CN102574701A - Water treatment device for underground water - Google Patents
Water treatment device for underground water Download PDFInfo
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- CN102574701A CN102574701A CN2010800431799A CN201080043179A CN102574701A CN 102574701 A CN102574701 A CN 102574701A CN 2010800431799 A CN2010800431799 A CN 2010800431799A CN 201080043179 A CN201080043179 A CN 201080043179A CN 102574701 A CN102574701 A CN 102574701A
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/001—Processes for the treatment of water whereby the filtration technique is of importance
- C02F1/004—Processes for the treatment of water whereby the filtration technique is of importance using large scale industrial sized filters
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2101/00—Nature of the contaminant
- C02F2101/30—Organic compounds
- C02F2101/32—Hydrocarbons, e.g. oil
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2101/00—Nature of the contaminant
- C02F2101/30—Organic compounds
- C02F2101/34—Organic compounds containing oxygen
- C02F2101/345—Phenols
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2103/00—Nature of the water, waste water, sewage or sludge to be treated
- C02F2103/007—Contaminated open waterways, rivers, lakes or ponds
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2103/00—Nature of the water, waste water, sewage or sludge to be treated
- C02F2103/06—Contaminated groundwater or leachate
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2201/00—Apparatus for treatment of water, waste water or sewage
- C02F2201/002—Construction details of the apparatus
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2303/00—Specific treatment goals
- C02F2303/04—Disinfection
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/152—Water filtration
Abstract
The present invention relates to an underground water treatment device, and more specifically, to treatment of underground water from the bottom surfaces of streams, rivers, reservoirs and dams by drilling under the bottom surface and withdrawing intake water from a constant depth; pumping the intake water at high pressure through a communicating purification unit to produce clean water; and draining the clean water by pumping it through the purification unit.
Description
Technical field
The present invention relates to underground purified water treatment device in a kind of water; Owing to be provided to the underground of the bottom surface, waters that comprises river, rivers, water reservoir and reservoir; So in the process that water is purified; Not only do not have water by worries that pollution substance polluted such as yellow sand and phenol, and do not need to use in addition water is purified required medicine, do not receive that water is purified required spatial and restrict.
Background technology
Generally speaking, water-supply source water purified water treatment device adopts intermediate processing, be contained in broad settling tank to the water-supply source water capacity that flows into through inflow pipe from water intaking factory after, the input medicine makes foreign matter be deposited to the bottom.
Therefore, green alga when low water season in summer, takes place in the wide settling tank of will quadraturing of water-supply source water purified water treatment device in the past in the water-supply source water that settling tank holds, thereby the problem that exists medicine to overuse.
In addition, in settling tank, used after the medicine, also can only wait for the ST of given time passively; Particularly when overflow stage; Water-supply source water becomes muddy water, cause turbidity to rise, thereby the problem that exists is; Not only need throw to multiple medicines article more, and water purification needs the long period to water-supply source.
And; Be not deposited to the bottom owing to float on the swimmer on top, water-supply source water precipitation pond; Not only exist and must transfer the trouble that 2 times, 3 times settling tanks purify once more, and, if green alga or muddy water precipitate in settling tank; The problem that exists is that the cleaning foreign matter needs the plenty of time, and need use more multiple medicines article.
For addressing the above problem, a kind of water-supply source water purified water treatment device (domestic registered patent communique 10-0699551 number) has been proposed, it is characterized in that comprising: water-supply source water solarization air cell is used to make the water-supply source water aeration that flows into from the outside; The clean water treatment pond; The a plurality of filtering membranes that are used for the water-supply source water of handling through aeration in above-mentioned water-supply source water solarization air cell is carried out filtration treatment have been filled; Possess the tab portion that the water-supply source water that flows into descending through vertical inflow pipe stirs, possess and be used for guiding foreign matter that water-supply source water contains sedimentary settling chamber and the clean water treatment chamber that is used on top, above-mentioned settling chamber water-supply source water is carried out clean water treatment to take place by gravity; Water-supply source water supply pipe is used for being supplied to above-mentioned clean water treatment pond to the water-supply source water of handling through aeration in above-mentioned water-supply source water solarization air cell; The water purification vent pipe is used to discharge in above-mentioned clean water treatment pond through the water purification of clean water treatment.
But; With regard to above-mentioned water-supply source water purified water treatment device (domestic registered patent communique 10-0699551 number); Because water-supply source water solarization air cell is provided to the outside, the water-supply source water that flows into from the outside is being carried out the process of aeration the worry that not only exists above-mentioned water-supply source water to be polluted by yellow sand and phenol etc.; And, also exist a large amount of water-supply source water are carried out the purifying treatment requisite space bigger problem that is restricted.
Summary of the invention
For reaching as above purpose; The present invention provides underground purified water treatment device in a kind of water; It is characterized in that comprising: water purification portion; Possess the intake that forms to the set degree of depth of earth drilling from the bottom surface in the waters that comprises river, rivers, water reservoir and reservoir, in water, form, to purifying by the hydraulic pressure in above-mentioned waters, water through above-mentioned intake water intaking with above-mentioned intake UNICOM ground; The water pump member makes the water that purifies through above-mentioned water purification portion be discharged to the outside.
Wherein, Preferred above-mentioned water purification portion comprises: the water intaking chamber, by constituting from the bottom surface in above-mentioned waters to the set degree of depth of earth drilling intake that forms and the bottom that is provided to above-mentioned intake and to the pre-treatment filtration portion that the water that flows into through above-mentioned intake carries out the pre-treatment filtration; The filtering layer of filtration chamber has filtered the passage of the water inflow of foreign matter, possesses the sterilization member that the water that flows into is carried out germicidal treatment; The locker room forms the passage that supplies by the germ-resistant water inflow of above-mentioned sterilizing chamber, the water that storage flows into through above-mentioned passage in the bottom.
And preferred above-mentioned water intaking chamber is equipped with a plurality of.In addition, preferred above-mentioned locker room is equipped with a plurality of.
Simultaneously, preferably on the passage of above-mentioned filtration chamber, above-mentioned sterilizing chamber and the formation of above-mentioned locker room, be equipped with open and close member respectively.
And the moving passage portion of the above-mentioned water purification portion of preferably can coming in and going out forms in water, and ground is equipped with the gangway with UNICOM of above-mentioned moving passage portion near above-mentioned waters.
Furthermore; Preferably between above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and above-mentioned locker room and above-mentioned moving passage portion; Form the access door that the operator can come in and go out respectively; In above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and above-mentioned locker room, form the air inlet respectively, outfit makes the water of storing in above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and the above-mentioned locker room force to be discharged to the drainage water pumping element in above-mentioned waters.
And the part in the next door between preferred above-mentioned sterilizing chamber and the above-mentioned moving passage portion is made up of chilled glass.
Simultaneously, preferably possesses operating portion that above-mentioned water pump member and above-mentioned open and close member are operated and control the control part of above-mentioned water pump member and above-mentioned open and close member according to the operation of aforesaid operations portion.
In addition, preferably be equipped with the water quality detecting sensor,, be controlled at the open and close member that is equipped with between above-mentioned sterilizing chamber and the above-mentioned locker room according to the observed value of above-mentioned water quality detecting sensor at above-mentioned sterilizing chamber.
Description of drawings
Fig. 1 is the sectional view that briefly shows underground purifying processing device in the water of one embodiment of the invention; To be the water that briefly shows the waters purifying the sectional view of state through water purification portion to Fig. 2, and Fig. 3 is the vertical view that briefly shows water purification portion and moving passage portion state.
The nomenclature * * * of * * accompanying drawing major portion
7; The waters, 7a; The bottom surface,
8; Foreign matter, 9; Public institution,
10; Water purification portion, 110; The water intaking chamber,
112; Intake, 114; Pre-treatment filtration portion,
114a; Bracing member, 114b; Openings,
115,154; Filtering layer, 130; The settling chamber,
130a, 150a, 170a, 190a; The air inlet, 152,172,192; Passage,
132,156,179,196; Access door, 153,173,191; Open and close member,
134,157,180,197; Relief outlet, 135,158,171,196; Air injection tube,
136,159,181,198; Vent pipe, 137,160,182,199; The photographic camera member,
150; The filtration chamber, 170; Sterilizing chamber,
176; The sterilization member, 178; The water quality detecting sensor,
190; The locker room, 193; The 1st locker room,
194; The 2nd locker room, 195; The 3rd locker room,
30; The water pump member, 50; Moving passage portion,
510; The gangway, 60; Chilled glass,
70; The drainage water pumping element, 80; Computer component,
W; Water
Embodiment
The present invention researches and develops for addressing the above problem; Its purpose is to provide underground purified water treatment device in a kind of water; Owing to be provided to the underground of the bottom surface, waters that comprises river, rivers, water reservoir and reservoir, so in the process that water is purified, not only do not have water by worries that pollution substance polluted such as yellow sand and phenol; And do not need to use in addition water is purified required medicine, do not receive that water is purified required spatial restriction.
According to accompanying drawing, the preferred embodiments of the present invention are more specified below.Certainly, interest field of the present invention is not to be defined in following examples, can be implemented by person of ordinary skill in the field's distortion diversely in the scope that does not break away from the present invention's technology main idea.
Fig. 1 is the sectional view that briefly shows underground purified water treatment device in the water of one embodiment of the invention.
Underground purified water treatment device is as shown in Figure 1 in the water of one embodiment of the invention, comprises that roughly water purification portion (10) and water pump member (30) constitute.
At first; As shown in Figure 1; Above-mentioned water purification portion (10) possesses the intake (112) that forms to the set degree of depth of earth drilling from the bottom surface (7a) in the waters (7) that comprises river, rivers, water reservoir and reservoir; Form in water with above-mentioned intake (112) UNICOM ground, be used for purifying by the hydraulic pressure of above-mentioned waters (7), the water (W) of fetching water through above-mentioned intake (112).
Wherein, As shown in Figure 1; Preferred above-mentioned water purification portion (10) comprising: water intaking chamber (110), pre-treatment filtration portion (114) formation of being carried out the pre-treatment filtration by the intake (112) that forms to the set degree of depth of earth drilling from the bottom surface (7a) of above-mentioned waters (7) with the bottom that is provided to above-mentioned intake (112) and to the water (W) through above-mentioned intake (112) inflow;
Settling chamber (130) is provided to the bottom of above-mentioned water intaking chamber (110), makes through above-mentioned pre-treatment filtration portion (114) to have carried out foreign matter (8) deposition that contains in the water (W) that pre-treatment filters;
Filtration chamber (150) forms the passage (152) that supplies to have been removed by above-mentioned settling chamber (130) water (W) inflow of foreign matter (8) in the bottom, and the foreign matter (8) that in upside is equipped with the water (W) that flows into, contains carries out filtering filtering layer (154);
Sterilizing chamber (170) forms the passage (172) that supplies to have been filtered by the filtering layer of above-mentioned filtration chamber (150) (154) water (W) inflow of foreign matter (8) on top, possesses the sterilization member (176) that the water (W) that flows into is carried out germicidal treatment;
Locker room (190) forms the passage (192) that supplies by the germ-resistant water of above-mentioned sterilizing chamber (170) (W) inflow, the water (W) that storage flows into through above-mentioned passage (192) in the bottom.
Fig. 2 is the water (W) that briefly shows waters (7) is purifying state through water purification portion (10) a sectional view.
More particularly, as shown in Figure 2, the water (W) of above-mentioned waters (7) is fetched water through the above-mentioned intake (112) that bottom surface (7a) the set degree of depth of boring from above-mentioned waters (7) forms by means of the hydraulic pressure of above-mentioned waters (7).
Meanwhile; The above-mentioned pre-treatment filtration portion (114) that the water (W) in the above-mentioned waters (7) of being fetched water utilizes above-mentioned intake (112) bottom to be equipped with; Quilts such as gravel that contains in the water (W) in above-mentioned waters (7) and sand carry out pre-treatment and filter, and water (W) is fetched water get into above-mentioned water intaking chamber (110).
For the water (W) that makes above-mentioned waters (7) can be filtered by pre-treatment more easily; As shown in Figure 2; Preferred above-mentioned pre-treatment filtration portion (114) along continuous straight runs is provided to the bottom of above-mentioned intake (112), by filtering layer (115) formation of the bracing member (114a) that forms openings (114b) in central authorities, the filter element (not shown) that is provided to the openings (114b) of above-mentioned bracing member (114a), the sand that is laminated in above-mentioned filter element (not shown) top and gravel etc.
And in order can when getting the water (W) in the above-mentioned waters (7) of volume more, to make it to purify, preferred above-mentioned water intaking chamber (110) be equipped with a plurality of (with reference to Fig. 3).
Simultaneously, the water (W) in the less waters (7) of water (W) flows such as river also can be used through being provided to the less waters (7) of water (W) flow such as river independently in above-mentioned water intaking chamber (110).
As shown in Figure 2, the water (W) of sand and gravel etc. has been filtered by pre-treatment in the pre-treatment filtration portion (114) through above-mentioned water intaking chamber (110), by means of the hydraulic pressure of above-mentioned waters (7), flows into the above-mentioned settling chamber (130) that is provided to bottom, above-mentioned water intaking chamber (110).
And the water (W) that filters through pre-treatment that flows into above-mentioned settling chamber (130) precipitates 48 hour time in above-mentioned settling chamber (130), and this is for the foreign matter (8) that contains in the water (W) that filters through pre-treatment can be precipitated.
At this moment; Under the situation that is equipped with a plurality of above-mentioned water intakings chambers (110); Above-mentioned settling chamber (130) can be provided to the bottom of each above-mentioned water intaking chamber (110), in each settling chamber (130), can be formed on the inboard passage (not shown) that is equipped with the open and close member (not shown).
And; Above-mentioned each settling chamber (130) and after between the filtration chamber (150) that states; Can be equipped with inflow pipe (not marking among the figure) respectively, make the water (W) that has precipitated foreign matter (8) through above-mentioned each settling chamber (130), can flow into above-mentioned filtration chamber (150) by the hydraulic pressure of above-mentioned waters (7).
More particularly; When the water (W) that has carried out the pre-treatment filtration through above-mentioned pre-treatment filtration portion (114) flows into the settling chamber (130) in above-mentioned a plurality of settling chambers (130); After the control part (not shown) stated for preventing that having carried out the water (W) that pre-treatment filters through above-mentioned pre-treatment filtration portion (114) flows into other settling chambers (130), and above-mentioned open and close member (not shown) is closed.
Therefore; Carried out through above-mentioned pre-treatment filtration portion (114) in the settling chamber (130) of water (W) in flowing into above-mentioned settling chamber (130) of pre-treatment filtration; The foreign matter (8) that contains in the water (W) that filters through pre-treatment precipitates 48 hour time, so that can be precipitated.
And; In the settling chamber (130) in above-mentioned settling chamber (130); Carried out water (W) that pre-treatment filters after the 48 hour time of deposition through above-mentioned pre-treatment filtration portion (114), the control part (not shown) opens another open and close member (not shown) in the above-mentioned open and close member (not shown).
So; Carried out through above-mentioned pre-treatment filtration portion (114) in water (W) another settling chamber (130) in flowing into above-mentioned settling chamber (130) of pre-treatment filtration; The foreign matter (8) that contains in the water (W) that filters through pre-treatment precipitates 48 hour time, so that can be precipitated.
Carried out water (W) inflow for the first time that pre-treatment is filtered through above-mentioned pre-treatment filtration portion (114); Foreign matter (8) the 48 hour time of deposition; Above-mentioned control part (not shown) is opened inboard above-mentioned open and close member (not shown) that is equipped with of the influx (not shown) that is in the settling chamber (130) of this state and between above-mentioned filtration chamber (150), forms in the above-mentioned settling chamber (130), makes through the sedimentary water of foreign matter (8) first time (W) and can flow into above-mentioned filtration chamber (150).
As stated; Above-mentioned water intaking chamber (110) is equipped with a plurality of; Be equipped with in the bottom of a plurality of above-mentioned water intakings chambers (110) under the situation of a plurality of above-mentioned settling chambers (130), precipitate for making the foreign matter (8) that has carried out containing in the water (W) of pre-treatment filtration through above-mentioned pre-treatment filtration portion (114), in the process that makes its 48 hour time of deposition; Not only can store through above-mentioned pre-treatment filtration portion (114) and carry out a large amount of water (W) that pre-treatment is filtered; And, can make and carry out the both quantitative water (W) that pre-treatment filters through above-mentioned pre-treatment filtration portion (114) and flow into above-mentioned filtration chamber (150) successively, thereby; Even under the situation of natural disasteies such as drought, also can be continuously to outside supply both quantitative water (W) such as public institutions (9).
Furthermore, above-mentioned water intaking chamber (110) and above-mentioned settling chamber (130) can be a plurality of in the underground outfit of in the past clean water treatment factory.
As stated; Above-mentioned water intaking chamber (110) and above-mentioned settling chamber (130) are being equipped with under the clean water treatment factory site in the past under a plurality of situation; Can store the more water (W) in the above-mentioned waters (7) of volume, not only can be in shorter time, the water (W) in above-mentioned waters (7) of storage in above-mentioned water intaking chamber (110) and above-mentioned settling chamber (130) is filtered and germicidal treatment; And, can more promptly give outsides such as public institution (9) cleaner Drinking water supply.
The water (W) of 48 hour time of deposition, the settled state of foreign matter (8) in above-mentioned settling chamber (130), by the hydraulic pressure of above-mentioned waters (7), the passage (152) through above-mentioned filtration chamber (150) flows into above-mentioned filtration chamber (150).
Meanwhile, foreign matter such as bacterium and planktonic organism (8) utilizes to leave the filtering layer (154) that both states of take the altitude is provided to above-mentioned filtration chamber (150) upside with above-mentioned passage (152) and filters.
At this moment, above-mentioned filtering layer (154) preferably is equipped with multilayer in order more easily to filter foreign matters (8) such as bacterium and planktonic organism.
As shown in Figure 2; Filtered the water (W) of foreign matters (8) such as bacterium and planktonic organism by above-mentioned filtration chamber (150); Hydraulic pressure by above-mentioned waters (7); Passage (172) through above-mentioned sterilizing chamber (170) flows into above-mentioned sterilizing chamber (170), meanwhile, carries out germicidal treatment by the above-mentioned sterilization members (176) such as a plurality of infrared(ray)lamps of the inner side-wall that is provided to above-mentioned sterilizing chamber (170).
As shown in Figure 2, carried out the water (W) of germicidal treatment by the sterilization member (176) of above-mentioned sterilizing chamber (170), the passage (192) through above-mentioned locker room (190) flows into above-mentioned locker room (190).
At this moment; In order more easily to store a large amount of water (W) that has carried out filtration and germicidal treatment through above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150) and above-mentioned sterilizing chamber (170); Like Fig. 1 and shown in Figure 2; It is a plurality of that above-mentioned locker room (190) preferably is equipped with the 1st, 2,3 locker rooms (193,194,195) etc.
On the other hand; When through the water (W) in the above-mentioned waters (7) of above-mentioned intake (112) water intaking during through above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); The inside of preferred above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) can not flow into even a spot of air all the time.
This is in the scavenging process of the water (W) in the above-mentioned waters (7) through above-mentioned intake (112) water intaking, prevents breedings such as bacterium, obtains cleaner tap water.
As stated; Because above-mentioned water purification portion (10) comprises above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) formation; Therefore; Can be more easily to purifying, thereby have the advantage that can obtain cleaner tap water by the hydraulic pressure of above-mentioned waters (7), the water (W) of fetching water through above-mentioned water intaking chamber (110).
Wherein, being formed at respectively on the passage (152,172,192) of above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170), above-mentioned locker room (190), preferably be equipped with open and close member (153,173,191).
As stated; Owing to be equipped with above-mentioned open and close member (153 being formed at respectively on the above-mentioned passage (152,172,192) of above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); 173; 191), thus having the operator can clean and change filtering layer (115,154), sterilization member advantages such as (176) more easily.
Secondly, like Fig. 1 and shown in Figure 2, above-mentioned water pump member (30) is used to make the water (W) that has carried out purifying through above-mentioned water purification portion (10) to be discharged to outsides such as public institution (9).
Wherein, To operate above-mentioned water pump member (30) and above-mentioned open and close member (153,173,191) is example; Preferred be equipped with the operating portion (not shown) that constitutes with the push type button and according to the operation of aforesaid operations portion (not shown); The control part (not shown) that above-mentioned water pump member (30) and above-mentioned open and close member (153,173,191) are controlled.
More particularly; Water (W) carried out germicidal treatment through above-mentioned sterilizing chamber (170) is stored under the state of above-mentioned locker room (190); When the operator presses the ON button of aforesaid operations portion (not shown); Above-mentioned control part (not shown) is controlled above-mentioned water pump member (30) when the open and close member that makes above-mentioned locker room (190) (191) is opened, make the water (W) of storage in the above-mentioned locker room (190) be discharged to outsides such as public institution (9).
Be different from this, when the water (W) of above-mentioned waters (7) by pollutions such as yellow sand, phenol and leakage of oils, when being difficult to fetch water; The operator presses the OFF button of aforesaid operations portion (not shown); At this moment, above-mentioned control part (not shown) is controlled, and makes all open and close members (153 of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); 173,191) close.
Therefore can prevent to be flowed into above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) by the water (W) in the above-mentioned waters (7) of pollutions such as yellow sand, phenol and leakage of oil.
As stated; Owing to be equipped with operation above-mentioned water pump member (30) and above-mentioned open and close member (153; 173,191) aforesaid operations portion (not shown) and control above-mentioned water pump member (30) and above-mentioned open and close member (153,173 according to the operation of aforesaid operations portion (not shown); 191) above-mentioned control part (not shown) has the advantage that can be more safely the water (W) in a large amount of above-mentioned waters (7) be purified.
And, preferably be equipped with water quality detecting sensor (178) at above-mentioned sterilizing chamber (170), according to the observed value of above-mentioned water quality detecting sensor (178), control is provided to the above-mentioned open and close member (173,191) between above-mentioned sterilizing chamber (170) and above-mentioned locker room (190).
More particularly; Above-mentioned water quality detecting sensor (178) is measured and is utilized above-mentioned sterilization member (176) to carry out the water quality of the water (W) of germicidal treatment; When the water quality measurement value of the measured water (W) of above-mentioned water quality detecting sensor (178) was lower than predefined value, above-mentioned water quality detecting sensor (178) was exported to above-mentioned control part (not shown) to this signal.
Meanwhile; Above-mentioned control part (not shown) is controlled according to the signal of above-mentioned water quality detecting sensor (178) output; The open and close member (173) of above-mentioned sterilizing chamber (170) is closed, thereby make the incomplete water of germicidal treatment (W) can't flow into above-mentioned locker room (190).
Be different from this, when the water quality measurement value of the measured water (W) of above-mentioned water quality detecting sensor (178) equaled or exceeded predefined value, above-mentioned water quality detecting sensor (178) was exported to above-mentioned control part (not shown) to this signal.
And above-mentioned control part (not shown) is controlled according to the signal of above-mentioned water quality detecting sensor (178) output, and the open and close member (173,191) of above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) is opened.
Therefore; Hydraulic pressure by above-mentioned waters (7); Water (W) through the intake (112) of above-mentioned water intaking chamber (110) is fetched water can be continuously through above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150) and above-mentioned sterilizing chamber (170); Filter and germicidal treatment, be stored in above-mentioned locker room (190).
Meanwhile, above-mentioned control part (not shown) is controlled, and makes above-mentioned water pump member (30) discharge outsides such as giving public institution (9) to the filtration of storage in above-mentioned locker room (190) and the perfect water (W) of germicidal treatment.
On the other hand; Preferred above-mentioned water quality detecting sensor (178) also is provided to above-mentioned settling chamber (130), above-mentioned filtration chamber (150) and above-mentioned locker room (190) for the easier water quality of measuring the water (W) in the above-mentioned waters (7) of fetching water through the intake (112) of above-mentioned water intaking chamber (110).
As stated; Be equipped with above-mentioned water quality detecting sensor (178) at above-mentioned sterilizing chamber (170); According to the observed value of above-mentioned water quality detecting sensor (178), control is provided to the above-mentioned open and close member (173,191) between above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); Thereby having can be filtering and the water (W) in the above-mentioned waters (7) that germicidal treatment is more perfect is supplied to public institution (9) to wait the advantage of outsides.
Fig. 3 is the vertical view that briefly shows water purification portion (10) and moving passage portion (50) state.
Wherein, as shown in Figure 3, the moving passage portion (50) of the above-mentioned water purification portion (10) of preferably can coming in and going out forms in water, near ground above-mentioned waters (7), is equipped with the gangway (510) of above-mentioned moving passage portion of UNICOM (50).
As stated; The above-mentioned moving passage portion (50) of above-mentioned water purification portion (10) forms in water owing to can come in and go out; On near ground above-mentioned waters (7); Be equipped with the above-mentioned gangway (510) of above-mentioned moving passage portion of UNICOM (50), therefore, have the advantage that the operator can more easily manage, keep watch on and check above-mentioned water purification portion (10).
And; For making operator's above-mentioned sterilizing chamber (170) of can more easily coming in and going out; And can more easily confirm to have carried out the water quality condition of the water (W) of germicidal treatment through above-mentioned sterilizing chamber (170); As shown in Figure 3, the part in the next door between preferred above-mentioned sterilizing chamber (170) and the above-mentioned moving passage portion (50) is made up of chilled glass (60).
On the other hand; Be not to have only the part in the next door between above-mentioned sterilizing chamber (170) and the above-mentioned moving passage portion (50) to constitute by above-mentioned chilled glass (60); The water (W) in above-mentioned waters (7) obtains filtering and germicidal treatment through above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150) and above-mentioned sterilizing chamber (170); So; In order can more easily to manage, to keep watch on and check the process that purifies, the next door integral body between preferred above-mentioned water intaking chamber (110), above-mentioned settling chamber (130), above-mentioned filtration chamber (150) and above-mentioned sterilizing chamber (170) and the above-mentioned moving passage portion (50) be made up of above-mentioned chilled glass (60).
Simultaneously, preferably between above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) and above-mentioned moving passage portion (50), shown in Fig. 2 and 3; Form the access door (132,156,179 that the operator can come in and go out respectively; 196)
In above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); Form air inlet (130a respectively; 150a; 170a 190a), is equipped with the drainage water pumping element (70) that water (W) pressure that makes above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) middle storage is discharged to above-mentioned waters (7).
At this moment, above-mentioned access door (132,156,179,196) can be made up of the hatch door (hatch) as the gangway of boats and ships and aircraft etc., but and nonessentially is defined in this.
And, as shown in Figure 2, air inlet (130a, 150a; 170a 190a) respectively to be equipped with the state of open and close member (not shown) in the inboard, is formed at the top of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190), air injection tube (135; 158,171,196) can vertically be provided to above-mentioned air inlet (130a; 150a, 170a, 190a).
At this moment, above-mentioned air injection tube (135,158; 171; 196) as shown in Figure 2, can more easily inject the inside of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) in order to make air, preferably be equipped with to such an extent that be higher than the water surface of above-mentioned waters (7).
Bottom in above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) is respectively formed at the inboard relief outlet (134,157 that is equipped with the open and close member (not shown); 180,197), at above-mentioned relief outlet (134; 157,180,197); Can be equipped with the vent pipe (136 that is used for being discharged to the water (W) that store above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) above-mentioned waters (7) with the state of UNICOM respectively; 159,181,198).
And above-mentioned drainage water pumping element (70) can be provided to the position of the above-mentioned vent pipe (136,159,181,198) that is equipped with near the state with difference UNICOM.
More particularly; When the operator will clean the place in above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); Or will change filtering layer (115,154) etc. the time, press the ON button of aforesaid operations portion (not shown).
At this moment; Above-mentioned control part (not shown) is opened the relief outlet (134,157 that the operator will clean or change place such as filtering layer (115,154); 180; 197) the inboard above-mentioned open and close member (not shown) that is equipped with makes above-mentioned drainage water pumping element (70) force to be discharged to above-mentioned waters (7) to the water (W) that the operator will clean or change the storage of filtering layer places such as (115,154).
Meanwhile, above-mentioned control part (not shown) is opened the air inlet (130a that the operator will clean or change place such as filtering layer (115,154); 150a, 170a, 190a) the inboard above-mentioned open and close member (not shown) that is equipped with; Make air outside through being equipped with to such an extent that be higher than the above-mentioned air injection tube (135,158,171 of above-mentioned waters (7) water surface; 196), flow into the inside that the operator will clean or change places such as filtering layer (115,154).
Therefore; The inner air that pumping pressure through making above-mentioned drainage water pumping element (70) and operator will clean or change place such as filtering layer (115,154) is pressed identical, when above-mentioned drainage water pumping element (70) is forced drainage water (W); Load can not take place, and more successfully forces to be discharged to above-mentioned waters (7).
When the water (W) that will clean or change filtering layer places such as (115,154) storage as the operator was all forced to be discharged to above-mentioned waters (7), the operator pressed the OFF button of aforesaid operations portion (not shown).
At this moment; Above-mentioned control part (not shown) is closed the operator will clean or change filtering layer (115; The relief outlet (134,157,180 at place such as 154); 197) the inboard above-mentioned open and close member (not shown) that is equipped with prevents that the water (W) that above-mentioned drainage water pumping element (70) is forced to discharge to above-mentioned waters (7) from adverse current taking place.
Meanwhile, above-mentioned control part (not shown) is opened the access door (132,156,179,196) that the operator will clean or change place such as filtering layer (115,154), and the operator can be come in and gone out.
And, open the air inlet (130a that the operator will clean or change place such as filtering layer (115,154); 150a, 170a, 190a) the inboard above-mentioned open and close member (not shown) that is equipped with; Thereby can inject air, finish up to cleaning or filtering layer (115,154) replacing.
At this moment, at above-mentioned air inlet (130a, 150a; 170a; 190a), can be equipped with the other pressurized air that air etc. can injecting compressed air and inject the member (not shown), inject the member (not shown) at above-mentioned pressurized air; Be equipped with the other cleaning member (not shown) that spray gun etc. can injecting condensed air, so as to make the operator can be more totally, cleaning more successfully.
Wherein, The relief outlet (134) of preferred above-mentioned settling chamber (130) is equipped with a plurality of in the bottom of above-mentioned settling chamber (130); Inboard at above-mentioned a plurality of relief outlets (134); Be equipped with above-mentioned open and close member (not shown) respectively, at above-mentioned a plurality of relief outlets (134), each above-mentioned vent pipe (136) is equipped with the state of UNICOM.
When the foreign matter (8) that contains in the water (W) that has carried out the pre-treatment filtration through above-mentioned pre-treatment filtration member (114) is deposited in the inside of above-mentioned settling chamber (130); For making above-mentioned foreign matter (8) be discharged to above-mentioned waters (7), the operator presses the ON button of aforesaid operations portion (not shown).
At this moment; Above-mentioned control part (not shown) is opened and is provided to the inboard above-mentioned open and close member (not shown) of above-mentioned a plurality of relief outlet (134) respectively; When above-mentioned drainage water pumping element (70) is discharged to above-mentioned waters (7) with above-mentioned foreign matter (8), makes and filter member (114) through above-mentioned pre-treatment and carried out water (W) that pre-treatment filters and can flow into above-mentioned settling chamber (130) again by the hydraulic pressure of above-mentioned waters (7).
On the other hand; Open in the water quality measurement value that the water quality detecting sensor (not shown) of water quality detecting sensor (178) and above-mentioned locker room (190) of the water quality detecting sensor (not shown) of above-mentioned settling chamber (130), the water quality detecting sensor (not shown) of above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) measures; Observed value is lower than the relief outlet (134 of water (W) the institute depository of predefined observed value water quality value; 157,180,197) the inboard above-mentioned open and close member (not shown) that is equipped with; Meanwhile; Above-mentioned drainage water pumping element (70) is discharged to above-mentioned waters (7) with it pressure, or is forced into above-mentioned water intaking chamber (110), thereby can refilter and germicidal treatment again.
In sum; Owing between above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) and above-mentioned moving passage portion (50), be equipped with the above-mentioned access door (510) that the operator can come in and go out respectively; Therefore; The operator can more easily carry out management, supervision and the inspection of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); Owing in above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190), form above-mentioned air inlet (130a respectively; 150a; 170a 190a), is equipped with the above-mentioned drainage water pumping element (70) that water (W) pressure that makes above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) middle storage is discharged to above-mentioned waters (7); Therefore, has the advantage that above-mentioned drainage water pumping element (70) can more successfully be forced the water (W) of storage in above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) to be discharged to above-mentioned waters (7).
Wherein, As shown in Figure 3, preferably in the inside of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190), be equipped with the photographic camera member (137 of the water quality of the water (W) of taking above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) middle storage in real time; 160; 182,199)
Between above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) and above-mentioned moving passage portion (50), also be equipped with computer component (80), receive above-mentioned photographic camera member (137; 160,182,199) image of taking; After comparing interpretation with the water quality value of predefined water (W), with the above-mentioned photographic camera member (137,160 of voice broadcast; The water quality degree of the water of 182,199) taking (W).
Simultaneously; Openings (114b) at the bracing member (114a) of above-mentioned pre-treatment filtration portion (114) is equipped with the open and close member (not shown); Water in the above-mentioned waters (7) that is arranged in the place ahead, above-mentioned water intaking chamber (110) can also be equipped with a plurality of water quality detecting sensor (not shown)s of the water quality of measuring above-mentioned waters (7) and a plurality of photographic camera member (not shown)s of taking the turbidity in above-mentioned waters (7) in real time.
When the observed value of the water quality in the above-mentioned waters (7) that above-mentioned a plurality of water quality detecting sensor (not shown)s are measured is lower than predefined water quality value; Above-mentioned control part (not shown) is according to the signal of above-mentioned water quality detecting sensor (not shown) output; Close above-mentioned open and close member (not shown), the water (W) of above-mentioned waters (7) can not be fetched water through above-mentioned intake (110).
Different with it; When the observed value of the water quality in the above-mentioned waters (7) that above-mentioned a plurality of water quality detecting sensor (not shown)s are measured equals or exceeds predefined water quality value; Above-mentioned control part (not shown) is according to the signal of above-mentioned water quality detecting sensor (not shown) output; Open above-mentioned open and close member (not shown), the water (W) that makes above-mentioned waters (7) is through above-mentioned intake (110) water intaking.
And; When the image of above-mentioned waters (7) turbidity of taking when above-mentioned a plurality of photographic camera member (not shown)s is more muddy than predefined above-mentioned waters (7) turbidity; Above-mentioned control part (not shown) is closed above-mentioned open and close member (not shown), and the water (W) of above-mentioned waters (7) can not be fetched water through above-mentioned intake (110).
Different with it; The image of above-mentioned waters (7) turbidity of taking when above-mentioned a plurality of photographic camera member (not shown)s is identical with the turbidity in predefined above-mentioned waters (7) or more clearly the time; Above-mentioned control part (not shown) is opened above-mentioned open and close member (not shown), and the water (W) that makes above-mentioned waters (7) is through above-mentioned intake (110) water intaking.
As stated; Above-mentioned water purification portion of the present invention (10) forms in water; With from the bottom surface (7a) in the above-mentioned waters (7) that comprises river, rivers, water reservoir and reservoir to above-mentioned intake (112) UNICOM that the set degree of depth of earth drilling forms; To purifying by the hydraulic pressure of above-mentioned waters (7), the water (W) of fetching water through above-mentioned intake (112), therefore, in the process that water (W) is purified; The worry that does not only have water (W) to be polluted by pollution substances such as yellow sand and phenol; And need not use water (W) is purified the required other energy and medicine, can improve efficient utilization, operation and the management on territory, thereby reduce carbon emission, economize on resources, protect the ecosystem and improve water quality; Not only can with season irrespectively all the time supply temperature be 15 ℃ water (W), and have the advantage that does not receive water (W) is purified required space constraints.
The industrial utilization possibility
As stated; Above-mentioned water purification portion of the present invention (10) forms in water; With from the bottom surface (7a) in the above-mentioned waters (7) that comprises river, rivers, water reservoir and reservoir to above-mentioned intake (112) UNICOM that the set degree of depth of earth drilling forms; To purifying by the hydraulic pressure of above-mentioned waters (7), the water (W) of fetching water through above-mentioned intake (112), therefore, in the process that water (W) is purified; The worry that does not only have water (W) to be polluted by pollution substances such as yellow sand and phenol; And need not use water (W) is purified the required other energy and medicine, can improve efficient utilization and the operation and the management on territory, thereby reduce carbon emission, economize on resources, protect the ecosystem and improve water quality; Not only can with season irrespectively all the time supply temperature be 15 ℃ water (W), and have the advantage that does not receive water (W) is purified required space constraints.
And; Because above-mentioned water purification portion comprises water intaking chamber, settling chamber, filtration chamber, sterilizing chamber and locker room and constitutes; So, can therefore have the effect that can obtain cleaner tap water more easily to purifying by the hydraulic pressure in above-mentioned waters, the water of fetching water through above-mentioned water intaking chamber.
Simultaneously, because that above-mentioned water intaking chamber is equipped with is a plurality of, has and to fetch water and to carry out purification effects simultaneously the water in the above-mentioned waters of volume more.
In addition, because the outfit of above-mentioned locker room is a plurality of, has and to store the effect of having carried out a large amount of water of filtration and germicidal treatment through above-mentioned water intaking chamber, above-mentioned settling chamber, above-mentioned filtration chamber and above-mentioned sterilizing chamber.
And, because in above-mentioned filtration chamber, the passage that forms respectively of above-mentioned sterilizing chamber and above-mentioned locker room is equipped with open and close member, has the effect that the operator could clean and change filtering layer, sterilization member etc. more easily.
Simultaneously; The moving passage portion of above-mentioned water purification portion forms in water owing to can come in and go out; Ground is equipped with the gangway of UNICOM of above-mentioned moving passage portion near above-mentioned waters, therefore, has the effect that the operator can be more easily manages, keeps watch on and check above-mentioned water purification portion.
Moreover; Owing between above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and above-mentioned locker room and above-mentioned moving passage portion, be equipped with the access door that the operator can come in and go out respectively; Therefore; Has the effect that the operator can more easily carry out management, supervision and the inspection of above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and above-mentioned locker room; Owing in above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and above-mentioned locker room, form the air inlet respectively; Outfit makes the water of storing in above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and the above-mentioned locker room force to be discharged to the drainage water pumping element in above-mentioned waters, therefore, has the effect that above-mentioned drainage water pumping element can more successfully be forced the water of storing in above-mentioned settling chamber, above-mentioned filtration chamber, above-mentioned sterilizing chamber and the above-mentioned locker room to be discharged to above-mentioned waters.
And then; Because the part in the next door between above-mentioned sterilizing chamber and the above-mentioned moving passage portion is made up of chilled glass; So the effect that has is; Operator's above-mentioned sterilizing chamber of can more easily coming in and going out not only, and can more easily confirm to have carried out the water quality condition of the water of germicidal treatment through above-mentioned sterilizing chamber.
And; Because the control part that is equipped with the operating portion of above-mentioned water pump member of operation and above-mentioned open and close member and above-mentioned water pump member and above-mentioned open and close member is controlled according to the operation of aforesaid operations portion; Therefore, has the effect that can more safely purify the water in a large amount of above-mentioned waters.
In addition; Owing to possess the water quality detecting sensor at above-mentioned sterilizing chamber; Observed value according to above-mentioned water quality detecting sensor; Control the open and close member that is equipped with between above-mentioned sterilizing chamber and the above-mentioned locker room, therefore, have and to be supplied to outside effects such as public institution to the water that filters and germicidal treatment gets more perfect above-mentioned waters.
Claims (6)
1. underground purified water treatment device in the water is characterized in that,
Comprise: water purification portion (10); Possesses the intake (112) that forms to the set degree of depth of earth drilling from the bottom surface, waters (7) (7a) that comprises river, rivers, water reservoir and reservoir; Form in water with above-mentioned intake (112) UNICOM ground, to carrying out water purification by the hydraulic pressure of above-mentioned waters (7), the water (W) of fetching water through above-mentioned intake (112); The water pump member makes the water (W) that purifies through above-mentioned water purification portion (10) be discharged to the outside;
Wherein, Above-mentioned water purification portion (10) comprising: water intaking chamber (110), pre-treatment filtration portion (114) formation of being carried out the pre-treatment filtration by the intake (112) that forms to the set degree of depth of earth drilling from the bottom surface (7a) of above-mentioned waters (7) with the bottom that is provided to above-mentioned intake (112) and to the water (W) through above-mentioned intake (112) inflow; Settling chamber (130) is provided to the bottom of above-mentioned water intaking chamber (110), makes through above-mentioned pre-treatment filtration portion (114) to have carried out foreign matter (8) deposition that contains in the water (W) that pre-treatment filters; Filtration chamber (150) forms the passage (152) that supplies to have been removed by above-mentioned settling chamber (130) water (W) inflow of foreign matter (8) in the bottom, and the foreign matter (8) that in upside is equipped with the water (W) that flows into, contains carries out filtering filtering layer (154); Sterilizing chamber (170) forms the passage (172) that supplies to have been filtered by the filtering layer of above-mentioned filtration chamber (150) (154) water (W) inflow of foreign matter (8) on top, possesses the sterilization member (176) that the water (W) that flows into is carried out germicidal treatment; Locker room (190) forms the passage (192) that supplies by the germ-resistant water of above-mentioned sterilizing chamber (170) (W) inflow, the water (W) that storage flows into through above-mentioned passage (192) in the bottom;
Simultaneously, the moving passage portion (50) of the above-mentioned water purification portion (10) of can coming in and going out forms in water, between above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) and above-mentioned moving passage portion (50), forms the access door (132 that the operator can come in and go out respectively; 156,179,196), in above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); Form respectively the air inlet (130a, 150a, 170a, 190a); Possess and make the water (W) of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) middle storage force to be discharged to the drainage water pumping element (70) in above-mentioned waters (7), above-mentioned air inlet (130a, 150a, 170a; 190a) be formed at the top of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) with the state that is equipped with open and close member in the inboard, at above-mentioned air inlet (130a, 150a, 170a; 190a), be higher than water surface ground, above-mentioned waters (7) and vertically be equipped with air injection tube (135,158,171; 196), the inboard relief outlet (134,157 that is equipped with open and close member is respectively formed at the bottom in above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190); 180,197), at above-mentioned relief outlet (134; 157,180,197); Be equipped with the vent pipe (136,159,181 that the water (W) that is used for making above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) to store is discharged to above-mentioned waters (7) with the state of UNICOM respectively; 198), at the passage (152,172 that forms in above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) respectively; 192) go up outfit open and close member (153,173,191); Possess operating portion that above-mentioned water pump member (30) and above-mentioned open and close member (153,173,191) are operated and control above-mentioned water pump member (30) and above-mentioned open and close member (153 according to the operation of aforesaid operations portion; 173,191) control part is equipped with water quality detecting sensor (178) in above-mentioned sterilizing chamber (170); According to the observed value of above-mentioned water quality detecting sensor (178), control the open and close member (173,191) that is equipped with between above-mentioned sterilizing chamber (170) and above-mentioned locker room (190).
2. underground purified water treatment device in the water according to claim 1 is characterized in that:
Above-mentioned water intaking chamber (110) is equipped with a plurality of.
3. underground purified water treatment device in the water according to claim 1 is characterized in that:
Above-mentioned locker room (190) is equipped with a plurality of.
4. underground purified water treatment device in the water according to claim 1 is characterized in that:
Near the gangway (510) of ground outfit and UNICOM of above-mentioned moving passage portion (50) above-mentioned waters (7).
5. underground purified water treatment device in the water according to claim 1 is characterized in that:
The part in the next door between above-mentioned sterilizing chamber (170) and the above-mentioned moving passage portion (50) is made up of chilled glass (60).
6. underground purified water treatment device in the water according to claim 1 is characterized in that possessing:
The photographic camera member, the water quality of taking the water (W) of above-mentioned settling chamber (130), above-mentioned filtration chamber (150), above-mentioned sterilizing chamber (170) and above-mentioned locker room (190) middle storage; Computer component (80) receives above-mentioned photographic camera member (137,160,182; 199) image of taking, compare interpretation with predefined water (W) water quality value after, with the above-mentioned photographic camera member (137 of voice broadcast; The water quality degree of the water of 160,182,199) taking (W).
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020090091746A KR100993164B1 (en) | 2009-09-28 | 2009-09-28 | Underwater below clean water control equipment |
| KR10-2009-0091746 | 2009-09-28 | ||
| PCT/KR2010/006523 WO2011037422A2 (en) | 2009-09-28 | 2010-09-25 | Water treatment device for underground water |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102574701A true CN102574701A (en) | 2012-07-11 |
| CN102574701B CN102574701B (en) | 2014-10-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201080043179.9A Expired - Fee Related CN102574701B (en) | 2009-09-28 | 2010-09-25 | Water treatment device for underground water |
Country Status (3)
| Country | Link |
|---|---|
| KR (1) | KR100993164B1 (en) |
| CN (1) | CN102574701B (en) |
| WO (1) | WO2011037422A2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2621268C1 (en) * | 2016-06-20 | 2017-06-01 | Федеральное государственное бюджетное образовательное учреждение высшего профессионального образования "Кубанский государственный аграрный университет" | Device for regulation of fresh water reserves |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102046806B1 (en) | 2018-09-17 | 2019-12-02 | (주)위 에너지 | Coanda system that can be cleaned with brush by receiving solar power and operation method using it |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003041631A (en) * | 2001-08-02 | 2003-02-13 | Shimizu Corp | Water-storage cavity system |
| CN2727141Y (en) * | 2004-09-27 | 2005-09-21 | 薛增亮 | Domestic reusing tank for treating sewage |
| US20060191845A1 (en) * | 2005-02-25 | 2006-08-31 | Chris Haudenschild | Method and system for purifying water |
| CN101239754A (en) * | 2007-08-27 | 2008-08-13 | 北京能拓高科技有限公司 | System for processing domestic sewage according to water quality |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR200304931Y1 (en) * | 2002-08-29 | 2003-02-19 | 정충혁 | Small Drinking Water Treatment Equipment |
-
2009
- 2009-09-28 KR KR1020090091746A patent/KR100993164B1/en active IP Right Grant
-
2010
- 2010-09-25 CN CN201080043179.9A patent/CN102574701B/en not_active Expired - Fee Related
- 2010-09-25 WO PCT/KR2010/006523 patent/WO2011037422A2/en active Application Filing
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003041631A (en) * | 2001-08-02 | 2003-02-13 | Shimizu Corp | Water-storage cavity system |
| CN2727141Y (en) * | 2004-09-27 | 2005-09-21 | 薛增亮 | Domestic reusing tank for treating sewage |
| US20060191845A1 (en) * | 2005-02-25 | 2006-08-31 | Chris Haudenschild | Method and system for purifying water |
| CN101239754A (en) * | 2007-08-27 | 2008-08-13 | 北京能拓高科技有限公司 | System for processing domestic sewage according to water quality |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2621268C1 (en) * | 2016-06-20 | 2017-06-01 | Федеральное государственное бюджетное образовательное учреждение высшего профессионального образования "Кубанский государственный аграрный университет" | Device for regulation of fresh water reserves |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102574701B (en) | 2014-10-08 |
| WO2011037422A2 (en) | 2011-03-31 |
| KR100993164B1 (en) | 2010-11-09 |
| WO2011037422A3 (en) | 2011-08-04 |
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