CN110174423A - It is a kind of for X-ray detection it is long-range monitoring instruct system - Google Patents
It is a kind of for X-ray detection it is long-range monitoring instruct system Download PDFInfo
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- CN110174423A CN110174423A CN201910342432.3A CN201910342432A CN110174423A CN 110174423 A CN110174423 A CN 110174423A CN 201910342432 A CN201910342432 A CN 201910342432A CN 110174423 A CN110174423 A CN 110174423A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N23/00—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00
- G01N23/02—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00 by transmitting the radiation through the material
- G01N23/06—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00 by transmitting the radiation through the material and measuring the absorption
- G01N23/18—Investigating the presence of flaws defects or foreign matter
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
- G01N35/00584—Control arrangements for automatic analysers
- G01N35/00722—Communications; Identification
- G01N35/00871—Communications between instruments or with remote terminals
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Abstract
The invention discloses a kind of long-range monitoring for X-ray detection to instruct system, comprising: monitoring unit, control centre's terminal and video guide unit.In control centre terminal analysis discovery monitoring substation break down when, the power equipment in substation is repaired, carry out detection meet difficulty when, can pass through video guide unit request expert help and guidance.In control centre, scene is connect with control centre's terminal by monitoring unit by account and password login system, the picture data at scene is transmitted back to control centre's terminal using monitoring unit, is carried out that Field Force is instructed to operate solution by video guide unit by terminal.System is instructed in long-range monitoring provided by the present invention for X-ray detection, it is few to solve testing staff, technical problem is encountered in detection process does not have the problem of guidance of expert, remote training and the technique of testing staff can be carried out simultaneously, effectively enhance the working service work of power equipment in substation.
Description
Technical field
The present invention relates to electric device maintenance maintenance areas more particularly to a kind of long-range monitoring for X-ray detection to refer to
Guiding systems.
Background technique
Currently, X-ray digital imaging technology is widely used in the non-destructive testing of power equipment, which can be to electric power
Common accident defect carries out intuitive, easily detection in equipment, and the operation stable to guarantee power equipment safety is played to pass
Important role.But since the professional testing staff in electric device maintenance industry is less, so encountering skill in the detection process
Art problem does not have expert's guidance, therefore sometimes professional testing staff is difficult to solve the technical issues of encountering, and at this time just needs
Please ring for assistance and very where that description understands failure appearance, not only time-consuming and laborious, is also difficult to solve the problems, such as to encounter.
Summary of the invention
The present invention provides a kind of long-range monitoring for X-ray detection to instruct system, so as to solve the deficiencies in the prior art.
The present invention provides a kind of long-range monitoring for X-ray detection to instruct system, comprising: in monitoring unit, scheduling
Heart terminal and video guide unit, in which:
The monitoring unit, the video guide unit are connect with control centre's terminal signaling；
The monitoring unit is also used to for the monitoring parameters of substation being sent to for obtaining the monitoring parameters of substation
Control centre's terminal；
The video guide unit, the monitoring parameters for being sent according to control centre's terminal obtain guidance program,
It is also used to for guidance program to be sent to control centre's terminal；
Control centre's terminal analyzes monitoring parameters after the monitoring parameters for obtaining substation, judges to become
Whether power station breaks down, if substation breaks down, monitoring parameters are sent to the video by control centre's terminal
Guide unit is also used to receive the guidance program.
Selectively, the monitoring unit includes at least one data acquisition module, at least one signal modulation module, extremely
A few PLC expansion module, at least one PLC control module and at least one T-BOX control module, in which:
The data acquisition module is connect with the signal modulation module signal, the PLC expansion module and the signal
The connection of modulation module signal, the PLC control module connect with the PLC expansion module signal, the T-BOX control module and
The PLC control module signal connection, the T-BOX control module are connect with control centre's terminal signaling；
The data acquisition module is also used to for monitoring parameters being sent to described for acquiring the monitoring parameters of substation
In signal modulation module；
The signal modulation module, the signal for acquisition are amplified, are filtered, removing interference signal, while to acquisition
Signal be modulated to obtain sampled signal, be also used to for sampled signal to be sent to the PLC expansion module；
The PLC expansion module is also used to for digital signal to be sent to institute for sampled signal to be converted to digital signal
It states in PLC control module；
Then the PLC control module sends data to institute for being calculated and being stored to receiving digital signal
It states in T-BOX control module；
The T-BOX control module is sent to control centre's terminal for that will receive data.
Selectively, the video guide unit include control of intelligent terminal, intelligent video instruct terminal, intelligent platform and
Signal transmission module, in which:
The control of intelligent terminal, the intelligent video instruct terminal to connect with control centre's terminal signaling, institute
Intelligent platform is stated to connect with the control of intelligent terminal, the intelligent guidance terminal signaling, the signal transmission module with it is described
Intelligent platform connection；
The control of intelligent terminal carries out video guidance to fault in-situ for monitoring and remotely controlling；
The intelligent video instructs terminal, for acquiring information, is also used to check the information of the tested substation in scene；
The intelligent platform, the information for instructing terminal to acquire for analyzing processing intelligent video, is also used to carry out video and refers to
It leads, is also used to carry out recorded broadcast and instructs video；
The signal transmission module, for that will instruct expert info and facility information is instructed to be transmitted to the intelligent platform
In.
Selectively, the signal transmission module by G flow card, WLAN, optical fiber internet it is one of or two kinds or
Three kinds in conjunction with mode connect with the intelligent platform.
Selectively, it includes information acquisition module and display module that the intelligent video, which instructs terminal, in which:
The information acquisition module is connect with the intelligent platform with the display module, the information acquisition module with
The display module is connect with control centre's terminal；
The information acquisition module instructs expert info, testing staff's information for acquiring；
The display module, for checking the information of tested substation.
Selectively, the data acquisition module is sensor.
From the above technical scheme, system is instructed in a kind of long-range monitoring for X-ray detection provided by the invention, wraps
Include: monitoring unit, control centre's terminal and video guide unit, in which: the monitoring unit, the video guide unit with
Control centre's terminal signaling connection.System, the monitoring are instructed in long-range monitoring provided by the present invention for X-ray detection
Cell distribution obtains the monitoring parameters of each substation in monitoring site, the monitoring unit, then amplifies, filters to signal
Wave removes noise jamming signal, while being modulated to signal, needs to pass through configuration software further according to actual measurement after completion
The sampling period is adjusted, sampled signal is obtained, then digital signal is converted by sampled signal and sends out and carry out data calculating, deposits
Storage, is finally sent to control centre's terminal.When in control centre, the substation of terminal analysis discovery monitoring breaks down, then to change
Power equipment in power station repairs, and when carrying out detection and meeting difficulty, can pass through video guide unit and request expert
It helps and instructs.In control centre, terminal is by account and password login system, by monitoring unit by scene and control centre
The picture data at scene is transmitted back to control centre's terminal using monitoring unit, is referred to by video guide unit by terminal connection
It leads Field Force and operates solution.It simultaneously periodically can also be that on-site test personnel do remote training and promote him by video guide unit
Technical ability.System is instructed in long-range monitoring provided by the present invention for X-ray detection, and it is few to solve testing staff, detects
Technical problem is encountered in journey does not have the problem of guidance of expert, at the same can carry out testing staff remote training and technology it is strong
Change, effectively enhances the working service work of power equipment in substation.
Detailed description of the invention
In order to illustrate more clearly of technical solution of the present invention, letter will be made to attached drawing needed in the embodiment below
Singly introduce, it should be apparent that, for those of ordinary skills, without any creative labor,
It is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural block diagram that system is instructed provided by the present invention for the long-range monitoring of X-ray detection；
Fig. 2 is the specific block diagram that system is instructed provided by the present invention for the long-range monitoring of X-ray detection；
Fig. 3 is the partial schematic block diagram that system is instructed provided by the present invention for the long-range monitoring of X-ray detection；
Fig. 4 is the substation field parameters of electric power that system is instructed provided by the present invention for the long-range monitoring of X-ray detection
Flow chart when monitoring.
It illustrates:
Wherein, 1- monitoring unit；The control centre 2- terminal；3- video guide unit；11- data acquisition module；12- signal
Modulation module；13-PLC expansion module；14-PLC control module；15-T-BOX control module；31- control of intelligent terminal；32- intelligence
Energy video instructs terminal；33- intelligent platform；34- signal transmission module；321- information acquisition module；322- display module.
Specific embodiment
Below with reference to the attached drawing in the present invention, technical scheme in the embodiment of the invention is clearly and completely described,
Obviously, described embodiment is only a part of the embodiments of the present invention, instead of all the embodiments.Based in the present invention
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It shall fall within the protection scope of the present invention.
In the following description, numerous specific details are set forth in order to facilitate a full understanding of the present invention, but the present invention can be with
It is different from the other modes that describe again using other to implement, those skilled in the art can be without prejudice to intension of the present invention
In the case of do similar popularization, therefore the present invention is not limited by the specific embodiments disclosed below.
Referring to figures 1-3, the present invention provides a kind of long-range monitoring for X-ray detection to instruct system, comprising: monitoring
Unit 1, control centre's terminal 2 and video guide unit 3, in which:
The monitoring unit 1, the video guide unit 3 are connect with 2 signal of control centre's terminal；
The monitoring unit 1 is also used to for the monitoring parameters of substation being sent to for obtaining the monitoring parameters of substation
Control centre's terminal 2；
The video guide unit 3, the monitoring parameters for being sent according to control centre's terminal 2 obtain guidance side
Case is also used to for guidance program to be sent to control centre's terminal 2；
Control centre's terminal 2 analyzes monitoring parameters after the monitoring parameters for obtaining substation, judges to become
Whether power station breaks down, if substation breaks down, monitoring parameters are sent to the video by control centre's terminal 2
Guide unit 3 is also used to receive the guidance program.
Selectively, the monitoring unit 1 includes at least one data acquisition module 11, at least one signal modulation module
12, at least one PLC expansion module 13, at least one PLC control module 14 and at least one T-BOX control module 15, in which:
The data acquisition module 11 is connect with 12 signal of signal modulation module, the PLC expansion module 13 and institute
The connection of 12 signal of signal modulation module is stated, the PLC control module 14 is connect with 13 signal of PLC expansion module, the T-
BOX control module 15 is connect with 14 signal of PLC control module, and the T-BOX control module 15 and the control centre are whole
2 signals are held to connect；
Above-mentioned T-BOX control module 15 is the control system built with T-BOX technology based on Industrial Ethernet, is supported simultaneously
Serial equipment Modbus-RTUModbus realizes the maintenance of PLC program remote centralized, diagnosis and the monitoring of terminal device, with
Substation's remote data monitoring demand is adapted.
The data acquisition module 11 is also used to for monitoring parameters to be sent to institute for acquiring the monitoring parameters of substation
It states in signal modulation module 12；
The signal modulation module 12, the signal for acquisition amplifies, filters, removes interference signal, while to obtaining
The signal taken is modulated to obtain sampled signal, is also used to for sampled signal to be sent to the PLC expansion module 13.Above-mentioned signal
Modulation module 12 carries out the amplification of first order hardware, filtering to the signal that data acquisition module 11 is sent, and removes noise jamming signal,
Signal is modulated simultaneously, voltage, the electric current of the electrical standard and the PLC expansion module 13 acquisition port that make signal input
Range matches, and PLC expansion module 13 is resent to after completing.
The PLC expansion module 13 is also used to for digital signal being sent to for sampled signal to be converted to digital signal
In the PLC control module 14.The PLC expansion module 13 can need to adjust sampling week by configuration software according to actual measurement
Phase is to meet the real-time that converting station electric power parameter monitoring controls.Sampled signal is converted number by the PLC expansion module 13
Signal is sent to the PLC control module 14, and the PLC control module 14 carries out data calculating, storage, then is controlled by T-BOX
Module 15 is sent to control centre's terminal 2.Above-mentioned PLC expansion module 13 can select data acquisition channel, sampling is arranged
Frequency, data memory length, period etc..
Then the PLC control module 14 is sent data to for being calculated and being stored to receiving digital signal
In the T-BOX control module 15；
The T-BOX control module 15 is sent to control centre's terminal 2 for that will receive data.
Selectively, the video guide unit 3 instructs terminal 32, intelligence including control of intelligent terminal 31, intelligent video
Platform 33 and signal transmission module 34, in which:
The control of intelligent terminal 31, the intelligent video instruct terminal 32 to connect with 2 signal of control centre's terminal
It connects, the intelligent platform 33 is connect with the control of intelligent terminal 31, the intelligent guidance terminal signaling, and the signal transmits mould
Block 34 is connect with the intelligent platform 33；
The control of intelligent terminal 31 carries out video guidance to fault in-situ for monitoring and remotely controlling；
The intelligent video instructs terminal 32, for acquiring information, is also used to check the information of the tested substation in scene；
The intelligent platform 33, the information for instructing terminal 32 to acquire for analyzing processing intelligent video, is also used to be regarded
Frequency instructs, and is also used to carry out recorded broadcast and instructs video；
The signal transmission module 34, for that will instruct expert info and facility information is instructed to be transmitted to the intelligent platform
In 33.
Selectively, the signal transmission module 34 passes through 4G flow card, WLAN, optical fiber internet one of which or two kinds
Or three kinds in conjunction with mode connect with the intelligent platform 33.
Selectively, it includes information acquisition module 321 and display module 322 that the intelligent video, which instructs terminal 32, in which:
The information acquisition module 321 is connect with the intelligent platform 33 with the display module 322, and the information is adopted
Collection module 321 is connect with control centre's terminal 2 with the display module 322；
The information acquisition module 321 instructs expert info, testing staff's information for acquiring；
The display module 322, for checking the information of tested substation.
Selectively, the data acquisition module 11 is sensor.
When referring to fig. 4, to substation field power param eter supervision, 13 port initialization of PLC expansion module, certainly into system
Inspection, self-test are selected by laggard row of channels, and corresponding data acquisition module 11 acquires electric power signal to monitoring point, are analyzed by algorithm
And error compensation, the data handled well are stored in scratch pad memory FLASH by PLC control module 14, by PLC control module 14
Transmission of network is to control centre's terminal 2.Data secondary treatment is carried out by 2 control centre's terminal 2 of control centre's terminal, shows, deposit
Storage, fault diagnosis and United Dispatching.
From the above technical scheme, system is instructed in a kind of long-range monitoring for X-ray detection provided by the invention, wraps
It includes: monitoring unit 1, control centre's terminal 2 and video guide unit 3, in which: the monitoring unit 1, the video guide unit
3 connect with 2 signal of control centre's terminal.System is instructed in long-range monitoring provided by the present invention for X-ray detection, institute
It states monitoring unit 1 and is distributed in monitoring site, the monitoring unit 1 obtains the monitoring parameters of each substation, then carries out to signal
Amplification, filtering, remove noise jamming signal, while being modulated to signal, pass through after completion further according to actual measurement needs
Configuration software adjusts the sampling period, obtains sampled signal, then converts digital signal for sampled signal and sends out and carry out data
It calculates, storage, is finally sent to control centre's terminal 2.In control centre, 2 analysis of terminal finds that the substation of monitoring breaks down
When, then the power equipment in substation is repaired, carry out detection meet difficulty when, video guide unit 3 can be passed through
Request the help and guidance of expert.In control centre, terminal 2 will be showed by account and password login system by monitoring unit 1
Field is connect with control centre's terminal 2, the picture data at scene is transmitted back to control centre's terminal 2 using monitoring unit 1, by video
Guide unit 3 carries out that Field Force is instructed to operate solution.It periodically can also be simultaneously on-site test personnel by video guide unit 3
Do the technical ability that remote training promotes them.System is instructed in long-range monitoring provided by the present invention for X-ray detection, solves inspection
Survey personnel are few, and technical problem is encountered in detection process does not have the problem of guidance of expert, while can carry out the remote of testing staff
Cheng Peixun and technique effectively enhance the working service work of power equipment in substation.
The above is only a specific embodiment of the invention, it is noted that those skilled in the art are come
It says, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should be regarded as
Protection scope of the present invention.
Claims (6)
1. system is instructed in a kind of long-range monitoring for X-ray detection, which is characterized in that described a kind of for X-ray detection
It includes monitoring unit (1), control centre's terminal (2) and video guide unit (3) that system is instructed in long-range monitoring, in which:
The monitoring unit (1), the video guide unit (3) are connect with control centre's terminal (2) signal；
The monitoring unit (1) is also used to the monitoring parameters of substation being sent to institute for obtaining the monitoring parameters of substation
State control centre's terminal (2)；
The video guide unit (3), the monitoring parameters for being sent according to control centre's terminal (2), obtains guidance side
Case is also used to for guidance program being sent to control centre's terminal (2)；
Control centre's terminal (2) analyzes monitoring parameters after the monitoring parameters for obtaining substation, judges power transformation
It stands and whether breaks down, if substation breaks down, monitoring parameters are sent to the video by control centre's terminal (2)
Guide unit (3), is also used to receive the guidance program.
2. instructing system for the long-range monitoring of X-ray detection as described in claim 1, which is characterized in that the monitoring is single
First (1) includes at least one data acquisition module (11), at least one signal modulation module (12), at least one PLC expanded mode
Block (13), at least one PLC control module (14) and at least one T-BOX control module (15), in which:
The data acquisition module (11) connect with the signal modulation module (12) signal, the PLC expansion module (13) with
Signal modulation module (12) the signal connection, the PLC control module (14) and PLC expansion module (13) signal connect
Connect, the T-BOX control module (15) connect with PLC control module (14) signal, the T-BOX control module (15) with
Control centre's terminal (2) signal connection；
The data acquisition module (11) is also used to for monitoring parameters being sent to described for acquiring the monitoring parameters of substation
In signal modulation module (12)；
The signal modulation module (12), the signal for acquisition are amplified, are filtered, removing interference signal, while to acquisition
Signal be modulated to obtain sampled signal, be also used to for sampled signal being sent to the PLC expansion module (13)；
The PLC expansion module (13) is also used to for digital signal to be sent to institute for sampled signal to be converted to digital signal
It states in PLC control module (14)；
Then the PLC control module (14) sends data to institute for being calculated and being stored to receiving digital signal
It states in T-BOX control module (15)；
The T-BOX control module (15) is sent to control centre's terminal (2) for that will receive data.
3. instructing system for the long-range monitoring of X-ray detection as described in claim 1, which is characterized in that the video refers to
Leading unit (3) includes that control of intelligent terminal (31), intelligent video instruct terminal (32), intelligent platform (33) and signal transmission module
(34), in which:
The control of intelligent terminal (31), the intelligent video instruct terminal (32) with control centre's terminal (2) signal
Connection, the intelligent platform (33) connect with the control of intelligent terminal (31), the intelligent guidance terminal signaling, the signal
Transmission module (34) is connect with the intelligent platform (33)；
The control of intelligent terminal (31) carries out video guidance to fault in-situ for monitoring and remotely controlling；
The intelligent video instructs terminal (32), for acquiring information, is also used to check the information of the tested substation in scene；
The intelligent platform (33), the information for instructing terminal (32) to acquire for analyzing processing intelligent video, is also used to be regarded
Frequency instructs, and is also used to carry out recorded broadcast and instructs video；
The signal transmission module (34), for that will instruct expert info and facility information is instructed to be transmitted to the intelligent platform
(33) in.
4. instructing system for the long-range monitoring of X-ray detection as claimed in claim 3, which is characterized in that the signal passes
Defeated module (34) is 4G flow card, WLAN, optical fiber internet are one of or two or three in conjunction with by way of with the intelligence
It can platform (33) connection.
5. instructing system for the long-range monitoring of X-ray detection as claimed in claim 3, which is characterized in that the intelligence view
It includes information acquisition module (321) and display module (322) that frequency, which instructs terminal (32), in which:
The information acquisition module (321) connect with the intelligent platform (33) with the display module (322), the information
Acquisition module (321) is connect with control centre's terminal (2) with the display module (322)；
The information acquisition module (321) instructs expert info, testing staff's information for acquiring；
The display module (322), for checking the information of tested substation.
6. instructing system for the long-range monitoring of X-ray detection as claimed in claim 2, which is characterized in that the data are adopted
Integrate module (11) as sensor.
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| CN201910342432.3A CN110174423A (en) | 2019-04-26 | 2019-04-26 | It is a kind of for X-ray detection it is long-range monitoring instruct system |
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| CN201910342432.3A CN110174423A (en) | 2019-04-26 | 2019-04-26 | It is a kind of for X-ray detection it is long-range monitoring instruct system |
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Cited By (2)
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| CN116233078A (en) * | 2023-01-17 | 2023-06-06 | 山东锐智科电检测仪器有限公司 | Real-time data transmission device and method for nondestructive testing |
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