CN104702688A - Electromagnetic radiation application service monitoring platform - Google Patents

Electromagnetic radiation application service monitoring platform Download PDF

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Publication number
CN104702688A
CN104702688A CN201510107169.1A CN201510107169A CN104702688A CN 104702688 A CN104702688 A CN 104702688A CN 201510107169 A CN201510107169 A CN 201510107169A CN 104702688 A CN104702688 A CN 104702688A
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data
monitoring
electromagnetic radiation
real
platform
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CN201510107169.1A
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CN104702688B (en
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任颋
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Shi Min
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Jiao Defu
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Abstract

The invention discloses an electromagnetic radiation application service monitoring platform and belongs to the technical field of electromagnetic radiation, in particular to the electromagnetic radiation application service monitoring platform. The electromagnetic radiation application service monitoring platform comprises a monitoring station, a real-time data gathering and publishing device and a central platform and is characterized in that the monitoring station comprises an electromagnetic radiation monitoring device, the central platform comprises a monitoring client, a monitoring center and a central screen, the signal transmission port of the electromagnetic radiation monitoring device is connected with the signal transmission port of the real-time data gathering and publishing device, the signal transmission port of the real-time data gathering and publishing device communicates with the signal transmission port of the monitoring client in a wireless mode, the data display port of the monitoring client is connected with the signal input port of an LED display screen, and the signal transmission port of the monitoring client communicates with the signal transmission port of an outer net inquiry service platform in a wireless mode.

Description

A kind of electromagnetic radiation application service monitoring platform
Technical field
The invention belongs to electromagnetic radiation technology field, particularly relate to a kind of electromagnetic radiation application service monitoring platform.
Background technology
Along with the fast development of mobile communication cause, the power system capacity of mobile communication constantly increases, and new business emerges in an endless stream, and the quantity of all kinds of mobile communication base stations of corresponding mobile radio network is also at undergoes rapid expansion.Due to the progressively raising of economic development and living standards of the people, society more and more pays close attention to and harmonious sustainable development, and electromagnetic radiation becomes the sensitive subjects of public concern day by day.And at present, whether mobile communication base station electromagnetic radiation can damage still in issue health; Healthy for protection of the environment and the people, carrying out Electromagnetic Radiation Pollution of Mobile Communication Station monitoring has very important meaning; Therefore an electromagnetic radiation monitoring and management platform is provided to be vital.
The existing monitoring for electromagnetic radiation generally adopts the mode of fixed point monitoring, and namely arrange multiple monitoring station in needs monitored area, monitoring equipment is placed on monitoring station, monitors continuously through whole day, electromagnetic radiation data is carried out collection and stores.Then be connected with computer through wired Serial Port Transmission pattern, by data collection client, the Monitoring Data in electromagnetic radiation monitoring equipment extracted, and carry out data storage in a text form.Because existing electromagnetic radiation monitoring is fixed point monitoring mode, can not move, therefore can not make fast reaction to electromagnetic radiation accident or complaint, large-scale investigation and monitoring can not be carried out efficiently.
Existing electromagnetic radiation monitoring is generally single radio frequency or the data acquisition scheme of power frequency, and monitoring pattern is single.
Existing electromagnetic radiation monitoring generally carries out transfer of data by wired mode, and wiring trouble, uses underaction.
It is generally be kept at collecting device end that the data of existing electromagnetic radiation monitoring store, and data can only be downloaded from collecting device end, then announce out with the form of form by PC; The poor in timeliness of data publication.
Summary of the invention
The present invention is exactly for the problems referred to above, provides a kind of electromagnetic radiation application service monitoring platform.
For achieving the above object, the present invention adopts following technical scheme, the present invention includes monitoring station, real-time data acquisition distribution apparatus and central platform, its structural feature monitoring station comprises electromagnetic radiation monitoring equipment, central platform comprises monitor client, Surveillance center and center screen, the signal transmission port of electromagnetic radiation monitoring equipment is connected with the signal transmission port of real-time data acquisition distribution apparatus, the signal transmission port of real-time data acquisition distribution apparatus and monitor client signal transmission port radio communication, the data display port of monitor client is connected with LED display signal input port, the signal transmission port radio communication of monitor client signal transmission port and outer net inquiry service platform, the signal output port of Surveillance center respectively with the signal input port of center screen, the signal input port of monitor client is connected.
Described electromagnetic radiation monitoring monitoring of equipment probe comprises frequency electromagnetic radiation monitoring probe and RF electromagnetic radiation monitoring probe.
As a kind of preferred version, monitoring station of the present invention, real-time data acquisition distribution apparatus and central platform are arranged on car body.
As another kind of preferred version, real-time data acquisition distribution apparatus of the present invention comprises part of data acquisition, data processing section, data publication part, data storage section, tcp data segment and data display unit, the output port of part of data acquisition is connected with the input port of data processing section, and the output port of data processing section is connected with the input port of data publication part, the input port of data storage section, the input port of tcp data segment, the input port of data display unit respectively.
As another kind of preferred version, monitor client of the present invention comprises optimum configurations part, data analysis component, data storage section and data display unit, and optimum configurations part, data analysis component, data storage section, data display unit, LED display are connected successively.
As another kind of preferred version, the signal transmission port of real-time data acquisition distribution apparatus of the present invention and monitor client signal transmission port are by ZigBee wireless communication, and the signal transmission port of monitor client signal transmission port and outer net inquiry service platform is by 3G wireless communication.
As another kind of preferred version, electromagnetic radiation monitoring equipment of the present invention carries out data acquisition by the frequency of 3 seconds, in real time the latitude and longitude information of the electromagnetic radiation data in current monitoring range, temperature, humidity, current point is delivered to real-time data acquisition distribution apparatus, the measuring probe of real-time data acquisition distribution apparatus and electromagnetic radiation monitoring equipment adopts the connected mode of optical fiber to carry out transfer of data.
As another kind of preferred version, real-time data acquisition distribution apparatus of the present invention comprises part of data acquisition, data processing section, data message real-time display system, data information transfer in a database as historical basis, is issued to monitor client by real-time data acquisition distribution apparatus by data information memory simultaneously.
As another kind of preferred version, the binary stream data transaction of electromagnetic radiation monitoring equipment collection is become metric data message by Surveillance center of the present invention, then by document flow read write command, output information is sent to center screen.
As another kind of preferred version, monitor client of the present invention starts to start to connect with real-time data acquisition distribution apparatus, after successful connection, monitor client sends data acquisition instructions to real-time data acquisition distribution apparatus, after real-time data acquisition distribution apparatus obtains instruction, gather electromagnetic radiation data, in the process of data acquisition, the data message collected is returned to monitor client again; Monitor client carries out analyzing and processing after receiving data, data message is converted to electromagnetic radiation information intuitively, simultaneously by the data information memory of effectively resolving in database, final data information is presented on LED display by sending output order.
As another kind of preferred version, real-time data acquisition distribution apparatus of the present invention comprises communication interface, optical fiber interface, CPU, RS232, battery, solar charging panel, WDT, memory, battery power detection circuit and ZigBee module, cpu port is connected with optical fiber interface, RS232, battery, WDT, memory, battery power detection circuit port respectively, optical fiber interface, communication interface, electromagnetic radiation monitoring monitoring of equipment probe is connected successively, RS232 is connected with ZigBee module, and battery is connected with solar charging panel, AC charging circuit respectively.
As another kind of preferred version, if the present invention's electromagnetic radiation monitoring equipment is off-line state, without facility information display in the optimum configurations of monitor client, monitor client display device does not connect; Optimum configurations comprises unit type, serial ports number, baud rate, position of rest, check digit, data bit.
As another kind of preferred version, outer net inquiry service platform of the present invention comprises Operation system setting, monitoring point management, data statistics management, display and control management, public's inquiry and log management.
Operation system setting setting inquiry service platform user access authority information; And to being reported to the data message of server to safeguard, setting data backup and restore.
Monitoring point management, to being reported to the data message in platform to safeguard, comprises site name, website place, site zone, operator, field intensity value, power frequency electric field, power frequency magnetic field, recorder.
The Monitoring Data be reported in querying server database is carried out statistical analysis by data statistics management, by monitoring point title, region, operator, reports time period condition to carry out query statistic; Data message after statistics carries out statistical conversion.
The national standard of display and control management configuration Monitoring Data, the data exceeding national standard show in the mode distinguished with normal data.
Public's inquiry shows Monitoring Data point in map mode, and carry out detailed checking to monitoring point information in map, the data for real-time report then show with the form of dynamic curve diagram.
The basic condition of log management recording user access, comprises IP address, access time, operating procedure information; Relevant record case is stored in log management data platform.
As another kind of preferred version, map mode of the present invention comprises regionalized variable, covariance function, variation function, and covariance function is used for the parameter of the difference described between regionalized variable, and the covariance of vectorial X and Y is , regionalized variable is the auto-covariance function of Z (x) at spatial point x and two stochastic variable Z (x) at x+h place and the second order mixing center square of Z (x+h) , calculate zones of different field strength values, then set different color regions according to different numerical value, by field investigation with predict the outcome and cover on map with different colors, forming region electromagnetic radiation level distribution map.
Secondly, the present invention also comprises mobile phone terminal inquiry, and data message shows with map view by mobile phone terminal, and input inquiry instruction by the data information retrieval of correspondence out and be presented in terminal map.
In addition, outer net inquiry service platform of the present invention selects adjustment multiple according to operator types, by report up antenna gain, radiant power numerical value is in conjunction with formula calculate electric field strength, wherein gain factor G deducts feeder loss according to the antenna gain in device parameter and obtains; As the angle of depression θ < 20 ° of antenna main lobe and monitoring point, f(θ)=1; As 20 °, angle of depression < θ < 70 °, f(θ)=0.5, as angle of depression θ > 70 °, f(θ)=0.2.
Beneficial effect of the present invention.
The present invention uses the solution of integration, by electromagnetic radiation monitoring equipment, monitor client, the cooperatively interacting of outer net inquiry service platform, can solve increasing electromagnetic radiation dispute, and understand region electromagnetic radiation level current value.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention will be further described.Scope is not only confined to the statement of following content.
Fig. 1 is overall architecture schematic diagram of the present invention.
Fig. 2 is real-time data acquisition distribution apparatus schematic block circuit diagram of the present invention.
Fig. 3 is monitor client configuration diagram of the present invention.
Fig. 4 is inquiry service platform architecture schematic diagram of the present invention.
Fig. 5 is present system schematic flow sheet.
Embodiment
As shown in the figure, the present invention includes monitoring station, real-time data acquisition distribution apparatus and central platform, its structural feature monitoring station comprises electromagnetic radiation monitoring equipment, central platform comprises monitor client, Surveillance center and center screen, the signal transmission port of electromagnetic radiation monitoring equipment is connected with the signal transmission port of real-time data acquisition distribution apparatus, the signal transmission port of real-time data acquisition distribution apparatus and monitor client signal transmission port radio communication, the data display port of monitor client is connected with LED display signal input port, the signal transmission port radio communication of monitor client signal transmission port and outer net inquiry service platform, the signal output port of Surveillance center respectively with the signal input port of center screen, the signal input port of monitor client is connected.
Described monitoring station, real-time data acquisition distribution apparatus and central platform are arranged on car body.By vehicle-mounted center screen, Real-time Monitoring Data is issued to the public in scene, and directly monitoring result is printed by vehicle-mounted color printer, mobility strong.Owing to being erected on car body, therefore system can make fast reaction to electromagnetic radiation accident or complaint, and can carry out large-scale investigation and monitoring efficiently.
Described real-time data acquisition distribution apparatus comprises part of data acquisition, data processing section, data publication part, data storage section, tcp data segment and data display unit, the output port of part of data acquisition is connected with the input port of data processing section, and the output port of data processing section is connected with the input port of data publication part, the input port of data storage section, the input port of tcp data segment, the input port of data display unit respectively.
Described monitor client comprises optimum configurations part, data analysis component, data storage section and data display unit, and optimum configurations part, data analysis component, data storage section, data display unit, LED display are connected successively.
The signal transmission port of described real-time data acquisition distribution apparatus and monitor client signal transmission port are by ZigBee wireless communication, and the signal transmission port of monitor client signal transmission port and outer net inquiry service platform is by 3G wireless communication.ZigBee can provide three level security patterns, comprise without security settings, use access control inventory (AccessControlList, ACL) prevent illegal acquisition number according to this and adopt Advanced Encryption Standard (AES128) symmetric cryptography, its security attribute can be determined flexibly.
Described electromagnetic radiation monitoring equipment carries out data acquisition by the frequency of 3 seconds, in real time the latitude and longitude information of the electromagnetic radiation data in current monitoring range, temperature, humidity, current point is delivered to real-time data acquisition distribution apparatus, the measuring probe of real-time data acquisition distribution apparatus and electromagnetic radiation monitoring equipment adopts the connected mode of optical fiber to carry out transfer of data.
Described real-time data acquisition distribution apparatus comprises part of data acquisition, data processing section, data message real-time display system, data information transfer in a database as historical basis, is issued to monitor client by real-time data acquisition distribution apparatus by data information memory simultaneously.
The binary stream data transaction of electromagnetic radiation monitoring equipment collection is become metric data message by described Surveillance center, then by document flow read write command, output information is sent to center screen.
Described monitor client starts to start to connect with real-time data acquisition distribution apparatus, after successful connection, monitor client sends data acquisition instructions to real-time data acquisition distribution apparatus, after real-time data acquisition distribution apparatus obtains instruction, gather electromagnetic radiation data, in the process of data acquisition, the data message collected is returned to monitor client again; Monitor client carries out analyzing and processing after receiving data, data message is converted to electromagnetic radiation information intuitively, simultaneously by the data information memory of effectively resolving in database, final data information is presented on LED display by sending output order.
Described real-time data acquisition distribution apparatus comprises communication interface, optical fiber interface, CPU, RS232, battery, solar charging panel, WDT, memory, battery power detection circuit and ZigBee module, cpu port is connected with optical fiber interface, RS232, battery, WDT, memory, battery power detection circuit port respectively, optical fiber interface, communication interface, electromagnetic radiation monitoring monitoring of equipment probe is connected successively, RS232 is connected with ZigBee module, and battery is connected with solar charging panel, AC charging circuit respectively.
If the present invention's electromagnetic radiation monitoring equipment is off-line state, without facility information display in the optimum configurations of monitor client, monitor client display device does not connect; Optimum configurations comprises unit type, serial ports number, baud rate, position of rest, check digit, data bit.Device number can be arranged to AMB-8057, and serial ports number can arrange serial ports corresponding to corresponding Zigbee receiver, and baud rate is 9600, and position of rest is 1, and check digit is nothing, and data bit is 8.
Described outer net inquiry service platform comprises Operation system setting, monitoring point management, data statistics management, display and control management, public's inquiry and log management.
Operation system setting setting inquiry service platform user access authority information; And to being reported to the data message of server to safeguard, setting data backup and restore.
Monitoring point management, to being reported to the data message in platform to safeguard, comprises site name, website place, site zone, operator, field intensity value, power frequency electric field, power frequency magnetic field, recorder.
The Monitoring Data be reported in querying server database is carried out statistical analysis by data statistics management, by monitoring point title, region, operator, reports time period condition to carry out query statistic; Data message after statistics carries out statistical conversion.
The national standard of display and control management configuration Monitoring Data, the data exceeding national standard show in the mode distinguished with normal data.
Public's inquiry shows Monitoring Data point in map mode, and carry out detailed checking to monitoring point information in map, the data for real-time report then show with the form of dynamic curve diagram.
The basic condition of log management recording user access, comprises IP address, access time, operating procedure information; Relevant record case is stored in log management data platform.
Described map mode comprises regionalized variable, covariance function, variation function, and covariance function is used for the parameter of the difference described between regionalized variable, and the covariance of vectorial X and Y is , regionalized variable is the auto-covariance function of Z (x) at spatial point x and two stochastic variable Z (x) at x+h place and the second order mixing center square of Z (x+h) , calculate zones of different field strength values, then set different color regions according to different numerical value, by field investigation with predict the outcome and cover on map with different colors, forming region electromagnetic radiation level distribution map.
The present invention also comprises mobile phone terminal inquiry, and data message shows with map view by mobile phone terminal, and input inquiry instruction by the data information retrieval of correspondence out and be presented in terminal map.The data message reported shows by inquiry service platform, by IP address registration web page and open mobile phones enquiring application mode carry out data query.
Data message shows with map view by mobile phone terminal, and input inquiry instruction by the data information retrieval of correspondence out and be presented in terminal map.
Described outer net inquiry service platform selects adjustment multiple according to operator types, by report up antenna gain, radiant power numerical value is in conjunction with formula calculate electric field strength, wherein gain factor G deducts feeder loss according to the antenna gain in device parameter and obtains; As the angle of depression θ < 20 ° of antenna main lobe and monitoring point, f(θ)=1; As 20 °, angle of depression < θ < 70 °, f(θ)=0.5, as angle of depression θ > 70 °, f(θ)=0.2.
Described electromagnetic radiation monitoring monitoring of equipment probe comprises frequency electromagnetic radiation monitoring probe and RF electromagnetic radiation monitoring probe; Achieve the comprehensive covering to the conventional electromagnetic radiation source frequency range that the industries such as mobile communication, electric power and Broadcast and TV system use.Electric field monitoring range can from 100kHz ~ GHz, and magnetic field monitoring range is from 10Hz ~ 5kHz.The electromagnetic radiation monitoring equipment configuration multiband electromagnetic radiation monitoring probe adopted, both can understand the general status of electromagnetic radiation from environment, can carry out labor again, accomplish to link work at selected spots with that in entire areas to single or multiple electromagnetic radiation source.
Below in conjunction with accompanying drawing, the course of work of the present invention is described.
Open electromagnetic radiation monitoring equipment, start real-time data acquisition distribution apparatus, data display unit data show that to represent device start normal.
Start central platform, monitoring parameter is set, log-on data collection service is successfully set.Monitor client communicates with real-time data acquisition distribution apparatus normally and sends acquisition instructions.
Monitoring Data collection success and after carrying out analyzing and processing turn-on data report, the data message collected is reported in remote lookup service device database.
In the IP address of browser input inquiry service platform, open outer net searching platform interface and management function interface; Or in smart mobile phone, open searching platform application carry out data query.
Be understandable that, above about specific descriptions of the present invention, the technical scheme described by the embodiment of the present invention is only not limited to for illustration of the present invention, those of ordinary skill in the art is to be understood that, still can modify to the present invention or equivalent replacement, to reach identical technique effect; Needs are used, all within protection scope of the present invention as long as meet.

Claims (10)

1. a kind of electromagnetic radiation application service monitoring platform, comprise monitoring station, real-time data acquisition distribution apparatus and central platform, its structural feature monitoring station comprises electromagnetic radiation monitoring equipment, central platform comprises monitor client, Surveillance center and center screen, the signal transmission port of electromagnetic radiation monitoring equipment is connected with the signal transmission port of real-time data acquisition distribution apparatus, the signal transmission port of real-time data acquisition distribution apparatus and monitor client signal transmission port radio communication, the data display port of monitor client is connected with LED display signal input port, the signal transmission port radio communication of monitor client signal transmission port and outer net inquiry service platform, the signal output port of Surveillance center respectively with the signal input port of center screen, the signal input port of monitor client is connected,
described electromagnetic radiation monitoring monitoring of equipment probe comprises frequency electromagnetic radiation monitoring probe and RF electromagnetic radiation monitoring probe.
2. according to claim 1, an electromagnetic radiation application service monitoring platform, is characterized in that described monitoring station, real-time data acquisition distribution apparatus and central platform are arranged on car body; Described real-time data acquisition distribution apparatus comprises part of data acquisition, data processing section, data publication part, data storage section, tcp data segment and data display unit, the output port of part of data acquisition is connected with the input port of data processing section, and the output port of data processing section is connected with the input port of data publication part, the input port of data storage section, the input port of tcp data segment, the input port of data display unit respectively.
3. a kind of electromagnetic radiation application service monitoring platform according to claim 1, it is characterized in that described monitor client comprises optimum configurations part, data analysis component, data storage section and data display unit, optimum configurations part, data analysis component, data storage section, data display unit, LED display are connected successively; The signal transmission port of described real-time data acquisition distribution apparatus and monitor client signal transmission port are by ZigBee wireless communication, and the signal transmission port of monitor client signal transmission port and outer net inquiry service platform is by 3G wireless communication.
4. a kind of electromagnetic radiation application service monitoring platform according to claim 1, it is characterized in that described electromagnetic radiation monitoring equipment carries out data acquisition by the frequency of 3 seconds, in real time the latitude and longitude information of the electromagnetic radiation data in current monitoring range, temperature, humidity, current point is delivered to real-time data acquisition distribution apparatus, the measuring probe of real-time data acquisition distribution apparatus and electromagnetic radiation monitoring equipment adopts the connected mode of optical fiber to carry out transfer of data.
5. a kind of electromagnetic radiation application service monitoring platform according to claim 1, it is characterized in that described real-time data acquisition distribution apparatus comprises part of data acquisition, data processing section, data message real-time display system, data information transfer in a database as historical basis, is issued to monitor client by real-time data acquisition distribution apparatus by data information memory simultaneously.
6. a kind of electromagnetic radiation application service monitoring platform according to claim 1, it is characterized in that the binary stream data transaction of electromagnetic radiation monitoring equipment collection is become metric data message by described Surveillance center, then by document flow read write command, output information is sent to center screen.
7. a kind of electromagnetic radiation application service monitoring platform according to claim 1, it is characterized in that described monitor client starts to start to connect with real-time data acquisition distribution apparatus, after successful connection, monitor client sends data acquisition instructions to real-time data acquisition distribution apparatus, after real-time data acquisition distribution apparatus obtains instruction, gather electromagnetic radiation data, in the process of data acquisition, the data message collected is returned to monitor client again; Monitor client carries out analyzing and processing after receiving data, data message is converted to electromagnetic radiation information intuitively, simultaneously by the data information memory of effectively resolving in database, final data information is presented on LED display by sending output order.
8. a kind of electromagnetic radiation application service monitoring platform according to claim 1, it is characterized in that described real-time data acquisition distribution apparatus comprises communication interface, optical fiber interface, CPU, RS232, battery, solar charging panel, WDT, memory, battery power detection circuit and ZigBee module, cpu port respectively with optical fiber interface, RS232, battery, WDT, memory, battery power detection circuit port is connected, optical fiber interface, communication interface, electromagnetic radiation monitoring monitoring of equipment probe is connected successively, RS232 is connected with ZigBee module, battery respectively with solar charging panel, AC charging circuit is connected.
9. an electromagnetic radiation application service monitoring platform according to claim 1, if it is characterized in that, electromagnetic radiation monitoring equipment is off-line state, and without facility information display in the optimum configurations of monitor client, monitor client display device does not connect; Optimum configurations comprises unit type, serial ports number, baud rate, position of rest, check digit, data bit.
10. according to claim 1, an electromagnetic radiation application service monitoring platform, is characterized in that described outer net inquiry service platform comprises Operation system setting, monitoring point management, data statistics management, display and control management, public's inquiry and log management;
operation system setting setting inquiry service platform user access authority information; And to being reported to the data message of server to safeguard, setting data backup and restore;
monitoring point management, to being reported to the data message in platform to safeguard, comprises site name, website place, site zone, operator, field intensity value, power frequency electric field, power frequency magnetic field, recorder;
the Monitoring Data be reported in querying server database is carried out statistical analysis by data statistics management, by monitoring point title, region, operator, reports time period condition to carry out query statistic; Data message after statistics carries out statistical conversion;
the national standard of display and control management configuration Monitoring Data, the data exceeding national standard show in the mode distinguished with normal data;
public's inquiry shows Monitoring Data point in map mode, and carry out detailed checking to monitoring point information in map, the data for real-time report then show with the form of dynamic curve diagram;
the basic condition of log management recording user access, comprises IP address, access time, operating procedure information; Relevant record case is stored in log management data platform.
CN201510107169.1A 2015-03-12 2015-03-12 A kind of electromagnetic radiation application service monitoring platform Expired - Fee Related CN104702688B (en)

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