CN206940510U - Silver ionized water generating means and water system - Google Patents
Silver ionized water generating means and water system Download PDFInfo
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- CN206940510U CN206940510U CN201621348036.XU CN201621348036U CN206940510U CN 206940510 U CN206940510 U CN 206940510U CN 201621348036 U CN201621348036 U CN 201621348036U CN 206940510 U CN206940510 U CN 206940510U
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- ionized water
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Abstract
The utility model provides a kind of silver ionized water generating means and water system, including：Housing；At least one silver ion generating unit in housing；Raw water supply unit, the lower section of silver ion generating unit is arranged on, silver ion generating unit is supplied to for the raw water in the pipeline by upstream side；Silver ionized water output section, the top of silver ion generating unit is arranged on, is exported the raw water for containing silver ion as silver ionized water into the pipeline in downstream；And power supply, and the electrical connection of silver ion generating unit, for being powered to silver ion generating unit so as to which silver ion occur.Wherein, silver ion generating unit contains：Chamber occurs at least one silver ion；And at least one pair of electrolysis electrode in the silver ion generation cavity room, a pair of electrolysis electrodes are made up of electrolytic anode and electrolysis cathode, at least electrolytic anode uses silver-colored rod.When raw water flows through electrolysis electrode, power supply is powered to silver ion generating unit so that silver-colored rod produces silver ion by electrolysis.
Description
Technical field
The utility model belongs to silver ionized water preparation field, and in particular to a kind of silver ionized water generating means and contains this
The water system of silver ionized water generating means.
Background technology
It is well known that silver has the function that sterilizing, therefore the water containing silver ion also gradually starts requiring to use
The field of sterilized water, such as, medical treatment, cultivation, herding field use.
In the prior art, silver ionized water is prepared using static water law more, i.e., using galactic pole as anode, other metals are the moon
Water is filled in the electrolytic cell of pole, then electrode is electrolysed, generation being capable of silver ion soluble in water.During by one section
Between after, the silver ionized water in electrolytic cell is released, new water is then reinjected and carries out preparation next time.
But this kind of method can not only be learnt to the concentration of preparation, it is often more important that because silver ion is to condition of storage
There are strict requirements, while sterilizing ability can be lost over time and gradually, therefore dosage can not be controlled when in use, greatly
Limit its application.
If in addition, in order to improve preparation efficiency, circulating water is injected into electrolytic cell, due to the construction limit of electrolytic cell in itself
System, circulating water can typically form vortex and bubble in electrolytic cell, and gentle steep oneself-meeting of this vortex produces unfavorable shadow to electrolysis electrode
Ring, cause to be difficult to the silver ion that generation has bactericidal effect, so that the silver ionized water with sterilizing ability can not be generated at all.
Utility model content
The utility model is carried out to solve the above problems, and silver can be generated in running water environment by providing one kind
The silver ionized water generating means and water system of ionized water solve the above problems.In order to realize the purpose of this utility model, this
Utility model employs following technical scheme：
The utility model provides a kind of silver ionized water generating means, is arranged in the pipeline of water system, raw water from
When pipeline flow direction positioned at upstream side is located at the pipeline in downstream, silver ionized water is generated, there is such technical characteristic, including：
Housing；At least one silver ion generating unit, in housing, for silver ion to occur；Raw water supply unit, is arranged on silver ion
The lower section of generating unit, silver ion generating unit is supplied to for the raw water in the pipeline by upstream side；Silver ionized water output section, set
In the top of silver ion generating unit, exported the raw water for containing silver ion as silver ionized water into the pipeline in downstream；And
Power supply, and the electrical connection of silver ion generating unit, for being powered to silver ion generating unit so as to which silver ion occur.
Wherein, silver ion generating unit contains：Chamber occurs at least one silver ion；And installed in the silver ion generation cavity
At least one pair of indoor electrolysis electrode, a pair of electrolysis electrodes are made up of electrolytic anode and electrolysis cathode, and at least electrolytic anode makes
With silver-colored rod.When raw water flows through electrolysis electrode, power supply to silver ion generating unit power so that silver-colored rod by electrolysis produce silver from
Son.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Silver ion occurs
Contain casing in portion；Chamber occurs for two above-mentioned silver ions；And separation diverter member, the separation diverter member are used for casing point
Chamber occurs from into above-mentioned two silver ion, and is respectively supplied to after the raw water shunting for provide to come from raw water supply unit
Chamber occurs for two silver ions.Each silver ion generation cavity indoor location has silver-colored rod.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Each silver from
Sub- generation cavity indoor location has a multipair electrolysis electrode, and the electrolysis cathode in every a pair of electrolysis electrodes also uses silver-colored rod, the silver-colored rod
Purity is not less than 99.9%, and the flow direction of its length direction and raw water in silver ion generation cavity room is perpendicular.Power supply
Portion carries out positive and negative interleaved power to every a pair of electrolysis electrodes.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Separation shunting structure
Part is the slotted hole that rear is extended through in front of casing, and the length direction and raw water of the slotted hole are in the silver ion generation cavity
Indoor flow direction is consistent, and positioned at the center of casing.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Silver ion occurs
Chamber also has the sealing installation component for electrolysis electrode being carried out water-stop.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Silver ion occurs
When the number in portion is multiple, multiple silver ion generating units, which are divided into, is arranged in parallel multigroup, the silver ion generating unit in every group
It is arranged in parallel.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Silver ion occurs
Portion is detachably connected with raw water supply unit and silver ionized water output section by articulation.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Installed on housing
There is the lid that open or close is rotatably carried out relative to it, be provided with the lid and allow user to enter the concentration of silver ionized water
The display screen that row is set.
Silver ionized water generating means provided by the utility model, there can also be such technical characteristic：Raw water supply unit
On conductivity measurement unit for measuring raw water electrical conductivity is installed, silver ionized water is provided with flowmeter on output section.
Further, the utility model additionally provides a kind of water system, it is characterised in that including：Pipeline；And silver from
Sub- water generating device, is arranged in pipeline, when being located at the pipeline in downstream from the pipeline flow direction positioned at upstream side in raw water, generation
Silver ionized water, wherein, the silver ionized water generating means are the silver ionized water generating means described in any of the above-described.
Utility model acts on and effect
According to silver ionized water generating means provided by the utility model and water system, due to silver ion generating unit contain to
Chamber and at least one pair of electrolysis electrode in the silver ion generation cavity room, this pair of electrolysis occur for a few silver ion
Electrode is made up of electrolytic anode and electrolysis cathode, and at least electrolytic anode uses silver-colored rod so that by raw water supply unit import into silver from
The raw water of sub- generating unit can be split, and separately flow into formation silver ionized water in multiple silver ion generation cavity rooms.Due to the shunting
Process can reduce the flow velocity of raw water so that its flowing in silver ion generation cavity room is maintained at the state of laminar flow, therefore, keeps away
Exempt to be vortexed the influence for electrolysis electrode, solved the problems, such as that electrolysis electrode working condition is bad under turbulent state, realizes
Running water prepares silver ionized water, so as to substantially increase the preparation efficiency of silver ionized water.
Brief description of the drawings
Fig. 1 is the surface structure schematic diagram of the silver ionized water generating means in the utility model embodiment one；
Fig. 2 is the perspective view of the silver ionized water generating means in the utility model embodiment one；
Fig. 3 is the internal structure schematic diagram of silver ionized water generating means in the utility model embodiment one；
Fig. 4 is the surface structure schematic diagram of the silver ion generating unit in the utility model embodiment one；
Fig. 5 is the internal structure schematic diagram of the silver ion generating unit in the utility model embodiment one；
Fig. 6 is the structural representation of the sealing installation component in the utility model embodiment one；
Fig. 7 is the appearance assumption diagram of the mounting seat in the utility model embodiment one；
Fig. 8 is the structure diagram of the silver ionized water generating means in the utility model embodiment two.
Embodiment
Illustrate specific embodiment of the present utility model below in conjunction with accompanying drawing.
Embodiment one
Silver ionized water generating means in the present embodiment are arranged in the pipeline of water system, in raw water from positioned at upstream side
Pipeline flow direction positioned at downstream pipeline when, generate silver ionized water.
Fig. 1 is the surface structure schematic diagram of the silver ionized water generating means in the present embodiment.
As shown in figure 1, silver ionized water generating means 10 have housing 11 and lid 12, lid 12 can relative to housing 11
Open or close is rotatably carried out, the two side being connected is pivot side, and the corresponding side in pivot side is opening and closing side.Lid
Body 12 carries out locking by lock at opening and closing side with housing 11 and connected.
In addition, the display screen 121 for allowing user to be configured the concentration of silver ion is installed on lid 12.
Fig. 2 is the perspective view of the silver ionized water generating means in the present embodiment.
Fig. 3 is the internal structure schematic diagram of silver ionized water generating means in the present embodiment, wherein, Fig. 3 (a) show silver from
Annexation between sub- generating unit and raw water supply unit；Fig. 3 (b) show silver ion generating unit and silver ionized water output section it
Between annexation.
As shown in Figures 2 and 3, the silver ionized water generating means 10 in the present embodiment are vertically arranged, and pass through housing 11 or so
The installing plate 111 of both sides is mounted to a wall.
Two are provided with housing 11 and is arranged in parallel silver ion generating unit 13, raw water supply unit 14, silver ionized water output section
15 and power supply 16.Raw water supply unit 14 is arranged on the lower section of silver ion generating unit, for the original in the pipeline by upstream side
Water extraction supplies silver ion generating unit；Silver ionized water output section 15 is arranged on the top of silver ion generating unit, will contain silver ion
Raw water is exported into the pipeline in downstream as silver ionized water；Power supply 16 and silver ion generating unit electrical connection, for silver from
Sub- generating unit is powered so as to which silver ion occur.
Fig. 4 is the surface structure schematic diagram of the silver ion generating unit of the present embodiment.Fig. 5 is that the silver ion of the present embodiment occurs
The internal structure schematic diagram in portion, wherein Fig. 5 (a) are the structural representation of cassette cover portion, and Fig. 5 (b) is that the structure of box portion is shown
It is intended to.
As shown in Figure 4 and Figure 5, silver ion generating unit 13 includes box body 18, lid 19, separation diverter member 20, silver ion
Generation chamber 21 and 22, sealing installation component 23 and electrolysis electrode 24.Wherein, when box body 18 and lid 19 are tightly connected
Afterwards, the shell formed is also known as casing.
The sealing of lid 19 is covered on box body 18, and the two space surrounded forms tank house.The downside of the bottom wall of box body 18
Part and upper portion are respectively arranged with water inlet 18a and delivery port 18b.As shown in Figures 2 and 3, water inlet 18a and raw water supply
It is connected to portion 14, delivery port 18b is connected with silver ionized water output section 15.
Separation diverter member 20 is arranged in tank house, and tank house is separated into two silver ions occurs chamber 21 and 22,
And it is respectively supplied to two silver ions after the raw water shunting for provide to come from raw water supply unit and chamber occurs.
Separation diverter member 20 is that the slotted hole at the rear of box body 18 is extended through from the front of lid 19, including is arranged on box body
First in 18 the second separation diverter member 202 for separating diverter member 201 and being arranged on lid 19, second separation point
Component 202 is flowed when lid 19 is covered on box body 18, and the first separation diverter member 201 is in sealing contact, occurs in silver ion
The centre position of the casing in portion 13 forms above-mentioned slotted hole.With raw water in silver ion chamber occurs for the length direction of the slotted hole
Interior flow direction is consistent.
Four through hole 19a~19d are symmetrically arranged with lid 19, through hole 19a and through hole 19b are setting up and down, and
Chamber 21 occurs for silver ion relatively, and through hole 19c and through hole 19d are setting up and down, and silver ion generation chamber 22 is relative.Each
Sealing installation component 23 is installed, the sealing installation component 23 is used for the electrolysis for sealing installation electrolysis electrode 24 simultaneously in through hole
Anode 241 and electrolysis cathode 242.
In the present embodiment, the electrolytic anode 241 and electrolysis cathode 242 of each pair electrolysis electrode 24 are silver-colored rod, every silver-colored rod
Purity be not less than 99.9%, external diameter is 4~6mm, and length is 40~50mm.One end of silver-colored rod is arranged on sealing installation component 23
Interior, the other end extends along the perpendicular direction in the flow direction with raw water in silver ion generation cavity room in housing section 18, and
Insertion is arranged in the blind hole 18c of the bottom wall of housing section 18.
Fig. 6 is the structural representation of the sealing installation component in the present embodiment.
As shown in fig. 6, there is sealing installation component 23 electric wire installed part 25, silver-colored rod mounting assembly 26 and mounting assembly to consolidate
Determine part 27.
Electric wire installed part 25 is used to install the electric wire for electrically connecting silver-colored rod mounting assembly 25 and power supply 16, including two cones
Shape cap 251 and it is arranged on the thick part of its periphery of circle of two tapered caps 251 and the periphery 252 being connected as a single entity.
The tip portion of tapered cap 251 stretches out from electrolysis electrode mounting hole, and what its top was provided with that supply lines penetrates passes through
Perforation.Periphery 252 is arranged in electrolysis electrode mounting hole, and is connect with the annular bottom wall sealing of electrolysis electrode mounting hole
Touch, the annular bottom wall is the horizontal annular wall extended inwardly to form from the bottom side wall of electrolysis electrode mounting hole.
Silver-colored rod mounting assembly 26 is used to silver-colored rod used in electrolytic anode 241 and electrolysis cathode 242 being mounted side by side, including
Two electrical connectors 261, mounting seat 262,263, two silver-colored rod installation sets 264 of the first sealing ring and two the second sealing rings
265。
The structure of two electrical connectors 261 is identical, is each made of a metal, and it is largely inserted in tapered cap 251, including reality
Center portion divides 261a and hollow parts 261b.Solid section 261a external diameter is less than hollow parts 261b, hollow parts 261b side
Two breach are symmetrically arranged with wall.
Fig. 7 is the surface structure schematic diagram of the mounting seat in the present embodiment.
As shown in Figure 6 and Figure 7, mounting seat 262 is also disposed in mounting hole, including the narrow portion being in contact with periphery 252
262a, with the integrally formed wide portion 262b of narrow portion 262a, the internal thread hole 262c that is set up in parallel and being symmetricly set on wide portion
Groove 262d on 262b length directions.
The first sealing ring 263 is cased with narrow portion 262a outer wall, with sealing contact with the side wall of electrolysis electrode mounting hole；It is interior
Screwed hole 262c runs through narrow portion 262a and wide portion 262b, and internal thread, narrow portion 262a portions are set on the inwall of its wide portion 262b part
Internal thread is not provided with the inwall divided, for setting the second sealing ring 265；Be provided with the outer wall of silver-colored rod installation set 264 with it is interior
The external screw thread of screwed hole 262c wide portion's partial threads connection, in addition, the upper part of silver-colored rod installation set 264 is symmetrically arranged with two
Hollow type screwdriver used matches when individual neck, two necks and the silver-colored rod of installation.
As shown in Fig. 5 (a), mounting assembly fixture 27 have two shapes respectively with groove 262d identicals end, with
And the pars intermedia being fixedly connected by screw with the back side of upper cover part, after silver-colored rod installs, while to neighbouring two
Individual silver-colored rod mounting assembly is fixed again, further to strengthen sealing.
The installation method of silver-colored rod in the present embodiment is as follows：(1) two are connected with electrolysis cathode and electrolytic anode respectively
The electric wire connect passes through the through hole of tip portion, inserts in two tapered caps；(2) by two electrical connectors 261 respectively and electric wire
Connection, and insert in two tapered caps；(3) silver-colored rod one end is inserted in the hollow parts 261b of electrical connector 261；(4) by
One sealing ring 263 is enclosed on the narrow portion 262a of mounting seat 262；(5) successively by 264 sets of the second sealing ring 265 and silver-colored rod installation set
It is placed on silver-colored rod, and by the second sealing ring in internal thread hole 262c narrow portion part, silver-colored rod installation set 264 is placed in internal thread
In hole 262c wide portion part；(6) mounting seat 262 is arranged in mounting hole, and twisted silver-colored rod installation set 264 using screwdriver
Tightly；(7) two neighbouring silver-colored rod mounting assemblies 26 are fixed again using mounting assembly fixture 27.
In the present embodiment, the electric wire installed part in silver ion generator, two sealing rings are made of elastomeric material,
Other parts are made of PVC material.
As shown in Fig. 2 raw water supply unit 14 has inlet channel 141 and raw water import pipe 142.Inlet channel 141
It is vertically arranged, the lower wall of housing is stretched out in one end, is connected with the pipeline for being located at silver ionized water generating means upstream side in water system,
Raw water is located in the pipeline of upstream side from this and imported；Raw water import pipe 142 is horizontally disposed, and inlet channel 141 is another
End is connected by articulation 17, and is connected also by water inlet 18a of the articulation 17 respectively with two silver ion generating units 13,
Raw water is allowed to flow into silver ion generating unit 13.
Silver ionized water output section 15 has silver ionized water output channel 151 and outlet conduit 152.Silver ionized water efferent duct
Road 151 is also horizontally disposed with, and is connected again by delivery port 18b of the articulation 17 respectively with two silver ion generating units 13；Water outlet
Pipeline 141 is vertically arranged, and is connected by articulation 17 and silver ionized water output channel 151, and the silver ionized water is exported to being located at
In the pipeline in silver ionized water generating means downstream.
The electric wire that power supply 16 is arranged on sealing installation component 20 by one end connects with the silver-colored rod for being used as electrolysis electrode,
For being powered to electrolysis electrode.
Control unit is arranged on the back side of lid 12, is both connected with display screen communication 121, and communicated to connect with power supply 16.
When raw water is in silver ion generation cavity indoor moveable, control unit controls power supply 16 to be powered to electrolysis electrode so that electrolysis electrode
Start working, generate silver ion.Meanwhile during electrolysis electrode works, control unit controls power supply 16 every a timing
Between, alternating sends the electric pulse of different directions so that two silver-colored rods are alternately as anode so that the two is depleted simultaneously.
The effect of embodiment one and effect
The silver ionized water generating means that the present embodiment provides, have the following technical effect that：
Firstly, since raw water supply unit has an inlet channel that raw water is imported and flowed up from pipeline, silver from
Zi Shui output sections have the outlet conduit for guiding the silver ionized water to flow downward in pipeline so that raw water is in silver ion generating unit
In flow from bottom to top, can more fully with galactic pole contact, so as to more fully dissolve the silver ion of generation.
Secondly as containing separation diverter member in silver ion generating unit, the separation diverter member is used for tank house point
Chamber occurs into two silver ions, each silver ion generation cavity indoor location has two pairs of electrolysis electrodes, and at least electrolytic anode
Using silver-colored rod, therefore, when raw water is flowed into casing from water inlet, the separation diverter member enables to raw water to be split, from
And respectively from two silver ion generation cavity indoor moveables.
The branching process can reduce the flow velocity of raw water so that its flowing in silver ion generation cavity room remains at
The state of laminar flow, so as to avoid the generation of vortex and bubble, and then vortex and bubble is avoided for the unfavorable of electrolysis electrode
Influence, solve the problems, such as that electrolysis electrode working condition is bad under turbulent state.
Embodiment two
In the present embodiment two, and the identical structure of embodiment one gives identical title, and omits identical explanation.
Fig. 8 is the structural representation of the silver ionized water generating means in the utility model embodiment two.
As shown in figure 8, silver ionized water generating means 30 include six silver ion generating units 13, six silver ion generating units
13 are divided into two groups up and down be arranged in parallel, by including three or so the silver ion being arranged in parallel generating units 13 in every group.
Accordingly, more raw water import pipes 142 in raw water supply unit 14, two raw water import pipes 142 and
Inlet channel 141 connects, and one provides raw water for one group of silver ion generating unit 13 above simultaneously, and another simultaneously to be following
One group of silver ion generating unit 13 provides raw water.
At the same time, also more silver ionized water output channels 151, two silver ionized waters in silver ionized water output section 15
Output channel 151 connects with outlet conduit 152, and one by the original containing silver particles in one group of silver ion generating unit 13 above
Water exports, and another simultaneously exports the raw water containing silver particles in one group of following silver ion generating unit 13.
The effect of embodiment two and effect
In the present embodiment, for the more situation of silver ion generating unit number, the plurality of silver ion generating unit is divided
Multigroup for what is be arranged in parallel, the silver ion generating unit in every group is also arranged in parallel, while raw water supply unit and silver ionized water are defeated
Go out and be also arranged in parallel a plurality of raw water import pipe and silver ionized water output channel in portion accordingly so that the pipeline from upstream side
The shunting Jing Guo raw water import pipe, the shunting of silver ion generating unit water inlet and the separation point successively of the raw water of middle inflow
The shunting of component is flowed, is finally flowed through out of silver ion generation cavity room, is more beneficial for raw water retaining layer in silver ion generation cavity room
The flow regime of stream.
Claims (10)
1. a kind of silver ionized water generating means, are arranged in the pipeline of water system, in raw water from the pipeline stream positioned at upstream side
During to pipeline positioned at downstream, silver ionized water is generated, it is characterised in that including：
Housing；
At least one silver ion generating unit, in the housing, for silver ion to occur；
Raw water supply unit, the lower section of the silver ion generating unit is arranged on, for the raw water in the pipeline of the upstream side to be carried
Supply the silver ion generating unit；
Silver ionized water output section, the top of the silver ion generating unit is arranged on, the raw water containing the silver ion is made
Exported for the silver ionized water into the pipeline in the downstream；And
Power supply, and silver ion generating unit electrical connection, for being powered to the silver ion generating unit so as to which the silver occur
Ion,
Wherein, the silver ion generating unit contains：
Chamber occurs at least one silver ion；And
At least one pair of electrolysis electrode in the silver ion generation cavity room, a pair of electrolysis electrodes are by electrolytic anode and electrolysis
Negative electrode is formed, and at least described electrolytic anode uses silver-colored rod,
When the raw water flows through the electrolysis electrode, the power supply is powered to the silver ion generating unit so that the silver
Rod produces silver ion by electrolysis.
2. silver ionized water generating means according to claim 1, it is characterised in that：
Wherein, the silver ion generating unit contains：
Casing；
Chamber occurs for two silver ions；And
Diverter member is separated, the separation diverter member is used to the casing being separated into described two silver ions generation chambers, and
And it is respectively supplied to two silver ion generation cavities after the raw water shunting for provide to come from the raw water supply unit
Room,
Each described silver ion generation cavity indoor location has the silver-colored rod.
3. silver ionized water generating means according to claim 2, it is characterised in that：
Wherein, each described silver ion generation cavity indoor location has the multipair electrolysis electrode,
The electrolysis cathode in every a pair of electrolysis electrodes also uses silver-colored rod, and the purity of the silver-colored rod is not less than 99.9%,
Flow direction of the length direction and the raw water of the silver-colored rod in the silver ion generation cavity room is perpendicular,
The power supply carries out positive and negative interleaved power to every a pair electrolysis electrodes.
4. silver ionized water generating means according to claim 2, it is characterised in that：
Wherein, the separation diverter member is that the slotted hole at rear is extended through in front of the casing,
Flow direction of the length direction of the slotted hole with the raw water in the silver ion generation cavity room is consistent,
The slotted hole is located at the center of the casing.
5. silver ionized water generating means according to claim 2, it is characterised in that：
Wherein, chamber, which occurs, for the silver ion also has the sealing installation component for the electrolysis electrode being carried out water-stop.
6. silver ionized water generating means according to claim 1, it is characterised in that：
Wherein, when the number of the silver ion generating unit is multiple, the multiple silver ion generating unit, which is divided into, to be arranged in parallel
It is multigroup, the silver ion generating unit in every group is also arranged in parallel.
7. silver ionized water generating means according to claim 1, it is characterised in that：
Wherein, the silver ion generating unit and the raw water supply unit and the silver ionized water output section are removable by articulation
Unload connection.
8. silver ionized water generating means according to claim 1, it is characterised in that：
Wherein, the lid that open or close is rotatably carried out relative to the housing is installed, on the lid on the housing
The display screen for allowing user to be configured the concentration of the silver ionized water is installed.
9. silver ionized water generating means according to claim 1, it is characterised in that：
Wherein, the conductivity measurement unit for measuring raw water electrical conductivity is installed on the raw water supply unit,
Flowmeter is installed on the silver ionized water output section.
A kind of 10. water system, it is characterised in that including：
Pipeline；And
Silver ionized water generating means, it is arranged in the pipeline, is located at downstream from the pipeline flow direction positioned at upstream side in raw water
Pipeline when, generate silver ionized water,
Wherein, the silver ionized water generating means are silver ionized water generating means according to any one of claims 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621348036.XU CN206940510U (en) | 2016-12-09 | 2016-12-09 | Silver ionized water generating means and water system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621348036.XU CN206940510U (en) | 2016-12-09 | 2016-12-09 | Silver ionized water generating means and water system |
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| Publication Number | Publication Date |
|---|---|
| CN206940510U true CN206940510U (en) | 2018-01-30 |
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ID=61357463
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621348036.XU Active CN206940510U (en) | 2016-12-09 | 2016-12-09 | Silver ionized water generating means and water system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106745547A (en) * | 2016-12-09 | 2017-05-31 | 世碧德环境科技（上海）有限公司 | Silver ionized water generating means and water system |
-
2016
- 2016-12-09 CN CN201621348036.XU patent/CN206940510U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106745547A (en) * | 2016-12-09 | 2017-05-31 | 世碧德环境科技（上海）有限公司 | Silver ionized water generating means and water system |
| CN106745547B (en) * | 2016-12-09 | 2023-09-26 | 世碧德环境科技（上海）有限公司 | Silver ion water generating device and water supply system |
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