CN104504848A - Power distribution climbing rod job training safety auxiliary electronic monitoring system - Google Patents
Power distribution climbing rod job training safety auxiliary electronic monitoring system Download PDFInfo
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- CN104504848A CN104504848A CN201410777493.XA CN201410777493A CN104504848A CN 104504848 A CN104504848 A CN 104504848A CN 201410777493 A CN201410777493 A CN 201410777493A CN 104504848 A CN104504848 A CN 104504848A
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/02—Alarms for ensuring the safety of persons
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Abstract
The invention relates to a power distribution climbing rod job training safety auxiliary electronic monitoring system, which comprises a sensor module for generating state signals after sensing information point behaviors; a wireless signal emitting module connected with the sensor module and used for acquiring the state signals transmitted by the sensor module, converting the state signals to digital wireless signals and emitting the digital wireless signals; a wireless signal receiving module connected with the wireless signal emitting module and used for receiving the digital wireless signals emitted by the wireless signal emitting module, and uploading the digital wireless signals; a master control system connected with the wireless signal receiving module in a wired way, and used for receiving the digital wireless signals uploaded by the wireless signal receiving module, and issuing instructions after carrying out logic judgment on the digital wireless signals; a feedback system function module connected with the wireless signal emitting module and the master control module, and used for receiving the instructions issued by the master control system.
Description
Technical field
The present invention relates to a kind of electronic monitoring system, particularly a kind of distribution steps on the sub-monitor system of bar operation real training safety auxiliary electrical.
Background technology
Safety in production is the basic assurance of electric power enterprise development.Scan the industrial accident that electric power enterprise occurs, the reason of 80 percent is that distribution workman safe operation training is directly connected to the security of the practical operation of workman and the life and health of workman because the dangerous production behavior of people causes.
The operational method that workman skillfully grasps and program are that involved party is formed in long-term practice process, and people are called for short operating habit.When this " operating habit " is after deciding, a kind of psychological inertia will be produced.Limb action made by the track along " custom " that involved party be can't help.In order to the operating habit making workman form this good, specification, workpeople often will participate in training.
Theory teaching greatly mainly with trainer in training is in the past main body, there is the phenomenons such as workman is half-hearted, standard operation action is not in place, perform a task perfunctorily in the concrete operations link training be aided with, and a lot of safe operation action is that trainer with the naked eye cannot identify, judge whether to meet code of safe practice.The effect that have impact on training that these trainings not in place are serious, dangerous operation behavior is more given in the later work of workman and is brought hidden danger.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of distribution to step on the sub-monitor system of bar operation real training safety auxiliary electrical, the operation behavior information utilizing the use of this monitor system can not only obtain the workman that undergoes training in time, accurately more can judge by set program whether operating process conforms with the regulations, training is carried out in strict accordance with normalized flow process, standardized operation behavior, eliminates the problem brought in training in the past.
The invention provides a kind of distribution and step on the sub-monitor system of bar operation real training safety auxiliary electrical, comprising: sensor assembly, for producing status signal after the behavior of induction information point; Wireless signal transmitting module, is connected with described sensor assembly, for gathering the described status signal that described sensor assembly transmits, and launches after transferring described status signal to digital quantity wireless signal; Reception of wireless signals module, with described wireless signal transmitting module wireless connections, for receiving the described digital quantity wireless signal that described wireless signal transmitting module is launched, and uploads described digital quantity wireless signal; Master control system, with described reception of wireless signals module wired connection, for receiving the described digital quantity wireless signal that described reception of wireless signals module is uploaded, after described master control system carries out Logic judgment to described digital quantity wireless signal, described master control system sends instruction; Feedback system functional module, is connected with described wireless signal transmitting module and described master control system, for receiving the described instruction that described master control system sends.
Further, described information point includes power-off monitoring-information point, electroscope self-inspection information point, surmounts range of safety operation information point, electrical verification operation behavior and sequence of operation information point and overlap ground wire operation behavior and sequence of operation information point.
Further, described power-off monitoring-information point is provided with contact Boolean value output sensor, described in surmount range of safety operation information point and be provided with laser light curtain sensor.
Further, described electroscope self-inspection information point is provided with the low-frequency wireless signals transmitter module and sensor that embed electroscope inside; The pulse signal that described low-frequency wireless signals transmitter module sends the characteristic frequency that described sensor sensing produces is received by receiver module device, and described receiver module device is arranged in described wireless signal transmitting module.
Further, described electrical verification operation behavior and sequence of operation information point and overlap joint ground wire operation behavior and sequence of operation information point are provided with impedance signal sensor, and described impedance signal sensor includes impedance signal sensor, coiling group, binding clip, insulation course and signal line plate; Described impedance signal sensor is arranged on thrusting earthing clamp.
Further, described feedback system functional module comprises timing relay, loudspeaker and traffic light; Described loudspeaker is connected with described master control system; Described timing relay is connected with described traffic light, and described timing relay is connected with wireless signal transmitting module; The described instruction that described master control system sends controls described loudspeaker, controls described timing relay and described traffic light again through described reception of wireless signals module and described wireless signal transmitting module.
The present invention also provides a kind of display and controls the method that distribution steps on the sub-monitor system of bar operation real training safety auxiliary electrical, comprising:
The sensor sensing being positioned at information point and the step transmitted; The conversion digital quantity signal receiving the described signal of the sensor sensing being positioned at information point and the step transmitted and the step uploaded; Receive the step transforming digital quantity signal and the Signal aspects of described digital quantity signal of step uploaded and the Logic judgment of signal and produce instruction; Signal feedback and the step of making a response of the described instruction of the Logic judgment receiving Signal aspects and signal and the step producing instruction.
Further, the sensor sensing being positioned at information point described in comprises with the step that transmits: power-off monitoring-information dotted state described in described sensor sensing also produces the step of status signal, for launching the step of the status signal of described power-off monitoring-information point; Electroscope self-inspection information point state described in described sensor sensing also produces the step of status signal, for launching the step of the status signal of described electroscope self-inspection information point; Surmount range of safety operation information point state described in described sensor sensing and produce the step of status signal, for surmounting the step of the status signal of range of safety operation information point described in launching; Electrical verification operation behavior described in described sensor sensing and sequence of operation information point state also produce the step of status signal, for launching the step of the status signal of described electrical verification operation behavior and sequence of operation information point; Overlap ground wire operation behavior and sequence of operation information point state described in described sensor sensing and produce the step of status signal, for launching the step of the status signal of described overlap joint ground wire operation behavior and sequence of operation information point.
Further, described conversion digital quantity signal and uploading step comprise: for receive described power-off monitoring-information point, described electroscope self-inspection information point, described in surmount the receiving step of status signal of described sensor assembly of range of safety operation information point, described electrical verification operation behavior and sequence of operation information point and described overlap joint ground wire operation behavior and sequence of operation information point; For transforming the step of converting that described status signal is digital quantity signal; For launching the step of transmitting of described digital quantity signal; For receiving the receiving step of described digital quantity signal; For uploading the uploading step of described digital quantity signal.
Further, the Logic judgment of described Signal aspects and signal and the step producing instruction include, for showing the step display of described digital quantity signal and generating the instruction step of instruction for digital quantity signal described in Logic judgment, described number feedback includes, for feeding back the feedback step of the arrival feedback system functional module of described instruction and the reactions steps for making a response according to described instruction feedback system function module with step of making a response.
Beneficial effect of the present invention is, a kind of distribution is provided to step on the sub-monitor system of bar operation real training safety auxiliary electrical, utilize the hardware sensor of this system to the point of safes of key in Safe Training flow process and the automation collection of safe operation behavioural information, master control system is sent to by radio transmission apparatus, system is passed judgment on according to the software program write, the training of workman of making to undergo training is guarded constantly, realizes the function of electronic monitoring people.
Accompanying drawing explanation
Figure 1 shows that embodiment of the present invention distribution steps on bar operation real training safety auxiliary electrical monitor system composition schematic diagram.
Figure 2 shows that embodiment of the present invention distribution steps on bar operation real training safety auxiliary electrical monitor system composition schematic diagram.
Figure 3 shows that embodiment of the present invention contact Boolean value output sensor schematic diagram.
Figure 4 shows that embodiment of the present invention electroscope self-inspection process flow diagram.
Fig. 5 a is depicted as embodiment of the present invention laser light curtain sensor operating principles figure.
Fig. 5 b is depicted as embodiment of the present invention laser light curtain sensor operating principles figure.
Figure 6 shows that embodiment of the present invention impedance signal Fundamentals of Sensors figure.
Fig. 7 a is depicted as embodiment of the present invention impedance signal sensor operating principles figure.
Fig. 7 b is depicted as embodiment of the present invention impedance signal sensor operating principles figure.
Figure 8 shows that embodiment of the present invention feedback system process flow diagram.
Figure 9 shows that embodiment of the present invention distribution steps on the sub-monitor system process flow diagram of bar operation real training safety auxiliary electrical.
Figure 10 shows that embodiment of the present invention distribution steps on the sub-monitor system detail flowchart of bar operation real training safety auxiliary electrical.
Embodiment
Hereafter will describe embodiments of the invention in detail by reference to the accompanying drawings.It should be noted that the combination of technical characteristic or the technical characteristic described in following embodiment should not be considered to isolated, they mutually can be combined and be combined with each other thus reach better technique effect.In the accompanying drawing of following embodiment, the identical label that each accompanying drawing occurs represents identical feature or parts, can be applicable in different embodiment.
Figure 1 shows that embodiment of the present invention distribution steps on bar operation real training safety auxiliary electrical monitor system composition schematic diagram.
Distribution described in the embodiment of the present invention steps on the sub-monitor system of bar operation real training safety auxiliary electrical, comprising: sensor assembly, for producing status signal after the behavior of induction information point; Wireless signal transmitting module, is connected with described sensor assembly, for gathering the described status signal that described sensor assembly transmits, and launches after transferring described status signal to digital quantity wireless signal; Reception of wireless signals module, with described wireless signal transmitting module wireless connections, for receiving the described digital quantity wireless signal that described wireless signal transmitting module is launched, and uploads described digital quantity wireless signal; Master control system, with described reception of wireless signals module wired connection, for receiving the described digital quantity wireless signal that described reception of wireless signals module is uploaded, after described master control system carries out Logic judgment to described digital quantity wireless signal, described master control system sends instruction; Feedback system functional module, is connected with described wireless signal transmitting module and described master control system, for receiving the described instruction that described master control system sends.
Figure 2 shows that embodiment of the present invention distribution steps on bar operation real training safety auxiliary electrical monitor system composition schematic diagram.
Wireless signal transmitting module described in the embodiment of the present invention preferentially uses SZ06-ZIGBEE wireless communication module; Described signal receiving module preferentially uses SZ02-ZIGBEE wireless communication module.
Described information point includes power-off monitoring-information point, electroscope self-inspection information point, surmounts range of safety operation information point, electrical verification operation behavior and sequence of operation information point and overlap ground wire operation behavior and sequence of operation information point.
Figure 3 shows that embodiment of the present invention contact Boolean value output sensor schematic diagram.
Described in the embodiment of the present invention, power-off monitoring-information point is provided with contact Boolean value output sensor.
The state of contact Boolean value output sensor induction switching-off monitoring-information point also produces status information, its status information is obtained by the acquisition module in SZ06-ZIGBEE wireless communication module, transfer " 0 " or " 1 " two kinds of digital quantity signals to and send SZ02-ZIGBEE wireless communication module to, signal uploads the computing machine of master control system through SZ02-ZIGBEE wireless communication module.
Figure 4 shows that embodiment of the present invention electroscope self-inspection process flow diagram.
Electroscope self-inspection information point described in the embodiment of the present invention is provided with and embeds the low-frequency wireless signals transmitter module of electroscope inside and sensor, buzzing prompt tone when retaining the original self-inspection of electroscope and flashing red light; The pulse signal that described low-frequency wireless signals sends the characteristic frequency of described sensor sensing is received by receiver module device, and described receiver module device is arranged in described wireless signal transmitting module.
The state of sensor sensing electroscope self-inspection information point also produces status information, the pulse signal of the characteristic frequency that its status information sends through described low-frequency wireless signals is received by receiver module device, described receiver module device is arranged in described wireless signal transmitting module, described receiver module device is connected with SZ06-ZIGBEE wireless communication module, the pulse signal of described characteristic frequency transfers " 0 " or " 1 " two kinds of digital quantity signals to through SZ06-ZIGBEE wireless communication module and sends SZ02-ZIGBEE wireless communication module to, signal uploads the computing machine of master control system through SZ02-ZIGBEE wireless communication module.
Fig. 5 a is depicted as embodiment of the present invention laser light curtain sensor operating principles figure.
Fig. 5 b is depicted as embodiment of the present invention laser light curtain sensor operating principles figure.
Surmount range of safety operation information point described in the embodiment of the present invention and be provided with laser light curtain sensor.
Described laser light curtain sensor comprises transmitter, receiver, controller three part composition.Transmitter is made up of nine groups of parallel, equally spaced laser beams; Receiver is equidistantly made up of nine lens, can receive the laser beam that transmitter is launched, and controller controls the transmitting and receiving of laser.The transmitter of sensor, receiver are arranged on the equal-height position of safety operation area scope, if operating personnel exceed place of safety, will shut out the light, the then relay closes of controller, sensor sensing produces status information, its status information is obtained by the acquisition module in SZ06-ZIGBEE wireless communication module, and transfer " 0 " or " 1 " two kinds of digital quantity signals to and send SZ02-ZIGBEE wireless communication module to, signal uploads the computing machine of master control system through SZ02-ZIGBEE wireless communication module.
Figure 6 shows that embodiment of the present invention impedance signal Fundamentals of Sensors figure.
Fig. 7 a is depicted as embodiment of the present invention impedance signal sensor operating principles figure.
Fig. 7 b is depicted as embodiment of the present invention impedance signal sensor operating principles figure.
Electrical verification operation behavior described in the embodiment of the present invention and sequence of operation information point and overlap joint ground wire operation behavior and sequence of operation information point are provided with impedance signal sensor; Described impedance signal sensor includes impedance signal sensor, coiling group, binding clip, insulation course and signal line plate; Described impedance signal sensor is arranged on thrusting earthing clamp.When carrying out electrical verification operation, sensor can collect the impedance signal of any single channel by infinitely great vanishing; When carrying out the operation of overlap joint ground wire, sensor can collect twin-channel impedance signal signal of arbitrary neighborhood by infinitely great vanishing; Described impedance signal sensor is obtained by the acquisition module in SZ06-ZIGBEE wireless communication module at the status signal of information point collection, transfer " 0 " or " 1 " two kinds of digital quantity signals to and send SZ02-ZIGBEE wireless communication module to, signal uploads the computing machine of master control system through SZ02-ZIGBEE wireless communication module.
Figure 8 shows that embodiment of the present invention feedback system process flow diagram.
Embodiment of the present invention feedback system comprises master control system, reception of wireless signals module SZ02-ZIGBEE, wireless signal transmitting module SZ06-ZIGBEE and feedback system functional module; Described feedback system functional module comprises timing relay, loudspeaker and traffic light; Described loudspeaker is connected with described master control system; Described timing relay is connected with described traffic light, and described timing relay is connected with wireless signal transmitting module SZ06-ZIGBEE; After the operation behavior of master control system software to operating personnel makes Logic judgment, send instruction to feedback system, described instruction controls described loudspeaker, controls described timing relay and described traffic light again through reception of wireless signals module SZ02-ZIGBEE and wireless signal transmitting module SZ02-ZIGBEE; System is pointed out by sound, light.
Figure 9 shows that embodiment of the present invention distribution steps on the sub-monitor system schematic flow sheet of bar operation real training safety auxiliary electrical.
The embodiment of the present invention also provides a kind of display and controls the method that distribution steps on the sub-monitor system of bar operation real training safety auxiliary electrical, comprising:
The sensor sensing being positioned at information point and the step transmitted; The conversion digital quantity signal receiving the described signal of the sensor sensing being positioned at information point and the step transmitted and the step uploaded; Receive the step transforming digital quantity signal and the Signal aspects of described digital quantity signal of step uploaded and the Logic judgment of signal and produce instruction; Signal feedback and the step of making a response of the described instruction of the Logic judgment receiving Signal aspects and signal and the step producing instruction.
Figure 10 shows that embodiment of the present invention distribution steps on bar operation real training safety auxiliary electrical monitor system detailed process schematic diagram.
The sensor sensing being positioned at information point described in the embodiment of the present invention comprises with the step that transmits: power-off monitoring-information dotted state described in described sensor sensing also produces the step of status signal, for launching the step of the status signal of described power-off monitoring-information point; Electroscope self-inspection information point state described in described sensor sensing also produces the step of status signal, for launching the step of the status signal of described electroscope self-inspection information point; Surmount range of safety operation information point state described in described sensor sensing and produce the step of status signal, for surmounting the step of the status signal of range of safety operation information point described in launching; Electrical verification operation behavior described in described sensor sensing and sequence of operation information point state also produce the step of status signal, for launching the step of the status signal of described electrical verification operation behavior and sequence of operation information point; Overlap ground wire operation behavior and sequence of operation information point state described in described sensor sensing and produce the step of status signal, for launching the step of the status signal of described overlap joint ground wire operation behavior and sequence of operation information point.
Transform digital quantity signal described in the embodiment of the present invention and uploading step comprises: for receive described power-off monitoring-information point, described electroscope self-inspection information point, described in surmount the receiving step of status signal of described sensor assembly of range of safety operation information point, described electrical verification operation behavior and sequence of operation information point and described overlap joint ground wire operation behavior and sequence of operation information point; For transforming the step of converting that described status signal is digital quantity signal; For launching the step of transmitting of described digital quantity signal; For receiving the receiving step of described digital quantity signal; For uploading the uploading step of described digital quantity signal.
The Logic judgment of Signal aspects described in the embodiment of the present invention and signal and the step producing instruction include, for showing the step display of described digital quantity signal and generating the instruction step of instruction for digital quantity signal described in Logic judgment.The instruction that described master control system sends comprises right instructions and false command.
Described in the embodiment of the present invention, a number feedback includes, for feeding back the feedback step of the arrival feedback system functional module of described instruction and the reactions steps for making a response according to described instruction feedback system function module with step of making a response.Described feedback system functional module receives described right instructions, then give a green light; State feedback system functional module and receive described false command, then send out a warning and loudspeaker sound.
Embodiment of the present invention distribution steps on that bar operation real training safety auxiliary electrical monitor system software operation interface has succinctly, clear and definite, the simple to operate clear feature in functional areas, on interface except system start to wait also to be integrated with except button that list imports, the function button such as the auto judge of training statistics, the result of appraisal and printing.
System interface divides four functional areas, and upper left-hand is current start-up selection area, and right side is by the essential information viewing area of start-up.Lower left side functional areas are training function and check function select button; Start, terminate and the software function button that logs off.For information acquisition point sensor obtains data mode indicator, operation behavior recording areas in the middle of bottom.Be operating mistake number of times statistics, display on the right side of bottom, the display of training used time and generation report button.
The present invention makes workman form the operating habit of this good, specification by the training of the Formal description of monitor system, when changing operational method, employing new tool or new equipment, staff also can not ignore some the required step in operation process, can not in order to scheme easily, take a shortcut, have a mind to miss a certain safe handling procedures, still production operation can be carried out according to standard practice instructions in the work in later stage, improve the safety in production technical ability of workman, for power-generating enterprise's safety in production is taken a firm foundation.
Although give some embodiments of the present invention, it will be understood by those of skill in the art that without departing from the spirit of the invention herein, can change embodiment herein.Above-described embodiment is exemplary, should using embodiment herein as the restriction of interest field of the present invention.
Claims (10)
1. distribution steps on the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, comprising:
Sensor assembly, for producing status signal after the behavior of induction information point;
Wireless signal transmitting module, is connected with described sensor assembly, for gathering the described status signal that described sensor assembly transmits, and launches after transferring described status signal to digital quantity wireless signal;
Reception of wireless signals module, with described wireless signal transmitting module wireless connections, for receiving the described digital quantity wireless signal that described wireless signal transmitting module is launched, and uploads described digital quantity wireless signal;
Master control system, with described reception of wireless signals module wired connection, for receiving the described digital quantity wireless signal that described reception of wireless signals module is uploaded, after described master control system carries out Logic judgment to described digital quantity wireless signal, described master control system sends instruction;
Feedback system functional module, is connected with described wireless signal transmitting module and described master control system, for receiving the described instruction that described master control system sends.
2. distribution as claimed in claim 1 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, described information point includes power-off monitoring-information point, electroscope self-inspection information point, surmounts range of safety operation information point, electrical verification operation behavior and sequence of operation information point and overlap ground wire operation behavior and sequence of operation information point.
3. distribution as claimed in claim 2 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, and it is characterized in that, described power-off monitoring-information point is provided with contact Boolean value output sensor, described in surmount range of safety operation information point and be provided with laser light curtain sensor.
4. distribution as claimed in claim 2 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, described electroscope self-inspection information point is provided with the low-frequency wireless signals transmitter module and sensor that embed electroscope inside; The pulse signal that described low-frequency wireless signals transmitter module sends the characteristic frequency that described sensor sensing produces is received by receiver module device, and described receiver module device is arranged in described wireless signal transmitting module.
5. distribution as claimed in claim 2 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, described electrical verification operation behavior and sequence of operation information point and overlap joint ground wire operation behavior and sequence of operation information point are provided with impedance signal sensor; Described impedance signal sensor includes impedance signal sensor, coiling group, binding clip, insulation course and signal line plate; Described impedance signal sensor is arranged on thrusting earthing clamp.
6. distribution as claimed in claim 1 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, and it is characterized in that, described feedback system functional module comprises timing relay, loudspeaker and traffic light; Described loudspeaker is connected with described master control system; Described timing relay is connected with described traffic light, and described timing relay is connected with wireless signal transmitting module; The described instruction that described master control system sends controls described loudspeaker, controls described timing relay and described traffic light again through described reception of wireless signals module and described wireless signal transmitting module.
7. display and control distribution step on a method for the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, comprising:
The sensor sensing being positioned at information point and the step transmitted;
The conversion digital quantity signal receiving the described signal of the sensor sensing being positioned at information point and the step transmitted and the step uploaded;
Receive the step transforming digital quantity signal and the Signal aspects of described digital quantity signal of step uploaded and the Logic judgment of signal and produce instruction;
Signal feedback and the step of making a response of the described instruction of the Logic judgment receiving Signal aspects and signal and the step producing instruction.
8. the distribution as described in claim 2 and 7 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, described in be positioned at information point sensor sensing comprise with the step that transmits:
Power-off monitoring-information dotted state described in described sensor sensing also produces the step of status signal, for launching the step of the status signal of described power-off monitoring-information point;
Electroscope self-inspection information point state described in described sensor sensing also produces the step of status signal, for launching the step of the status signal of described electroscope self-inspection information point;
Surmount range of safety operation information point state described in described sensor sensing and produce the step of status signal, for surmounting the step of the status signal of range of safety operation information point described in launching;
Electrical verification operation behavior described in described sensor sensing and sequence of operation information point state also produce the step of status signal, for launching the step of the status signal of described electrical verification operation behavior and sequence of operation information point;
Overlap ground wire operation behavior and sequence of operation information point state described in described sensor sensing and produce the step of status signal, for launching the step of the status signal of described overlap joint ground wire operation behavior and sequence of operation information point.
9. distribution as claimed in claim 7 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, and it is characterized in that, described conversion digital quantity signal and uploading step comprise:
For receive described power-off monitoring-information point, described electroscope self-inspection information point, described in surmount the receiving step of status signal of described sensor assembly of range of safety operation information point, described electrical verification operation behavior and sequence of operation information point and described overlap joint ground wire operation behavior and sequence of operation information point;
For transforming the step of converting that described status signal is digital quantity signal; For launching the step of transmitting of described digital quantity signal;
For receiving the receiving step of described digital quantity signal; For uploading the uploading step of described digital quantity signal.
10. distribution as claimed in claim 7 steps on the sub-monitor system of bar operation real training safety auxiliary electrical, it is characterized in that, the Logic judgment of described Signal aspects and signal and the step producing instruction include, for showing the step display of described digital quantity signal and generating the instruction step of instruction for digital quantity signal described in Logic judgment; Described signal feedback and the step of making a response include, for feeding back the feedback step of the arrival feedback system functional module of described instruction and the reactions steps for making a response according to described instruction feedback system function module.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410777493.XA CN104504848B (en) | 2014-09-22 | 2014-12-15 | A kind of sub- monitor system of distribution pole ascending operation real training safety auxiliary electrical |
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| CN201410485857 | 2014-09-22 | ||
| CN2014104858577 | 2014-09-22 | ||
| CN201410777493.XA CN104504848B (en) | 2014-09-22 | 2014-12-15 | A kind of sub- monitor system of distribution pole ascending operation real training safety auxiliary electrical |
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| CN104504848A true CN104504848A (en) | 2015-04-08 |
| CN104504848B CN104504848B (en) | 2018-10-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108919293A (en) * | 2018-09-28 | 2018-11-30 | 广东电网有限责任公司 | Monitoring by Lidar device and electric pole |
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| CN103067941A (en) * | 2012-12-26 | 2013-04-24 | 武汉大学 | Multivariable distributed type online monitoring system based on wireless sensor network |
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| CN204288432U (en) * | 2014-09-22 | 2015-04-22 | 长春大学 | A kind of distribution steps on the sub-monitor system of bar operation real training safety auxiliary electrical |
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| CN104504848B (en) | 2018-10-09 |
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