CN104766444A - Post operation multi-dimension behavior norm monitoring system - Google Patents
Post operation multi-dimension behavior norm monitoring system Download PDFInfo
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- CN104766444A CN104766444A CN201510190817.4A CN201510190817A CN104766444A CN 104766444 A CN104766444 A CN 104766444A CN 201510190817 A CN201510190817 A CN 201510190817A CN 104766444 A CN104766444 A CN 104766444A
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Abstract
The invention relates to monitoring technologies, in particular to a post operation multi-dimension behavior norm monitoring system. According to the post operation multi-dimension behavior norm monitoring system, actual map information of a transformer substation is mainly manufactured into an electronic map, detailed regional division and marking are carried out on the electronic map, omnibearing monitoring is carried out on personnel entering the transformer substation through a sensor terminal, a video collecting terminal and a human body induction terminal installed at multiple positions of the transformer substation, the positions of the personnel entering the transformer substation and a mark of the electronic map are automatically compared through a server side, whether the personnel enter a dangerous area or not is judged, an alarm is given automatically, and meanwhile the video collecting terminal carries out shooting and evidence obtaining. The system has the advantages that whether a person enters the dangerous area of the transformer substation or not can be automatically recognized, the alarm is automatically given for reminding, and high response speed and reliability are achieved. The system is especially suitable for being used in the technical field of transformer substation monitoring.
Description
Technical field
The present invention relates to monitoring technique, relate to post operation multidimensional behavioural norm supervisory system specifically.
Background technology
Transformer station belongs to high-risk perform region, if manage not in place, does not slightly note just may having an accident.Under the current call that people-oriented, personal safety has all been placed on first by the work in every of transformer station.But, except the restriction of the rules and regulations such as working specification, security treaty, also there is no the safety guarantee means of a set of practicable initiative alarming at present, thus, if operating personnel's misoperation, error in judgement, or inertia, randomness, tour are strayed into interval etc., all directly or indirectly may cause the generation of accident, while personal safety is on the hazard, economic interests also be incurred loss.
And its monitoring content of supervisory system of transformer station's employing at present is single, cannot accomplish to monitor from multiple angle, well can not ensure monitoring effect simultaneously.
Summary of the invention
Object of the present invention is exactly single for current supervisory control of substation target, lacks the ability of initiative alarming, proposes post operation multidimensional behavioural norm supervisory system.
Technical scheme of the present invention: this post operation multidimensional behavioural norm supervisory system, comprises monitoring server end, Sensor monitoring terminal, Video Monitoring Terminal and human body information monitor terminal;
Described monitoring server end comprises memory module, display module, load module, data processing module and signal dispatcher module; Store transformer station's electronic chart in described memory module, described transformer station electronic chart marked area is divided into safety zone and hazardous location; Described display module is used for the mode of the information after data processing module process by image and numeral to feed back; Instruction for receiving outside input instruction, and is sent to data processing module by described load module; The data that described data processing module receives for the treatment of signal dispatcher module, and transmission data are sent by signal dispatcher module; Described signal dispatcher module receiving sensor monitor terminal, Video Monitoring Terminal and human body information monitor terminal send data, and with data processing module real-time exchange data, carry out the transmission of steering order;
Described Sensor monitoring terminal is made up of the sensor fixed terminal mutually mated and sensor mobile terminal; Described sensor fixed terminal is numbered respectively and is fixed on transformer station's diverse location, the position coordinates of each sensor fixed terminal is marked on transformer station's electronic chart, this position of sensor fixed terminal in transformer station's electronic chart will be shown by display module when sensor fixed terminal communicates with monitoring server end, its signal sent for receiving sensor mobile terminal, and the signal dispatcher module signal received being sent to monitoring server end; Described sensor mobile terminal sends the wireless signal that can be received and identified by sensor fixed terminal for continuing;
Described Video Monitoring Terminal comprises video acquisition control module and video camera module; Described video acquisition control module for receiving the instruction of monitoring server end, and controls video camera module and carries out video acquisition;
Described human body information monitor terminal comprises human body induction module and human body information data transmit-receive module; Described human body induction module is for responding to human body information; The data that described human body information data transmit-receive module is used for human body induction module receives carry out analog to digital conversion, and are sent to supervisory system server end;
Described sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal include alarm module, the controlling alarm instruction that described alarm module sends for receiving monitoring server end;
Described monitoring server end also comprises danger signal judge module, described danger signal judge module is used for contrasting the hazardous location of the sensor fixed terminal positional information received, video acquisition information and human body information data and transformer station's electronic map marker, when target information or human body information that sensor fixed terminal positional information or video acquisition detected overlap with hazardous location, then send alarm command, control sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal and send alerting signal.
Further, also comprise front server end, described front server end comprises sensor mobile terminal Registering modules, leading information acquisition module, advance data processing module and advance data transceiver module; Described sensor mobile terminal Registering modules is used for carrying out registration to sensor mobile terminal and activates, the information coding of the holder of this sensor mobile terminal is stored in sensor mobile terminal, and with the information interaction of sensor fixed terminal in the information coding of holder is fed back to front server end by sensor fixed terminal; Described leading information acquisition module is used for the information data that receiving sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal gather; Described advance data processing module is used for processing the information data of leading information collection collection; Described advance data transceiver module is used for carrying out exchanges data with monitoring server end.
Further, described alerting signal is voice signal and blue light signals.
Further, described sensor mobile terminal adopts lithium battery power supply, and described sensor fixed terminal adopts solar powered.
Further, described sensor mobile terminal and sensor fixed terminal realize the working frequency range of radio communication is 2.4GHZ.
Beneficial effect of the present invention: this post operation multidimensional behavioural norm supervisory system automatically can identify whether someone and enter into transformer station hazardous location, and automatically carries out alarm, possesses reaction velocity fast, the advantage that reliability is high.
Accompanying drawing explanation
Fig. 1 is the logical organization block diagram of post operation multidimensional behavioural norm supervisory system of the present invention.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in detail
As shown in Figure 1, post operation multidimensional behavioural norm supervisory system of the present invention comprises monitoring server end, Sensor monitoring terminal, Video Monitoring Terminal and human body information monitor terminal;
Described monitoring server end comprises memory module, display module, load module, data processing module and signal dispatcher module; Store transformer station's electronic chart in described memory module, described transformer station electronic chart marked area is divided into safety zone and hazardous location; Described display module is used for the mode of the information after data processing module process by image and numeral to feed back; Instruction for receiving outside input instruction, and is sent to data processing module by described load module; The data that described data processing module receives for the treatment of signal dispatcher module, and transmission data are sent by signal dispatcher module; Described signal dispatcher module receiving sensor monitor terminal, Video Monitoring Terminal and human body information monitor terminal send data, and with data processing module real-time exchange data, carry out the transmission of steering order;
Wherein, the label information of transformer station's electronic chart carries out real-time update by load module, to ensure real-time and the reliability of supervisory system;
Described Sensor monitoring terminal is made up of the sensor fixed terminal mutually mated and sensor mobile terminal; Described sensor fixed terminal is numbered respectively and is fixed on transformer station's diverse location, the position coordinates of each sensor fixed terminal is marked on transformer station's electronic chart, this position of sensor fixed terminal in transformer station's electronic chart will be shown by display module when sensor fixed terminal communicates with monitoring server end, its signal sent for receiving sensor mobile terminal, and the signal dispatcher module signal received being sent to monitoring server end; Described sensor mobile terminal sends the wireless signal that can be received and identified by sensor fixed terminal for continuing;
Described Video Monitoring Terminal comprises video acquisition control module and video camera module; Described video acquisition control module for receiving the instruction of monitoring server end, and controls video camera module and carries out video acquisition; Video acquisition is mainly used in taking pictures evidence obtaining to the personnel of invasion important area.Wherein, video camera module can adopt spherical camera, to realize Multi-angle omnibearing shooting.
Described human body information monitor terminal comprises human body induction module and human body information data transmit-receive module; Described human body induction module is for responding to human body information; The data that described human body information data transmit-receive module is used for human body induction module receives carry out analog to digital conversion, and are sent to supervisory system server end;
Described sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal include alarm module, the controlling alarm instruction that described alarm module sends for receiving monitoring server end;
Described monitoring server end also comprises danger signal judge module, described danger signal judge module is used for the sensor fixed terminal positional information received, the hazardous location of video acquisition information and human body information data and transformer station's electronic map marker contrasts, when target information or human body information that sensor fixed terminal positional information or video acquisition detected overlap with hazardous location, then send alarm command, control sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal send alerting signal, alerting signal is voice signal and blue light signals.
Consider the delay of existing GSM/GPRS/3G communication network when data are transmitted and the good and bad problem of the signal under bad weather circumstances, supervisory system also comprises front server end, and described front server end comprises sensor mobile terminal Registering modules, leading information acquisition module, advance data processing module and advance data transceiver module; Described sensor mobile terminal Registering modules is used for carrying out registration to sensor mobile terminal and activates, the information coding of the holder of this sensor mobile terminal is stored in sensor mobile terminal, and with the information interaction of sensor fixed terminal in the information coding of holder is fed back to front server end by sensor fixed terminal; Described leading information acquisition module is used for the information data that receiving sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal gather; Described advance data processing module is used for processing the information data of leading information collection collection; Described advance data transceiver module is used for carrying out exchanges data with monitoring server end.
Wherein, sensor mobile terminal adopts lithium battery power supply, and described sensor fixed terminal adopts solar powered, adopts sun power to power, has the advantage uninterruptedly can carrying out work.
In transformer station, electromagnetic environment is complicated, and it is working properly that communication system needs very strong antijamming capability guarantee; Substation Communication System is very high to the requirement of communication quality in addition, and certain tittle does not allow to make mistakes in communication process, guarantees that can pin-point accuracy be an important indicator that satisfy condition to communication system under the prerequisite meeting rate requirement.
Transformer station is inner, and the running environment of communication facilities is very severe, and except the impact of mechanical vibration and humiture, electromagnetic interference (EMI) is very serious.Under such running environment, wireless sensor node needs the ability with good resistance to mechanical impact shock, the change of temperature resistance humidity, good electromagnetism interference performance must be had simultaneously, such ability completes set function reliably, otherwise likely cause wireless sensor node malfunctioning, even send or receive data or the instruction of mistake, cause damage.
The typical electromagnetic interference source that substation exists has: the pulsed magnetic field that 50Hz power frequency electromagnetic field, equipment terminal short-circuit cause, corona discharge, static discharge, shelf depreciation, air breakdown arcing, SF6 gap breakdown arcing, vacuum gap puncture arcing, lightning wave and switching overvoltage.Wherein 50Hz power frequency electromagnetic field, equipment terminal short-circuit cause pulsed magnetic field, corona discharge, static discharge, shelf depreciation, these interference sources of air breakdown arcing frequency be low frequency (being about 800MHz to the maximum) and each low band signal intensity is also little, obvious impact can not be produced on the network communication of wireless sensor itself working in 2.4GHz.
In order to ensure stability and the preferably antijamming capability of working sensor, the working frequency range that sensor mobile terminal and sensor fixed terminal realize radio communication is 2.4GHZ.
What finally expansion illustrated is, transformer station's electronic chart in monitoring server end not only can be used for mark safety zone and hazardous location, also can be used for markers work region and non-active area, be used to guide staff to carry out constructing or patrolling and examining in the work place of specifying, to entering the staff of non-active area by trigger alarm, its principle is identical with the above-mentioned principle of carrying out reporting to the police in hazardous location that enters.
Claims (5)
1. post operation multidimensional behavioural norm supervisory system, is characterized in that, comprises monitoring server end, Sensor monitoring terminal, Video Monitoring Terminal and human body information monitor terminal;
Described monitoring server end comprises memory module, display module, load module, data processing module and signal dispatcher module; Store transformer station's electronic chart in described memory module, described transformer station electronic chart marked area is divided into safety zone and hazardous location; Described display module is used for the mode of the information after data processing module process by image and numeral to feed back; Instruction for receiving outside input instruction, and is sent to data processing module by described load module; The data that described data processing module receives for the treatment of signal dispatcher module, and transmission data are sent by signal dispatcher module; Described signal dispatcher module receiving sensor monitor terminal, Video Monitoring Terminal and human body information monitor terminal send data, and with data processing module real-time exchange data, carry out the transmission of steering order;
Described Sensor monitoring terminal is made up of the sensor fixed terminal mutually mated and sensor mobile terminal; Described sensor fixed terminal is numbered respectively and is fixed on transformer station's diverse location, the position coordinates of each sensor fixed terminal is marked on transformer station's electronic chart, this position of sensor fixed terminal in transformer station's electronic chart will be shown by display module when sensor fixed terminal communicates with monitoring server end, its signal sent for receiving sensor mobile terminal, and the signal dispatcher module signal received being sent to monitoring server end; Described sensor mobile terminal sends the wireless signal that can be received and identified by sensor fixed terminal for continuing;
Described Video Monitoring Terminal comprises video acquisition control module and video camera module; Described video acquisition control module for receiving the instruction of monitoring server end, and controls video camera module and carries out video acquisition;
Described human body information monitor terminal comprises human body induction module and human body information data transmit-receive module; Described human body induction module is for responding to human body information; The data that described human body information data transmit-receive module is used for human body induction module receives carry out analog to digital conversion, and are sent to supervisory system server end;
Described sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal include alarm module, the controlling alarm instruction that described alarm module sends for receiving monitoring server end;
Described monitoring server end also comprises danger signal judge module, described danger signal judge module is used for contrasting the hazardous location of the sensor fixed terminal positional information received, video acquisition information and human body information data and transformer station's electronic map marker, when target information or human body information that sensor fixed terminal positional information or video acquisition detected overlap with hazardous location, then send alarm command, control sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal and send alerting signal.
2. post operation multidimensional behavioural norm supervisory system according to claim 1, it is characterized in that, also comprise front server end, described front server end comprises sensor mobile terminal Registering modules, leading information acquisition module, advance data processing module and advance data transceiver module; Described sensor mobile terminal Registering modules is used for carrying out registration to sensor mobile terminal and activates, the information coding of the holder of this sensor mobile terminal is stored in sensor mobile terminal, and with the information interaction of sensor fixed terminal in the information coding of holder is fed back to front server end by sensor fixed terminal; Described leading information acquisition module is used for the information data that receiving sensor fixed terminal, Video Monitoring Terminal and human body information monitor terminal gather; Described advance data processing module is used for processing the information data of leading information collection collection; Described advance data transceiver module is used for carrying out exchanges data with monitoring server end.
3. post operation multidimensional behavioural norm supervisory system according to claim 1 and 2, it is characterized in that, described alerting signal is voice signal and blue light signals.
4. post operation multidimensional behavioural norm supervisory system according to claim 3, is characterized in that, described sensor mobile terminal adopts lithium battery power supply, and described sensor fixed terminal adopts solar powered.
5. post operation multidimensional behavioural norm supervisory system according to claim 3, it is characterized in that, the working frequency range that described sensor mobile terminal and sensor fixed terminal realize radio communication is 2.4GHZ.
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| CN201510190817.4A CN104766444B (en) | 2015-04-22 | 2015-04-22 | Post operation multidimensional behavioural norm monitoring system |
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| CN201510190817.4A CN104766444B (en) | 2015-04-22 | 2015-04-22 | Post operation multidimensional behavioural norm monitoring system |
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| CN104766444B CN104766444B (en) | 2017-06-09 |
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| CN106373044A (en) * | 2016-08-26 | 2017-02-01 | 成都鑫原羿天科技有限责任公司 | Internet-based intelligent tourism management system |
| CN107123245A (en) * | 2017-03-31 | 2017-09-01 | 国家电网公司 | A kind of communication card of power information acquisition system automatically configures embedding grammar |
| CN110706439A (en) * | 2019-08-23 | 2020-01-17 | 国网浙江省电力有限公司杭州供电公司 | Intrusion detection alarm method and system for non-operation area of transformer substation |
| CN112130504A (en) * | 2020-09-25 | 2020-12-25 | 重庆天智慧启科技有限公司 | Online monitoring and alarming system for preventing personnel from entering dangerous area |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105915845A (en) * | 2016-04-25 | 2016-08-31 | 广东振声科技股份有限公司 | Blasting site unmanned aerial vehicle monitoring control method |
| CN105915845B (en) * | 2016-04-25 | 2019-03-22 | 广东振声智能装备有限公司 | The control method of demolition site monitoring unmanned |
| CN106373044A (en) * | 2016-08-26 | 2017-02-01 | 成都鑫原羿天科技有限责任公司 | Internet-based intelligent tourism management system |
| CN107123245A (en) * | 2017-03-31 | 2017-09-01 | 国家电网公司 | A kind of communication card of power information acquisition system automatically configures embedding grammar |
| CN107123245B (en) * | 2017-03-31 | 2019-05-07 | 国家电网公司 | A kind of communication card of power information acquisition system automatically configures embedding grammar |
| CN110706439A (en) * | 2019-08-23 | 2020-01-17 | 国网浙江省电力有限公司杭州供电公司 | Intrusion detection alarm method and system for non-operation area of transformer substation |
| CN112130504A (en) * | 2020-09-25 | 2020-12-25 | 重庆天智慧启科技有限公司 | Online monitoring and alarming system for preventing personnel from entering dangerous area |
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| CN104766444B (en) | 2017-06-09 |
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Granted publication date: 20170609 |