CN109133224A - A kind of rural sewage treatment clustering management system and method - Google Patents
A kind of rural sewage treatment clustering management system and method Download PDFInfo
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- 239000010865 sewage Substances 0.000 title claims abstract description 202
- 238000011282 treatment Methods 0.000 title claims abstract description 99
- 238000000034 method Methods 0.000 title claims abstract description 35
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 126
- 238000012423 maintenance Methods 0.000 claims abstract description 65
- 238000007726 management method Methods 0.000 claims description 69
- 238000004140 cleaning Methods 0.000 claims description 25
- 238000005259 measurement Methods 0.000 claims description 19
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- 239000000463 material Substances 0.000 claims description 8
- XKMRRTOUMJRJIA-UHFFFAOYSA-N ammonia nh3 Chemical compound N.N XKMRRTOUMJRJIA-UHFFFAOYSA-N 0.000 claims description 6
- 230000007774 longterm Effects 0.000 claims description 6
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- 238000009826 distribution Methods 0.000 abstract description 7
- 239000003344 environmental pollutant Substances 0.000 description 6
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- IJGRMHOSHXDMSA-UHFFFAOYSA-N Atomic nitrogen Chemical compound N#N IJGRMHOSHXDMSA-UHFFFAOYSA-N 0.000 description 2
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- OAICVXFJPJFONN-UHFFFAOYSA-N Phosphorus Chemical compound [P] OAICVXFJPJFONN-UHFFFAOYSA-N 0.000 description 1
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- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/008—Control or steering systems not provided for elsewhere in subclass C02F
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Abstract
The invention discloses a kind of rural sewage treatment clustering management system and methods, belong to technical field of sewage；Rural sewage treatment system is for handling and purifying sewage in the present invention, the water quality information of sewage and equipment operating data in collected rural sewage treatment system are fed back to generalized information management system by field data acquisition and control system, and it receives the director data from generalized information management system and then controls rural sewage treatment system, the generalized information management system intelligent generating device maintenance project after being analyzed and processed the equipment operating data received filters out the order parameter closest to situation and passes to field data acquisition and control system.The present invention can effectively solve that operation and maintenance caused by the distribution of current rural sewage treatment is wide, rural area technical staff is backward in technique are difficult and the problems such as the wasting of resources.
Description
Technical field
The invention belongs to technical field of sewage, more specifically to a kind of rural sewage treatment clustering management
System and method.
Background technique
Environmental pollution is serious caused by domestic sewage in rural areas jeopardizes the survival and development in rural area, how rural area is effectively treated
Sanitary sewage has become environmental protection administrations at different levels and urgently solves the problems, such as；The Drainage feature of country sewage is different from city, rural people
Mouth density is small, sparsely populated, and traditional countryside sewage station location is caused relatively to be dispersed, this brings greatly to maintenance with operation
It is inconvenient；Due to the limitation of human resources, the agriculture for causing traditional rural sewage treatment station administration Personnel Skill Levels limited, traditional
The equipment fault of village's Sewage Disposal generally relies on manually to judge, and much due to caused by artificial incorrect operation, industry
It needs technical professional to make an inspection tour maintenance, causes the waste in resource.
Such as: the Chinese patent document that China Patent No. is 201611266498.1 discloses a kind of domestic sewage in rural areas
Processing system comprising sewage-treatment plant and monitoring device, wherein the sewage-treatment plant includes setting gradually:
Coarse rack, lift pump room, fine fack, setting pot, conditioning tank, hydrolysis acidification pool, SBR biochemical reaction tank, conventional rapid filter disinfection
Pond and sampling pond；The monitoring device includes entry data acquisition unit and outlet sampling unit；The program there is
The problem of stating.
For another example: the Chinese patent that China Patent No. is 201810554164.7 discloses a kind of rural domestic sewage treatment
System comprising: pretreatment system, anaerobic biofilter and artificial wet land system；The pretreatment system, anaerobic biofilter
Pipeline is passed sequentially through with artificial wet land system to be connected to；The pretreatment system includes grid setting pot and oil separator；It is described artificial
Wet land system includes multiple wetland units；Domestic sewage in rural areas is concentrated in grid setting pot, bulky grain sundries is removed and is sunk
Sand is re-fed into oil separator and carries out water-oil separating, and the sewage after separation is sent into anaerobic biofilter and carries out Anaerobic Treatment, then
It is sent into artificial wet land system, domestic sewage in rural areas is percolated, is finally discharged from the water outlet of artificial wet land system, agriculture is completed
Village's sanitary sewage disposal；Present invention combination artificial swamp, biologic treating technique and multilayer diafiltration techniques, to the suspension in sewage
Object, total phosphorus, total nitrogen, ammonia nitrogen are effectively removed, and low energy consumption, and land occupation is few, and running cost is low, and management service is convenient, are had good
Good application prospect；But the program still remains drawbacks described above.
Summary of the invention
1. to solve the problems, such as
Relatively difficult compared with operation maintenance caused by dispersion and the limitation of human resources for existing country sewage station location,
The wasting of resources and the unreasonable problem of collection in worksite water quality data, the present invention provide a kind of rural sewage treatment clustering management
System and method is efficiently solved caused by current rural sewage treatment distribution is wide, rural area technical staff is backward in technique and is runed
The problems such as the difficult in maintenance and wasting of resources；Moreover, can be improved the level of decision-making of operation maintenance business, is calculated and divided by big data
Intelligent generating device maintenance project is analysed, timely maintenance is allowed users to, avoids unnecessary failure accident, improve system
Stability and safety.
2. technical solution
To solve the above-mentioned problems, the technical solution adopted in the present invention is as follows:
A kind of rural sewage treatment clustering management system comprising at generalized information management system and multiple country sewages
Reason system and field data corresponding with rural sewage treatment system acquisition and control system, the rural sewage treatment system
System is for handling and purifying sewage；The field data acquisition and control system will be in collected rural sewage treatment systems
The water quality information and equipment operating data of sewage feed back to generalized information management system, and receive and come from generalized information management system
Director data so that control rural sewage treatment system, the equipment received is run number by the generalized information management system
According to generating device maintenance project intelligent after being analyzed and processed, and the water quality information received is handled, according to existing
Big data information sifting goes out the order parameter closest to situation and passes to field data acquisition and control system.
Preferably, the corrective maintenance plan includes recent maintenance project, mid-term maintenance project and long-term maintenance project；
After the generalized information management system analyzes the operation data at rural sewage treatment station, and believe from existing big data
Equipment operation information when breath is filtered out closest to situation simultaneously generates recent maintenance project, mid-term maintenance project and long-term maintenance meter
It draws；The equipment operation information includes the number handled by big data to the actual performance of equipment, reliability and service life
Accordingly and existing big data information sifting handle closest to the data of situation out and then artificial intelligence equipment is joined in instruction
The time and probability that equipment fault occurs when number operating status.
Preferably, the time that the analog machine failure occurs is between 5~10 days, and odds is greater than 30%
When, generalized information management system intelligently generates recent maintenance project, i.e., potential faults is discharged within 3 days；The equipment event
The time that barrier occurs is between 10~20 days, and when odds is greater than 18%, generalized information management system intelligently generates mid-term
Potential faults are discharged in maintenance project within 7 days；The time that the equipment fault occurs is 20 days or more, generation it is several
When rate is greater than 10%, generalized information management system intelligently generates recent maintenance project, i.e., potential faults is discharged within 15 days.
Preferably, the rural sewage treatment system includes the first rural sewage treatment subsystem and the second country sewage
Processing subsystem；The first rural sewage treatment subsystem and the second rural sewage treatment subsystem is used to individually handle
Sewage, the field data acquisition can individually acquire at least the first rural sewage treatment subsystem and second with control system
One in rural sewage treatment subsystem, and execute the command information from generalized information management system.
Preferably, the generalized information management system be one for the operation data of all devices be acquired with
And the data platform analyzed the data information of acquisition, stored and shown, the generalized information management system pass through existing
Field information collection and control system are acquired the operation data of all devices；The generalized information management system includes comprehensive
Close information memory cell and integrated information processing unit；The integrated information processing unit from field data for that will acquire
Integrated information storage unit is uploaded to after the information analysis processing of control system；The integrated information storage unit will receive
To data information memory and be compared with the data of information bank, the order parameter filtered out closest to situation feeds back to synthesis
Information process unit；The order parameter fed back from integrated information storage unit is passed to scene by integrated information processing unit
Information collection and control system；The generalized information management system holds APP and enterprises end APP will by user terminal APP, after sale
The command information and corrective maintenance plan of collected data information and generation are shown；The user terminal APP is used for
The online real time inspection of user's realization and operation equipment, online guarantee, reception maintenance plan, equipment part buying and knowledge base etc.；
The end APP after sale sends work work order for enterprise's engineer's reception maintenance after sale, realizes each node of maintenance of equipment process
Track record；The enterprises end APP for enterprise site realize report for repairment work order send work, receive user accessories order and with
The overall process of track maintenance.
Preferably, the rural sewage treatment system includes reservoir；The reservoir is used for sewage storage；It is described
Field data acquisition with control system measurement reservoir in water quality situation and real-time delivery to generalized information management system；It surveys
When amount, sewage in tank is measured using multilayer, every layer with a thickness of 30~50cm；Field data acquisition and control system pair
Equally distributed 10~16 positions of every layer of sewage carry out data acquisition.
Preferably, the rural sewage treatment system further includes the first aqueduct and the second aqueduct；Described
The bottom of first aqueduct is fixed on the inside of reservoir；The side of first aqueduct intakes equipped with a column first
Mouthful；The top of first aqueduct is equipped with support frame；The side wall of the support frame and reservoir connects；Second water delivery
Pipeline is plugged on the inside of the first aqueduct after support frame；On the side of second aqueduct corresponding first into
The height at the mouth of a river is equipped with the second water inlet mutually staggered；Using the plane where the top of the first aqueduct as referential, the
Angle between two water inlets is 50 °~80 °；It is equipped at the top of the support frame for driving the rotation of the second aqueduct
First gear.
Preferably, the gap between first aqueduct and the second aqueduct be 2~5mm, described first
Flexible water suction ring is equipped between aqueduct and the second aqueduct；The flexible water suction ring is flexible water uptake expansion material.
Preferably, the side that first aqueduct is equipped with the first water inlet is equipped with cleaning cutter；Described is clear
Cutter is washed for removing the sundries of the first water inlet accumulation；The cleaning cutter is a body of rod, and bottom is equipped with and the
The cutter head that one aqueduct side is in close contact；The cleaning cutter grafting is on the support frame, wherein cleans the side of cutter
Equipped with the positioning protrusion for limiting cleaning cutter transverse movement；The other side of the cleaning cutter is equipped with tooth structure；Institute
Second gear is installed at the top of the support frame stated；The second gear engages company with the tooth structure on the cleaning flank of tool
It connects.
A kind of method of rural sewage treatment clustering management system described in claim 1, reservoir is by sewage storage
Get up, the sewage layering in reservoir is input to by next treatment process by stepped pipeline；It is layered sewage quality data
Measuring process are as follows:
A. the sewage in tank be divided into multilayer measurement, every layer with a thickness of 30~50cm；In 10~15 minutes, scene
Information collection and control system carry out water quality data acquisition to every layer of equally distributed 10~16 positions of sewage, obtain every layer
The average value W of the water quality data of sewagei0；
B. in the water quality data of every layer of sewage with average value Wi0Difference greater than 6% water quality data be interference data, go
Fall to interfere data, obtains the average value W of the water quality data of discharge interference data in this layeri1, Wi1Water quality as sewage in this layer
Data；
C. it is collected into the corresponding water quality data W of sewage in every layeri1Afterwards, from top to bottom, stepped pipeline is by the sewage of respective layer
It is input to next treatment process；Meanwhile field data acquisition feeds back to generalized information management system with control system, to screen
Out closest to the order parameter of situation；
D. above-mentioned water quality data is one kind or several of the measurement data of ammonia nitrogen measuring instrument, pH detector and COD analyzer
Kind.3. beneficial effect
Compared with the prior art, the invention has the benefit that
(1) the rural sewage treatment station of dispersion is focused on the unified platform by network and is managed by the present invention, Neng Goushi
Now long-range monitoring and control, scene is on duty without personnel on site, directly can remotely find failure at the first time, user passes through
Computer and intelligent terminal access and modify to the working condition of MCC, can see operating status, the discharge outlet of equipment at any time
The water quality data of water outlet, remotely modifying device parameter and switching on and shutting down operation, without saving a large amount of manpower and material resources to scene；?
When failure occurs, it can respond at the first time, improve safety, stability and the reliability of Sewage Disposal；
(2) operation data that the present invention can collect all line rural sewage treatments station carries out big data analysis, improves
The level of decision-making of operation maintenance business；It is calculated by big data and analyzes intelligent generating device maintenance project, allowed users in time
Maintenance avoids unnecessary failure accident, improves the stability and safety of system, and great perspective, Ji Nengbao
Card production and the cost that can economize on resources；
(3) in rural sewage treatment clustering management system and method for the present invention, a kind of water quality acquisition data are disclosed
Method proposes a kind of water quality data of layering measurement sewage, can make to avoid due in sewage pollutant distribution it is uneven and
There is the generation of deviation in caused water quality data, and the method for multilayer measurement has big data processing to combine, by sewage quality
Data it is most detailed be uploaded to generalized information management system, according to existing big data information bank, filter out the finger of optimization
Parameter is enabled, keeps system Construction at low cost, system operation is more efficient, more energy efficient；In addition, the water quality data in each layer of sewage passes through
After analysis processing the measurement accuracy of each measured parameter can be still ensured that under the premise of reducing equipment input cost.
Detailed description of the invention
Fig. 1 is general illustration of the invention；
Fig. 2 is the schematic diagram of rural sewage treatment system in the present invention；
Fig. 3 is the structure chart of rural sewage treatment system in the present invention；
Fig. 4 is the structural representation of the first aqueduct and the second aqueduct in rural sewage treatment system in the present invention
Figure；
Fig. 5 is power transmission arrangment figure on support frame in rural sewage treatment system in the present invention；
Fig. 6 is the structural schematic diagram of the first aqueduct and the second aqueduct in rural sewage treatment system in the present invention
Between interstitial structure schematic diagram.
In figure: 1, reservoir；2, the first aqueduct；201, the first water inlet；3, support frame；4, the second aqueduct；
401, the second water inlet；5, flexible water suction ring；6, cutter is cleaned；601, positioning protrusion；7, first gear；8, second gear.
Specific embodiment
The present invention is further described below combined with specific embodiments below.
Embodiment 1
As shown in Figure 1, a kind of rural sewage treatment clustering management system comprising generalized information management system and multiple
Rural sewage treatment system and field data corresponding with rural sewage treatment system acquisition and control system, at country sewage
Reason system is for handling and purifying sewage；Field data acquisition and control system will be dirty in collected rural sewage treatment system
The water quality information and equipment operating data of water feed back to generalized information management system, and receive from generalized information management system
Director data controls rural sewage treatment system in turn；Generalized information management system is divided the equipment operating data received
Intelligent generating device maintenance project after analysis processing, and the water quality information received is handled, believed according to existing big data
Breath filters out the order parameter closest to situation and passes to field data acquisition and control system；Wherein, generalized information management
System be one for being acquired to the operation data of all devices and analyzed the data information of acquisition, stored and
The data platform of displaying, generalized information management system is acquired by field data and control system is to the operation datas of all devices
It is acquired, generalized information management system includes integrated information storage unit and integrated information processing unit, integrated information processing
Unit is used to that integrated information storage unit will to be uploaded to after the information analysis processing from field data acquisition and control system, comprehensive
It closes information memory cell to be compared by the data information memory received and with the data of information bank, filter out closest to situation
Order parameter feed back to integrated information processing unit, integrated information processing unit will be fed back from integrated information storage unit
Order parameter pass to field data acquisition and control system, generalized information management system by user terminal APP, hold after sale
APP and enterprises end APP shows the command information and corrective maintenance plan of collected data information and generation, uses
When, user realizes online real time inspection and operation equipment by user terminal APP, online guarantee, receives maintenance plan, equipment part
Buying and knowledge base etc., enterprise engineer after sale send work work order by end APP reception maintenance after sale, realize maintenance of equipment process
The track record of each node, enterprise site by enterprises end APP realize report for repairment work order send work, receive user accessories order and
Track the overall process of maintenance；The rural sewage treatment station of dispersion is focused on the unified platform by network in the present embodiment and carries out pipe
Reason can be realized long-range monitoring and control, not be limited by geographic；Scene is on duty without personnel on site, directly long-range
Failure can be found at the first time, and user is accessed and modified to the working condition of MCC by computer and intelligent terminal, can
The operating status of equipment, the water quality data of discharge outlet water outlet, remotely modifying device parameter and switching on and shutting down operation are seen at any time, are not necessarily to
To scene, a large amount of manpower and material resources are saved；It when failure occurs, can respond at the first time, improve Sewage Disposal
Safety, stability and reliability.
In addition, traditional Sewage Disposal generally uses periodic maintenance, tool bears the character of much blindness, rural sewage treatment station
Equipment fault be all to judge by artificial, since traditional rural sewage treatment station administration Personnel Skill Levels are limited, very
Multiple faults leads to the rising of operation cost due to caused by artificial incorrect operation；In addition, Sewage Disposal is set due to unexpected
Standby failure also easily influences the processing work to sewage, in turn results in adverse effect；And the clustering management system in the present embodiment
For system by long-distance centralized control, scene is unattended, does not need special site administrator, directly remotely can first when
Between find failure, and respond at the first time, substantially increase the safety of Sewage Disposal, stability and reliable for operation
Property；A kind of corrective maintenance plan is also disclosed in this example, under the premise of cutting operating costs, also ensures equipment operation
Reliability；Specific as follows: corrective maintenance plan includes recent maintenance project, mid-term maintenance project and long-term maintenance project, synthesis
After information management system analyzes the operation data at rural sewage treatment station, and go out most from existing big data information sifting
Equipment operation information when close to situation simultaneously generates recent maintenance project, mid-term maintenance project and long-term maintenance project；Equipment fortune
Row information includes data and the existing big number handled by big data to the actual performance of equipment, reliability and service life
It is believed that the data that breath is filtered out closest to situation handle artificial intelligence equipment equipment in order parameter operating status in turn
The time and probability that failure occurs；Wherein, the time that analog machine failure occurs is between 5~10 days, and odds is greater than
When 30%, generalized information management system intelligently generates recent maintenance project, i.e., potential faults is discharged within 3 days；Described sets
The time that standby failure occurs is between 10~20 days, and when odds is greater than 18%, generalized information management system is intelligently generated
Mid-term maintenance project, i.e., be discharged potential faults within 7 days；The time that the equipment fault occurs is 20 days or more, is occurred
Probability when being greater than 10%, generalized information management system intelligently generates recent maintenance project, i.e., it is hidden that failure is discharged within 15 days
Suffer from；Its operation data that can collect all line rural sewage treatments station carries out big data analysis, improves operation maintenance business
Level of decision-making；It is calculated by big data and analyzes intelligent generating device maintenance project, allowed users to timely maintenance, avoid
Unnecessary failure accident improves the stability and safety of system, and great perspective, not only can guarantee production but also can save
Resources costs.
Traditional rural sewage treatment system is in only one local independent operating system, once it breaks down, easily
To being adversely affected with water for local resident；In order to solve this problem, as shown in Fig. 2, rural sewage treatment system packet
Include the first rural sewage treatment subsystem and the second rural sewage treatment subsystem；The first rural sewage treatment subsystem
It is used to individually handle sewage with the second rural sewage treatment subsystem, the field data acquisition can be single with control system
Solely one in acquisition at least the first rural sewage treatment subsystem and the second rural sewage treatment subsystem, and it is executed and is come
From the command information of generalized information management system；First rural sewage treatment subsystem and the second rural sewage treatment subsystem are flat
When working, as long as meeting the 80% of the fullcharging work sewage treatment that can meet local rural area, in order to prevent due to suddenly therefore
The negative effect that domestic water is generated caused by the paralysis of barrier and sewage disposal system, in the present embodiment, using at least two
A mutually independent rural sewage treatment subsystem, i.e. the first rural sewage treatment subsystem and the second rural sewage treatment subsystem
System, the scale of single rural sewage treatment subsystem is smaller, and cost is relatively low, and relatively more independent between each other, once wherein
One of break down and then sewage disposal system caused to be paralysed, rural sewage treatment subsystem in addition is also able to satisfy local minimum
The process demand of domestic water is also beneficial to the permanent of equipment in addition, rural sewage treatment subsystem is not on fullcharging work
It uses, increases the service life of equipment.
The field data acquisition and control system include liquidometer, mud level meter, ammonia nitrogen measuring instrument, SS analyzer, DO
Analyzer, COD analyzer and intelligent MCC cabinet, intelligent MCC cabinet is for real-time monitoring and controls control rural sewage treatment system
Equipment operation condition；Internet remote download program remotely monitors MCC to intelligent MCC cabinet, realizes remote debugging；Ammonia nitrogen measurement
Instrument, pH detector, mud level meter, position sensor, liquidometer and COD analyzer are used for real-time monitoring water quality information, obtain accurate
Ground water quality information, to go out the order parameter closest to situation from existing big data information sifting, total energy consumption is reduced
29.6%, comprehensive operation cost has dropped 14.7%.
Embodiment 2
Since rural sewage treatment station is generally by storage after sewage simple filtration into reservoir 1, sewage is then measured
Water quality data carries out subsequent processing on this basis；Sewage in reservoir 1 due to more, pollutant distribution in sewage
And it is uneven, the water quality data inaccuracy that detection likely results in simply is carried out to it, influences subsequent process,
Moreover, the pollutant in sewage is due to the factor of self gravity, the height and position for causing it to be in sewage is different, and then causes
Pollutant in different layers sewage is different, in order to save cost, according to the difference of sewage quality data, and corresponding order parameter
Also different, therefore, also in requisition for being handled differently, in the present embodiment, disclose a kind of rural sewage treatment system；With embodiment 1,
Except that: rural sewage treatment system includes reservoir 1, and the reservoir is used for sewage storage, field data acquisition
With the water quality situation in control system measurement reservoir and real-time delivery is to generalized information management system；When measurement, in tank
Sewage measured using multilayer, every layer with a thickness of 30~50cm, field data acquisition and control system are equal to every layer of sewage
10~16 positions of even distribution carry out data acquisition, obtain the average value W of the water quality data of every layer of sewagei0；Every layer of sewage
In water quality data with average value Wi0Difference greater than 6% water quality data be interference data, remove interference data, obtain in the layer
The average value W of the water quality data of discharge interference datai1, Wi1Water quality data as sewage in this layer；It is to be collected dirty into each layer
When the water quality data of water, sewage layering is subjected to subsequent processing；In the present embodiment, using a kind of water quality of layering measurement sewage
Data can make to avoid since the generation of deviation occurs in water quality data caused by pollutant distribution is uneven in sewage, and
Multilayer measurement method in which corrected, and then obtain really be closest to water quality pollution level water quality data, by sewage water
The data of matter are most detailed to be uploaded to generalized information management system, according to existing big data information bank, filters out optimization
Order parameter makes system operation cost reduce 11.8%, and system operation is more efficient, more energy efficient；In addition, in each layer of sewage
Water quality data can still ensure that the measurement of each measured parameter under the premise of reducing equipment input cost after handling by analysis
Precision.
Embodiment 3
With embodiment 2, except that: as seen in figures 3-5, rural sewage treatment system further includes stepped pipeline, classification
Pipeline the first aqueduct 2 and the second aqueduct 4, the bottom of the first aqueduct 2 are fixed on the inside of reservoir 1, and first
The side of aqueduct 2 is equipped with perpendicular first water inlet of column 201, and the top of the first aqueduct 2 is equipped with support frame 3, support frame 3
It can be the cirque structure for being socketed in 2 top of the first aqueduct, or other structures, herein with no restrictions；Support
Frame 3 is connect with the side wall of reservoir 1；One end of second aqueduct 4 is plugged on the first aqueduct 2 after passing through support frame 3
Inside, the other end are connect with hose, wherein hose can by sewage transport to next treatment process, the second aqueduct 4
The height of corresponding first water inlet 201 is equipped with the second water inlet 401 mutually staggered on side, with the top of the first aqueduct 2
Plane where end is referential, and the angle between the second water inlet 401 is 50 °~80 °, wherein between the second water inlet 401
Angle cross conference and make the diametric requirements to the first aqueduct 2 and the second aqueduct 4 excessive, lead to cost increase, two
The angle too small of person, it will cause the sewage between adjacent layer to mix, and is unfavorable for the purpose of layered shaping；Support frame 3
Top is equipped with the first gear 7 for driving the second aqueduct 4 to rotate.Wherein, the first water inlet 201 and the second water inlet
401 shape size is identical, can for circle, or rectangular, this is not restricted, first used in the present embodiment into
The mouth of a river 201 and the second water inlet 401 are rectangular, a length of 15cm, width 5cm；First aqueduct 2 and the second aqueduct 4
Pipe diameter be respectively 35cm and 30cm；When carrying out layered shaping to sewage, only the first tooth need to be driven by power device
7 rotation of wheel, and then rotate the second aqueduct 4, come realize the second water inlet 401 of different height and first in respective layer into
The mouth of a river 201 is overlapped, and by the cooperation of water pump, the inside of the second aqueduct 4 is made to generate negative pressure, and then by the sewage in respective layer
It is delivered at subsequent processing；Such device has structure simple and high reliability.
Due to having gap between the first aqueduct 2 and the second aqueduct 4, protected when conveying sewage, and then inevitably
Sewage in card different layers enters the first aqueduct 2, by reducing between the first aqueduct 2 and the second aqueduct 4
Gap can solve the above problems, still, can be to installment work and the accuracy of manufacture if gap between the two is too small
On propose excessively high requirement, result in the rising of cost, discovery largely tested by applicant, processing rural area class life
When with water, it is only necessary to the gap between the first aqueduct 2 and the second aqueduct 4 is limited between 2~5mm, can be solved
The certainly above problem, and there is very high cost performance；Moreover, being equipped with flexibility between the first aqueduct 2 and the second aqueduct 4
Absorb water ring 5, and flexibility water suction ring 5 is flexible water uptake expansion material；The setting of flexibility water suction ring 5 can be avoided the sewage of other layers according to
It is secondary after second water inlet 401 of the first water inlet 201, gap and this layer, into the second aqueduct 4, after being conducive to
Continuous process；When installation, first flexibility water suction ring 5 is socketed on the second aqueduct 4, secondly, by the second aqueduct 4
It is plugged on the inside of the first aqueduct 2, flexibility water suction ring 5 is before water suction, and volume can't be too big, therefore, in installation process
It is relatively easy；Since flexibility water suction ring 5 is using materials such as flexible water uptake expansion materials, such as cotton；Water swelling is adjacent layer
Between sewage mutually completely cut off, sewage string during water delivery between different layers is prevented together, moreover, the second water inlet
Angle between 401 is 50 °~80 °, also substantially avoided other layers of sewage successively pass through the first water inlet 201, gap and
After second water inlet 401 of respective layer, into the second aqueduct 4, be conducive to subsequent process；It is of course also possible to
Flexible water suction 5 water-absorbent material of ring is installed on the outside of the surrounding of the second water inlet 401, so that the second water inlet 401 and respective layer
First water inlet 201 could suck sewage when being overlapped.
In addition, the side that the first aqueduct 2 is equipped with the first water inlet 201 is equipped with cleaning cutter 6；The cleaning knife
For tool 6 for removing the sundries accumulated at the first water inlet 201, the cleaning cutter 6 is a body of rod, and bottom is equipped with and the
The cutter head that one aqueduct, 2 side is in close contact；Cleaning cutter 6 is plugged on support frame 3, wherein the side of cleaning cutter 6 is set
There is the positioning protrusion 601 for limiting cleaning 6 transverse movement of cutter；The other side for cleaning cutter 6 is equipped with tooth structure, support frame
3 top is equipped with second gear 8, and second gear 8 engages connection with the tooth structure on cleaning 6 side of cutter；When work, move
Power device drives second gear 8 to rotate, and cleaning cutter 6 rises or falls, and cleaning cutter 6 can dispose first in decline
Dirt at water inlet 201, to prevent its blocking；Meanwhile 2 side of side aqueduct for cleaning cutter 6 is in close contact, cleaning
The side of cutter 6 and the first water inlet 201 are in close contact, and can be guaranteed when conveying the sewage of bottom in the second aqueduct 4
The air-tightness in portion.
Embodiment 4
A kind of method of rural sewage treatment clustering management system, using the constructing device in embodiment 3, here is pair
The specifically used explanation of rural sewage treatment clustering management system: reservoir gets up sewage storage, will by stepped pipeline
Sewage layering in reservoir is input to next treatment process；Its measuring process for being layered sewage quality data are as follows:
A. the sewage in tank be divided into multilayer measurement, every layer with a thickness of 30~50cm；In 10~15 minutes, scene
Information collection and control system carry out water quality data acquisition to every layer of equally distributed 10~16 positions of sewage, obtain every layer
The average value W of the water quality data of sewagei0；
B. in the water quality data of every layer of sewage with average value Wi0Difference greater than 6% water quality data be interference data, go
Fall to interfere data, obtains the average value W of the water quality data of discharge interference data in this layeri1, Wi1Water quality as sewage in this layer
Data；
C. it is collected into the corresponding water quality data W of sewage in every layeri1Afterwards, by rotating the second water-supply-pipe, the second water inlet of control
Mouth 401 is overlapped with the first water inlet 201 in respective layer, and then the sewage in respective layer is input at next treatment process；
Meanwhile field data acquisition feeds back to generalized information management system with control system, to filter out the instruction closest to situation
Parameter；Wherein, the sequence of batching products of sewage is from top to bottom.
D. above-mentioned water quality data is one kind or several of the measurement data of ammonia nitrogen measuring instrument, pH detector and COD analyzer
Kind.
It can be seen that such measurement method can make to avoid due in sewage pollutant distribution it is uneven caused by water quality
There is the generation of deviation in data, and the method for multilayer measurement has big data processing to combine, and the data of sewage quality are most detailed
Thin is uploaded to generalized information management system, according to existing big data information bank, filters out the order parameter of optimization, make be
Construction cost of uniting is low, and system operation is more efficient, more energy efficient；In addition, after the water quality data in each layer of sewage is handled by analysis
The measurement accuracy of each measured parameter can be still ensured that under the premise of reducing equipment input cost.
Example of the present invention is only that preferred embodiments of the present invention will be described, not to present inventive concept and
Range is defined, and under the premise of not departing from design philosophy of the present invention, this field engineers and technicians are to technology of the invention
The various changes and improvements that scheme is made should all fall into protection scope of the present invention.
Claims (10)
1. a kind of rural sewage treatment clustering management system, it is characterised in that: including generalized information management system and multiple agricultures
Village's sewage disposal system and field data corresponding with rural sewage treatment system acquisition and control system, the rural area are dirty
Water treatment system is for handling and purifying sewage；The field data acquisition and control system will be at collected country sewages
The water quality information of sewage and equipment operating data feed back to generalized information management system in reason system, and receive and come from integrated information
The director data of management system controls rural sewage treatment system in turn, and the generalized information management system is set what is received
Standby operation data intelligent generating device maintenance project after being analyzed and processed, and the water quality information received is handled, root
Go out the order parameter closest to situation according to existing big data information sifting and passes to field data acquisition and control system.
2. a kind of rural sewage treatment clustering management system according to claim 1, it is characterised in that: the equipment
Maintenance project includes recent maintenance project, mid-term maintenance project and long-term maintenance project；The generalized information management system pair
Setting after the operation data at rural sewage treatment station is analyzed, and when going out from existing big data information sifting closest to situation
Received shipment row information simultaneously generates recent maintenance project, mid-term maintenance project and long-term maintenance project；The equipment operation information packet
It includes to handle by big data and the data of the actual performance of equipment, reliability and service life and existing big data information is sieved
The data selected closest to situation handle artificial intelligence equipment equipment fault generation in order parameter operating status in turn
Time and probability.
3. a kind of rural sewage treatment clustering management system according to claim 2, it is characterised in that: the simulation
The time that equipment fault occurs is between 5~10 days, and when odds is greater than 30%, generalized information management system is intelligently generated
Potential faults are discharged within 3 days in recent maintenance project；The time that the equipment fault occurs is between 10~20 days,
When odds is greater than 18%, generalized information management system intelligently generates mid-term maintenance project, i.e., failure is discharged within 7 days
Hidden danger；The time that the equipment fault occurs is 20 days or more, when odds is greater than 10%, generalized information management system
Intelligence generates recent maintenance project, i.e., potential faults is discharged within 15 days.
4. a kind of rural sewage treatment clustering management system according to claim 1, it is characterised in that: the rural area
Sewage disposal system includes the first rural sewage treatment subsystem and the second rural sewage treatment subsystem；First rural area
Sewage treatment subsystem and the second rural sewage treatment subsystem are used to individually handle sewage, the described field data acquisition with
Control system can individually acquire one at least the first rural sewage treatment subsystem and the second rural sewage treatment subsystem
It is a, and execute the command information from generalized information management system.
5. a kind of rural sewage treatment clustering management system according to claim 1, it is characterised in that: the synthesis
Information management system is one for being acquired to the operation data of all devices and dividing the data information of acquisition
Analysis, storage and the data platform shown, the generalized information management system is acquired by field data and control system is to institute
There is the operation data of equipment to be acquired；The generalized information management system includes integrated information storage unit and integrated information
Processing unit；The integrated information processing unit is for handling the information analysis acquired from field data with control system
After be uploaded to integrated information storage unit；The data information memory and and information that the integrated information storage unit will receive
The data in library are compared, and the order parameter filtered out closest to situation feeds back to integrated information processing unit；At integrated information
The order parameter fed back from integrated information storage unit is passed to field data acquisition and control system by reason unit；It is described
Generalized information management system by user terminal APP, end APP and enterprises end APP after sale is by collected data information and life
At command information and corrective maintenance plan show；The user terminal APP for user realize online real time inspection and
Operate equipment, online guarantee, receive maintenance plan, equipment part buying and knowledge base etc.；The APP of end after sale is used for enterprise
What engineer received maintenance after sale sends work work order, realizes the track record of each node of maintenance of equipment process；The enterprises end APP
It is realized for enterprise site and reports sending work, receive user accessories order and tracking the overall process of maintenance for work order for repairment.
6. a kind of rural sewage treatment clustering management system, feature described according to claim 1~any one of 5 exist
In: the rural sewage treatment system includes reservoir (1)；The reservoir is used for sewage storage；The scene letter
Breath acquisition is with the water quality situation in control system measurement reservoir and real-time delivery is to generalized information management system；When measurement, storage
Sewage in pond is measured using multilayer, every layer with a thickness of 30~50cm；Field data acquisition and control system are to every layer
Equally distributed 10~16 positions of sewage carry out data acquisition.
7. a kind of rural sewage treatment clustering management system according to claim 6, it is characterised in that: the rural area
Sewage disposal system further includes the first aqueduct (2) and the second aqueduct (4)；The bottom of first aqueduct (2)
Portion is fixed on the inside of reservoir (1)；The side of first aqueduct (2) is equipped with first water inlet of column (201)；The
The top of one aqueduct (2) is equipped with support frame (3)；The support frame (3) is connect with the side wall of reservoir (1)；Described
Second aqueduct (4) is plugged on the inside of the first aqueduct (2) after support frame (3)；Second aqueduct
(4) height of corresponding first water inlet (201) is equipped with the second water inlet (401) mutually staggered on side；With the first water delivery
Plane where the top of pipeline (2) is referential, and the angle between the second water inlet (401) is 50 °~80 °；The branch
First gear (7) for driving the second aqueduct (4) to rotate is installed at the top of support (3).
8. a kind of rural sewage treatment clustering management system according to claim 7, it is characterised in that: described first
Gap between aqueduct (2) and the second aqueduct (4) is 2~5mm, first aqueduct (2) and second defeated
Flexible water suction ring (5) is equipped between waterpipe (4)；Flexible water suction ring (5) is flexible water uptake expansion material.
9. a kind of rural sewage treatment clustering management system according to claim 7, it is characterised in that: described first
The side that aqueduct (2) is equipped with the first water inlet (201) is equipped with cleaning cutter (6)；The cleaning cutter (6) is for clear
Except the sundries accumulated at the first water inlet (201)；The cleaning cutter (6) is a body of rod, bottom be equipped with it is first defeated
The cutter head that waterpipe (2) side is in close contact；The cleaning cutter (6) is plugged on support frame (3), wherein cleaning cutter
(6) side is equipped with the positioning protrusion (601) for limiting cleaning cutter (6) transverse movement；The cleaning cutter (6) it is another
Side is equipped with tooth structure；Second gear (8) are installed at the top of the support frame (3)；The second gear (8) and clear
Wash the tooth structure engagement connection on cutter (6) side.
10. a kind of method of rural sewage treatment clustering management system described in claim 1, reservoir plays sewage storage
Come, the sewage layering in reservoir is input to by next treatment process by stepped pipeline；It is characterized by:
A. the sewage in tank be divided into multilayer measurement, every layer with a thickness of 30~50cm；In 10~15 minutes, field data
Acquisition and control system carry out water quality data acquisition to every layer of equally distributed 10~16 positions of sewage, obtain every layer of sewage
Water quality data average value Wi0, after the completion of water quality data acquisition；
B. in the water quality data of every layer of sewage with average value Wi0Difference greater than 6% water quality data be interference data, remove dry
Data are disturbed, the average value W of the water quality data of discharge interference data in this layer is obtainedi1, Wi1Water quality number as sewage in this layer
According to；
C. it is collected into the corresponding water quality data W of sewage in every layeri1Afterwards, the sewage of respective layer is input to next processing by stepped pipeline
Technique；Meanwhile field data acquisition feeds back to generalized information management system with control system, to filter out closest to situation
Order parameter；
D. above-mentioned water quality data is the one or more of the measurement data of ammonia nitrogen measuring instrument, pH detector and COD analyzer.
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