CN104320629A - Cable branch box monitoring system - Google Patents
Cable branch box monitoring system Download PDFInfo
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- CN104320629A CN104320629A CN201410635273.3A CN201410635273A CN104320629A CN 104320629 A CN104320629 A CN 104320629A CN 201410635273 A CN201410635273 A CN 201410635273A CN 104320629 A CN104320629 A CN 104320629A
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Abstract
The invention discloses a cable branch box monitoring system. After an information processing module figures out that real-time information acquired by an acquisition module in a branch box real-time information acquisition system is abnormal information, a passive trigger signal is generated, an information control module receives the passive trigger signal, image acquisition control information is generated, and a monitoring end information receiving and transmitting module transmits the image acquisition control information to an image information acquisition system so that the image information acquisition system can be controlled to carry out image acquisition on the acquisition module which acquires the abnormal real-time information. A user can learn about which specific acquisition modules acquire abnormal real-time information in time and on-site operation conditions after abnormities occur so that the user can conveniently take corresponding measures, the phenomenon that power cut happens and even an accident of long-time power cut happens because handling is not carried out in time is avoided as far as possible, and thus the safety operation coefficient of the cable branch box can be increased.
Description
Technical field
The present invention relates to cable branch box monitoring technique field, particularly a kind of cable branch box supervisory control system.
Background technology
Now, the subscriber unit in the distribution system of cities and towns is more, and circuit distribution is intricate, so urban power grid generally adopts cable branch box to power to user.
But in the process of cable branch box work, the factors such as equipment fault, periphery adverse circumstances and artificial destruction can produce harmful effect to the safe operation of cable branch box.
For this reason, urban power grid administrative department can carry out the investigation of potential safety hazard to cable branch box by the mode that arranges technical staff cable branch box to be carried out to periodical inspection inspection.
Urban power grid administrative department adopts the mode of human at periodic intervals's walkaround inspection cable branch box to be carried out to the investigation of potential safety hazard, although the operating state of cable branch box can be observed like this and find some potential safety hazards during making an inspection tour, but but cannot observe the operating state of the cable branch box during non-tour, also monitoring and early warning timely cannot be carried out to some potential safety hazards occurred during non-tour, the situation causing user to have a power failure happens occasionally, so, the daily general safety operation coefficient of current cable branch box is not high, and the number of times broken down is more.
Can find out in sum, the safe operation coefficient how improving cable branch box is current problem demanding prompt solution.
Summary of the invention
In view of this, the object of this invention is to provide a kind of cable branch box supervisory control system, improve the safe operation coefficient of cable branch box.Concrete scheme is as follows:
A kind of cable branch box supervisory control system, be applied to and cable branch box is monitored, described cable branch box supervisory control system comprises information acquisition system, information transmitting system and information monitoring system, described information acquisition system comprises image information collecting system and feeder pillar real-time information collection system, described feeder pillar real-time information collection system comprises at least one acquisition module, described information transmitting system comprises collection terminal signal dispatcher module and monitoring client signal dispatcher module, described information monitoring system comprises message processing module, information access module and information display module,
Described acquisition module, for carrying out data acquisition to the instantaneous operating conditions of described cable branch box, obtaining relevant real time information, by described collection terminal signal dispatcher module, described real time information being sent to described message processing module;
Described message processing module, for judging whether described real time information is abnormal information, if so, then generates passive triggering signal;
Described information access module, for receiving described passive triggering signal, synthetic image gathers control information, by described monitoring client signal dispatcher module, described IMAQ control information is sent to described image information collecting system, controls described image information collecting system and IMAQ is carried out to described acquisition module;
Described image information collecting system, for carrying out IMAQ to described acquisition module, obtains corresponding image information, by described collection terminal signal dispatcher module, described image information is sent to described information display module;
Described information display module, for showing described image information.
Preferably, described feeder pillar real-time information collection system comprises:
Sulfur hexafluoride gas concentration acquisition module, ozone concentration acquisition module, air themperature acquisition module in case, cable surface temperature collect module, the combination of any one acquisition module or several acquisition module in water level acquisition module in air humidity collecting module and case in case.
Preferably, when described feeder pillar real-time information collection system comprises described sulfur hexafluoride gas concentration acquisition module or described ozone concentration acquisition module, described cable branch box supervisory control system also comprises gas exchange systems;
When described feeder pillar real-time information collection system comprises air themperature acquisition module or described cable surface temperature collect module in described case, described cable branch box supervisory control system also comprises humidity control system;
When described feeder pillar real-time information collection system comprises air humidity collecting module in described case, described cable branch box supervisory control system also comprises humidity control system.
Preferably, also comprise access control system, for receiving the gas access control information that described information access module sends, the response starting locking pattern is made according to described gas access control information, described gas access control information is, described information access module generates according to gas gate inhibition triggering signal, described gas gate inhibition triggering signal is, described message processing module judges what described sulfur hexafluoride gas concentration real time information or described ozone concentration real time information generated when being abnormal information.
Preferably, also comprise firefighting monitoring system, and/or Intrusion Detection Alarm System;
Described firefighting monitoring system comprises fire detector, fire alarm transport module, fire extinguishing system and electric power shielding system, described fire detector generates fire alarm after detecting fire phenomena, described fire alarm is sent to described collection terminal signal dispatcher module by described fire alarm transport module, described fire alarm is sent to described information access module by described collection terminal signal dispatcher module, described information access module generates condition of a fire control information according to described fire alarm, described condition of a fire control information is sent to described fire extinguishing system and described electric power shielding system by described monitoring client signal dispatcher module, control described fire extinguishing system and fire extinguishing process is carried out to scene of fire, control the electric power of described electric power shielding system to scene to cut off,
Described Intrusion Detection Alarm System comprises intrusion detector, invasion signal transmission module and intrusion alarm unit, described intrusion detector generates invasion signal after detecting intrusion object, described invasion signal is sent to described collection terminal signal dispatcher module by described invasion signal transmission module, described invasion signal is sent to described information access module by described collection terminal signal dispatcher module, described information access module generates intrusion alarm control information according to described invasion signal, described intrusion alarm control information is sent to described intrusion alarm unit by described monitoring client signal dispatcher module, control described intrusion alarm unit and start alarm mode.
Preferably, described information access module gathers control information according to described fire alarm or described invasion signal generation accident picture, control described image information collecting system and IMAQ is carried out to the accident picture that the condition of a fire or generation outside invading occur, obtain corresponding fire image information or intruding image information, by described collection terminal signal dispatcher module, described fire image information or described intruding image information are sent to described information display module, and described information display module shows described fire image information or described intruding image information;
Described fire detector is infrared ray smoke alarm, and described intrusion detector is infrared dual-technology detector.
Preferably, described information monitoring system also comprises SMS transmission module, and described SMS transmission module generates corresponding monitoring and early warning note according to the various control informations that described information access module produces, by described monitoring and early warning short message sending in the terminal of specifying;
Described cable branch box supervisory control system also comprises high-voltage charge display device, and/or three-in-one lightning arrester.
Preferably, described image information collecting system is the static graphic information acquisition system including photoflash lamp, and described image information is static graphic information.
Preferably, described image information collecting system is dynamic image data acquisition system, and described image information is dynamic image data.
Preferably, also comprise lamp light control system, described lamp light control system comprises light source module and signal light control information receiving module, described information access module generates signal light control information according to described passive triggering signal, by described monitoring client signal dispatcher module, described signal light control information is sent to described signal light control information receiving module, controls described light source module and start light illumination mode.
Beneficial effect of the present invention is as follows:
In the present invention, message processing module judges that the real time information that the acquisition module in feeder pillar real-time information collection system collects is after abnormal information, generate passive triggering signal, information access module receives passive triggering signal, synthetic image gathers control information, by monitoring client signal dispatcher module, IMAQ control information is sent to image information collecting system, control image information collecting system and IMAQ is carried out to the acquisition module collecting abnormal real time information, be conducive to user like this to know real time information that specifically which acquisition module collects in time and occurred abnormal and occurred the field operation situation after exception, be convenient to user take appropriate measures in time, avoid because process causes power failure not in time as far as possible, the generation of even long-time power outage, thus improve the safe operation coefficient of cable branch box.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
Fig. 1 is cable branch box supervisory control system schematic diagram disclosed by the invention;
Fig. 2 is cable branch box supervisory control system schematic diagram disclosed in the embodiment of the present invention one;
Fig. 3 is cable branch box supervisory control system schematic diagram disclosed in the embodiment of the present invention two.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The invention discloses a kind of cable branch box supervisory control system, shown in Figure 1, this system is used for monitoring cable branch box, comprise information acquisition system 11, information transmitting system 12 and information monitoring system 13, information acquisition system 11 comprises image information collecting system 111 and feeder pillar real-time information collection system 112, feeder pillar real-time information collection system 112 comprises at least one acquisition module, information transmitting system 12 comprises collection terminal signal dispatcher module 121 and monitoring client signal dispatcher module 122, information monitoring system 13 comprises message processing module 131, information access module 132 and information display module 133,
Acquisition module, for carrying out data acquisition to the instantaneous operating conditions of cable branch box, obtaining relevant real time information, by collection terminal signal dispatcher module 121, real time information being sent to message processing module 131;
Message processing module 131, for judging whether real time information is abnormal information, if so, then generates passive triggering signal;
Information access module 132, for receiving passive triggering signal, synthetic image gathers control information, by monitoring client signal dispatcher module 122, IMAQ control information is sent to image information collecting system 111, controls image information collecting system 111 pairs of acquisition modules and carry out IMAQ;
Image information collecting system 111, for carrying out IMAQ to acquisition module, obtains corresponding image information, by collection terminal signal dispatcher module 121, image information is sent to information display module 133;
Information display module 133, for showing image information.
In above-mentioned disclosed cable branch box supervisory control system, message processing module 131 judges that the real time information that the acquisition module in feeder pillar real-time information collection system 112 collects is after abnormal information, generate passive triggering signal, information access module 132 receives passive triggering signal, synthetic image gathers control information, by monitoring client signal dispatcher module 122, IMAQ control information is sent to image information collecting system 111, control image information collecting system 111 and IMAQ is carried out to the acquisition module collecting abnormal real time information, be conducive to user like this to know real time information that specifically which acquisition module collects in time and occurred abnormal and occurred the field operation situation after exception, be convenient to user take appropriate measures in time, avoid because process causes power failure not in time as far as possible, the generation of even long-time power outage, thus improve the safe operation coefficient of cable branch box.
The cable branch box supervisory control system that Fig. 2 is concrete disclosed in the embodiment of the present invention one, this system comprises information acquisition system 21, information transmitting system 22 and information monitoring system 23, information transmitting system 22 comprises collection terminal signal dispatcher module 221 and monitoring client signal dispatcher module 222, wherein, information acquisition system 21 and collection terminal signal dispatcher module 221 are positioned at the inside of cable branch box, and information monitoring system 23 and monitoring client signal dispatcher module 222 are positioned at power scheduling night shift room.
Above-mentioned information acquisition system 21 comprises static graphic information acquisition system 211 and feeder pillar real-time information collection system 212, static graphic information acquisition system 211 includes photoflash lamp, the acquisition module comprised in feeder pillar real-time information collection system 212 is, sulfur hexafluoride gas concentration acquisition module 2121, ozone concentration acquisition module 2122, air themperature acquisition module 2123 in case, cable surface temperature collect module 2124, water level acquisition module 2126 in air humidity collecting module 2125 and case in case, certainly, in conjunction with actual application demand, feeder pillar real-time information collection system 212 also can only include any one acquisition module in above-mentioned all acquisition modules or any several acquisition module, collection terminal signal dispatcher module 221 in information transmitting system 22 and monitoring client signal dispatcher module 222 rely on Ethernet to realize information transmit-receive function, information monitoring system 23 comprises computer disposal terminal 231, communication controler 232 and display 233.
Acquisition module, for carrying out corresponding data acquisition to the instantaneous operating conditions of cable branch box, obtain relevant real time information, by collection terminal signal dispatcher module 221, real time information is sent to computer disposal terminal 231, each above-mentioned acquisition module includes corresponding pick-up transducers and sensor communication module, and the real time information that pick-up transducers collects is sent to collection terminal signal dispatcher module 221 by sensor communication module.
Computer disposal terminal 231, for judging whether real time information is abnormal information, if so, then generates passive triggering signal, and preferred computer disposal terminal is industrial computer.
Communication controler 232, for receiving passive triggering signal, synthetic image gathers control information, by monitoring client signal dispatcher module 222, IMAQ control information is sent to static graphic information acquisition system 211, control static graphic information acquisition system 211 pairs of acquisition modules and carry out IMAQ, preferred communication controler is for including PC/104 industrial-controlled general line, the controller of electric board and communication interface expansion module, communication mode between communication controler 232 and computer disposal terminal 231 is two-shipper serial communication mode, communication mode between communication controler 232 and information acquisition system 21 is ethernet communication mode.
Static graphic information acquisition system 211, for carrying out IMAQ to acquisition module, obtain corresponding static graphic information, by collection terminal signal dispatcher module 221, static graphic information is sent to display 233, preferred static graphic information acquisition system is the digital camera including camera communications module and high-power flash lamp, and the static graphic information that digital camera collects is sent to collection terminal signal dispatcher module 221 by camera communications module.
Display 233, for showing above-mentioned static graphic information, preferred display is liquid crystal display.
Certainly, the related personnel being positioned at power scheduling night shift room also initiatively can check instruction by initiatively sending to computer disposal terminal 231, computer disposal terminal 231 initiatively checks instruction according to this, generate initiatively triggering signal, communication controler 232 receives this active triggering signal, synthetic image gathers control information, and then controls the picture monitoring that active is carried out in static graphic information acquisition system 211 pairs of feeder pillar inside.
When feeder pillar real-time information collection system 212 comprises sulfur hexafluoride gas concentration acquisition module 2121 or ozone concentration acquisition module 2122, accordingly, in a safe condition in order to guarantee the gaseous environment of feeder pillar inside as far as possible, cable branch box supervisory control system also comprises gas exchange systems 201.
Gas exchange systems 201, for the gas exchanges control information that received communication controller 232 sends, gas exchanges response is made according to gas exchanges control information, gas exchanges control information is, communication controler 232 generates according to gas exchanges triggering signal, gas exchanges triggering signal is, computer disposal terminal 231 judges what the sulfur hexafluoride gas concentration real time information that sulfur hexafluoride gas concentration acquisition module 2121 produces or the ozone concentration real time information that ozone concentration acquisition module 2122 produces generated when being abnormal information, above-mentioned gas exchanges response refers to carries out to the gas of feeder pillar inside and the air of feeder pillar outside the response exchanged that circulates, preferred gas exchange systems comprises new wind interchanger and gas exchange message communications module, the gas exchanges control information that communication controler 232 sends over by gas exchanges information communication module is transferred to new wind interchanger, new wind interchanger makes gas exchanges response according to the gas exchanges control information received.
When feeder pillar real-time information collection system 212 comprises air themperature acquisition module 2123 or cable surface temperature collect module 2124 in case, accordingly, in order to guarantee that the inner corresponding temperature environment of feeder pillar is in rational state as far as possible, cable branch box supervisory control system also comprises humidity control system 202.
Humidity control system 202, for the temperature control information that received communication controller 232 sends, temperature governing response is made according to temperature control information, temperature control information is, communication controler 232 regulates triggering signal to generate according to temperature, temperature adjustment triggering signal is, computer disposal terminal 231 judges what the cable surface temperature real time information that in the case that air themperature acquisition module 2123 in outlet produces, air themperature real time information or cable surface temperature collect module 2124 produce generated when being abnormal information, preferred humidity control system comprises air-conditioning and temperature regulates information communication module, temperature regulates information communication module that the temperature control information that communication controler 232 sends over is transferred to air-conditioning, air-conditioning makes temperature governing response according to the temperature control information received.
When feeder pillar real-time information collection system 212 comprises air humidity collecting module 2125 in case, accordingly, in order to guarantee that the humidity environment of feeder pillar inside is in rational state as far as possible, cable branch box supervisory control system also comprises humidity control system 203.
Humidity control system 203, for the humid control information that received communication controller 232 sends, humidity regulation response is made according to humid control information, humid control information is, communication controler 232 generates according to humidity regulation triggering signal, humidity regulation triggering signal is, computer disposal terminal 231 generates when judging that in the case that air humidity collecting module 2125 in outlet produces, air humidity real time information is abnormal information, preferred humidity control system comprises dehumidifier and humidity regulation information communication module, the humid control information transmission that communication controler 232 sends over by humidity regulation information communication module is to dehumidifier, dehumidifier makes humidity regulation response according to the humid control information received.
In order to prevent maintenance personal from entering feeder pillar under the unsafe state of feeder pillar internal gas environment, above-mentioned feeder pillar supervisory control system also comprises access control system 204.
Access control system 204, for the gas access control information that received communication controller 232 sends, the response starting locking pattern is made according to gas access control information, gas access control information is, communication controler 232 generates according to gas gate inhibition triggering signal, gas gate inhibition triggering signal is, computer disposal terminal 231 judges what sulfur hexafluoride gas concentration real time information or ozone concentration real time information generated when being abnormal information, preferred access control system comprises fingerprint recognition module, access control information communication module and pressure door open button and electromagnetic door, the gas access control information transmission that communication controler 232 sends over by access control information communication module is to electromagnetic door, electromagnetic door makes the response of closing door according to the gas access control information received, when access control information communication module does not receive gas access control information, maintenance personal can pass through fingerprint recognition module, input legal finger print information, and generate gate inhibition and open control information, access control information communication module receives gate inhibition and opens control information, send gate inhibition and open control information to electromagnetic door, electromagnetic door opens according to gate inhibition the response that door capable of being opened is made in control information, this moment, also by collection terminal signal dispatcher module 221, gate inhibition can be opened control information simultaneously be sent to information monitoring system 23, communication controler 232 is opened control information according to this gate inhibition and is generated operating state picture collection control information, control picture monitoring when static graphic information acquisition system 211 couples of maintenance personals work at the scene.When running into emergency, maintenance personal also can by pressing pressure door open button, positive opening electromagnetic door.
In order to reduce fire, and/or extraneous illegal invasion is to the destructiveness of electric power system, and above-mentioned feeder pillar supervisory control system also comprises firefighting monitoring system 205, and/or Intrusion Detection Alarm System 206.
Firefighting monitoring system 205 comprises fire detector, fire alarm transport module, fire extinguishing system and electric power shielding system, fire detector generates fire alarm after detecting fire phenomena, fire alarm is sent to collection terminal signal dispatcher module 221 by fire alarm transport module, fire alarm is sent to communication controler 232 by collection terminal signal dispatcher module 221, communication controler 232 generates condition of a fire control information according to fire alarm, condition of a fire control information is sent to fire extinguishing system and electric power shielding system by monitoring client signal dispatcher module 222, control fire extinguishing system and fire extinguishing process is carried out to scene of fire, control the electric power of electric power shielding system to scene to cut off.Preferred fire detector is infrared ray smoke alarm.
Intrusion Detection Alarm System 206 comprises intrusion detector, invasion signal transmission module and intrusion alarm unit, intrusion detector generates invasion signal after detecting intrusion object, invasion signal is sent to collection terminal signal dispatcher module 221 by invasion signal transmission module, invasion signal is sent to communication controler 232 by collection terminal signal dispatcher module 221, communication controler 232 generates intrusion alarm control information according to invasion signal, intrusion alarm control information is sent to intrusion alarm unit by monitoring client signal dispatcher module 222, controls intrusion alarm unit and starts alarm mode.Preferred intrusion detector is infrared dual-technology detector.
Communication controler 232 gathers control information according to above-mentioned fire alarm or invasion signal generation accident picture, control static graphic information acquisition system 211 and IMAQ is carried out to the accident picture that the condition of a fire or generation outside invading occur, obtain corresponding fire image information or intruding image information, by collection terminal signal dispatcher module 221, fire image information or intruding image information are sent to display 233, and display 233 pairs of fire image information or intruding image information show.
Do not know in the person skilled of power scheduling night shift room or relevant director the undesirable condition that feeder pillar inside occurs in time to allow, above-mentioned information monitoring system 23 also comprises SMS transmission module 234, SMS transmission module 234 generates corresponding monitoring and early warning note according to the various control informations that communication controler 232 produces, by monitoring and early warning short message sending to the terminal of specifying on.Preferred terminal is mobile phone terminal.
In addition, in order to take precautions against electric misoperation, and/or prevent thunder and lightning from causing serious destruction to feeder pillar, cable branch box supervisory control system can also comprise high-voltage charge display device 207, and/or three-in-one lightning arrester 208.
In cable branch box supervisory control system disclosed in the present embodiment one, feeder pillar real-time information collection system 212 comprises sulfur hexafluoride gas concentration acquisition module 2121, ozone concentration acquisition module 2122, air themperature acquisition module 2123 in case, cable surface temperature collect module 2124, water level acquisition module 2126 in air humidity collecting module 2125 and case in case, real-time monitoring can be carried out to the gaseous environment of feeder pillar inside, humiture environment and water level environment, make related personnel know the environmental aspect of feeder pillar inside in time; Secondly, feeder pillar supervisory control system also comprises gas exchange systems 201, humidity control system 202 and humidity control system 203, to occurring that corresponding counter-measure made automatically by the feeder pillar of unusual condition, can improve the safe operation coefficient of feeder pillar; In addition, feeder pillar supervisory control system also includes access control system 204, is conducive to preventing maintenance personal under the unsafe state of feeder pillar internal gas environment, entering feeder pillar; Moreover, feeder pillar supervisory control system also comprises firefighting monitoring system 205, Intrusion Detection Alarm System 206 and SMS transmission module 234, be conducive to reducing fire and extraneous illegal invasion to the destruction of electric power system, and allow and do not know the related personnel of power scheduling night shift room the undesirable condition that feeder pillar inside occurs in time; Further, feeder pillar supervisory control system also comprises high-voltage charge display device 207 and three-in-one lightning arrester 208, is conducive to taking precautions against electric misoperation and preventing thunder and lightning from causing serious destruction to feeder pillar.
The cable branch box supervisory control system that Fig. 3 is concrete disclosed in the embodiment of the present invention two, comprise information acquisition system 31, information transmitting system 32 and information monitoring system 33, compared to a upper embodiment, image information collecting system in the present embodiment is dynamic image data acquisition system 311, accordingly, the cable branch box supervisory control system in the present embodiment comprises:
Acquisition module, for carrying out corresponding data acquisition to the instantaneous operating conditions of cable branch box, obtain relevant real time information, by collection terminal signal dispatcher module 321, real time information is sent to computer disposal terminal 331, acquisition module in feeder pillar real-time information collection system 312 in the present embodiment comprises sulfur hexafluoride gas concentration acquisition module 3121, ozone concentration acquisition module 3122, air themperature acquisition module 3123 in case, cable surface temperature collect module 3124, water level acquisition module 3126 in air humidity collecting module 3125 and case in case.
Computer disposal terminal 331, for judging whether real time information is abnormal information, if so, then generates passive triggering signal.
Communication controler 332, for receiving passive triggering signal, synthetic image gathers control information, by monitoring client signal dispatcher module 322, IMAQ control information is sent to dynamic image data acquisition system 311, controls dynamic image data acquisition system 311 pairs of acquisition modules and carry out IMAQ.
Dynamic image data acquisition system 311, for carrying out IMAQ to acquisition module, obtain corresponding dynamic image data, by collection terminal signal dispatcher module 321, dynamic image data is sent to display 333, preferred dynamic image data acquisition system is web camera.
Display 333, for showing above-mentioned dynamic image data.
Above-mentioned cable branch box supervisory control system can also comprise SMS transmission module 334, gas exchange systems 301, humidity control system 302, humidity control system 303, access control system 304, firefighting monitoring system 305, Intrusion Detection Alarm System 306, high-voltage charge display device 307 and three-in-one lightning arrester 308.
When dynamic image data acquisition system 311 is in running order, work under the light condition of abundance to make dynamic image data acquisition system 311, above-mentioned cable branch line supervisory control system also comprises lamp light control system 309, lamp light control system 309 comprises light source module and signal light control information receiving module, the passive triggering signal that communication controler 332 sends over according to computer disposal terminal 331, generate signal light control information, by monitoring client signal dispatcher module 322, signal light control information is sent to signal light control information receiving module, control light source module and start light illumination mode, certainly, in order to eliminate the potential safety hazard also needing after maintenance personal enters feeder pillar to bring during the orientation groping headlamp switch, the gate inhibition that access control system 304 generates can be opened control information as signal light control information, by signal light control information receiving module, signal light control information is sent to light source module, control light source module and start light illumination mode.
In cable branch box supervisory control system disclosed in the present embodiment two, image information collecting system is dynamic image data acquisition system 311, the monitoring of continuous print dynamic menu can be carried out to cable branch box, in addition, cable branch line supervisory control system also comprises lamp light control system 309, when dynamic image data acquisition system 311 works, lamp light control system 309 also starts light illumination mode thereupon, for the dynamic image data acquisition system 311 under in running order provides sufficient light, to shoot monitored picture clearly, secondly, legal finger print information is provided when maintenance personal enters through, after opening the electromagnetic door of access control system 304, lamp light control system 309 opens light illumination mode thereupon automatically, eliminate the potential safety hazard also needing after maintenance personal enters feeder pillar to bring during the orientation groping headlamp switch.
To the above-mentioned explanation of the disclosed embodiments, those skilled in the art are realized or uses the present invention.To be apparent for a person skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. a cable branch box supervisory control system, it is characterized in that, be applied to and cable branch box is monitored, described cable branch box supervisory control system comprises information acquisition system, information transmitting system and information monitoring system, described information acquisition system comprises image information collecting system and feeder pillar real-time information collection system, described feeder pillar real-time information collection system comprises at least one acquisition module, described information transmitting system comprises collection terminal signal dispatcher module and monitoring client signal dispatcher module, described information monitoring system comprises message processing module, information access module and information display module,
Described acquisition module, for carrying out data acquisition to the instantaneous operating conditions of described cable branch box, obtaining relevant real time information, by described collection terminal signal dispatcher module, described real time information being sent to described message processing module;
Described message processing module, for judging whether described real time information is abnormal information, if so, then generates passive triggering signal;
Described information access module, for receiving described passive triggering signal, synthetic image gathers control information, by described monitoring client signal dispatcher module, described IMAQ control information is sent to described image information collecting system, controls described image information collecting system and IMAQ is carried out to described acquisition module;
Described image information collecting system, for carrying out IMAQ to described acquisition module, obtains corresponding image information, by described collection terminal signal dispatcher module, described image information is sent to described information display module;
Described information display module, for showing described image information.
2. cable branch box supervisory control system according to claim 1, is characterized in that, described feeder pillar real-time information collection system comprises:
Sulfur hexafluoride gas concentration acquisition module, ozone concentration acquisition module, air themperature acquisition module in case, cable surface temperature collect module, the combination of any one acquisition module or several acquisition module in water level acquisition module in air humidity collecting module and case in case.
3. cable branch box supervisory control system according to claim 2, is characterized in that,
When described feeder pillar real-time information collection system comprises described sulfur hexafluoride gas concentration acquisition module or described ozone concentration acquisition module, described cable branch box supervisory control system also comprises gas exchange systems;
When described feeder pillar real-time information collection system comprises air themperature acquisition module or described cable surface temperature collect module in described case, described cable branch box supervisory control system also comprises humidity control system;
When described feeder pillar real-time information collection system comprises air humidity collecting module in described case, described cable branch box supervisory control system also comprises humidity control system.
4. cable branch box supervisory control system according to claim 2, it is characterized in that, also comprise access control system, for receiving the gas access control information that described information access module sends, the response starting locking pattern is made according to described gas access control information, described gas access control information is, described information access module generates according to gas gate inhibition triggering signal, described gas gate inhibition triggering signal is, described message processing module judges what described sulfur hexafluoride gas concentration real time information or described ozone concentration real time information generated when being abnormal information.
5. cable branch box supervisory control system according to claim 1, is characterized in that, also comprise firefighting monitoring system, and/or Intrusion Detection Alarm System;
Described firefighting monitoring system comprises fire detector, fire alarm transport module, fire extinguishing system and electric power shielding system, described fire detector generates fire alarm after detecting fire phenomena, described fire alarm is sent to described collection terminal signal dispatcher module by described fire alarm transport module, described fire alarm is sent to described information access module by described collection terminal signal dispatcher module, described information access module generates condition of a fire control information according to described fire alarm, described condition of a fire control information is sent to described fire extinguishing system and described electric power shielding system by described monitoring client signal dispatcher module, control described fire extinguishing system and fire extinguishing process is carried out to scene of fire, control the electric power of described electric power shielding system to scene to cut off,
Described Intrusion Detection Alarm System comprises intrusion detector, invasion signal transmission module and intrusion alarm unit, described intrusion detector generates invasion signal after detecting intrusion object, described invasion signal is sent to described collection terminal signal dispatcher module by described invasion signal transmission module, described invasion signal is sent to described information access module by described collection terminal signal dispatcher module, described information access module generates intrusion alarm control information according to described invasion signal, described intrusion alarm control information is sent to described intrusion alarm unit by described monitoring client signal dispatcher module, control described intrusion alarm unit and start alarm mode.
6. cable branch box supervisory control system according to claim 5, it is characterized in that, described information access module gathers control information according to described fire alarm or described invasion signal generation accident picture, control described image information collecting system and IMAQ is carried out to the accident picture that the condition of a fire or generation outside invading occur, obtain corresponding fire image information or intruding image information, by described collection terminal signal dispatcher module, described fire image information or described intruding image information are sent to described information display module, described information display module shows described fire image information or described intruding image information,
Described fire detector is infrared ray smoke alarm, and described intrusion detector is infrared dual-technology detector.
7. cable branch box supervisory control system according to claim 1, it is characterized in that, described information monitoring system also comprises SMS transmission module, described SMS transmission module generates corresponding monitoring and early warning note according to the various control informations that described information access module produces, by described monitoring and early warning short message sending in the terminal of specifying;
Described cable branch box supervisory control system also comprises high-voltage charge display device, and/or three-in-one lightning arrester.
8. the cable branch box supervisory control system according to any one of claim 1 to 7, is characterized in that, described image information collecting system is the static graphic information acquisition system including photoflash lamp, and described image information is static graphic information.
9. the cable branch box supervisory control system according to any one of claim 1 to 7, is characterized in that, described image information collecting system is dynamic image data acquisition system, and described image information is dynamic image data.
10. cable branch box supervisory control system according to claim 9, it is characterized in that, also comprise lamp light control system, described lamp light control system comprises light source module and signal light control information receiving module, described information access module generates signal light control information according to described passive triggering signal, by described monitoring client signal dispatcher module, described signal light control information is sent to described signal light control information receiving module, controls described light source module and start light illumination mode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410635273.3A CN104320629A (en) | 2014-11-05 | 2014-11-05 | Cable branch box monitoring system |
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| CN201410635273.3A CN104320629A (en) | 2014-11-05 | 2014-11-05 | Cable branch box monitoring system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107612145A (en) * | 2017-10-31 | 2018-01-19 | 国网江苏省电力公司南通供电公司 | Cable branch box universal intelligent convergence control cabinet |
| CN110827492A (en) * | 2019-11-14 | 2020-02-21 | 北京京航计算通讯研究所 | System for automatic lighting and alarming of miniature distribution box during water inlet and door opening |
| CN110827506A (en) * | 2019-11-14 | 2020-02-21 | 北京京航计算通讯研究所 | Method for automatically starting illumination and alarming during water inlet and door opening of miniature distribution box |
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| CN110827492A (en) * | 2019-11-14 | 2020-02-21 | 北京京航计算通讯研究所 | System for automatic lighting and alarming of miniature distribution box during water inlet and door opening |
| CN110827506A (en) * | 2019-11-14 | 2020-02-21 | 北京京航计算通讯研究所 | Method for automatically starting illumination and alarming during water inlet and door opening of miniature distribution box |
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