CN110375812A - A kind of smart city environment friendly system and its working method - Google Patents
A kind of smart city environment friendly system and its working method Download PDFInfo
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- CN110375812A CN110375812A CN201910765906.5A CN201910765906A CN110375812A CN 110375812 A CN110375812 A CN 110375812A CN 201910765906 A CN201910765906 A CN 201910765906A CN 110375812 A CN110375812 A CN 110375812A
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- G—PHYSICS
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- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
Abstract
The invention discloses a kind of smart city environment friendly system and its working methods, more particularly to environmental technology field, including data collection module, the data collection module output end is connected with data categorization module, the data categorization module output end is connected with data comparison module, and the data comparison module output end is connected with data analysis module.The present invention is by being provided with data comparison module, data analysis module and diversity module, detection data is compared according to environmental standard by data comparison module, and pass data to data analysis module, data analysis module analyzes data transmitting, it is reasonable and unreasonable to split data into, and it is transferred to corresponding module, the information that diversity module transmits unreasonable module is analyzed, be conducive to the top that the bigger environmental data of environmental standard difference is come to same batch of data, user can be made most to get information about the environmental problem into city, improve the efficiency for consulting data.
Description
Technical field
The present invention relates to environmental technology field, it is more particularly related to a kind of smart city environment friendly system and its
Working method.
Background technique
Environmental protection, full name environmental protection refer to that the mankind are solution reality or potential environmental problem, coordinate the mankind and environment
Relationship, ensure economic, society sustainable development and the general name of various action taken.Its ways and means has engineering technology
, administration, wound it is newly developed, also have law, it is economical, communication and education etc..
Environmental standard is environmental pollution in order to prevent, and maintaining ecological balance protects population health, in environmental protection work
The regulation for needing unified every technical specification and technical requirements to be done.Specifically, environmental standard is country to protect the people
Health promotes benign ecological cycles, realizes socio-economic development objectives, according to the environmental policy and regulation of country, examines in synthesis
Consider on the basis of national Characteristics of Natural Environment, social and economic condition and scientific and technological level, it is specified that in environment pollutant permission
Content and the quantity of discharge of pollutant sources pollutant, concentration, time and speed, monitoring method and other in relation to technical specification.
The patent of 108645450 A of patent application publication CN discloses a kind of smart city environment friendly system and its work
Method, comprising: Cloud Server, monitor terminal and environment data acquisition device；Wherein the environment data acquisition device includes: control
Molding block, the environmental data detection module being connected with the control module；The environmental data detection module is suitable for acquisition environment number
According to, and environmental data is sent to by Cloud Server by control module；The Cloud Server is stored with the threshold value model of environmental data
It encloses；And the environmental data received when Cloud Server is in threshold range, then Conservation environment data；Otherwise by environmental data and
Corresponding warning message is sent to monitor terminal.
But above-mentioned technical proposal is in practice, still there is more disadvantage, although as can will be more in city
Item environmental data safety passes to monitor terminal, but the environmental data detected all disposably passes to monitor terminal,
But environmental data is more lengthy and jumbled, user needs to send out expense when checking and successively checks that efficiency is lower for a long time.
Summary of the invention
In order to overcome the drawbacks described above of the prior art, the embodiment of the present invention provide a kind of smart city environment friendly system and its
Working method, by being provided with data comparison module, data analysis module and diversity module, by data comparison module to detection
Data are compared according to environmental standard, and pass data to data analysis module, and data analysis module transmits data
It is analyzed, it is reasonable and unreasonable to split data into, and is transferred to corresponding module, and diversity module transmits unreasonable module
Information analyzed, be conducive to the top that the bigger environmental data of environmental standard difference is come to same batch of data, can be with
So that user is most got information about the environmental problem into city, improves the efficiency for consulting data.
To achieve the above object, the invention provides the following technical scheme: a kind of smart city environment friendly system, including data are received
Collect module, the data collection module output end is connected with data categorization module, and the data categorization module output end is connected with
Data comparison module, the data comparison module output end are connected with data analysis module, the data analysis module output end
Be connected with reasonable module and unreasonable module, the unreasonable module output end is connected with diversity module, the reasonable module with
The output end of diversity module is respectively connected with transmission module, and the output end of the transmission module is connected with monitor terminal；
The detection data that the data comparison module is used to transmit data categorization module is compared according to environmental standard, and
And the information after comparison is passed into data analysis module；
The information that the data analysis module is used to transmit data contrast module is analyzed, when correlation data is in environment
When in standard figures, data analysis module delivers the data to reasonable module, conversely, when correlation data is not at environmental standard
When in numerical value, data analysis module then delivers the data to unreasonable module, and the unreasonable module passes information to again
Diversity module, the information that the diversity module is used to transmit unreasonable module is analyzed, when correlation data and environment mark
Quasi- numerical value difference is bigger, the highest priority of correlation data.
In a preferred embodiment, the data collection module includes water quality monitoring module, air detection module
With Soil K+adsorption module, the water quality monitoring module includes domestic water detection unit, industrial water detection unit, agricultural irrigation
Detection unit, fishery detection unit, seawater quality detection unit and water pollution discharge detection unit, can by each detection unit
The aquatic environment of each corresponding aspect in city to be carried out to the detection of profession.
In a preferred embodiment, the air detection module includes class one zone detection unit and class two zone detection
Unit, the class one zone detection unit for detect nature reserve area, scenic spot and other need the region of special protection
Interior air quality, the class two zone detection unit is for detecting residential area, commercial vehicle Residential Quarterss, culture area, industry
The air quality in area and rural area.
In a preferred embodiment, the Soil K+adsorption module includes soil nutrient detection unit, soil moisture
Detection unit, soil hardness detection unit and soil acidity or alkalinity detection unit, for the various aspects to urban inner soil into
Row detection.
A kind of working method of smart city environment friendly system, the specific steps are as follows:
Step 1: by water quality monitoring module, air detection module and the Soil K+adsorption module in data collection module to city
Interior various aspects carry out environmental monitoring, and the detection data that will test is transmitted in data categorization module；
Step 2: after data categorization module receives the detection data of data collection module detection, classifying to detection data,
Will test data and be divided into water quality, air and soil three classes, finally will be sorted after detection data be transmitted to data comparison module；
Step 3: the detection data transmitted by data comparison module to data categorization module carries out pair according to environmental standard
Than, and the data after comparison are passed into data analysis module；
Step 4: the data transmitting after comparison is analyzed by data analysis module, when correlation data is in environmental standard
When in numerical value, data analysis module delivers the data to reasonable module, conversely, when correlation data is not at environmental standard numerical value
When interior, data analysis module then delivers the data to unreasonable module, and unreasonable module passes information to diversity module again,
The information that diversity module transmits unreasonable module is analyzed, right when correlation data and environmental standard numerical value difference are bigger
Than the highest priority of data；
Step 5: reasonable module and diversity module pass information to transmission module respectively, and transmission module arranges information,
The high data of priority are stood out, and pass to monitor terminal.
In a preferred embodiment, in the step 3, environmental standard used in data comparison module can be with
It is divided into national standard, provincial standard and professional standard by different angle and level.
In a preferred embodiment, in the step 1, when each detection unit in water quality monitoring module according to
According to the geographical location in place city carry out using, if place city be inland city, then seawater quality detection unit there is no need to
It uses.
Technical effect and advantage of the invention:
1, the present invention passes through data comparison module pair by being provided with data comparison module, data analysis module and diversity module
The detection data that data categorization module is transmitted is compared according to environmental standard, and the data after comparison are passed to data
Analysis module, data analysis module analyzes the data transmitting after comparison, when correlation data is in environmental standard numerical value
When, data analysis module delivers the data to reasonable module, conversely, when correlation data is not in environmental standard numerical value,
Data analysis module then delivers the data to unreasonable module, and unreasonable module passes information to diversity module again, classification
The information that module transmits unreasonable module is analyzed, and when correlation data and environmental standard numerical value difference are bigger, compares number
According to highest priority, be conducive to the top that the bigger environmental data of environmental standard difference is come to same batch of data, can be with
So that user is most got information about the environmental problem into city, improves the efficiency for consulting urban environment data；
2, by being provided with data categorization module, classify to detection data, will test data and be divided into water quality, air and soil
Three classes compare being transmitted to data comparison module after detection data point good class, can effectively improve data comparison module
Treatment effeciency.
Detailed description of the invention
Fig. 1 is system flow schematic diagram of the invention.
Fig. 2 is data collection module system flow schematic diagram of the invention.
Fig. 3 is air detection module system flow schematic diagram of the invention.
Fig. 4 is water quality monitoring modular system flow diagram of the invention.
Fig. 5 is Soil K+adsorption modular system flow diagram of the invention.
Appended drawing reference are as follows: 1 data collection module, 11 water quality monitoring modules, 101 domestic water detection units, 102 industrial
Water detection unit, 103 agricultural irrigation detection units, 104 fishery detection units, 105 seawater quality detection units, 106 water pollutions
Discharge detection unit, 12 air detection modules, 201 class one zone detection units, 202 class two zone detection units, 13 Soil K+adsorption moulds
Block, 301 soil nutrient detection units, 302 soil moisture detection units, 303 soil hardness detection units, 304 soil acidities or alkalinities
Detection unit, 2 data categorization modules, 3 data comparison modules, 4 data analysis modules, 5 reasonable modules, 6 unreasonable modules, 7 points
Grade module, 8 collection modules, 9 monitor terminals.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Implementation column 1:
A kind of smart city environment friendly system according to shown in Fig. 1-5, including data collection module 1, the data collection module 1 are defeated
Outlet is connected with data categorization module 2, and 2 output end of data categorization module is connected with data comparison module 3, the data pair
It is connected with data analysis module 4 than 3 output end of module, 4 output end of data analysis module is connected with reasonable module 5 and does not conform to
Module 6 is managed, unreasonable 6 output end of module is connected with diversity module 7, the output end of the reasonable module 5 and diversity module 7
It is respectively connected with transmission module 8, the output end of the transmission module 8 is connected with monitor terminal 9；
The detection data that the data comparison module 3 is used to transmit data categorization module 2 is compared according to environmental standard,
And the information after comparison is passed into data analysis module 4；
The information that the data analysis module 4 is used to transmit data contrast module 3 is analyzed, when correlation data is in ring
When in the standard figures of border, data analysis module 4 delivers the data to reasonable module 5, conversely, when correlation data is not at environment
When in standard figures, data analysis module 4 then delivers the data to unreasonable module 6, and the unreasonable module 6 is again by information
Diversity module 7 is passed to, the information that the diversity module 7 is used to transmit unreasonable module 6 is analyzed, and correlation data is worked as
Bigger, the highest priority of correlation data with environmental standard numerical value difference；
The data collection module 1 includes water quality monitoring module 11, air detection module 12 and Soil K+adsorption module 13, the water
Matter monitoring modular 11 include domestic water detection unit 101, industrial water detection unit 102, agricultural irrigation detection unit 103,
Fishery detection unit 104, seawater quality detection unit 105 and water pollution discharge detection unit 106, can by each detection unit
The aquatic environment of each corresponding aspect in city to be carried out to the detection of profession；
The air detection module 12 includes class one zone detection unit 201 and class two zone detection unit 202, the class one zone detection
Unit 201 for detect nature reserve area, scenic spot and other need the air quality in the region of special protection, it is described
Class two zone detection unit 202 is for detecting residential area, commercial vehicle Residential Quarterss, culture area, industrial area and rural area
Air quality；
The Soil K+adsorption module 13 includes soil nutrient detection unit 301, soil moisture detection unit 302, soil hardness inspection
Unit 303 and soil acidity or alkalinity detection unit 304 are surveyed, is detected for the various aspects to urban inner soil.
A kind of working method of smart city environment friendly system according to shown in Fig. 1-5, the specific steps are as follows:
Step 1: pass through water quality monitoring module 11, air detection module 12 and the Soil K+adsorption module 13 in data collection module 1
Environmental monitoring is carried out to the various aspects in city, and the detection data that will test is transmitted in data categorization module 2；
Step 2: after data categorization module 2 receives the detection data of the detection of data collection module 1, detection data is divided
Class will test data and be divided into water quality, air and soil three classes, finally will be sorted after detection data be transmitted to data comparison module
3；
Step 3: the detection data transmitted by data comparison module 3 to data categorization module 2 carries out pair according to environmental standard
Than, and the data after comparison are passed into data analysis module 4；
Step 4: it is analyzed by the data transmitting after 4 pairs of data analysis module comparisons, when correlation data is in environmental standard
When in numerical value, data analysis module 4 delivers the data to reasonable module 5, conversely, when correlation data is not at environmental standard number
When in value, data analysis module 4 then delivers the data to unreasonable module 6, and unreasonable module 6 passes information to classification again
Module 7, the information that diversity module 7 transmits unreasonable module 6 are analyzed, when correlation data and environmental standard numerical value difference
It is bigger, the highest priority of correlation data；
Step 5: reasonable module 5 and diversity module 7 pass information to transmission module 8 respectively, and transmission module 8 carries out information
It arranges, the high data of priority is stood out, and pass to monitor terminal 9.
In the step 3, environmental standard used in data comparison module 3 can also be divided by different angles with level
National standard, provincial standard and professional standard.
In the step 1, when in water quality monitoring module 11 each detection unit according to place city geographical location into
It exercises and uses, if place city is inland city, then there is no need to use for seawater quality detection unit 105.
The several points that should finally illustrate are: the present invention discloses in embodiment attached drawing, relates only to be related to the embodiment of the present disclosure
The structure arrived, other structures, which can refer to, to be commonly designed, and under not conflict situations, the same embodiment of the present invention and different embodiments can
To be combined with each other；
Last: the foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (7)
1. a kind of smart city environment friendly system, including data collection module (1), it is characterised in that: the data collection module (1)
Output end is connected with data categorization module (2), and data categorization module (2) output end is connected with data comparison module (3), institute
It states data comparison module (3) output end to be connected with data analysis module (4), data analysis module (4) output end is connected with
Reasonable module (5) and unreasonable module (6), unreasonable module (6) output end are connected with diversity module (7), described reasonable
The output end of module (5) and diversity module (7) is respectively connected with transmission module (8), and the output end of the transmission module (8) is connected with
Monitor terminal (9)；
The detection data that the data comparison module (3) is used to transmit data categorization module (2) is carried out according to environmental standard
Comparison, and the information after comparison is passed into data analysis module (4)；
The information that the data analysis module (4) is used to transmit data contrast module (3) is analyzed, at correlation data
When in environmental standard numerical value, data analysis module (4) delivers the data to reasonable module (5), conversely, working as correlation data not
When in environmental standard numerical value, data analysis module (4) is then delivered the data to unreasonable module (6), described unreasonable
Module (6) passes information to diversity module (7) again, and the diversity module (7) is used for the letter transmitted to unreasonable module (6)
Breath is analyzed, when correlation data and environmental standard numerical value difference are bigger, the highest priority of correlation data.
2. a kind of smart city environment friendly system according to claim 1, it is characterised in that: the data collection module (1)
Including water quality monitoring module (11), air detection module (12) and Soil K+adsorption module (13), the water quality monitoring module (11)
Including domestic water detection unit (101), industrial water detection unit (102), agricultural irrigation detection unit (103), fishery inspection
Unit (104), seawater quality detection unit (105) and water pollution discharge detection unit (106) are surveyed, it can by each detection unit
The aquatic environment of each corresponding aspect in city to be carried out to the detection of profession.
3. a kind of smart city environment friendly system according to claim 2, it is characterised in that: the air detection module (12)
Including class one zone detection unit (201) and class two zone detection unit (202), the class one zone detection unit (201) is for detecting
Nature reserve area, scenic spot and other need the air quality in the region of special protection, the class two zone detection unit
(202) for detecting the air quality of residential area, commercial vehicle Residential Quarterss, culture area, industrial area and rural area.
4. a kind of smart city environment friendly system according to claim 2, it is characterised in that: the Soil K+adsorption module (13)
Including soil nutrient detection unit (301), soil moisture detection unit (302), soil hardness detection unit (303) and soil acid
Basicity detection unit (304), is detected for the various aspects to urban inner soil.
5. a kind of working method of smart city environment friendly system, it is characterised in that: specific step is as follows:
Step 1: pass through water quality monitoring module (11), air detection module (12) and the Soil K+adsorption in data collection module (1)
Module (13) carries out environmental monitoring to the various aspects in city, and the detection data that will test is transmitted to data categorization module
(2) in；
Step 2: when data categorization module (2) receive data collection module (1) detection detection data after, to detection data into
Row classification, will test data and be divided into water quality, air and soil three classes, finally will be sorted after detection data be transmitted to data comparison
Module (3)；
Step 3: the detection data that data categorization module (2) is transmitted by data comparison module (3) according to environmental standard into
Row comparison, and the data after comparison are passed into data analysis module (4)；
Step 4: the data transmitting after comparison is analyzed by data analysis module (4), when correlation data is in environment mark
When in quasi- numerical value, data analysis module (4) delivers the data to reasonable module (5), conversely, when correlation data is not at environment
When in standard figures, data analysis module (4) is then delivered the data to unreasonable module (6) (5), unreasonable module (6) (5)
It passing information to again diversity module (7), the information that diversity module (7) transmits unreasonable module (6) (5) is analyzed,
When correlation data and environmental standard numerical value difference are bigger, the highest priority of correlation data；
Step 5: reasonable module (5) and diversity module (7) pass information to transmission module (8) respectively, and transmission module (8) is right
Information is arranged, and the high data of priority are stood out, and passes to monitor terminal (9).
6. a kind of working method of smart city environment friendly system according to claim 5, it is characterised in that: the step 3
In, environmental standard used in data comparison module (3) can also be divided into national standard, provincial standard by different angle and level
And professional standard.
7. a kind of working method of smart city environment friendly system according to claim 5, it is characterised in that: the step 1
In, when each detection unit in water quality monitoring module (11) is carried out according to the geographical location in place city using such as place city
City is inland city, then there is no need to use for seawater quality detection unit (105).
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| CN113724172A (en) * | 2021-08-04 | 2021-11-30 | 北京大学 | Town boundary extraction method and system based on landscape function data |
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Application publication date: 20191025 |