CN108169823A - A kind of shared Atmosphere Environment Monitoring System Bases - Google Patents
A kind of shared Atmosphere Environment Monitoring System Bases Download PDFInfo
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- CN108169823A CN108169823A CN201810019366.1A CN201810019366A CN108169823A CN 108169823 A CN108169823 A CN 108169823A CN 201810019366 A CN201810019366 A CN 201810019366A CN 108169823 A CN108169823 A CN 108169823A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01W—METEOROLOGY
- G01W1/00—Meteorology
- G01W1/02—Instruments for indicating weather conditions by measuring two or more variables, e.g. humidity, pressure, temperature, cloud cover or wind speed
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Abstract
The invention discloses a kind of shared Atmosphere Environment Monitoring System Bases, including atmosphere environment supervision instrument, specifically include sensor assembly, monolithic computer chip and communication module；The sensor assembly includes temperature sensor, humidity sensor, air velocity transducer, wind transducer, baroceptor, PM2.5 sensors, radiation sensor, rain sensor；The sensor assembly is used for collecting temperature, humidity, wind speed, wind direction, air pressure, PM2.5, radiation and rainfall data；The monolithic computer chip, the atmospheric environment data for being acquired to sensor are analyzed, and obtain atmospheric environment precise information；Atmospheric environment precise information for providing internet connection, and is transmitted to Cloud Server device by the communication module；Cloud Server device carries out classification processing for the atmospheric environment precise information to reception and stores；Mobile intelligent terminal device, atmospheric environment data that treated for obtaining the Cloud Server, and show atmospheric environment data.The present invention can accurately react the atmospheric environment data in some areas, and people is helped more accurately to grasp atmospheric environment data.
Description
Technical field
The present invention relates to atmospheric monitoring technical fields, and in particular to a kind of shared Atmosphere Environment Monitoring System Bases.
Background technology
Atmosphere environment supervision traditional at present is relatively rough, and data collection point quantity is few, it is impossible to accurately react some areas
Atmospheric environment data, it is impossible to refine to such as：The atmospheric environment situation in my family garden etc..Weather report at present can only express city
The a wide range of atmospheric environment in city, general tens kilometers of city length and width, large size city length and width kilometers up to a hundred, region so air
Environmental data difference is also bigger, and some Regional Atmospheric Environments are good, and some Regional Atmospheric Environments are poor, each Regional Atmospheric Environment situation
It is variant, the atmospheric environment data of regional area can not accurately be monitored always.
Invention content
The present invention is insufficient for current atmospheric environment collection point, the coarse pain spot of mathematical model, provides a kind of cheap installation
Simple short-term non-maintaining atmosphere environment supervision device can accurately report the atmospheric environment situation in harvester place, can be with
Allow user when understand garden, balcony, plant area, entertainment for children garden, large supermarket and various public tourism gardens self in fact
Etc. atmospheric environment data, and while passing through internet share to all authorized users in fact.
To achieve the above object, the present invention uses following technical solution：
A kind of shared Atmosphere Environment Monitoring System Bases, including
Atmosphere environment supervision instrument specifically includes sensor assembly, monolithic computer chip and communication module；
The sensor assembly is used for collecting temperature, humidity, wind speed, wind direction, air pressure, PM2.5, radiation and rainfall data；
The monolithic computer chip, the atmospheric environment data for being acquired to sensor are analyzed, and obtain atmospheric environment essence
Exact figures evidence；
Atmospheric environment precise information for providing internet connection, and is transmitted to Cloud Server device by the communication module；
Cloud Server device carries out classification processing for the atmospheric environment precise information to reception and stores；
Mobile intelligent terminal device, atmospheric environment data that treated for obtaining the Cloud Server, and show atmospheric environment
Data.
Preferably, the sensor assembly includes temperature sensor, humidity sensor, air velocity transducer, wind direction sensing
Device, baroceptor, PM2.5 sensors, radiation sensor, rain sensor.
Preferably, the atmosphere environment supervision instrument further includes power supply module, the power supply module, for for the big compression ring
Border monitor power supply.
Preferably, the communication module is wifi communication modules.
Preferably, the classification processing described in the Cloud Server device is according to IP address to atmospheric environment precise information
Classification processing is carried out by region, time shaft.
Preferably, the display data described in the mobile intelligent terminal device be by atmospheric environment data by big region,
Zonule, Basic monitoring point are with precise information form or the classification display of region cloud atlas.
Preferably, the atmospheric environment precise information is to carry out duct type number to the atmospheric environment data that sensor acquires
The data obtained after filter integration algorithm process；Shown algorithm specific steps include：
Filling step fills and the atmospheric environment data in Sampling time periods is pressed into pipeline based on the principle of first in first out；
It determines step, determines the sampling time interval changed based on external environment atmospheric environment real time data；
Mean value calculation step calculates the average value based on atmospheric environment data in sampling time interval interior conduit；
Comparison step, more each atmospheric environment data and average value, difference are then pressed into pipeline such as in allowed band；
Step is calculated, calculates atmospheric environment data to be output in pipeline；
Step is exported, the atmospheric environment output data of acquisition is exported.
Preferably, pipeline described in the filling step is 128-1024 double byte；In the mean value calculation step
The average value is to the data sampling in pipeline, carries out integral operation, acquired results divided by pipeline depth, the average value with
Constantly change with the increase and decrease of data；In the comparison step, the allowed band limits or to force by multiple adjacent datas
Change rate automatically generates；It is described to be calculated as based on the sampling time in the calculating step, it differentiates to obtain to pipeline integration data
To accurate instant output data；It is further preferred that Bit extensions also are carried out to output data, to improve software resolving accuracy.
A kind of shared atmosphere environment supervision method, includes the following steps,
Obtaining step obtains the atmospheric environment precise information obtained after analyzing the atmospheric environment data that sensor acquires；
Forwarding step sends the atmospheric environment precise information to Cloud Server；
Cloud Server processing step carries out the atmospheric environment precise information of reception classification processing and stores, transmission processing
Atmospheric environment data afterwards are to mobile intelligent terminal；
Step display receives the Cloud Server treated atmospheric environment data, and shows atmospheric environment data.
Preferably, it is to carry out duct type digital filtering product to data that atmospheric environment precise information is provided in the obtaining step
Divide algorithm, specific steps include：
Filling step fills and the atmospheric environment data in Sampling time periods is pressed into pipeline based on the principle of first in first out；
It determines step, determines the sampling time interval changed based on external environment atmospheric environment real time data；
Mean value calculation step calculates the average value of atmospheric environment data in pipeline；
Comparison step, more each atmospheric environment data and average value, difference are then pressed into pipeline such as in allowed band；
Step is calculated, calculates atmospheric environment data to be output in pipeline；
Step is exported, the atmospheric environment output data of acquisition is exported.
Preferably, the Cloud Server processing step is to carry out classification processing to the atmospheric environment precise information received,
And it is stored according to IP address by region, time shaft；During request data, the Cloud Server program will treated big compression ring
Border precise information is sent to mobile intelligent terminal by internet.
The present invention has the advantages that：
The present invention can solve user to accurately controlling the demand of atmospheric environment, know whenever and wherever possible at one's side in the big data epoch
Atmospheric environment data in 10 meters, 100 meters, 1000 meters reach very low cost by the situation of data sharing and complete precision data
Know.Make society more accurate to environmental monitoring, achieve the purpose that promote social environment consciousness.
Description of the drawings
Fig. 1 is the shared Atmosphere Environment Monitoring System Bases structure chart of the embodiment of the present invention.
Fig. 2 is the structure chart of the atmosphere environment supervision instrument of the embodiment of the present invention.
Fig. 3 is the flow chart of the duct type digital filtering integral algorithm of the embodiment of the present invention.
Fig. 4 is the shared atmosphere environment supervision method and step figure of the embodiment of the present invention.
Specific embodiment：
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, to this hair
It is bright to be further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and does not have to
It is of the invention in limiting.
Embodiment 1
The embodiment of the present invention, a kind of shared Atmosphere Environment Monitoring System Bases, as shown in Figure 1, including atmosphere environment supervision instrument 1, cloud
Server 2 and mobile intelligent terminal 3.As shown in Fig. 2, atmosphere environment supervision instrument 1, passes including monolithic computer chip 11, temperature
Sensor 12, humidity sensor 13, air velocity transducer 14, wind transducer 15, baroceptor 18, PM2.5 sensors 19, radiation
Sensor 20, rain sensor 21, solar cell 16 and WiFi communication module.Solar cell 16 is big as power supply module
1 power supply of temperature degree humidity detection instrument.Monolithic computer chip 11 in real time obtain temperature sensor 12, humidity sensor 13,
Air velocity transducer 14, wind transducer 15, baroceptor 18, PM2.5 sensors 19, radiation sensor 20, rain sensor
The atmospheric environment data of 21 acquisitions, and atmospheric environment data are carried out with the processing of duct type digital filtering integral algorithm, improve air
The accuracy of environmental data obtains atmospheric environment precise information.WiFi communication module accesses family or the access of city Common Gateway
Internet, and obtained atmospheric environment precise information is transmitted to Cloud Server in real time.Cloud Server is to the big compression ring that receives
Border data carry out classification processing, and are handled and stored by region, time shaft according to IP address.When mobile intelligent terminal passes through
When wechat small routine asks atmospheric environment data, server is given birth to according to specifying informations such as IP address, the request times of requesting terminal
Into the atmospheric environment data by the forms such as big region, zonule, Basic monitoring point or region cloud atlas form, and it is sent to mobile intelligence
Energy terminal, mobile intelligent terminal are shown according to corresponding form in wechat small routine one by one.
As shown in figure 3, the duct type digital filtering integral algorithm in the present embodiment, is as follows：
S11, filling step the data collection in preset atmospheric environment data collection cycle and are packed into pipeline, i.e.,
Fill data.Pipeline is 128-1024 double byte.The acquisition of duct type data is to show that data as water flowing into pipeline, are
First in first out, it keeps synchronous with data collection cycle.
S12 determines step, is required according to external environment atmospheric environment data real-time response, determines the suitable sampling time
Interval, this contributes to accurate description of the entire pipeline to pipeline time shaft.Such as the sampling period is 5 seconds, 1024 grades of pipelines correspond to
Time shaft for 5120 seconds, can accurate expression time range up to 90 minutes, so correctly defining the sampling period and pipeline is deep
Degree describes conducive to the precise information of local time's range.
S13, mean value calculation step, calculate pipeline in atmospheric environment data average value.Average value is in pipeline
Atmospheric environment data carry out integral operation, acquired results divided by pipeline depth.Average value with atmospheric environment data increase and decrease without
Disconnected variation.Each new data enters and an average value is asked in the ejection of legacy data.
S14, comparison step, more each atmospheric environment data and average value, if the difference of the two is in the permission of setting
In the range of, then atmospheric environment data be pressed into pipeline, if the difference of the two outside the allowed band of setting, by the air
Environmental data abandons.Wherein allowed band is limited to force or is automatically generated by multiple adjacent data change rates.
S15 calculates step, calculates the atmospheric environment data to be output in pipeline.Specific calculation is that pipeline is accumulated
Divided data differentiates to obtain accurate instant output data.Can also Bit extensions be carried out to output data, to improve software resolution
Precision.Differential is asked for integration accumulation data, we can also obtain precision higher than average data by changing differential depth
The data of digit.For example our sample precisions are 12Bit, when pipeline depth is that 1024 i.e. 2^10 integrated depths index had both been
10, when we seek output data the differential calculation that depth is 9, it is possible to obtain the extension output of 13Bit, the position extended certainly
Number is more, and seniority top digit precision can also decline.
S16 exports step, the atmospheric environment output data of acquisition is exported.Each new data press-in pipeline will
There are one oldest data ejection pipelines, can all run a deuterzooid algorithm at this time, seek out average data or growth data, and
One precise information of synchronism output on demand.
Embodiment 1 has following advantageous effect, can solve user to accurately controlling atmospheric environment in the big data epoch
The demand of data knows the atmospheric environment data in 10 meters at one's side, 100 meters, 1000 meters, passes through the shape of data sharing whenever and wherever possible
Gesture reaches very low cost and completes knowing for precision data.Make society more accurate to environmental monitoring, reach promotion social environment consciousness
Purpose.
Embodiment 2
A kind of shared atmosphere environment supervision method of the present invention, as shown in figure 4, being as follows：
S01, obtaining step, obtain temperature sensor 12 in atmosphere environment supervision instrument 1, humidity sensor 13, air velocity transducer 14,
The air that wind transducer 15, baroceptor 18, PM2.5 sensors 19, radiation sensor 20 and rain sensor 21 acquire
Environmental data, monolithic computer chip 11 analyze atmospheric environment data, and with duct type digital filtering integral algorithm pair
Collected atmospheric environment data carry out the extraction of atmospheric environment precise information, exclude bad data, obtain more accurate air
Environmental data.
S02, forwarding step, the monolithic computer chip 11 in atmosphere environment supervision instrument 1 call WiFi communication module 17, will
The atmospheric environment precise information of generation is sent to Cloud Server by internet.
S03, Cloud Server processing step carry out classification processing, i.e., according to IP to the atmospheric environment precise information received
Address is stored by region, time shaft；When mobile intelligent terminal 3 asks atmospheric environment data, according to request intelligent movable
Corresponding atmospheric environment data are sent to mobile intelligent terminal 3 by the specifying information of terminal 3, such as specific regional information etc..
S04, step display, mobile intelligent terminal 3, according to the atmospheric environment data of the Cloud Server 2 received, according to big
Region, zonule, Basic monitoring point form show and carry out classification according to region cloud atlas and show.
Embodiment 2 has following advantageous effect：User can be solved to accurately controlling atmospheric environment in the big data epoch
The demand of data knows the atmospheric environment data in 10 meters at one's side, 100 meters, 1000 meters, passes through the shape of data sharing whenever and wherever possible
Gesture reaches very low cost and completes knowing for precision data.Make society more accurate to environmental monitoring, reach promotion social environment consciousness
Purpose.
It is the better embodiment of the present invention above, but the scope of the present invention is not limited thereto.It is any to be familiar with this field
Technical staff disclosed herein technical scope in, without transformation or replacement that creative work is expected, should all cover
Within protection scope of the present invention.Therefore protection scope of the present invention should be subject to the protection domain that claim is limited.
Claims (10)
1. a kind of shared Atmosphere Environment Monitoring System Bases, which is characterized in that including
Atmosphere environment supervision instrument specifically includes sensor assembly, monolithic computer chip and communication module；
The sensor assembly is used for collecting temperature, humidity, wind speed, wind direction, air pressure, PM2.5, radiation and rainfall data；
The monolithic computer chip, the atmospheric environment data for being acquired to sensor are analyzed, and obtain atmospheric environment essence
Exact figures evidence；
Atmospheric environment precise information for providing internet connection, and is transmitted to Cloud Server device by the communication module；
Cloud Server device carries out classification processing for the atmospheric environment precise information to reception and stores；
Mobile intelligent terminal device, atmospheric environment data that treated for obtaining the Cloud Server, and show atmospheric environment
Data.
2. shared Atmosphere Environment Monitoring System Bases according to claim 1, which is characterized in that the sensor assembly packet
Include temperature sensor, humidity sensor, air velocity transducer, wind transducer, baroceptor, PM2.5 sensors, radiation sensing
Device, rain sensor.
3. shared Atmosphere Environment Monitoring System Bases according to claim 1, which is characterized in that the atmosphere environment supervision instrument
Further include power supply module, the power supply module, for powering for the atmosphere environment supervision instrument.
4. shared Atmosphere Environment Monitoring System Bases according to claim 1, which is characterized in that in the Cloud Server device
The classification processing is carries out classification processing according to IP address to atmospheric environment precise information by region, time shaft.
5. shared Atmosphere Environment Monitoring System Bases according to claim 1, which is characterized in that the mobile intelligent terminal dress
Display data described in putting be by atmospheric environment data by big region, zonule, Basic monitoring point with precise information form or
Region cloud atlas classification display.
6. shared Atmosphere Environment Monitoring System Bases according to claim 1, which is characterized in that the atmospheric environment perfect number
The data for according to the atmospheric environment data to acquire sensor obtain after the processing of duct type digital filtering integral algorithm；It is shown
Algorithm specific steps include：
Filling step fills and the atmospheric environment data in Sampling time periods is pressed into pipeline based on the principle of first in first out；
It determines step, determines the sampling time interval changed based on external environment atmospheric environment real time data；
Mean value calculation step calculates the average value based on atmospheric environment data in sampling time interior conduit；
Comparison step, more each atmospheric environment data and average value, difference are then pressed into pipeline such as in allowed band；
Step is calculated, calculates atmospheric environment data to be output in pipeline；
Step is exported, the atmospheric environment output data of acquisition is exported.
7. shared Atmosphere Environment Monitoring System Bases according to claim 6, which is characterized in that described in the filling step
Pipeline is 128-1024 double byte；Average value described in the mean value calculation step be to the data sampling in pipeline, into
Row integral operation, acquired results divided by pipeline depth, the average value follow the increase and decrease of data and constantly change；It is described relatively to walk
In rapid, the allowed band is limited to force or is automatically generated by multiple adjacent data change rates；In the calculating step, institute
It states and is calculated as based on the sampling time, differentiate to obtain accurate instant output data to pipeline integration data；Further preferably
Ground also carries out Bit extensions, to improve software resolving accuracy to output data.
A kind of 8. shared atmosphere environment supervision method, which is characterized in that include the following steps,
Obtaining step obtains the atmospheric environment precise information obtained after analyzing the atmospheric environment data that sensor acquires；
Forwarding step sends the atmospheric environment precise information to Cloud Server；
Cloud Server processing step carries out the atmospheric environment precise information of reception classification processing and stores, transmission processing
Atmospheric environment data afterwards are to mobile intelligent terminal；
Step display receives the Cloud Server treated atmospheric environment data, and shows atmospheric environment data.
9. shared atmosphere environment supervision method according to claim 8, which is characterized in that provided in the obtaining step
Atmospheric environment precise information is to carry out duct type digital filtering integral algorithm to atmospheric environment data, and specific steps include：
Filling step fills and the atmospheric environment data in Sampling time periods is pressed into pipeline based on the principle of first in first out；
It determines step, determines the sampling time interval changed based on external environment atmospheric environment real time data；
Mean value calculation step calculates the average value of atmospheric environment data in pipeline；
Comparison step, more each atmospheric environment data and average value, difference are then pressed into pipeline such as in allowed band；
Step is calculated, calculates atmospheric environment data to be output in pipeline；
Step is exported, the atmospheric environment output data of acquisition is exported.
10. shared atmosphere environment supervision method according to claim 8, which is characterized in that the Cloud Server processing
Step is carries out the atmospheric environment precise information received classification processing, and deposited by region, time shaft according to IP address
Storage；During request data, by treated, atmospheric environment precise information is sent to movement to the Cloud Server program by internet
Intelligent terminal.
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Cited By (1)
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Application publication date: 20180615 |