CN204824465U - Domestic quality of water tertiary treatment regulation and control system - Google Patents
Domestic quality of water tertiary treatment regulation and control system Download PDFInfo
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- CN204824465U CN204824465U CN201520601121.1U CN201520601121U CN204824465U CN 204824465 U CN204824465 U CN 204824465U CN 201520601121 U CN201520601121 U CN 201520601121U CN 204824465 U CN204824465 U CN 204824465U
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Abstract
The utility model relates to a domestic quality of water tertiary treatment regulation and control system, include the filter equipment, ion exchange unit, the purifier that feed through in order through the pipeline, filter equipment includes first filtration jar and the first filter core pipe of crossing, and the first filter core pipe of crossing is through pipeline and ion exchange unit intercommunication, ion exchange unit includes and ion exchange jar and center tube is equipped with the cationic resin layer between the inner wall of center tube and ion exchange jar that pipeline and purifier intercommunication are passed through to the top of center tube, purifier includes second filtration jar, third filtration jar, fourth filtration jar, the 5th filtration jar, the 6th filtration jar that communicates in order through the pipeline. The utility model discloses a superior effect lies in: adopt filter equipment, ion exchange unit, purifier to carry out tertiary treatment to the running water, simple structure, convenient operation set up the water demand that the three -way valve satisfies different levels in the life, festival water environmental protection, operation safe and reliable, specially adapted china northern hard water texture district simultaneously.
Description
Technical field
The utility model relates to water-treatment technology field, is specifically related to a kind of Domestic water tertiary treatment regulator control system.
Background technology
Much higher hard in some regional tap water, can produce detrimentally affect to the Digestive tract of people, and can fouling in kettle and water-heater, affects it and uses.Along with the increase of population, industrialization degree improves constantly, it is more and more higher that urban life drinks water hardness, with tap water nineteen fifty-nine CNS compared with CNS in 1985, tap water hardness has risen to the 450mg/L of 1985 from the 250mg/L of nineteen fifty-nine, and hardness standard rises 80%.And the tap water hardness of world health organisation recommendations is 100mg/L.As can be seen here, tap water is necessary to carry out purifying and sofening treatment before consumption.At present, the methods such as medical method, electroosmose process and reverse osmosis method are had for water purification process in the world.Medical method is directly dosing in the sink, capital cost and running cost low, power consumption is little, but labour intensity is large and can only dispel temporary hardness; Purifying waste water with electroosmose process is the selective penetrated property utilizing ion-exchange membrane, is cemented out by the calcium ions and magnesium ions in water; The refining plant of reverse osmosis method establishes a semi-permeable membranes to play a role in filtering in a device.Utilize above-mentioned three kinds of methods to the purification of Drinking Water and softening device be equipment independently, flow is little, operate and complex disposal process.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, provides a kind of Domestic water tertiary treatment regulator control system.
The utility model is achieved through the following technical solutions:
Domestic water tertiary treatment regulator control system, comprise the filtration unit, ion exchange unit, the refining plant that are communicated with in turn by pipeline, filtration unit comprises the first hay tank and is arranged at the first filtration core pipe in the first hay tank, first hay tank is communicated with running water pipe by the first water inlet pipe, and the first filtration core pipe is communicated with ion exchange unit by pipeline; Described ion exchange unit comprises ion exchange pot and is arranged at the pipe core in ion exchange pot, the end of pipe core is provided with prosopyle, be provided with resin cation (R.C.) layer between pipe core and the inwall of ion exchange pot, the top of pipe core is communicated with refining plant by pipeline; Refining plant comprises the second hay tank, the 3rd hay tank, the 4th hay tank, the 5th hay tank, the 6th hay tank that are communicated with in turn by pipeline.
Described technical scheme is preferably, described second hay tank comprises the second water inlet pipe and is arranged at the second filtration core pipe of the second hay tank inside, second filtration core pipe is communicated with the 3rd hay tank by pipeline, 3rd hay tank comprises the 3rd water inlet pipe and is arranged at the 3rd filtration core pipe of the 3rd hay tank inside, 3rd filtration core pipe is communicated with the 4th hay tank by pipeline, 4th hay tank comprises the 4th water inlet pipe and is arranged at the 4th filtration core pipe of the 4th hay tank inside, 4th filtration core pipe is communicated with the 5th hay tank by pipeline, 5th hay tank comprises the 5th water inlet pipe and is arranged at the 5th filtration core pipe of the 5th hay tank inside, 5th filtration core pipe is communicated with the 6th hay tank by pipeline, 6th hay tank comprises the 6th water inlet pipe and is arranged at the 6th filtration core pipe of the 6th hay tank inside, 6th filtration core pipe is communicated with drinking-water pipe.
Described technical scheme is preferably, and described first filtration core pipe adopts PP cotton core pipe.
Described technical scheme is preferably, and described second filtration core pipe, the 4th filtration core pipe adopt PP cotton core pipe, and described 3rd filtration core pipe, the 5th filtration core pipe adopt gac core pipe, and described 6th filtration core pipe adopts RO film core pipe.
Described technical scheme is preferably, and the pipeline between described filtration unit and ion exchange unit is provided with left T-valve and described left T-valve is provided with the first rising pipe.
Described technical scheme is preferably, and the pipeline between described ion exchange unit and refining plant is provided with right T-valve and described right T-valve is provided with the second rising pipe.
Described technical scheme is preferably, and the top of described ion exchange unit is provided with the electronic automatic control device of purification resin cation (R.C.) layer.
Described technical scheme is preferably, and described ion exchange unit comprises the sensor be arranged in ion exchange pot, and described sensor is connected with electronic automatic control device by signal wire.
Described technical scheme is preferably, and described sensor adopts concentration sensor.
Compared with prior art, superior effect of the present utility model is: adopt filtration unit, ion exchange unit, refining plant to carry out tertiary treatment to tap water, structure is simple, easy to operate, the water demand that T-valve meets different levels in life is set simultaneously, water-saving and environmental protection, safe and reliable to operation, be specially adapted to north of China hard water matter area.
Accompanying drawing explanation
Fig. 1 is the structural representation of Domestic water tertiary treatment regulation device described in the utility model.
Accompanying drawing mark is as follows:
11-first hay tank, 12-first filtration core pipe, 13-first water inlet pipe, 21-ion exchange pot, 22-pipe core, 23-resin cation (R.C.) layer, 31-second hay tank, 311-second water inlet pipe, 312-second filtration core pipe, 32-the 3rd hay tank, 321-the 3rd water inlet pipe, 322-the 3rd filtration core pipe, 33-the 4th hay tank, 331-the 4th water inlet pipe, 332-the 4th filtration core pipe, 34-the 5th hay tank, 341-the 5th water inlet pipe, 342-the 5th filtration core pipe, 35-the 6th hay tank, 351-the 6th water inlet pipe, 352-the 6th filtration core pipe, 353-drinking-water pipe, the left T-valve of 41-, 411-first rising pipe, the right T-valve of 42-, 421-second rising pipe, 51-body, 52-control panel, 53-liquid crystal display,
Embodiment
Below in conjunction with accompanying drawing, the utility model embodiment is described in further detail.
As shown in Figure 1, Domestic water tertiary treatment regulator control system described in the utility model, comprise the filtration unit, ion exchange unit, the refining plant that are communicated with in turn by pipeline, described filtration unit comprises the first hay tank 11 and is arranged at the first filtration core pipe 12 in the first hay tank 11, first hay tank 11 is communicated with running water pipe by the first water inlet pipe 13, and the first filtration core pipe 12 is communicated with ion exchange unit by pipeline; Described ion exchange unit comprises ion exchange pot 21 and is arranged at the pipe core 22 in ion exchange pot 21, the end of pipe core 22 is provided with prosopyle, be provided with resin cation (R.C.) layer 23 between the inwall of pipe core 22 and ion exchange pot 21, the top of pipe core 22 is communicated with refining plant by pipeline; Described refining plant comprises the second hay tank 31, the 3rd hay tank 32, the 4th hay tank 33, the 5th hay tank 34, the 6th hay tank 35 that are communicated with in turn by pipeline.Described filtration unit is used for the particle of the attachment iron rust in tap water, silt impurity to remove, described ion exchange unit is used for carrying out sofening treatment to the water in pipeline, calcium ions and magnesium ions in concrete removal water, described refining plant is used for the Water warfare in pipeline.Further, described second hay tank 31 comprises the second water inlet pipe 311 and is arranged at the second filtration core pipe 312 of the second hay tank 31 inside, second filtration core pipe 312 is communicated with the 3rd hay tank 32 by pipeline, the 3rd described hay tank 32 comprises the 3rd water inlet pipe 321 and is arranged at the 3rd filtration core pipe 322 of the 3rd hay tank 32 inside, 3rd filtration core pipe 322 is communicated with the 4th hay tank 33 by pipeline, 4th hay tank 33 comprises the 4th water inlet pipe 331 and is arranged at the 4th filtration core pipe 332 of the 4th hay tank 33 inside, 4th filtration core pipe 332 is communicated with the 5th hay tank 34 by pipeline, 5th hay tank 34 comprises the 5th water inlet pipe 341 and is arranged at the 5th filtration core pipe 342 of the 5th hay tank 34 inside, 5th filtration core pipe 342 is communicated with the 6th hay tank 35 by pipeline, 6th hay tank 35 comprises the 6th water inlet pipe 351 and is arranged at the 6th filtration core pipe 352 of the 6th hay tank 35 inside, 6th filtration core pipe 352 is communicated with drinking-water pipe 353.
In the above-described embodiments, described first filtration core pipe 12 adopts PP cotton core pipe, described second filtration core pipe 312, the 4th filtration core pipe 332 adopt PP cotton core pipe, and described 3rd filtration core pipe 322, the 5th filtration core pipe 342 adopt gac core pipe, and described 6th filtration core pipe 352 adopts RO film core pipe.
In the above-described embodiments, the pipeline between described filtration unit and ion exchange unit is provided with left T-valve 41 and described left T-valve 41 is provided with the first rising pipe 411; Pipeline between described ion exchange unit and refining plant is provided with right T-valve 42 and described right T-valve 42 is provided with the second rising pipe 421.The utility model is by arranging left T-valve 41 and right T-valve 42, the water demand be convenient for people to, and by switching the position of left T-valve 41, the water of being drawn by the first rising pipe 411 mops floor with water as cleaning water as wiped a table; The same position by switching right T-valve 42, the water of being drawn by the second rising pipe 421 is applicable to culinary art, washing, takes a shower and heating.
In the above-described embodiments, the top of described ion exchange unit is provided with the electronic automatic control device of purification resin cation (R.C.) layer 23.Described electronic automatic control device is existing installation, and it comprises body 51 and the control panel 52 that is arranged on body 51 and liquid crystal display 53.Described ion exchange unit comprises the sensor be arranged in ion exchange pot 21, and described sensor is connected with electronic automatic control device by signal wire.Described sensor adopts concentration sensor.The ionic concn of tap water is measured by the concentration sensor be arranged in ion exchange pot 21, resin cation (R.C.) layer 23 absorbing calcium ions and magnesium ions of described ion exchange unit reach capacity state time, the resin cation (R.C.) of absorbing calcium ions and magnesium ions in the resin cation (R.C.) of non-absorbing calcium ions and magnesium ions in regeneration flow container and resin cation (R.C.) layer 23 is replaced by described electronic automatic control device, so recycle, and then improve the lasting bating effect of described ion exchange unit.
During concrete enforcement, under the effect of running water pipe inside water pressure, tap water is introduced in the first hay tank 11 by running water pipe (not shown) and the first water inlet pipe 13, silt in described first filtration core pipe 12 pairs of water, the granule foreign of attachment iron rust filters, flow to ion exchange pot 21 by the road, and by the overhead stream of ion exchange pot 21 to bottom, calcium ions and magnesium ions in described resin cation (R.C.) layer 23 pairs of water carries out absorption and realizes water softening process, water through absorption enters pipe core 22 by the prosopyle of pipe core 22 end and then successively by the second hay tank 31 of refining plant, 3rd hay tank 32, 4th hay tank 33, 5th hay tank 34, 6th hay tank 35, finally draw treated tap water by drinking-water pipe 353.Second filtration core pipe 312 of described second hay tank 31 and the 4th filtration core pipe 332 of the 4th hay tank 33 adopt PP cotton core pipe to tackle further the impurity in water, remove, 3rd filtration core pipe 322 of described 3rd hay tank 32 and the 5th filtration core pipe 342 of the 5th hay tank 34 adopt gac core pipe, degerming virus killing process is carried out to the tap water in pipeline, the 6th filtration core pipe 352 in described 6th hay tank 35 adopts RO film core pipe, the molecule in removing pipeline in tap water, virus, bacterium.
The utility model is not limited to above-mentioned embodiment, and when not deviating from flesh and blood of the present utility model, any distortion that it may occur to persons skilled in the art that, improvement, replacement all fall into scope of the present utility model.
Claims (9)
1. Domestic water tertiary treatment regulator control system, it is characterized in that, comprise the filtration unit, ion exchange unit, the refining plant that are communicated with in turn by pipeline, filtration unit comprises the first hay tank and is arranged at the first filtration core pipe in the first hay tank, first hay tank is communicated with running water pipe by the first water inlet pipe, and the first filtration core pipe is communicated with ion exchange unit by pipeline; Described ion exchange unit comprises ion exchange pot and is arranged at the pipe core in ion exchange pot, the end of pipe core is provided with prosopyle, be provided with resin cation (R.C.) layer between pipe core and the inwall of ion exchange pot, the top of pipe core is communicated with refining plant by pipeline; Refining plant comprises the second hay tank, the 3rd hay tank, the 4th hay tank, the 5th hay tank, the 6th hay tank that are communicated with in turn by pipeline.
2. Domestic water tertiary treatment regulator control system according to claim 1, it is characterized in that, described second hay tank comprises the second water inlet pipe and is arranged at the second filtration core pipe of the second hay tank inside, second filtration core pipe is communicated with the 3rd hay tank by pipeline, 3rd hay tank comprises the 3rd water inlet pipe and is arranged at the 3rd filtration core pipe of the 3rd hay tank inside, 3rd filtration core pipe is communicated with the 4th hay tank by pipeline, 4th hay tank comprises the 4th water inlet pipe and is arranged at the 4th filtration core pipe of the 4th hay tank inside, 4th filtration core pipe is communicated with the 5th hay tank by pipeline, 5th hay tank comprises the 5th water inlet pipe and is arranged at the 5th filtration core pipe of the 5th hay tank inside, 5th filtration core pipe is communicated with the 6th hay tank by pipeline, 6th hay tank comprises the 6th water inlet pipe and is arranged at the 6th filtration core pipe of the 6th hay tank inside, 6th filtration core pipe is communicated with drinking-water pipe.
3. Domestic water tertiary treatment regulator control system according to claim 1, is characterized in that, described first filtration core pipe adopts PP cotton core pipe.
4. Domestic water tertiary treatment regulator control system according to claim 2, it is characterized in that, described second filtration core pipe, the 4th filtration core pipe adopt PP cotton core pipe, and described 3rd filtration core pipe, the 5th filtration core pipe adopt gac core pipe, and described 6th filtration core pipe adopts RO film core pipe.
5. Domestic water tertiary treatment regulator control system according to claim 1, is characterized in that, the pipeline between described filtration unit and ion exchange unit is provided with left T-valve and described left T-valve is provided with the first rising pipe.
6. Domestic water tertiary treatment regulator control system according to claim 1, is characterized in that, the pipeline between described ion exchange unit and refining plant is provided with right T-valve and described right T-valve is provided with the second rising pipe.
7. Domestic water tertiary treatment regulator control system according to claim 1, is characterized in that, the top of described ion exchange unit is provided with the electronic automatic control device of purification resin cation (R.C.) layer.
8. Domestic water tertiary treatment regulator control system according to claim 7, it is characterized in that, described ion exchange unit comprises the sensor be arranged in ion exchange pot, and described sensor is connected with electronic automatic control device by signal wire.
9. Domestic water tertiary treatment regulator control system according to claim 8, is characterized in that, described sensor adopts concentration sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520601121.1U CN204824465U (en) | 2015-08-11 | 2015-08-11 | Domestic quality of water tertiary treatment regulation and control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520601121.1U CN204824465U (en) | 2015-08-11 | 2015-08-11 | Domestic quality of water tertiary treatment regulation and control system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204824465U true CN204824465U (en) | 2015-12-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520601121.1U Active CN204824465U (en) | 2015-08-11 | 2015-08-11 | Domestic quality of water tertiary treatment regulation and control system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204824465U (en) |
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2015
- 2015-08-11 CN CN201520601121.1U patent/CN204824465U/en active Active
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