CN107687994A - air detection system and method - Google Patents
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- CN107687994A CN107687994A CN201710579571.9A CN201710579571A CN107687994A CN 107687994 A CN107687994 A CN 107687994A CN 201710579571 A CN201710579571 A CN 201710579571A CN 107687994 A CN107687994 A CN 107687994A
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- 238000007405 data analysis Methods 0.000 claims abstract description 47
- 238000004364 calculation method Methods 0.000 claims description 17
- 238000004458 analytical method Methods 0.000 claims description 11
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N15/00—Investigating characteristics of particles; Investigating permeability, pore-volume, or surface-area of porous materials
- G01N15/06—Investigating concentration of particle suspensions
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- G—PHYSICS
- G01—MEASURING; TESTING
- 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 provides an air detection system which is connected with a client side and comprises a first air detection unit, a second air detection unit, a data storage unit, a data analysis unit and an operation unit, wherein the first air detection unit and the second air detection unit respectively transmit original data acquired by the first air detection unit and the second air detection unit to the data storage unit provided with the cloud side, the data analysis unit is connected with the data storage unit, and the operation unit is connected with the data storage unit and the client side. Therefore, the air detection system stores the first original data and the second original data in the cloud end by the data storage unit; in addition, data analysis is performed by the data analysis unit; furthermore, the air information data is generated by the operation unit and provided to the client.
Description
Technical field
The present invention discloses a kind of air detection system and air detection method, more particularly will be located at difference on one kind
Multiple air detection system and air detection methods of position.
Background technology
As the common people improve for the attention rate of the data such as environmental quality and meteorological condition, industry also begins to be directed to developing
Related software and hardware, to which the data such as client environmental quality of interest and meteorological condition can be provided in real time, further, since modern
The development of science and technology, the cost of data storage are greatly reduced, and the technology such as high in the clouds computing and big data analysis is ripe day by day, for obtaining
The demand of a large amount of initial data (raw data) has started to increase.
However, the air detection technology that industry uses at present can not meet above two demand in fact, and in detail, existing sky
Gas quality detection apparatus includes satellite navigation system (GPS), air detecting device, storage device and battery, and is typically to hold
Continue mobile mode to collect the data of various regions, after the data for collecting a period of time, staff is again by this in a manner of write by hand
A little transcription datas into hard copy, then transfer to professional's system is whole, calculate after send result report to client again, or transfer to grind
Study carefully personnel's analysis.
It is, in the prior art, when client receives result report, the data of institute's foundation and non real-time number
According to；In addition, researcher to obtain all initial data to be analyzed, it is necessary to first by a large amount of hard copy data electronization, into
This is very high, and the data volume that can be provided in a manner of write by hand is also restricted；Furthermore existing Detection of Air Quality equipment is necessary
The position that just can recognize that the data of acquirement by GPS is additionally provided, it will so produce cost is high, power consumption and battery life are short etc.
Problem, once moreover, GPS failure, can not just obtain effective data again.
The content of the invention
The present invention a purpose be to provide a kind of air detection system, it can be real-time by the initial data of multiple positions
Cloud server is stored in, and the initial data of storage can be converted to useful information.
For the above-mentioned purpose and other purposes, the present invention provide a kind of air detection system, are connected to an at least client,
The air detection system includes the first air detector module, the second air detector module, data storage element, data analysis unit
And arithmetic element.
First air detector module is arranged at first position, to obtain the air quality on the first position
First initial data；Second air detector module is arranged at the second place, to obtain the air on the second place
Second initial data of quality；The data storage element is arranged in cloud server, and is connected to the first air inspection
Unit and second air detector module are surveyed, and stores first initial data and second initial data；The number
The data storage element is connected to according to analytic unit, to analyze first initial data and second initial data；With
And the arithmetic element is connected to the data storage element and the client, the arithmetic element is to first original number
According to and at least one of second initial data carry out computing, to produce air information data, and by the air information
Data are supplied to the client.
In an embodiment of air detection system of the present invention, data analysis unit and arithmetic element are separately positioned on and number
According in the different cloud server of storage element.
In an embodiment of air detection system of the present invention, the first air detector module includes the first Detection of Air Quality
Device, the first initial data storage device and the first wireless network attachment means, the first air quality detecting device detecting first
The air quality of position, to produce the first initial data；First initial data storage device is arranged at first position and is connected to
First air quality detecting device, to store the first initial data；And first wireless network attachment means to be connected to first original
Data memory device, and it is connected to the first wireless network being arranged near first position；Wherein, by the first wireless network,
First initial data is uploaded to data storage element by the first initial data storage device.
In the embodiment of air detection system of the present invention, the second air detector module fills including the second Detection of Air Quality
Put, the second initial data storage device and second wireless network attachment means, the second air quality detecting device detect second
The air quality put, to produce the second initial data；Second initial data storage device is arranged at the second place and is connected to
Two air quality detecting devices, to store the second initial data；And second wireless network attachment means are connected to the second original number
According to storage device, and it is connected to the second wireless network being arranged near the second place；Wherein, by second wireless network,
Second initial data is uploaded to data storage element by two initial data storage devices.
In an embodiment of air detection system of the present invention, the first initial data include on first position PM2.5,
The data of at least one of temperature and humidity.
In an embodiment of air detection system of the present invention, the second initial data include on the second place PM2.5,
The data of at least one of temperature and humidity.
In an embodiment of air detection system of the present invention, data analysis unit analyzes the first initial data and the second original
After beginning data, an analysis result is obtained, analysis result is sent to data storage element to be stored by data analysis unit.
Thus, air detection system of the present invention by data storage element by the first initial data and the second initial data
Storage is beyond the clouds；In addition, carry out data analysis by data analysis unit；Furthermore produce air feelings by arithmetic element
Count off evidence is simultaneously supplied to client.
The present invention a purpose be to provide a kind of air detection method, it can be real-time by the initial data of multiple positions
Cloud server is stored in, and the initial data of storage can be converted to useful information.
For the above-mentioned purpose and other purposes, the present invention provide a kind of air detection method, include air detection step, number
According to storing step, data analysis step, calculation step and output step.
The air detection step is come by the different air quality detection units for being arranged at first position and the second place
Obtain the of the first initial data of the air quality on the first position and the air quality on the second place
Two initial data.
First initial data and second initial data are stored in setting beyond the clouds by the data storage step
Data storage element in server；The data analysis step analyzes first initial data and second original number
According to；The calculation step carries out computing at least one of first initial data and second initial data, with production
A raw air information data；And the air information data is supplied to an at least client by the output step system.
In an embodiment of air detection method of the present invention, include between air detection step and data storage step
Wireless network linking step, Connection Step and data upload step, wireless network linking step divide air quality detection unit
Wireless network near the wireless network not being connected near first position and the second place；Connection Step will by wireless network
Air quality detection unit is connected to the data storage element for being arranged on cloud server；And data upload step, it will divide
The first initial data and the second initial data not being stored in air quality detection unit are uploaded to data storage element respectively.
In an embodiment of air detection method of the present invention, in Connection Step air detection step and data upload step
Include identification, classification step between data storage step, in identification, classification step, data storage element connects by acquirement with it
The IP positions of the wireless network connect, to identify that it is the first initial data or the second initial data to distinguish the data uploaded.
In an embodiment of air detection method of the present invention, the first initial data includes a first position data, and first
Position data is used to represent that data obtain from first position, and the second initial data includes a second place data, second place number
According to for representing that data obtain from the second place, in data upload step, data storage element by first position data and
Second place data, it is the first initial data or the second initial data to distinguish the data of upload.
In an embodiment of air detection method of the present invention, include between air detection step and data storage step
Wireless network linking step and client Connection Step, wireless network linking step, air quality detection unit is connected respectively
The wireless network near wireless network and the second place near first position；And client Connection Step, by client
Electronic installation is connected to the wireless network near first position or the wireless network near the second place, and is allowed by wireless network
Client obtains the first initial data or the second initial data.
In an embodiment of air detection method of the present invention, connect between data storage step and calculation step including instruction
Step is received, to receive the instruction from client, and is determined according to instruction in the first initial data and the second initial data
At least one carries out computing.
In an embodiment of air detection method of the present invention, calculation step is first original with obtaining by default data
At least one of data and the second initial data are compared, and to obtain comparative result, and comparative result are additional into sky
In gas information data.
In an embodiment of air detection method of the present invention, in air detection step, the first initial data and the second original
Beginning data obtain for same time point.
Thus, air detection method of the present invention by data storage step by the first initial data and the second initial data
Storage is beyond the clouds；In addition, carry out data analysis by data analysis step；Furthermore come by calculation step and output step
Produce air information data and be supplied to client.
Brief description of the drawings
Fig. 1 is the block diagram of air detecting system of the present invention.
Fig. 2A is the internal frame diagram of the first air detector module of the present invention.
Fig. 2 B are the internal frame diagrams of the second air detector module of the present invention.
Fig. 3 is the flow chart of the first embodiment of air detection method of the present invention.
Fig. 4 is the flow chart of the second embodiment of air detection method of the present invention.
Fig. 5 is the flow chart of the 3rd embodiment of air detection method of the present invention.
Fig. 6 is the flow chart of the fourth embodiment of air detection method of the present invention.
Fig. 7 is the flow chart of the 5th embodiment of air detection method of the present invention.
Symbol description：
10 first air detector modules
11 first air quality detecting devices
12 first initial data storage devices
13 first wireless network attachment means
20 second air detector modules
21 second air quality detecting devices
22 second initial data storage devices
23 second wireless network attachment means
30 data storage elements
40 data analysis units
50 arithmetic elements
100 air detection systems
1000 clients
S100~S210 steps
Embodiment
To be fully understood by the purpose of the present invention, feature and effect, hereby by following specific embodiments, and coordinate accompanying drawing,
The present invention is elaborated, illustrated as after：
Fig. 1 is refer to, Fig. 1 is the block diagram of air detecting system 100 of the present invention, as shown in figure 1, air detecting system 100
Include the first air detector module 10, the second air detector module 20, data storage element 30, data analysis unit 40 and computing
Unit 50.
First air detector module 10 is arranged at first position, former to obtain first of the air quality on first position
Beginning data；Second air detector module 20 is arranged at the second place, former to obtain second of the air quality on the second place
Beginning data.
It should be noted that so-called " first position " and " second place " refer to the position in real world, such as " Taibei city
Good faith primary school " and " Xing Ya primary schools of Taibei city ", because first position is different from the second place, therefore the air quality of first position with
The air quality of the second place in general can be variant, and the first initial data should be different from the second initial data.
In addition, the first initial data may include the number of at least one of the PM2.5 on first position, temperature and humidity
According to, the second initial data includes the data at least one of the PM2.5 of the second place, temperature and humidity, but not with this
It is limited, it will be appreciated by persons skilled in the art that the first initial data and data class included by the second initial data can
To be adjusted according to actual demand.
Data storage element 30 is connected to the first air detector module 10 and the second air detector module 20, and stores first
Initial data and the second initial data, data storage element 30 are arranged in cloud server, and data storage list is connected to allow
Other units (including the first air detector module 10, the second air detector module 20, data analysis unit 40 and the computing of member 30
Unit 50) it can upload or take data.
It should be noted that it will be understood by those skilled in the art that because the first air detector module 10 and the second air are examined
The diverse location that unit 20 is arranged in real world is surveyed, and data storage element 30 is arranged in cloud server, therefore, is examined
Consider the distance in real world, it is to use that can learn the first air detector module 10 and " connection " of data storage element 30
The mode of radio communication, the second air detector module 20 " connection " with data storage element 30 and the side with radio communication
Formula.
Data analysis unit 40 is connected to data storage element 30, to obtain the first initial data from data storage element 30
And second initial data, and analyze the first initial data and the second initial data.
It is preferred that after data analysis unit 40 analyzes the first initial data and the second initial data, analysis result is can use to obtain,
Analysis result can be sent to data storage element 30 to be stored by data analysis unit 40, and data analysis unit 40 is settable
In the cloud server different from data storage element 30.
In addition, so-called " analysis " includes that according to property general analysis and predictive analysis etc. can be divided into, and according to data
The conditions such as amount, data speed can be to carry out indivedual independent analyses or big data analysis, for example, data analysis unit 40 can basis
Situation of change between multiple first initial data, to analyze situation of the air quality of first position in different months, and example
Such as, the first initial data and the second initial data that data analysis unit 40 can obtain according to same time point, to compare two places
Air quality, thereby increases and it is possible to can be by the PM2.5 of first position variable quantity (such as become big), to predict the sky of the second place
Makings amount will be deteriorated and (consider wind direction or diffusion effect etc.).
Arithmetic element 50 is connected to data storage element 30, and arithmetic element 50 is original from the acquirement first of data storage element 30
At least one of data and the second initial data, and at least one in the first initial data and the second initial data of acquirement
Person carries out computing, to produce air information data, and air information data is supplied into client 1000, arithmetic element 50 can be set
It is placed in the cloud server different from data storage element 30, data analysis unit 40.
So-called " computing " refers at least one of the first initial data of acquirement and second initial data being converted to energy
Enough it is presented to the process of the positive information of user；Furthermore the data format of air information data may depend on client 1000
Electronic installation (such as mobile phone, flat board or personal computer etc.), if for example, the electronic installation of client 1000 is mobile phone, transport
The data format for adjusting air information data can be corresponded to by calculating unit 50, air information data is read on mobile phone by user
Take.
In addition, arithmetic element 50 can be according to the instruction received from client 1000, to determine to take from data storage element 30
At least one of the first initial data and the second initial data, if for example, the instruction of client 1000 is obtains on the
The data of the air quality of one position, then arithmetic element 50 can from data storage element 30 obtain the first initial data, in another example,
If to obtain on first position and the data of the air quality of the second place, arithmetic element 50 can for the instruction of client 1000
The first initial data and the second initial data are obtained from data storage element 40.
It should be noted that it will be understood by those skilled in the art that if data analysis unit 40 and the system of arithmetic element 50 are set
(there are three different cloud servers) in the cloud server different from data storage element 30, then data analysis unit
40 with " connection " of data storage element 30 be by way of radio communication, arithmetic element 50 and data storage element 30
" connection " and by way of radio communication.
In addition, it is arranged on same cloud compared to by data analysis unit 40, arithmetic element 50 and data storage element 30
Hold the mode in server, when data analysis unit 40 and arithmetic element 50 be separately positioned on it is different from data storage element 30
When in cloud server, due to the job classifications such as data storage, data analysis, data operation can be handled, therefore it can reach
The effect of accelerating data processing speed.
Then, the internal frame diagram that Fig. 2A and Fig. 2 B, Fig. 2A are the first air detector modules 10 of the present invention, Fig. 2 B be refer to
It is the internal frame diagram of the second air detector module 20 of the present invention.As shown in Figure 2 A and 2 B, the first air detector module 10 can
Including the first air quality detecting device 11, the first initial data storage device 12 and the first wireless network attachment means 13；The
Two air detector modules 20 may include the second air quality detecting device 21, the second initial data storage device 22 and second is wireless
Network connection device 23.
First air quality detecting device 11 can detect the air quality of first position, example by sensor (not shown)
Such as, if the first air quality detecting device 11 has temperature sensor, humidity sensor and PM2.5 sensors, the first air
Quality detection device 11 can obtain the data of the temperature on first position, humidity and PM2.5.
First initial data storage device 12 is connected to the first air quality detecting device 11, to store the first original number
Can be that random access memory (such as DRAM, SRAM) or read-only storage (such as ROM, dodge according to, the first initial data storage device 12
Deposit), and the first initial data storage device 12 is arranged at first position, after the generation of the first initial data but to be sent to
Before data storage element 30, the first initial data is first stored.
First wireless network attachment means 13 are connected to the first initial data storage device 12, and it is wireless to be connected to one first
Network, the type of the first wireless network is such as can be WiFi or LoRa, and the first wireless network is arranged near first position.
By the first wireless network, the first initial data can be uploaded to and be arranged on cloud by the first initial data storage device 12
Hold the data storage element 30 in server, the upload frequencies of the first initial data storage device 12 can be every 5 minutes once, and
When the first wireless network for wireless network (such as LoRa) with park mode when, the first wireless network attachment means 13 can between
The unlatching of disconnected formula, such as the first wireless network attachment means 13 are just only opened before 10 seconds of data are uploaded every time, to save electricity
Power.
Second air quality detecting device 21 can detect the air quality of the second place, example by sensor (not shown)
Such as, if the second air quality detecting device 21 has temperature sensor, humidity sensor and PM2.5 sensors, the second air
Quality detection device 21 can obtain the data of the temperature on first position, humidity and PM2.5.
Second initial data storage device 22 is connected to the second air quality detecting device 21, to store the second original number
Can be that random access memory (such as DRAM, SRAM) or read-only storage (such as ROM, dodge according to, the second initial data storage device 22
Deposit), and the second initial data storage device 22 is arranged at the second place, with when the second initial data produces but is not yet sent to number
During according to storage element 30, the first initial data is first stored.
Second wireless network attachment means 23 are connected to the first initial data storage device 22, and it is wireless to be connected to one second
Network, the type of second wireless network is such as can be WiFi or LoRa, and second wireless network is arranged near the second place.
The type of first wireless network is preferably identical with second wireless network.
By second wireless network, the second initial data can be uploaded to and be arranged on cloud by the second initial data storage device 22
Hold the data storage element 30 in server, the upload frequencies of the second initial data storage device 22 can be every 5 minutes once, and
When second wireless network for wireless network (such as LoRa) with park mode when, second wireless network attachment means 23 can between
The unlatching of disconnected formula, such as second wireless network attachment means 23 are just only opened before 10 seconds of data are uploaded every time, to save electricity
Power.
In addition, the inside of data storage element 30 may be provided with the identification for the IP positions for recognizing connected wireless network
Device (not shown), with according to IP positions, to confirm that the person of being connected thereto is the first air detector module 10 or the second air detection
Unit 20, accordingly, it is the first initial data or the second initial data that can learn the data uploaded.
For example, if the IP positions of the first wireless network are " the IP positions of A " and second wireless network are " B ", when
The IP positions that data storage element 30 picks out connected wireless network are " A " when, can confirm that not now being connected thereto person is
First air detector module 10, and the data uploaded are the first initial data.
Fig. 3 is refer to, Fig. 3 is the flow chart of the first embodiment of air detection method of the present invention.As shown in figure 3, air
Detection method include air detection step S110, data storage step S120, data analysis step S130, calculation step S140 and
Export step S150.
Air detection step S110 comes by the different air quality detection units for being arranged at first position and the second place
Obtain the second original number of the first initial data of the air quality on first position and the air quality on the second place
According to.
First initial data and the second initial data are stored in the data in setting beyond the clouds by data storage step S120
Storage element；Data analysis step 130 analyzes the first initial data and the second initial data；Calculation step S140 is original to first
At least one of data and the second initial data carry out computing, to produce air information data；And step S150 is exported by sky
Gas information data is supplied to an at least client.
Then, Fig. 4 is refer to, Fig. 4 is the flow chart of the second embodiment of air detection method of the present invention.As shown in figure 4,
It may include wireless network linking step S160, Connection Step between air detection step S110 and data storage step S120
Air quality detection unit is connected to first by S170 and data upload step S180, wireless network linking step S160
The wireless network near wireless network and the second place near putting；Connection Step S170 examines air quality by wireless network
Survey unit and be connected to the data storage element for being arranged on cloud server；Data upload step S180 will be separately stored in sky
The first initial data and the second initial data in makings amount detection unit are uploaded to data storage element respectively.
Then, Fig. 5 is refer to, Fig. 5 is the flow chart of the 3rd embodiment of air detection method of the present invention.As shown in figure 5,
Include classifying step S190, in classifying step 190, data storage between Connection Step S170 and data upload step S180
Unit is by the IP positions for obtaining connected wireless network, to distinguish the data of upload as the first initial data or the second original
Beginning data.
As the alternative solution of the classifying step S190 described in leading portion, in other embodiment, the first initial data includes
First position data, first position data are used to represent that data obtain from first position, and the second initial data includes the second place
Data, second place data are used to represent that data obtain from the second place, in data upload step S180, data storage element
It is the first initial data or the second initial data to distinguish the data of upload by first position data and second place data.
Then, Fig. 6 is refer to, Fig. 6 is the flow chart of the fourth embodiment of air detection method of the present invention.As shown in fig. 6,
It may include that wireless network linking step S160 and client connect between air detection step S160 and data storage step S120
Step S200 is met, air quality detection unit is connected to wireless near first position by wireless network linking step S160
The electronic installation of client is connected to first by the wireless network near network and the second place, client Connection Step S200
The wireless network near wireless network or the second place near putting, and obtain the first original number by client by wireless network
According to or the second initial data, accordingly, user can obtain original by the first wireless network or second wireless network is directly connected in
Beginning data, and need not be obtained from the data storage element for be arranged on cloud server.
Then, Fig. 7 is refer to, Fig. 7 is the flow chart of the 5th embodiment of air detection method of the present invention.As shown in fig. 7,
Include command reception step S210 between data storage step S120 and calculation step S140, to receive the finger from client
Order, and determined according to instruction to the progress computing of at least one of the first initial data and the second initial data.
It should be noted that in the first to the 5th embodiment of air detection method of the present invention, data analysis step S130
Do not limit the order of execution between calculation step S140, do not limited between data analysis step S130 and output step S150 yet
The order of execution, calculation step S140 is before output step S150, therefore, in sequentially perform air detection step S110 and
After data storage step S120, the order that next performs can be (1) data analysis step S130 → calculation step S140 →
Export step S150；(2) calculation step S140 → data analysis step S130 → output step S150；Or (3) calculation step
S140 → output step S150 → data analysis step S130.
In addition, in the air detection step S110 of the first to the 5th embodiment of the air detection method, first is original
Data and the second initial data can be to obtain at same time point, and the first initial data and the second initial data can have timestamp,
To determine the time of initial data acquirement (such as 3 points of PM2.5 data obtained from first position in afternoon).
Furthermore calculation step S140 can be by default data and the first initial data and the second initial data that obtain
At least one is compared, and to obtain comparative result, and comparative result is additional in air information data, for example, acquiescence
Data can be the data of PM2.5 warning value, when at least one of the first initial data of acquirement and the second initial data height
When warning value, comparative result can be alerted in user by air information data.
In summary, air detection system of the present invention is original by the first initial data and second by data storage element
Data storage is beyond the clouds；In addition, carry out data analysis by data analysis unit；Furthermore produce sky by arithmetic element
Gas information data is simultaneously supplied to client；And air detection method of the present invention by data storage step by the first original number
According to and the second initial data storage beyond the clouds；In addition, carry out data analysis by data analysis step；Furthermore by computing
Step and output step produce air information data and are supplied to client.
The present invention hereinbefore disclosed with preferred embodiment, so it will be understood by those skilled in the art that embodiment only
For describing the present invention, and it is not construed as limiting the scope of the present invention.It should be noted that the change equivalent with embodiment such as
With displacement, all should be set to be encompassed within the scope of the present invention.Therefore, protection scope of the present invention is worked as and defined with claims
Scope be defined.
Claims (13)
1. a kind of air detection system, it is characterised in that be connected to an at least client, the air detection system includes：
First air detector module, is arranged at first position, former to obtain first of the air quality on the first position
Beginning data；
Second air detector module, is arranged at the second place, former to obtain second of the air quality on the second place
Beginning data；
Data storage element, it is arranged in cloud server, and is connected to first air detector module and second sky
Gas detection unit, and store first initial data and second initial data；
Data analysis unit, the data storage element is connected to, to analyze first initial data and described second original
Data；And
Arithmetic element, the data storage element and the client are connected to, the arithmetic element is to first original number
According to and at least one of second initial data carry out computing, to produce air information data, and by the air information
Data are supplied to the client,
Wherein, first initial data is uploaded to the data by first air detector module by the first wireless network
First initial data is uploaded to the number by storage element, second air detector module by a second wireless network
According to storage element, the data storage element is by the IP positions for obtaining connected first wireless network or second wireless network
Put, be first initial data or second initial data to distinguish the data of upload.
2. air detection system as claimed in claim 1, it is characterised in that the data analysis unit and the arithmetic element
It is separately positioned in the cloud server different from the data storage element.
3. air detection system as claimed in claim 1, it is characterised in that first air detector module includes：
First air quality detecting device, for detecting the air quality of the first position, to produce first original number
According to；
First initial data storage device, it is arranged at the first position and is connected to first air quality detecting device,
To store first initial data；And
First wireless network attachment means, the first initial data storage device is connected to, and is connected to and is arranged on described
The first wireless network near one position.
4. air detection system as claimed in claim 3, it is characterised in that second air detector module includes：
Second air quality detecting device, for detecting the air quality of the second place, to produce second original number
According to；
Second initial data storage device, it is arranged at the second place and is connected to second air quality detecting device,
To store second initial data；And
Second wireless network attachment means, the second initial data storage device is connected to, and is connected to and is arranged on described
Second wireless network near two positions.
5. the air detection system as any one of Claims 1-4, it is characterised in that first raw data packets
Include the data of at least one of the PM2.5 on the first position, temperature and humidity.
6. the air detection system as any one of Claims 1-4, it is characterised in that second raw data packets
Include the data of at least one of the PM2.5 on the second place, temperature and humidity.
7. the air detection system as any one of Claims 1-4, it is characterised in that the data analysis unit point
After analysing first initial data and second initial data, analysis result is obtained, the data analysis unit will be described point
Analysis result is sent to the data storage element to be stored.
8. a kind of air detection method, comprising：
Air detection step, by the different air quality detection units for being arranged at first position and the second place, to obtain pass
The second of the first initial data in the air quality of the first position and the air quality on the second place is original
Data；
Wireless network linking step, the air quality detection unit is connected to the wireless network near the first position
Wireless network near network and the second place；
Connection Step, the air quality detection unit is connected to the number for being arranged on cloud server by wireless network
According to storage element；
Classifying step, the data storage element is by the IP positions for obtaining connected wireless network, to distinguish upload
Data are first initial data or second initial data；
Data upload step, by the first initial data being separately stored in the air quality detection unit and the second original number
According to being uploaded to the data storage element respectively；
Data storage step, first initial data and second initial data are stored in and be arranged in cloud server
A data storage element；
Data analysis step, analyze first initial data and second initial data；
Calculation step, computing is carried out at least one of first initial data and second initial data, to produce
Air information data；And
Step is exported, the air information data is supplied to an at least client.
9. air detection method as claimed in claim 8, it is characterised in that first initial data includes first position number
It is used to represent that the data obtain from the first position according to, first position data, second initial data includes the
Two position datas, the second place data are used to represent that the data obtain from the second place, passed on the data
In step, the data storage element is by the first position data and the second place data, to distinguish the number of upload
According to for first initial data or second initial data.
10. air detection method as claimed in claim 8, it is characterised in that the wireless network linking step with it is described
Include between data storage step：
Client Connection Step, wireless network or the institute electronic installation of the client being connected near the first position
The wireless network near the second place is stated, and allows the client to obtain first initial data or described by wireless network
Second initial data.
11. the air detection method as any one of claim 8 to 10, it is characterised in that walked in the data storage
Suddenly command reception step is included between the calculation step, to receive the instruction from the client, and according to the finger
Order determines to carry out computing at least one of first initial data and second initial data.
12. the air detection method as any one of claim 8 to 10, it is characterised in that the calculation step by
Default data compares knot compared with least one of the first initial data obtained and the second initial data, to obtain
Fruit, and the comparative result is additional in the air information data.
13. the air detection method as any one of claim 8 to 10, it is characterised in that walked in the air detection
In rapid, first initial data and second initial data obtain for same time point.
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| TW105124588A TWI571819B (en) | 2016-08-03 | 2016-08-03 | Air detection system and method |
| TW105124588 | 2016-08-03 |
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| CN111024904A (en) * | 2019-12-31 | 2020-04-17 | 广东寻健检测技术有限公司 | Indoor air quality detection device and method |
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| TW201805877A (en) | 2018-02-16 |
| TWI571819B (en) | 2017-02-21 |
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