CN102285726A - Multi-element drinking water purifier - Google Patents
Multi-element drinking water purifier Download PDFInfo
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- CN102285726A CN102285726A CN2011101438857A CN201110143885A CN102285726A CN 102285726 A CN102285726 A CN 102285726A CN 2011101438857 A CN2011101438857 A CN 2011101438857A CN 201110143885 A CN201110143885 A CN 201110143885A CN 102285726 A CN102285726 A CN 102285726A
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Abstract
The invention relates to a multi-element drinking water purifier and belongs to the technical field of dietetic hygiene devices. The technical scheme is as follows: the multi-element drinking water purifier comprises a drinking water container, an undrinkable water container, a first filter, a second filter, a mineralization filter, a drinking water faucet and an undrinkable water faucet. Raw water needing purification treatment is injected to the undrinkable water container, and is subjected to comprehensive purification treatment through the first filter, the second filter and the mineralization filter, thus harmful components in the raw water are removed, effluent reaches the drinking water standard in China and multiple microelements and trace elements required by a human body are replenished in water, and the effluent is beneficial to health if being drunk for a long term. In the whole purification and mineralization process, the multi-element drinking water purifier has the advantages of no consumption of energy resources, no need of management, no use of additives and no operation cost, is suitable for purifying drinking water in families and can be used for effectively solving the safety problem of the drinking water in rural areas.
Description
Technical field
The multielement drink water purifier belongs to dietetic hygiene protection equipment technical field.
Technical background
Be divided into city, samll cities and towns, rural area ternary structural generally according to economic society situation China.At present, water factory is all had in China city and most of samll cities and towns, to guarantee town dweller and small part peasant water service.Substantially also drinking well water or river apart from the vast rural area that cities and towns are far away.There are more than 370 ten thousand villages in China, and nearly 700,000,000 populations are lived in the area that does not have water service.Natural water source has plenty of and meets standard for drinking, and what have does not then meet standard for drinking.Particularly the more serious place of those damage ratios comprises that industrial sewage pollutes, sanitary sewage pollution and various rubbish, excrement of animals pollution etc., and the water that is polluted is directly drunk without effective sanitary measure, can bring injury to HUMAN HEALTH.By the end of the year 2008,80% sanitary sewage and 30% the untreated waters that just enters of trade effluent in the cities and towns.The whole nation has in 1200 rivers of detection, is polluted surplus having 850, and China meets, and river country-level, the secondary water quality standard only accounts for 32.2%.Have data to show, 80% disease is relevant with water in the world: typhoid fever, cholera, gastro-enteritis, dysentery, infectious hepatitis are human five big diseases, by unclean the causing of drinking-water.Except that the disadvantageous effect that environmental pollution brings to rural potable water, the well water in rural area some itself is existing problems just.Contain the disadvantageous material of health in the part well water, long-term drinking also can influence healthy.
The Chinese government attaches great importance to the safe drinking water problem, requires in " State Council is about the decision of strengthen environmental protection ": " strengthen the drinking water source protection conscientiously, build the city alternate source well, resolve rural drinking water security.”
China rural area is vast in territory, and is sparsely populated.Especially outlying remote location, the physical features complexity that has, the inhabitation that has is very scattered, and particularly the nomadic area is without definite residence, and this causes very big difficulty for installing and using of tap water.Simultaneously, allow national peasant use tap water, need the huge input of the wealth of society on the one hand, need long or even several generations' continuous construction just may accomplish on the other hand, and safe drinking water is related to people ' s health, can not wait as long for the installation of tap water facility.Home-use tap water strainer and treating plant have many kinds, but cost an arm and a leg, and the city resident generally can not use, and entering common farmers' family is to be expected untouchable thing.Existing strainer and treating plant mostly need consumes energy, and working cost is also high.After sale service simultaneously is unsound, in case equipment breaks down or damages, maintenance is very difficult in the rural area.We must think deeply corresponding countermeasure according to China's country practical situation according to China's specific national conditions actual requirement, find out terms of settlement.
Rural potable water is handled the measure of taking and need be met: 1, independent operating, do not lay remote pipeline; 2, investment is little, and the peasant affords to use; 3, use simply, everybody can both use men and women, old and young; 4, reliable, need not keep in repair; 5, sturdy and durable, long service life; 6, result meets national drinking water standard, no potential safety hazard; 7, add healthy element, long-term drinking is good for health.
Summary of the invention
The invention provides a kind of multielement drink water purifier, the various water that do not meet standard for drinking, comprise all alternate sources threading cleaners such as well water, river, stream, rainwater, after the processing of cleaner utilization scientific approach, not only can drink safely, and replenish healthy element, improve the human health level.Scavenging process does not use additive without the energy.
The objective of the invention is to be achieved through the following technical solutions:
A kind of multielement drink water purifier, it comprises: drinking water container, undrinkable water container, first strainer, second strainer, mineralization filter, mineralising reaction tubes, tap water tap, undrinkable water tap.
The volume of drinking water container is installed in the undrinkable water container less than the undrinkable water container volume.The shape of two containers can adopt cylindrical, square, rectangle or other any shape according to actual requirement.The loam cake of drinking water container is installed vapor pipe, and vapor pipe is interlinked to the outside by undrinkable water container upper cover and container.The bottom of undrinkable water container is preferably the wedged bottom design, is beneficial to the discharge of small amount of precipitate thing in the undrinkable water, and wedged bottom production inconvenience can be produced flat.Between the inner bottom part of the outer bottom of drinking water container and undrinkable water container supporter is set, makes the loam cake of drinking water container and undrinkable water container upper cover form certain space, make the bottom of drinking water container and undrinkable water container bottom form certain space.The loam cake sealing of drinking water container, the undrinkable water container upper cover is provided with former water inlet, the former water that injects drops on covering of drinking water container, because sealing of the loam cake of drinking water container and drinking water container volume be less than the undrinkable water volume of a container, former water with regard to spontaneous current in the space of undrinkable water container greater than drinking water container.
First strainer is installed between drinking water container and the undrinkable water container, and the outer wall of drinking water container is close in the inboard of first strainer, encapsulation process, and the outside of first strainer is close to the inwall of undrinkable water container, encapsulation process.Place the primary filter material in first strainer, the bottom is covered with sieve aperture, be used for tackling and cover the former water that flows down by drinking water container, carry out prefiltration, remove the bigger impurity of particle in the former water, improve former water turbidity, improve the undrinkable water clarity, also lay the foundation for back second strainer carries out the essence filtration.
Second strainer is installed in the outside, drinking water container bottom, in the inboard of undrinkable water container, perpendicular to the wall portion position of drinking water container inboard, so that be connected with mineralization filter.Second filter bottom is installed the diversion dish, and the diversion dish is covered with sieve aperture, and settles screen cloth.Certain distance is left in the bottom of diversion dish and undrinkable water container, slowly water is introduced in second strainer by the natural pressure of water.In second strainer, place the secondary filter material meticulousr, the process filtering former water first time is carried out meticulousr filtration than first strainer.Filtering for the first time is to filter from top to bottom, and filtering for the second time is to filter from bottom to top.Second strainer can be removed particulate, algae, bacterium, organism and chemical fertilizer, the pesticide residue etc. of former water.
Mineralization filter is installed in the bottom in the drinking water container, connects hoop by reaction tubes and joins with second strainer is airtight, enters mineralization filter through the filtering water of second strainer and carries out the mineralising filtration.Mineralization filter is made up of some mineralising filtering reaction pipes, the mineralized material of difference in functionality effect is housed in every mineralising filtering reaction pipe, some the effective pipe connectings of mineralising filtering reaction are in turn connected into one, water is entered successively carry out the mineralising filtration in the reaction tubes that different mineralized materials are housed.The termination of a mineralising filtering reaction of least significant end pipe is a treated water outlet, and automatic valve plate is installed in the exit, and automatic valve plate is opened automatically during water outlet in manage, when water is closed during refluence in pipe automatically.The filtering effect of mineralising is: 1, the macromole water body is changed over the small molecules water body, strengthen seepage force, solvency power and the metabolism power of water; 2, further sterilize and remove colourity, peculiar smell in the water, guarantee the limpid degree and the purity of water; 3, remove harmful materials such as fluorine, arsenic, iron, manganese; 4, the potential of hydrogen of two-ways regulation water, alkaline too high reduction pH value, acid too high raising pH value makes the pH value of water remain on the moderate state of potable potential of hydrogen; 5, increase major element and the trace element that human body needs, water after mineralising is filtered is become is of value to the mineral substance of HUMAN HEALTH tap water.
The water-in of tap water tap is installed in the bottom of drinking water container, and transfer lime is by the undrinkable water container, and water tap is installed in the outside of undrinkable water container.The undrinkable water tap is installed in the bottom of undrinkable water container outside, near the position of undrinkable water container bottom, so that the small amount of precipitate thing in the undrinkable water is discharged smoothly.
Triple filter by first strainer, second strainer and mineralization filter, science preparation combination by multiple material in some the mineralising filtering reaction pipes, taked to comprise primary filter, high purity is filtered, and changes water clusters, removes colourity, the peculiar smell of water, remove objectionable impurities, regulate the pH value of water, a series of effective measure such as major element that the increase human body needs and trace element have formed the complete tap water production system of a cover.Behind the former water injection undrinkable water container that needs to handle, from top to bottom, whole purification, mineralization processes from bottom to up, there is not power consumption, without personal management, the water that is come out by the tap water tap not only reaches national drinking water standard, and contains the element of multiple beneficial health.
Mineral material in the mineralization filter can be reused.Utilize regenerative agent to soak after 2 hours and emit, do not need to clean and to drop into next filtration cycle.
The beneficial effect of multielement drink water purifier of the present invention is:
But 1 efficiently and effectively solves anhydrous factory site, rural area district peasant drinking water safety problem;
2, methodological science, simple and practical;
3, without electric power or any power, save energy;
4, little, the no working cost of investment need not keep in repair;
5, can be country saves to improving human and material resources and the financial resources that the drinking water of rural area condition drops into;
6, be adapted at the rapid big area in rural area and promote, also can use in urban households.
Description of drawings
Fig. 1 is a complete installation synoptic diagram of the present invention;
Fig. 2 is the mineralization filter synoptic diagram;
Fig. 3 is the first strainer diversion dish synoptic diagram;
Fig. 4 is the first strainer chassis synoptic diagram;
Sign in each width of cloth accompanying drawing is described as follows: (1) former water inlet; (2) vapor pipe; (3) undrinkable water container upper cover; (4) drinking water container loam cake; (5) drinking water container; (6) undrinkable water container; (7) first strainers; (8) mineralization filter; (9) second strainers; (10) support; (11) supporter; (12) tap water tap; (13) undrinkable water tap; (14) mineralising filtering reaction pipe; (15) reaction tubes connects hoop; (16) pipe connecting; (17) automatic valve plate; (18) tap water outlet; (19) second strainer diversion dishes; (20) diversion riddle net; (21) diversion riddle hole; (22) the first strainers outside; (23) first strainer inboards; (24) one-level sieve aperture; (25) undrinkable water container bottom; (26) at the bottom of the drinking water container; (27) transfer lime; (28) multielement drink water purifier; (29) primary filter material; (30) secondary filter material; (31) mineralized material.
Embodiment
Below in conjunction with accompanying drawing embodiments of the invention are described further:
Embodiment one
As shown in Figure 1, the drinking water container 5 usefulness supporters 11 of multielement drink water purifier 28 are fixed on the undrinkable water container bottom 25, and drinking water container 5 is installed in the undrinkable water container 6.Leave certain space between drinking water container loam cake 4 and the undrinkable water container upper cover 3.At the bottom of the drinking water container 26 and undrinkable water container bottom 25 between leave certain space.Vapor pipe 2 is set on drinking water container loam cake 4, and vapor pipe 2 is interlinked to the outside by undrinkable water container upper cover 3 and container.Former water inlet 1 is set on undrinkable water container upper cover 3.Support 10 is fixed on below the undrinkable water container bottom 25.The water-in of tap water tap 12 is arranged on the bottom of drinking water container 5, and the transfer lime 27 of tap water tap 12 is by the inside of undrinkable water container 6, and tap water tap 12 is installed in the outside of undrinkable water container 6.The water-in of undrinkable water tap 13 is arranged near undrinkable water container bottom 25 places, and undrinkable water tap 13 is installed in the outside of undrinkable water container 6, undrinkable water tap 13 and tap water tap 12 the same side at undrinkable water container 6.
Embodiment two
On the basis of embodiment one, as Fig. 1, shown in Figure 4, first strainer 7 is installed between drinking water container 5 and the undrinkable water container 6, first strainer outside 22 is close to the inwall of undrinkable water container 6 and does encapsulation process, and the first strainer inboard 23 is close to the outer wall of drinking water container 5 and does encapsulation process.Be covered with one-level sieve aperture 24 in the bottom of first strainer 7.In first strainer 7, place primary filter material 29.
Embodiment three
On the basis of embodiment one, as Fig. 1, shown in Figure 3, second strainer 9 be installed at the bottom of the drinking water container 26 below, perpendicular to the inwall of drinking water container 5, the position is in the inboard of undrinkable water container bottom 25.The lower end of second strainer 9 is installed the second strainer diversion dish, 19, the second strainer diversion dishes 19 and is provided with diversion riddle net 20, is provided with diversion riddle hole 21.In second strainer 9, place secondary filter material 30.
Embodiment four
On the basis of embodiment one, as shown in Figure 1 and Figure 2, mineralization filter 8 is installed in the lower position of drinking water container 5 the insides.Mineralization filter 8 is made up of some mineralising filtering reaction pipes 14, and some mineralising filtering reaction pipe 14 usefulness pipe connectings 16 connect successively and are combined into one.Mineralising filtering reaction pipe 14 water inlets one end connects hoop 15 and second strainer 9 with reaction tubes and is connected, and the outer tip end of the tap water outlet 18 of mineralization filter reaction tubes 14 is installed automatic valve plate 17.In mineralization filter 8, place mineralized material 31.
Claims (5)
1. multielement drink water purifier, comprise drinking water container (5), undrinkable water container (6), first strainer (7), mineralization filter (8), second strainer (9), tap water tap (12), undrinkable water tap (13), it is characterized in that: the volume of drinking water container (5) is less than the volume of undrinkable water container (6), drinking water container (5) is fixed in the undrinkable water container (6) with supporter (11), undrinkable water container upper cover (3) leaves certain space with drinking water container loam cake (4), undrinkable water container bottom (25) leaves certain space with (26) at the bottom of the drinking water container, be provided with former water inlet (1) at undrinkable water container upper cover (3), be provided with vapor pipe (2) at drinking water container loam cake (4), first strainer (7) is installed between drinking water container (5) and the undrinkable water container (6), second strainer (9) is installed in undrinkable water container bottom (25) upside, mineralization filter (8) is installed in the bottom of drinking water container (5), drinking water container (5) is equipped with tap water tap (12), and undrinkable water container (6) is equipped with undrinkable water tap (13).
2. multielement drink water purifier according to claim 1, it is characterized in that, the inwall of undrinkable water container (6) is close in first strainer outside (22), and encapsulation process, the outer wall of drinking water container (5) is close in the first strainer inboard (23), and encapsulation process, first strainer (7) is provided with one-level sieve aperture (24), places primary filter material (29) in first strainer 7.
3. multielement drink water purifier according to claim 1, it is characterized in that, second strainer (9) is provided with the second strainer diversion dish (19), the second strainer diversion dish (19) is provided with diversion riddle net (20), be provided with diversion riddle hole (21), in second strainer (9), place secondary filter material (30).
4. multielement drink water purifier according to claim 1, it is characterized in that, mineralization filter (8) is made up of some mineralising filtering reaction pipes (14), some mineralising filtering reaction pipes (14) are in turn connected into one with pipe connecting (16), mineralization filter (8) connects hoop (15) with reaction tubes and is connected with second strainer (9), mineralization filter (8) is provided with tap water outlet (18), automatic valve plate (17) is installed in tap water outlet (18), places mineralized material (31) in mineralization filter (8).
5. multielement drink water purifier according to claim 1 is characterized in that, the transfer lime (27) of tap water tap (12) is installed in the outside of undrinkable water container (6) by undrinkable water container (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101438857A CN102285726A (en) | 2011-05-18 | 2011-05-18 | Multi-element drinking water purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101438857A CN102285726A (en) | 2011-05-18 | 2011-05-18 | Multi-element drinking water purifier |
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| Publication Number | Publication Date |
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| CN102285726A true CN102285726A (en) | 2011-12-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011101438857A Pending CN102285726A (en) | 2011-05-18 | 2011-05-18 | Multi-element drinking water purifier |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103663761A (en) * | 2013-12-04 | 2014-03-26 | 中山弘博企业管理咨询有限公司 | A sewage filtering device |
| CN103830957A (en) * | 2013-12-04 | 2014-06-04 | 中山弘博企业管理咨询有限公司 | Improved sewage treatment plant |
-
2011
- 2011-05-18 CN CN2011101438857A patent/CN102285726A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103663761A (en) * | 2013-12-04 | 2014-03-26 | 中山弘博企业管理咨询有限公司 | A sewage filtering device |
| CN103830957A (en) * | 2013-12-04 | 2014-06-04 | 中山弘博企业管理咨询有限公司 | Improved sewage treatment plant |
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Application publication date: 20111221 |