CN204550150U - A kind of ionized water generation system and silver ions shower - Google Patents
A kind of ionized water generation system and silver ions shower Download PDFInfo
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- CN204550150U CN204550150U CN201520087054.6U CN201520087054U CN204550150U CN 204550150 U CN204550150 U CN 204550150U CN 201520087054 U CN201520087054 U CN 201520087054U CN 204550150 U CN204550150 U CN 204550150U
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Abstract
The utility model discloses a kind of ionized water generation system and silver ions shower, described ionized water generation system comprises: hydroelectric installation, pilot circuit and electrolysis cells, wherein, impeller, power facility, water-in and water outlet is provided with in hydroelectric installation, impeller is connected by rotation axis with power facility, impeller rotates by water jet propulsion, makes power facility produce alternating current; Pilot circuit is connected by wire with power facility; Electrolysis cells comprises the tinsel that at least two panels is oppositely arranged, and tinsel end is connected with pilot circuit respectively by wire; After connecting galvanic current, there is electrolytic production of metals ion in tinsel in water, generates ionized water.
Description
Technical field
The utility model relates to a kind of metal ion water generation system and silver ions shower.
Background technology
Due to the progress of growth in the living standard and science and technology, people also improve day by day for the pursuit of domestic water.A series of ion-water generating apparatus such as silver ionized water maker, cupric ion Water generator arise at the historic moment.These ion-water generating apparatus inside arrange and are used for by the tinsel of electrolysis, and tinsel is placed in water and electrolysis occurs thus the ionized water generated containing metal ion.Silver ionized water and cupric ion glassware for drinking water have the features such as deodorization and sterilization, so be widely used in medical field and Industrial field abroad.
But this kind of ion-water generating apparatus self does not provide power supply, need to connect power supply to tinsel from outside just to make tinsel, in water, electrolysis occur.And connect external power source and result in the failure problems such as electric leakage easily occur, especially when shower works, generation electric leakage can cause personal injury.And because the installation site needs of this kind of ion-water generating apparatus are near power supply, its installation process is comparatively complicated, easily causes the inconvenience in use.
Utility model content
For overcoming the problems referred to above that prior art exists, the utility model proposes a kind of ionized water generation system and silver ions shower.Ionized water generation system of the present utility model, comprising:
Hydroelectric installation, its inside is provided with impeller, power facility, water-in and water outlet, and described impeller is connected by rotation axis with described power facility, and described water-in is communicated with inlet channel, and described water outlet is communicated with outlet conduit; Current flow in described hydroelectric installation from described water-in, and described impeller rotates by water jet propulsion, and make described power facility produce alternating current, current flow out in described water outlet afterwards;
Pilot circuit, it is connected by wire with described power facility; And
Electrolysis cells, it comprises the tinsel that at least two panels is oppositely arranged; Described electrolysis cells is arranged in described inlet channel, or is arranged in described outlet conduit, and the end of described tinsel is connected with described pilot circuit respectively by wire; After connection galvanic current, there is electrolytic production of metals ion in described tinsel in water, generates ionized water.
In the utility model ionized water generation system, in described hydroelectric installation, be provided with adjustable water-in further; Described adjustable water-in is communicated with described inlet channel, is provided with valve in described adjustable water-in.
In the utility model ionized water generation system, described valve comprises the front end of pellet described in spring and pellet and described adjustable water-in cooperatively interacts, and rear end is connected with described spring.
In the utility model ionized water generation system, described tinsel tilts to be arranged in described electrolysis cells opposite to each other, and the spacing of described tinsel front end is less than the spacing of end.
In the utility model ionized water generation system, described tinsel is 45-90 degree relative to the angle of inclination of place plane.
In the utility model ionized water generation system, described tinsel is silver strip or copper sheet.
In the utility model ionized water generation system, described pilot circuit is provided with current switching module further, and described current switching module is connected with the described end of described tinsel by wire.
In the utility model ionized water generation system, described pilot circuit is provided with detecting module further; Described detecting module is connected with the described end of described tinsel by wire.
In the utility model ionized water generation system, described pilot circuit is provided with reminding module further; Described reminding module is connected with described detecting module.
The utility model also proposed a kind of silver ions shower, and it comprises described ionized water generation system.
The utility model beneficial effect comprises, the utility model is innovated first and is proposed a kind of ionized water generation system hydroelectric installation and metal ion electrolysis cells being combined structure, this system realizes electric power self-sufficiency by water power, power supply without the need to external power source supplies, avoid external power source Failure risk, ensure that use safety, and be easy to installation and maintenance.The utility model can the consumption degree of tinsel in Monitoring systems, is convenient to user and changes in time, ensure effective generation of metal ion water (such as silver ionized water).The metal ion water (such as silver ionized water) utilizing the utility model system to generate has the effects such as disinfecting cleaning.The utility model system can be installed in shower house or kitchen, is communicated with uses with shower set or water halter or pipeline etc.
Accompanying drawing explanation
Fig. 1 is the structure iron of the utility model ionized water generation system.
Fig. 2 is the structure iron of hydroelectric installation.
Fig. 3 (a) is the electrolysis cells installation site schematic diagram that electrolysis cells is arranged in inlet channel, and Fig. 3 (b) is the electrolysis cells installation site schematic diagram that electrolysis cells is arranged in outlet conduit.
Fig. 4 is the structure iron of electrolysis cells.
Fig. 5 is the schematic diagram of adjustable water-in and water inlet position relation.
Fig. 6 is the structure iron of valve.
Fig. 7 is the structural representation of pilot circuit.
In Fig. 1-7,1-hydroelectric installation, 2-pilot circuit, 3-electrolysis cells, 4-inlet channel, 5-outlet conduit, 11-impeller, 12-power facility, 13-water-in, 14-water outlet, 15-is adjustable water-in, 16-valve, 161-spring, 162 pellets, 17-cavity, 21-current switching module, 22-detecting module, 23-reminding module, 31-tinsel, 311-end, 312-front end, 32-sealing cover, 33-pedestal, 331-groove, 34-electrode slice.
Embodiment
In conjunction with following specific embodiments and the drawings, the utility model is described in further detail.Implement process of the present utility model, condition, experimental technique etc., except the following content mentioned specially, be universal knowledege and the common practise of this area, the utility model is not particularly limited content.
Ionized water generation system of the present utility model, comprises hydroelectric installation 1, pilot circuit 2 and electrolysis cells 3.As shown in Fig. 1, hydroelectric installation 1 is arranged between inlet channel 4 and outlet conduit 5, and current to flow in hydroelectric installation 1 from inlet channel 4 and flow out from outlet conduit 5.Connected by wire between pilot circuit 2 and hydroelectric installation 1, connected by wire between electrolysis cells 3 and pilot circuit 2.Ionized water generation system can realize inner water power for self-sufficiency, without the need to carrying out work from outside access power supply.Ionized water generation system can be arranged in closed shell, by shell by hanging, pasting or be bolted on metope and can complete installation.Compared to prior art, the utility model ionized water generation system is easy for installation, use safety.
Specifically consult Fig. 2, hydroelectric installation 1 comprises impeller 11, power facility 12, water-in 13 and water outlet 14.Impeller 11 is connected by rotation axis with power facility 12.Water-in 13 is communicated with inlet channel 4, and water outlet 14 is communicated with outlet conduit 5; Current flow in hydroelectric installation 1 from water-in 13, and impeller 11 rotates by water jet propulsion, make power facility 12 produce alternating current and are supplied to pilot circuit 2, and current flow out in water outlet 14 afterwards.
Electrolysis cells 3 comprises the tinsel 31 that at least two panels is oppositely arranged.Electrolysis cells 3 is arranged in inlet channel 4, or is arranged in outlet conduit 5, and the end 311 of tinsel 31 is connected with pilot circuit 2 respectively by wire; After connection galvanic current, there is electrolytic production of metals ion in tinsel 31 in water, thus generate ionized water.The quantity of tinsel 31 can be 4,6 or more, and actual quantity can adjust according to practical situation.The material of tinsel 31 is silver or copper, and utilize silver strip, copper sheet etc. to carry out electrolysis and can produce corresponding silver ionized water, cupric ion water etc., silver ionized water and cupric ion water must have the function of deodorization and sterilization.In actual use, tinsel 31 can select the metallics of other materials, to generate the ionized water containing different metal ion.
In a specific embodiment, consult Fig. 3 (a), electrolysis cells 3 is arranged in inlet channel 4, is positioned at the front of hydroelectric installation 1.Under working order, current first carry out water power through hydroelectric installation 1, and the electric current of generation is supplied to electrolysis cells 3, and current flow out from outlet conduit 5 afterwards.There is electrolysis and generate metal ion water in the electrolysis cells 3 after making current, this metal ion water flow in hydroelectric installation 1 and carries out water power, and the metal ion water after generating flows out from outlet conduit 5 in inlet channel 4.
In another embodiment, consult Fig. 3 (b), electrolysis cells 3 is arranged in outlet conduit 5, is positioned at the rear of hydroelectric installation 1.Under working order, current first carry out water power through hydroelectric installation 1, and the electric current of generation is supplied to electrolysis cells 3, and electrolysis cells 3 electrolysis occurs in outlet conduit 5 and generates metal ion water, then flows out from outlet conduit 5.
Known by above two kinds of specific embodiments, no matter electrolysis cells 3 is arranged on front or the rear of hydroelectric installation 1, and principle of work and the effect of electrolysis cells 3 and hydroelectric installation 1 are identical, and this ionized water generation system all can generate ionized water.
Electrolysis cells 3 is provided with the sealing cover 32 matched with inlet channel 4 or outlet conduit 5, sealing cover 32 is provided with pedestal 33, this pedestal 33 is for fixing metal sheet 31, and the bottom of pedestal 33 is provided with two panels electrode slice 34, and electrode slice 34 is connected with the end 311 of tinsel 31 respectively.Electrode slice 34 leads to outside from the inside of sealing cover 32, and is connected by wire with pilot circuit 2.When electrolysis cells 3 is arranged on the inside of inlet channel 4 or outlet conduit 5, sealing cover 32 seals with inlet channel 4 or outlet conduit 5 and arranges to prevent water stream from oozing out, and tinsel 31 in current, electrolysis occurs thus generates ionized water.
The position of tinsel 31 By Electrolysis reaction is relevant to the spacing between tinsel 31.Theoretically speaking, when two panels tinsel 31 is oppositely arranged abreast, two metal sheets 31 is consumed equably because there is electrolytic reaction equably.But in actual use, when the end 311 of tinsel 31 produces consumption prior to front end 312, tinsel 31 easily ruptures from end 311, causes ion-water generating apparatus normally to work, and also result in front end 312 and is not totally consumed the problem of but having thrown aside.Therefore, in the utility model, tinsel 31 is tilted to be arranged on opposite to each other in electrolysis cells 3, and fixed by pedestal 33.Specifically consult Fig. 4, pedestal 33 is provided with two grooves 331 tilted in opposite directions, tinsel 31 is embedded in groove 331, and the spacing of tinsel 31 front end 312 is less than the spacing of end 311.In Fig. 4, tinsel 31 is about 80 degree relative to the angle of inclination of place plane, this angle of inclination all can obtain good electrolysis effectiveness at 45 degree, 60 degree, 80 degree etc., therefore tinsel 31 is 45-90 degree (not comprising 90 degree) relative to the angle of inclination of place plane (i.e. the surface of sealing cover 32).When tinsel 31 accesses galvanic current, electrolysis can be there is in the front end 312 that spacing is less, therefore ensure that tinsel 31 consumes gradually from front end 312 terminad 311, solve the problem that end 311 ruptures in advance.
The section area of the water-in 13 of hydroelectric installation 1 is 0.04-0.4cm
2when transmitting High-Pressure Water in inlet channel 4, the discharge that water-in 13 passes through is little and flow velocity very fast, and the discharge causing water outlet 14 to flow out is little, and the ac flow produced causes greatly overelectrolysis reaction occurs, and brings inconvenience for daily water consumptions such as shower.In order to solve problems, the utility model has carried out texture improvement for hydroelectric installation 1.Hydroelectric installation 1 is provided with adjustable water-in 15 further, adjustable water-in 15 is communicated with inlet channel 4, be provided with valve 16 in adjustable water-in 15, valve 16 opens or closes by water impact and realizes regulating the discharge in hydroelectric installation 1, and the current of inflow directly flow out from water outlet.Preferably, see Fig. 5, adjustable water-in 15 is mutually close with the position of water-in 13, adjustable water-in 15 and the same orifice of water-in 13 with inlet channel 4.
Specifically see Fig. 6, in a kind of embodiment of the present utility model, this valve 16 comprises spring 161 and pellet 162.The front end of pellet 162 is tapered, and cooperatively interacts with adjustable water-in 15, and the rear end of pellet 162 is connected with spring 161.When spring 161 is not stressed, pellet 162 blocks adjustable water-in 15 makes it keep closing.When the current pressure of inlet channel 4 is less than or equal to the prescribed value that valve 16 can bear, there is not deformation in spring 161, adjustable water-in 15 keeps closing.When the prescribed value that the current pressure of inlet channel 4 can bear higher than valve 16, be there is deformation by compression in spring 161, adjustable water-in 15 is opened automatically.
Adjustable water-in 15 and valve 16 can be arranged on the back side of impeller 11, and the back side of impeller 11 is cut off by division plate and forms a cavity 17, is cut off between impeller 11 and valve 16 by division plate.After current enter the cavity 17 of hydroelectric installation 1 inside from adjustable water-in 15, directly flow out from water outlet 14, ensure that water outlet 14 flows out sufficient discharge, reduce flow velocity and the discharge of water-in 13 simultaneously, avoid hydroelectric installation 1 to produce too high electric current.The prescribed value that valve 16 can bear is generally 0.05-0.7MPa, and this prescribed value can be correlated with according to the coefficient of stiffness of spring 161, can use adjust according to reality.
The structure of the valve 16 that the utility model is addressed is not limited only to spring 161 and pellet 162, can use adopt other physical constructions or electronic component according to reality.Such as utilize the pressure detector and electronic valve that are connected with pilot circuit 2, open by the pressure detecting current or close electronic valve.
Pilot circuit 2 is connected with power facility 12 by wire.Alternating current is converted to galvanic current and is supplied to electrolysis cells 3 by pilot circuit 2.The strength of current of its galvanic current provided is 5-50mA, and voltage is 5-30V.
In a more excellent specific embodiments, as shown in Figure 7, pilot circuit 2 in the utility model is provided with current switching module 21 further, current switching module 21 switches by predetermined time interval etc. the positive pole and the negative pole that are connected to the galvanic current of electrolysis cells 3 repeatedly, namely switch the direction of galvanic current, make the consumption of two panels tinsel 31 keep equal extent.Electrolytic reaction can be occurred between two panels tinsel 31 equably, ensure that tinsel 31 is consumed equably simultaneously.
In a more excellent specific embodiments, as shown in Figure 7, pilot circuit 2 is provided with detecting module 22 further, detecting module 22 by the current value between induction metal plate 31 and resistance value with the consumption degree of the concentration and tinsel 31 that detect metal ion in current.For this reason, pilot circuit 2 is also provided with reminding module 23, when the concentration of metal ion reaches normality, or the consumption degree of tinsel 31 is when being less than prescribed value, reminding module 23 sends different cues, for pointing out the working order of ionized water generation system, or change tinsel 31 for pointing out.
In the utility model, in ionized water generation system, tinsel 31 is set to silver strip, then this ionized water generation system is silver ionized water generation system, and it is for generating silver ionized water.If silver ionized water generation system and other devices are combined, the silver ionized water of generation can be used for different purposes.
Such as, a kind of silver ions shower comprises water-heater, above-mentioned silver ionized water generation system and gondola water faucet.The posticum of water-heater is communicated with the inlet channel 4 of silver ionized water generation system by pipeline, is provided with water flow switch further in this pipeline.The outlet conduit 5 of silver ionized water generation system is communicated with gondola water faucet by pipeline.Because silver strip is carried out electrolysis by this silver ionized water generation system in tap water generate silver ionized water, so silver ions shower can utilize tap water direct to deliver a child into shower silver ionized water.
In a specific embodiments of the present utility model, the utility model ionized water generation system is arranged on the surface of wall by modes such as suspension, bolt or non-setting adhesives, water-supply pipe is connected with inlet channel 4, outlet conduit 5 is connected with the prosopyle of washing machine.Wherein, tinsel 31 is silver strip.
Open washing machine, the current in water-supply pipe enter hydroelectric installation 1 through water-in 13, promote impeller 11 rotation and make power facility 12 produce alternating current.Pilot circuit 2 converts the alternating current of power facility 12 to galvanic current, and galvanic current is provided to electrolysis cells 3.When electrolysis cells 3 connects galvanic current, there is electrolysis and produce silver ions in tinsel 31 in water, generates silver ionized water and enter in washing machine from outlet conduit 5.
In another specific embodiments of the present utility model, silver ions shower of the present utility model is arranged on shower cabinet, ionized water generation system is wherein arranged on the surface of wall by modes such as suspension, bolt or non-setting adhesives, the posticum of water-heater is connected with inlet channel 4 by pipeline, in this pipeline, is provided with water flow switch.Outlet conduit 5 and gondola water faucet are passed through pipeline communication.Wherein, tinsel 31 is silver strip.Open water-heater and water flow switch, current enter hydroelectric installation 1 through water-in 13, promote impeller 11 rotation and make power facility 12 produce alternating current.Pilot circuit 2 converts the alternating current of power facility 12 to galvanic current, and galvanic current is provided to electrolysis cells 3.When electrolysis cells 3 connects galvanic current, there is electrolysis and generate shower silver ions in tinsel 31 in water, generates silver ionized water and spray after outlet conduit 5 enters gondola water faucet.
Protection content of the present utility model is not limited to above embodiment.Under the spirit and scope not deviating from utility model design, the change that those skilled in the art can expect and advantage are all included in the utility model, and are protection domain with appending claims.
Claims (10)
1. an ionized water generation system, is characterized in that, comprising:
Hydroelectric installation (1), its inside is provided with impeller (11), power facility (12), water-in (13) and water outlet (14), described impeller (11) is connected by rotation axis with described power facility (12), described water-in (13) is communicated with inlet channel (4), and described water outlet (14) is communicated with outlet conduit (5); Current flow in described hydroelectric installation (1) from described water-in (13), described impeller (11) rotates by water jet propulsion, make described power facility (12) produce alternating current, current flow out in described water outlet (14) afterwards;
Pilot circuit (2), it is connected by wire with described power facility (12); And
Electrolysis cells (3), it comprises the tinsel (31) that at least two panels is oppositely arranged; Described electrolysis cells (3) is arranged in described inlet channel (4), or being arranged in described outlet conduit (5), the end (311) of described tinsel (31) is connected with described pilot circuit (2) respectively by wire; After connection galvanic current, there is electrolytic production of metals ion in described tinsel (31) in water, generates ionized water.
2. ionized water generation system as claimed in claim 1, is characterized in that, be provided with adjustable water-in (15) in described hydroelectric installation (1) further; Described adjustable water-in (15) is communicated with described inlet channel (4), is provided with valve (16) in described adjustable water-in (15).
3. ionized water generation system as claimed in claim 2, it is characterized in that, described valve (16) comprises the front end of spring (161) and pellet (162) described pellet (162) and described adjustable water-in (15) cooperatively interacts, and rear end is connected with described spring (161).
4. ionized water generation system as claimed in claim 1, it is characterized in that, described tinsel (31) tilts to be arranged in described electrolysis cells (3) opposite to each other, and the spacing of described tinsel (31) front end (312) is less than the spacing of end (311).
5. ionized water generation system as claimed in claim 4, it is characterized in that, described tinsel (31) is 45-90 degree relative to the angle of inclination of place plane.
6. ionized water generation system as claimed in claim 1, it is characterized in that, described tinsel (31) is silver strip or copper sheet.
7. ionized water generation system as claimed in claim 1, it is characterized in that, described pilot circuit (2) is provided with current switching module (21) further, and described current switching module (21) is connected with the described end (311) of described tinsel (31) by wire.
8. ionized water generation system as claimed in claim 1, it is characterized in that, described pilot circuit (2) is provided with detecting module (22) further; Described detecting module (22) is connected with the described end (311) of described tinsel (31) by wire.
9. ionized water generation system as claimed in claim 8, it is characterized in that, described pilot circuit (2) is provided with reminding module (23) further; Described reminding module (23) is connected with described detecting module (22).
10. a silver ions shower, is characterized in that, it comprises the ionized water generation system as described in any one of claim 1-9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520087054.6U CN204550150U (en) | 2015-02-06 | 2015-02-06 | A kind of ionized water generation system and silver ions shower |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520087054.6U CN204550150U (en) | 2015-02-06 | 2015-02-06 | A kind of ionized water generation system and silver ions shower |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104609511A (en) * | 2015-02-06 | 2015-05-13 | 绍兴大洋塑料有限公司 | Ion water generating system and ion water generating method |
| CN112919585A (en) * | 2020-11-19 | 2021-06-08 | 绍兴大洋塑料有限公司 | Ionized water generator device |
-
2015
- 2015-02-06 CN CN201520087054.6U patent/CN204550150U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104609511A (en) * | 2015-02-06 | 2015-05-13 | 绍兴大洋塑料有限公司 | Ion water generating system and ion water generating method |
| CN112919585A (en) * | 2020-11-19 | 2021-06-08 | 绍兴大洋塑料有限公司 | Ionized water generator device |
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