CN104200273A - Radiation monitoring system and method - Google Patents
Radiation monitoring system and method Download PDFInfo
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- CN104200273A CN104200273A CN201410447164.9A CN201410447164A CN104200273A CN 104200273 A CN104200273 A CN 104200273A CN 201410447164 A CN201410447164 A CN 201410447164A CN 104200273 A CN104200273 A CN 104200273A
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Abstract
The invention provides a radiation monitoring system which comprises one or a plurality of sensors, one or a plurality of transmitting modules, a monitoring platform and one or a plurality of display platforms, wherein the sensors are used for transmitting radiation information of detected radiation sources to the transmitting modules, the transmitting modules are used for transmitting the received radiation information to the monitoring platform, the monitoring platform is used for counting and analyzing the received radiation information, transmitting the received radiation information to the display platforms and sending out alarm information in abnormity, the display platforms and the radiation sources are positioned in the same area, and the display platforms are used for displaying display information transmitted by the monitoring platform. The radiation monitoring system has the advantages of comprehensive functions, high informatization degree and the like.
Description
Technical field
The present invention relates to supervisory systems and method, particularly for supervisory systems and the method for radiation.
Background technology
Along with the development of wireless communication technology and the raising of levels of substance, it is ubiquitous that electromagnetic radiation becomes, and the public also grows with each passing day to the worry of electromagnetic radiation, how occurred that resident resists communication base station and enter the event of community.
At present, the monitoring of the electromagnetic radiation sources such as communication base station is also accomplished, but be only that the radiation data monitoring is sent to environmental administration of government, not external disclosure.This monitor mode has many deficiencies, as:
1, the public cannot learn the concrete data of electromagnetic radiation, and whether meets country and international standard, also cannot obtain in time professional knowledge and the precautionary measures of electromagnetic radiation, and this has further deepened the public's worry.
2, function singleness, does not have issue, statistics, analytic function, cannot find the radiation source such as communication base station or radio station of installing without authorization yet.
3, management mode is simple: the level of informatization is low, and system architecture is simple, lack regional macro-management theory and innovation mode.
Visible, how effectively supervising electromagnetic radiation becomes people's livelihood problem in the urgent need to address to eliminate the public to the worry of electromagnetic radiation.
Summary of the invention
In order to solve above shortcomings in prior art, the invention provides the radiation supervisory systems that a kind of monitoring function is comprehensive, the level of informatization is high.
For achieving the above object, the present invention is by the following technical solutions:
A kind of radiation supervisory systems, described radiation supervisory systems comprises:
One or more sensors, described one or more sensors are for sending the radiation information of the radiation source detecting to one or more transmitter modules;
One or more transmitter modules, described one or more transmitter modules are for sending the described radiation information receiving to supervising platform;
Supervising platform, described supervising platform is used for according to statistics, analyzes the described radiation information receiving and be sent to display platform, and sends warning message when abnormal;
One or more display platforms, described display platform, described radiation source are in the same area, for the exhibition information of showing that supervising platform sends.
According to above-mentioned radiation supervisory systems, alternatively, described radiation supervisory systems further comprises one or more mounting platforms, and described mounting platform comprises:
Support portion and stationary shaft, described stationary shaft is arranged on described support portion;
The collar, the described collar is enclosed within on described stationary shaft; Described sensor perturbations setting, one end is fixed on the described collar.
According to above-mentioned radiation supervisory systems, preferably, the described collar adopts bearing.
According to above-mentioned radiation supervisory systems, alternatively, described mounting platform further comprises:
Driver module, described driver module is for driving described cover to rotate around stationary shaft according to instruction;
Receiver module, described receiver module is used for receiving the rotate instruction that described supervising platform sends, and is sent to described driver module.
According to above-mentioned radiation supervisory systems, alternatively, the exhibition information of described publicity platform comprises:
The history graphs of the radiation information of radiation source;
Real-time radiation information and Comparison of standards.
According to above-mentioned radiation supervisory systems, preferably, described exhibition information cross direction profiles:
Upper left is used for showing radiation propaganda film;
Bottom left section is for showing the knowledge of radiation of written form;
Upper right portion is used for showing described history graphs;
Lower right-most portion is used for showing described contrast;
Or described exhibition information longitudinally distributes:
Upper part is used for showing described history graphs;
Middle part part to the left is used for showing described contrast
Middle part part to the right is for showing the knowledge of radiation of written form;
Lower part is used for showing radiation propaganda film.
According to above-mentioned radiation supervisory systems, alternatively, described supervising platform further comprises:
Registering modules, described Registering modules is for the network registry of public user, to check the radiation information of each radiation source.
According to above-mentioned radiation supervisory systems, alternatively, described sensor, transmitter module and mounting platform are fixedly installed or are arranged on mobile platform.
The present invention also aims to provide the radiation that a kind of monitoring function is comprehensive, the level of informatization is high monitoring and managing method, this goal of the invention is achieved by the following technical programs:
A kind of radiation monitoring and managing method, described radiation monitoring and managing method comprises the steps:
(A1) one or more sensors send the radiation information about one or more radiation sources detecting to one or more transmitter modules;
(A2) one or more transmitter modules are for sending to supervising platform by described radiation information;
(A3) the described radiation information that supervising platform statistics, analysis receive is also sent to display platform, and send warning message when abnormal;
(A4) one or more display platforms are shown the exhibition information that supervising platform sends, and described display platform, described radiation source are in the same area.
According to above-mentioned radiation monitoring and managing method, alternatively, described radiation monitoring and managing method further comprises the steps:
(D1) supervising platform sends rotate instruction;
(D2) described sensor rotates according to described rotate instruction, thus the radiation information at monitoring diverse location place.
According to above-mentioned radiation monitoring and managing method, preferably, in step (A3), in the time that the radiation value receiving or its rate of change exceed threshold range, prompting is reported to the police
Compared with prior art, the beneficial effect that the present invention has is:
1, complete function, realized concrete radiation source and area radiation source in real time, the publicity of historical information, and and the contrast of country, international standard, eliminated the worry of the public to electromagnetic radiation; The public also can acquire more professional knowledge by display platform in understanding concrete radiation event, as reduced the measure of electromagnetic radiation;
Utilize portable electromagnetic radiation sensor and locating module, the radiation source that discovery is put on record in environmental administration in time, as base station, radio station etc., and makes counter-measure;
2, the level of informatization is high, the electromagnetic radiation situation of environmental administration of government, the home-confined radiation source that can understand concrete radiation source and even whole region of the public, comprise real-time, historical data, and can monitor the abnormal of radiation source, can make in time counter-measure, as: do not exceed standard in radiant quantity, but when rate of change is obviously abnormal, i.e. prompting is reported to the police, and arrangement personnel verify, maintenance, find ahead of time, deal with problems, prevent trouble before it happens.
Brief description of the drawings
With reference to accompanying drawing, disclosure of the present invention will be easier to understand.Those skilled in the art hold intelligible: these accompanying drawings are only for illustrating technical scheme of the present invention, and are not intended to protection scope of the present invention to be construed as limiting.In figure:
Fig. 1 is according to the basic block diagram of the radiation supervisory systems of the embodiment of the present invention 1;
Fig. 2 is according to the basic block diagram of the mounting platform of the embodiment of the present invention 1;
Fig. 3 is the regional radiation supervision schematic diagram according to the embodiment of the present invention 1;
Fig. 4 is the figure of arrangement information according to the display platform of the embodiment of the present invention 1;
Fig. 5 is according to the process flow diagram of the radiation monitoring and managing method of the embodiment of the present invention 1;
Fig. 6 is according to the basic block diagram of the mounting platform of the embodiment of the present invention 3.
Embodiment
Fig. 1-6 and following declarative description optional embodiment of the present invention to instruct those skilled in the art how to implement and to reproduce the present invention.In order to instruct technical solution of the present invention, simplify or omitted some conventional aspects.Those skilled in the art should understand that be derived from these embodiments modification or replace will be within the scope of the invention.Those skilled in the art should understand that following characteristics can combine to form multiple modification of the present invention in every way.Thus, the present invention is not limited to following optional embodiment, and is only limited by claim and their equivalent.
Embodiment 1:
Fig. 1 has schematically provided the basic block diagram of the electromagnetic radiation supervisory systems of the embodiment of the present invention 1, and as shown in Figure 1, described electromagnetic radiation supervisory systems comprises:
One or more electromagnetic radiation sensors, described one or more electromagnetic sensors are for detection of the electromagnetic radiation of the radiation sources such as communication base station, and the radiation information detecting sends one or more transmitter modules to, a transmitter module of each sensor configuration;
Fig. 2 has schematically provided the structure diagram of mounting platform, as shown in Figure 2, mounting platform comprises: base 21 (as support portion), stationary shaft 22, the collar 23 (as bearing), driver module (as electro-motor) and receiver module, the collar 23 is enclosed within on stationary shaft, between driver module and the collar, adopt gear drive, the instruction that driver module sends according to receiver module and actuating sleeve rotates around stationary shaft; The bottom of described sensor 11 is fixed on the described collar.
One or more locating modules, as GPS module, the positional information of locating module output is sent to transmitter module;
One or more transmitter modules, described one or more transmitter modules are for sending the described radiation information, the positional information that receive to supervising platform; Described transmitter module can adopt the wireless module such as CDMA, GPRS, for transmitting information by civilian public network;
Environmental administration's supervising platform, described supervising platform is used for adding up, analyzing described radiation information, the positional information receiving and be sent to display platform, and sends warning message in the time that radiation data is abnormal; Utilize position, the radiation data of radiation source to set up the entirety supervision figure of base station electromagnetic radiation in region within the jurisdiction, as shown in Figure 3, each icon place, base station shows the histogram of real-time amount of electromagnetic radiation, by clicking each base station icon, also can show the information such as historical radiation data, concrete GPS information;
In order to show better the radiation information of each communication base station to the public, so that resident feels at ease, supervising platform is also provided with network registry module, the public utilizes the real name registration on network of computer or mobile terminal, and paying after certain expense, the supervising platform that can log in environmental administration check each radiation source in real time, the information such as historical data and national standard;
One or more display platforms, the LCDs of employing horizontally set, is arranged near radiation source, for the exhibition information that shows that supervising platform sends.As shown in Figure 4, the demonstration arrangement information of display platform is:
Upper left region is used for showing radiation promotional videos; This top, region can show the mark of environmental administration, as XX Environmental Protection Agency;
Bottom left section region is for showing the knowledge of radiation of written form;
Upper right portion region is for showing the history graphs of these radiate source radiation data; This top, region can displaying time, weather data;
Lower right-most portion region is for showing the contrast of real-time radiation data and national standard;
One or more supply modules, described supply module comprises solar panel, accumulator and management circuit, described management circuit discharges and recharges for management of battery, and accumulator is the sensor, GPS module, mounting platform power supply, and display platform is by mains-supplied.
In said system, the quantity of mounting platform, supply module, sensor, locating module, transmitter module and display platform is identical, guarantee, near each radiation source, to there is a set of sensor, mounting platform, locating module, transmitter module, supply module and display platform.
Fig. 5 has schematically provided the process flow diagram of the electromagnetic radiation monitoring and managing method of the embodiment of the present invention, and as shown in Figure 5, described electromagnetic radiation monitoring and managing method comprises the steps:
(A1) one or more sensors are fixed near communication base station, send the electromagnetic radiation information about one or more communication base stations detecting to one or more transmitter modules;
Positional information is sent to transmitter module by each locating module;
(A2) one or more transmitter modules are for sending to supervising platform by described radiation information, positional information;
(A3) the described radiation information that supervising platform statistics, analysis receive is also sent to display platform, and send warning message when abnormal; Utilize position, the radiation data of radiation source to set up the entirety supervision figure of base station electromagnetic radiation in region within the jurisdiction, as shown in Figure 3, each icon place, base station shows the histogram of real-time amount of electromagnetic radiation, by clicking each base station icon, also can show the information such as historical radiation data, concrete GPS information;
When the radiation value of certain base station receiving is too high, too low, rate of change is while exceeding threshold range, prompting is reported to the police, and the owner unit of informing base station in time, so that maintenance;
(A4) one or more display platforms are shown the exhibition information that supervising platform sends, and as shown in Figure 4, the demonstration arrangement information of display platform is:
Upper left region is used for showing radiation promotional videos; This top, region can show the mark of environmental administration, as XX Environmental Protection Agency;
Bottom left section region is for showing the knowledge of radiation of written form;
Upper right portion region is for showing the history graphs of these radiate source radiation data; This top, region can displaying time, weather data;
Lower right-most portion region is for showing the contrast of real-time radiation data and national standard;
In above-mentioned supervision, in order to obtain the electromagnetic radiation on different directions, adopt following way:
(D1) supervising platform transmits rotate instruction to receiver module;
(D2) rotate instruction is sent to driver module by receiver module, drives the collar to rotate by driver module, also drives described sensor to rotate around stationary shaft, thus the radiation information at monitoring diverse location place.
Embodiment 2:
The portable ionising radiation supervisory systems of the embodiment of the present invention, described portable ionising radiation supervisory systems comprises:
One or more ionizing-radiation sensors, described one or more electromagnetic sensors are for detection of near ionising radiation transformer station, and the radiation information detecting sends one or more transmitter modules to, a transmitter module of each sensor configuration; Described sensor is directly fixed on patrols and examines on roof;
One or more locating modules, as GPS module, the positional information of locating module output is sent to transmitter module;
One or more transmitter modules, described one or more transmitter modules are for sending the described radiation information, the positional information that receive to supervising platform; Described transmitter module can adopt the wireless module such as CDMA, GPRS, for transmitting information by civilian public network; In order to adapt to, without common network or the poor environment of network, to be also equipped with radio station, thereby to realize radio communication function;
Environmental administration's supervising platform, described supervising platform is used for adding up, analyzing described radiation information, the positional information receiving and be sent to display platform, and sends warning message in the time that radiation data is abnormal; Utilize position, the radiation data of radiation source to set up the entirety supervision figure of transformer station's ionising radiation in region within the jurisdiction, each radiation source icon place shows the histogram of ionization magnetic radiation amount in real time, by clicking each base station icon, also can show the information such as historical radiation data, concrete GPS information;
In order to show better the radiation information of each transformer station to the public, so that resident feels at ease, supervising platform has also configured client software, the public utilizes computer or mobile terminal to download and install client, and paying after certain expense, authentication, can check environmental administration's supervising platform each radiation source in real time, the information such as historical data, national standard;
One or more display platforms, adopt the vertical LCDs arranging, and are arranged near radiation source, for the exhibition information that shows that supervising platform sends.The demonstration arrangement information of display platform is:
Upper subregion is used for showing described history graphs; This extra-regional upper left corner part can show the mark of environmental administration, as XX Environmental Protection Agency; Upper right corner part can displaying time, weather data;
Subregion to the left, middle part is for showing the contrast of real-time radiation data and national standard;
Subregion to the right, middle part is for showing the knowledge of radiation of written form;
Lower subregion is used for showing radiation promotional videos.
Vehicular accumulator cell is the sensor, GPS module for power supply, and display platform is by mains-supplied.
In said system, the quantity of sensor, locating module, transmitter module and display platform is identical, guarantees, near each radiation source, to have a set of display platform, has a set of sensor, locating module, transmitter module on each inspection car.
The portable ionising radiation monitoring and managing method of the embodiment of the present invention, described portable ionising radiation monitoring and managing method comprises the steps:
(A1) vehicle-mounted one or more sensors move near transformer station, send the ionising radiation information about one or more communication base stations detecting to one or more transmitter modules;
Each locating module records positional information and is sent to transmitter module;
(A2) one or more transmitter modules are for sending to supervising platform by described radiation information, positional information;
(A3) the described radiation information that supervising platform statistics, analysis receive is also sent to display platform, and send warning message when abnormal; Utilize position, the radiation data of radiation source to set up the entirety supervision figure of transformer station's ionising radiation in region within the jurisdiction, each icon place of transformer station shows the histogram of real-time ionising radiation amount, by clicking each transformer station's icon, also can show the information such as historical radiation data, concrete GPS information;
When the radiation value of certain base station receiving is too high, too low, rate of change is while exceeding threshold range, prompting is reported to the police, and notifies in time the owner unit of transformer station, so that maintenance;
In the time that radiation information that supervising platform receives, positional information are not within the scope of the record at supervising platform, prompting is reported to the police, and arranges personnel to go on-site verification;
(A4) one or more display platforms are shown the exhibition information that supervising platform sends, and the demonstration arrangement information of display platform is:
Upper subregion is used for showing described history graphs; This extra-regional upper left corner part can show the mark of environmental administration, as XX Environmental Protection Agency; Upper right corner part can displaying time, weather data;
Subregion to the left, middle part is for showing the contrast of real-time radiation data and country or international standard;
How subregion to the right, middle part is for showing the knowledge of radiation of written form, as reduced the measure etc. of electromagnetic radiation;
Lower subregion is used for showing radiation promotional videos, as the case etc. of the legislation of government, punishment enterprise.
Embodiment 3:
The fixed electromagnetic radiation supervisory systems of the embodiment of the present invention, as different from Example 1:
1, as shown in Figure 6, support portion adopts support, as A-frame 24;
2, as shown in Figure 6, on stationary shaft 22, be separately provided with the collar 25, described sensor 11 is fixed on the collar 23,25, under driver module drives, the collar 23 rotates around stationary shaft 22, the collar 25 rotates around stationary shaft 22 thereupon, thereby makes sensor 11 in different azimuth, detects the electromagnetic radiation in different azimuth.
Claims (11)
1. a radiation supervisory systems, is characterized in that: described radiation supervisory systems comprises:
One or more sensors, described one or more sensors are for sending the radiation information of the radiation source detecting to one or more transmitter modules;
One or more transmitter modules, described one or more transmitter modules are for sending the described radiation information receiving to supervising platform;
Supervising platform, described supervising platform is used for according to statistics, analyzes the described radiation information receiving and be sent to display platform, and sends warning message when abnormal;
One or more display platforms, described display platform, described radiation source are in the same area, for the exhibition information of showing that supervising platform sends.
2. radiation supervisory systems according to claim 1, is characterized in that: described radiation supervisory systems further comprises one or more mounting platforms, and described mounting platform comprises:
Support portion and stationary shaft, described stationary shaft is arranged on described support portion;
The collar, the described collar is enclosed within on described stationary shaft; Described sensor perturbations setting, one end is fixed on the described collar.
3. radiation supervisory systems according to claim 2, is characterized in that, the described collar adopts bearing.
4. radiation supervisory systems according to claim 2, is characterized in that, described mounting platform further comprises:
Driver module, described driver module is for driving described cover to rotate around stationary shaft according to instruction;
Receiver module, described receiver module is used for receiving the rotate instruction that described supervising platform sends, and is sent to described driver module.
5. radiation supervisory systems according to claim 1, is characterized in that, the exhibition information of described publicity platform comprises:
The history graphs of the radiation information of radiation source;
Real-time radiation information and Comparison of standards.
6. radiation supervisory systems according to claim 5, is characterized in that, described exhibition information cross direction profiles:
Upper left is used for showing radiation propaganda film;
Bottom left section is for showing the knowledge of radiation of written form;
Upper right portion is used for showing described history graphs;
Lower right-most portion is used for showing described contrast;
Or described exhibition information longitudinally distributes:
Upper part is used for showing described history graphs;
Middle part part to the left is used for showing described contrast
Middle part part to the right is for showing the knowledge of radiation of written form;
Lower part is used for showing radiation propaganda film.
7. radiation supervisory systems according to claim 1, is characterized in that: described supervising platform further comprises:
Registering modules, described Registering modules is for the network registry of public user, to check the radiation information of each radiation source.
8. radiation supervisory systems according to claim 2, is characterized in that: described sensor, transmitter module and mounting platform are fixedly installed or are arranged on mobile platform.
9. a radiation monitoring and managing method, described radiation monitoring and managing method comprises the steps:
(A1) one or more sensors send the radiation information about one or more radiation sources detecting to one or more transmitter modules;
(A2) one or more transmitter modules are for sending to supervising platform by described radiation information;
(A3) the described radiation information that supervising platform statistics, analysis receive is also sent to display platform, and send warning message when abnormal;
(A4) one or more display platforms are shown the exhibition information that supervising platform sends, and described display platform, described radiation source are in the same area.
10. radiation monitoring and managing method according to claim 9, is characterized in that, described radiation monitoring and managing method further comprises the steps:
(D1) supervising platform sends rotate instruction;
(D2) described sensor rotates according to described rotate instruction, thus the radiation information at monitoring diverse location place.
11. radiation monitoring and managing methods according to claim 9, is characterized in that, in step (A3), in the time that the radiation value receiving or its rate of change exceed threshold range, prompting is reported to the police.
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| CN201410447164.9A CN104200273A (en) | 2014-09-04 | 2014-09-04 | Radiation monitoring system and method |
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| CN114089048A (en) * | 2021-11-18 | 2022-02-25 | 中国电力科学研究院有限公司 | Transformer substation high-frequency electromagnetic radiation testing method, device, equipment and medium |
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Application publication date: 20141210 |
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