CN101054682B - Horizontal radiation type electrolysis method and device - Google Patents
Horizontal radiation type electrolysis method and device Download PDFInfo
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- CN101054682B CN101054682B CN2006101373391A CN200610137339A CN101054682B CN 101054682 B CN101054682 B CN 101054682B CN 2006101373391 A CN2006101373391 A CN 2006101373391A CN 200610137339 A CN200610137339 A CN 200610137339A CN 101054682 B CN101054682 B CN 101054682B
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Abstract
The present invention relates to a horizontal radial type electrolytic method and apparatus, particularly wherein an electropad is set between the casing and the horizontal corresponding surface of the base and a water intake is provided at the center of the electropad. The raw water flows-in directly from the water intake and flows off outwards in a manner of horizontal radiat pervasion. During electrolysis, an acidic aqueous layer and an alkaline aqueous layer are respectively formed at parallel sides of anode electropad and cathode electropad. Two water exit routes are set at places correspondin to the electropad at the casing and the base, thereby the acidulous water and the alkaline water are discharged in splitted streams. The present invention is capable of depressing electroanalysis cost and resolving effectively problems of remaining water breeding bacilli and remaining water accelerating calcium deposition.
Description
Technical field
The present invention relates to horizontal radiation type electrolysis method and device, it mainly is the technology that is applied to the steady current of electrolyzed water machine.
Background technology
The vertical type electrolyzer of conventional known, its problem is:
One, the acid of vertical type electrolyzer, the most designs of alkaline water water outlet are fetched water by the top, causing after the electrolysis electrolyzer to have residual water is detained, residual water discharge equipment need be set in addition, increase cost, if residual water discharge equipment is not set, residual water can be multiplied bacterium, also can cause calcium ion precipitation, quicken the long-pending calcium of electrolyzer, once more during electrolysis, previous residual water promptly flows out earlier without complete electrolysis, can't reach the standard value of redox potential.
Two, vertical type electrolyzer water-in equates with the unit surface of water outlet, Faradaic current is also close, when strengthening the interelectrode distance of water outlet as desire, can increase the resistance of water outlet relatively, also therefore reduce total Faradaic current at water outlet place, reduce the scope of neutral water layer relatively, make the yin, yang ionic shunt the comparison difficulty that seems relatively.
Three, vertical type electrolyzer water-in equates with the unit surface of water outlet, and the flow velocity that enters the battery lead plate inlet equates with the flow velocity that leaves the battery lead plate outlet, can't slow down the flow velocity of water outlet, relatively is easy to generate the sinuous flow phenomenon.
Four, the vertical type electrolyzer generally designs water-in following, and water outlet, can be operated so need certain hydraulic pressure to import last, and is lower for hydraulic pressure, for example: and the hopper of water dispenser, must pressurize by Water-pumping motor, otherwise promptly can't be suitable for.
Five, the vertical type electrolyzer is most uses a large amount of screws to lock, dismounting and very inconvenience of assembling, and the while also increases cost.
Six, the vertical type electrolyzer can't be installed in the beneath flat space of water dispenser hopper, the vertical type electrolyzer must be arranged on water dispenser inside, relatively take up space, and must external pipeline, water is imported the water-in of electrolyzer, after the electrolysis, utilize pipeline that sour water and alkaline water are derived the water outlet that is connected to water dispenser again, trouble and puzzlement when increasing assembling in rain, and also cost increases, the long-pending calcium in alkaline water rising pipe Louis needs routine cleaning in addition.
Seven, the interelectrode distance of vertical type electrolyzer is fixed, can't do the adjustment of appropriate interelectrode distance at soft water zone or hard water zone, so the scope of application is still restricted, design is all little than the hard water zone as the interelectrode distance in soft water zone, otherwise the design of the interelectrode distance in hard water zone then is slightly larger than the soft water zone, so still there is certain limitation in fixed interelectrode distance design.
Summary of the invention
The objective of the invention is at above-mentioned vertical type electrolyzer existing problem and defective, a kind of horizontal radiation type electrolyzer that can overcome the problems referred to above substantially is provided.
In view of this, the invention provides a kind of horizontal radiation type electrolysis method, the center of former water by battery lead plate imported, and towards the peripheral outflow of battery lead plate, form acid water layer and alkaline water layer in the battery lead plate parallel sides during electrolysis, derive the shunting back.
The present invention also provides a kind of horizontal radiation type electrolyzer, and wherein, battery lead plate is horizontal arrangement, and the battery lead plate center is provided with water-in, and the battery lead plate periphery is provided with sour water and alkaline water runner, and shunting is derived after the electrolysis.
Preferably, in described horizontal radiation type electrolyzer, battery lead plate is provided with strengthening rib.
Preferably, in described horizontal radiation type electrolyzer, battery lead plate parallel sides periphery is outwards strengthened the gap gradually.
Preferably, in described horizontal radiation type electrolyzer, be provided with spacer between the battery lead plate.
Preferably, in described horizontal radiation type electrolyzer, battery lead plate is disposed at the corresponding surface of lid and pedestal.
Preferably, in described horizontal radiation type electrolyzer, the corresponding surface of lid and pedestal is provided with the spacer of spaced electrode plate.
Preferably, in described horizontal radiation type electrolyzer, the corresponding surface of pedestal and lid is provided with dividing plate, so as to forming sour water and alkaline water runner.
Preferably, in described horizontal radiation type electrolyzer, battery lead plate is provided with the conductive part that passes lid and pedestal.
Preferably, in described horizontal radiation type electrolyzer, the battery lead plate of lid, pedestal and configuration thereof is circular, and lid and pedestal are provided with the internal and external screw thread portion to locking mutually.
Preferably, in described horizontal radiation type electrolyzer, the battery lead plate center of lid and configuration thereof is provided with water-in, pedestal center and pedestal outside sheathed water swivel be provided with sour water water outlet and alkaline water water outlet.
Preferably, in described horizontal radiation type electrolyzer, the battery lead plate center that pedestal disposed is provided with the unhurried current recess.
Preferably, in described horizontal radiation type electrolyzer, the battery lead plate center of pedestal and configuration thereof is provided with water-in, lid center and pedestal outside sheathed water swivel be provided with sour water water outlet and alkaline water water outlet.
Preferably, in described horizontal radiation type electrolyzer, the battery lead plate center that lid disposed is provided with the unhurried current recess.
Preferably, in described horizontal radiation type electrolyzer, battery lead plate that lid disposed and pedestal center are provided with the conductive contact and the contact tube that can conduct electricity with water outlet.
Preferably, in described horizontal radiation type electrolyzer, conductive contact and contact tube are provided with the internal and external screw thread portion to locking mutually.
Preferably, in described horizontal radiation type electrolyzer, the lid center is provided with the conductive contact of water out adapter and sealing, and shunting disk and lid are provided with the internal and external screw thread to locking mutually simultaneously.
Preferably, in described horizontal radiation type electrolyzer, be provided with conductive component between conductive contact and the contact tube.
Preferably, in described horizontal radiation type electrolyzer, conductive component is an elastomerics.
Preferably, in described horizontal radiation type electrolyzer, the lid center is provided with the pressure valve group corresponding to the water out adapter place.
Preferably, in described horizontal radiation type electrolyzer, the pressure valve group is to be provided with valve member in valve seat inside, and the valve seat center is provided with the water outlet that communicates with water out adapter.
Preferably, in described horizontal radiation type electrolyzer, valve member is provided with the elastic component of bullet to water outlet.
Preferably, in described horizontal radiation type electrolyzer, valve member is provided with the perforation that can get rid of valve seat inner product water and air.
Preferably, in described horizontal radiation type electrolyzer, the battery lead plate periphery that the pedestal correspondence is disposed is provided with shunting disk.
Preferably, in described horizontal radiation type electrolyzer, shunting disk is provided with the spacer of a plurality of five equilibriums respectively corresponding to cathode electrode plate bottom surface and anode electrode plate circumference place.
Preferably, in described horizontal radiation type electrolyzer, shunting disk is provided with the ring-like spreader plate of knife edge shape.
Preferably, in described horizontal radiation type electrolyzer, the ring-like spreader plate of knife edge shape is provided with recess corresponding to alkaline water runner place.
A deal with problems applied method and device and effect against existing technologies of the present invention is: the acid of horizontal radiation type electrolyzer, alkaline water water outlet, wherein needing only side's water outlet is fetched water by the below, just can be by the residual water in this water outlet discharging electrolyzer, need not to establish in addition residual water discharge equipment, so can reduce cost, and can effectively solve the problem that residual water is multiplied bacterium and the long-pending calcium of residual water acceleration.
Deal with problems two applied methods and device and effect against existing technologies two of the present invention are: the horizontal radiation type electrolyzer is divided into a from inside to outside, b, c, d, e five five equilibriums, the total current of this above-mentioned section is respectively Ia＜Ib＜Ic＜Id＜Ie, the E section belongs to the outermost section, total Faradaic current maximum, if therefore strengthen the moon of water outlet, the interelectrode distance of anode electrode plate, though can slightly reduce Faradaic current, but still do not influence normal electrolytic carrying out, so can effectively enlarge the scope of neutral water layer, make cloudy, cationic shunting is more easy.
Deal with problems three applied methods and device and effect against existing technologies three of the present invention are: the horizontal radiation type electrolyzer is divided into a, b, c, d, e five five equilibriums from inside to outside, if according to flow velocity, Sa＞Sb＞Sc＞Sd＞Se then, when current spread from inside to outside, flow velocity is by interior gradual slow outward, so can effectively slow down the flow velocity of water outlet, help stationary flow, reduce sinuous flow and produce.
Deal with problems four applied methods and device and effect against existing technologies four of the present invention are: because the cathode and anode battery lead plate of horizontal radiation type electrolyzer disposes in horizontal direction, so as long as current import from the top water-in, the current of low hydraulic pressure can parallelly outwards steadily spread, enter electrolyzer and carry out electrolysis, need not by Water-pumping motor pressurization, promptly applicable to the hopper of water dispenser.
Deal with problems five applied methods and device and effect against existing technologies five of the present invention are: the horizontal radiation type electrolyzer can be designed to two collar plate shape pedestals up and down, directly at the pedestal setting internal and external screw thread to locking mutually, need not to use the screw locking, dismounting is very convenient with assembling.
Deal with problems six applied methods and device and effect against existing technologies six of the present invention are: because the horizontal radiation type electrolyzer belongs to the platypelloid type structure, so can directly be installed in the flat space under the water dispenser hopper, do not take up space, and can be directly the water of water dispenser hopper be imported electrolyzer, saving the long-pending calcium of external pipeline and pipeline needs the trouble and inconvenience of routine cleaning, and cost reduces.
Deal with problems seven applied methods and device and effect against existing technologies seven of the present invention are: the horizontal radiation type electrolyzer can be designed to collar plate shape, as described in above-mentioned effect two, three, because no barrier film and do not have spacer and design, and water-in is positioned at the axle center, water outlet is positioned at the periphery in the center of circle, therefore can pass through internal and external screw thread, cooperates the sealing assembly to do the spacing adjustment of upper/lower electrode, do not influence simultaneously the relevant position of water-in and water outlet, so the scope of application is more extensive.
Description of drawings
Fig. 1: the current diagram that is electrolyzer of the present invention.
Fig. 2: the flow velocity synoptic diagram that is electrolyzer of the present invention.
Fig. 3: the solid combination synoptic diagram that is the embodiment of the invention one.
Fig. 4: the perspective exploded view that is the embodiment of the invention one.
Fig. 5: the section combination synoptic diagram that is the embodiment of the invention one.
Fig. 6: the user mode synoptic diagram that is the embodiment of the invention one.
Fig. 7: the local enlarged diagram of S that is Fig. 6.
Fig. 8: the perspective exploded view that is the embodiment of the invention two.
Fig. 9: the section combination synoptic diagram that is the embodiment of the invention two.
Figure 10: the user mode synoptic diagram that is the embodiment of the invention two.
Figure 11: the local enlarged diagram of D that is Figure 10.
Figure 12: the solid combination cut-away diagram that is the embodiment of the invention three.
Figure 13: the perspective exploded view that is the embodiment of the invention three.
Figure 14: the section combination synoptic diagram that is the embodiment of the invention three.
Figure 15: the local enlarged diagram of D that is Figure 14.
Figure 16: the user mode synoptic diagram that is the embodiment of the invention three.
Figure 17: the M-M section combination synoptic diagram that is Figure 16.
Figure 18: the F-F section combination synoptic diagram that is Figure 16.
Figure 19: the solid combination cut-away diagram that is the embodiment of the invention four.
Figure 20: the perspective exploded view that is the embodiment of the invention four.
Figure 21: the section combination synoptic diagram that is the embodiment of the invention four.
Figure 22: the user mode synoptic diagram that is the embodiment of the invention four.
Figure 23: the solid combination cut-away diagram that is the embodiment of the invention five.
Figure 24: the perspective exploded view that is the embodiment of the invention five.
Figure 25: the section combination synoptic diagram that is the embodiment of the invention five.
Figure 26: the electrolysis view that is the embodiment of the invention five.
Wherein, description of reference numerals is as follows:
100 lids, 110 water-ins
120 through holes, 130 internal threads
200 anode electrode plates, 210 water-ins
220 anodal conductive part 300 cathode electrode plates
310 unhurried current recesses, 320 negative pole conductive parts
400 shunting disks, 410 through holes
420 alkaline water water outlets, 430 ribs
440 outlet parts, 450 ribs
460 grooves, 500 pedestals
510 through holes, 520 outside screws
530 grooves, 540 sour water water outlets
550 ribs, 560 sleeved part
570 trips, 580 grooves
600 water swivels, 610 alkaline water water out adapters
620 sour water water out adapters, 630 tongue-and-grooves
Q10 sealing packing ring Q20 sealing packing ring
Q30 sealing packing ring Q40 sealing packing ring
Q50 sealing packing ring
100 ' lid, 120 ' through hole
140 ' outside screw, 150 ' alkaline water water outlet
160 ' rib, 170 ' groove
200 ' anode electrode plate, 210 ' water-in
220 ' anodal conductive part 300 ' cathode electrode plate
310 ' unhurried current recess, 320 ' negative pole conductive part
400 ' shunting disk, 410 ' through hole
440 ' outlet part, 450 ' rib
460 ' groove, 470 ' water-in
500 ' pedestal, 510 ' through hole
540 ' sour water water outlet, 550 ' rib
560 ' sleeved part, 570 ' trip
580 ' groove, 590 ' internal thread
600 ' water swivel, 620 ' sour water water out adapter
630 ' tongue-and-groove, 640 ' water-in
700 ' ring-like part flow arrangement 710 ' ring-like knife edge shape distributary division
Q10 ' sealing packing ring Q20 ' sealing packing ring
Q30 ' sealing packing ring Q40 ' sealing packing ring
Q50 ' sealing packing ring
10 lids, 11 screw hole columns
12 screws, 13 dividing plates
21 strengthening rib, 22 strengthening rib
23 alkaline water water outlets, 24 through holes
30 conductive contacts, 31 external thread parts
32 grooves, 40 contact tubes
41 internal thread parts, 42 outer terrace edges
43 grooves, 44 grooves
50 water swivels, 51 hole seats
54 sour water water out adapters, 60 pedestals
61 socket parts, 62 grooves
63 grooves, 64 dividing plates
65 perforation, 66 Inlet and outlet water pipes
67 dividing plates, 68 sour water posticums
70 anode electrode plates, 71 water-ins
72 strengthening rib, 73 strengthening rib
74 anodal conductive part 80 shunting disks
81 grooves, 82 knife edge shape spreader plates
Q1 sealing packing ring Q2 sealing packing ring
Q3 sealing packing ring Q4 sealing packing ring
Q5 sealing packing ring Q6 sealing packing ring
10 ' lid, 11 ' screw hole column
12 ' screw, 13 ' dividing plate
14 ' interior terrace edge 15 ' alkaline water water out adapter
16 ' outside screw, 20 ' cathode electrode plate
21 ' strengthening rib, 22 ' strengthening rib
23 ' alkaline water water outlet, 24 ' through hole
30 ' conductive contact, 32 ' groove
33 ' electroconductive elastic sheet, 40 ' contact tube
42 ' outer terrace edge 43 ' groove
44 ' groove, 50 ' water swivel
51 ' hole seat 52 ' interior terrace edge
53 ' former water water supply connector 54 ' sour water water out adapter
60 ' pedestal, 61 ' socket part
62 ' groove, 63 ' groove
64 ' dividing plate 65 ' perforation
66 ' Inlet and outlet water pipe, 67 ' dividing plate
68 ' sour water posticum, 70 ' anode electrode plate
71 ' water-in, 72 ' strengthening rib
73 ' strengthening rib 74 ' anodal conductive part
80 ' shunting disk, 81 ' groove
82 ' knife edge shape spreader plate, 83 ' internal thread
Q1 ' sealing packing ring Q2 ' sealing packing ring
Q3 ' sealing packing ring Q4 ' sealing packing ring
Q5 ' sealing packing ring Q6 ' sealing packing ring
10 " lid 11 " screw hole column
12 " screw 13 " dividing plate
14 " interior terrace edge 15 " alkaline water water out adapter
20 " cathode electrode plate 21 " strengthening rib
22 " strengthening rib 23 " alkaline water water outlet
24 " through hole 30 " conductive contact
31 " external thread part 32 " groove
The interior spiral shell of 40 " contact tubes 41 " portion
42 " outer terrace edge 43 " groove
44 " groove 45 " raw water inlet
50 " water swivel 51 " hole seat
The former water inlet conduit of 52 " interior terrace edges 53 "
54 " sour water water out adapter 60 " pedestal
61 " socket part 62 " groove
63 " groove 64 " dividing plate
65 " perforation 66 " Inlet and outlet water pipe
67 " dividing plate 68 " sour water posticum
70 " anode electrode plate 71 " water-in
72 " strengthening rib 73 " strengthening rib
74 " anodal conductive part 80 " shunting disk
81 " groove 82 " knife edge shape spreader plate
83 " recess 84 " spacer
85 " spacer 90 " pressure valve group
91 " valve seat 92 " valve member
93 " elastic component 94 " alkaline water water outlet
95 " alkaline water runners 96 " perforation
Q1 " sealing packing ring Q2 " sealing packing ring
Q3 " sealing packing ring Q4 " sealing packing ring
Q5 " sealing packing ring Q6 " sealing packing ring
Embodiment
The functional effect of understanding device context of the present invention in depth and can reach for those skilled in the art is easy to is enumerated a specific embodiment at this, and detailed introduction of conjunction with figs. is described as follows:
A kind of horizontal radiation type electrolysis method mainly is that former water is imported by the battery lead plate center, and outwards horizontal radiation is flowed out, and can slow down into water flow velocity during electrolysis, and obtains best electrolytic efficiency.
Thus, as shown in Figure 1, the horizontal radiation type electrolyzer is divided into a, b, c, d, e five five equilibriums from inside to outside, the total current of this above-mentioned section is respectively Ia＜Ib＜Ic＜Id＜Ie, and the E section belongs to the outermost section, total Faradaic current maximum.As shown in Figure 2, the horizontal radiation type electrolyzer is divided into a, b, c, d, e five five equilibriums from inside to outside, if according to flow velocity, Sa＞Sb＞Sc＞Sd＞Se then, when current spread from inside to outside, flow velocity was by interior gradual slow outward.
According to the horizontal radiation type electrolysis method of the invention described above, the horizontal radiation type electrolyzer that made comes out comprises following five kinds of embodiment at least:
Embodiment one, please consult Fig. 3, shown in Figure 4, and it is the solid combination and the perspective exploded view of the embodiment of the invention one.And shown in Figure 5, it is the section combination synoptic diagram of the embodiment of the invention one.This electrolyzer mainly is made up of with a plurality of sealing packing ring Q10, Q20, Q30 lid 100, anode electrode plate 200, cathode electrode plate 300, shunting disk 400, pedestal 500, water swivel 600; Wherein:
The center of water swivel 600 is provided with alkaline water water out adapter 610, the position of external diameter between sealing packing ring Q10, Q30 at water swivel 600 is provided with sour water water out adapter 620, water swivel 600 tops are provided with two tongue-and-grooves 630, the usefulness that spins after engaging as the trip 570 with pedestal 500 sleeved part 560.
The electrolysis situation of embodiment one please be consulted shown in Figure 6ly, and it is the user mode synoptic diagram of the embodiment of the invention one.As shown in Figure 7, it is the local enlarged diagram of S of Fig. 6.This horizontal radiation type electrolysis method, water is earlier from the water-in 110 of lid 100 with anode electrode plate 200 centers, 210 import, unhurried current recess 310 levels from cathode electrode plate 300 centers outwards spread out radially again, form sour water laminar flow and alkaline water laminar flow in anode electrode plate 200 and cathode electrode plate 300 both sides respectively during electrolysis, the sour water laminar flow is directed to the sour water water outlet 540 at center by the rib 550 of pedestal 500, be directed to sour water water out adapter 620 water outlets of water swivel 600 again by the rib 450 of outlet part 440 peripheries, please consult shown in Figure 4ly, it is the perspective exploded view of the embodiment of the invention one.The alkaline water laminar flow is directed to the alkaline water water outlet 420 at center by the rib 430 of shunting disk 400, again by alkaline water water out adapter 610 water outlets of outlet part 440 guided inside to water swivel 600.
Embodiment two, horizontal radiation type electrolyzer provided by the present invention, intake from lid 100 1 sides except being designed to embodiment one, again below water swivel 600 outside the form of two side's water outlets, also can be designed to side water inlet below water swivel 600, again respectively from lid 100 form with water swivel 600 each side's water outlet, please consult shown in Figure 8ly, it is the perspective exploded view of the embodiment of the invention two.And shown in Figure 9, it is the section combination synoptic diagram of the embodiment of the invention two.This electrolyzer mainly by lid 100 ', anode electrode plate 200 ', cathode electrode plate 300 ', shunting disk 400 ', pedestal 500 ', water swivel 600 ', ring-like part flow arrangement 700 ' form with a plurality of sealing packing ring Q10 ', Q20 ', Q30 ', Q40 ', Q50 ' institute; Wherein:
Lid 100 ' in the form of annular discs, lid 100 ' inner face can for be installed with cathode electrode plate 300 ', lid 100 ' outside surface be provided with two through holes 120 ', can supply cathode electrode plate 300 ' two negative pole conductive parts 320 ' pass, lid 100 ' outer wall be provided with outside screw 140 ', as lock choose a place to give a banquet body 500 ' usefulness, lid 100 ' outer wall also be provided with one the circle groove 170 ', can supply sheathed sealing packing ring Q20 ', as with pedestal 500 ' usefulness of sealing when lock is established, lid 100 ' the card center be provided with alkaline water water outlet 150 ', lid 100 ' card inside be provided with the rib 160 that a plurality of five equilibriums arrange radially ', so as to alkaline water is directed to alkaline water water outlet 150 ';
Anode electrode plate 200 ' in the form of annular discs, anode electrode plate 200 ' the center be provided with water-in 210 ', anode electrode plate 200 ' plate face below be provided with two anodal conductive parts 220 ';
Cathode electrode plate 300 ' in the form of annular discs, cathode electrode plate 300 ' the center be provided with the unhurried current recess 310 ', cathode electrode plate 300 ' plate face top be provided with two negative pole conductive parts 320 ', cathode electrode plate 300 ' circumference can upwards turn down, with strengthen with anode electrode plate 200 ' spacing;
Shunting disk 400 ' in the form of annular discs, shunting disk 400 ' the surface be provided with two through holes 410 ', can supply anode electrode plate 200 ' two anodal conductive parts 220 ' pass, shunting disk 400 ' the center be provided with water-in 470 ', and by water-in 470 ' extend downwards be provided with outlet part 440 ', outlet part 440 ' periphery be provided with a plurality of five equilibriums be the rib 450 that shape in upright arrangement arranges ', so as to be positioned sour water water outlet 540 ', usefulness as guiding sour water, outlet part 440 ' below be provided with one the circle groove 460 ', can supply sheathed sealing packing ring Q10 ', the usefulness of sealing as with water swivel 600 ' socket the time;
Pedestal 500 ' in the form of annular discs, pedestal 500 ' the surface be provided with two through holes 510 ', can supply anode electrode plate 200 ' two anodal conductive parts 220 ' pass, pedestal 500 ' outer wall be provided with internal thread 590 ', as lock establish lid 100 ' usefulness, pedestal 500 ' the center be provided with sour water water outlet 540 ', and in card be provided with the rib 550 that a plurality of five equilibriums arrange radially ', so as to sour water is directed to sour water water outlet 540 ', and by sour water water outlet 540 ' extend downwards be provided with sleeved part 560 ', sleeved part 560 ' outside be provided with two trips 570 ', as with the usefulness of water swivel 600 ' spin after engaging, sleeved part 560 ' below be provided with a circle groove 580 ', can supply sheathed sealing packing ring Q30 ', the usefulness of sealing as with water swivel 600 ' socket the time;
Water swivel 600 ' the center be provided with water-in 640 ', water swivel 600 ' external diameter be provided with sour water water out adapter 620 ', water swivel 600 ' top be provided with two tongue-and-grooves 630 ', as with pedestal 500 ' sleeved part 560 ' the usefulness of trip 570 ' spin after engaging;
Ring-like part flow arrangement 700 ' be hollow circular ring shape, ring-like part flow arrangement 700 ' be utilize upper and lower two sealing packing ring Q40 ', Q50 ' be arranged at lid 100 ' with pedestal 500 ', ring-like part flow arrangement 700 ' inner edge be provided with ring-like knife edge shape distributary division 710 ', this ring-like knife edge shape distributary division 710 ' anode electrode plate 200 ' and cathode electrode plate 300 ' between, as the usefulness of cutting upper and lower two sour water laminar flows of shunting and alkaline water laminar flow.
The electrolysis situation of embodiment two please be consulted shown in Figure 10ly, and it is the user mode synoptic diagram of the embodiment of the invention two.With shown in Figure 11, it is the local enlarged diagram of D of Figure 10.Water earlier from water swivel 600 ' with the water-in 640 at anode electrode plate 200 ' center ', 210 ' import, unhurried current recess 310 ' level from cathode electrode plate 300 ' center outwards spreads out radially again, during electrolysis respectively at anode electrode plate 200 ' form sour water laminar flow and alkaline water laminar flow with cathode electrode plate 300 ' side, utilize the knife edge shape distributary division 710 of ring-like part flow arrangement 700 ' inner edge ' will go up, following two sour water laminar flows and the cutting of alkaline water laminar flow are come, the sour water laminar flow by pedestal 500 ' rib 550 ' be directed to center sour water water outlet 540 ', again by the rib 450 of outlet part 440 ' periphery ' be directed to water swivel 600 ' the 620 ' water outlet of sour water water out adapter, the alkaline water laminar flow by lid 100 ' rib 160 ' the be directed to alkaline water water outlet 150 ' water outlet at center.
Embodiment three, horizontal radiation type electrolyzer provided by the present invention, intake from lid 100 1 sides except being designed to embodiment one, the form of two side's water outlets below water swivel 600 again, with embodiment two from water swivel 600 ' below side water inlet, again respectively from lid 100 ' with the form of water swivel 600 ' each side's water outlet outside, also can be designed to intake from water swivel 50 1 sides, again respectively from the form of water swivel 50 centers and the opposing party's water outlet, please consult Figure 12 and shown in Figure 13, it is the solid combination cut-away diagram and the perspective exploded view of the embodiment of the invention three.With shown in Figure 14, it is the section combination synoptic diagram of the embodiment of the invention three.And shown in Figure 15, it is the local enlarged diagram of D of Figure 14.This electrolyzer mainly is made up of with a plurality of sealing packing ring Q1～Q6 lid 10, cathode electrode plate 20, conductive contact 30, contact tube 40, water swivel 50, pedestal 60, anode electrode plate 70, shunting disk 80; Wherein:
Contact tube 40 is a hollow tube, except as the alkaline water water outlet, also as the usefulness that connects negative power supply, contact tube 40 1 ends are provided with internal thread part 41, can establish for external thread part 31 locks of conductive contact 30, contact tube 40 the other ends are provided with outer terrace edge 42 and two grooves 43,44, the usefulness of location when outer terrace edge 42 can supply to be sheathed on water swivel 50, and two grooves 43,44 can be provided with two sealing packing ring Q2, Q3;
Shunting disk 80 is the discoid of hollow, can be arranged between lid 10 and the pedestal 60, shunting disk 80 outsides are provided with a groove 81, one sealing packing ring Q6 can be set, shunting disk 80 is corresponding to being provided with knife edge shape spreader plate 82 between cathode electrode plate 20 and the anode electrode plate 70, cut open with acid moisture so as to the alkaline water that cathode electrode plate 20 is produced during with anode electrode plate 70 electrolysis.
The electrolysis situation of embodiment three, please consult shown in Figure 16, it is the user mode synoptic diagram of the embodiment of the invention three. with shown in Figure 17, it is the M-M section combination synoptic diagram of Figure 16. and shown in Figure 180, it is the F-F section combination synoptic diagram of Figure 16. former water is from the former water water supply connector 53 of water swivel 50 and the water-in 71 at Inlet and outlet water pipe 66 importing anode electrode plates 70 centers, again from the slit between cathode electrode plate 20 and the anode electrode plate 70, level outwards spreads out radially, form alkaline water laminar flow and sour water laminar flow in cathode electrode plate 20 and anode electrode plate 70 both sides respectively, utilize the knife edge shape spreader plate 82 of shunting disk 80 inner edges to go up, following two alkaline water laminar flows and the cutting of sour water laminar flow are come; The alkaline water laminar flow is directed to the alkaline water water outlet 23 at center earlier by the dividing plate 13 of lid 10, draw water intaking by conductive contact 30 and contact tube 40 again; The sour water laminar flow is directed to Inlet and outlet water pipe 66 by the dividing plate 64 of pedestal 60 earlier, is directed to sour water water out adapter 54 water intakings of water swivel 50 again by the sour water posticum 68 of Inlet and outlet water pipe 66.
Embodiment four, horizontal radiation type electrolyzer provided by the present invention, except the alkaline water that can be designed to embodiment three from the form of contact tube 40 below water outlets, the alkaline water that also can be designed to embodiment four is directly from the form of lid 10 ' top water outlet, please consult Figure 19, shown in Figure 20, it is the solid combination cut-away diagram and the perspective exploded view of the embodiment of the invention four.With shown in Figure 21, it is the section combination synoptic diagram of the embodiment of the invention four.And shown in Figure 22, it is the user mode synoptic diagram of the embodiment of the invention four.This electrolyzer mainly be lid 10 ', cathode electrode plate 20 ', conductive contact 30 ', contact tube 40 ', water swivel 50 ', pedestal 60 ', anode electrode plate 70 ', shunting disk 80 ' form with a plurality of sealing packing ring Q1 '～Q6 '; Wherein:
Lid 10 ' in the form of annular discs, lid 10 ' center ring be arranged with four screw hole columns 11 ', screw 12 ' locking cathode electrode plate 20 that can be by waiting number ', lid 10 ' bottom surface be provided with the dividing plate 13 of a plurality of five equilibriums ', as locking the time steadily set up cathode electrode plate 20 ' usefulness, simultaneously each sheet dividing plate 13 ' between form the alkaline water stream, terrace edge 14 in lid 10 ' bottom is provided with on every side ', can for install shunting disk 80 ', as the moon, anode electrode plate 20 ', the positioning function of 70 ' minimum spacing, lid 10 ' center upwards be provided with alkaline water water out adapter 15 ', lid 10 ' be provided with outside screw 16 ', as with the usefulness of shunting disk 80 ' mutually to lock;
Cathode electrode plate 20 ' in the form of annular discs, cathode electrode plate 20 ' the center and the punching press of peripheral position be provided with strengthening rib 21 ', 22 ', it is uneven to prevent that cathode electrode plate 20 ' turn over from sticking up distortion, strengthening rib 21 ' the center be provided with alkaline water water outlet 23 ' with corresponding to screw hole column 11 ' four through holes 24 ', alkaline water water outlet 23 ' rivet clasp be provided with conductive contact 30 ', four through holes 24 ' can supply screw 12 ' be locked in lid 10 ' screw hole column 11 ';
Conductive contact 30 ' sealing, conductive contact 30 ' one ends be fixedly arranged on cathode electrode plate 20 ' alkaline water water outlet 23 ' locate, conductive contact 30 ' centre be provided with a groove 32 ', one sealing packing ring Q1 ' can be set, conductive contact 30 ' and contact tube 40 ' between be provided with conductive component 33 ', conductive component 33 is an elastomerics, so as to increase with contact tube 40 ' contact electric action;
Contact tube 40 ' be a hollow tube, except as the alkaline water water outlet, also as the usefulness that connects negative power supply, contact tube 40 ' the other end be provided with outer terrace edge 42 ' and two grooves 43 ', 44 ', outer terrace edge 42 ' can be for being sheathed on the usefulness of water swivel 50 ' time location, and two grooves 43 ', 44 ' two sealing packing ring Q2 ', Q3 ' can be set;
Water swivel 50 ' inner hollow out, the below be provided with hole seat 51 ', can supply contact tube 40 ' run through setting, hole seat 51 ' inwall be provided with interior terrace edge 52 ', usefulness as contact tube 40 ' when plugging and outer terrace edge 42 ' location, water swivel 50 ' one sides be provided with former water water supply connector 53 ', opposite side be provided with sour water water out adapter 54 ', water swivel 50 ' top be coaxially arranged with pedestal 60 ';
Pedestal 60 ' center to the socket part 61 that has hollow ', can for be sheathed on water swivel 50 ', 61 ' outside, socket part be provided with two grooves 62 ', 63 ', two sealing packing ring Q4 ' can be set, Q5 ', pedestal 60 ' end face be provided with the dividing plate 64 of a plurality of five equilibriums ', as steadily set up anode electrode plate 70 ' usefulness, simultaneously each sheet dividing plate 64 ' between form the sour water stream, pedestal 60 ' end face be provided with the perforation 65 of four five equilibriums ', as anode electrode plate 70 ' the usefulness of four anodal conductive parts 74 ' pass, 61 ' top, socket part be provided with the Inlet and outlet water pipe 66 of concentric ', so as to being distinguished into former water water inlet stream and sour water water outlet stream, water inlet pipe 66 ' inwall be provided with the dividing plate 67 of a plurality of five equilibriums ', during as contact tube 40 ' sheathed, make it be positioned the usefulness of central position, water inlet pipe 66 ' outer wall forms sour water water outlet stream, sour water water outlet stream bottom be provided with the sour water posticum 68 of a plurality of five equilibriums ', Inlet and outlet water pipe 66 ' top be installed with an anode electrode plate 70 ';
Anode electrode plate 70 ' in the form of annular discs, anode electrode plate 70 ' center be provided with water-in 71 ', anode electrode plate 70 ' periphery and water-in 71 ' punching press on every side be provided with strengthening rib 72 ', 73 ' and four anodal conductive parts 74 ', strengthen helping 72 ', 73 ' effect be that to prevent that anode electrode plate 70 ' turn over from sticking up distortion uneven, anodal conductive part 74 ' can be for connecting cathode power supply;
Shunting disk 80 ' be the discoid of hollow, can be arranged at lid 10 ' and pedestal 60 ' between, shunting disk 80 ' outside be provided with a groove 81 ', one sealing packing ring Q6 ' can be set, shunting disk 80 ' corresponding to cathode electrode plate 20 ' and anode electrode plate 70 ' between be provided with knife edge shape spreader plate 82 ', the alkaline water and the acid moisture that are produced so as to cathode electrode plate 20 ' with anode electrode plate 70 ' electrolysis the time are cut open, shunting disk 80 ' have can with lid 10 ' mutually to the internal thread 83 of lock '.
In embodiment four, during electrolysis, alkaline water can be directly from the alkaline water water out adapter 15 ' water intaking of lid 10 ' top.
Embodiment five, horizontal radiation type electrolyzer provided by the present invention, except being designed to embodiment three, outside the lid 10 of embodiment four ' up, the lid 10 " with alkaline water water out adapter 15 " that also can be designed to embodiment five below, sour water water out adapter 54 " form up; because the design of general electrolysis machine; its alkaline water water outlet is all greater than the sour water water outlet; when the hydraulic pressure deficiency; flooding velocity hour; sour water can't be discharged by the top, cause the situation of sour water and alkaline water mixed flow, for fear of this phenomenon, " set up a pressure valve group 90 " at alkaline water water out adapter 15 especially, so as to increasing the pressure of alkaline water water outlet, " flow out; solve sour water and alkaline water mixed flow problem, please consult Figure 23; shown in Figure 24, it is the solid combination cut-away diagram and the perspective exploded view of the embodiment of the invention five to force the sour water water out adapter 54 of sour water by the top.With shown in Figure 25, it is the section combination synoptic diagram of the embodiment of the invention five.This electrolyzer mainly by lid 10 ", cathode electrode plate 20 ", conductive contact 30 ", contact tube 40 ", water swivel 50 ", pedestal 60 ", anode electrode plate 70 ", shunting disk 80 ", pressure valve group 90 " with a plurality of sealing packing ring Q1 "～" institute forms Q6; Wherein:
The usefulness of lid 10 " in the form of annular discs; lid 10 " center ring be arranged with four screw hole columns 11 "; can be by the screw 12 " locking cathode electrode plate 20 " that waits number; lid 10 " corresponding surface is provided with the dividing plate 13 of a plurality of five equilibriums "; steadily set up cathode electrode plate 20 during as locking ", simultaneously at each sheet dividing plate 13 " between form the alkaline water runner; lid 10 " terrace edge 14 in the bottom is provided with on every side "; shunting disk 80 can be set ", lid 10 " center be provided with alkaline water water out adapter 15 ", alkaline water water out adapter 15 " is established pressure valve group 90 ";
The alkaline water water outlet 23 of conductive contact 30 " end is fixedly arranged on cathode electrode plate 20 " " locate, conductive contact 30 " the other end is provided with external thread part 31 " can supply to be locked in contact tube 40 ", conduction is taken over 30 " the middle grooves 32 that are provided with ", and a sealing packing ring Q1 can be set ";
Contact tube 40 " being a hollow tube; except intaking; " also as the usefulness that connects negative power supply; contact tube 40 1 ends are provided with interior spiral shell portion 41 as former water, can supply conductive contact 30 " external thread part 31 " lock to establish, contact tube 40 " the other end is provided with outer terrace edge 42 " and two grooves 43 ", 44 ", the usefulness of location when outer terrace edge 42 " can supply to be sheathed on water swivel 50 ", and two grooves 43 ", 44 " can be provided with two sealing packing ring Q2 ", Q3 ", contact tube 40 " external diameter cuts open and is provided with raw water inlet 45 ";
Pedestal 60 " center is provided with the socket part 61 of hollow ", can supply to be sheathed on water swivel 50 "; socket part 61 " outside is provided with two grooves 62 "; 63 ", two sealing packing ring Q4 can be set "; Q5 ", pedestal 60 " corresponding surface is provided with the dividing plate 64 of a plurality of five equilibriums ", as steadily setting up anode electrode plate 70 " usefulness; simultaneously at each sheet dividing plate 64 " between form the sour water runner, pedestal 60 " corresponding surface is provided with the perforation 65 of four five equilibriums ", the usefulness that passes as anode electrode plate 70 " four anodal conductive parts 74 ", socket part 61 " is provided with the Inlet and outlet water pipe 66 of concentric ", when " with the sour water outlet passage; water inlet pipe 66 " inwall is provided with the dividing plate 67 of a plurality of five equilibriums "; as contact tube 40 " is sheathed so as to being distinguished into former water inlet conduit 53, make its usefulness that is positioned the central position, water inlet pipe 66 " outer wall forms the sour water outlet passage; sour water outlet passage bottom is provided with the sour water posticum 68 of a plurality of five equilibriums ", Inlet and outlet water pipe 66 " is installed with anode electrode plate 70 ";
Shunting disk 80 " is the discoid of hollow; can be arranged between the lid 10 " and pedestal 60 "; shunting disk 80 " outside is provided with a groove 81 "; a sealing packing ring Q6 can be set ", shunting disk 80 " corresponding to cathode electrode plate 20 " and anode electrode plate 70 " between be provided with knife edge shape spreader plate 82 ", the alkaline water that is produced so as to cathode electrode plate 20 " with anode electrode plate 70 " electrolysis the time is cut open with acid moisture, knife edge shape spreader plate 82 " place is provided with recess 83 corresponding to the alkaline water runner ", so as to holding long-pending calcium, slow down alkaline water runner blocking time, shunting disk 80 " corresponding to cathode electrode plate 20 " bottom surface and anode electrode plate 70 " the circumference place is provided with the spacer 84 of a plurality of five equilibriums respectively ", 85 ", as the usefulness of interval cathode electrode plate 20 " with anode electrode plate 70 ";
Pressure valve group 90 " comprises valve seat 91 ", valve member 92 ", elastic component 93 ", valve seat 91 " center is provided with alkaline water water outlet 94 ", and be fixedly arranged on lid 10 " alkaline water water out adapter 15 ", valve seat 91 " is provided with the alkaline water runner 95 of a plurality of five equilibriums on every side ", valve seat 91 " inside is provided with valve member 92 ", the elastic force of valve member 92 " by gravity own or elastic component 93 " closes valve seat 91 " alkaline water water outlet 94 " and alkaline water runner 95 "; valve member 91 " center is provided with perforation 96 ", as get rid of valve seat 91 " the inner alkaline water and the usefulness of air.
The electrolysis situation of embodiment five please be consulted shown in Figure 26ly, and it is the electrolysis view of the embodiment of the invention five.During electrolysis, former water is from the water-in 71 at contact tube 40 " raw water inlet 41 " and Inlet and outlet water pipe 66 center that " imports anode electrode plate 70 " "; again from the slit between the cathode electrode plate 20 " and anode electrode plate 70 "; level outwards spreads out radially; form alkaline water laminar flow and sour water laminar flow in cathode electrode plate 20 " with anode electrode plate 70 " both sides respectively, utilize shunting disk 80 " knife edge shape spreader plate 82 of inner edge " that upper and lower two alkaline water laminar flows and the cutting of sour water laminar flow are come.
The alkaline water laminar flow earlier is directed to the center by lid 10 " dividing plate 13 ", " pushes valve member 92 open " afterwards by alkaline water runner 95 again, from alkaline water water outlet 94 " with alkaline water water out adapter 15 " water intaking.
The sour water laminar flow earlier is directed to Inlet and outlet water pipe 66 by pedestal 60 " dividing plate 64 " ", be directed to water swivel 50 " sour water water out adapter 54 " water intaking by Inlet and outlet water pipe 66 " sour water posticum 68 " again.
Horizontal radiation type electrolyzer provided by the present invention, can be according to actual used water soft, hardness, adjust the spacing size of two battery lead plates, and the sectional area of water inlet is much smaller than the sectional area of sour water that is positioned at periphery and alkaline water water outlet, in other words, with the battery lead plate periphery design is water outlet, can obtain maximum water outlet area, make the flow velocity of water outlet slowly get off, so can effectively avoid the sinuous flow phenomenon, allowing the current level outwards be radiation spreads out, be electrolyzed to produce the sour water laminar flow on upper strata and the alkaline water laminar flow of lower floor reposefully, allow the Faradaic current of water inlet place simultaneously, Faradaic current much smaller than sour water and alkaline water water outlet place, the circumference outside of two battery lead plates also can produce surface action (Skin effect), so can produce bigger Faradaic current, utilize this phenomenon, strengthen the spacing of two battery lead plates gradually, so as to enlarging the neutral water laminar flow scope between sour water laminar flow and the alkaline water laminar flow, also can reduce the sinuous flow phenomenon, help the streamlined shunting of sour water laminar flow and alkaline water.
Claims (27)
1. a horizontal radiation type electrolysis method imports the center of former water by battery lead plate, and towards the peripheral outflow of battery lead plate, forms acid water layer and alkaline water layer in the battery lead plate parallel sides during electrolysis, and derive the shunting back.
2. horizontal radiation type electrolyzer, it is characterized in that: battery lead plate is horizontal arrangement, and described battery lead plate center is provided with water-in, and described battery lead plate periphery is provided with sour water and alkaline water runner, and shunting is derived after the electrolysis.
3. horizontal radiation type electrolyzer as claimed in claim 2, wherein said battery lead plate is provided with strengthening rib.
4. horizontal radiation type electrolyzer as claimed in claim 2, the parallel sides periphery of wherein said battery lead plate is outwards strengthened the gap gradually.
5. horizontal radiation type electrolyzer as claimed in claim 2 is provided with spacer between the wherein said battery lead plate.
6. horizontal radiation type electrolyzer as claimed in claim 2, wherein said battery lead plate is disposed at the corresponding surface of lid and pedestal.
7. horizontal radiation type electrolyzer as claimed in claim 6, wherein the corresponding surface of this lid and this pedestal is provided with the spacer of described battery lead plate at interval.
8. horizontal radiation type electrolyzer as claimed in claim 6, wherein the corresponding surface of this pedestal and this lid is provided with dividing plate, so as to forming described sour water and alkaline water runner.
9. horizontal radiation type electrolyzer as claimed in claim 6, wherein said battery lead plate is provided with the conductive part that passes this lid and this pedestal.
10. horizontal radiation type electrolyzer as claimed in claim 6, wherein the described battery lead plate of this lid, this pedestal and configuration thereof is circular, this lid and this pedestal are provided with the internal and external screw thread portion to locking mutually.
11. horizontal radiation type electrolyzer as claimed in claim 6, wherein the described battery lead plate center of this lid and configuration thereof is provided with water-in, this pedestal center and this pedestal outside sheathed water swivel be provided with sour water water outlet and alkaline water water outlet.
12. horizontal radiation type electrolyzer as claimed in claim 11, the described battery lead plate center that wherein this pedestal disposed is provided with the unhurried current recess.
13. horizontal radiation type electrolyzer as claimed in claim 6, wherein the described battery lead plate center of this pedestal and configuration thereof is provided with water-in, this lid center and this pedestal outside sheathed water swivel be provided with sour water water outlet and alkaline water water outlet.
14. horizontal radiation type electrolyzer as claimed in claim 13, the described battery lead plate center that wherein this lid disposed is provided with the unhurried current recess.
15. horizontal radiation type electrolyzer as claimed in claim 6, the described battery lead plate that wherein this lid disposed and this pedestal center are provided with the conductive contact and the contact tube that can conduct electricity with water outlet.
16. horizontal radiation type electrolyzer as claimed in claim 15, wherein this conductive contact and this contact tube are provided with the internal and external screw thread portion to locking mutually.
17. horizontal radiation type electrolyzer as claimed in claim 6, wherein this lid center is provided with the conductive contact of water out adapter and sealing, and lid and shunting disk are provided with the internal and external screw thread to locking mutually simultaneously.
18. horizontal radiation type electrolyzer as claimed in claim 17 wherein is provided with conductive component between this conductive contact and this contact tube.
19. horizontal radiation type electrolyzer as claimed in claim 18, wherein this conductive component is an elastomerics.
20. horizontal radiation type electrolyzer as claimed in claim 17, wherein this lid center is provided with the pressure valve group corresponding to this water out adapter place.
21. horizontal radiation type electrolyzer as claimed in claim 20, wherein this pressure valve group is to be provided with valve member in valve seat inside, and the valve seat center is provided with the water outlet that communicates with this water out adapter.
22. horizontal radiation type electrolyzer as claimed in claim 21, wherein this valve member is provided with the elastic component of bullet to this water outlet.
23. horizontal radiation type electrolyzer as claimed in claim 21, wherein this valve member is provided with the perforation that can get rid of inner ponding of this valve seat and air.
24. horizontal radiation type electrolyzer as claimed in claim 6, wherein the described battery lead plate periphery that disposed of this pedestal correspondence is provided with shunting disk.
25. horizontal radiation type electrolyzer as claimed in claim 24, wherein this shunting disk is provided with the spacer of a plurality of five equilibriums respectively corresponding to cathode electrode plate bottom surface and anode electrode plate circumference place.
26. horizontal radiation type electrolyzer as claimed in claim 24, wherein this shunting disk is provided with the ring-like spreader plate of knife edge shape.
27. horizontal radiation type electrolyzer as claimed in claim 26, wherein the ring-like spreader plate of this knife edge shape is provided with recess corresponding to alkaline water runner place.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2006101373391A CN101054682B (en) | 2006-04-14 | 2006-10-13 | Horizontal radiation type electrolysis method and device |
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| CN200610074384 | 2006-04-14 | ||
| CN200610074384.7 | 2006-04-14 | ||
| CN200610110860.6 | 2006-08-15 | ||
| CN2006101373391A CN101054682B (en) | 2006-04-14 | 2006-10-13 | Horizontal radiation type electrolysis method and device |
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| CN101054682B true CN101054682B (en) | 2010-05-12 |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101386992B (en) * | 2007-09-11 | 2010-08-25 | 徐文星 | Radial type electrolytic apparatus |
| CN101638793B (en) * | 2008-07-29 | 2010-08-25 | 徐文星 | Calcium accumulation delaying structure of radiant type electrolytic bath |
| CN105839136B (en) * | 2016-04-08 | 2017-12-01 | 中国工程物理研究院材料研究所 | A kind of radial bipolar plate flow field structure of Central Symmetric for SPE electrolysis |
| CN107581902A (en) * | 2016-07-07 | 2018-01-16 | 烟台美珑机电科技有限公司 | A kind of real-time online sterilizing water drinker |
| CN107585832A (en) * | 2016-07-07 | 2018-01-16 | 烟台美珑机电科技有限公司 | A kind of electrolytic cell for being used to surpass Oxidied potential water generator |
| CN110396697B (en) * | 2018-04-24 | 2021-05-07 | 徐文星 | Hydrogen molecule re-fusion method and device for disk type electrolytic cell |
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| CN1376136A (en) * | 1999-09-03 | 2002-10-23 | 金姬廷 | Apparatus for preparing sterilizing water and processing for sterilizing water |
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| CN1376136A (en) * | 1999-09-03 | 2002-10-23 | 金姬廷 | Apparatus for preparing sterilizing water and processing for sterilizing water |
| CN2711145Y (en) * | 2004-04-08 | 2005-07-20 | 叶清源 | Electrolyzer of water electrolyzing device |
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