CN104933632A - Virtual loop presentation method based on optical cable intelligent tag - Google Patents
Virtual loop presentation method based on optical cable intelligent tag Download PDFInfo
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- 239000000835 fiber Substances 0.000 claims description 58
- 230000001747 exhibiting effect Effects 0.000 claims description 15
- 239000013307 optical fiber Substances 0.000 claims description 15
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Abstract
The invention discloses a virtual loop presentation method based on an optical cable intelligent tag. The virtual loop presentation method comprises the following steps:(1) generation of files and charts; (2) generation of optical cable intelligent tag tables and virtual loop data sheets; (3) printing of the intelligent tag; (4) adhering of the intelligent tag; and (5) storage of the virtual loop data sheets. Construction efficiency of a secondary system can be enhanced, and working efficiency and working correctness of system debugging, maintenance and reconstruction and expansion can also be enhanced. The virtual loop presentation method based on the optical cable intelligent tag is suitable for cable virtual terminal information presentation in an intelligent electric power system.
Description
Technical field
The invention belongs to the operational system field of electric system, relate to a kind of empty loop methods of exhibiting based on optical cable intelligent label.
Background technology
Electric power networks is the basic of country, is the necessary guarantee of the normal operation of a national life and work.Along with the continuous development of electrical network, intelligent power network be applied in continuous popularization.And China's intelligent grid construction also enters from pilot to the new stage that is fully under way, that accelerate development, such as, during " 12 ", China will build 110kV and above intelligent substation 6100, to meet the demand of Working Life.During wherein the construction of intelligent grid becomes, optical fiber instead of the control cables of conventional substation more than 80% as the physical support of intelligent station information transmission, and the use of optical fiber improves sharing degree and the anti-interference of electrical secondary system information transmission comprehensively, simplify the physical loop of electrical secondary system, substantially reduce the number the use amount of control cables, save the construction investment of secondary cable.
Although the use of optical fiber can bring above-mentioned effect, but transformer station process layer optical cable label cannot show transmitted empty terminal information at present, therefore the electric system that existing optical fiber is formed exists and is not easy to field adjustable, maintenance, cannot meet the defect such as application demand of construction, debugging, operation link.
Summary of the invention
For solving the above deficiency existed in prior art, the invention provides a kind of empty loop methods of exhibiting based on optical cable intelligent label, described methods of exhibiting can provide the various information of the empty terminal of optical fiber, facilitate field adjustable, maintenance, the application demand of construction, debugging, operation link can be met simultaneously.
For achieving the above object, the technical solution adopted in the present invention is as follows:
Based on an empty loop methods of exhibiting for optical cable intelligent label, it comprises the following steps:
(1) generation of file, chart: the SCD file in Intelligent Substation System is converted to the standard SCD file meeting standard criterion, and generate optical cable contacts list and network structure;
(2) generation of optical cable intelligent label form and empty loop data table: generate optical cable intelligent label form according to the standard SCD file in step (), optical cable contacts list and network structure, and generating the empty loop data table storing optical cable fibre core connection data and fibre core connection intelligent label coding in a database, described fibre core connects intelligent label coding and optical cable fibre core connection data one_to_one corresponding;
(3) printing of intelligent label: import in the print software of bar code by the optical cable intelligent label form generated in step (two), prints by the smart label printing equipment connected the intelligent label obtaining optical cable;
(4) stickup of intelligent label: the intelligent label obtained in step (three) is pasted on corresponding optical fiber;
(5) storage of empty loop data table: the empty loop data table obtained in step (two) is stored in the identification equipment of intelligent label, by intelligent label identification equipment identification optical cable intelligent label, and then the signal data transmitted in acquisition optical fiber, and carry out corresponding empty loop displaying by display device.
Restriction as to step (one): the standard SCD file generated in described step () is the standard SCD file of the standard criterion meeting IEC61850.
Limit as to the another kind of step (): the concrete generation method of described step (one) Plays SCD file and optical cable contacts list and network structure is: the SCD file importing Intelligent Substation System in intelligent design configuration software can generate standard SCD file and optical cable contacts list and network structure automatically.
Limit as to the another kind of again of step (): the optical cable contacts list generated in described step () comprises connection table and the fibre distribution frame optical cable connection table of device backboard stern fast in screen cabinet; The network structure generated in described step () comprises the outside whereabouts of directly adopting that interval procedure layer switch comprises in connected device straight outside whereabouts, plugin ports number, plugin ports whereabouts and interval procedure layer switch of jumping.
Restriction as to step (two): comprise in the optical cable intelligent label form generated in described step (two): fibre core sequence number, affiliated screen cabinet, optical cable numbering, fibre core information, point device, starting point port, end device, a destination port and fibre core coded data row, storage mode is excel form;
Comprise in the empty loop data table generated in described step (two): cell table, screen cabinet table, screen cabinet connection table, spacing sheet, equipment list, board plugin table, port table, empty terminal table, empty terminal connection table, information set table, cable table, fibre core connection table and pressing plate table, storage mode is SQLite database;
Described optical cable fibre core connection device port also transmits various signal, and described optical cable fibre core connection data is the empty terminal information transmitted in optical cable fibre core, and empty terminal information is by associations such as described fibre core connection table, empty terminal table, empty terminal connection tables.
Restriction as to step (five): the intelligent label identification equipment in described step (five) comprises handheld terminal and for scanning optical cable intelligent label and obtaining the intelligent label scanner of corresponding label data, described intelligent label scanner is connected by serial ports with handheld terminal, and the label data of scanning is sent to handheld terminal by intelligent label scanner simultaneously;
Described handheld terminal comprises serial interface management module, intelligent label parsing module, database management module, data interface module and graphical representation module;
Described serial interface management module is in order to operate serial ports, realize the data interaction with intelligent label scanner, obtain the label data that intelligent label scanner sends, and format analysis is carried out to label data, the label data meeting form is sent to intelligent label parsing module;
Described intelligent label parsing module receives the label data meeting form, resolves, the content of label data is sent to database management module to the content of label data;
The database of the empty loop data table of described database management module managed storage, extracts corresponding optical cable fibre core connection data according to the content of label data from database;
Optical cable fibre core connection data described in described data interface module stores;
Described graphical representation module carries out graphically, showing all empty terminal signals in optical cable fibre core to described optical cable fibre core connection data.
Owing to have employed technique scheme, compared with prior art, acquired technical progress is in the present invention:
(1) the present invention gives the optical cable tag format of design specifications in electrical secondary system working drawing, and make optical cable intelligent label and relevant soft hardware equipment by the method for making of resolving label, finally can show by tag scan rifle the empty terminal information transmitted in scanning optical cable fast in the mode of field scan on handheld terminal, highly shortened the time of manually searching, improve the efficiency of construction;
(2) the present invention can also observe empty terminal signals annexation figure intuitively in graphical representation module, after empty terminal signals annexation figure combines with field optical fibers terminal by staff, the requirement of the empty terminal information of fast finding can be realized, effectively improve system debug, maintenance, the work efficiency of reorganization and expansion and work correctness.
In sum, the present invention can not only improve the operating efficiency of electrical secondary system, can improve system debug, maintenance, the work efficiency of reorganization and expansion and work correctness simultaneously.
The present invention is applicable to the empty terminal information display of cable in intelligent power system.
Accompanying drawing explanation
Below in conjunction with drawings and the specific embodiments, the present invention is further described in detail.
Fig. 1 is the process flow diagram of the embodiment of the present invention;
Fig. 2 is the particular flow sheet that the embodiment of the present invention produces;
Fig. 3 is the design sketch of the empty terminal connection layout of the embodiment of the present invention.
Embodiment
embodiment is based on the empty loop methods of exhibiting of optical cable intelligent label
Present embodiments provide a kind of empty loop methods of exhibiting based on optical cable intelligent label, structure as shown in Figure 1 and Figure 2, comprises the following steps:
(1) generation of file, chart: the standard SCD file SCD file in Intelligent Substation System being converted to the standard criterion of symbol IEC61850, and generate optical cable contacts list and network structure.
And the concrete generation method of this step Plays SCD file and optical cable contacts list and network structure is: the SCD file importing Intelligent Substation System in intelligent design configuration software can generate standard SCD file and optical cable contacts list and network structure automatically.
The optical cable contacts list of above-mentioned generation comprises connection table and the fibre distribution frame optical cable connection table of device backboard stern fast in screen cabinet; In screen cabinet, the connection table of device backboard stern fast comprises in cabinet light slogan, optical interface type, stern fast numbering, stern fast core numbering and the whereabouts etc. that are connected to stern fast device; The light that in screen cabinet, optical fiber cable distribution frame (stern fast) optical cable connection table comprises fibre distribution frame is joined unit number, optical fiber interface type and each light and is joined optical cable numbering that unit connects, sleeve pipe color, optical fiber colour code, core number and whereabouts etc.
And the network structure generated comprises the outside whereabouts of directly adopting that interval procedure layer switch comprises in connected device straight outside whereabouts, plugin ports number, plugin ports whereabouts and interval procedure layer switch of jumping.
In addition, above-mentioned standard SCD file, optical cable contacts list and network structure, be the SCD file by importing Intelligent Substation System in this intelligent design configuration software of SmartDesigner intelligent substation design master thus derivation generation.
(2) generation of optical cable intelligent label form and empty loop data table: generate optical cable intelligent label form according to meeting the standard SCD file of IEC61850 standard, optical cable contacts list and network structure in step (), and generating the empty loop data table storing optical cable fibre core connection data and fibre core connection intelligent label coding in a database, described fibre core connects intelligent label coding and optical cable fibre core connection data one_to_one corresponding.
Comprise in the optical cable intelligent label form generated in this step: fibre core sequence number, affiliated screen cabinet, optical cable numbering, fibre core information, point device, starting point port, end device, a destination port and fibre core coded data row, storage mode is excel form, this excel form can manually generate, and also can pass through SmartLabel Software Create.
And comprise in the empty loop data table generated: cell table, screen cabinet table, screen cabinet connection table, spacing sheet, equipment list, board plugin table, port table, empty terminal table, empty terminal connection table, information set table, cable table, fibre core connection table and pressing plate table, storage mode is SQLite database.
Described optical cable fibre core connection device port also transmits various signal, and described optical cable fibre core connection data is the empty terminal information transmitted in optical cable fibre core, and empty terminal information is by associations such as described fibre core connection table, empty terminal table, empty terminal connection tables.
(3) printing of intelligent label: import in the print software of bar code by the optical cable intelligent label form generated in step (two), prints by the smart label printing equipment connected the intelligent label obtaining optical cable.The optical cable intelligent label printed in this step is all label techniques comparatively ripe in prior art, such as two-dimension code label.
(4) stickup of intelligent label: the intelligent label obtained in step (three) is pasted on corresponding optical fiber.
(5) storage of empty loop data table: the empty loop data table obtained in step (two) is stored in the identification equipment of intelligent label, by intelligent label identification equipment identification optical cable intelligent label, and then the signal data transmitted in acquisition optical fiber, and carry out corresponding empty loop displaying by display device.
In this step, intelligent label identification equipment comprises handheld terminal and for scanning optical cable intelligent label and obtaining the intelligent label scanner of corresponding label data, described intelligent label scanner is connected by serial ports with handheld terminal, and the label data of scanning is sent to handheld terminal by intelligent label scanner simultaneously.
Wherein, the handheld terminal described in this step comprises serial interface management module, intelligent label parsing module, database management module, data interface module and graphical representation module.
Described serial interface management module is in order to operate serial ports, realize the data interaction with intelligent label scanner, obtain the label data that intelligent label scanner sends, and format analysis is carried out to label data, the label data meeting form is sent to intelligent label parsing module;
Described intelligent label parsing module receives the label data meeting form, resolves, the content of label data is sent to database management module to the content of label data;
The database of the empty loop data table of described database management module managed storage, extracts corresponding optical cable fibre core connection data according to the content of label data from database;
Optical cable fibre core connection data described in described data interface module stores;
Described graphical representation module carries out graphically (as shown in Figure 2), showing all empty terminal signals in optical cable fibre core to described optical cable fibre core connection data.
The present invention first in electrical secondary system construction drawing design unified standard Intelligent optical cable label loop numbering, optical cable whereabouts and the information content, numerical coding (Quick Response Code) technology of application of advanced on this basis, the generation of research transformer station process layer optical cable intelligent label, analytic method and relevant software and hardware facilities, shown the empty terminal information transmitted in optical cable fast in field scan mode by handheld terminal, time that signal can be searched be reduced to a few second by original a few minutes, realize " namely sweep and namely see ", and all empty terminal signals can searched in batches in a fibre core, greatly can improve debugging, the efficiency of maintenance and reorganization and expansion and correctness, " actual situation is corresponding " of accurate implementation procedure layer physical loop and logical circuit.
Claims (8)
1. based on an empty loop methods of exhibiting for optical cable intelligent label,
it is characterized in that:it comprises the following steps:
(1) generation of file, chart: the SCD file in Intelligent Substation System is converted to the standard SCD file meeting standard criterion, and generate optical cable contacts list and network structure;
(2) generation of optical cable intelligent label form and empty loop data table: generate optical cable intelligent label form according to the standard SCD file in step (), optical cable contacts list and network structure, and generating the empty loop data table storing optical cable fibre core connection data and fibre core connection intelligent label coding in a database, described fibre core connects intelligent label coding and optical cable fibre core connection data one_to_one corresponding;
(3) printing of intelligent label: import in the print software of bar code by the optical cable intelligent label form generated in step (two), prints by the smart label printing equipment connected the intelligent label obtaining optical cable;
(4) stickup of intelligent label: the intelligent label obtained in step (three) is pasted on corresponding optical fiber;
(5) storage of empty loop data table: the empty loop data table obtained in step (two) is stored in the identification equipment of intelligent label, by intelligent label identification equipment identification optical cable intelligent label, and then the signal data transmitted in acquisition optical fiber, and carry out corresponding empty loop displaying by display device.
2. the empty loop methods of exhibiting based on optical cable intelligent label according to claim 1,
it is characterized in that:the standard SCD file generated in described step () is the standard SCD file of the standard criterion meeting IEC61850.
3. the empty loop methods of exhibiting based on optical cable intelligent label according to claim 1 and 2,
it is characterized in that:the concrete generation method of described step (one) Plays SCD file and optical cable contacts list and network structure is: the SCD file importing Intelligent Substation System in intelligent design configuration software can generate standard SCD file and optical cable contacts list and network structure automatically.
4. the empty loop methods of exhibiting based on optical cable intelligent label according to claim 1 and 2,
it is characterized in that:the optical cable contacts list generated in described step () comprises connection table and the fibre distribution frame optical cable connection table of device backboard stern fast in screen cabinet; The network structure generated in described step () comprises the outside whereabouts of directly adopting that interval procedure layer switch comprises in connected device straight outside whereabouts, plugin ports number, plugin ports whereabouts and interval procedure layer switch of jumping.
5. the empty loop methods of exhibiting based on optical cable intelligent label according to claim 3,
it is characterized in that:the optical cable contacts list generated in described step () comprises connection table and the fibre distribution frame optical cable connection table of device backboard stern fast in screen cabinet; The network structure generated in described step () comprises the outside whereabouts of directly adopting that interval procedure layer switch comprises in connected device straight outside whereabouts, plugin ports number, plugin ports whereabouts and interval procedure layer switch of jumping.
6. according to the empty loop methods of exhibiting based on optical cable intelligent label in claim 1,2,5 described in any one,
it is characterized in that:comprise in the optical cable intelligent label form generated in described step (two): fibre core sequence number, affiliated screen cabinet, optical cable numbering, fibre core information, point device, starting point port, end device, a destination port and fibre core coded data row, storage mode is excel form;
Comprise in the empty loop data table generated in described step (two): cell table, screen cabinet table, screen cabinet connection table, spacing sheet, equipment list, board plugin table, port table, empty terminal table, empty terminal connection table, information set table, cable table, fibre core connection table and pressing plate table, storage mode is SQLite database;
Described optical cable fibre core connection device port also transmits various signal, and described optical cable fibre core connection data is the empty terminal information transmitted in optical cable fibre core, and empty terminal information is by associations such as described fibre core connection table, empty terminal table, empty terminal connection tables.
7. according to the empty loop methods of exhibiting based on optical cable intelligent label in claim 1,2,5 described in any one,
it is characterized in that:intelligent label identification equipment in described step (five) comprises handheld terminal and for scanning optical cable intelligent label and obtaining the intelligent label scanner of corresponding label data, described intelligent label scanner is connected by serial ports with handheld terminal, and the label data of scanning is sent to handheld terminal by intelligent label scanner simultaneously;
Described handheld terminal comprises:
Serial interface management module, intelligent label parsing module, database management module, data interface module and graphical representation module;
Described serial interface management module is in order to operate serial ports, realize the data interaction with intelligent label scanner, obtain the label data that intelligent label scanner sends, and format analysis is carried out to label data, the label data meeting form is sent to intelligent label parsing module;
Described intelligent label parsing module receives the label data meeting form, resolves, the content of label data is sent to database management module to the content of label data;
The database of the empty loop data table of described database management module managed storage, extracts corresponding optical cable fibre core connection data according to the content of label data from database;
Optical cable fibre core connection data described in described data interface module stores;
Described graphical representation module carries out graphically, showing all empty terminal signals in optical cable fibre core to described optical cable fibre core connection data.
8. the empty loop methods of exhibiting based on optical cable intelligent label according to claim 6,
it is characterized in that:intelligent label identification equipment in described step (five) comprises handheld terminal and for scanning optical cable intelligent label and obtaining the intelligent label scanner of corresponding label data, described intelligent label scanner is connected by serial ports with handheld terminal, and the label data of scanning is sent to handheld terminal by intelligent label scanner simultaneously;
Described handheld terminal comprises serial interface management module, intelligent label parsing module, database management module, data interface module and graphical representation module;
Described serial interface management module is in order to operate serial ports, realize the data interaction with intelligent label scanner, obtain the label data that intelligent label scanner sends, and format analysis is carried out to label data, the label data meeting form is sent to intelligent label parsing module;
Described intelligent label parsing module receives the label data meeting form, resolves, the content of label data is sent to database management module to the content of label data;
The database of the empty loop data table of described database management module managed storage, extracts corresponding optical cable fibre core connection data according to the content of label data from database;
Optical cable fibre core connection data described in described data interface module stores;
Described graphical representation module carries out graphically, showing all empty terminal signals in optical cable fibre core to described optical cable fibre core connection data.
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| CN109033907A (en) * | 2018-06-15 | 2018-12-18 | 国网冀北电力有限公司 | The two dimensional code implementation method of intelligent substation optical fiber cable whole-life cycle fee |
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Application publication date: 20150923 |