CN114280226A - Air pollution analysis and prevention decision making system and method matched with meteorological environment - Google Patents
Air pollution analysis and prevention decision making system and method matched with meteorological environment Download PDFInfo
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Abstract
An air pollution analysis and prevention decision system and method thereof cooperating with meteorological environment, an analysis server receives environment detection device information and environment parameter information and air detection device information and air element information from an environment detection device and an air detection device arranged in divided areas, the analysis server inquires the environment detection device information and the divided area information corresponding to the air detection device information, the analysis server selects the environment parameter information corresponding to the environment detection device information and the air element information corresponding to the air detection device information of the same divided area information to analyze a corresponding pollution analysis result and execution operation information according to date information, the environment parameter information, the air element information and an air pollution index and cooperating with analysis conditions, the analysis server pushes the analyzed pollution analysis result and the execution operation information to a mobile terminal device, and provides the pollution analysis result and the execution operation information scene mode and intelligent display, thereby achieving the technical efficacy of analyzing air pollution and generating prevention and control decisions by matching with meteorological environment.
Description
Technical Field
The invention relates to an analysis and decision making system and a method thereof, in particular to a system and a method thereof for analyzing air pollution and generating a prevention and control decision in cooperation with a meteorological environment.
Background
In the prior art, whether air pollution control operation is required to be performed is determined according to an air pollution index, when the air pollution control operation is required, relevant operators passively receive notification of the air pollution control operation to perform the air pollution control operation, however, the air pollution control operation is determined only by referring to the air pollution index, because meteorological factors are not considered, the accuracy of the air pollution control operation is insufficient, that is, other problems are easily caused by the air pollution control operation, for example: when the ground temperature is lower than 0 ℃, the air pollution prevention operation is watering operation, which can cause road icing and cause the accident of sliding, falling and injury of passers-by.
In view of the above, it is known that the prior art has a problem that the accuracy of the conventional air pollution control operation is not sufficient for a long time, and therefore, it is necessary to provide an improved technical means to solve the problem.
Disclosure of Invention
In view of the problem of insufficient accuracy of the existing air pollution prevention operation in the prior art, the invention discloses an air pollution analysis and prevention decision system and a method thereof in cooperation with meteorological environment, wherein:
the invention discloses an air pollution analysis and prevention decision system matched with meteorological environment, which comprises: environment detection device, empty gas detection surveys device, analysis server and mobile terminal device, and analysis server further includes: the device comprises an analysis database, a receiving module, an inquiring module, an air pollution index module, a pollution analysis module and a pushing module.
The environment detection device is arranged in the divided areas and is provided with environment detection device information, the environment detection device is used for detecting environment parameters of the divided areas to generate environment parameter information, and the environment detection device provides the environment detection device information and the environment parameter information.
The air detection device is provided in the divided area, the air detection device has air detection device information, the air detection device detects an air parameter of the divided area to generate air element information, and the air detection device provides the air detection device information and the air element information.
The analysis database of the analysis server is used for storing a plurality of analysis information, and each analysis information comprises analysis conditions and execution operation information; the receiving module of the analysis server is used for receiving the information of the environment detection device and the information of the environment parameter from the environment detection device and receiving the information of the air detection device and the information of the air element from the air detection device; the query module of the analysis server is used for querying the divided region information corresponding to the environment detection device information and querying the divided region information corresponding to the air detection device information; the air pollution index module of the analysis server is used for calculating an air pollution index according to the air element information; the pollution analysis module of the analysis server is used for selecting environmental parameter information corresponding to the environmental detection device information and air element information corresponding to the air detection device information of the same divided region information, and analyzing a corresponding pollution analysis result and execution operation information according to date information, the environmental parameter information, the air element information and the air pollution index and matching with analysis conditions; and the pushing module of the analysis server is used for pushing the analyzed pollution analysis result and the execution operation information.
The mobile terminal device receives the pollution analysis result and the execution operation information from the pushing module, and provides a scene mode and intelligent display of the pollution analysis result and the execution operation information.
The invention discloses an air pollution analysis and prevention decision method matched with meteorological environment, which comprises the following steps:
firstly, an environment detection device is arranged in a divided area, and the environment detection device has environment detection device information; then, the environment detection device is used for detecting the environment parameters of the divided areas to generate environment parameter information; then, the environment detection device transmits the information of the environment detection device and the information of the environment parameter to the analysis server; then, the air detection device is arranged in the divided area, and the air detection device has air detection device information; then, the air detection device detects the air parameters of the divided areas to generate air element information; then, the air detection device transmits the air detection device information and the air element information to an analysis server; then, the analysis server stores a plurality of analysis information, and each analysis information comprises analysis conditions and execution operation information; then, the analysis server inquires the divided region information corresponding to the environment detection device information and inquires the divided region information corresponding to the air detection device information; then, the analysis server calculates an air pollution index according to the air element information; then, the analysis server selects environmental parameter information corresponding to the environmental detection device information and air element information corresponding to the air detection device information of the same divided region information, so as to analyze a corresponding pollution analysis result and execution operation information according to date information, environmental parameter information, air element information and air pollution index and matching with analysis conditions; then, the analysis server pushes the analyzed pollution analysis result and the execution operation information to the mobile terminal device; and finally, the mobile terminal device provides a pollution analysis result and an execution operation information scene mode and intelligent display.
The system and method disclosed in the present invention are different from the prior art in that the analysis server receives environment detection device information and environment parameter information and air detection device information and air element information from the environment detection device and the air detection device disposed in the divided areas, the analysis server queries the divided area information corresponding to the environment detection device and the air detection device information, the analysis server selects the environment parameter information corresponding to the environment detection device information and the air element information corresponding to the air detection device information of the same divided area information to analyze the corresponding pollution analysis result and execution operation information according to the date information, the environment parameter information, the air element information, the air pollution index and the analysis conditions, the analysis server pushes the analyzed pollution analysis result and the execution operation information to the mobile terminal device, and provides pollution analysis results and execution operation information scene mode and intelligent display.
Through the technical means, the invention can achieve the technical effect of analyzing air pollution and generating a prevention and control decision by matching with the meteorological environment.
Drawings
FIG. 1 is a block diagram of an air pollution analysis and control decision system according to the present invention.
Fig. 2A and 2B are schematic diagrams illustrating information content display of air pollution analysis and control decision in cooperation with meteorological environment according to the present invention.
Fig. 3A and fig. 3B are flow charts of the air pollution analysis and prevention decision method of the present invention in cooperation with meteorological environment.
The reference numbers are as follows:
10 environment detection device
20 air detection device
30 analysis server
32 receiving module
33 query module
34 air pollution index module
35 pollution analysis Module
36 push module
40 moving end device
51 information content
102, the environment detecting device is used for detecting the environment parameter of the divided area to generate environment parameter information
104, arranging an air detection device in the divided area, wherein the air detection device has air detection device information
106, the air detection device transmits the air detection device information and the air element information to an analysis server
110, the analysis server selects environmental parameter information corresponding to the environmental detection device information and air element information corresponding to the air detection device information of the same divided region information to analyze a corresponding pollution analysis result and execute operation information according to the date information, the environmental parameter information, the air element information and the air pollution index and matching with the analysis conditions
Detailed Description
The embodiments of the present invention will be described in detail with reference to the drawings and examples, so that how to implement the technical means for solving the technical problems and achieving the technical effects of the present invention can be fully understood and implemented.
The following description will first describe the air pollution analysis and prevention decision system in cooperation with the meteorological environment, and please refer to fig. 1, where fig. 1 is a block diagram of the air pollution analysis and prevention decision system in cooperation with the meteorological environment.
The invention discloses an air pollution analysis and prevention decision system matched with meteorological environment, which comprises: the environment detection device 10, the air detection device 20, the analysis server 30, and the mobile terminal device 40, wherein the analysis server 30 further includes: an analysis database 31, a receiving module 32, a query module 33, an air pollution index module 34, a pollution analysis module 35 and a pushing module 36.
The division of the city, town, county … into a plurality of divided regions is only for illustration and is not intended to limit the scope of the present invention, the environment detection device 10 and the air detection device 20 are disposed in the divided area, the environment detection device 10 has environment detection device information, the environment detection device information is information for identifying the environment detection device 10, the air detection device 20 has air detection device information, the air detection device information is information for identifying the air detection device 20, and the environment detection device information and the air detection device information may be a Media Access Control Address (MAC Address), an International Mobile Equipment Identity (IMEI), a unique and non-repeating device serial number …, and the like, which are merely illustrated as examples and do not limit the application scope of the present invention.
The environment detecting device 10 is used to detect the environmental parameters of the divided regions to generate the environmental parameter information, the combination of the wind power, wind direction, relative humidity, temperature, precipitation, air pressure, visibility, road surface temperature and road surface condition of the divided regions detected by the environment detecting device 10, the combination of the wind power, wind direction, relative humidity, temperature, precipitation, air pressure, visibility, road surface temperature and road surface condition of the divided regions generated by the environment detecting device 10 is only an example, and the application scope of the present invention is not limited thereto.
The environment detecting device 10 and the analysis server 30 are connected by a wired transmission method or a wireless transmission method, for example: cable networks, fiber networks …, etc., and the foregoing wireless transmission methods are, for example: Wi-Fi, a mobile communication network (e.g. 3G, 4G, 5G …, etc.), which is only for illustration and not for limiting the scope of the invention, the environment detection apparatus 10 can transmit the environment detection apparatus information and the environment parameter information to the analysis server 30 when the environment detection apparatus 10 generates the environment parameter information.
The air detection device 20 detects the air parameters of the divided regions to generate air element information, the environment detection device 10 detects the combination of PM2.5, PM10, SQ2, NO2, O3 and CO of the divided regions, and the air element information generated by the air detection device 20 is the PM2.5, PM10, SQ 3 and CO of the divided regions2、NO2、O3And CO, are given here only by way of example and do not limit the scope of application of the invention.
The air detection device 20 and the analysis server 30 are connected by a wired transmission method or a wireless transmission method, for example: cable networks, fiber networks …, etc., and the foregoing wireless transmission methods are, for example: Wi-Fi, a mobile communication network (e.g., 3G, 4G, 5G …, etc.), which is only used for illustration and not intended to limit the scope of the invention, the air detection device 20 can transmit the air detection device information and the air factor information to the analysis server 30 when the air detection device 20 generates the air factor information.
The analysis database 31 of the analysis server 30 is used for storing a plurality of analysis information, each of which includes analysis conditions and execution job information, the analysis conditions are, for example: the analysis conditions established by the combination of the season corresponding to the date information, the throttle corresponding to the date information, the time information, the air temperature, the relative humidity, the road surface temperature, the road surface condition …, etc. are only for illustration, and the application scope of the present invention is not limited thereto, and the executed operation information is, for example: the water application, spraying …, etc. are only illustrative and should not be construed as limiting the scope of the invention.
The environment detection device 10 transmits the environment detection device information and the environment parameter information to the analysis server 30, the air detection device 20 transmits the air detection device information and the air factor information to the analysis server 30, and the receiving module 32 of the analysis server 30 receives the environment detection device information and the environment parameter information from the environment detection device 10 and receives the air detection device information and the air factor information from the air detection device 20.
The analysis server 30 pre-establishes a corresponding relationship between the environment detection device information and the divided region information, and the analysis server 30 pre-establishes a corresponding relationship between the air detection device information and the divided region information, and the query module 33 of the analysis server 30 queries the corresponding divided region information according to the environment detection device information and queries the corresponding divided region information according to the air detection device information.
The air pollution index module 34 of the analysis server 30 calculates the air pollution index according to the air element information, and the air pollution index module 34 of the analysis server 30 calculates the air pollution index according to the air element information, wherein the air pollution index module 34 calculates the air pollution index according to the air element information, and the air pollution index module 34 calculates the air pollution index according to the air element information, wherein the air pollution index comprises PM2.5, PM10 and SQ in the air element information2、NO2、O3And after the CO calculates the corresponding pollution index values respectively, the air pollution index module 34 of the analysis server 30 selects the maximum pollution index value as the air pollution index, and the PM2.5, PM10, SQ corresponding to the maximum pollution index value2、NO2、O3Or CO is the main pollution source, and the rest with pollution index values are the secondary pollution sources.
The pollution analysis module 35 of the analysis server 30 is configured to select environmental parameter information corresponding to environmental detection device information and air element information corresponding to air detection device information of the same divided region information, and analyze a corresponding pollution analysis result and execution operation information according to date information, the environmental parameter information, the air element information, and the air pollution index and by matching with analysis conditions, where the pollution analysis result includes a pollution source conveying path, an air pollution index, the environmental parameter information, and the air element information, the pollution source conveying path is analyzed according to wind power and wind direction in the environmental parameter information of a time range, and the pollution source conveying path needs to exclude wind power in the environmental parameter information and abnormal data in the wind direction.
Specifically, assuming that the analysis conditions of one piece of analysis information stored in the analysis database 31 of the analysis server 30 are "summer, air temperature greater than 28 ℃, relative humidity less than or equal to 40%, and 10 am to 4 pm" and the execution operation information is "recommended green belt watering", the pollution analysis module 35 of the analysis server 30 can analyze the corresponding pollution analysis result and the execution operation information when the data in the date information, the environmental parameter information, the air element information, and the air pollution index satisfy the analysis conditions.
After the pollution analysis module 35 of the analysis server 30 analyzes the corresponding pollution analysis result and the execution job information, the pushing module 36 of the analysis server 30 can push the analyzed pollution analysis result and the execution job information to the mobile end device 40, and the mobile end device 40 and the analysis server 30 establish an online connection through a wireless transmission method, for example: Wi-Fi, mobile communication network (e.g., 3G, 4G, 5G …, etc.), which are only illustrated herein, and not limited to the scope of the present invention, it is noted that the mobile end device 40 to which the pushing module 36 of the analysis server 30 pushes the analyzed pollution analysis result and the execution operation information may be located in a divided region, the pushing module 36 of the analysis server 30 pushes the analyzed pollution analysis result and the execution operation information to the mobile end device 40 in a set divided region, or the pushing module 36 of the analysis server 30 pushes the analyzed pollution analysis result and the execution operation information to the mobile end devices 40 in all the divided regions, which is only illustrated herein and not limited to the scope of the present invention.
The mobile device 40 can receive and display the pushed pollution analysis result and the execution operation information from the pushing module 36 of the analysis server 30, the information content 51 displayed in the mobile device 40 is shown in fig. 2A and 2B, fig. 2A and 2B are schematic information content display diagrams of the air pollution analysis and prevention decision matching with the meteorological environment according to the present invention, and in fig. 2A and 2B, the pollution analysis result and the execution operation information of the mobile device 40 are displayed in a scene type and an intelligent manner.
Next, the operation method of the present invention will be described below, and please refer to fig. 3A and 3B, wherein fig. 3A and 3B are flowcharts of the method for analyzing air pollution and determining control in cooperation with meteorological environment according to the present invention.
First, an environment detection device is provided in a divided area, the environment detection device having environment detection device information (step 101); next, the environment detecting device is used for detecting the environment parameters of the divided areas to generate environment parameter information (step 102); next, the environment detection device transmits the environment detection device information and the environment parameter information to the analysis server (step 103); next, the air detection device is installed in the divided area, and the air detection device has air detection device information (step 104); next, the air detecting means detects the air parameters of the divided regions to generate air factor information (step 105); then, the air detection device transmits the air detection device information and the air element information to the analysis server (step 106); then, the analysis server stores a plurality of analysis information, each of which includes analysis conditions and execution job information (step 107); then, the analysis server queries the divided region information corresponding to the environment detection device information and queries the divided region information corresponding to the air detection device information (step 108); then, the analysis server calculates an air pollution index according to the air element information (step 109); then, the analysis server selects environmental parameter information corresponding to the environmental detection device information and air factor information corresponding to the air detection device information of the same divided region information to analyze a corresponding pollution analysis result and execution operation information according to the date information, the environmental parameter information, the air factor information and the air pollution index and in cooperation with the analysis conditions (step 110); then, the analysis server pushes the analyzed pollution analysis result and the execution job information to the mobile device (step 111); finally, the mobile device provides the pollution analysis result and the scene mode and intelligent display of the execution job information (step 112).
In summary, it can be seen that the difference between the present invention and the prior art is that the analysis server receives environment detection device information and environment parameter information and air detection device information and air element information from the environment detection device and the air detection device disposed in the divided areas, the analysis server queries the divided area information corresponding to the environment detection device and the air detection device information, the analysis server selects the environment parameter information corresponding to the environment detection device information and the air element information corresponding to the air detection device information of the same divided area information to analyze the corresponding pollution analysis result and execution operation information according to the date information, the environment parameter information, the air element information and the air pollution index and matching the analysis conditions, the analysis server pushes the analyzed pollution analysis result and the execution operation information to the mobile terminal device, and provides pollution analysis results and execution operation information scene mode and intelligent display.
The technical means can solve the problem of insufficient accuracy of the existing air pollution prevention operation in the prior art, and further achieve the technical effect of matching with the meteorological environment to analyze the air pollution and generate prevention decisions.
Although the embodiments of the present invention have been described above, the description is not intended to limit the scope of the invention. Workers skilled in the art will recognize that changes may be made in form and detail without departing from the spirit and scope of the disclosure. The scope of the present invention should be determined by the following claims.
Claims (10)
1. An air pollution analysis and prevention decision-making system matched with meteorological environment is characterized by comprising:
the environment detection device is arranged in a divided area and is provided with environment detection device information, the environment detection device is used for detecting the environment parameters of the divided area to generate environment parameter information, and the environment detection device provides the environment detection device information and the environment parameter information;
an air detection device, the air detection device being disposed in the divided region, the air detection device having an air detection device information, the air detection device detecting an air parameter of the divided region to generate an air element information, the air detection device providing the air detection device information and the air element information;
an analysis server, the analysis server further comprising:
an analysis database for storing a plurality of analysis information, each analysis information including an analysis condition and an execution operation information;
a receiving module, configured to receive the environment detection device information and the environment parameter information from the environment detection device, and receive the air detection device information and the air element information from the air detection device;
the query module is used for querying the divided region information corresponding to the environment detection device information and querying the divided region information corresponding to the air detection device information;
the air pollution index module is used for calculating an air pollution index according to the air element information;
a pollution analysis module, configured to select the environmental parameter information corresponding to the environmental detection device information and the air element information corresponding to the air detection device information that are the same as the divided area information, so as to analyze a corresponding pollution analysis result and the execution operation information according to a date information, the environmental parameter information, the air element information, and the air pollution index in cooperation with the analysis condition; and
the pushing module is used for pushing the analyzed pollution analysis result and the execution operation information; and
and the mobile terminal device receives the pollution analysis result and the execution operation information from the pushing module and provides scene modes, the pollution analysis result and the intelligent display of the execution operation information.
2. The weather-coordinated air pollution analysis and control decision system as claimed in claim 1, wherein the environmental parameter information is selected from a group consisting of wind power, wind direction, relative humidity, temperature, precipitation, air pressure, visibility, road temperature and road condition of the divided areas.
3. The weather-meteorological environment-coordinated air pollution analysis and control decision system according to claim 1, wherein the air element information is selected from the group consisting of PM2.5, PM10, SQ2、NO2、O3And combinations of CO.
4. The weather-meteorological environment-associated air pollution analysis and control decision system according to claim 1, wherein the pollution analysis result comprises a pollution source conveying path, the air pollution index, the environmental parameter information, and the air element information.
5. The weather-coordinated air pollution analysis and control decision system according to claim 4, wherein the pollution source conveying path is analyzed according to wind power and wind direction in the environmental parameter information of a time range, and the pollution source conveying path needs to exclude abnormal data in the wind power and the wind direction in the environmental parameter information.
6. An air pollution analysis and prevention decision method matched with meteorological environment is characterized by comprising the following steps:
an environment detection device is arranged in a divided area, and the environment detection device is provided with environment detection device information;
the environment detection device is used for detecting the environment parameters of the divided areas to generate environment parameter information;
the environment detection device transmits the environment detection device information and the environment parameter information to an analysis server;
an air detection device is arranged in the divided area, and the air detection device is provided with air detection device information;
the air detection device detects the air parameters of the divided areas to generate air element information;
the air detection device transmits the air detection device information and the air element information to the analysis server;
the analysis server stores a plurality of analysis information, and each analysis information comprises an analysis condition and an execution operation information;
the analysis server inquires the divided region information corresponding to the environment detection device information and inquires the divided region information corresponding to the air detection device information;
the analysis server calculates an air pollution index according to the air element information;
the analysis server selects the environmental parameter information corresponding to the environmental detection device information and the air element information corresponding to the air detection device information which are the same as the divided region information, so as to analyze a corresponding pollution analysis result and the execution operation information according to date information, the environmental parameter information, the air element information and the air pollution index and by matching with the analysis conditions;
the analysis server pushes the analyzed pollution analysis result and the execution operation information to a mobile terminal device; and
and the mobile terminal device provides scene modes, pollution analysis results and intelligent display of the execution operation information.
7. The weather-meteorological environment-coordinated air pollution analysis and control decision-making method according to claim 6, wherein the environmental parameter information is selected from a group consisting of wind power, wind direction, relative humidity, temperature, precipitation, air pressure, visibility, road surface temperature and road surface condition of the divided regions.
8. The weather-meteorological-environment-associated air pollution analysis and control decision method according to claim 6, wherein the air element information is selected from the group consisting of PM2.5, PM10, SQ2、NO2、O3And combinations of CO.
9. The weather-meteorological-environment-associated air pollution analysis and control decision method according to claim 6, wherein the pollution analysis result comprises a pollution source conveying path, the air pollution index, the environmental parameter information and the air element information.
10. The weather-meteorological environment-associated air pollution analysis and control decision method according to claim 9, wherein the pollution source conveying path is analyzed according to wind power and wind direction in the environmental parameter information over a time range, and the pollution source conveying path is required to exclude abnormal data in the wind power and the wind direction in the environmental parameter information.
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