CN205442750U - Siphon backwash formula integration water purification unit - Google Patents
Siphon backwash formula integration water purification unit Download PDFInfo
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- CN205442750U CN205442750U CN201620010818.6U CN201620010818U CN205442750U CN 205442750 U CN205442750 U CN 205442750U CN 201620010818 U CN201620010818 U CN 201620010818U CN 205442750 U CN205442750 U CN 205442750U
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Abstract
The utility model relates to a siphon backwash formula integration water purification unit, including settling zone, filtering area and flocculation district, flocculation district, settling zone and filtering area correspond each other and connect, the filtering area includes filter material chamber and siphon backwash mechanism, sets up siphon backwash mechanism, carries out self - cleaning to the filter chamber, rinse comparatively timely, without the people for rinsing control, degree of automation is higher, set up the exhaust tube in the siphon backwash mechanism, carry out the siphon and destroy, thereby the doping bubble forms the interrupted formula siphon of high -frequency in making the body to stir and make muddy the accumulation horizon and make the cleaning efficiency higher, wash more thoroughly.
Description
Technical field
This utility model relates to a kind of effluent treatment plant, is specifically related to a kind of siphon reversely-washing integrative water purifying device.
Background technology
Along with society is to environment and the continuous attention of resource, the use of purifier also gets more and more, need when sewage is filtered by purifier to carry out flocculant, sewage contains gel or flocculate when entering filter chamber, easily being formed on filter course when filtering and pile up, easily block filter chamber when accumulation horizon is too much, existing equipment is the most convenient to the cleaning of filter chamber, cleaning performance is poor, and cleaning efficiency is not high enough.
Utility model content
In order to solve the problems referred to above, it is provided that a kind of water purifying device being capable of filter chamber self-cleaning, this utility model devises a kind of siphon reversely-washing integrative water purifying device.
Concrete technology contents of the present utility model is: a kind of siphon reversely-washing integrative water purifying device, and including settling zone, filtering area and flocculation zone, flocculation zone, settling zone and filtering area are mutually corresponding to be connected；Flocculation zone is by lateral through aperture connection settling zone inner chamber, and its sidewall is provided with water inlet pipe；
Inner chamber top, settling zone is provided with inclined plate packing, and bottom is connected by sludge collecting board precipitation discharge pipeline；Along being provided with several downflow weirs on settling zone sidewall, downflow weir is connected to inside filtering area by U-tube, and filtering area sidewall is provided with outlet pipe；
Filtering area includes filter material chamber and siphon backwashing mechanism, filter material chamber is arranged in the middle part of the cavity of filtering area, described U-tube stretches into filter material chamber, and siphon backwashing mechanism is vertically provided at filtering area sidepiece, siphon tedge, siphon down-comer and the exhaust tube being mutually socketed including ecto-entad；Siphon tedge upper end is closed state, and lower end is sealedly connected on siphon down-comer sidewall, and siphon tedge connects filter material chamber cavity by siphon；Siphon down-comer upper end is placed in siphon tedge inner chamber, and blowdown intracavity is stretched in lower end；Exhaust tube lower end is stretched out outside the sidewall of siphon down-comer lower end, and upper end is stretched in the cavity of filtering area through siphon tedge sidewall and siphon down-comer sidewall, is provided through the connecting tube that siphon down-comer sidewall is interconnected with siphon tedge inner chamber in the middle part of exhaust tube.
Sludge collecting board cross section, settling zone is V-arrangement, and precipitation discharge pipeline top side wall is provided with the spoil disposal seam the most corresponding with it, and sludge collecting board both sides sidewall correspondence is connected to spoil disposal seam both sides；Spoil disposal seam length is corresponding with settling zone width, and spoil disposal seam width is 30mm.
Flocculation zone includes the first flocculation chamber, the second flocculation chamber and the 3rd flocculation chamber being arranged side by side, and three flocculation chambeies are interconnected, and described flocculation intracavity portion is equipped with Flocculent plate, and bottom is provided with flocculation discharge pipeline；First flocculation chamber sidewall is provided with water inlet pipe, the 3rd lateral through aperture connection settling zone, flocculation chamber inner chamber；Flocculation intracavity is provided with the Flocculent plate that two width match with its inner chamber, and two Flocculent plates are connected respectively on flocculation upper and lower end face, chamber, leave gap between two Flocculent plate front of motors and its corresponding flocculation resonator end surface；First flocculation chamber and the second flocculation intracavity portion Flocculent plate are flap, and the 3rd flocculation intracavity portion Flocculent plate is straight plate.
Further, passing through to arrange connection breach on two adjacent flocculation chamber sidewalls makes current at flocculation intracavity Tortuous flow, described breach is separately positioned on the both sides sidewall that flocculation chamber is mutually corresponding, and two the most corresponding connection breach projections on same sidewall are about this sidewall centrosymmetry;Flocculation discharge pipeline sidewall is evenly distributed with mudhole.
Being equipped with manhole on settling zone, filtering area and flocculation zone sidewall, settling zone sidewall is additionally provided with evacuated tube；Exhaust tube upper end is connected in the cavity of filtering area by reducer union, and described reducer union diameter is more than exhaust tube, and sidewall is provided with steam vent；Along being provided with horizontal ripple mill weir on settling zone, ripple mill weir indentations bottom is less than downflow weir minimum point.
In filter material chamber, filtrate is quartz sand, and the dividing plate being provided with through hole is arranged on bottom filter material chamber, is equipped with filter cap in bulkhead through-hole；In the middle part of U-tube bottom body embedment filter material chamber in filtrate, water side is placed in filter material chamber cavity；Filter material chamber is provided around connecting the water stream channel of filter material chamber upper and lower filtering area cavity；By being connected in filter material chamber cavity；Siphon is L-shaped, and siphon one end is connected under siphon tedge sidewall along and connects its inner chamber, and the other end points to filtrate upper surface.
Advantageous Effects of the present utility model is: arranges siphon backwashing mechanism, automatically cleans filter chamber, cleans more timely, need not artificially be carried out controlling, and automaticity is higher；In siphon backwashing mechanism, exhaust tube is set, carries out siphon destructive, make body interior doping blister thus form altofrequency intermittent type siphon, thus stir and make muddy accumulation horizon and make cleaning efficiency higher, clean the most thorough.
Accompanying drawing explanation
Accompanying drawing 1 is this device front view；
Accompanying drawing 2 is this device top view；
Accompanying drawing 3 be in accompanying drawing 1 C-C to sectional view；
Accompanying drawing 4 be in accompanying drawing 2 A-A to sectional view；
Accompanying drawing 5 is this device left view；
Accompanying drawing 6 be in accompanying drawing 2 B-B to sectional view；
Accompanying drawing 7 is flocculation zone top view；
Accompanying drawing 8 be in accompanying drawing 7 1-1 to sectional view；
Accompanying drawing 9 be in accompanying drawing 7 2-2 to sectional view；
Accompanying drawing 10 be in accompanying drawing 7 3-3 to sectional view；
Accompanying drawing 11 is siphon backwashing mechanism structural representation；
Accompanying drawing 12 is reducer union enlarged drawing in accompanying drawing 11；
Accompanying drawing 13 is ripple mill weir schematic diagram of mechanism；
Accompanying drawing 14 is flocculation discharge pipeline schematic diagram of mechanism.
In figure, 1 is settling zone, 2 is flocculation zone, 3 is filtering area, 4 is inclined plate packing, 5 is downflow weir, 6 is precipitation discharge pipeline, 7 is outlet pipe, 8 is manhole, 9 is water inlet pipe, 10 is siphon tedge, 11 is sludge collecting board, 12 is flocculation discharge pipeline, 13 is blowdown chamber, 14 is siphon down-comer, 15 is exhaust tube, 16 is evacuated tube, 17 is U-tube, 18 is filtrate, 19 is siphon, 20 is reducer union, 21 is ripple mill weir, 201 is the first flocculation chamber, 202 is the second flocculation chamber, 203 is the 3rd flocculation chamber, 204 is flocculation flap, 205 is the straight plate that flocculates, 206 is flocculation chamber connection breach.
Detailed description of the invention
1 one kinds of siphon reversely-washing integrative water purifying devices of embodiment, see accompanying drawing 1-6,11: include settling zone 1, filtering area 3 and flocculation zone 2, flocculation zone 2, settling zone 1 and filtering area 3 is the most corresponding connects；Flocculation zone 2 is by lateral through aperture connection settling zone 1 inner chamber, and its sidewall is provided with water inlet pipe 9；
Inner chamber top, settling zone 1 is provided with inclined plate packing 4, and bottom is connected by sludge collecting board 11 precipitation discharge pipeline 6；Along being provided with several downflow weirs 5 on settling zone 1 sidewall, it is internal that downflow weir 5 is connected to filtering area 3 by U-tube 17, and filtering area 3 sidewall is provided with outlet pipe 7；
Filtering area 3 includes filter material chamber and siphon backwashing mechanism, filter material chamber is arranged in the middle part of the cavity of filtering area 3, described U-tube 17 stretches into filter material chamber, and siphon backwashing mechanism is vertically provided at filtering area 3 sidepiece, siphon tedge 10, siphon down-comer 14 and the exhaust tube 15 being mutually socketed including ecto-entad；Siphon tedge 10 upper end is closed state, and lower end is sealedly connected on siphon down-comer 14 sidewall, and siphon tedge 10 connects filter material chamber cavity by siphon 19；Siphon down-comer 14 upper end is placed in siphon tedge 10 inner chamber, and lower end is stretched in blowdown chamber 13；Exhaust tube 15 lower end is stretched out outside the sidewall of siphon down-comer 14 lower end, upper end is stretched in the cavity of filtering area 3 through siphon tedge 10 sidewall and siphon down-comer 14 sidewall, is provided through the connecting tube that siphon down-comer 14 sidewall is interconnected with siphon tedge 10 inner chamber in the middle part of exhaust tube 15.
Arranging siphon backwashing mechanism, automatically clean filter chamber, clean more timely, need not artificially be carried out controlling, automaticity is higher；Exhaust tube 15 is set in siphon backwashing mechanism, carries out siphon destructive, make body interior doping blister thus form altofrequency intermittent type siphon, thus stir and make muddy accumulation horizon and make cleaning efficiency higher, clean the most thorough.
2 one kinds of siphon reversely-washing integrative water purifying devices of embodiment, see accompanying drawing 1-11,14: include settling zone 1, filtering area 3 and flocculation zone 2, flocculation zone 2, settling zone 1 and filtering area 3 is the most corresponding connects；Flocculation zone 2 is by lateral through aperture connection settling zone 1 inner chamber, and its sidewall is provided with water inlet pipe 9；
Inner chamber top, settling zone 1 is provided with inclined plate packing 4, and bottom is connected by sludge collecting board 11 precipitation discharge pipeline 6；Along being provided with several downflow weirs 5 on settling zone 1 sidewall, it is internal that downflow weir 5 is connected to filtering area 3 by U-tube 17, and filtering area 3 sidewall is provided with outlet pipe 7；
Filtering area 3 includes filter material chamber and siphon backwashing mechanism, filter material chamber is arranged in the middle part of the cavity of filtering area 3, described U-tube 17 stretches into filter material chamber, and siphon backwashing mechanism is vertically provided at filtering area 3 sidepiece, siphon tedge 10, siphon down-comer 14 and the exhaust tube 15 being mutually socketed including ecto-entad；Siphon tedge 10 upper end is closed state, and lower end is sealedly connected on siphon down-comer 14 sidewall, and siphon tedge 10 connects filter material chamber cavity by siphon 19；Siphon down-comer 14 upper end is placed in siphon tedge 10 inner chamber, and lower end is stretched in blowdown chamber 13；Exhaust tube 15 lower end is stretched out outside the sidewall of siphon down-comer 14 lower end, upper end is stretched in the cavity of filtering area 3 through siphon tedge 10 sidewall and siphon down-comer 14 sidewall, is provided through the connecting tube that siphon down-comer 14 sidewall is interconnected with siphon tedge 10 inner chamber in the middle part of exhaust tube 15.
Arranging siphon backwashing mechanism, automatically clean filter chamber, clean more timely, need not artificially be carried out controlling, automaticity is higher；Exhaust tube 15 is set in siphon backwashing mechanism, carries out siphon destructive, make body interior doping blister thus form altofrequency intermittent type siphon, thus stir and make muddy accumulation horizon and make cleaning efficiency higher, clean the most thorough.
Sludge collecting board 11 cross section, settling zone 1 is V-arrangement, and precipitation discharge pipeline 6 top side wall is provided with the spoil disposal seam the most corresponding with it, and sludge collecting board 11 both sides sidewall correspondence is connected to spoil disposal seam both sides；Spoil disposal seam length is corresponding with settling zone 1 width, and spoil disposal seam width is 30mm.
Arranging the spoil disposal seam corresponding with sludge collecting board 11, settling zone 1 spoil disposal is in hgher efficiency, and spoil disposal is more smoothly, and displacement required during spoil disposal is less.
Flocculation zone 2 includes the first the 201, second flocculation chamber, flocculation chamber 202 and the 3rd flocculation chamber 203 being arranged side by side, and three flocculation chambeies are interconnected, and described flocculation intracavity portion is equipped with Flocculent plate, and bottom is provided with flocculation discharge pipeline 12；First flocculation chamber 201 sidewall is provided with water inlet pipe 9, the 3rd lateral through aperture connection settling zone 1, flocculation chamber 203 inner chamber；Flocculation intracavity is provided with the Flocculent plate that two width match with its inner chamber, and two Flocculent plates are connected respectively on flocculation upper and lower end face, chamber, leave gap between two Flocculent plate front of motors and its corresponding flocculation resonator end surface；First flocculation chamber 201 and the second internal Flocculent plate in flocculation chamber 202 are flap 204, and the 3rd internal Flocculent plate in flocculation chamber 203 is straight plate 205.
Passing through to arrange connection breach 206 on two adjacent flocculation chamber sidewalls makes current at flocculation intracavity Tortuous flow, described breach is separately positioned on the both sides sidewall that flocculation chamber is mutually corresponding, and two the most corresponding connection breach 206 projections on same sidewall are about this sidewall centrosymmetry；Flocculation discharge pipeline 12 sidewall is evenly distributed with mudhole.
Current, at flocculation intracavity Tortuous flow, make flow rate of water flow slower, add the sewage holdup time at flocculation intracavity, improve the flocculating effect of sewage；Spoil disposal flocculation pipe is set, it is simple to discharge flocculate precipitate.
3 one kinds of siphon reversely-washing integrative water purifying devices of embodiment, see accompanying drawing 1-14: include settling zone 1, filtering area 3 and flocculation zone 2, flocculation zone 2, the most corresponding connection in settling zone 1 and filtering area 3；Flocculation zone 2 is by lateral through aperture connection settling zone 1 inner chamber, and its sidewall is provided with water inlet pipe 9；
Inner chamber top, settling zone 1 is provided with inclined plate packing 4, and bottom is connected by sludge collecting board 11 precipitation discharge pipeline 6；Along being provided with several downflow weirs 5 on settling zone 1 sidewall, it is internal that downflow weir 5 is connected to filtering area 3 by U-tube 17；
Filtering area 3 includes filter material chamber and siphon backwashing mechanism, and filter material chamber is arranged in the middle part of the cavity of filtering area 3, and described U-tube 17 stretches into filter material chamber, and in the middle part of U-tube 17 bottom body embedment filter material chamber in filtrate 18, water side is placed in filter material chamber cavity；Filter material chamber is provided around connecting the water stream channel of filter material chamber upper and lower filtering area 3 cavity, and filtering area 3 sidewall is provided with outlet pipe 7；Siphon backwashing mechanism is vertically provided at filtering area 3 sidepiece, siphon tedge 10, siphon down-comer 14 and the exhaust tube 15 being mutually socketed including ecto-entad；Siphon tedge 10 upper end is closed state, and lower end is sealedly connected on siphon down-comer 14 sidewall, along being connected in filter material chamber cavity by siphon 19 under siphon tedge 10 sidewall；Siphon down-comer 14 upper end is placed in siphon tedge 10 inner chamber, and lower end is stretched in blowdown chamber 13；Exhaust tube 15 lower end is stretched out outside the sidewall of siphon down-comer 14 lower end, upper end is stretched in the cavity of filtering area 3 through siphon tedge 10 sidewall and siphon down-comer 14 sidewall, is provided through the connecting tube that siphon down-comer 14 sidewall is interconnected with siphon tedge 10 inner chamber in the middle part of exhaust tube 15.
Arranging siphon backwashing mechanism, automatically clean filter chamber, clean more timely, need not artificially be carried out controlling, automaticity is higher；Exhaust tube 15 is set in siphon backwashing mechanism, carries out siphon destructive, make body interior doping blister thus form altofrequency intermittent type siphon, thus stir and make muddy accumulation horizon and make cleaning efficiency higher, clean the most thorough.
Sludge collecting board 11 cross section, settling zone 1 is V-arrangement, and precipitation discharge pipeline 6 top side wall is provided with the spoil disposal seam the most corresponding with it, and sludge collecting board 11 both sides sidewall correspondence is connected to spoil disposal seam both sides；Spoil disposal seam length is corresponding with settling zone 1 width, and spoil disposal seam width is 30mm.
Arranging the spoil disposal seam corresponding with sludge collecting board 11, settling zone 1 spoil disposal is in hgher efficiency, and spoil disposal is more smoothly, and displacement required during spoil disposal is less.
Flocculation zone 2 includes the first the 201, second flocculation chamber, flocculation chamber 202 and the 3rd flocculation chamber 203 being arranged side by side, and three flocculation chambeies are interconnected, and described flocculation intracavity portion is equipped with Flocculent plate, and bottom is provided with flocculation discharge pipeline 12；First flocculation chamber 201 sidewall is provided with water inlet pipe 9, the 3rd lateral through aperture connection settling zone 1, flocculation chamber 203 inner chamber；Flocculation intracavity is provided with the Flocculent plate that two width match with its inner chamber, and two Flocculent plates are connected respectively on flocculation upper and lower end face, chamber, leave gap between two Flocculent plate front of motors and its corresponding flocculation resonator end surface；First flocculation chamber 201 and the second internal Flocculent plate in flocculation chamber 202 are flap 204, and the 3rd internal Flocculent plate in flocculation chamber 203 is straight plate 205.
Passing through to arrange connection breach on two adjacent flocculation chamber sidewalls makes current at flocculation intracavity Tortuous flow, described breach is separately positioned on the both sides sidewall that flocculation chamber is mutually corresponding, and two the most corresponding connection breach projections on same sidewall are about this sidewall centrosymmetry；Flocculation discharge pipeline 12 sidewall is evenly distributed with mudhole.
Current, at flocculation intracavity Tortuous flow, make flow rate of water flow slower, add the sewage holdup time at flocculation intracavity, improve the flocculating effect of sewage；Spoil disposal flocculation pipe is set, it is simple to discharge flocculate precipitate.
Being equipped with manhole 8 on settling zone 1, filtering area 3 and flocculation zone 2 sidewall, settling zone 1 sidewall is additionally provided with evacuated tube 16；Exhaust tube 15 upper end is connected in the cavity of filtering area 3 by reducer union 20, and described reducer union 20 diameter is more than exhaust tube 15, and sidewall is provided with steam vent；Along being provided with horizontal ripple mill weir 21 on settling zone 1, ripple mill weir 21 indentations bottom is less than downflow weir 5 minimum point.Arranging manhole 8 to be easy to overhaul device interior, exhaust tube 15 end arranges reducer union 20, makes gas discharge more smoothly.
Specifically, in filter material chamber, filtrate 18 is quartz sand, and the dividing plate being provided with through hole is arranged on bottom filter material chamber, is equipped with filter cap in bulkhead through-hole；In the middle part of U-tube 17 bottom body embedment filter material chamber in filtrate 18, water side is placed in filter material chamber cavity；Filter material chamber is provided around connecting the water stream channel of filter material chamber upper and lower filtering area 3 cavity；By being connected in filter material chamber cavity；Siphon 19 is L-shaped, and siphon 19 one end is connected under siphon tedge 10 sidewall along and connects its inner chamber, and the other end points to filtrate 18 upper surface.
Claims (10)
1. a siphon reversely-washing integrative water purifying device, including settling zone, filtering area and flocculation zone, is characterized in that: flocculation zone, settling zone and filtering area are mutually corresponding to be connected；Flocculation zone is by lateral through aperture connection settling zone inner chamber, and its sidewall is provided with water inlet pipe；
Inner chamber top, settling zone is provided with inclined plate packing, and bottom is connected by sludge collecting board precipitation discharge pipeline；Along being provided with several downflow weirs on settling zone sidewall, downflow weir is connected to inside filtering area by U-tube, and filtering area sidewall is provided with outlet pipe；
Filtering area includes filter material chamber and siphon backwashing mechanism, filter material chamber is arranged in the middle part of the cavity of filtering area, described U-tube stretches into filter material chamber, and siphon backwashing mechanism is vertically provided at filtering area sidepiece, siphon tedge, siphon down-comer and the exhaust tube being mutually socketed including ecto-entad；Siphon tedge upper end is closed state, and lower end is sealedly connected on siphon down-comer sidewall, and siphon tedge connects filter material chamber cavity by siphon；Siphon down-comer upper end is placed in siphon tedge inner chamber, and blowdown intracavity is stretched in lower end；Exhaust tube lower end is stretched out outside the sidewall of siphon down-comer lower end, and upper end is stretched in the cavity of filtering area through siphon tedge sidewall and siphon down-comer sidewall, is provided through the connecting tube that siphon down-comer sidewall is interconnected with siphon tedge inner chamber in the middle part of exhaust tube.
The most according to claim 1, siphon reversely-washing integrative water purifying device, is characterized in that: sludge collecting board cross section, settling zone is V-arrangement, and precipitation discharge pipeline top side wall is provided with the spoil disposal seam the most corresponding with it, and sludge collecting board both sides sidewall correspondence is connected to spoil disposal seam both sides；Spoil disposal seam length is corresponding with settling zone width, and spoil disposal seam width is 30mm.
Siphon reversely-washing integrative water purifying device the most according to claim 1, it is characterized in that: flocculation zone includes the first flocculation chamber, the second flocculation chamber and the 3rd flocculation chamber being arranged side by side, three flocculation chambeies are interconnected, and described flocculation intracavity portion is equipped with Flocculent plate, and bottom is provided with flocculation discharge pipeline；First flocculation chamber sidewall is provided with water inlet pipe, the 3rd lateral through aperture connection settling zone, flocculation chamber inner chamber；Flocculation intracavity is provided with the Flocculent plate that two width match with its inner chamber, and two Flocculent plates are connected respectively on flocculation upper and lower end face, chamber, leave gap between two Flocculent plate front of motors and its corresponding flocculation resonator end surface；First flocculation chamber and the second flocculation intracavity portion Flocculent plate are flap, and the 3rd flocculation intracavity portion Flocculent plate is straight plate.
Siphon reversely-washing integrative water purifying device the most according to claim 3, it is characterized in that: on two adjacent flocculation chamber sidewalls, passing through, connection breach is set and make current at flocculation intracavity Tortuous flow, described breach is separately positioned on the both sides sidewall that flocculation chamber is mutually corresponding, and two the most corresponding connection breach projections on same sidewall are about this sidewall centrosymmetry.
The most according to claim 3, siphon reversely-washing integrative water purifying device, is characterized in that: flocculation discharge pipeline sidewall is evenly distributed with mudhole.
The most according to claim 1, siphon reversely-washing integrative water purifying device, is characterized in that: is equipped with manhole on settling zone, filtering area and flocculation zone sidewall, and settling zone sidewall is additionally provided with evacuated tube.
The most according to claim 1, siphon reversely-washing integrative water purifying device, is characterized in that: exhaust tube upper end is connected in the cavity of filtering area by reducer union, and described reducer union diameter is more than exhaust tube, and sidewall is provided with steam vent.
The most according to claim 1, siphon reversely-washing integrative water purifying device, is characterized in that: along being provided with horizontal ripple mill weir on settling zone, and ripple mill weir indentations bottom is less than downflow weir minimum point.
The most according to claim 1, siphon reversely-washing integrative water purifying device, is characterized in that: in filter material chamber, filtrate is quartz sand, and the dividing plate being provided with through hole is arranged on bottom filter material chamber, is equipped with filter cap in bulkhead through-hole.
The most according to claim 1, siphon reversely-washing integrative water purifying device, is characterized in that: in the middle part of U-tube bottom body embedment filter material chamber in filtrate, water side is placed in filter material chamber cavity；Filter material chamber is provided around connecting the water stream channel of filter material chamber upper and lower filtering area cavity；By being connected in filter material chamber cavity；Siphon is L-shaped, and siphon one end is connected under siphon tedge sidewall along and connects its inner chamber, and the other end points to filtrate upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620010818.6U CN205442750U (en) | 2016-01-07 | 2016-01-07 | Siphon backwash formula integration water purification unit |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620010818.6U CN205442750U (en) | 2016-01-07 | 2016-01-07 | Siphon backwash formula integration water purification unit |
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| CN205442750U true CN205442750U (en) | 2016-08-10 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106630075A (en) * | 2017-02-23 | 2017-05-10 | 杨林 | Macromolecular heavy metal flocculating device |
| CN106823498A (en) * | 2016-12-31 | 2017-06-13 | 广东新环环保产业集团有限公司 | A kind of flat pond suction dredge |
| CN107500434A (en) * | 2017-09-22 | 2017-12-22 | 江苏上塍环保科技有限公司 | A kind of sewage-treatment plant and tunnel Waste Water Treatment and method |
-
2016
- 2016-01-07 CN CN201620010818.6U patent/CN205442750U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106823498A (en) * | 2016-12-31 | 2017-06-13 | 广东新环环保产业集团有限公司 | A kind of flat pond suction dredge |
| CN106630075A (en) * | 2017-02-23 | 2017-05-10 | 杨林 | Macromolecular heavy metal flocculating device |
| CN106630075B (en) * | 2017-02-23 | 2020-03-31 | 广西金投环境科技有限公司 | Polymer heavy metal flocculation device |
| CN107500434A (en) * | 2017-09-22 | 2017-12-22 | 江苏上塍环保科技有限公司 | A kind of sewage-treatment plant and tunnel Waste Water Treatment and method |
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