CN209428353U - A kind of water treatment system based on biofilm carrier - Google Patents
A kind of water treatment system based on biofilm carrier Download PDFInfo
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- CN209428353U CN209428353U CN201822112202.1U CN201822112202U CN209428353U CN 209428353 U CN209428353 U CN 209428353U CN 201822112202 U CN201822112202 U CN 201822112202U CN 209428353 U CN209428353 U CN 209428353U
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Abstract
The utility model discloses a kind of water treatment systems based on biofilm carrier, belong to sanitary sewage disposal technical field, the grid pond inner inclination of the utility model setting grid component are placed with, for filtering and transporting solid impurity；Biomembrane reaction pond is arranged in grid pond process downstream, is internally provided with biofilm carrier；The process downstream of biomembrane reaction pond is arranged in plant pond, and wetland plant is laid with inside it, and grid pond side side wall is connected by the first connecting tube with biomembrane reaction pond.Grid component one end is exposed at outside grid pond, and the transport vehicle for receiving solid impurity is equipped with below grid component exposed junction；Grid component width direction extends to the other side from the side of grid pond, and grid component is rotated by motor driven and towards the side of the first connecting tube, and the utility model improves cleaning rubbish efficiency compared with traditional manual cleaning, convenient and efficient.
Description
Technical field
The utility model relates to sanitary sewage disposal technical field more particularly to a kind of water process based on biofilm carrier
System.
Background technique
Ecological sewage treatment technology is newer biologic treating technique in the world at present, and it is raw that it absorbs traditional sewage
Change the advantage of processing and international advanced ecological sewage treatment technology, while having fully considered domestic sewage quality feature, be by
What the scientific experiment and practice of many years was developed.The technology handles domestic sewage in rural areas using ecological technique, uses for reference nature
Artificially intensified technology is added in self-purification of water principle, has built the natural ecological environment of a balance in systems, has been traditional wastewater
The combination of processing technique and advanced technology, before sanitary sewage is handled, the first step require by grid except decontaminated water it
In biggish solid impurity, filtered out just can be carried out sewage next step processing.
A Chinese invention patent application day is December 01, application number in 2016 in the prior art
" a kind of band biomembrane and the aerator pipe plant filtering frame wetland group of CN201611090406.9, application publication number CN106430857A
Close purification domestic sewage treatment system " it include grille well, artificial swamp pond and aeration pump, grille well left end side wall is equipped with water inlet
Pipeline, grille well is interior to be equipped with fine fack, and grille well is connected by short tube one with artificial swamp pond, and artificial swamp pond includes biomembrane
Reaction tank and plant filtering frame, and biomembrane reaction pond is located on the left of plant filtering frame, leads between biomembrane reaction pond and plant filtering frame
Short tube two-phase company is crossed, the center of inside position of biomembrane reaction pond is equipped with biological membrane assembly, the lower inside of biomembrane reaction pond
Equipped with microporous aeration disc, microporous aeration disc is external in the gas outlet of aeration pump by aeration tube, in plant filtering frame from bottom to up according to
It is secondary be equipped with pebblepacking layer, ceramics filling layer and fine sand packing layer and state on fine sand packing layer kind be implanted with wetland plant, plant filtering frame
Outlet conduit is equipped with above right side, and outlet conduit extends artificial swamp pond right end sidewalls.
The invention is using the solid impurity in grid filtration sewage, still, when solid impurity of the grid in filter sewage
It easily leads to solid impurity to be accumulated on grid, if removed not in time, be accumulated after the use of certain time, on grid a large amount of
Solid impurity, will be greatly reduced filter effect, solid refuse uses manual cleaning mode, and cleaning efficiency is low, time-consuming and laborious, ten
Divide inconvenience.
Utility model content
It is convenient, laborsaving, raising working efficiency based on biofilm carrier that the purpose of the utility model is to provide a kind of cleanings
Water treatment system.
To achieve the goals above, the utility model provides the following technical solutions:
A kind of water treatment system based on biofilm carrier disclosed by the utility model, comprising:
Grid pond, biomembrane reaction pond, plant pond；
The grid pond is placed with grid component to inner inclination, for filtering and transporting solid impurity；
The biomembrane reaction pond is arranged in the grid pond process downstream, is internally provided with biofilm carrier；
The process downstream of the biomembrane reaction pond is arranged in the plant pond, and wetland plant is laid with inside it.
Further, the grid pond, one side side wall have water inlet line, the side wall of the relatively described water inlet line side
It is connected by the first connecting tube with the biomembrane reaction pond.
Further, oblique 45 ° of ground is rolled towards first connecting tube in the grid pond be placed with the grid component,
Described grid component one end is exposed at outside the grid pond, and below grid component exposed junction, first connecting tube
Top is equipped with the transport vehicle for receiving solid impurity；
The grid component width direction extends to the other side from the side of the grid pond, and the grid component is logical
It crosses motor driven and is rotated towards the side of first connecting tube.
Further, it is equipped with floor drain pipe above first connecting tube, for being connected with ground, ground above the floor drain pipe
Face is equipped with filter screen, is used for filtering solid contaminants.
Further, the infundibular body that the floor drain pipe overhead surface is formed with that opening is big, outlet is small is contacted with filter screen.
Further, the grid component includes the grid for filtering solid contaminants and the grid for gathering solid impurity
Tooth；
The grid both ends are fixed with conveyer chain, and the conveyer chain drives rotation by the motor；
Compartment of terrain is fixed with multiple grid teeth along its length on the grid.
Further, the grid tooth includes body part and teeth portion；
The body part, one side and the grid are connected, and the other side has alternately formed multiple along its length
Teeth portion, the teeth portion is for gathering, stopping solid impurity.
Further, the teeth portion is formed with first seperated and the second fission；
Described first seperated one end and the body part are connected；
The described second seperated other end that first fission is connected in 45 ° of ground.
Further, plant pond side is connected to by the second connecting tube with the biomembrane reaction pond, the plant
The pond other side is connected with outlet conduit, for being connected to irrigation canals and ditches.
Further, the transport vehicle bottom is equipped with filtering bottom board, for leaching the ponding inside the transport vehicle.
In the above-mentioned technical solutions, a kind of water treatment system based on biofilm carrier provided by the utility model is beneficial
Effect:
1, the grid component of the utility model design, grid component are provided with driving wheel, driven wheel, and driving wheel passes through transmission
Chain drives driven wheel rotation, and grid component one end invades inside grid pond, and the other end is exposed at outside grid pond, and driving wheel passes through
Motor driven rotates clockwise, and solid impurity follows grid component rotation to fall the transport vehicle outside grid pond from exposed junction
It is interior, compared with traditional manual cleaning, cleaning rubbish efficiency is improved, it is convenient and efficient.
2, the grid component of the utility model design, grid component includes grid and grid tooth, passes through grid net filtration
Solid impurity in sewage, and intensively pulled fixed impurity outside grid pond out by grid tooth, by the solid impurity in grid pond
It clears up away in time, improves filter efficiency.
3, the grid tooth of the utility model design, grid tooth includes body part and teeth portion, teeth portion be formed with first it is seperated and
Second is seperated, by second it is seperated be arranged on the first fission in 45 ° be conducive to improve teeth portion transport solid miscellaneous amount while again
It avoids solid impurity from sliding back in grid pond from increment, improves grid component cleaning efficiency.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only to record in the utility model
Some embodiments be also possible to obtain other drawings based on these drawings for those of ordinary skill in the art.
Fig. 1 is a kind of structural schematic diagram of water treatment system based on biofilm carrier disclosed by the utility model；
Fig. 2 is a kind of grid component structural representation of water treatment system based on biofilm carrier disclosed by the utility model
Figure；
Fig. 3 is a kind of grid component main view of water treatment system based on biofilm carrier disclosed by the utility model；
Fig. 4 is a kind of grid toothing signal of water treatment system based on biofilm carrier disclosed by the utility model
Figure.
Description of symbols:
1, water inlet line；2, grid pond；4, the first connecting tube；5, transport vehicle；6, filter screen；7, floor drain pipe；8, biomembrane
Reaction tank；9, biofilm carrier；10, the second connecting tube；11, plant pond；12, wetland plant；13, outlet conduit；31, motor；
32, driving wheel；33, driving shaft；34, conveyer chain；35, driven wheel；36, driven shaft；37, grid；38, grid tooth；
501, filtering bottom board；
381, body part；382, teeth portion；383, first is seperated；384, second is seperated.
Specific embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with attached drawing pair
The utility model is further detailed.
It is shown in Figure 1；
A kind of water treatment system based on biofilm carrier of utility model, comprising: grid pond 2, is planted at biomembrane reaction pond 8
Object pond 11；
Grid pond 2 is placed with grid component to inner inclination, for filtering and transporting solid impurity；
Biomembrane reaction pond 8 is arranged in 2 process downstream of grid pond, is internally provided with biofilm carrier 9；
The process downstream of biomembrane reaction pond 8 is arranged in plant pond 11, and wetland plant 12 is laid with inside it.
Preferably, grid pond 2, one side side wall have a water inlet line 1, and the side wall of opposite 1 side of water inlet line passes through the
One connecting tube 4 is connected with biomembrane reaction pond 8.Preferably, 11 side of plant pond passes through the second connecting tube 10 and biomembrane reaction
Pond 9 is connected to, and 11 other side of plant pond is connected with outlet conduit 13, for being connected to irrigation canals and ditches.
Specifically, 2 side of grid pond is connected to wastewater influent pipeline 1 in the structure, sewage enters from water inlet line 1, through lattice
After grid component filters from the first connecting tube 4 of 2 other side of grid pond flow out, grid component to 4 direction of the first connecting tube obliquely
It is placed in grid pond, and be driven towards 4 side of the first connecting tube by motor 31 to consider solid impurity out with rotating clockwise
It transports and is placed in the transport vehicle 5 placed above the first connecting tube 4, filtered sewage flows into life by first pipe 1
In object film reaction pond 8, bio-carrier 9 forms microorganism circle, carries out biodegrade and purification to sanitary sewage；Restore water ecology
Balance gives full play to natural biology degradation, realizes the improvement of purification of water quality and water quality, filters by biomembrane reaction pond 8
Sewage by the second connecting tube 10 flow into plant pond 11 in, pebblepacking layer, ceramics filling layer can be set in plant pond 11
It is filtrate with fine sand packing layer, physical filtering is carried out to the suspended matter in sanitary sewage, can plant on fine sand packing layer makes dirt
Water treatment system has the wetland plant 12 of landscape function, is discharged to by the filtered sewage in plant pond 11 by outlet conduit 13
In irrigation canals and ditches, in the structure, the solid impurity in grid pond 2 is transported to outside grid pond 2 by the grid component rotated, with tradition
Manual cleaning compare, improve cleaning rubbish efficiency, it is convenient and efficient.
Referring to fig. 2, shown in 3:
Preferably, oblique 45 ° of ground is rolled towards the first connecting tube 4 in grid pond 2 be placed with grid component, grid component one end
It is exposed at outside grid pond 2, and is equipped with receiving solid impurity below grid component exposed junction, above the first connecting tube 4
Transport vehicle 5；
Grid component width direction extends to the other side from the side of grid pond 2, and grid component is driven by motor 31
Dynamic and the first connecting tube 4 of direction side rotates.
Specifically, grid component includes driving shaft 33, driven shaft 36 in the structure, 33 both ends of driving shaft are symmetrically fixed with
Driving wheel 32,36 both ends of driven shaft are symmetrically fixed with driven wheel 35, and driving wheel 32 is driven by a conveyer chain 34 driven
35 rotation of wheel, grid component one end invade inside grid pond 2, and the other end is exposed at grid pond component external, and grid component
Exposed junction is inserted obliquely into grid pond 2 towards 4 side of the first connecting tube in 45 ° of ground, and the driving shaft 33 of grid component passes through motor
31, which are driven towards 4 side of the first connecting tube, rotates clockwise, and solid impurity follows grid component rotation to fall grid pond 2 from exposed junction
In external transport vehicle 5, the solid impurity in grid pond 2 is cleared up away in time, improves filter efficiency.
It is shown in Figure 1:
Preferably, floor drain pipe 7 is equipped with above the first connecting tube 4, for connecting with ground, 7 overhead surface of floor drain pipe is laid with
There is filter screen 6, is used for filtering solid contaminants.
Floor drain is provided with specifically, being connected to above the first connecting tube 4 of grid pond 2 and biomembrane reaction pond 8 in the structure
Pipe 7 is connected to ground, for dredging the sewage in the solid impurity that grid component transports, avoids excess surface water, and floor drain pipe 7
On be covered with filter screen 6, for filtering the solid impurity fallen on ground, avoid the filtered sanitary sewage of secondary pollution, improve
Filter quality.
Preferably, the infundibular body that 7 overhead surface of floor drain pipe is formed with that opening is big, outlet is small is contacted with filter screen 6.Sewage
It can be flowed into rapidly in the first connecting tube 4 quickly through the infundibular body big, that outlet is small that is open, propose water velocity, clean up in time
Excess surface water keeps ground dry.
It is shown in Figure 3:
Preferably, grid component includes for filtering solid contaminants grid 37 and the grid tooth 38 for gathering solid impurity；
37 both ends of grid are fixed with conveyer chain 34, and conveyer chain 34 drives rotation by motor 31；
Compartment of terrain is fixed with multiple grid teeth 38 along its length on grid 37.
Specifically, grid component includes grid 37 and grid tooth 38 in the structure, 37 both ends of grid are fixed with biography
Chain 34 is sent, the driving wheel 32 in grid component drives driven wheel 35 to rotate by a conveyer chain 34, and grid 37 is along length
Direction compartment of terrain is fixed with grid tooth 38, and grid component drives lattice by solid impurity in 37 filter sewage of grid, motor 31
The driving shaft 33 of grid component is rotated clockwise towards 4 side of the first connecting tube, is intensively pulled out fixed impurity by grid tooth 38
It outside grid pond 2, is placed on transport vehicle 5, the solid impurity in grid pond 2 is cleared up away in time, improves filter efficiency.
It is shown in Figure 4:
Preferably, grid tooth 38 includes body part 381 and teeth portion 382；
Body part 381, one side and grid 37 are connected, and the other side has alternately formed multiple teeth portion along its length
382, teeth portion 382 is for gathering, stopping solid impurity.
Specifically, grid tooth 38 is connected by body part 381 and grid 37 in the structure, and body part 381 is along length
Degree direction alternately forms multiple teeth portion 382 for being used to gather, stop solid impurity, and 382 compartment of terrain of teeth portion is distributed in ontology
Be conducive to sewage that solid impurity is swept along in portion 381 from quickly stream can mitigate solid in grid pond 2 in the gap that teeth portion 382 is spaced
Body impurity weight mitigates 31 load of motor.
It is shown in Figure 4:
Preferably, teeth portion 382 is formed with the first fission 383 and the second fission 384；
First seperated 383 one end and body part 381 are connected；
Second fission 384 is connected in the other end of the first fission 383 in 45 ° of ground.
Specifically, the second fission 384 of teeth portion 382 is connected in the first fission 383 far from ontology in 45 ° of ground in the structure
381 end of portion is arranged on the first fission 383 in 45 ° by the second fission 384 and is conducive to improve 382 transport solid impurity of teeth portion
It avoids solid impurity to slide back in grid pond 2 from increment again while amount, improves grid component cleaning efficiency.
Referring to shown in figure one:
Preferably, 5 bottom of transport vehicle is equipped with filtering bottom board 501, for leaching the ponding inside transport vehicle 5.
Specifically, 5 bottom of transport vehicle is provided with the ponding for leaching interior solid impurity in the structure, be conducive to mitigate
Solid impurity weight mitigates 5 hauled weight of transport vehicle, light, effortlessly improve conevying efficiency.
In the above-mentioned technical solutions, a kind of water treatment system based on biofilm carrier provided by the utility model is beneficial
Effect:
1, the grid component of the utility model design, grid component are provided with driving wheel, driven wheel, and driving wheel passes through transmission
Chain drives driven wheel rotation, and grid component one end invades inside grid pond, and the other end is exposed at outside grid pond, and driving wheel passes through
Motor driven rotates clockwise, and solid impurity follows grid component rotation to fall the transport vehicle outside grid pond from exposed junction
It is interior, compared with traditional manual cleaning, cleaning rubbish efficiency is improved, it is convenient and efficient.
2, the grid component of the utility model design, grid component includes grid and grid tooth, passes through grid net filtration
Solid impurity in sewage, and intensively pulled fixed impurity outside grid pond out by grid tooth, by the solid impurity in grid pond
It clears up away in time, improves filter efficiency.
3, the grid tooth of the utility model design, grid tooth includes body part and teeth portion, teeth portion be formed with first it is seperated and
Second is seperated, by second it is seperated be arranged on the first fission in 45 ° be conducive to improve teeth portion transport solid miscellaneous amount while again
It avoids solid impurity from sliding back in grid pond from increment, improves grid component cleaning efficiency.
It is above that certain exemplary embodiments of the utility model are only described by way of explanation, undoubtedly, for
Those skilled in the art can be with a variety of different without departing from the spirit and scope of the utility model
Mode is modified described embodiment.Therefore, above-mentioned attached drawing and description are regarded as illustrative in nature, and should not be construed as
Limitation to the utility model claims protection scope.
Claims (10)
1. a kind of water treatment system based on biofilm carrier characterized by comprising grid pond (2), biomembrane reaction pond
(8), plant pond (11)；
The grid pond (2), is placed with grid component to inner inclination, for filtering and transporting solid impurity；
The biomembrane reaction pond (8) is arranged in the grid pond (2) process downstream, is internally provided with biofilm carrier (9)；
The process downstream in the biomembrane reaction pond (8) is arranged in the plant pond (11), and wetland plant is laid with inside it
Object (12).
2. a kind of water treatment system based on biofilm carrier according to claim 1, which is characterized in that the grid pond
(2), one side side wall has water inlet line (1), and the side wall of relatively described water inlet line (1) side passes through the first connecting tube (4)
It is connected with the biomembrane reaction pond (8).
3. a kind of water treatment system based on biofilm carrier according to claim 2, which is characterized in that the grid pond
(2) oblique 45 ° of ground is rolled towards first connecting tube (4) in and is placed with the grid component, and described grid component one end is exposed
It is external in the grid pond (2), and receiving is equipped with admittedly below grid component exposed junction, above first connecting tube (4)
The transport vehicle (5) of body impurity；
The grid component width direction extends to the other side from the side of the grid pond (2), and the grid component is logical
It crosses motor (31) driving and is rotated towards the side of first connecting tube (4).
4. a kind of water treatment system based on biofilm carrier according to claim 2 or 3, which is characterized in that described
Floor drain pipe (7) are equipped with above one connecting tube (4), for connecting with ground, floor drain pipe (7) overhead surface is equipped with filter screen
(6), filtering solid contaminants are used for.
5. a kind of water treatment system based on biofilm carrier according to claim 4, which is characterized in that the floor drain pipe
(7) infundibular body that overhead surface is formed with that opening is big, outlet is small is contacted with filter screen (6).
6. a kind of water treatment system based on biofilm carrier according to claim 3, which is characterized in that the grid group
Part includes the grid (37) for filtering solid contaminants and the grid tooth (38) for gathering solid impurity；
Grid (37) both ends are fixed with conveyer chain (34), and the conveyer chain (34) drives rotation by the motor (31)
Turn；
Compartment of terrain is fixed with multiple grid teeth (38) along its length on the grid (37).
7. a kind of water treatment system based on biofilm carrier according to claim 6, which is characterized in that the grid tooth
It (38) include body part (381) and teeth portion (382)；
The body part (381), one side and the grid (37) are connected, and the other side has alternately formed along its length
Multiple teeth portion (382), the teeth portion (382) is for gathering, stopping solid impurity.
8. a kind of water treatment system based on biofilm carrier according to claim 7, which is characterized in that the teeth portion
(382) first seperated (383) and second seperated (384) are formed with；
Described first seperated (383) one end and the body part (381) are connected；
Described second seperated (384) are connected in the other end of described first seperated (383) in 45 ° of ground.
9. a kind of water treatment system based on biofilm carrier according to claim 1, which is characterized in that the plant pond
(11) side is connected to by the second connecting tube (10) with the biomembrane reaction pond (8), plant pond (11) other side connection
There are outlet conduit (13), for being connected to irrigation canals and ditches.
10. a kind of water treatment system based on biofilm carrier according to claim 3, which is characterized in that the transport
Vehicle (5) bottom is equipped with filtering bottom board (501), for leaching the internal ponding of the transport vehicle (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822112202.1U CN209428353U (en) | 2018-12-17 | 2018-12-17 | A kind of water treatment system based on biofilm carrier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822112202.1U CN209428353U (en) | 2018-12-17 | 2018-12-17 | A kind of water treatment system based on biofilm carrier |
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| Publication Number | Publication Date |
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| CN209428353U true CN209428353U (en) | 2019-09-24 |
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| CN201822112202.1U Active CN209428353U (en) | 2018-12-17 | 2018-12-17 | A kind of water treatment system based on biofilm carrier |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114259783A (en) * | 2021-12-31 | 2022-04-01 | 四川旅发环保科技有限公司 | A thick grid structure for dirty treatment facility of excrement |
| CN115536220A (en) * | 2022-11-29 | 2022-12-30 | 射阳县新港污水处理有限公司 | A gradable impurity separation device for sewage treatment |
-
2018
- 2018-12-17 CN CN201822112202.1U patent/CN209428353U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114259783A (en) * | 2021-12-31 | 2022-04-01 | 四川旅发环保科技有限公司 | A thick grid structure for dirty treatment facility of excrement |
| CN115536220A (en) * | 2022-11-29 | 2022-12-30 | 射阳县新港污水处理有限公司 | A gradable impurity separation device for sewage treatment |
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