CN205710211U - Urban wastewater treatment equipment - Google Patents
Urban wastewater treatment equipment Download PDFInfo
- Publication number
- CN205710211U CN205710211U CN201620684982.5U CN201620684982U CN205710211U CN 205710211 U CN205710211 U CN 205710211U CN 201620684982 U CN201620684982 U CN 201620684982U CN 205710211 U CN205710211 U CN 205710211U
- Authority
- CN
- China
- Prior art keywords
- sedimentation tank
- water pipe
- sucking filtration
- filtration pond
- filter screen
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Filtration Of Liquid (AREA)
Abstract
nullUrban wastewater treatment equipment disclosed in the utility model，Including the first sedimentation tank、Second sedimentation tank、Sucking filtration pond and counterbalance cell，One-body molded with the first sedimentation tank and two pieces of mutual levels by being arranged in sucking filtration pond the rotatable second partition in described sucking filtration pond separates，It is equipped with more than one by the first pressurization shower nozzle controlling on-off control in both sides, clean-up port and the second partition lower end on the first sedimentation tank top，The inner tip of the second sedimentation tank is provided with more than one by the 3rd pressurization shower nozzle controlling on-off control，The lower section of the first filter screen in the second sedimentation tank is provided with the electric piston that little granule sludge is pushed to sucking filtration pond，This utility model is in cleaning process，By pressurization shower nozzle, device interior is sprayed，Make to be stuck in filter、First filter screen、On second filter screen or screen, the fine particle in hole is rinsed，Improve cleaning efficiency，And it is easy to operate；The filtration again in sucking filtration pond can reclaim the residual sewage of large and small granule further.
Description
Technical field
This utility model relates to sewage purification field, particularly a kind of urban wastewater treatment equipment.
Background technology
After the 1950's, whole nation population sharp increase, industrial development is rapid, and global water resources situation is disliked rapidly
Change.On the one hand, the mankind's very fast increase of demand to water resource, on the other hand, there is again the most serious water pollution problems.
So municipal sewage treatment problem in this context has obtained the strong interest of people, this just requires that we are processing city
The important content as urban infrastructure of building of wastewater treatment facility is grabbed, and very urgent.Municipal sewage is many containing suspended state
, certain acidity or alkalescence can be there is in granule, silt, inorganic matter or organic solute etc..Many municipal sewage treatments set
Standby cleaning is cumbersome, and drainage screen therein, screen etc. need dismounting, and cleaning work amount is big.So it is the most permissible to be accomplished by one
The Treating Municipal Sewage convenient urban wastewater treatment equipment cleaned again solves this most increasingly serious problem.
Utility model content
The purpose of this utility model is to provide a kind of high treating effect, cleaning to solve above-mentioned the deficiencies in the prior art
Urban wastewater treatment equipment easily.
To achieve these goals, the urban wastewater treatment equipment designed by this utility model, including the first sedimentation tank,
Two sedimentation tanks, sucking filtration pond and counterbalance cell, the inside of described first sedimentation tank is provided with the first horizontal dividing plate, outside the first sedimentation tank
Being provided with the first control switch, the first sedimentation tank top is provided with the sewage inlet pipe with the first valve, is arranged at the first dividing plate
Filter, is provided with the first clean-up port in the upper end of the first sedimentation tank, is provided with the first longitudinal water pipe in the centre of the first dividing plate,
It is provided through the screen of the first water pipe below one dividing plate, the first sedimentation tank inwall below screen is provided with infrared sensor,
First sedimentation tank side connects the second sedimentation tank relative to above screen by the second water pipe, is provided with first on the second water pipe
Controlling valve, described sucking filtration pond is one-body molded with the first sedimentation tank and by two pieces of mutual levels being arranged in sucking filtration pond
Second partition separates, and the junction of described second partition and the first sedimentation tank is the center of rotation of second partition, at two second
The centre of dividing plate is provided with the second control switch controlling two second partition Guan Bis, is transversely provided with the second filter screen in sucking filtration pond,
Being provided with flow transducer below second filter screen, sucking filtration pond side is provided with the second clean-up port being positioned at above the second filter screen, at sucking filtration
It is provided with the vacuum pump with the first controller bottom pond, bottom sucking filtration pond, connects balance by the 3rd water pipe with the second Valve controlling
Pond, is equipped with more than one and is controlled on-off control in both sides, clean-up port and the second partition lower end on the first sedimentation tank top by first
Pressurization shower nozzle；
The junction of above-mentioned second sedimentation tank and the second water pipe is arranged over the first filter screen, and the lower section of the first filter screen is provided with electricity
Dynamic piston, the telescopic shaft of electric piston is provided with electrical quantity sensor through the sidewall of the second sedimentation tank, the motor of electric piston
And second controller, be provided with outside the second sedimentation tank the 3rd control switch, the inner tip of the second sedimentation tank be provided with one with
On by the 3rd control on-off control pressurization shower nozzle, the bottom of the second sedimentation tank and the sucking filtration pond side being positioned at above the second filter screen
Connected by the 4th water pipe, and be provided with the 3rd control valve at the 4th water pipe, be positioned at the second sedimentation tank above the first filter screen
Side connects counterbalance cell by the 5th water pipe, is provided with the second valve at the second sedimentation tank and the 5th water pipe junction；Described balance
On the right side of pond, inside is provided with pH sensor, and counterbalance cell bottom right side is provided with the 4th the 6th water pipe controlling valve, at counterbalance cell
Being provided with motor at the axle center at top, the lower end of motor connects the main shaft of anchor agitator, is provided with acid reagent in the left side of motor
Case, the right side of motor is provided with alkaline reagent case, and is provided with acid reagent being positioned at the counterbalance cell top immediately below acid reagent case
Dog-house, is provided with alkaline reagent dog-house being positioned at the counterbalance cell top immediately below alkaline reagent case, the upper left outside counterbalance cell
Angle is provided with the control switch that feeds intake controlling acid reagent dog-house and alkaline reagent dog-house Guan Bi.
In order to utilize fluid self gravitation effect, wherein the junction of the first sedimentation tank and the second water pipe is in height
Higher than the second sedimentation tank and the junction of the second water pipe, above-mentioned sucking filtration pond is in height higher than balance with the junction of the 3rd water pipe
Pond and the junction of the 3rd water pipe, and the junction of the second sedimentation tank and the 4th water pipe is in height higher than sucking filtration pond and the 4th water
The junction of pipe, and the junction of upper second sedimentation tank and the 5th water pipe is in height higher than counterbalance cell and the connection of the 4th water pipe
Place.
Operationally, after opening the first valve, municipal sewage enters the first sedimentation tank by sewage inlet pipe in above-mentioned design,
First flow through filter, a part of larger particles or the house refuse being partly mixed into, rubbish mistake on filter by the time can be filtered out
Time many, wherein can will go out by garbage-cleaning from the first clean-up port, flow to second through the sewage filtered for the first time by the first water pipe
On dividing plate, after sewage is on the increase, when covering screen, bulky grain is isolated in below screen by screen, when infrared sensor is supervised
Measuring bulky grain when being stacked into certain altitude, infrared sensor transmits a signal to the second control switch, and second controls switch connects
After the collection of letters number, two pieces of second partitions of Guan Bi are opened, and second partition rotates to an angle around center of rotation, downwards
Tilt after certain angle bulky grain and fall on the second filter screen due to self gravitation effect, remove oarse-grained sewage and then pass through
Second water pipe flows to the second sedimentation tank, and now the 3rd controls valve closing, when sewage increases and covers the first filter screen, in sewage still
The little granule so existed is isolated in below the first filter screen, filters off short grained sewage and flows to counterbalance cell by the 5th water pipe, and
When the second sedimentation tank small particles is piled up too much, open electric piston and little granule can be pushed to the 4th water pipe, the most electronic work
When electrical quantity sensor on the motor of plug monitors motor rotation, electrical quantity sensor transmits a signal to the first control valve, the
One controls to close after valve receives signal, and electrical quantity sensor transmits a signal to the 3rd control valve simultaneously, and the 3rd controls valve
Open after receiving signal, also fall on the second filter screen by the little granule of the 4th water pipe, open vacuum pump and carry out sucking filtration, work as flow
Sensor monitoring first transmits a signal to the first controller when being less than certain value to flow, the first controller cuts out after receiving signal
Vacuum pump, flow transducer transmits a signal to the second control valve again, after the second control valve is opened, filters off large and small granule
Sewage flow to counterbalance cell through the 3rd water pipe, and the large and small granule on the second filter screen can be carried out by the second clean-up port
Removing, the sewage flowing through counterbalance cell has certain acidity or alkalescence, in making counterbalance cell after opening anchor agitator operating
Liquid uniformly mixes, when pH sensor monitor pH value be acid range or alkaline range time, pH sensor is by signal
Being transferred to the control switch that feeds intake, the control switch that feeds intake opens corresponding acid reagent dog-house or alkaline reagent dog-house, acid
Property reagent or alkaline reagent Acidity of Aikalinity in counterbalance cell can be neutralized regulation, when pH sensor monitor pH value for neutrality
Transmitting a signal to during scope feed intake and control switch, the control switch that feeds intake cuts out, and now the 4th control valve is simultaneously received pH
Being opened after value sensor signal, the sewage after neutralization can be flowed out by the 6th water pipe.When cleaning equipment, first can be opened
Controlling switch and the 3rd and control switch, control pressurization shower nozzle and open, pressurised stream can be rinsed spray to equipment.
The urban wastewater treatment equipment that this utility model obtains, in cleaning process, it is possible to directly by pressurization shower nozzle pair
Device interior sprays so that the fine particle being stuck on filter, the first filter screen, the second filter screen or screen in hole is rushed
Wash off, improve cleaning efficiency, and easy to operate；Again filtering of sucking filtration pond makes on large and small granule the moisture of residual also
Can be removed, large and small granule can be collected afterwards and it is further processed.
Accompanying drawing explanation
Fig. 1 is the structural representation of the provided urban wastewater treatment equipment of the present embodiment.
In figure: the first sedimentation tank 1, pressurization shower nozzle the 2, first clean-up port 3, first control switch 4, filter the 5, first control valve
Door 6, second water pipe the 7, second sedimentation tank the 8, first filter screen the 9, the 3rd controls switch the 10, the 3rd valve the 11, the 5th water pipe 12, feeds intake
Control switch 13, acid reagent case 14, acid reagent dog-house 15, motor 16, alkaline reagent dog-house 17, alkaline reagent case
18, counterbalance cell 19, pH sensor 20, anchor agitator the 21, the 4th control valve the 22, the 6th water pipe 23, electric piston 24, electricity
Quantity sensor 25, second controller the 26, the 3rd control valve the 27, the 3rd water pipe the 28, the 4th water pipe the 29, second control valve 30,
Flow transducer 31, vacuum pump the 32, first controller the 33, second filter screen 34, second partition 35, infrared sensor the 36, first water
Pipe 37, screen the 38, first dividing plate the 39, first valve 40, sewage inlet pipe 41, second control switch the 42, second clean-up port 43, take out
Filter tank 44.
Detailed description of the invention
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
Embodiment:
As it is shown in figure 1, the urban wastewater treatment equipment provided in the present embodiment, precipitate including the first sedimentation tank 1, second
Pond 8, sucking filtration pond 44 and counterbalance cell 19, the inside of wherein said first sedimentation tank 1 is provided with the first horizontal dividing plate 39, the first precipitation
Pond 1 is outside is provided with the first control switch 4, and the first sedimentation tank 1 top is provided with the sewage inlet pipe 41 with the first valve 40, first
Dividing plate 39 is arranged over filter 5, is provided with the first clean-up port 3 in the upper end of the first sedimentation tank 1, is provided with in the centre of the first dividing plate 39
The first longitudinal water pipe 37, is provided through the screen 38 of the first water pipe 37 below the first dividing plate 39, the below screen 38
One sedimentation tank 1 inwall is provided with infrared sensor 36, and the first sedimentation tank 1 side is relative to passing through the second water pipe above screen 38
7 connect the second sedimentation tank 8, are provided with the first control valve 6, described sucking filtration pond 44 and the first sedimentation tank 1 one on the second water pipe 7
Molding and being separated by the second partition 35 of two pieces of mutual levels being arranged in sucking filtration pond 44, described second partition 35 and the
The center of rotation that junction is second partition 35 of one sedimentation tank 1, is provided with control two the in the centre of two second partitions 35
Second control switch 42 of two dividing plate 35 Guan Bis, is transversely provided with the second filter screen 34 in sucking filtration pond 44, sets below the second filter screen 34
Flow transducer 31, sucking filtration pond 44 side is had to be provided with the second clean-up port 43 being positioned at above the second filter screen 34, at the end, sucking filtration pond 44
Portion is provided with the vacuum pump 32 with the first controller 33, bottom sucking filtration pond 44 by the 3rd water pipe 28 with the second Valve controlling 30 even
Connect counterbalance cell 19, be equipped with in first both sides, clean-up port 3 on the first sedimentation tank 1 top and second partition 35 lower end more than one by
The first pressurization shower nozzle 2 controlling on-off control；The junction of the second sedimentation tank 8 and the second water pipe 7 is arranged over the first filter screen 9,
The lower section of the first filter screen 9 is provided with electric piston 24, and the telescopic shaft of electric piston 24 is through the sidewall of the second sedimentation tank 8, electronic
The motor of piston 24 is provided with electrical quantity sensor 25 and second controller 26, and the second sedimentation tank 8 outside is provided with the 3rd control and opens
Closing 10, the inner tip of the second sedimentation tank 8 is provided with more than one and is controlled, by the 3rd, the pressurization shower nozzle 2 that switch 10 controls, and second sinks
The bottom in pond, shallow lake 8 is connected by the 4th water pipe 29 with sucking filtration pond 44 side being positioned at above the second filter screen 34, and at the 4th water pipe
29 are provided with the 3rd control valve 27, are connected flat by the 5th water pipe 12 being positioned at the second sedimentation tank 8 side above the first filter screen 9
Weighing apparatus pond 19, is provided with the second valve 11 at the second sedimentation tank 8 and the 5th water pipe 12 junction；On the right side of described counterbalance cell 19, inside is provided with
PH sensor 20, counterbalance cell 19 bottom right side is provided with the 4th the 6th water pipe 23 controlling valve 22, at counterbalance cell 19 top
Axle center at be provided with motor 16, the lower end of motor 16 connects the main shaft of anchor agitator 21, is provided with acidity in the left side of motor 16
Reagent box 14, the right side of motor 16 is provided with alkaline reagent case 18, and pushes up at the counterbalance cell 19 being positioned at immediately below acid reagent case 14
Portion is provided with acid reagent dog-house 15, is provided with alkaline reagent at counterbalance cell 19 top being positioned at immediately below alkaline reagent case 18 and feeds intake
Mouthfuls 17, upper left corner counterbalance cell 19 outside is provided with and controls acid reagent dog-house 15 and alkaline reagent dog-house 17 closes feeds intake
Control switch 13.
When making work by above-mentioned design, after opening the first valve 40, municipal sewage is entered by sewage inlet pipe 41
First sedimentation tank 1, first flows through filter 5, can filter out a part of larger particles or the house refuse being partly mixed into, wait until
When on filter 5, rubbish is too much, will wherein can go out by garbage-cleaning from the first clean-up port 3, through the sewage that filters for the first time by the
One water pipe stream 37 is on second partition, and after sewage is on the increase, when covering screen 38, bulky grain is isolated in screen by screen 38
Below 38, when infrared sensor 36 monitor bulky grain be stacked into certain altitude time, infrared sensor 36 transmits a signal to
Two control switch 42, and second controls to be opened by two pieces of second partitions 35 of Guan Bi after switch 42 receives signal, and second partition
35 rotate to an angle around center of rotation, and after the most downward-sloping certain angle, bulky grain falls second due to self gravitation effect
On filter screen 34, removing oarse-grained sewage and then flow to the second sedimentation tank 8 by the second water pipe 7, now the 3rd controls valve 27
Closing, when sewage increases and covers the first filter screen 9, the little granule yet suffered from sewage is isolated in below the first filter screen 9, filter
Go short grained sewage to flow to counterbalance cell by the 5th water pipe 12, and when the second sedimentation tank 8 small particles is piled up too much, open
Little granule can be pushed to the 4th water pipe 29 by electric piston 24, and now the electrical quantity sensor 25 on the motor of electric piston 24 monitors
During motor rotation, electrical quantity sensor 25 transmits a signal to the first control valve 6, and first controls to close after valve 6 receives signal,
Electrical quantity sensor 25 transmits a signal to the 3rd control valve 27 simultaneously, and the 3rd controls to open after valve 27 receives signal, passes through
The little granule of the 4th water pipe 29 is also fallen on the second filter screen 34, opens vacuum pump 32 and carries out sucking filtration, when flow transducer 31 is monitored
First transmitting a signal to the first controller 33 when being less than certain value to flow, the first controller 33 cuts out vacuum pump after receiving signal
32, flow transducer 31 transmits a signal to the second control valve 30 again, after the second control valve 30 is opened, filters off large and small
The sewage of grain flows to counterbalance cell 19 through the 3rd water pipe 28, and the large and small granule on the second filter screen 34 can be clear by second
Reason mouth 43 is purged, and the sewage flowing through counterbalance cell 19 has certain acidity or alkalescence, opens anchor agitator 21 and operates
After make counterbalance cell in liquid uniformly mix, when pH sensor 20 monitor pH value be acid range or alkaline range time,
PH sensor 20 transmits a signal to the control switch 13 that feeds intake, and control switch 13 control that feeds intake is opened corresponding alkaline reagent and thrown
Material mouth 17 or acid reagent dog-house 15, acid reagent or alkaline reagent can be neutralized tune to Acidity of Aikalinity in counterbalance cell 19
Joint, transmits a signal to, when pH sensor 20 monitors, the control switch 13 that feeds intake when pH value is neutral range, the control that feeds intake is opened
Closing 13 closedowns, now the 4th controls to be opened after valve 22 is simultaneously received pH sensor 20 signal, and the sewage after neutralization is i.e.
Can be flowed out by the 6th water pipe 23.When cleaning equipment, the first control switch 4 and the 3rd can be opened and control switch 10, control to add
Pressure shower nozzle 2 is opened, and pressurised stream can be rinsed spray to equipment.
Simultaneously in the present embodiment in order to utilize fluid gravity potential energy so that fluid flows to design place to go, Qi Zhong voluntarily
The junction of one sedimentation tank 1 and the second water pipe 7, in height higher than the second sedimentation tank 8 and junction of the second water pipe 7, above-mentioned is taken out
The junction of filter tank 44 and the 3rd water pipe 28 is in height higher than counterbalance cell 19 and the junction of the 3rd water pipe 28, and above-mentioned second
The junction of sedimentation tank 8 and the 4th water pipe 29 in height higher than sucking filtration pond 44 and the junction of the 4th water pipe 29, and above-mentioned the
The junction of two sedimentation tanks 8 and the 5th water pipe 12 is in height higher than counterbalance cell 19 and the junction of the 4th water pipe 29.
Claims (3)
1. a urban wastewater treatment equipment, including the first sedimentation tank (1), the second sedimentation tank (8), sucking filtration pond (44) and counterbalance cell
(19), it is characterized in that: the inside of described first sedimentation tank (1) is provided with horizontal the first dividing plate (39), the first sedimentation tank (1) is outside
Being provided with the first control switch (4), the first sedimentation tank (1) top is provided with the sewage inlet pipe (41) with the first valve (40), the
One dividing plate (39) is arranged over filter (5), is provided with the first clean-up port (3) in the upper end of the first sedimentation tank (1), at the first dividing plate
(39) centre is provided with longitudinal the first water pipe (37), is provided through the screen of the first water pipe (37) in the first dividing plate (39) lower section
(38), the first sedimentation tank (1) inwall of screen (38) lower section is provided with infrared sensor (36), the first sedimentation tank (1) side
Connect the second sedimentation tank (8) relative in screen (38) top by the second water pipe (7), the second water pipe (7) is provided with first
Controlling valve (6), described sucking filtration pond (44) and the first sedimentation tank (1) are one-body molded and by being arranged in sucking filtration pond (44)
The second partition (35) of two pieces of mutual levels separates, and described second partition (35) is second with the junction of the first sedimentation tank (1)
The center of rotation of dividing plate (35), is provided with control that two second partitions (35) close second in the centre of two second partitions (35)
Controlling switch (42), be transversely provided with the second filter screen (34) in sucking filtration pond (44), the second filter screen (34) lower section is provided with flow sensing
Device (31), sucking filtration pond (44) side is provided with the second clean-up port (43) being positioned at the second filter screen (34) top, at (44) end, sucking filtration pond
Portion is provided with the vacuum pump (32) with the first controller (33), and sucking filtration pond (44) bottom is by with the 3rd of the second Valve controlling (30)
Water pipe (28) connects counterbalance cell (19), under (3) both sides, the first clean-up port and second partition (35) on the first sedimentation tank (1) top
End is equipped with more than one by the first pressurization shower nozzle (2) controlling on-off control.
Urban wastewater treatment equipment the most according to claim 1, is characterized in that: the second sedimentation tank (8) and the second water pipe (7)
Junction be arranged over the first filter screen (9), the lower section of the first filter screen (9) is provided with electric piston (24), electric piston (24)
Telescopic shaft is through the sidewall of the second sedimentation tank (8), and the motor of electric piston (24) is provided with electrical quantity sensor (25) and
Two controllers (26), the second sedimentation tank (8) is outside is provided with the 3rd control switch (10), and the inner tip of the second sedimentation tank (8) sets
Have more than one to be controlled switch (10) pressurization shower nozzle (2) of controlling by the 3rd, the bottom of the second sedimentation tank (8) be positioned at the second filter
Sucking filtration pond (44) side of net (34) top is connected by the 4th water pipe (29), and is provided with the 3rd control valve at the 4th water pipe (29)
Door (27), connects counterbalance cell at the second sedimentation tank (8) side being positioned at the first filter screen (9) top by the 5th water pipe (12)
(19), it is provided with the second valve (11) in the second sedimentation tank (8) and the 5th water pipe (12) junction.
Urban wastewater treatment equipment the most according to claim 1 and 2, is characterized in that: described counterbalance cell (19) right side is internal
Being provided with pH sensor (20), counterbalance cell (19) bottom right side is provided with the 6th water pipe (23) with the 4th control valve (22),
Being provided with motor (16) at the axle center at counterbalance cell (19) top, the lower end of motor (16) connects the main shaft of anchor agitator (21),
The left side of motor (16) is provided with acid reagent case (14), and the right side of motor (16) is provided with alkaline reagent case (18), and is being positioned at acid
Property reagent box (14) immediately below counterbalance cell (19) top be provided with acid reagent dog-house (15), be positioned at alkaline reagent case (18)
Counterbalance cell (19) top of underface is provided with alkaline reagent dog-house (17), and the upper left corner of counterbalance cell (19) outside is provided with control acid
Property reagent dog-house (15) and alkaline reagent dog-house (17) close feed intake control switch (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620684982.5U CN205710211U (en) | 2016-07-04 | 2016-07-04 | Urban wastewater treatment equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620684982.5U CN205710211U (en) | 2016-07-04 | 2016-07-04 | Urban wastewater treatment equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205710211U true CN205710211U (en) | 2016-11-23 |
Family
ID=57326817
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620684982.5U Active CN205710211U (en) | 2016-07-04 | 2016-07-04 | Urban wastewater treatment equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205710211U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106745906A (en) * | 2017-02-07 | 2017-05-31 | 深圳智达机械技术有限公司 | A kind of high-performance running water removes sludge impurity equipment |
| CN108423939A (en) * | 2018-04-11 | 2018-08-21 | 绍兴文理学院 | A kind of microorganism sewage purifying part flow arrangement |
| CN109704485A (en) * | 2019-02-18 | 2019-05-03 | 贵州金诚环保科技有限公司 | A kind of high efficiency composition ecological purified water system |
-
2016
- 2016-07-04 CN CN201620684982.5U patent/CN205710211U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106745906A (en) * | 2017-02-07 | 2017-05-31 | 深圳智达机械技术有限公司 | A kind of high-performance running water removes sludge impurity equipment |
| CN106745906B (en) * | 2017-02-07 | 2019-11-19 | 江苏宜富思特科技发展有限责任公司 | A kind of high-performance tap water removes sludge impurity equipment |
| CN108423939A (en) * | 2018-04-11 | 2018-08-21 | 绍兴文理学院 | A kind of microorganism sewage purifying part flow arrangement |
| CN109704485A (en) * | 2019-02-18 | 2019-05-03 | 贵州金诚环保科技有限公司 | A kind of high efficiency composition ecological purified water system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205710211U (en) | Urban wastewater treatment equipment | |
| CN208120887U (en) | A kind of use for laboratory wastewater treatment equipment | |
| CN101396623A (en) | Filter separation device | |
| CN107445353A (en) | A kind of environment protection sewage purifier | |
| CN205398399U (en) | Rural domestic sewage treatment equipment | |
| CN109529970A (en) | A kind of experiment porch handling different type sewage | |
| CN115463745A (en) | Automatic extraction and enrichment device for micro-nano plastics in soil/sediment and using method thereof | |
| CN209501742U (en) | A kind of experiment porch handling different type sewage | |
| CN202627178U (en) | Automatic rainwater distribution station | |
| CN208517143U (en) | A kind of Novel moveable cesspool sewage processing unit | |
| CN208965905U (en) | A kind of roof rain water collecting system | |
| CN207918565U (en) | A kind of medical sewage treatment box | |
| CN207243502U (en) | A kind of water process mechanism | |
| CN207950891U (en) | Wastewater filtering device for coal mine | |
| CN205990294U (en) | A kind of plastic processing Waste Water Treatment | |
| CN202715311U (en) | Integrated water purifier | |
| CN208293714U (en) | A kind of municipal drainage system | |
| CN212559686U (en) | Precipitation and filtration integrated water purifying device | |
| CN208561931U (en) | The food and drink waste water of filtering and adsorbing coupled oil removing handles integrated apparatus | |
| CN208032088U (en) | A kind of household water purifying reutilization system | |
| CN207760836U (en) | River course clear up robot | |
| CN205873955U (en) | A circulation water treatment facilities for containing sludge wastewater | |
| CN207079665U (en) | Low-carbon log cabin | |
| CN206457263U (en) | A kind of membranaceous water-locator of sewage disposal with filtering function | |
| CN204582746U (en) | Self-cleaning type drop irrigation filter |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: Room 15-4, Henglong center, No. 2, Zhongshan West Road, Haishu District, Ningbo City, Zhejiang Province Patentee after: Haiyi Ecological Construction Co., Ltd Address before: Zhongshan West Road, Haishu District of Zhejiang city in Ningbo Province, 315099 No. 2 (66 Center) (15-4) room (Ningbo harbour garden Engineering Co. Ltd.) Patentee before: Ningbo Haiyi garden Engineering Co. Ltd. |