CN207904091U - Sewage disposal microbial deactivation apparatus - Google Patents
Sewage disposal microbial deactivation apparatus Download PDFInfo
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- CN207904091U CN207904091U CN201820049261.6U CN201820049261U CN207904091U CN 207904091 U CN207904091 U CN 207904091U CN 201820049261 U CN201820049261 U CN 201820049261U CN 207904091 U CN207904091 U CN 207904091U
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- reaction generator
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Abstract
The utility model discloses a kind of sewage disposal microbial deactivation apparatus, including primary filter, aerobic microbiological reaction generator, anaerobe reaction generator, chlorination equipment and scarfing cinder hook, the primary filter is the body structure of inner hollow, body structure Left-Hand Panel center opens up the second tapped through hole for being threadedly coupled with water inlet, inside the primary filter two groups of filtering grids are mounted with relative to the central axis upright of water inlet, two groups of filtering grids from close to water inlet be macrovoid filtering grid and fine pore filtering grid successively to the right, the primary filter right panel opens up the first tapped through hole among lower end, first tapped through hole and plate below primary filter are tangent.The sewage disposal microbial deactivation apparatus is reasonable for structure, easy to operate, and the scarfing cinder that can periodically uncap prevents from blocking, and recommends to be widely used.
Description
Technical field
The utility model belongs to sewage water filtration technical field, and in particular to a kind of sewage disposal microbial deactivation apparatus.
Background technology
With the rapid economic development in our country, people's lives level is continuously improved, it is more and more containing there are many organise
The sewage for closing object generates, including sanitary sewage, trade effluent etc..Organic components therein are carrying out biological oxidation decomposable process
In need to consume a large amount of oxygen in water, cause water hypoxia and corrupt, cause serious water pollution and environmental pollution.Mesh
There are many preceding method that sewage disposal is carried out using microbial technique, such as activated sludge process, biofilm, upflow anaerobic sludge
Bed process etc., one of key of these technologies seek to screening, tame the microbe species high to organic matter of sewage capacity of decomposition, closely
Several years, effective microorganisms (EM) Technology obtained rapid development at home.Effective microbe is with photosynthetic bacteria, saccharomycete, lactic acid
The multiple-microorganisms such as bacterium and actinomyces flora can be used for handling degradable through a kind of novel microbial preparation made of compound criteria
Sewage.But aerobic bacteria generally cannot simultaneously play a role with anaerobic bacteria in same processing equipment, make conventional microorganism
The efficiency of technical finesse sewage is limited by technique.
Currently, can cannot make full use of and detest with the conventional method that effective microorganisms (EM) Technology is combined there is energy consumption height
The shortcomings of oxygen bacterium and aerobic bacteria decomposing organic matter.Therefore it provides one kind can ensure effective microbe efficient application, low energy consumption
Sewage-treatment plant becomes problem in the urgent need to address.
Utility model content
The purpose of this utility model is to provide a kind of sewage disposal microbial deactivation apparatus, to solve above-mentioned background technology
The problem of middle proposition.
To achieve the above object, the utility model provides the following technical solutions：A kind of sewage disposal microbial deactivation apparatus,
Including primary filter, aerobic microbiological reaction generator, anaerobe reaction generator, chlorination equipment and scarfing cinder hook,
The primary filter is the body structure of inner hollow, and body structure Left-Hand Panel center, which opens up, to be used for and water inlet
The second tapped through hole being threadedly coupled, the central axis upright inside the primary filter relative to water inlet are mounted with two
Group filtering grid, two groups of filtering grids are that macrovoid filtering grid and fine pore are filtered successively to the right from close water inlet
Grid opens up the first tapped through hole, first tapped through hole and primary mistake among primary filter right panel lower end
Plate is tangent below filter device, and the primary filter is by the first tapped through hole and oblique weld in the first connecting tube left end
On the connection of ring screw pipe screw thread, the periphery diameter of the ring screw pipe and the inner headed face diameter phase of the first tapped through hole
Together, the right end oblique weld of first connecting tube cylindrical surface upper end on the left of aerobic microbiological reaction generator, it is described aerobic
The top half of microbial reaction generator is hollow barrel shape structure, lower half portion is identical as barrel shape structural section circular diameter
Funnel type structure, the lower end disc of the funnel type structure is threadedly coupled with the second connecting tube, and second connecting tube is interior
The hollow L-type pipe structure in portion, the other end of second connecting tube are threaded in anaerobe reaction generator left end
Between on the third tapped through hole that opens up of position, the right end centre position of the anaerobe reaction generator offers and third
The 4th tapped through hole that connecting tube left end is threadedly coupled, the third connecting tube right end is threaded with chlorination equipment, described to disappear
Malicious device is the body structure of inner hollow, and the chlorination equipment inner upper end is installed with ultraviolet sterilization apparatus, described
The right panel lower thread of chlorination equipment is connected with water outlet.
Preferably, the primary filter lower panel left end vertical welding is fixed with the first blow-off pipe, the first row
Dirty infratubal port is threaded with the first blow-off pipe lid, the inner headed face diameter of the first blow-off pipe lid and the first blow-off pipe it is outer
Disc diameter is identical, and the first tapped through hole opened up on the right side of the primary filter is welded under with hook.
Preferably, opposite first connecting tube central axis upright is mounted with two groups of biological fiber mistakes in first connecting tube
Filter membrane, the biological fiber filter membrane are circular configuration.
Preferably, the second blow-off pipe, institute are welded on the left of the barrel shape structure lower end of the aerobic microbiological reaction generator
It states the second blowdown infratubal port and is threaded with the second blow-off pipe lid, the inner headed face diameter and second row of the second blow-off pipe lid
The periphery diameter of dirty pipe is identical, and three are vertically installed on the barrel shape structure centre axis of the aerobic microbiological reaction generator
The aerobic microbiological culture net of group circular configuration, the aerobic microbiological culture net are higher than the second blow-off pipe, aerobic micro- life
Activated carbon is filled in the funnel type structure of object reaction generator, activated carbon upper layer is placed with aerator.
Preferably, the anaerobe reaction generator is the body structure of inner hollow, and the anaerobe is anti-
Answer the two groups of interleaved modes in generator body structure inside that the anaerobe culture net of four groups of rectangular configurations, the anaerobism are installed
Microbial reaction generator body structure top panel is welded with exhaust outlet, and gas collection tank is threaded on the exhaust outlet.
Preferably, the handle end of the scarfing cinder hook is provided with lacing hole, and lanyard is tied on the lacing hole.
The technique effect and advantage of the utility model：The sewage disposal microbial deactivation apparatus, passes through primary filter
In two groups of filtering grid macrovoid filtering grids and fine pore filtering grid, stop the big residue of most of particle, Ke Yitong
It crosses scarfing cinder hook to clear out from the first sewage draining exit, move the water to flow into the first connecting tube, pass through two groups of biological fibers in the first connecting tube
Filter membrane, further to cross the residue that particle is small in drainage, water is produced by aerobic microbiological reaction generator, wherein aerator
Raw oxygen is acted on for aerobic microbiological and water, and the flocculation material of generation can be cleared out by scarfing cinder hook from the second sewage draining exit, and water is via work
Property charcoal under the second connecting tube flow into anaerobe reaction generator in, anaerobe reaction caused by gas pass through row
Gas port enters in gas collection tank, and the chlorination equipment that water is connected finally by third connecting tube is filled via ultraviolet sterilization
It is flowed out from water outlet after setting sterilization, the sewage disposal microbial deactivation apparatus is reasonable for structure, easy to operate, can periodically uncap clear
Slag prevents from blocking, and recommends to be widely used.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the primary filter structural schematic diagram of the utility model；
Fig. 3 is first connecting tube and aerobic microbiological reaction generator structural schematic diagram of the utility model；
Fig. 4 is the anaerobe reaction generator structural schematic diagram of the utility model；
Fig. 5 is the scarfing cinder hook structure schematic diagram of the utility model.
In figure：1 primary filter, 2 first connecting tubes, 3 aerobic microbiological reaction generators, 4 second connecting tubes, 5 are detested
Oxygen animalcule reaction generator, 6 third connecting tubes, 7 chlorination equipments, 8 water outlets, 9 water inlets, 10 scarfing cinder hooks, 11 macrovoid mistakes
Filter grid grid, 12 fine pore filtering grids, 13 first tapped through holes, 14 second tapped through holes, 15 first blow-off pipes, 16 first blowdowns
Pipe lid, 17 hooks, 21 ring screw pipes, 22 biological fiber filter membranes, 31 aerobic microbiological culture nets, 32 aerators, 33 are lived
Property charcoal, 34 second blow-off pipes, 35 second blow-off pipe lids, 51, third tapped through hole, 52 the 4th tapped through holes, 53 exhaust outlets, 54 gas
Body collecting tank, 55 anaerobes culture net, 71 ultraviolet sterilization apparatus, 101 lacing holes, 102 lanyards.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
The utility model provides a kind of sewage disposal microbial deactivation apparatus as shown in Figs. 1-5, including primary filter
Device 1, aerobic microbiological reaction generator 3, anaerobe reaction generator 5, chlorination equipment 7 and scarfing cinder hook 10, it is described first
Grade filter device 1 be inner hollow body structure, body structure Left-Hand Panel center open up for 9 screw thread of water inlet
Second tapped through hole 14 of connection, the central axis upright inside the primary filter 1 relative to water inlet 9 are mounted with two
Group filtering grid, two groups of filtering grids are macrovoid filtering grid 11 and fine pore successively to the right from close water inlet 9
Filtering grid 12 opens up the first tapped through hole 13, first tapped through hole among 1 right panel lower end of the primary filter
13 is tangent with plate below primary filter 1, and the primary filter 1 is existed by the first tapped through hole 13 with oblique weld
Ring screw pipe 21 on first connecting tube, 2 left end is threadedly coupled, the periphery diameter and the first spiral shell of the ring screw pipe 21
The inner headed face diameter of line through-hole 13 is identical, and the right end oblique weld of first connecting tube 2 is in aerobic microbiological reaction generator 3
Left side cylindrical surface upper end, the top half of the aerobic microbiological reaction generator 3 is hollow barrel shape structure, lower half portion is
Funnel type structure identical with barrel shape structural section circular diameter, 4 spiral shell of lower end disc and the second connecting tube of the funnel type structure
Line connects, and second connecting tube 4 is the L-type pipe structure of inner hollow, and the other end of second connecting tube 4 is threaded in
On the third tapped through hole 51 that 5 left end centre position of anaerobe reaction generator opens up, the anaerobe reaction hair
The right end centre position of raw device 5 offers the 4th tapped through hole 52 being threadedly coupled with 6 left end of third connecting tube, and the third connects
6 right end of take over is threaded with chlorination equipment 7, and the chlorination equipment 7 is the body structure of inner hollow, the chlorination equipment 7
Inner upper end is installed with ultraviolet sterilization apparatus 71, and the right panel lower thread of the chlorination equipment 7 is connected with water outlet
Mouth 8.
Specifically, 1 lower panel left end vertical welding of the primary filter is fixed with the first blow-off pipe 15, described first
15 lower port of blow-off pipe is threaded with the first blow-off pipe lid 16, the inner headed face diameter and first row of the first blow-off pipe lid 16
The periphery diameter of dirty pipe 15 is identical, and the first tapped through hole 13 that 1 right side of the primary filter opens up is welded under with extension
Hook 17, by scarfing cinder hook 10 hang over hook 17 on convenient for users to.
Specifically, opposite first connecting tube, 2 central axis upright is mounted with two groups of biological fibers in first connecting tube 2
Filter membrane 22, the biological fiber filter membrane 22 are circular configuration, further stop little particle residue.
Specifically, it is welded with the second blow-off pipe 34 on the left of the barrel shape structure lower end of the aerobic microbiological reaction generator 3,
Second blow-off pipe, 34 lower port is threaded with the second blow-off pipe lid 35, the inner headed face diameter of the second blow-off pipe lid 35
It is identical as the periphery diameter of the second blow-off pipe 34, on the barrel shape structure centre axis of the aerobic microbiological reaction generator 3
It is vertically installed with the aerobic microbiological culture net 31 of three groups of circular configurations, the aerobic microbiological culture net 31 is higher than the second blowdown
Pipe 34 is filled with activated carbon 33 in the funnel type structure of the aerobic microbiological reaction generator 3, and 33 upper layer of activated carbon is placed with
Aerator 32, for providing sufficient oxygen to aerobic microbiological.
Specifically, the anaerobe reaction generator 5 is the body structure of inner hollow, the anaerobe is anti-
Answer 5 body structure of generator inside, two groups of interleaved modes that the anaerobe culture net 55 of four groups of rectangular configurations is installed, it is described
5 body structure top panel of anaerobe reaction generator is welded with exhaust outlet 53, and gas is threaded on the exhaust outlet 53
Body collecting tank 54.
Specifically, the handle end of the scarfing cinder hook 10 is provided with lacing hole 101, lanyard 102 is tied on the lacing hole 101.
Specifically, the sewage disposal microbial deactivation apparatus, passes through two groups of filtering grids in the primary filter 1
Macrovoid filtering grid 11 and fine pore filtering grid 12 stop the big residue of most of particle, can pass through the scarfing cinder hook
10 clear out from the first sewage draining exit 15, move the water to flow into the first connecting tube 2, fine by two groups of biologies in first connecting tube 2
Dimensional filter film 22, it is further to cross the small residue of particle in drainage, water by the aerobic microbiological reaction generator 3, wherein
Aerator 32 generates oxygen and is acted on for aerobic microbiological and water, and the flocculation material of generation can be by scarfing cinder hook 10 from the second sewage draining exit
34 clear out, and water is flowed into via the second connecting tube 4 under activated carbon 33 in anaerobe reaction generator 5, and anaerobe is anti-
Gas caused by answering is entered by exhaust outlet 53 in gas collection tank 54, and water disappears finally by what third connecting tube 6 was connected
Malicious device 7 flows out after being sterilized via the ultraviolet sterilization apparatus 71 from water outlet 8, sewage disposal microbe filter dress
Set reasonable for structure, easy to operate, the scarfing cinder that can periodically uncap prevents from blocking, and recommends to be widely used.
Finally it should be noted that：The above descriptions are merely preferred embodiments of the present invention, is not limited to this
Utility model, although the utility model is described in detail with reference to the foregoing embodiments, for those skilled in the art
For, it still can be with technical scheme described in the above embodiments is modified, or to which part technical characteristic
Equivalent replacement is carried out, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on,
It should be included within the scope of protection of this utility model.
Claims (6)
1. a kind of sewage disposal microbial deactivation apparatus, including primary filter (1), aerobic microbiological reaction generator (3),
Anaerobe reaction generator (5), chlorination equipment (7) and scarfing cinder hook (10), it is characterised in that：The primary filter
(1) be inner hollow body structure, body structure Left-Hand Panel center is opened up for being threadedly coupled with water inlet (9)
Second tapped through hole (14), the internal central axis upright relative to water inlet (9) of the primary filter (1) are mounted with two
Group filtering grid, two groups of filtering grids are from being macrovoid filtering grid (11) successively to the right at the water inlet (9) and small
Fracture filtration grid (12), opens up the first tapped through hole (13) among primary filter (1) the right panel lower end, and described
One tapped through hole (13) and plate below primary filter (1) are tangent, and the primary filter (1) is logical by the first screw thread
Hole (13) is threadedly coupled with ring screw pipe (21) of the oblique weld on the first connecting tube (2) left end, the ring screw pipe
(21) periphery diameter is identical as the inner headed face diameter of the first tapped through hole (13), and the right end of first connecting tube (2) inclines
Inclined weld is connected on cylindrical surface upper end on the left of aerobic microbiological reaction generator (3), the aerobic microbiological reaction generator (3) it is upper
Half portion is divided into hollow barrel shape structure, lower half portion is funnel type structure identical with barrel shape structural section circular diameter, the leakage
The lower end disc of bucket type structure is threadedly coupled with the second connecting tube (4), and second connecting tube (4) is the L-type pipe of inner hollow
Structure, the other end of second connecting tube (4) are threaded in anaerobe reaction generator (5) left end centre position and open
If third tapped through hole (51) on, the right end centre position of the anaerobe reaction generator (5) offers and third
The 4th tapped through hole (52) that connecting tube (6) left end is threadedly coupled, third connecting tube (6) right end are threaded with disinfection dress
It sets (7), the chlorination equipment (7) is the body structure of inner hollow, and chlorination equipment (7) inner upper end is installed with purple
The right panel lower thread of outside line sterilizing unit (71), the chlorination equipment (7) is connected with water outlet (8).
2. a kind of sewage disposal microbial deactivation apparatus according to claim 1, it is characterised in that：The primary filter dress
It sets (1) lower panel left end vertical welding and is fixed with the first blow-off pipe (15), the first blow-off pipe (15) lower port is threadedly coupled
There are the first blow-off pipe lid (16), the inner headed face diameter and the periphery of the first blow-off pipe (15) of the first blow-off pipe lid (16) straight
Diameter is identical, and the first tapped through hole (13) opened up on the right side of the primary filter (1) is welded under with hook (17).
3. a kind of sewage disposal microbial deactivation apparatus according to claim 1, it is characterised in that：First connecting tube
(2) opposite first connecting tube (2) central axis upright is mounted with two groups of biological fiber filter membranes (22), the biological fiber mistake in
Filter membrane (22) is circular configuration.
4. a kind of sewage disposal microbial deactivation apparatus according to claim 1, it is characterised in that：The aerobic microbiological
It is welded with the second blow-off pipe (34), the second blow-off pipe (34) lower port on the left of the barrel shape structure lower end of reaction generator (3)
It is threaded with the second blow-off pipe lid (35), the inner headed face diameter of the second blow-off pipe lid (35) and the second blow-off pipe (34)
Periphery diameter is identical, and three groups are vertically installed on the barrel shape structure centre axis of the aerobic microbiological reaction generator (3)
The aerobic microbiological culture net (31) of circular configuration, the aerobic microbiological culture net (31) are higher than the second blow-off pipe (34), institute
It states and is filled with activated carbon (33) in the funnel type structure of aerobic microbiological reaction generator (3), activated carbon (33) upper layer is placed with
Aerator (32).
5. a kind of sewage disposal microbial deactivation apparatus according to claim 1, it is characterised in that：The anaerobe
Reaction generator (5) is the body structure of inner hollow, two groups of anaerobe reaction generator (5) the body structure inside
Interleaved mode is equipped with the anaerobe culture net (55) of four groups of rectangular configurations, the anaerobe reaction generator (5)
Body structure top panel is welded with exhaust outlet (53), and gas collection tank (54) is threaded on the exhaust outlet (53).
6. a kind of sewage disposal microbial deactivation apparatus according to claim 1, it is characterised in that：The scarfing cinder hook (10)
Handle end be provided with lacing hole (101), be tied with lanyard (102) on the lacing hole (101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820049261.6U CN207904091U (en) | 2018-01-12 | 2018-01-12 | Sewage disposal microbial deactivation apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820049261.6U CN207904091U (en) | 2018-01-12 | 2018-01-12 | Sewage disposal microbial deactivation apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207904091U true CN207904091U (en) | 2018-09-25 |
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ID=63567180
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820049261.6U Active CN207904091U (en) | 2018-01-12 | 2018-01-12 | Sewage disposal microbial deactivation apparatus |
Country Status (1)
| Country | Link |
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| CN (1) | CN207904091U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114031247A (en) * | 2021-07-07 | 2022-02-11 | 王梓斐 | Domestic sewage treatment device and control method thereof |
-
2018
- 2018-01-12 CN CN201820049261.6U patent/CN207904091U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114031247A (en) * | 2021-07-07 | 2022-02-11 | 王梓斐 | Domestic sewage treatment device and control method thereof |
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