed co-current regeneration softener valve (29);
Figure 25 is that the utility model filter tap is in the normal operating conditions cross-sectional view;
Figure 26 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 25;
Figure 27 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 25;
Figure 28 is that the utility model filter tap is in back flushing working order cross-sectional view;
Figure 29 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 28;
Figure 30 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 28;
Figure 31 is just washing the working order cross-sectional view for the utility model filter tap;
Figure 32 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 31;
Figure 33 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 31;
Figure 34 is that the utility model counter-current regeneration softener valve is in the normal operating conditions cross-sectional view;
Figure 35 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 34;
Figure 36 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 34;
Figure 37 is that the utility model counter-current regeneration softener valve is in back flushing working order cross-sectional view;
Figure 38 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 37;
Figure 39 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 37;
Figure 40 is that the utility model counter-current regeneration softener valve is being inhaled salt work state cross-sectional view;
Figure 41 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 40;
Figure 42 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 40;
Figure 43 is just washing the working order cross-sectional view for the utility model counter-current regeneration softener valve;
Figure 44 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 43;
Figure 45 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 43;
Figure 46 is that the utility model counter-current regeneration softener valve is in salt case water filling working order cross-sectional view;
Figure 47 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 46;
Figure 48 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 46;
Figure 49 is that the utility model floating bed softener valve is in the normal operating conditions cross-sectional view;
Figure 50 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 49;
Figure 51 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 49;
Figure 52 is that the utility model floating bed softener valve is in back flushing working order cross-sectional view;
Figure 53 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 52;
Figure 54 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 52;
Figure 55 is that the utility model floating bed softener valve is being inhaled salt work state cross-sectional view;
Figure 56 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 55;
Figure 57 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 55;
Figure 58 is just washing the working order cross-sectional view for the utility model floating bed softener valve;
Figure 59 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 58;
Figure 60 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 58;
Figure 61 is that the utility model floating bed softener valve is in salt case water filling working order cross-sectional view;
Figure 62 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 61;
Figure 63 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 61;
Figure 64 is that the utility model co-current regeneration softener valve is in the normal operating conditions cross-sectional view;
Figure 65 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 64;
Figure 66 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 64;
Figure 67 is that the utility model co-current regeneration softener valve is in back flushing working order diagrammatic cross-section;
Figure 68 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 67;
Figure 69 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 67;
Figure 70 is that the utility model co-current regeneration softener valve is being inhaled salt work state cross-sectional view;
Figure 71 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 70;
Figure 72 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 70;
Figure 73 is just washing the working order cross-sectional view for the utility model co-current regeneration softener valve;
Figure 74 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 73;
Figure 75 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 73;
Figure 76 is that the utility model co-current regeneration softener valve is in salt case water filling working order cross-sectional view;
Figure 77 is moving, the fixed valve plate mated condition diagrammatic cross-section in a left side among Figure 76;
Figure 78 is right moving, a fixed valve plate mated condition diagrammatic cross-section among Figure 76.
(5) embodiment: embodiment one, Fig. 1～Fig. 3, Fig. 5, Fig. 7～shown in Figure 17.This multipath control valve used in soft water treating equipment mainly comprises by the valve body that is connected with original water inlet, pure water inlet and sewage draining exit, and the spool that valve rod connects places valve body to constitute; It is the spool that is connected by two valve rods 4, places valve body 10 left and right two spool chambers; Described spool is to adopt the mutual involutory sealing of end face of left and right two pairs of moving valve plates 5,30 and fixed valve plate 6,29 to constitute respectively; Described two moving valve plates, 5,30 end faces and valve rod 4 end faces are respectively to adopt groove and protruding chimeric connection the (Fig. 2 one is shown in Figure 6); For increasing discharge and free air space, on the fitting end face of described two valve rods 4, be provided with volume groove 12; On the end face of described moving valve plate 5,30, be provided with one from central aperture to the fan-shaped pylone 13 that extends to its edge (Fig. 3, shown in Figure 5).On the end face of described left fixed valve plate 6, be respectively equipped with water distribution mesopore 15, fan-shaped prosopyle 14 and mudhole 16, because the fan shaped cross section area of described prosopyle 14 is bigger, be to increase strength of joint, 14 the centre in the prosopyle usually is provided with stiffening web link to each other with left fixed valve plate 6 (shown in Figure 7).On the end face of described right fixed valve plate 29, be respectively equipped with down water distribution mesopore 17, fan-shaped prosopyle 14, posticum 18 and mudhole 16 (shown in Figure 8).Upper and lower water distribution mesopore 15 and 17 on the described left and right fixed valve plate, by the last water distributing pore 19 and the following water distributing pore 20 of the left and right spool chamber of valve body, be communicated with (shown in Figure 17) respectively with the upper water distributor connecting hole 36 and the lower water-dispensing device connecting hole 21 that are connected with water distribution linker 25 formations in the valve body; Original water inlet 11 inner chambers of described valve body also are respectively equipped with into salt mouth 31 and 32 (Figure 13, shown in Figure 14); Describedly advance salt mouth 31 and be communicated with counter-current regeneration salt inlet 33; Describedly advance salt mouth 32 and be communicated with co-current regeneration salt inlet 34.Described left and right fixed valve plate 6 and 29 is fixed on the spool chamber bottom, the prosopyle 14 that its end face is provided with, mudhole 16 and posticum 18 (Fig. 7, Fig. 8, shown in Figure 17), the original water inlet 11 that is provided with valve body 10, sewage draining exit 9 and pure water inlet 8 are connected by runner and communicate respectively.Whole through holes that left and right moving valve plate 5,30 that is made of stupalith and fixed valve plate 6,29 end faces are provided with are distributed on the same turning radius and corresponding cooperation.The filter tap that said structure is used for the softening water treatment facility.
Embodiment two, Fig. 1-Fig. 2, Fig. 4, Fig. 5, Fig. 9-Figure 17, Figure 21-shown in Figure 22.The utility model repeats no more with embodiment one same structure.What they were different is: described valve body enter salt mouth 31 and 32 places, be connected with ejector 27.On described left moving valve plate 5 and end face that fixed valve plate 6 engages, be provided with water conservancy diversion blind hole 26 (shown in Figure 4); On described left fixed valve plate 6 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with fan-shaped salt hole 28 (shown in Figure 21); On described right fixed valve plate 29 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 23 (shown in Figure 22).Both constituted the fixed bed counter-current regeneration softener valve that the softening water treatment facility is used.
Embodiment three, Fig. 1-Fig. 2, Fig. 4, Fig. 5, Fig. 9-Figure 16, Figure 18-shown in Figure 22.The utility model repeats no more with embodiment two same structures.What they were different is: the upper and lower water distribution mesopore 15 and 17 on the described left and right fixed valve plate, by the last water distributing pore 19 and the following water distributing pore 20 of the left and right spool chamber of valve body, be communicated with (Figure 18-shown in Figure 20) respectively with the lower water-dispensing device connecting hole 21 and the upper water distributor connecting hole 36 that are connected with water distribution linker 25 formations in the valve body.Promptly constitute the floating bed softener valve that water treating equipment are used.
Embodiment four, Fig. 1-Fig. 3, Fig. 6, Fig. 9-Figure 17, Figure 23, shown in Figure 24.The utility model repeats no more with embodiment one same structure.What they were different is: enter salt mouth 31,32 places at described valve body, be connected with ejector 27.On described right moving valve plate 30 and end face that fixed valve plate 29 engages, be provided with water conservancy diversion blind hole 26 (shown in Figure 6).On described left fixed valve plate 6 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 28 (shown in Figure 23).On described right fixed valve plate 29 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 23 (shown in Figure 24).Promptly constitute the fixed bed co-current regeneration softener valve that the softening water treatment facility is used.
During use, according to different job requirements, determine the left and right moving valve plate 5,30 of conversion, through hole desired location on left and right fixed valve plate 6,29 and the water distribution linker 25 (Fig. 3-Fig. 8, Figure 17-shown in Figure 24), valve body 10 is linked to each other the pipe core 22 that places tank body 24 inner chambers and the lower water-dispensing device connecting hole 21 of valve body join (shown in Figure 17) with tank body 24 ports.The filtrate 27 that tank body 24 is built-in with according to the needs that purify former water, is selected gac or quartz sand material for use usually.Work can be adopted manual or electronic two kinds of schedule of operation respectively.Industrial water conditioning system adopts motor driven gear 2 usually, drive respectively and go up water distribution gear 1 and 3 rotations of following water distribution gear, stir left and right moving valve plate 5,30 by left and right valve rod 4 simultaneously, make it to carry out conversion, with the switching that realizes the different operating state respectively (Fig. 1-Fig. 8, Figure 21-shown in Figure 24) with fixed valve plate 6 and the 29 mutual corresponding end face lead to the hole site that are sealed and matched.
Below in conjunction with accompanying drawing, narrate the working order (Fig. 1-Fig. 3, Fig. 5, Fig. 7-shown in Figure 17) of the utility model respectively as filter tap, fixed bed counter-current regeneration softener valve, floating bed softener valve or four kinds of water treatment control valves of fixed bed co-current regeneration softener valve.
When one, the utility model used as filter tap, it had works better, back flushing work and is just washing three kinds of states of work.
1, filter tap works better operating principle, Figure 25-shown in Figure 27.Undressed former water, by valve body original water inlet 11 (direction shown in the arrow among Figure 25, with arrow marking class in figure below together), through the intravital runner of its valve enter the fan-shaped prosopyle 14 of left fixed valve plate 6 and the volume groove 12 of the fan-shaped pylone 13 of the left moving valve plate 5 that is sealed and matched with it respectively and valve rod 4 in, last water distributing pore 19 in the last water distribution mesopore 15 of left fixed valve plate 6 and valve body left side spool chamber again enters in the filtrate 27 by upper water distributor 38 and to filter.Filtered water is gathered by lower water-dispensing device 39, in the following water distributing pore 20 in pipe core 22 enters the right spool chamber of valve body and the following water distribution mesopore 17 of right fixed valve plate 29, and by sealing the fan-shaped pylone 13 of the involutory right moving valve plate 30 that joins and the volume groove 12 of valve rod with right fixed valve plate 29, purifying waste water of big flow backflowed in the posticum 18 that enters right fixed valve plate, discharge (Figure 17, Figure 25-shown in Figure 27) by the pure water inlet 8 of valve body.Realize filtering impurity in the former water of removal, exported the purpose that big flow is purified waste water.
2, filter tap back flushing operation acts principle, Figure 28-shown in Figure 30.After filter tap works better for some time, the water purification of output stops up filtrate owing to containing too much impurity deposition in the filtrate, occurs minimizing of output net water flux and water pressure difference significantly and descends, and needs the filtrate 27 in the tank body 24 is carried out back flushing.This moment, operating electrical machines drove water distribution gear 1 and following water distribution gear 3 respectively by gear 2, drove left and right two valve rods 4 and moving valve plate 5,30 and turned to the back flushing working position.From the former water of original water inlet 11 through the input of valve body inner flow passage, by the fan-shaped prosopyle 14 of the big area of right fixed valve plate 29, enter in the volume groove 12 of the fan-shaped pylone 13 that seals the involutory right moving valve plate 30 that joins respectively with it and valve rod, and in backflowing following water distributing pore 20 in the following water distribution mesopore 17 that enters right fixed valve plate and the right spool chamber of valve body along right moving valve plate fan-shaped pylone 13, after pipe core 22 enters filtrate 27 from lower water-dispensing device 39, filtrate 27 is carried out continuously big flow back flushing.The sewage that contains impurity through back flushing, respectively by upper water distributor 38, the last water distributing pore 19 of valve body left side spool chamber, the last water distribution mesopore 15 of left fixed valve plate, left side moving valve plate fan-shaped pylone 13 and valve rod volume groove 12, backflow and enter in the fan-shaped mudhole 16 of left fixed valve plate, sewage draining exit 9 by valve body is discharged (Figure 17, Figure 28-shown in Figure 30), till the water cleaning of discharging.
3, filter tap is just washing the operation acts principle, Figure 31-shown in Figure 33.Operating electrical machines driven gear 2 is driving gears 1,3 respectively, control left and right moving valve plate 5,30 and are converted to and just wash the working position.This moment is from the former water of valve body original water inlet 11 through its valve body inner flow passage input, enter prosopyle 14, the through hole 13 on the left moving valve plate 5, left valve rod volume groove 12 on the left fixed valve plate 6 respectively, again along left moving valve plate through hole 13, with former water last water distributing pore 19 in water distribution mesopore 15, the left spool chamber from the left fixed valve plate, backflow to enter in the filtrate 27 and just wash to upper water distributor 38.Sewage through washing is through the collection of lower water-dispensing device 39, along pipe core 22 respectively by water distribution mesopore 17 under water distributing pore under the valve body 20, the right fixed valve plate, enter right moving valve plate through hole 13 and right valve rod volume groove 12, the mudhole 16 that sewage is backflowed and enters right fixed valve plate, by discharging (Figure 17, Figure 31-shown in Figure 33) in the sewage draining exit 9 of valve body, till water quality reaches qualified requirement.Thereafter control motor gear 2, drive upper and lower water distribution gear 1,3 respectively and turn to the filter tap normal operating conditions.
When two, the utility model uses as the counter-current regeneration softener valve, have works better, back flushing work, inhale salt work, just washing work and five kinds of states of salt case water filling work (Fig. 1, Fig. 2, Fig. 4, Fig. 5, Fig. 9-Figure 17, Figure 21-Figure 22).Its structure repeats no more with above-mentioned filter tap same structure.Difference is: enter salt mouth 31,32 places at the filter tap valve body, be connected with ejector 27 (shown in Figure 1); On described left moving valve plate 5 and end face that fixed valve plate 6 engages, be provided with water conservancy diversion blind hole 26 (shown in Figure 4); On described left fixed valve plate 6 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 28 (shown in Figure 21); On described right fixed valve plate 29 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 23 (shown in Figure 22).
1, counter-current regeneration softener valve works better operating principle, Figure 34-shown in Figure 36.Present embodiment is with above-mentioned filter tap works better operating principle identical (with reference to figure 25-Figure 27 and Figure 34-shown in Figure 36).
2, counter-current regeneration softener valve back flushing operation acts principle, Figure 37-shown in Figure 39.Present embodiment is with above-mentioned filter tap back flushing operation acts principle identical (with reference to figure 28-Figure 30 and Figure 37-shown in Figure 39).
3, the counter-current regeneration softener valve is inhaled the salt worker and is moved principle, Figure 40-shown in Figure 42.Control motor gear 2 drives upper and lower water distribution gear 1,3 rotations respectively and enters suction salt work position.This moment, former water entered the prosopyle 14 of left fixed valve plate 6 through original water inlet 11, backflow by the water conservancy diversion blind hole 26 of moving valve plate 5 and to enter left fixed valve plate salt hole 28, co-current regeneration salt inlet 34, and enter and produce negative pressure in the ejector 27 by advancing salt mouth 32 (shown in Figure 14), the salt water stream that dilutes is entered valve body advance salt mouth 31, counter-current regeneration salt inlet 33, salt hole 23 on the right fixed valve plate 29, through right moving valve plate through hole 13 and right valve rod volume groove 12, again respectively by water distribution mesopore 17 on the right fixed valve plate, water distributing pore 20 on the valve body, lower water-dispensing device 39 enters in the filtrate 27, carry out resins exchange regeneration, salt solution is replaced the reaction water that generates and is passed through upper water distributor 38, enter on water distributing pore 19 and the left fixed valve plate in the water distribution mesopore 15, again by left moving valve plate through hole 13, left side valve rod volume groove 12, backflowing enters in the left fixed valve plate mudhole 16, and discharges (shown in Figure 40) by the sewage draining exit 9 of valve body.
4, the counter-current regeneration softener valve is just washing the operation acts principle, Figure 43-shown in Figure 45.Present embodiment is just being washed operation acts principle identical (with reference to figure 31-Figure 33 and Figure 43-shown in Figure 45) with above-mentioned filter tap.
5, counter-current regeneration softener valve salt case water filling operation acts principle, Figure 46-shown in Figure 48.After treating that positive wash-down water matter quality reaches standard, control motor gear 2 drives upper and lower water distribution gear 1,3 respectively and goes to salt case water filling working position, and this moment, the salt hole 28 of left fixed valve plate 6 was communicated with (shown in Figure 47) by the blind hole 26 on the moving valve plate 5 with its prosopyle 14; Salt hole 23 sealings (shown in Figure 48) of right fixed valve plate 29.Former water enters salt hole 32 (shown in Figure 46) by the original water inlet 11 of valve body, and it is full to water to be back to the salt case through ejector 27.Control again motor respectively driving gear enter normal operation position.
When three, the utility model uses as the floating bed softener valve, have works better, back flushing work, inhale salt work, just wash work and five kinds of states of salt case water filling work (Fig. 1, Fig. 2, Fig. 4, Fig. 5, Fig. 9-shown in Figure 22).Its structure repeats no more with above-mentioned counter-current regeneration softener valve same structure, its difference is: the upper and lower water distribution mesopore 15 and 17 on the described left and right fixed valve plate, by the last water distributing pore 19 and the following water distributing pore 20 of the left and right spool chamber of valve body, be communicated with (Figure 18-shown in Figure 20) respectively with the lower water-dispensing device connecting hole 21 and the upper water distributor connecting hole 36 that are provided with water distribution linker 25 formations in the valve body.Because the upper and lower water distribution connecting hole link position of water distribution linker 25 changes, also changed former water simultaneously and entered in the tank body 24 after treatment outflow direction from valve body original water inlet 11.
1, floating bed softener valve works better operating principle is shown in Figure 49-Figure 51.Present embodiment is with above-mentioned counter-current regeneration softener valve works better operating principle difference: the water (flow) direction reverse (shown in figure 34-Figure 36 and Figure 49-Figure 51) that former water enters the water (flow) direction in the tank body 24 and discharges from valve body from valve body.Other operating principle is identical.
2, floating bed softener valve back flushing operation acts principle is shown in Figure 52-Figure 54.Present embodiment is with above-mentioned counter-current regeneration softener valve back flushing operation acts principle difference: the water (flow) direction reverse (shown in figure 37-Figure 39 and Figure 52-Figure 54) that former water enters the water (flow) direction in the tank body 24 and discharges from valve body from valve body.Other operating principle is identical.
3, the floating bed softener valve is inhaled the salt worker and is moved principle, shown in Figure 55-Figure 57.Present embodiment is inhaled the salt worker with above-mentioned counter-current regeneration softener valve and moved the principle difference and be: former water enters the water (flow) direction in the tank body 24 and the water (flow) direction of discharging from valve body oppositely (shown in figure 40-Figure 42 and Figure 55-Figure 57) from valve body.Other operating principle is identical.
4, the floating bed softener valve is just washing the operation acts principle, shown in Figure 58-Figure 60.Present embodiment is just being washed operation acts principle difference with above-mentioned counter-current regeneration softener valve and is being: the water (flow) direction reverse (shown in figure 43-Figure 45 and Figure 58-Figure 60) that former water enters the water (flow) direction in the tank body 24 and discharges from valve body from valve body.Other operating principle is identical.
5, floating bed softener valve salt case water filling operation acts principle is shown in Figure 61-Figure 63.Present embodiment is with counter-current regeneration softener valve salt case water filling operation acts principle identical (shown in figure 46-Figure 48 and Figure 61-Figure 63).
When four, the utility model uses as the co-current regeneration softener valve, have works better, back flushing work, inhale salt work, just washing work and five kinds of states of salt case water filling work (Fig. 1-Fig. 3, Fig. 6, Fig. 9-Figure 17, Figure 23, shown in Figure 24).Its structure is not being given unnecessary details with above-mentioned filter tap same structure.Difference is: enter salt mouth 31,32 places at described valve body, be connected with ejector 27 (shown in Figure 1); On described right moving valve plate 30 and end face that fixed valve plate 29 engages, be provided with water conservancy diversion blind hole 26 (shown in Figure 6); On described left fixed valve plate 6 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 28 (shown in Figure 23); On described right fixed valve plate 29 is provided with end face between fan-shaped prosopyle 14 and the mudhole 16, be provided with salt hole 23 (shown in Figure 24).
1, co-current regeneration softener valve works better operating principle is shown in Figure 64-Figure 66.Present embodiment is with above-mentioned filter tap works better operating principle identical (shown in figure 25-Figure 27 and Figure 64-Figure 66).What they were different is that filtrate 27 adopts ion exchange resin material.
2, co-current regeneration softener valve back flushing operation acts principle is shown in Figure 67-Figure 69.Present embodiment is with above-mentioned filter tap back flushing operation acts principle identical (shown in figure 28-Figure 30 and Figure 67-Figure 69).
3, the co-current regeneration softener valve is inhaled the salt worker and is moved principle, shown in Figure 70-Figure 72.Control motor gear 2 drives upper and lower water distribution gear 1,3 rotations respectively and enters suction salt work position.This moment, former water entered the prosopyle 14 of right fixed valve plate 29 through original water inlet 11, backflow by the water conservancy diversion blind hole 26 of moving valve plate 30 and to enter right fixed valve plate salt hole 23, counter-current regeneration salt inlet 33, and enter and produce negative pressure in the ejector 27 by advancing salt mouth 31 (shown in Figure 14), the salt water stream that dilutes is entered valve body advance salt mouth 32, co-current regeneration salt inlet 34, salt hole 28 on the fixed valve plate 6 of a left side, through left moving valve plate through hole 13 and left valve rod volume groove 12, again respectively by water distribution mesopore 15 on the left fixed valve plate, water distributing pore 19 on the valve body, upper water distributor 38 enters in the filtrate 27, carry out resins exchange regeneration, after the reaction water that the salt solution replacement generates is gathered by lower water-dispensing device 39, enter under the right fixed valve plate the water distribution mesopore 17 through pipe core 22 water distributing pore 20 under valve body, again by right moving valve plate through hole 13, right valve rod volume groove 12, backflowing enters in the right fixed valve plate mudhole 16, and discharges (shown in Figure 70) by the sewage draining exit 9 of valve body.
4, the co-current regeneration softener valve is just washing the operation acts principle, shown in Figure 73-Figure 75.Present embodiment is just being washed operation acts principle identical (shown in figure 31-Figure 33 and Figure 73-Figure 75) with above-mentioned filter tap.
5, co-current regeneration softener valve salt case water filling operation acts principle is shown in Figure 76-Figure 78.After treating that positive wash-down water matter quality reaches standard, control motor gear 2 drives upper and lower water distribution gear 1,3 respectively and goes to salt case water filling working position, and this moment, (shown in Figure 77) sealed in the salt hole 28 of left fixed valve plate; (shown in Figure 78) opened in the salt hole 23 of right fixed valve plate.Former water enters salt hole 31 (shown in Figure 76) by the original water inlet 11 of valve body, and it is full to water to be back to the salt case through ejector 27.Control again motor respectively driving gear enter normal operation position.
The above only is a preferred implementation of the present utility model.Be noted that for the person of ordinary skill of the art; under the prerequisite that does not break away from the principle of the invention; need not other technical characterictic that the process creative work just can be associated; can also make some modification and improvement; these variations obviously all should be considered as equivalent feature, all belong within the protection domain of the utility model patent.
Claims (4)
1, a kind of multipath control valve used in soft water treating equipment mainly comprises by the valve body that is connected with original water inlet, pure water inlet and sewage draining exit, and the spool that valve rod connects places valve body to constitute; It is characterized in that: the spool that two valve rods (4) connect places left and right two spool chambers of valve body (10) respectively; Described spool is to adopt the mutual involutory sealing of end face of left and right two pairs of moving valve plates (5), (30) and fixed valve plate (6), (29) to constitute respectively; Described two moving valve plates (5), (30) end face respectively with valve rod (4) the chimeric connection of end face; On the fitting end face of described valve rod (4), be provided with volume groove (12); On the end face of described moving valve plate (5), (30), be respectively equipped with one from central aperture to the fan-shaped pylone that extends to its edge (13); On the end face of described left fixed valve plate (6), be respectively equipped with water distribution mesopore (15), fan-shaped prosopyle (14) and mudhole (16); On the end face of described right fixed valve plate (29), be respectively equipped with down water distribution mesopore (17), fan-shaped prosopyle (14), posticum (18) and mudhole (16); Upper and lower water distribution mesopore (15) and (17) on the described left and right fixed valve plate, by last water distributing pore (19) and following water distributing pore (20) in the left and right spool chamber of valve body, be communicated with respectively with the upper water distributor connecting hole (36) and the lower water-dispensing device connecting hole (21) that are connected with water distribution linker (25) formation in the valve body; The original water inlet of described valve body (11) inner chamber also is respectively equipped with into Yan Kou (31) and (32); The described Yan Kou of advancing (31) is communicated with counter-current regeneration salt inlet (33); The described Yan Kou of advancing (32) is communicated with co-current regeneration salt inlet (34); Described left and right fixed valve plate (6) and (29) are fixed on the spool chamber bottom, the prosopyle that its end face is provided with (14), mudhole (16) and posticum (18) are connected by runner with pure water inlet (8) with original water inlet (11), sewage draining exit (9) that valve body (10) is provided with respectively and communicate; Whole through holes that described left and right moving valve plate (5), (30) and fixed valve plate (6), (29) end face are provided with all are distributed on the same turning radius to corresponding matching.
2, multipath control valve used in soft water treating equipment according to claim 1 is characterized in that: advance Yan Kou (31) at described valve body, (32) are located, and are connected with ejector (27); On described left moving valve plate (5) and end face that fixed valve plate (6) engages, be provided with water conservancy diversion blind hole (26); On described left fixed valve plate (6) is provided with end face between fan-shaped prosopyle (14) and the mudhole (16), be provided with salt hole (28); On described right fixed valve plate (29) is provided with end face between fan-shaped prosopyle (14) and the mudhole (16), be provided with salt hole (23).
3, multipath control valve used in soft water treating equipment according to claim 2, it is characterized in that: upper and lower water distribution mesopore (15) and (17) on the described left and right fixed valve plate, by the last water distributing pore (19) and the following water distributing pore (20) of the left and right spool chamber of valve body, be communicated with respectively with the lower water-dispensing device connecting hole (21) and the upper water distributor connecting hole (36) that are provided with water distribution linker (25) formation in the valve body.
4, multipath control valve used in soft water treating equipment according to claim 1 is characterized in that: advance Yan Kou (31) at described valve body, (32) are located, and are connected with ejector (27); On described right moving valve plate (30) and end face that fixed valve plate (29) engages, be provided with water conservancy diversion blind hole (26); On described left fixed valve plate (6) is provided with end face between fan-shaped prosopyle (14) and the mudhole (16), be provided with salt hole (28); On described right fixed valve plate (29) is provided with end face between fan-shaped prosopyle (14) and the mudhole (16), be provided with salt hole (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200186909U CN201002978Y (en) | 2007-02-06 | 2007-02-06 | Multiplex control valve for water softening device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200186909U CN201002978Y (en) | 2007-02-06 | 2007-02-06 | Multiplex control valve for water softening device |
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| Publication Number | Publication Date |
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| CN201002978Y true CN201002978Y (en) | 2008-01-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200186909U Expired - Fee Related CN201002978Y (en) | 2007-02-06 | 2007-02-06 | Multiplex control valve for water softening device |
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| CN (1) | CN201002978Y (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100436902C (en) * | 2007-02-06 | 2008-11-26 | 王承丰 | Multipath control valve used in soft water treating equipment |
| CN102678972A (en) * | 2012-05-13 | 2012-09-19 | 龙口市海丰环境科技工程有限公司 | Multi-channel water treatment valve with three valve plugs |
| CN102777636A (en) * | 2012-05-02 | 2012-11-14 | 龙口市海丰环境科技工程有限公司 | Combined valve body of multi-path water treatment valve |
| CN104455552A (en) * | 2014-12-09 | 2015-03-25 | 温州市润新机械制造有限公司 | Water treatment control valve |
| CN104696547A (en) * | 2014-01-20 | 2015-06-10 | 温州市润新机械制造有限公司 | Control valve |
| CN107435751A (en) * | 2017-07-26 | 2017-12-05 | 四川华林阀仪表科技有限公司 | A kind of power-saving balanced formula quick high-pressure valve and design method |
| CN110550770A (en) * | 2018-05-30 | 2019-12-10 | 宁波市科漫环保科技有限公司 | Purifying-softening water treatment system and its plane valve |
| CN110902869A (en) * | 2018-09-18 | 2020-03-24 | 宁波市科漫环保科技有限公司 | Water treatment system, water treatment method and plane valve thereof |
| CN112495022A (en) * | 2020-11-23 | 2021-03-16 | 北京怡盛原环保科技有限公司 | Novel water purifying device and using method thereof |
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2007
- 2007-02-06 CN CNU2007200186909U patent/CN201002978Y/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100436902C (en) * | 2007-02-06 | 2008-11-26 | 王承丰 | Multipath control valve used in soft water treating equipment |
| CN102777636A (en) * | 2012-05-02 | 2012-11-14 | 龙口市海丰环境科技工程有限公司 | Combined valve body of multi-path water treatment valve |
| CN102678972A (en) * | 2012-05-13 | 2012-09-19 | 龙口市海丰环境科技工程有限公司 | Multi-channel water treatment valve with three valve plugs |
| CN104696547A (en) * | 2014-01-20 | 2015-06-10 | 温州市润新机械制造有限公司 | Control valve |
| CN104455552A (en) * | 2014-12-09 | 2015-03-25 | 温州市润新机械制造有限公司 | Water treatment control valve |
| CN107435751A (en) * | 2017-07-26 | 2017-12-05 | 四川华林阀仪表科技有限公司 | A kind of power-saving balanced formula quick high-pressure valve and design method |
| CN107435751B (en) * | 2017-07-26 | 2019-03-12 | 四川华林阀仪表科技有限公司 | A kind of balanced type quick high-pressure valve and design method |
| CN110550770A (en) * | 2018-05-30 | 2019-12-10 | 宁波市科漫环保科技有限公司 | Purifying-softening water treatment system and its plane valve |
| CN110550770B (en) * | 2018-05-30 | 2024-01-19 | 宁波市科漫环保科技有限公司 | Purification-softening water treatment system and plane valve thereof |
| CN110902869A (en) * | 2018-09-18 | 2020-03-24 | 宁波市科漫环保科技有限公司 | Water treatment system, water treatment method and plane valve thereof |
| CN110902869B (en) * | 2018-09-18 | 2024-03-29 | 宁波市科漫环保科技有限公司 | Water treatment system, water treatment method and plane valve thereof |
| CN112495022A (en) * | 2020-11-23 | 2021-03-16 | 北京怡盛原环保科技有限公司 | Novel water purifying device and using method thereof |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080109 |