CN106128074A - A kind of microseism wireless monitor system based on privately owned cloud and data processing method thereof - Google Patents
A kind of microseism wireless monitor system based on privately owned cloud and data processing method thereof Download PDFInfo
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- CN106128074A CN106128074A CN201610712624.5A CN201610712624A CN106128074A CN 106128074 A CN106128074 A CN 106128074A CN 201610712624 A CN201610712624 A CN 201610712624A CN 106128074 A CN106128074 A CN 106128074A
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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Abstract
The invention discloses a kind of microseism wireless monitor system based on privately owned cloud and include acquisition system, wireless telecommunication system and privately owned cloud platform；Wherein, wireless telecommunication system includes wireless aps base station and wireless aps slave station；Privately owned cloud platform includes master server and standby server；The information that acquisition system is collected by wireless telecommunication system is sent to privately owned cloud platform；The situation that this microseism wireless monitor system based on privately owned cloud and data processing method thereof not only can be effectively prevented from the damage of factor data transmission cable and cause data monitoring to interrupt, and can also avoid when master server fault storing the loss of data and the termination of information gathering work.
Description
Technical field
The invention belongs to data wireless monitor technical field, particularly to a kind of microseism wireless monitor based on privately owned cloud
System and data processing method thereof.
Background technology
At present, traditional earthquake information monitoring generally uses the mode having cable to transmit；But in the monitoring that some are the most severe
In environment, it is impossible to carry out laying of cable, cable cannot be utilized to be transmitted the monitoring of earthquake information；Meanwhile, can
To carry out the detection scene that cable lays, owing to the substantial amounts of fracturing unit truck of monitoring field, waterwheel, the frequent discrepancy of mixed husky car are easily drawn
Scene of pulling is for transmitting the cable of data, thus causes the interruption that earthquake information monitors；In addition, traditional have cable data
Transmission terminal the most only arranges a station server, when this server fail, easily causes loss and the earthquake gathering data
The interruption of information gathering work, thus affect the carrying out of seismic monitoring work.
Summary of the invention
It is an object of the invention to provide a kind of microseism wireless monitor system based on privately owned cloud and data processing method thereof.
To this end, technical solution of the present invention is as follows:
A kind of microseism wireless monitor system based on privately owned cloud, including acquisition system, wireless telecommunication system and privately owned cloud
Platform, acquisition system is connected to privately owned cloud platform by wireless telecommunication system；Described acquisition system includes data acquisition module, number
According to transceiver module, control module, data acquisition module and data transmit-receive module are all connected to control module, and control module controls number
Carry out data acquisition according to acquisition module, and the data of data collecting module collected are passed through data transmit-receive module with wireless telecommunications
Mode is launched；
Described wireless telecommunication system includes wireless aps base station and wireless aps slave station, and described wireless aps slave station receives from institute
State the data that data transmit-receive module sends, and the data received are sent to wireless aps base station in the way of wireless telecommunications；Nothing
The data received are sent to privately owned cloud platform by line AP base station；
Privately owned cloud platform includes that multiple server and the human-computer interaction module running on server and data process mould
Block；Wherein, in multiple servers, as master server, receives from the number of wireless aps base station in wireless telecommunication system
According to；Remaining is connected to same real-time performance data sharing as dependent server, dependent server and master server, and is leading
During server fail, dependent server is taken over master server and is worked on.
Described wireless aps base station directly can receive data from acquisition system.
Wireless aps slave station in described wireless telecommunication system is multiple.
The distribution method of a kind of microseism wireless monitor system based on privately owned cloud, including the following step carried out in order
Rapid:
1) privately owned cloud platform is arranged on an engineering truck with the wireless aps base station in wireless telecommunication system, and by engineering
The center to target area to be measured driven by car；
2) centered by engineering truck, a plurality of linear type wireless collection array, and adjacent two wireless collection arrays are scattered
Between angle identical, wireless collection array is equidistantly provided with multiple wireless aps slave station；
3) acquisition system is located at centered by wireless aps slave station, in the border circular areas with 2 kilometers as radius, lays work complete
Become.
A kind of data processing method of microseism wireless monitor system based on privately owned cloud, following including carry out in order
Step:
1) the S1 stage: in this stage, it is judged that whether acquisition system receives the microseism information gathering of server transmission refers to
Order, if being judged as "Yes", entering the S2 stage, if being judged as "No", again returning to the S1 stage；
2) in the S2 stage: in this stage, controller receives, by data transmit-receive module, the microseism information that server sends
After acquisition instructions, control data acquisition module and carry out microseism information gathering, subsequently into the S3 stage；
3) in the S3 stage: in this stage, the microseism information that acquisition module is collected by controller passes through data transmit-receive module
It is sent to wireless aps slave station, subsequently into the S4 stage；
4) in the S4 stage: in this stage, microseism information is sent to wireless aps base station by wireless aps slave station, and wireless aps base station will
Microseism information is sent to server of cloud platform and stores, subsequently into the S5 stage；
5) the S5 stage: the request that staff inputs is sent to server by human-computer interaction module, and server is according to request
Contents command data processing module from privately owned cloud server of cloud platform, transfer microseism information and microseism information entered
Row is analyzed and is processed, subsequently into the S6 stage；
6) the S6 stage: in this stage, the analysis processing result in S5 stage is fed back to human-computer interaction module and shows.
Compared with prior art, it is somebody's turn to do microseism wireless monitor system based on privately owned cloud and data processing method not only may be used
The situation causing data monitoring to interrupt to be effectively prevented from the damage of factor data transmission cable, and can also be in master server fault
Time avoid storing the loss of data and the termination of information gathering work.
Accompanying drawing explanation
The structural representation of the microseism wireless monitor system based on privately owned cloud that Fig. 1 provides for the present invention.
Fig. 2 is the structural representation of wireless telecommunication system.
The flow chart of data processing figure of the microseism wireless monitor system based on privately owned cloud that Fig. 3 provides for the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawings and specific embodiment the present invention is described further, but following embodiment is absolutely not to this
Bright have any restriction.
As Figure 1-3, acquisition system 1, wireless telecommunications system should be included by microseism wireless monitor system based on privately owned cloud
System 2 and privately owned cloud platform 3, acquisition system 1 is connected to privately owned cloud platform 3 by wireless telecommunication system 2；Described acquisition system 1 is wrapped
Include data acquisition module 101, data transmit-receive module 102, control module 103, data acquisition module 101 and data transmit-receive module
102 are all connected to control module 103, and control module 103 controls data acquisition module 101 and carries out data acquisition, and by data acquisition
The data that collection module 101 gathers are launched by the way of data transmit-receive module 102 is with wireless telecommunications；
Described wireless telecommunication system 2 includes wireless aps base station and wireless aps slave station, described wireless aps slave station receive from
The data that described data transmit-receive module 102 sends, and the data received are sent to wireless aps base in the way of wireless telecommunications
Stand；The data received are sent to privately owned cloud platform 3 by wireless aps base station；
Privately owned cloud platform 3 includes at multiple server and the human-computer interaction module 301 running on server and data
Reason module 302；Wherein, in multiple servers, as master server, receives from wireless aps base in wireless telecommunication system 2
The data stood；Remaining is connected to same real-time performance data sharing as dependent server, dependent server and master server,
And when master server breaks down, dependent server is taken over master server and is worked on.
Wherein, described wireless aps base station directly can receive data from acquisition system 1.
Further, the described wireless aps slave station in wireless telecommunication system 2 is multiple.
The distribution method of a kind of microseism wireless monitor system based on privately owned cloud, including the following step carried out in order
Rapid:
1) privately owned cloud platform 3 is arranged on an engineering truck with the wireless aps base station in wireless telecommunication system 2, and by work
The center to target area to be measured driven by journey car；
2) centered by engineering truck, a plurality of linear type wireless collection array, and adjacent two wireless collection arrays are scattered
Between angle identical, wireless collection array is equidistantly provided with multiple wireless aps slave station；
3) acquisition system 1 is located at centered by wireless aps slave station, in the border circular areas with 2 kilometers as radius, lays work
Complete.
A kind of data processing method of microseism wireless monitor system based on privately owned cloud, following including carry out in order
Step:
1) the S1 stage: in this stage, it is judged that whether acquisition system 1 receives the microseism information gathering of server transmission refers to
Order, if being judged as "Yes", entering the S2 stage, if being judged as "No", again returning to the S1 stage；
2) the S2 stage: in this stage, controller 103 by data transmit-receive module 102 receive that server sends micro-ly
After shake information gathering instruction, control data acquisition module 101 and carry out microseism information gathering, subsequently into the S3 stage；
3) in the S3 stage: in this stage, the microseism information that acquisition module 101 is collected by controller 3 passes through data transmit-receive
Module 102 is sent to wireless aps slave station, subsequently into the S4 stage；
4) in the S4 stage: in this stage, microseism information is sent to wireless aps base station by wireless aps slave station, and wireless aps base station will
Microseism information is sent to the server of privately owned platform 3 and stores, subsequently into the S5 stage；
5) in the S5 stage: the request that staff inputs is sent to server by human-computer interaction module 301, server is according to asking
The contents command data processing module 302 asked is transferred microseism information from the server of cloud platform 3 and is analyzed data
And process, subsequently into the S6 stage；
6) in the S6 stage: in this stage, the analysis processing result in S5 stage is fed back to human-computer interaction module 301 and shows
Show.
The embodiment of the microseism wireless monitor system based on privately owned cloud that the present invention provides is as follows:
When utilizing this invention to carry out microseism information gathering, first build this at collection site based on privately owned cloud micro-
Shake wireless monitor system, is arranged on the principal and subordinate's server in privately owned cloud platform 3 with the wireless aps base station in wireless telecommunication system
On one engineering truck, and engineering truck is left the center to target area to be measured；Centered by engineering truck, scatter a plurality of directly
Line style wireless collection array, the angle between adjacent two wireless collection arrays is identical, and wireless collection array is equidistantly provided with
Multiple wireless aps slave stations；Then, centered by each wireless aps slave station, in the border circular areas with 2 kilometers as radius, laying is many
Individual acquisition system 1；After acquisition system 1 has been laid, lay work complete；
It is somebody's turn to do microseism wireless monitor system based on privately owned cloud operationally:
If the server of privately owned cloud platform 3 is when acquisition system 1 does not sends microseism information receipt recovery command, gather system
Data transmit-receive module 102 in system 1 is in the instructions query stage；
If the server of privately owned cloud platform 3 sends microseism information recovery command, first by the service of privately owned cloud platform 3
Microseism information recovery command is sent to the wireless aps base station of wireless telecommunication system 2 by device by wire transmission；Wireless aps base station
In the way of being wirelessly transferred, this microseism information recovery command is sent to each wireless aps slave station of wireless telecommunication system 2 again
On；Each wireless aps slave station is centered by self, by this microseism information recovery command to four by the way of wireless telecommunications
Week launches, and the data transmit-receive module 102 of acquisition system 1 detects that the neighbouring microseism information sent by wireless aps slave station reclaims and refers to
After order, sending this microseism information recovery command to control module 103, control module 103 controls data according to command content
Acquisition module 101 carries out microseism information gathering, and the microseism information gathered by data acquisition module 101 passes through data transmit-receive
Module 102 sends in the way of wireless telecommunications；The microseism letter that the wireless aps slave station being positioned at around acquisition system 1 will gather
Breath is sent to wireless aps base station again in the way of wireless telecommunications；The microseism information transmission that wireless aps base station will be gathered by netting twine
Master server and dependent server to privately owned cloud platform 3 store；
When staff inputs request instruction to the human-computer interaction module 301 run on privately owned cloud platform 3 master server
Time, master server is transferred related data according to the content of request, and is sent to by related data at data processing module 302
Reason, and the data feedback processed is shown to human-computer interaction module 301, enable a person to understand collection timely and accurately existing
The situation of field.
When during microseism information monitoring, run on the master server of privately owned cloud platform 3 when breaking down, run on
The dependent server of privately owned cloud platform 3 is taken over master server at once and is worked on, thus avoids the loss of Monitoring Data and whole
The collapse of microseism wireless monitor system.
Claims (5)
1. a microseism wireless monitor system based on privately owned cloud, including acquisition system (1), wireless telecommunication system (2) and private
There is cloud platform (3)；Described acquisition system (1) is connected to privately owned cloud platform (3) by wireless telecommunication system (2)；
Described acquisition system (1) includes data acquisition module (101), data transmit-receive module (102), control module (103), data
Acquisition module (101) and data transmit-receive module (102) are all connected to control module (103), and control module (103) controls data acquisition
Collection module (101) carries out data acquisition, and the data gathered by data acquisition module (101) are by data transmit-receive module (102)
Launch in the way of wireless telecommunications；It is characterized in that:
Described wireless telecommunication system (2) includes wireless aps base station and wireless aps slave station, and described wireless aps slave station receives from institute
State the data that data transmit-receive module (102) sends, and the data received are sent to wireless aps base in the way of wireless telecommunications
Stand；The data received are sent to privately owned cloud platform (3) by wireless aps base station；
Privately owned cloud platform (3) includes at multiple server and the human-computer interaction module (301) running on server and data
Reason module (302)；Wherein, in multiple servers, as master server, receives from wireless in wireless telecommunication system (2)
The data of AP base station；Remaining is connected to same real-time performance data as dependent server, dependent server and master server
Share, and when master server breaks down, dependent server is taken over master server and worked on.
Microseism wireless monitor system based on privately owned cloud the most according to claim 1, it is characterised in that described is wireless
AP base station directly can receive data from acquisition system (1).
Microseism wireless monitor system based on privately owned cloud the most according to claim 1, it is characterised in that described is wireless
Wireless aps slave station in communication system (2) is multiple.
4. a distribution method for microseism wireless monitor system based on privately owned cloud as claimed in claim 1, its feature exists
In, the following step including carrying out in order:
1) privately owned cloud platform (3) is arranged on an engineering truck with the wireless aps base station in wireless telecommunication system (2), and by work
The center to target area to be measured driven by journey car；
2) centered by engineering truck, scatter between a plurality of linear type wireless collection array, and adjacent two wireless collection arrays
Angle identical, wireless collection array is equidistantly provided with multiple wireless aps slave station；
3) acquisition system (1) is located at centered by wireless aps slave station, in the border circular areas with 2 kilometers as radius, lays work complete
Become.
5. a data processing method for microseism wireless monitor system based on privately owned cloud as claimed in claim 1, it is special
Levy and be, the following step including carrying out in order:
1) the S1 stage: in this stage, it is judged that whether acquisition system (1) receives the microseism information gathering of server transmission refers to
Order, if being judged as "Yes", entering the S2 stage, if being judged as "No", again returning to the S1 stage；
2) the S2 stage: in this stage, controller (103) by data transmit-receive module (102) receive server send micro-ly
After shake information gathering instruction, control data acquisition module (101) and carry out microseism information gathering, subsequently into the S3 stage；
3) in the S3 stage: in this stage, the microseism information that acquisition module (101) collects is passed through data transmit-receive by controller (3)
Module (102) is sent to wireless aps slave station, subsequently into the S4 stage；
4) in the S4 stage: in this stage, microseism information is sent to wireless aps base station by wireless aps slave station, and wireless aps base station is by micro-
Shake information is sent to the server of cloud platform (3) and stores, subsequently into the S5 stage；
5) the S5 stage: the request that staff inputs is sent to server by human-computer interaction module (301), and server is according to request
Contents command data processing module (302) from the server of privately owned platform (3), transfer microseism information and to micro-
Shake information is analyzed and processes, subsequently into the S6 stage；
6) in the S6 stage: in this stage, the analysis processing result in S5 stage is fed back to human-computer interaction module (301) and shows.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201610712624.5A CN106128074A (en) | 2016-08-24 | 2016-08-24 | A kind of microseism wireless monitor system based on privately owned cloud and data processing method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610712624.5A CN106128074A (en) | 2016-08-24 | 2016-08-24 | A kind of microseism wireless monitor system based on privately owned cloud and data processing method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107957593A (en) * | 2017-12-19 | 2018-04-24 | 中国民航大学 | A kind of Thick Underground Ice degeneration monitoring system and control evaluation method |
| CN111552224A (en) * | 2020-04-24 | 2020-08-18 | 天府重工有限公司 | Full-automatic control system for simultaneous working of multiple vertical screw car unloader and car cleaner |
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| CN111552224A (en) * | 2020-04-24 | 2020-08-18 | 天府重工有限公司 | Full-automatic control system for simultaneous working of multiple vertical screw car unloader and car cleaner |
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Application publication date: 20161116 |
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