CN203582606U - Single chip controlled rural modularized water purifier - Google Patents
Single chip controlled rural modularized water purifier Download PDFInfo
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- CN203582606U CN203582606U CN201320789139.XU CN201320789139U CN203582606U CN 203582606 U CN203582606 U CN 203582606U CN 201320789139 U CN201320789139 U CN 201320789139U CN 203582606 U CN203582606 U CN 203582606U
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Abstract
The utility model provides a single chip controlled rural modularized water purifier and belongs to the water purifying device. After sewage is mixed with a coagulant fed through a water inlet pipe, the sewage is subjected to coagulation and adsorption, PH value regulation and precipitation in a coagulative precipitation tank and then solid-liquid separation is completed; an electric valve is opened so that water is fed into a membrane tank to be filtered; after the addition of a sanitizer the water produced through membrane separation and then stored in a clean-water reservoir, and further used for a user water utilization system through a high-position water storage tank; sludge generated after coagulating sedimentation and membrane separation is treated through a sludge dewatering system; the whole process is controlled through a single chip control system. The single chip controlled rural modularized water purifier has the beneficial effects that rural domestic sewage is treated to reach the domestic water standard and the emission is free of pollution, the equipment cost is low, no manual control is needed and automatic sewage treatment is realized.
Description
Technical field
The utility model belongs to a kind of water purifier, particularly a kind of micro-chip control rural area modularization water purifier.
Background technology
Water is Source of life, and obtaining safe drinking water is the primary demand of human survival.Because China is populous, shortage of water resources, economy and social development uneven, Rural water supply aggregate level is not high, the situation is tense for safe drinking water.The Party Central Committee, State Council pay much attention to drinking water of rural area work.
The sanitary sewage in rural area seldom has unified Sewage treatment systems, each family is to pour in ground, to allow soil infiltration voluntarily for the treatment process of sanitary sewage, assign the Nature as natural sewage work, the foreign material that contain in water like this etc. flow into earth's surface, make soil deterioration, destroy the soil of the Nature.There is settling tank in the family also having, and sewage unification is poured in settling tank, causes the pollution of groundwater resource, and in order to protect natural soil and groundwater not contaminated, national government is paid attention to the protection of physical environment, releases small-sized rural area modularization water purifier very important.
Utility model content
The purpose of this utility model is to overcome above-mentioned defect, and a kind of micro-chip control rural area modularization water purifier is provided, and the sanitary sewage disposal in rural area is completed and reaches domestic water standard, and discharge pollution-freely, and equipment cost is low, without manual control.
The purpose of this utility model is achieved through the following technical solutions: a kind of micro-chip control rural area modularization water purifier, is characterized in that: it comprises equalizing tank, intake pump, 1# liquidometer, coagulative precipitation tank, coagulating agent dosing pump, pH value regulates dosing pump, 2# liquidometer, PH meter, 1# motorized valve, 2# motorized valve, membrane cisterna, 3# liquidometer, go out water pump, 3# motorized valve, sterilizing agent grug feeding jar, clean water basin, lift pump, 4# liquidometer, high-position water-storage tank, 5# liquidometer, 4# motorized valve and monolithic processor control device, the feed-water end of equalizing tank is connected with plumbing drain, 1# liquidometer is installed in the top of equalizing tank, equalizing tank sidewall is provided with overflow port, the water side of equalizing tank is connected with the feed-water end of coagulative precipitation tank by pipeline by intake pump, coagulating agent dosing agitator is installed in coagulating agent dosing pump, and coagulating agent dosing pump is connected with the feed-water end of coagulative precipitation tank by pipeline, and the top of coagulative precipitation tank is installed and stretched into the coagulative precipitation tank agitator in pond, 2# liquidometer and PH meter, the below of coagulative precipitation tank is connected with membrane cisterna by being provided with the pipeline of 2# motorized valve, the below of coagulative precipitation tank is connected with sludge dewatering system by being provided with the pipeline of 1# motorized valve, pH value regulates dosing pump to be connected with coagulative precipitation tank, membrane module is installed in membrane cisterna, the below of membrane module is provided with aeration tube, aeration tube is connected with gas blower, the outlet pipeline of membrane module is connected with clean water basin by the road by going out water pump, sterilizing agent grug feeding jar is connected with the outlet pipeline of membrane module, the bottom of membrane cisterna is connected with sludge dewatering system by 3# motorized valve by pipeline, 4# liquidometer is installed in the top of clean water basin, the sidewall of clean water basin is provided with overflow port, the water side of clean water basin is connected with the feed-water end of high-position water-storage tank by the road by lift pump, 5# liquidometer is installed in the top of high-position water-storage tank, high-position water-storage tank is connected with the user's water pipeline lower than high-position water-storage tank by pipeline, the bottom of high-position water-storage tank is provided with discharge opening and 4# motorized valve, monolithic processor control device respectively with intake pump, 1# liquidometer, coagulating agent dosing pump, pH value regulates dosing pump, 2# liquidometer, PH meter, 1# motorized valve, 2# motorized valve, 3# liquidometer, 3# motorized valve, gas blower, go out water pump, sterilizing agent grug feeding jar, lift pump, 4# liquidometer, 5# liquidometer is connected with 4# motorized valve.
The beneficial effects of the utility model are:
(1), adopt electronics according to saving great amount of cost, minimizing rural area burden than electric installations such as utilization PLC.
(2) work such as electronic equipment maintenance is comparatively safe, harm is dropped to minimum.
(3) water, after purifying can reach the standard that rural area makes water, and discharges pollution-free.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Wherein: 1-equalizing tank, 2-intake pump, 3-1# liquidometer, 4-coagulative precipitation tank, 5-coagulating agent dosing pump, 6-PH value regulates dosing pump, 7-2# liquidometer, 8-PH meter, 9-1# motorized valve, 10-2# motorized valve, 11-membrane cisterna, 12-3# liquidometer, 13-goes out water pump, 14-3# motorized valve, 15-sterilizing agent grug feeding jar, 16-clean water basin, 17-lift pump, 18-4# liquidometer, 19-high-position water-storage tank, 20-5# liquidometer, 21-4# motorized valve, 22-monolithic processor control device, 23-plumbing drain, 24-overflow port, 25-coagulative precipitation tank agitator, 26-sludge dewatering system, 27-membrane module, 28-aeration tube, 29-gas blower, 30-outlet pipeline, 31-user's water pipeline, 32-discharge opening, 33-coagulating agent dosing agitator.
Embodiment
Embodiment: as shown in Figure 1, a kind of micro-chip control rural area modularization water purifier, utilizes the operation of the STC micro-chip control equipment of Nantong Guo Xin Microtronics A/S, stop, this water purifier comprises equalizing tank 1, intake pump 2, 1# liquidometer 3, coagulative precipitation tank 4, coagulating agent dosing pump 5, pH value regulates dosing pump 6, 2# liquidometer 7, PH meter 8, 1# motorized valve 9, 2# motorized valve 10, membrane cisterna 11, 3# liquidometer 12, go out water pump 13, 3# motorized valve 14, sterilizing agent grug feeding jar 15, clean water basin 16, lift pump 17, 4# liquidometer 18, high-position water-storage tank 19, 5# liquidometer 20, 4# motorized valve 21 and monolithic processor control device 22, the feed-water end of equalizing tank 1 is connected with plumbing drain 23, 1# liquidometer 3 is installed in the top of equalizing tank 1, equalizing tank 1 sidewall is provided with overflow port 24, the water side of equalizing tank 1 is connected with the feed-water end of coagulative precipitation tank 4 by pipeline by intake pump 2, the interior installation coagulating agent of coagulating agent dosing pump 5 dosing agitator 33, coagulating agent dosing pump 5 is connected with the feed-water end of coagulative precipitation tank 4 by pipeline, and the top of coagulative precipitation tank 4 is installed and stretched into the coagulative precipitation tank agitator 25 in pond, 2# liquidometer 7 and PH meter 8, the below of coagulative precipitation tank 4 is connected with membrane cisterna 11 by being provided with the pipeline of 2# motorized valve 10, the below of coagulative precipitation tank 4 is connected with sludge dewatering system 26 by being provided with the pipeline of 1# motorized valve 9, pH value regulates dosing pump 6 to be connected with coagulative precipitation tank 4, the interior installation membrane module 27 of membrane cisterna 11, the below of membrane module 27 is provided with aeration tube 28, aeration tube 28 is connected with gas blower 29, the outlet pipeline of membrane module 27 is connected with clean water basin 16 by the road by going out water pump 13, sterilizing agent grug feeding jar 15 is connected with the outlet pipeline 30 of membrane module 27, the bottom of membrane cisterna 11 is connected with sludge dewatering system 26 by 3# motorized valve 14 by pipeline, 4# liquidometer 18 is installed in the top of clean water basin 16, the sidewall of clean water basin 16 is provided with overflow port 24, the water side of clean water basin 16 is connected with the feed-water end of high-position water-storage tank 19 by the road by lift pump 17, 5# liquidometer 20 is installed in the top of high-position water-storage tank 19, high-position water-storage tank 19 is connected with the user's water pipeline 31 lower than high-position water-storage tank 19 by pipeline, the bottom of high-position water-storage tank 19 is provided with discharge opening 32 and 4# motorized valve 21, monolithic processor control device 22 respectively with intake pump 2, 1# liquidometer 3, coagulating agent dosing pump 5, pH value regulates dosing pump 6, 2# liquidometer 7, PH meter 8, 1# motorized valve 9, 2# motorized valve 10, 3# liquidometer 12, 3# motorized valve 14, gas blower 29, go out water pump 13, sterilizing agent grug feeding jar 15, lift pump 17, 4# liquidometer 18, 5# liquidometer 20 is connected with 4# motorized valve 21.
The principle of work employing Coagulation and Adsorption of above-mentioned water purifier adds membrane separation process and carries out defluorination, complete assembly is divided into pre-treatment and membrane sepn two portions form, after the Tai-Ace S 150 that former water adds with inlet channel mixes, in pre-treatment, via three grades of agitators, stir, reach optimal coagulation adsorption effect, after Coagulation and Adsorption, water enters tube settling and completes solid-liquid separation, then by intake pump, water is squeezed into membrane sepn module again and filters, and membrane sepn module product water enters clean water basin and stores for future use.
Working process is: when (1) extraneous sewage flows into equalizing tank 1 to 1# liquidometer 3 high liquid level, (2) detect 5# liquidometer 20 whether high liquid levels, if high liquid level, open 4# motorized valve 21, water purification is discharged to high-position water-storage tank 19 until low liquid level, (3) if the low liquid level of 5# liquidometer 20, detect 4# liquidometer 18 whether high liquid levels, if high liquid level, water in clean water basin 16 is squeezed into high-position water-storage tank 19, make 4# liquidometer 18 reach low liquid level, and detecting step (2), and complete, (4) if the low liquid level of 4# liquidometer 18, detect 3# liquidometer 12 whether high liquid levels, if high liquid level, go out water pump 13 and 15 operations of sterilizing agent grug feeding jar until the low liquid level of 3# liquidometer 12, detecting step (3) and (2) also complete, (5) if the low liquid level of 3# liquidometer 12, detect 2# liquidometer 7 whether high liquid levels, if high liquid level, PH counts 8 start detection water quality, whether start pH value dosing pump, after the qualified and precipitate and separate of water quality detection, 2# motorized valve 10 is opened, water is flowed in membrane cisterna 11 certainly, until the low liquid level of 2# liquidometer 7, and detecting step (4), (3), and complete (2), (6) if the low liquid level of 2# liquidometer 7, intake pump 2 and coagulating agent dosing pump 5 start simultaneously, sewage and coagulating agent are injected to coagulative precipitation tank 4 jointly, during 2# liquidometer 7 low liquid level, coagulative precipitation tank agitator 25 starts, until during 2# liquidometer 7 high liquid level, intake pump 2 quits work, coagulative precipitation tank agitator quit work after 25 work some times, earth precipitation, clear water floating, PH meter 8 is analyzed pH value in clear water, send signal to micro-chip 22, by micro-chip 22, determine that pH value regulates 6 working hours of dosing pump until pH value is normal, 2# motorized valve 10 starts, clear water in coagulative precipitation tank 4 is flowed in membrane cisterna 11 certainly, when 3# liquidometer 12 is high-order, go out water pump 13 and sterilizing agent grug feeding jar 15 starts simultaneously, water is injected to clean water basin 16, lift pump 17 injects the high-position water-storage tank 19 higher than user's level by water in clean water basin 16, when 5# liquidometer 20 is high-order, lift pump 17 quits work, 1# motorized valve 9 and 3# motorized valve 14 start 1 time or human intervention startup every several systemic circulation, mud is squeezed in sludge dewatering system 26, separated water outlet is flow automatically in equalizing tank 1, isolated mud by user by oneself, opening 4# motorized valve 21 and discharge opening 32 can clear up high-position water-storage tank 19, this work circular flow successively, realize equipment automatization.
Claims (1)
1. a micro-chip control rural area modularization water purifier, is characterized in that: it comprises equalizing tank, intake pump, 1# liquidometer, coagulative precipitation tank, coagulating agent dosing pump, pH value regulates dosing pump, 2# liquidometer, PH meter, 1# motorized valve, 2# motorized valve, membrane cisterna, 3# liquidometer, go out water pump, 3# motorized valve, sterilizing agent grug feeding jar, clean water basin, lift pump, 4# liquidometer, high-position water-storage tank, 5# liquidometer, 4# motorized valve and monolithic processor control device, the feed-water end of equalizing tank is connected with plumbing drain, 1# liquidometer is installed in the top of equalizing tank, equalizing tank sidewall is provided with overflow port, the water side of equalizing tank is connected with the feed-water end of coagulative precipitation tank by pipeline by intake pump, coagulating agent dosing agitator is installed in coagulating agent dosing pump, and coagulating agent dosing pump is connected with the feed-water end of coagulative precipitation tank by pipeline, and the top of coagulative precipitation tank is installed and stretched into the coagulative precipitation tank agitator in pond, 2# liquidometer and PH meter, the below of coagulative precipitation tank is connected with membrane cisterna by being provided with the pipeline of 2# motorized valve, the below of coagulative precipitation tank is connected with sludge dewatering system by being provided with the pipeline of 1# motorized valve, pH value regulates dosing pump to be connected with coagulative precipitation tank, membrane module is installed in membrane cisterna, the below of membrane module is provided with aeration tube, aeration tube is connected with gas blower, the outlet pipeline of membrane module is connected with clean water basin by the road by going out water pump, sterilizing agent grug feeding jar is connected with the outlet pipeline of membrane module, the bottom of membrane cisterna is connected with sludge dewatering system by 3# motorized valve by pipeline, 4# liquidometer is installed in the top of clean water basin, the sidewall of clean water basin is provided with overflow port, the water side of clean water basin is connected with the feed-water end of high-position water-storage tank by the road by lift pump, 5# liquidometer is installed in the top of high-position water-storage tank, high-position water-storage tank is connected with the user's water pipeline lower than high-position water-storage tank by pipeline, the bottom of high-position water-storage tank is provided with discharge opening and 4# motorized valve, monolithic processor control device respectively with intake pump, 1# liquidometer, coagulating agent dosing pump, pH value regulates dosing pump, 2# liquidometer, PH meter, 1# motorized valve, 2# motorized valve, 3# liquidometer, 3# motorized valve, gas blower, go out water pump, sterilizing agent grug feeding jar, lift pump, 4# liquidometer, 5# liquidometer is connected with 4# motorized valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320789139.XU CN203582606U (en) | 2013-12-03 | 2013-12-03 | Single chip controlled rural modularized water purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320789139.XU CN203582606U (en) | 2013-12-03 | 2013-12-03 | Single chip controlled rural modularized water purifier |
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| Publication Number | Publication Date |
|---|---|
| CN203582606U true CN203582606U (en) | 2014-05-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320789139.XU Expired - Fee Related CN203582606U (en) | 2013-12-03 | 2013-12-03 | Single chip controlled rural modularized water purifier |
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| CN (1) | CN203582606U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108217784A (en) * | 2018-03-23 | 2018-06-29 | 南方创业（天津）科技发展有限公司 | The control system and method for sewage disposal device |
| CN111675392A (en) * | 2020-06-28 | 2020-09-18 | 辽宁鑫知界科技有限公司 | Domestic wastewater pretreatment device |
-
2013
- 2013-12-03 CN CN201320789139.XU patent/CN203582606U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108217784A (en) * | 2018-03-23 | 2018-06-29 | 南方创业（天津）科技发展有限公司 | The control system and method for sewage disposal device |
| CN111675392A (en) * | 2020-06-28 | 2020-09-18 | 辽宁鑫知界科技有限公司 | Domestic wastewater pretreatment device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140507 Termination date: 20191203 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |