CN2381855Y - Multifunctional multi-way valve for water purifier - Google Patents
Multifunctional multi-way valve for water purifier Download PDFInfo
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- CN2381855Y CN2381855Y CN 99211926 CN99211926U CN2381855Y CN 2381855 Y CN2381855 Y CN 2381855Y CN 99211926 CN99211926 CN 99211926 CN 99211926 U CN99211926 U CN 99211926U CN 2381855 Y CN2381855 Y CN 2381855Y
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Abstract
The utility model relates to a multifunctional multi-way valve for a water purifier. The utility model aims to provide a multi-way valve which makes the piping of a water purifier simple and the maintenance and the operation of the water purifier convenient and has multiple functions. The utility model comprises a valve body of which the top surface forms an active region, a steering gear of which the top surface is convexly provided with a rotating shaft, a cover body and a handle, wherein, the bottom surface of the active region of the valve body forms compartment regions which are divided into four compartments by dividing ribs; two diversion chambers are arranged on the surface of the steering gear; the top surface of the cover body is provided with a multichannel positioning slot; the bottom surface of the cover body forms step-shaped holes and through holes; the handle is provided with a positioning part and a grip part; the front edge of the positioning part is outwards and convexly provided with a positioning block; the handle is fixedly arranged on the rotating shaft of the steering gear.
Description
The utility model belongs to feedwater auxiliary device parts, the multi-functional multiple-way valve of particularly a kind of water purifier.
Water is to keep one of important factor of health of people, and bad now water quality is day by day serious, jeopardizes people's health; The sewage of factory's discharging has a strong impact on water quality, greatly reduces people's quality of the life.For this reason, when need provide a large amount of water purification, extensively by the clean water quality of large purification device.Common large purification device not only need connect and establish delivery line, and because of impurity in the water of its inner absorption, necessary time-based maintenance and cleaning are in time to rinse out the impurity of its inner absorption, in order to avoid breed bacteria influences the quality of drainage.So common large purification device is except that being equipped with intake pipe and outlet pipe, for ease of regeneration exchange and cleaning, also between water purifier, intake pipe and outlet pipe, set up many complicated pipelines, and on these pipelines, all set firmly control valve body, to control the turnover of its tube fluid.So numerous pipelines and valve body increase water purifier at maintenance and operational degree of difficulty.As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, the piping diagram during the large purification device drainage commonly used, when its upper valve body paralleled with pipeline, the expression valve body was in open mode, and valve body and pipeline represent that valve body is in closed condition when perpendicular.Black round dot is represented the material suction device of water purifier on it, enters in the water purifier with absorption regeneration liquid.As shown in Figure 1, water enters water purifier R by the valve body on the intake pipe 1, and the water outlet by water purifier R flows out through outlet pipe again, and outlet pipe upper valve body 2,3 all in opened condition at this moment.Piping diagram during as shown in Figure 2, for back washing.Water flows into the water outlet of water purifier by being arranged in pipeline between intake pipe and outlet pipe through the valve body 2 of outlet pipe, flowed out through waste pipe upper valve body 5 by the water intake of water purifier and discharge.Piping diagram during as shown in Figure 3, for the regeneration exchange.The water of trace together flows into the water intake of water purifier R through valve body 7 by material suction device 9 through valve body 6 and regenerated liquid, and is flowed out by valve body 8.As shown in Figure 4, the piping diagram when washing slowly.This moment, valve body 7 was closed, and regenerated liquid no longer flows in the water purifier R, and the water of trace then continues to flow into through valve body 6 water intake of water purifier R, was flowed out by valve body 8 again.As shown in Figure 5, the piping diagram when expressing.Water enters water purifier R by the valve body on the intake pipe 1, and the water outlet by water purifier R flows out via valve body 2,3 and outlet pipe again.From the above mentioned as can be known, the large purification device operator who commonly uses often need stir one or several valve bodies just can carry out every function operations.So need keeping firmly in mind when using which kind of function, the operator need stir those valve bodies.If the operator forgets or misremembers the puzzlement that its complicated operating process tends to cause the unclean or residual salt solution of flushing or cleans liquid medicine that even more serious is to have influence on the drainage quality.How in water purification organ pipe pipe arrangement, the multiple-way valve body to be set for this reason.Though this known multiple-way valve body can partly solve the large purification device commonly used operational numerous and diverse, it only has single water-in and water-out control function, can't clean and make the control of soft water.
The purpose of this utility model provides and a kind ofly not only makes simple, the maintenance and easy to operate of water purifier pipe arrangement, and the multi-functional multiple-way valve of water purifier with multiple function.
The utility model comprises valve body, commutator, lid and handle; The valve body end face is recessed to form active region downwards, the active region bottom surface is recessed to form the compartment district, be provided with the height projection contour in compartment district central authorities with the compartment district, and be radial plural number and the contour branch rib of projection of extending towards compartment district inwall from the projection outer rim, so that being distinguished, compartment is divided into the first, second, third and the 4th compartment that is communicated with the water purifier respective line; Commutator end face central authorities are convexly equipped with rotating shaft, establish on the commutator bottom surface with valve body on divide rib corresponding first, second diversion chamber, commutator system is placed in the valve body active region, the top that is affixed on valve body compartment district is supported in its bottom surface; The lid end face is arranged with depressed part downwards, and its bottom surface then upwards forms scalariform hole that can ccontaining commutator and the through hole that connects with the end face depressed part, and through-hole aperture is less than the commutator washer outer diameter and greater than the rotating shaft external diameter; The scalariform hole peripheral extends fin downwards; The lid end face axially is arranged with the multiple tracks locating slot, and cover cap is located on the valve body top end, and puts commutator with its bottom surface scalariform pore volume, and the commutator rotating shaft protrudes out through hole; Handle has positioning part and handle portion, and the positioning part leading edge outwards is convexly equipped with the positioning block that can be embedded in the lid end face locating slot, and handle is fixedly installed in the commutator rotating shaft with its positioning part.
Wherein:
The valve body perisporium is all established respectively with the first, second, third and the 4th compartment connects and is the radial direction through hole of screw; Pipeline corresponding with water purifier and that be communicated with valve body first, second, third and the 4th compartment is installed in respectively on the valve body perisporium radial direction through hole.
The valve body perisporium is all established respectively with first, second and third compartment connects and is the radial direction through hole of screw; The intercommunicating pore that the valve body bottom surface upwards is axially arranged with mounting hole and communicates with second compartment, mounting hole are provided with the intercommunicating pore that connects with the 4th compartment; Intercommunicating pore and water purifier discharge water pipe join, mounting hole then with water purifier in water inlet pipe join.
The valve body bottom surface extends flange downwards, and is provided with the outside thread that screws togather with water purifier top inner bolt hole in flange outer periphery.
Valve body is provided with and is equipped with the screw that the body of treatment fluid joins with respect to the wall of minute rib, valve body central authorities projection is provided with the putting chamber of ccontaining plunger, and the pod apertures that is provided with perforation branch rib and communicates in the screw place with putting chamber, be provided with the guide hole that communicates with putting chamber in first compartment, the mounting hole of valve body bottom surface is provided with the perforation that communicates with putting chamber; The bottom surface of commutator forms has the groove corresponding with the putting chamber of valve body, and offers the blind hole that is square in this groove in its rotating shaft; Plunger has square blind hole corresponding epimere portion and hypomere portion in shape and the commutator, hypomere portion bottom surface to epimere portion offer with valve body on the corresponding and ccontaining quill shaft of perforation receiving hole and with valve body on the corresponding flow concentration hole of guide hole, receiving hole and flow concentration hole top are provided with the attachment hole that is communicated with both; Plunger lateral margin face offers conduction hole corresponding with pod apertures on the valve body and that communicate with its receiving hole; Plunger is inserted in the square blind hole of commutator with its epimere portion, and hypomere portion is placed in the valve body putting chamber; Offer on the quill shaft with plunger on the corresponding circular hole of conduction hole, and encircle two fins separately of establishing that external diameter equates with plunger receiving hole internal diameter respectively in these circular hole both sides, and in two sheathed O shape rings between fin separately, the quill shaft external diameter equates with punch inside diameter on the valve body.Quill shaft system is placed in the plunger receiving hole, and the one end device is in the valve body perforation.
Commutator bottom surface and first and second diversion chamber's edge ring are established caulking groove, and set the flexible seal bar in caulking groove.
Commutator bottom surface and first and second diversion chamber's edge ring are established caulking groove, and set the flexible seal bar in caulking groove.
The commutator end face is axially arranged with the pressure stable hole that connects with first diversion chamber.
The commutator end face is axially arranged with the pressure stable hole that connects with first diversion chamber.
The nearly top of rotating shaft forms and is provided with the radially square toes of penetration hole, is arranged with pressure spring and packing ring on axle body; Handle positioning part bottom forms to have and the corresponding square groove of rotating shaft square toes, and the square groove place is provided with the corresponding radially penetration hole of penetration hole radially with rotating shaft square toes place; Handle is set on the commutator rotating shaft square toes with its square groove, and by pass rotating shaft and on radially the latch of penetration hole be fixedly installed in the commutator rotating shaft.
The nearly top of rotating shaft forms and is provided with the radially square toes of penetration hole, is arranged with pressure spring and packing ring on axle body; Handle positioning part bottom forms to have and the corresponding square groove of rotating shaft square toes, and the square groove place is provided with the corresponding radially penetration hole of penetration hole radially with rotating shaft square toes place; Handle is set on the commutator rotating shaft square toes with its square groove, and by pass rotating shaft and on radially the latch of penetration hole be fixedly installed in the commutator rotating shaft.
Because the utility model comprises end face and forms the valve body of active region, commutator, lid and the handle that end face is convexly equipped with rotating shaft; Valve body active region bottom surface forms by the compartment district of minute rib separation at four compartments; Establish on the commutator bottom surface with valve body on divide rib corresponding two diversion chamber, commutator is placed in the valve body active region; The lid end face axially is arranged with the multiple tracks locating slot, the through hole that the lid bottom surface forms the scalariform hole and connects with end face, and cover cap is located on the valve body top end, and commutator places in the lid scalariform hole, and the commutator rotating shaft protrudes out through hole; Handle has positioning part and handle portion, and the positioning part leading edge outwards is convexly equipped with the positioning block that can be embedded in the lid end face locating slot, and handle is fixedly installed in the commutator rotating shaft.
When the utility model was used for the drainage function, at first intake pipe, three-way pipe, waste pipe and the water inlet pipe with water purifier was arranged on the valve body respectively; Holds handle is toward pressing down and rotate, when the positioning block forward of handle front end in lid when filtering corresponding locating slot, loosen handle, positioning block is embedded in lid depressed part and the corresponding locating slot of filtration.First diversion chamber of commutator is then gone to first compartment and the 4th compartment top, and second diversion chamber then goes to the 3rd compartment top.When the beginning drainage, still unfiltered water then on valve body intake pipe enter first compartment, at this moment, first compartment is by first diversion chamber and the 4th compartment conducting, make the interior water of first compartment flow into the water inlet pipe of water purifier via the 4th compartment, enter again and accept filtration in the water purifier, the water purification after filtering then via the outlet pipe of water purifier flow to flow out behind the three-way pipe for people to use.
When the utility model is used for the back washing function, rotatory handling, the positioning block of its front end is embedded in lid and the corresponding locating slot of back washing, first diversion chamber of commutator this moment is then gone to first compartment and second compartment top, and second diversion chamber is then gone to the 3rd compartment and the 4th compartment top.When the beginning back washing, the current in the fixed groove then enter first compartment via the intake pipe on the valve body.At this moment, first compartment is by first diversion chamber and the second compartment conducting, make the water in first compartment carry out back washing via second compartment and outlet pipe inflow water purifier inside, the intact dirty water of back washing then enters the 4th compartment via the water inlet pipe of water purifier, and enter the 3rd compartment via second diversion chamber, again through the waste pipe of the 3rd compartment and go out outside the valve body.
When the utility model is used to express, rotatory handling again, make that its front end positioning block embeds lid with express in the corresponding locating slot, first diversion chamber of commutator is then gone to valve body first compartment and the 4th compartment top, second diversion chamber then goes to second compartment and the 3rd compartment top, conduction hole on the plunger and flow concentration hole then no longer communicate with the pod apertures and the guide hole of valve body, make salt solution or regenerated liquid no longer flow in the water purifier, valve body first compartment is by first diversion chamber and the 4th compartment conducting of commutator at this moment, water inlet in first compartment then enters the 4th compartment via commutator first diversion chamber, and warp enters the water purifier bottom with intercommunicating pore to the body that mounting hole connects, flow out by its outlet pipe again and flow in valve body second compartment, and enter the 3rd compartment through first diversion chamber of the commutator of conducting second compartment and the 3rd compartment and discharge, reach and get express developed, no salt solution or regenerated liquid are residual.Not only make simple, the maintenance and easy to operate of water purifier pipe arrangement, and have multiple function, thereby reach the purpose of this utility model.
Fig. 1, large purification device piping diagram (during normal filtration) for commonly using.
Fig. 2, large purification device piping diagram (during back washing) for commonly using.
Fig. 3, large purification device piping diagram (during the regeneration exchange) for commonly using.
Fig. 4, large purification device piping diagram (when washing slowly) for commonly using.
Fig. 5, large purification device piping diagram (when expressing) for commonly using.
Fig. 6, be the utility model decomposition texture schematic isometric.
Fig. 7, be valve body embodiment one structural representation sectional view in the utility model.
Fig. 8, be A-A sectional view among Fig. 7.
Fig. 9, be commutator embodiment one structural representation worm's eye view in the utility model.
Figure 10, be B-B sectional view among Fig. 9.
Figure 11, be lid plan view in the utility model.
Figure 12, be C-C sectional view among Figure 11.
Figure 13, be installed in water purifier outside schematic representation for the utility model.
Figure 14, handle positioning states schematic representation when being used for the drainage function for the utility model.
Figure 15, water (flow) direction schematic representation in the valve body when being used for the drainage function for the utility model.
Figure 16, handle positioning states schematic representation when being used for the back washing function for the utility model.
Figure 17, water (flow) direction schematic representation in the valve body when being used for the back washing function for the utility model.
Figure 18, be valve body embodiment two structural representation sectional views in the utility model.
Figure 19, be D-D sectional view among Figure 18.
Figure 20, be valve body embodiment three structural representation sectional views in the utility model.
Figure 21, be E-E sectional view among Figure 20.
Figure 22, be F-F sectional view among Figure 20.
Figure 23, be commutator embodiment two structural representation worm's eye views in the utility model.
Figure 24, be G-G sectional view among Figure 23.
Figure 25, be piston structure schematic isometric in the utility model.
Figure 26, be H-H sectional view among Figure 25.
Figure 27, be quill shaft structural representation stereogram in the utility model.
Figure 28, be located at partial cross-sectional perspective view in the valve body for plunger bushing in the utility model.
Figure 29, handle positioning states schematic representation when being used to regenerate function of exchange for the utility model.
Figure 30, water (flow) direction schematic representation in the valve body when being used to regenerate function of exchange for the utility model.
Figure 31, handle positioning states schematic representation when being used to express function for the utility model.
Figure 32, water (flow) direction schematic representation in the valve body when being used to express function for the utility model.
Figure 33, be I portion partial enlarged drawing among Figure 10.
Below in conjunction with accompanying drawing the utility model is further elaborated.
As shown in Figure 6, the utility model comprises valve body 10 (50), commutator 20, lid 30 and handle 40.
As Fig. 6, Fig. 7, shown in Figure 8, valve body 10 has end face 101 and bottom surface 102, and be recessed to form active region 11 downwards from its end face 101, these active region 11 bottom surfaces are recessed to form compartment district 12, be provided with the height projection 13 contour in compartment district 12 central authorities with compartment district 12, and be the radial plural number branch rib 14 contour that extend towards compartment district 12 inwalls with projection 13 from projection 13 outer rims, so that compartment district 12 is separated into first, second, the the 3rd and the 4th compartment 15,16,17,18, all establish respectively with first in valve body 10 perisporiums, second, the the 3rd and the 4th compartment 15,16,17,18, what connect is the radial direction through hole 151 of screw, 161,171,181, all establish axially screw 19 of plural number in valve body 10 end faces 101.
Also can be as Figure 18, shown in Figure 19, all establish respectively with first, second and third compartment 54 connects in valve body 50 perisporiums and to be the radial direction through hole of screw.Valve body 50 bottom surfaces extend flange 51 downwards, and be provided with the outside thread 52 that screws togather with water purifier top inner bolt hole in flange 51 peripheries, the intercommunicating pore 541 that upwards is axially arranged with mounting hole 53 in flange 51 bottom surfaces and communicates with second compartment 54, mounting hole 53 are provided with the intercommunicating pore 551 that connects with the 4th compartment 55.
As Fig. 6, Fig. 9, Figure 10, shown in Figure 33, commutator 20 has end face 21 and bottom surface 22, and its end face 21 central authorities are convexly equipped with rotating shaft 23, forms in rotating shaft 23 nearly tops and is provided with the radially square toes of penetration hole 24, is arranged with pressure spring 231 and packing ring 232 on axle body.Establish on commutator 20 bottom surfaces 22 with valve body 10 on divide rib 14 corresponding first, second diversion chamber 25,26, and establish caulking groove 27 with first and second diversion chamber's 25,26 edge ring, and in caulking groove 27, set flexible seal bar 271 in commutator 20 bottom surfaces 22.Commutator 20 end faces 21 are axially arranged with the pressure stable hole 251 that connects with first diversion chamber 25.Commutator 20 is to be placed in valve body 10 active regions 11, and the top that is affixed on valve body 10 compartment districts 12 is supported in its bottom surface 22.
As Fig. 6, Figure 11, shown in Figure 12, lid 30 has end face 31 and bottom surface 32, end face 31 is arranged with depressed part 33 downwards, 32 of its bottom surfaces upwards form scalariform hole 34 that can ccontaining commutator 20 and the through hole 36 that connects with end face 31 depressed parts 33, and through hole 36 apertures are less than commutator 20 packing rings, 232 external diameters and greater than rotating shaft 23 external diameters; Scalariform hole 34 peripheries extend fin 35 downwards; Lid 30 end faces 31 axially are arranged with four road locating slots 331,332,333,334, and lid 30 peripheries are provided with attachment hole 37 with respect to valve body 10 end faces 101 plural axis hole screws 19 places.Lid 30 is to be covered on valve body 10 end faces 101, and with its bottom surface 32 scalariform holes, 34 ccontaining commutators 20, the rotating shaft 23 of commutator 20 protrudes out through hole 36, and lid 30 is fixed on the valve body 10 by the bolting element 38 that is arranged in its periphery attachment hole 37 and be screwed together in the valve body 10 axial screws 19.
As shown in Figure 6, handle 40 has positioning part 41 and handle portion 42.As shown in figure 14, positioning part 41 leading edges outwards are convexly equipped with the positioning block 43 that can be embedded in lid 30 end faces 31 locating slots 331,332,333,334, and form in 41 bottoms, handle 40 positioning parts and to have and the corresponding square groove 44 of rotating shaft 23 square toes, square groove 44 places are provided with the penetration hole 24 corresponding radially penetration holes 45 radially with rotating shaft 23 square toes places.Handle 40 is set on commutator 20 rotating shafts 23 square toes with its square groove 44, and by pass rotating shaft 23 and on radially the latch 46 of penetration hole 24,45 be fixedly installed in commutator 20 rotating shafts 23.
During use, the utility model is installed in the water purifier outside.As Figure 13, Figure 14, shown in Figure 15, when the utility model was used for the drainage function, at first intake pipe 01, three-way pipe 02, waste pipe 03 and the water inlet pipe 04 with water purifier was arranged in respectively on the radial direction through hole 151,161,171,181 that valve body 10 perisporiums are screw; In the present embodiment, the mouth of pipe of three-way pipe 02 is arranged on the screw 161 of valve body 10, and two mouths of pipe system is arranged in the outlet pipe of water-purifying pipe and water purifier in addition.Then as shown in figure 14, holds handle 40 is toward pressing down and rotate, and when positioning block 43 forwards of handle 40 front ends during in the locating slot 332 of lid 30, loosens handle 40, makes in the locating slot 332 of positioning block 43 embedding lids 30 depressed parts 33 it on.At this moment, as shown in figure 15,25 quilts of first diversion chamber of commutator 20 go to first compartment 15 and the 4th compartment 18 tops, and second diversion chamber 26 then goes to the 3rd compartment 17 tops.When the beginning drainage, still unfiltered water then on valve body 10 intake pipe 01 enter first compartment 15, at this moment, first compartment 15 is by first diversion chamber 25 and 18 conductings of the 4th compartment, make first compartment, 15 interior water flow into the water inlet pipe 04 of water purifier via the 4th compartment 18, enter and accept filtration in the water purifier, the water purification after filtering then flow to three-way pipe 02 back via the outlet pipe of water purifier and flows out for people to use.
As Figure 16, shown in Figure 17, when the utility model is used for the back washing function, rotatory handling 40, the positioning block 43 of its front end is embedded in the locating slot 333 of lid 30,25 quilts of first diversion chamber of commutator 20 this moment go to first compartment 15 and second compartment, 16 tops, and second diversion chamber 26 then quilt goes to the 3rd compartment 17 and the 4th compartment 18 tops.When the beginning back washing, the current in the fixed groove then enter first compartment 15 via the intake pipe on the valve body 10 01.At this moment, first compartment 15 is by first diversion chamber 25 and 16 conductings of second compartment, make the water in first compartment 15 carry out back washing via second compartment 16 and outlet pipe 02 inflow water purifier inside, the intact dirty water of back washing then enters the 4th compartment 18 via the water inlet pipe 04 of water purifier, and enter the 3rd compartment 17 via second diversion chamber 26, again through the waste pipe 03 of the 3rd compartment 17 and go out outside the valve body 10.
As Figure 18, shown in Figure 19, when the utility model is locked on the water purifier top, valve body 50 bottom surfaces extend flange 51 downwards, and be provided with the outside thread 52 that screws togather with water purifier top inner bolt hole in flange 51 peripheries, the intercommunicating pore 541 that upwards is axially arranged with mounting hole 53 in flange 51 bottom surfaces and communicates with second compartment 54, mounting hole 53 are provided with the intercommunicating pore 551 that connects with the 4th compartment 55.The sealing of the screw of the 4th compartment 55, intercommunicating pore 541 joins with water purifier discharge water pipe 06, and the interior water inlet pipe 07 of 53 of mounting holes and water purifier joins.
As Fig. 6, Figure 20, Figure 21, Figure 22, Figure 23, Figure 24, Figure 25, Figure 26, Figure 27, shown in Figure 28, the utility model comprises valve body 80, commutator 90, lid 30, handle 40, plunger 60 and quill shaft 70.As Figure 20, Figure 21, shown in Figure 22, valve body 80 is provided with screw 82 with respect to the wall of minute rib 81, certainly, also can offer respectively on other minute rib and connect the screw of establishing pressure gauge, transparent sighting tube, to be used to detect hydraulic pressure and water quality etc. in the valve.Screw 82 is to join with the body 08 that is equipped with salt solution or regenerated liquid, valve body 80 central projections 83 are provided with putting chamber 84, and the pod apertures 841 that is provided with perforation branch rib 81 and communicates in screw 82 places with putting chamber 84, be provided with the guide hole 842 that communicates with putting chamber 84 in first compartment 85, the mounting hole 86 of valve body 80 bottom surfaces is provided with the perforation 843 that communicates with putting chamber 84, and mounting hole 86 is sheathed body 09.As Figure 23, shown in Figure 24, the bottom surface of commutator 90 91 forms has the groove 92 corresponding with the putting chamber 84 of valve body 80, and offers the blind hole 94 that is square in this groove 92 in its rotating shaft 93.As Figure 25, shown in Figure 26, plunger 60 have in shape and the commutator 90 the corresponding epimere of square blind hole 94 portion 61 and with the corresponding hypomere of valve body 80 putting chambers 84 portion 62, hypomere portion 62 bottom surfaces to epimere portion 61 offer with valve body 80 on perforation 843 and guide hole 842 corresponding receiving hole 63 and flow concentration holes 64, receiving hole 63 and flow concentration hole 64 tops are provided with the attachment hole 65 that is communicated with both.Plunger 60 lateral margin faces offer with valve body 80 on pod apertures 841 conduction holes 66 corresponding and that communicate with its receiving hole 63.Plunger 60 is inserted in the commutator 90 square blind holes 94 with its epimere portion 61, so that it rotates with commutator 90, hypomere portion 62 is placed in valve body 80 putting chambers 84.As shown in figure 27, offer on the quill shaft 70 with plunger 60 on conduction hole 66 corresponding circular holes 71, and encircle two fins 72 separately of establishing that external diameter equates with plunger 60 receiving holes 63 internal diameters respectively in these circular hole 71 both sides, and in two sheathed O shapes rings 73 of 72 of fins separately, 843 internal diameters of boring a hole on quill shaft 70 external diameters and the valve body 80 equate.Quill shaft 70 is to be placed in plunger 60 receiving holes 63, and the one end device is in valve body 80 perforation 843.
When the utility model is used for soft water processing and exchanging process, as Figure 28, Figure 29, shown in Figure 30, holds handle 40 is toward pressing down and rotating, when positioning block 43 forwards of handle 40 front ends during in the locating slot 334 of lid 30, loosen handle 40, make in the locating slot 334 of positioning block 43 embedding lids 30 depressed parts 33 on it.At this moment, rotate commutator 90 by handle 40, and interlock plunger 60, commutator 90 first diversion chamber 95 go to second compartment 87 and the 3rd compartment 88 tops of valve body 80, and second diversion chamber 96 of commutator 90 goes to first compartment, 85 tops.As shown in figure 28, at this moment, conduction hole 66 on the plunger 60 and flow concentration hole 64 are connected with the pod apertures 841 and the guide hole 842 of valve body 80.When beginning to exchange, spiral shell is loaded on respect to the salt solution in the body on the wall screw 82 of minute rib 81 08 or regenerated liquid and is then flowed in the quill shafts 70 by the pod apertures 841 of valve body 80 and the conduction hole 66 on the plunger 60 and the circular hole on the quill shaft 70 71, at this moment, water inlet in first compartment 85 of valve body 80 then by siphon principle through guide hole 842, the flow concentration hole 64 of plunger 60 and attachment hole 65 enter in the quill shaft 70 from quill shaft 70 tops, and 843 together enter the water purifier bottom through boring a hole by body 09 with salt solution or regenerated liquid in the body 08, dirty water after back washing is then flow to second compartment 87 of valve body 80 by outlet pipe 06, the salt solution or the regenerated liquid that mix with water are discharged through commutator 90 first diversion chamber 95 to the 3rd compartments 88.
When the utility model is used to express, as Figure 31, shown in Figure 32, rotatory handling 40 again, its front end positioning block 43 is embedded in the locating slot 331 of lid 30,95 quilts of first diversion chamber of commutator 90 go to valve body 80 first compartments 85 and the 4th compartment 89 tops, 96 of second diversion chamber go to second compartment 87 and the 3rd compartment 88 tops, 64 of conduction hole 66 on the plunger 60 and flow concentration holes no longer communicate with the pod apertures 841 and the guide hole 842 of valve body 80, make salt solution or regenerated liquid no longer flow in the water purifier, valve body 80 first compartments 85 are by first diversion chamber 95 and 88 conductings of the 4th compartment of commutator 90 at this moment, water inlet in first compartment 85 then enters the 4th compartment 89 via commutator 90 first diversion chamber 95, and warp enters the water purifier bottom with intercommunicating pore 891 to the body 09 that mounting hole 86 connects, flow out by its outlet pipe 06 again and flow in valve body 80 second compartments 87, and enter the 3rd compartment 88 through first diversion chamber 95 of the commutator 90 of conducting second compartment 87 and the 3rd compartment 88 and discharge, reach and get express developed, no salt solution or regenerated liquid are residual.
In sum, the utility model only needs the direction that rotatory handling can transfer valve inner fluid mobile operational process, and is very simple and easy in the operation.In case meet intake pressure when too big, can enter its end face with pressure stable hole release portion current in the commutator, make commutator top, base pressure balance, rotatory handling more trippingly.The soft water structure that can provide water purifier to use is provided the utility model, and its more similar conventional valve has more progressive and practicability, and on the market or all do not have identical on using or similar products are open or use.
Claims (11)
1, the multi-functional multiple-way valve of a kind of water purifier, it comprises valve body and handle, it is characterized in that it also comprises commutator and lid; The valve body end face is recessed to form active region downwards, the active region bottom surface is recessed to form the compartment district, be provided with the height projection contour in compartment district central authorities with the compartment district, and be radial plural number and the contour branch rib of projection of extending towards compartment district inwall from the projection outer rim, so that being distinguished, compartment is divided into the first, second, third and the 4th compartment that is communicated with the water purifier respective line; Commutator end face central authorities are convexly equipped with rotating shaft, establish on the commutator bottom surface with valve body on divide rib corresponding first, second diversion chamber, commutator system is placed in the valve body active region, the top that is affixed on valve body compartment district is supported in its bottom surface; The lid end face is arranged with depressed part downwards, and its bottom surface then upwards forms scalariform hole that can ccontaining commutator and the through hole that connects with the end face depressed part, and through-hole aperture is less than the commutator washer outer diameter and greater than the rotating shaft external diameter; The scalariform hole peripheral extends fin downwards; The lid end face axially is arranged with the multiple tracks locating slot, and cover cap is located on the valve body top end, and puts commutator with its bottom surface scalariform pore volume, and the commutator rotating shaft protrudes out through hole; Handle has positioning part and handle portion, and the positioning part leading edge outwards is convexly equipped with the positioning block that can be embedded in the lid end face locating slot, and handle is fixedly installed in the commutator rotating shaft with its positioning part.
2, the multi-functional multiple-way valve of water purifier according to claim 1 is characterized in that all establishing respectively with the first, second, third and the 4th compartment connects at described valve body perisporium and is the radial direction through hole of screw; Pipeline corresponding with water purifier and that be communicated with valve body first, second, third and the 4th compartment is installed in respectively on the valve body perisporium radial direction through hole.
3, the multi-functional multiple-way valve of water purifier according to claim 1 is characterized in that described valve body perisporium is all established respectively with first, second and third compartment connects and is the radial direction through hole of screw; The intercommunicating pore that the valve body bottom surface upwards is axially arranged with mounting hole and communicates with second compartment, mounting hole are provided with the intercommunicating pore that connects with the 4th compartment; Intercommunicating pore and water purifier discharge water pipe join, mounting hole then with water purifier in water inlet pipe join.
4, the multi-functional multiple-way valve of water purifier according to claim 3 is characterized in that described valve body bottom surface extends flange downwards, and is provided with the outside thread that screws togather with water purifier top inner bolt hole in flange outer periphery.
5, according to claim 3 or the multi-functional multiple-way valve of 4 described water purifiers, it is characterized in that described valve body is provided with and is equipped with the screw that the body of treatment fluid joins with respect to the wall of minute rib, valve body central authorities projection is provided with the putting chamber of ccontaining plunger, and the pod apertures that is provided with perforation branch rib and communicates in the screw place with putting chamber, be provided with the guide hole that communicates with putting chamber in first compartment, the mounting hole of valve body bottom surface is provided with the perforation that communicates with putting chamber; The bottom surface of commutator forms has the groove corresponding with the putting chamber of valve body, and offers the blind hole that is square in this groove in its rotating shaft; Plunger has square blind hole corresponding epimere portion and hypomere portion in shape and the commutator, hypomere portion bottom surface to epimere portion offer with valve body on the corresponding and ccontaining quill shaft of perforation receiving hole and with valve body on the corresponding flow concentration hole of guide hole, receiving hole and flow concentration hole top are provided with the attachment hole that is communicated with both; Plunger lateral margin face offers conduction hole corresponding with pod apertures on the valve body and that communicate with its receiving hole; Plunger is inserted in the square blind hole of commutator with its epimere portion, and hypomere portion is placed in the valve body putting chamber; Offer on the quill shaft with plunger on the corresponding circular hole of conduction hole, and encircle two fins separately of establishing that external diameter equates with plunger receiving hole internal diameter respectively in these circular hole both sides, and in two sheathed O shape rings between fin separately, the quill shaft external diameter equates with punch inside diameter on the valve body.Quill shaft system is placed in the plunger receiving hole, and the one end device is in the valve body perforation.
6, the multi-functional multiple-way valve of water purifier according to claim 1 and 2 is characterized in that establishing caulking groove in described commutator bottom surface and first and second diversion chamber's edge ring, and set the flexible seal bar in caulking groove.
7, the multi-functional multiple-way valve of water purifier according to claim 5 is characterized in that establishing caulking groove in described commutator bottom surface and first and second diversion chamber's edge ring, and set the flexible seal bar in caulking groove.
8, the multi-functional multiple-way valve of water purifier according to claim 1 and 2 is characterized in that being axially arranged with the pressure stable hole that connects with first diversion chamber at described commutator end face.
9, the multi-functional multiple-way valve of water purifier according to claim 5 is characterized in that being axially arranged with the pressure stable hole that connects with first diversion chamber at described commutator end face.
10, the multi-functional multiple-way valve of water purifier according to claim 1 and 2 is characterized in that being provided with the radially square toes of penetration hole in described rotating shaft nearly top formation, is arranged with pressure spring and packing ring on axle body; Handle positioning part bottom forms to have and the corresponding square groove of rotating shaft square toes, and the square groove place is provided with the corresponding radially penetration hole of penetration hole radially with rotating shaft square toes place; Handle is set on the commutator rotating shaft square toes with its square groove, and by pass rotating shaft and on radially the latch of penetration hole be fixedly installed in the commutator rotating shaft.
11, the multi-functional multiple-way valve of water purifier according to claim 5 is characterized in that being provided with the radially square toes of penetration hole in described rotating shaft nearly top formation, is arranged with pressure spring and packing ring on axle body; Handle positioning part bottom forms to have and the corresponding square groove of rotating shaft square toes, and the square groove place is provided with the corresponding radially penetration hole of penetration hole radially with rotating shaft square toes place; Handle is set on the commutator rotating shaft square toes with its square groove, and by pass rotating shaft and on radially the latch of penetration hole be fixedly installed in the commutator rotating shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99211926 CN2381855Y (en) | 1999-06-01 | 1999-06-01 | Multifunctional multi-way valve for water purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 99211926 CN2381855Y (en) | 1999-06-01 | 1999-06-01 | Multifunctional multi-way valve for water purifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2381855Y true CN2381855Y (en) | 2000-06-07 |
Family
ID=34004773
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 99211926 Expired - Fee Related CN2381855Y (en) | 1999-06-01 | 1999-06-01 | Multifunctional multi-way valve for water purifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2381855Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103075541A (en) * | 2013-01-15 | 2013-05-01 | 王晨 | Multipath water treating reversing valve |
| CN103836226A (en) * | 2014-03-28 | 2014-06-04 | 中煤科工集团重庆研究院有限公司 | Multi-gas-source dynamic flow dividing device |
| CN104595564A (en) * | 2015-02-05 | 2015-05-06 | 吴传涛 | Multidirectional regulating valve |
-
1999
- 1999-06-01 CN CN 99211926 patent/CN2381855Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103075541A (en) * | 2013-01-15 | 2013-05-01 | 王晨 | Multipath water treating reversing valve |
| CN103836226A (en) * | 2014-03-28 | 2014-06-04 | 中煤科工集团重庆研究院有限公司 | Multi-gas-source dynamic flow dividing device |
| CN103836226B (en) * | 2014-03-28 | 2016-02-10 | 中煤科工集团重庆研究院有限公司 | Multi-gas-source dynamic flow dividing device |
| CN104595564A (en) * | 2015-02-05 | 2015-05-06 | 吴传涛 | Multidirectional regulating valve |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: LIAO ZHENGHUI Free format text: FORMER NAME OR ADDRESS: XIE YUZHENG |
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| CP01 | Change in the name or title of a patent holder |
Patentee after: Liao Zhenghui Patentee before: Xie Yuzheng |
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| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |