CN108710716A - Light puts the design drawing generation method and device at station in a kind of optical transmission system - Google Patents
Light puts the design drawing generation method and device at station in a kind of optical transmission system Download PDFInfo
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- CN108710716A CN108710716A CN201810274107.3A CN201810274107A CN108710716A CN 108710716 A CN108710716 A CN 108710716A CN 201810274107 A CN201810274107 A CN 201810274107A CN 108710716 A CN108710716 A CN 108710716A
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- 230000003287 optical effect Effects 0.000 title claims abstract description 247
- 230000005540 biological transmission Effects 0.000 title claims abstract description 154
- 238000013461 design Methods 0.000 title claims abstract description 112
- 238000000034 method Methods 0.000 title claims abstract description 24
- 238000010586 diagram Methods 0.000 claims abstract description 105
- 239000000203 mixture Substances 0.000 claims abstract description 87
- 239000000835 fiber Substances 0.000 claims description 39
- 239000000463 material Substances 0.000 claims description 27
- 230000008676 import Effects 0.000 claims description 22
- 230000008054 signal transmission Effects 0.000 claims description 13
- 238000011144 upstream manufacturing Methods 0.000 claims description 12
- 239000013307 optical fiber Substances 0.000 claims description 11
- 239000000284 extract Substances 0.000 claims description 10
- 238000005265 energy consumption Methods 0.000 claims description 6
- 238000003860 storage Methods 0.000 abstract description 13
- 238000004891 communication Methods 0.000 abstract description 10
- 238000000605 extraction Methods 0.000 abstract description 2
- 230000006870 function Effects 0.000 description 12
- 238000004519 manufacturing process Methods 0.000 description 7
- 238000011960 computer-aided design Methods 0.000 description 6
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- 230000000153 supplemental effect Effects 0.000 description 1
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/20—Design optimisation, verification or simulation
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Abstract
The embodiment of the present invention provides the design drawing generation method and device that light in a kind of optical transmission system puts station, is related to optical communication field, can efficiently generate the design drawing that light puts station.This method includes：The engineering site for obtaining light puts station equipment in the system information of optical transmission system, optical transmission system company-information and optical transmission system surveys information, and classification storage in fact；Extraction light puts the pictorial information of station group frame figure from all information got and light puts the pictorial information of station system diagram, and all pictorial informations are classified according to the difference of design element in group frame figure and system diagram；Station group frame figure is put according to light and light puts required different patterns in the system diagram of station and the drawing function in computer graphics tool builds a variety of composition submodules；Logic, default Optical Transmission Network OTN system logic and preset design standard criterion are interconnected according to default plant equipment, calling composition submodule to be plotted as all pictorial informations, light puts station group frame figure and light puts station system diagram.
Description
Technical field
The present invention relates to the design drawing generation methods that light in optical communication field more particularly to a kind of optical transmission system puts station
And device.
Background technology
Domestic and international communication scheme industry at present, there are no light in special Optical Transmission Network OTN to put station (OA, Optical
Amplifier, image intensifer or light put station) design drawing batch automated design system.Optical Transmission Network OTN mainly uses wavelength-division at this stage
(DWDM, the Dense Wavelength Division Multiplexing) technology of multiplexing, the light of entire Optical Transmission Network OTN put station number
Measure huge, and the transmission device model of different transmission device producers different times production and type are various, and each light puts showing for station
Situation and it is real survey that information is different, therefore light put station construction design drawing drafting it is extremely cumbersome.Traditional design mode edge always
The mode of design drawing is manually drawn, the mode of production is：Using general computer-assisted mapping software (such as CAD
(Computer Aided Design, CAD)) draw one by one light put station transmission device panel, board and other
Communication system component units；Then each unit connecting line is manually drawn according to the operation principle of Transmission system and signal flow direction,
Including the parameters such as systematic name, transmission direction, fiber cable type and fibre core number；Finally count and draw communication line, power cord, alarm
The summary sheet of line etc..There are design content very complicated, inefficiency, error rate height, drawing works for this traditional design method
The drawbacks such as work amount is big, delivery cycle is long, the nonstandard specification of drawing.As what the communications industry developed advances by leaps and bounds, market competition
It turns white-hot, communication scheme drawing is also shortened delivery cycle again and again.Therefore, traditional engineer's mode far can not expire
The demand of sufficient enterprise and industry affects the production cost and benefit of enterprise, is unfavorable for enterprise under current fierce market environment
Competition, restrict the Transformation Development of enterprise.
To sum up, current communication scheme industry and enterprise's technical problem in the urgent need to address：There is provided one kind can
Shorten design deliver the duration, improve working efficiency, promoted designing quality light put station design drawing batch automatic generation method.
Invention content
The embodiment of the present invention provides the design drawing generation method and device that light in a kind of optical transmission system puts station, can
The efficient design drawing for generating light and putting station.
In order to achieve the above objectives, the embodiment of the present invention adopts the following technical scheme that：
In a first aspect, the design drawing generation method that light in a kind of optical transmission system puts station is provided, including：Obtain optical transport
The engineering site for the company-information and optical transmission system that light puts station equipment in the system information of system, optical transmission system surveys letter in fact
Breath；
Light puts the company-information of station equipment from the system information of the optical transmission system got, optical transmission system and light passes
The engineering site of defeated system, which is surveyed in fact in information, to be extracted light and puts the first pictorial information of station group frame figure, and is put in the group frame figure of station according to light
The different of design element classify the first pictorial information；From the system information of the optical transmission system got, optical transmission system
The engineering site for the company-information and optical transmission system that light puts station equipment, which is surveyed in fact in information, to be extracted light and puts second painting for station system diagram
Figure information, and the different of design element in the system diagram of station are put according to light, the second pictorial information is classified；
Station group frame figure is put according to light and light is put in the system diagram of station in required different patterns and computer graphics tool
Drawing function structure for different patterns composition submodule；
Logic, default Optical Transmission Network OTN system logic and preset design standard criterion are interconnected according to default plant equipment, is called
The first pictorial information of target is plotted as light and puts corresponding part in the group frame figure of station by the first composition submodule, while calling the second structure
Figure submodule by the second pictorial information of target be plotted as light put station system diagram in corresponding part；
The first pictorial information of target is any sort in sorted first pictorial information, and the first composition submodule is all
The composition submodule of the first pictorial information of target is corresponded in composition submodule；Second composition submodule is in all composition submodules
The composition submodule of the second pictorial information of corresponding target.
Optionally, further include before putting the first pictorial information of station group frame figure from extraction light in all information got：
Judge light in the system information of optical transmission system, optical transmission system put station equipment company-information and optical transmission system engineering it is existing
Whether the real target information surveyed in information in field meets preset standard, if target information does not meet preset standard, more fresh target letter
Breath.
Illustratively, light is put design element in the group frame figure of station and is included at least：Group frame drawing attribute, system and light put station equipment
Attribute, board description, light put the setting of station equipment panel and remarks；
Group frame drawing attribute includes at least：Drawing number, designation of drawing and design date；
System and light are put station equipment attribute and are included at least：Optical transmission system title, light put station equipment title, light puts station equipment
Number, light puts station equipment type and light puts station equipment energy consumption；
Board description includes at least：Board title and board recommended information；
Light is put the setting of station equipment panel and is included at least：Light puts station equipment relative position, subrack relative position, warning light
Relative position, board number of slots, board title and board placement；
Remarks include at least：The problem of light puts the annotation information of station group frame figure and needs to illustrate.
Illustratively, light is put station system diagram design element and is included at least：System drawing attribute, system and light put station equipment category
Property, optical cable and optical fibres information, light put station equipment setting information, power supply setting information, strands table information and remark information；
System drawing attribute includes at least：Group frame drawing number, group frame designation of drawing and design date；
System and light are put station equipment attribute and are included at least：Optical transmission system title, light put station signal transmission updrift side, light
Put station signal transmission downstream direction, light puts station equipment title, light puts station equipment number and light puts station equipment type；
Optical cable and optical fibres information includes at least：Upstream fiber unit frame rack number, downstream optical fiber unit frame rack number, light
Cable relative position, fiber cable joint type, optical cable title, fiber cable type, receiving terminal optical cable fibre core number and transmitting terminal optical cable fibre core number；
Light is put station equipment setting information and is included at least：Light puts station equipment relative position, optical amplifier board subnumber amount, Guang Fang groups phase
Station equipment interconnected logical relation is put to position and light；
Power supply setting information includes at least：Power supply first cabinet of each row relative position, power supply first cabinet of each row number and computer room ground wire arrange phase
To position；
Strands table information includes at least：Length, the number amount and type of tail optical fiber, length, the number amount and type of power cord, and
Length, the number amount and type of alarm signal line；
Remark information includes at least：The problem of light puts the annotation information of station system diagram and needs to illustrate.
Illustratively, the composition submodule of different patterns includes at least：Explanatory note submodule, rack submodule, subrack
Submodule, warning light submodule, optical cable schematic diagram submodule, strands mark submodule and material table submodule；
Explanatory note submodule, for generating, light puts station group frame figure and light puts word in the system diagram of station；
Rack submodule puts rack in the group frame figure of station for drawing light；
Subrack submodule puts subrack in the group frame figure of station for drawing light；
Warning light submodule puts warning light in the group frame figure of station for drawing light；
Optical cable schematic diagram submodule, for draw light put station system diagram in optical cable；
Strands mark submodule, and connecting line in the system diagram of station between each component is put for drawing light；
Material table submodule puts the material table of each connecting line in the system diagram of station for drawing light.
Second aspect provides the design drawing generating means that light in a kind of optical transmission system puts station, including：Information imports mould
Block, group frame information module, system information block, drawing package module and automatic control module；
Information import modul is used to input light in the system information for obtaining optical transmission system, optical transmission system by user and put
The company-information of station equipment and the engineering site of optical transmission system survey information in fact；
The system information for the optical transmission system that group frame information module is used to store from information import modul, optical transmission system
The engineering site for the company-information and optical transmission system that middle light puts station equipment survey in fact in information extract light put the first of station group frame figure
Pictorial information, and the different of design element in the group frame figure of station are put according to light, the first pictorial information is classified；
The system information for the optical transmission system that system information block is used to store from information import modul, optical transmission system
The engineering site for the company-information and optical transmission system that middle light puts station equipment, which is surveyed in fact in information, extracts light puts station system diagram second
Pictorial information, and the different of design element in the system diagram of station are put according to light, the second pictorial information is classified；
Drawing package module is used to put station group frame figure according to light and light put in the system diagram of station required different patterns and
Drawing function structure in computer graphics tool is directed to the composition submodule of different patterns；
Automatic control module is used to interconnect logic, default Optical Transmission Network OTN system logic according to default plant equipment and set
Standard criterion is counted, calls the first composition submodule of drawing package module structure that the target first in group frame information module is drawn
Information is plotted as light and puts corresponding part in the group frame figure of station, while the second composition submodule for calling drawing package module to build will
The second pictorial information of target in system information block be plotted as light put station system diagram in corresponding part；
The first pictorial information of target is the first pictorial information of any sort in group frame information module, the second pictorial information of target
For the second pictorial information of any sort in system information block, the first composition submodule is that target the is corresponded in drawing package module
The composition submodule of one pictorial information, the second composition submodule are the structure that the second pictorial information of target is corresponded in drawing package module
Figure submodule.
Optionally, information import modul is additionally operable to the system information for the optical transmission system for judging to get, optical transmission system
It is default whether the target information that the engineering site for the company-information and optical transmission system that middle light puts station equipment is surveyed in fact in information meets
Standard, if target information is not inconsistent standardization, the target information in fresh information import modul.
Optionally, group frame information module includes：Group frame drawing attribute submodule, system and light put station equipment attribute submodule
Block, board describe submodule, light puts station equipment panel setting submodule and remarks submodule；
Group frame drawing attribute submodule organizes frame drawing attribute for storing the group frame drawing attribute in the first pictorial information
It includes at least：Group frame drawing number, organizes frame designation of drawing and design date；
System and light put station equipment attribute submodule, and station equipment category is put for storing system in the first pictorial information and light
Property, system and light are put station equipment attribute and are included at least：Optical transmission system title, light put station equipment title, light puts station equipment number,
Light puts station equipment type and light puts station equipment energy consumption；
Board describes submodule, and for storing the description of the board in the first pictorial information, board description includes at least：Board
Title and board recommended information；
Light puts station equipment panel setting submodule, and the letter of station equipment panel setting is put for storing light in the first pictorial information
Breath, light are put the setting of station equipment panel and are included at least：It is opposite that light puts station equipment relative position, subrack relative position, warning light
Position, board number of slots, board title and board placement；
Remarks submodule, for storing the remarks in the first pictorial information, remarks include at least：Light is put station group frame caption and is released
Information and the problem of needing to illustrate.
Optionally, system information block includes：System drawing attribute submodule, system and light put station equipment attribute submodule
Block, optical cable and optical fibres submodule, light put station equipment setting submodule, power supply setting submodule, strands table submodule and remarks submodule
Block；
System drawing attribute submodule, for storing the system drawing attribute in the second pictorial information, system drawing attribute
It includes at least：Group frame drawing number, group frame designation of drawing and design date；
System and light put station equipment attribute submodule, and station equipment category is put for storing system in the second pictorial information and light
Property；System and light are put station equipment attribute and are included at least：Optical transmission system title, light put station signal transmission updrift side, light puts station
Signal transmission downstream direction, light put station equipment title, light puts station equipment number and light puts station equipment type；
Optical cable and optical fibres submodule, for storing the optical cable and optical fibres information in the second pictorial information, optical cable and optical fibres information is at least
Including：Upstream fiber unit frame rack number, downstream optical fiber unit frame rack number, optical cable relative position, fiber cable joint type,
Optical cable title, fiber cable type, receiving terminal optical cable fibre core number and transmitting terminal optical cable fibre core number；
Light puts station equipment setting submodule, puts station equipment setting information for storing the light in the second pictorial information, light is put
Station equipment setting information includes at least：Light is put station equipment relative position, optical amplifier board subnumber amount, Guang Fang groups relative position and light and is put
Station equipment interconnected logical relation；
Submodule is arranged in power supply, and for storing the power supply setting information in the second pictorial information, power supply setting information is at least
Including：Power supply first cabinet of each row relative position, power supply first cabinet of each row number and computer room ground wire arrange relative position；
Strands table submodule, for storing the strands table information in the second pictorial information, strands table information includes at least：Tail
Length, the number amount and type of fibre, the length of power cord, the length of number amount and type and alarm signal line, number amount and type；
Remarks submodule, for storing the remark information in the second pictorial information, remark information includes at least：Light puts station system
The annotation information of system figure and the problem of needing to illustrate.
Optionally, the composition submodule of different patterns includes at least：Explanatory note submodule, rack submodule, subrack
Module, warning light submodule, optical cable schematic diagram submodule, strands mark submodule and material table submodule；
Explanatory note submodule, for generating, light puts station group frame figure and light puts word in the system diagram of station；
Rack submodule puts rack in the group frame figure of station for drawing light；
Subrack submodule puts subrack in the group frame figure of station for drawing light；
Warning light submodule puts warning light in the group frame figure of station for drawing light；
Optical cable schematic diagram submodule, for draw light put station system diagram in optical cable；
Strands mark submodule, and connecting line in the system diagram of station between each component is put for drawing light；
Material table submodule puts the material table of each connecting line in the system diagram of station for drawing light.
Light puts the design drawing generation method and device at station, this method packet in optical transmission system provided in an embodiment of the present invention
It includes：It obtains light in the system information of optical transmission system, optical transmission system and puts the company-information of station equipment and the work of optical transmission system
Journey scene is real to survey information；Light puts producer's letter of station equipment from the system information of the optical transmission system got, optical transmission system
The engineering site of breath and optical transmission system, which is surveyed in fact in information, to be extracted light and puts the first pictorial information of station group frame figure, and puts station according to light
The different of design element classify the first pictorial information in group frame figure；It is passed from the system information of the optical transmission system got, light
The engineering site for the company-information and optical transmission system that light puts station equipment in defeated system survey in fact in information extract light put station system diagram
The second pictorial information, and the different of design element in the system diagram of station are put according to light, the second pictorial information are classified；It is put according to light
Group of standing frame figure and light put required different patterns in the system diagram of station and the drawing function structure needle in computer graphics tool
To the composition submodule of different patterns；Logic, default Optical Transmission Network OTN system logic are interconnected according to default plant equipment and are set
Standard criterion is counted, calls the first composition submodule that the first pictorial information of target is plotted as light and puts correspondence portion in the group frame figure of station
Point, at the same call the second composition submodule by the second pictorial information of target be plotted as light put station system diagram in corresponding part；Mesh
It is any sort in sorted first pictorial information to mark the first pictorial information, and the first composition submodule is all composition submodules
The composition submodule of middle the first pictorial information of corresponding target；Second composition submodule is that target the is corresponded in all composition submodules
The composition submodule of two pictorial informations.Because in scheme provided in an embodiment of the present invention, it will be used to draw light and put station group frame figure
The information that station system diagram is put with light is classified according to the difference of design element, puts station group frame figure also according to light and light puts station system
Different patterns in system figure will carry out the structure of composition submodule for drawing the computer drawing software function of design drawing, from
And make subsequently when automatically generating light and putting station group frame figure and system diagram, logic, default can be interconnected according to default plant equipment
Optical Transmission Network OTN system logic and preset design standard criterion, rapidly according in design drawing pattern and design element call it is corresponding
Composition submodule corresponding pictorial information is depicted as corresponding pattern, so compared with prior art, the embodiment of the present invention carries
For technical solution can automatic batch, efficiently and accurately, generate to codes and standards light put station design drawing (light puts station group frame figure and light
Put station system diagram), effectively improve design production efficiency and design drawing quality, design will greatly shorten delivery cycle, enterprise at
This will be reduced, and increase the competitiveness and development prospect of enterprise.
Description of the drawings
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
Obtain other attached drawings according to these attached drawings.
Fig. 1 is that light is put the design drawing generation method flow at station and shown in a kind of optical transmission system provided in an embodiment of the present invention
It is intended to；
Fig. 2 is that light provided in an embodiment of the present invention puts station group frame diagram intention；
Fig. 3 is that light provided in an embodiment of the present invention puts station system diagram intention；
Fig. 4 is that light is put the design drawing generating means structure at station and shown in a kind of optical transmission system provided in an embodiment of the present invention
It is intended to；
Fig. 5 is that the light that another embodiment of the present invention provides puts station group frame diagram intention；
Fig. 6 is that the light that another embodiment of the present invention provides puts station system diagram intention.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
It should be noted that in the embodiment of the present invention, " illustrative " or " such as " etc. words make example, example for indicating
Card or explanation.Be described as in the embodiment of the present invention " illustrative " or " such as " any embodiment or design scheme do not answer
It is interpreted than other embodiments or design scheme more preferably or more advantage.Specifically, " illustrative " or " example are used
Such as " word is intended to that related notion is presented in specific ways.
It should also be noted that, the embodiment of the present invention in, " (English：Of) ", " corresponding (English：
Corresponding, relevant) " and " corresponding (English：Corresponding it) " can use with sometimes, it should be pointed out that
It is that, when not emphasizing its difference, meaning to be expressed is consistent.
For the ease of clearly describing the technical solution of the embodiment of the present invention, in an embodiment of the present invention, use " the
One ", the printed words such as " second " distinguish function and the essentially identical identical entry of effect or similar item, and those skilled in the art can
To understand that the printed words such as " first ", " second " are not to be defined to quantity and execution order.
In the prior art, light is put the design drawing at station and draw and most of all to be drawn using artificial in optical transmission system
Mode, but since the light of entire Optical Transmission Network OTN puts station substantial amounts, and the different times production of different transmission devices producer
Transmission device model and type are various, each light put station field condition and real information of surveying it is different, therefore light puts station detail design
The drafting of drawing is extremely cumbersome, inefficiency, cannot meet enterprise under Vehicles Collected from Market environment the needs of keen competition, system
The development step of Yue Liao enterprises.
In view of the above-mentioned problems, shown in referring to Fig.1, the embodiment of the present invention provides the design that light in a kind of optical transmission system puts station
Drawing creation method, including：
101, company-information and optical transport that light in the system information of optical transmission system, optical transmission system puts station equipment are obtained
The engineering site of system surveys information in fact.
Specifically, three category informations obtained here can be that be directly inputted by user can also be optical transmission system in work
Collection obtains in work；It is needing to be stored in visual operable software after this three category information is collected, such as Excel tables
In, conveniently if there is the light being newly added puts station equipment or original light puts the component of station equipment in the optical transmission system course of work
When update, in supplemental information to Excel.
Being included at least in this three category information has：Optical transmission system title, light put station equipment company-information, light puts station equipment type
Number, project number, design date, office station province, province abbreviation, office's station name, office stand abbreviation, upstream optical cable title, upstream light
Cable type, upstream transmission end optical cable fibre core number, upstream receiving terminal optical cable fibre core number, downstream optical cable title, downstream fiber cable type, under
Swim transmitting terminal optical cable fibre core number, accepted downstream end optical cable fibre core number, soft fiber length, soft fiber joint categories, -48 V power cable
Length and color, place of working power supply line length and color, protecting field line length and color, alarm signal line length etc..
102, from the system information of the optical transmission system got, optical transmission system light put station equipment company-information and
The engineering site of optical transmission system, which is surveyed in fact in information, to be extracted light and puts the first pictorial information of station group frame figure, and puts station group frame according to light
The different of design element classify the first pictorial information in figure.
Specifically, according to light put station group frame G- Design element by the first pictorial information classify after, in subsequent Plot Work
In can more efficiently recalls information puts corresponding pattern in the group frame figure of station to draw light according to demand；Light puts station group frame figure
It is used to show that light puts the one side that station facilitates user to observe its course of work during operation in embodiments of the present invention.
Illustratively, light is put design element in the group frame figure of station and is included at least：Group frame drawing attribute, system and light put station equipment
Attribute, board description, light put the setting of station equipment panel and remarks；
Shown in specific reference Fig. 2, group frame drawing attribute includes at least：Drawing number 201, designation of drawing 202 and design
Date 203；
System and light are put station equipment attribute and are included at least：Optical transmission system title 204, light put station equipment title 205, light is put
Station equipment number 206, light put station equipment type 207 and light puts station equipment energy consumption 208；
Board description includes at least：Board title and board recommended information；
Light is put the setting of station equipment panel and is included at least：Light puts station equipment relative position, rack relative position, subrack with respect to position
It sets, warning light relative position, board number of slots, board title and board placement；
Remarks 211 include at least：The problem of light puts the annotation information of station group frame figure and needs to illustrate.
103, from the system information of the optical transmission system got, optical transmission system light put station equipment company-information and
The engineering site of optical transmission system, which is surveyed in fact in information, extracts the second pictorial information that light puts station system diagram, and puts station system according to light
The different of design element classify the second pictorial information in figure.
Specifically, according to light put station system diagram design element by the second pictorial information classify after, in subsequent Plot Work
In can according to demand more efficiently recalls information to draw light put station system diagram in corresponding pattern；Light puts station system diagram
It is mainly used for showing light and puts connection relation in station equipment and optical transmission system between other equipment, shows entire optical transport system
Logical relation between the information flow direction and equipment of system；
Illustratively, light is put station system diagram design element and is included at least：System drawing attribute, system and light put station equipment category
Property, optical cable and optical fibres information, light put station equipment setting information, power supply setting information, strands table information and remark information；
Shown in Fig. 3, system drawing attribute includes at least：Group frame drawing number 301, group frame designation of drawing 302
With design date 303；
System and light are put station equipment attribute and are included at least：Optical transmission system title 304, light put station signal transmission updrift side
305, light puts that station signal transmission downstream direction 306, light puts station equipment title 307, light puts station equipment number 308 and light puts station equipment
Type 309；
Optical cable and optical fibres information includes at least：Upstream fiber unit frame rack number 310, downstream optical fiber unit frame rack number
311, optical cable relative position, fiber cable joint type 312, optical cable title 313, fiber cable type 314, receiving terminal optical cable fibre core number 315
With transmitting terminal optical cable fibre core number 316；
Light is put station equipment setting information and is included at least：Light puts station equipment relative position, optical amplifier board subnumber amount, Guang Fang groups phase
Station equipment interconnected logical relation is put to position and light；
Power supply setting information includes at least：Power supply first cabinet of each row relative position, power supply first cabinet of each row number and computer room ground wire arrange phase
To position；
317 information of strands table includes at least：Length, the number amount and type of tail optical fiber, length, the number amount and type of power cord,
And length, the number amount and type of alarm signal line；
Remark information 318 includes at least：The problem of light puts the annotation information of station system diagram and needs to illustrate.
104, station group frame figure is put according to light and light puts required different patterns and computer graphics work in the system diagram of station
Drawing function structure in tool is directed to the composition submodule of different patterns.
Optionally, computer graphics tool mentioned here can be CAD (Computer Aided Design, computer
Computer Aided Design) or the similar software such as visio.
Illustratively, the composition submodule of different patterns includes at least：Explanatory note submodule, rack submodule, subrack
Submodule, warning light submodule, optical cable schematic diagram submodule, strands mark submodule and material table submodule；
Explanatory note submodule, for generating, light puts station group frame figure and light puts word in the system diagram of station；Explanatory note
Module be specifically according to involved in the first pictorial information and the second pictorial information arrive word design element information (such as the date,
Remark information etc.) station group frame figure put to light and light puts the position of all words in the system diagram of station, size, font, content, right
The information such as neat mode, width, color are configured；
Rack submodule puts rack in the group frame figure of station for drawing light；Rack submodule is mainly drawn according to first
Light puts the information of station equipment panel setting to put the length and width of the rack in the group frame figure of station to light and constitute machine in information
Line style, spool, color of the lines of frame etc. are configured；
Subrack submodule puts subrack in the group frame figure of station for drawing light；Subrack submodule is mainly drawn according to first
Light puts the information of station equipment panel setting to put length, width, slot position and the board of the subrack in the group frame figure of station to light in information
And line style, spool, the color of lines etc. of composition subrack are configured；
Warning light submodule puts warning light in the group frame figure of station for drawing light；Warning light submodule is mainly according to the
Light puts the information of station equipment panel setting to put the position of warning light, size, color in the group frame figure of station to light in one pictorial information
It is configured with classification；
Optical cable schematic diagram submodule, for draw light put station system diagram in optical cable；Cable schematic diagram submodule is mainly root
Station equipment attribute information is put according to optical cable and optical fibres information and system in the second pictorial information and light to put optical cable in the system diagram of station to light
Position, size, title, type and direction etc. be configured；
Strands mark submodule, and connecting line in the system diagram of station between each component is put for drawing light；Strands mark submodule
Block is mainly according to the connection put to the information of connecting line between all parts to light involved in the second pictorial information in the system diagram of station
Position, size, number, length and type of line etc. are configured；
Material table submodule puts the material table of each connecting line in the system diagram of station, material table submodule master for drawing light
It will be according to the connecting line put to the information of connecting line between all parts to light involved in the second pictorial information in the system diagram of station
Material composition information arrange into list, be mainly used for material number in the setting position of material table, row and column information and material table,
Title material, length of material, material model, remarks illustrate and the information such as material summarizes.
105, logic, default Optical Transmission Network OTN system logic and preset design standard criterion are interconnected according to default plant equipment,
It calls the first composition submodule that the first pictorial information of target is plotted as light and puts corresponding part in the group frame figure of station, while calling the
Two composition submodules by the second pictorial information of target be plotted as light put station system diagram in corresponding part.
Wherein, the first pictorial information of target is any sort in sorted first pictorial information, the first composition submodule
To correspond to the composition submodule of the first pictorial information of target in all composition submodules；Second composition submodule is all compositions
The composition submodule of the second pictorial information of target is corresponded in module.
Can be the signal transmission direction according to optical transmission system specifically, when generation light puts station design drawing in practice
Station is put for each light successively and generate design drawing, can also be user's sets itself genesis sequence, can also be that system is random
Selecting sequence or mass simultaneous generate.
Optionally, in order to ensure the accuracy of generation design drawing, further include before above-mentioned 102 step：Judge optical transport system
The engineering site for the company-information and optical transmission system that light puts station equipment in the system information of system, optical transmission system is surveyed in information in fact
Target information whether meet preset standard, if target information does not meet preset standard, update target information.
Light puts the design drawing generation method at station in optical transmission system provided in an embodiment of the present invention, and this method includes：It obtains
Light in the system information of optical transmission system, optical transmission system is taken to put the company-information of station equipment and the engineering site of optical transmission system
Survey information in fact；Light puts the company-information and light of station equipment from the system information of the optical transmission system got, optical transmission system
The engineering site of Transmission system, which is surveyed in fact in information, to be extracted light and puts the first pictorial information of station group frame figure, and puts station group frame figure according to light
The different of middle design element classify the first pictorial information；System information, optical transmission system from the optical transmission system got
The engineering site for the company-information and optical transmission system that middle light puts station equipment, which is surveyed in fact in information, extracts light puts station system diagram second
Pictorial information, and the different of design element in the system diagram of station are put according to light, the second pictorial information is classified；Station group frame is put according to light
Figure and light put required different patterns in the system diagram of station and the drawing function structure in computer graphics tool for difference
The composition submodule of pattern；Logic, default Optical Transmission Network OTN system logic and preset design standard are interconnected according to default plant equipment
Specification calls the first composition submodule that the first pictorial information of target is plotted as light and puts corresponding part in the group frame figure of station, simultaneously
Call the second composition submodule by the second pictorial information of target be plotted as light put station system diagram in corresponding part；Target first is painted
Figure information is any sort in sorted first pictorial information, and the first composition submodule is to correspond to mesh in all composition submodules
Mark the composition submodule of the first pictorial information；Second composition submodule is to correspond to target second in all composition submodules and draw to believe
The composition submodule of breath.Because in scheme provided in an embodiment of the present invention, it will be used to draw that light to put station group frame figure and light puts station
The information of system diagram is classified according to the difference of design element, puts station group frame figure also according to light and light is put in the system diagram of station
Different patterns will carry out the structure of composition submodule for drawing the computer drawing software function of design drawing, so that after
Continue when automatically generating light and putting station group frame figure and system diagram, logic, default Optical Transmission Network OTN can be interconnected according to default plant equipment
System logic and preset design standard criterion, rapidly according to the pattern and corresponding composition of design element calling in design drawing
Corresponding pictorial information is depicted as corresponding pattern by module, so compared with prior art, the embodiment of the present invention provides technical side
Case can automatic batch, efficiently and accurately, generate to codes and standards light put station design drawing (light puts station group frame figure and light puts station system
Figure), design production efficiency and design drawing quality are effectively improved, design will greatly shorten delivery cycle, and entreprise cost will reduce,
Increase the competitiveness and development prospect of enterprise.
With reference to shown in Fig. 4, the embodiment of the present invention, which also provides light in a kind of optical transmission system, puts the design drawing at station and generates dress
Set to 01, including：Information import modul 41, group frame information module 42, system information block 43, drawing package module 44 and automatic control
Molding block 45；
Information import modul 41 is used to input light in the system information for obtaining optical transmission system, optical transmission system by user
The engineering site of the company-information and optical transmission system of putting station equipment surveys information in fact；
The system information of optical transmission system of the group frame information module 42 for being stored from information import modul 41, optical transport
The engineering site for the company-information and optical transmission system that light puts station equipment in system survey in fact in information extract light put station group frame figure
First pictorial information, and the different of design element in the group frame figure of station are put according to light, the first pictorial information is classified；
The system information for the optical transmission system that system information block 43 is used to store from information import modul 41, optical transport
The engineering site of the company-information and optical transmission system that light puts station equipment in system, which is surveyed in fact in information, to be extracted light and puts station system diagram
Second pictorial information, and the different of design element in the system diagram of station are put according to light, the second pictorial information is classified；
Drawing package module 44 is used to put station group frame figure according to light and light put in the system diagram of station required different patterns with
And the drawing function structure in computer graphics tool is for the composition submodule of different patterns；
Automatic control module 45 is for interconnecting logic, default Optical Transmission Network OTN system logic according to default plant equipment and presetting
Design standard specification calls the first composition submodule of 44 structure of drawing package module by the target in group frame information module 42 the
One pictorial information is plotted as light and puts corresponding part in the group frame figure of station, while the second composition for calling drawing package module 44 to build
Submodule by the second pictorial information of target in system information block 43 be plotted as light put station system diagram in corresponding part；
The first pictorial information of target is the first pictorial information of any sort in group frame information module 42, and target second, which is drawn, to be believed
Breath is the second pictorial information of any sort in system information block 43, and the first composition submodule is corresponding in drawing package module 44
The composition submodule of the first pictorial information of target, the second composition submodule are that the drawing of target second is corresponded in drawing package module 44
The composition submodule of information.
Optionally, information import modul 41 is additionally operable to the system information for the optical transmission system for judging to get, optical transport system
It is pre- whether the target information that the engineering site for the company-information and optical transmission system that light puts station equipment in system is surveyed in fact in information meets
Bidding is accurate, if target information is not inconsistent standardization, the target information in fresh information import modul 41.
Optionally, group frame information module 42 includes：Group frame drawing attribute submodule 421, system and light put station equipment attribute
Submodule 422, board describe submodule 423, light puts station equipment panel setting submodule 424 and remarks submodule 425；
Group frame drawing attribute submodule 421 organizes frame drawing category for storing the group frame drawing attribute in the first pictorial information
Property includes at least：Group frame drawing number, organizes frame designation of drawing and design date；
System and light put station equipment attribute submodule 422, put station for storing system in the first pictorial information and light and set
Standby attribute, system and light are put station equipment attribute and are included at least：Optical transmission system title, light put station equipment title, light puts station equipment
Number, light puts station equipment type and light puts station equipment energy consumption；
Board describes submodule 423, and for storing the description of the board in the first pictorial information, board description includes at least：
Board title and board recommended information；
Light puts station equipment panel setting submodule 424, and the setting of station equipment panel is put for storing light in the first pictorial information
Information, light put station equipment panel setting include at least：Light puts station equipment relative position, subrack relative position, warning light
Relative position, board number of slots, board title and board placement；
Remarks submodule 425, for storing the remarks in the first pictorial information, remarks include at least：Light puts station group frame figure
Annotation information and the problem of needing to illustrate.
Optionally, system information block 43 includes：System drawing attribute submodule 431, system and light put station equipment attribute
Submodule 432, optical cable and optical fibres submodule 433, light put station equipment setting submodule 434, power supply setting submodule 435, strands table
Submodule 436 and remarks submodule 437；
System drawing attribute submodule 431, for storing the system drawing attribute in the second pictorial information, system drawing category
Property includes at least：Group frame drawing number, group frame designation of drawing and design date；
System and light put station equipment attribute submodule 432, put station for storing system in the second pictorial information and light and set
Standby attribute；System and light are put station equipment attribute and are included at least：Optical transmission system title, light put station signal transmission updrift side, light
Put station signal transmission downstream direction, light puts station equipment title, light puts station equipment number and light puts station equipment type；
Optical cable and optical fibres submodule 433, for storing the optical cable and optical fibres information in the second pictorial information, optical cable and optical fibres information is extremely
Include less：Upstream fiber unit frame rack number, downstream optical fiber unit frame rack number, optical cable relative position, fiber cable joint class
Type, optical cable title, fiber cable type, receiving terminal optical cable fibre core number and transmitting terminal optical cable fibre core number；
Light puts station equipment setting submodule 434, and station equipment setting information, light are put for storing the light in the second pictorial information
Station equipment setting information is put to include at least：Light puts station equipment relative position, optical amplifier board subnumber amount, Guang Fang groups relative position and light
Put station equipment interconnected logical relation；
Submodule 435 is arranged in power supply, and for storing the power supply setting information in the second pictorial information, power supply setting information is extremely
Include less：Power supply first cabinet of each row relative position, power supply first cabinet of each row number and computer room ground wire arrange relative position；
Strands table submodule 436, for storing the strands table information in the second pictorial information, strands table information is at least wrapped
It includes：The length of tail optical fiber, number amount and type, the length of power cord, the length of number amount and type and alarm signal line, quantity and
Type；
Remarks submodule 437, for storing the remark information in the second pictorial information, remark information includes at least：Light is put
Stand system diagram annotation information and the problem of need to illustrate.
Optionally, the composition submodule of different patterns includes at least：Explanatory note submodule 441, rack submodule 442,
Subrack submodule 443, warning light submodule 444, optical cable schematic diagram submodule 445, strands mark submodule 446 and material table
Module 447；
Explanatory note submodule 441, for generating, light puts station group frame figure and light puts word in the system diagram of station；
Rack submodule 442 puts rack in the group frame figure of station for drawing light；
Subrack submodule 443 puts subrack in the group frame figure of station for drawing light；
Warning light submodule 444 puts warning light in the group frame figure of station for drawing light；
Optical cable schematic diagram submodule 445, for draw light put station system diagram in optical cable；
Strands mark submodule 446, and connecting line in the system diagram of station between each component is put for drawing light；
Material table submodule 447 puts the material table of each connecting line in the system diagram of station for drawing light.
Light puts the design drawing generating means at station in optical transmission system provided in an embodiment of the present invention, which includes：Letter
Cease import modul, group frame information module, system information block, drawing package module and automatic control module；Information import modul
For inputting the company-information and light that light in the system information for obtaining optical transmission system, optical transmission system puts station equipment by user
The engineering site of Transmission system surveys information in fact；The optical transmission system that group frame information module is used to store from information import modul
The engineering site for the company-information and optical transmission system that light puts station equipment in system information, optical transmission system is surveyed in information in fact to be extracted
Light puts the first pictorial information of station group frame figure, and puts the different of design element in the group frame figure of station according to light and divide the first pictorial information
Class；System information block is used for the light from the system information of the optical transmission system stored in information import modul, optical transmission system
The engineering site of the company-information and optical transmission system of putting station equipment, which is surveyed in fact in information, extracts the second drawing that light puts station system diagram
Information, and the different of design element in the system diagram of station are put according to light, the second pictorial information is classified；Drawing package module is used for root
Station group frame figure is put according to light and light puts required different patterns in the system diagram of station and the drawing function in computer graphics tool
Composition submodule of the structure for different patterns；Automatic control module is used to interconnect logic, default light according to default plant equipment
Transmission network system logic and preset design standard criterion call the first composition submodule of drawing package module structure that will organize frame letter
Breath mould the first pictorial information of target in the block is plotted as light and puts corresponding part in the group frame figure of station, while calling drawing package module
The second pictorial information of target in system information block is plotted as light and put in the system diagram of station by the second composition submodule of structure
Corresponding part；The first pictorial information of target is the first pictorial information of any sort in group frame information module, and target second, which is drawn, to be believed
Breath is the second pictorial information of any sort in system information block, and the first composition submodule is to correspond to target in drawing package module
The composition submodule of first pictorial information, the second composition submodule are to correspond to the second pictorial information of target in drawing package module
Composition submodule.Because in scheme provided in an embodiment of the present invention, it will be used to draw that light to put station group frame figure and light puts station system
The information of figure is classified according to the difference of design element, puts station group frame figure also according to light and light puts difference in the system diagram of station
Computer drawing software function for drawing design drawing has been carried out the structure of composition submodule by pattern, so that subsequently existing
When automatically generating light and putting station group frame figure and system diagram, logic, default Optical Transmission Network OTN system can be interconnected according to default plant equipment
Logic and preset design standard criterion, rapidly according to the pattern and the corresponding composition submodule of design element calling in design drawing
Corresponding pictorial information is depicted as corresponding pattern, so compared with prior art, the embodiment of the present invention provides technical solution energy
Enough automatic batch, efficiently and accurately generate to codes and standards light and put station design drawing (light puts station group frame figure and light puts station system diagram),
Design production efficiency and design drawing quality are effectively improved, design will greatly shorten delivery cycle, and entreprise cost will reduce, and increase
The competitiveness and development prospect of enterprise.
In practice, certain enterprise station group frame figure put with the light that technical solution provided in an embodiment of the present invention generates as shown in figure 5,
It is as shown in Figure 6 that the light generated with technical solution provided in an embodiment of the present invention puts station system diagram.
The step of method in conjunction with described in the disclosure of invention or algorithm, can be realized in a manner of hardware, also may be used
It is realized in a manner of being to execute software instruction by processor.The embodiment of the present invention also provides a kind of storage medium, which is situated between
Matter may include memory, and computer software used in the design drawing generation method at station is put for storing light in optical transmission system
Instruction, it includes execute light in optical transmission system to put the program code designed by the design drawing generation method at station.Specifically, soft
Part instruction can be made of corresponding software module, and software module can be stored on random access memory (Random
Access Memory, RAM), flash memory, read-only memory (Read Only Memory, ROM), the read-only storage of erasable programmable
Device (Erasable Programmable ROM, EPROM), Electrically Erasable Programmable Read-Only Memory (Electrically
EPROM, EEPROM), register, hard disk, mobile hard disk, CD-ROM (CD-ROM) or any other shape well known in the art
In the storage medium of formula.A kind of illustrative storage medium is coupled to processor, to enable a processor to from the storage medium
Information is read, and information can be written to the storage medium.Certainly, storage medium can also be the component part of processor.Processing
Device and storage medium can be located in ASIC.In addition, the ASIC can be located in core network interface equipment.Certainly, processor and
Storage medium can also be used as discrete assembly and be present in core network interface equipment.
The embodiment of the present invention also provides a kind of computer program, which can be loaded directly into memory, and
Containing software code, which is loaded into via computer and can realize that light is put in above-mentioned optical transmission system after executing
The design drawing generation method stood.
Those skilled in the art are it will be appreciated that in said one or multiple examples, work(described in the invention
It can be realized with hardware, software, firmware or their arbitrary combination.It when implemented in software, can be by these functions
Storage in computer-readable medium or as on computer-readable medium one or more instructions or code be transmitted.
Computer-readable medium includes computer storage media and communication media, and wherein communication media includes convenient for from a place to another
Any medium of one place transmission computer program.It is any that storage medium can be that general or specialized computer can access
Usable medium.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, all answer by the change or replacement that can be readily occurred in
It is included within the scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (10)
1. light puts the design drawing generation method at station in a kind of optical transmission system, which is characterized in that including：
It obtains light in the system information of the optical transmission system, optical transmission system and puts the company-information of station equipment and the optical transport
The engineering site of system surveys information in fact；
Light puts the company-information of station equipment and described from the system information of the optical transmission system got, optical transmission system
The engineering site of optical transmission system, which is surveyed in fact in information, to be extracted light and puts the first pictorial information of station group frame figure, and puts station group frame according to light
The difference of design element classifies first pictorial information in figure；From the system information of the optical transmission system got,
The engineering site for the company-information and the optical transmission system that light puts station equipment in optical transmission system survey in fact in information extract light put
It stands the second pictorial information of system diagram, and the difference for putting according to light design element in the system diagram of station divides second pictorial information
Class；
Station group frame figure is put according to the light and the light puts required different patterns and computer graphics work in the system diagram of station
Drawing function structure in tool is directed to the composition submodule of different patterns；
Logic, default Optical Transmission Network OTN system logic and preset design standard criterion are interconnected according to default plant equipment, calls first
The first pictorial information of target is plotted as light and puts corresponding part in the group frame figure of station by composition submodule, while calling the second composition
Module by the second pictorial information of target be plotted as light put station system diagram in corresponding part；
The first pictorial information of the target is any sort in sorted first pictorial information, the first composition submodule
Block is the composition submodule that the first pictorial information of the target is corresponded in all composition submodules；The second composition submodule is
The composition submodule of the second pictorial information of the target is corresponded in all composition submodules.
2. according to the method described in claim 1, it is characterized in that, the light that extracted from all information got puts station group
Further include before first pictorial information of frame figure：
Judge that light puts the company-information of station equipment and the optical transport in the system information of the optical transmission system, optical transmission system
Whether the target information that the engineering site of system is surveyed in fact in information meets preset standard, if the target information does not meet pre- bidding
Standard then updates the target information.
3. according to the method described in claim 1, it is characterized in that, the light puts design element in the group frame figure of station includes at least：
Group frame drawing attribute, system and light put station equipment attribute, board describes, light puts the setting of station equipment panel and remarks；
Described group of frame drawing attribute includes at least：Drawing number, designation of drawing and design date；
The system and light are put station equipment attribute and are included at least：The optical transmission system title, the light put station equipment title, institute
State light put station equipment number, the light puts station equipment type and the light puts station equipment energy consumption；
The board description includes at least：Board title and board recommended information；
The light is put the setting of station equipment panel and is included at least：The light puts station equipment relative position, subrack relative position, alarm letter
Signal lamp relative position, board number of slots, board title and board placement；
The remarks include at least：The problem of light puts the annotation information of station group frame figure and needs to illustrate.
4. according to the method described in claim 1, it is characterized in that, the light put station system diagram design element include at least：System
System drawing attribute, system and light put station equipment attribute, optical cable and optical fibres information, light put station equipment setting information, power supply setting information,
Strands table information and remark information；
The system drawing attribute includes at least：Group frame drawing number, group frame designation of drawing and design date；
The system and light are put station equipment attribute and are included at least：The optical transmission system title, light put station signal transmission party upstream
To, light puts station signal transmission downstream direction, light puts station equipment title, light puts station equipment number and light puts station equipment type；
The optical cable and optical fibres information includes at least：Upstream fiber unit frame rack number, downstream optical fiber unit frame rack number, light
Cable relative position, fiber cable joint type, optical cable title, fiber cable type, receiving terminal optical cable fibre core number and transmitting terminal optical cable fibre core number；
The light is put station equipment setting information and is included at least：Light puts station equipment relative position, optical amplifier board subnumber amount, Guang Fang groups phase
Station equipment interconnected logical relation is put to position and light；
The power supply setting information includes at least：Power supply first cabinet of each row relative position, power supply first cabinet of each row number and computer room ground wire arrange phase
To position；
The strands table information includes at least：Length, the number amount and type of tail optical fiber, length, the number amount and type of power cord, and
Length, the number amount and type of alarm signal line；
The remark information includes at least：The problem of light puts the annotation information of station system diagram and needs to illustrate.
5. according to the method described in claim 1, it is characterized in that, the composition submodule of the difference pattern includes at least：Text
Word illustrates submodule, rack submodule, subrack submodule, warning light submodule, optical cable schematic diagram submodule, strands mark submodule
Block and material table submodule；
The explanatory note submodule, for generating, the light puts station group frame figure and the light puts word in the system diagram of station；
The rack submodule puts rack in the group frame figure of station for drawing the light；
The subrack submodule puts subrack in the group frame figure of station for drawing the light；
The warning light submodule puts warning light in the group frame figure of station for drawing the light；
The optical cable schematic diagram submodule, for draw the light put station system diagram in optical cable；
The strands mark submodule, and connecting line in the system diagram of station between each component is put for drawing the light；
The material table submodule puts the material table of each connecting line in the system diagram of station for drawing the light.
6. light puts the design drawing generating means at station in a kind of optical transmission system, which is characterized in that including：Information import modul,
Group frame information module, system information block, drawing package module and automatic control module；
Described information import modul is used to input the system information for obtaining the optical transmission system, the optical transport system by user
The engineering site for the company-information and the optical transmission system that light puts station equipment in system surveys information in fact；
The system information for the optical transmission system that described group of frame information module is used to store from described information import modul, institute
The engineering site for stating company-information and the optical transmission system that light in optical transmission system puts station equipment is surveyed extract light in information in fact
It puts the first pictorial information of station group frame figure, and the difference of design element in the group frame figure of station is put by first pictorial information according to light
Classification；
The system information for the optical transmission system that the system information block is used to store from described information import modul, institute
The engineering site for stating company-information and the optical transmission system that light in optical transmission system puts station equipment is surveyed extract light in information in fact
The second pictorial information of station system diagram is put, and the difference of design element in the system diagram of station is put by second pictorial information according to light
Classification；
The drawing package module is used to put station group frame figure according to the light and the light puts required difference in the system diagram of station
Drawing function structure in pattern and computer graphics tool is directed to the composition submodule of different patterns；
The automatic control module is used to interconnect logic, default Optical Transmission Network OTN system logic according to default plant equipment and set
Standard criterion is counted, calls the first composition submodule that the drawing package module is built by the target in described group of frame information module
First pictorial information is plotted as light and puts corresponding part in the group frame figure of station, while calling the second of the drawing package module structure
Composition submodule by the second pictorial information of target in the system information block be plotted as light put station system diagram in correspondence portion
Point；
The first pictorial information of the target is the first pictorial information of any sort in described group of frame information module, the target second
Pictorial information is the second pictorial information of any sort in the system information block, and the first composition submodule is the drawing
The composition submodule of the first pictorial information of the target is corresponded in package module, the second composition submodule seals for the drawing
The composition submodule of the second pictorial information of the target is corresponded in die-filling piece.
7. device according to claim 6, which is characterized in that described information import modul is additionally operable to the institute for judging to get
It states light in the system information of optical transmission system, the optical transmission system and puts the company-information of station equipment and the optical transmission system
Whether the target information that engineering site is surveyed in fact in information meets preset standard, if the target information is not inconsistent standardization, updates
The target information in described information import modul.
8. device according to claim 6, which is characterized in that described group of frame information module include：Group frame drawing attribute
Module, system and light put station equipment attribute submodule, board describes submodule, light puts station equipment panel setting submodule and remarks
Submodule；
Described group of frame drawing attribute submodule, for storing the group frame drawing attribute in first pictorial information, described group of frame
Drawing attribute includes at least：Group frame drawing number, organizes frame designation of drawing and design date；
The system and light put station equipment attribute submodule, put station for storing system in first pictorial information and light and set
Standby attribute, the system and light are put station equipment attribute and are included at least：The optical transmission system title, the light put station equipment name
Claim, the light puts station equipment number, the light puts station equipment type and the light puts station equipment energy consumption；
The board describes submodule, and for storing the description of the board in first pictorial information, the board description is at least
Including：Board title and board recommended information；
The light puts station equipment panel setting submodule, and the setting of station equipment panel is put for storing light in first pictorial information
Information, the light put station equipment panel setting include at least：The light is put station equipment relative position, subrack relative position, is accused
Alert signal lamp relative position, board number of slots, board title and board placement；
The remarks submodule, for storing the remarks in first pictorial information, the remarks include at least：The light is put
Group of standing frame figure annotation information and the problem of needing to illustrate.
9. device according to claim 6, which is characterized in that the system information block includes：System drawing attribute
Module, system and light put station equipment attribute submodule, optical cable and optical fibres submodule, light and put station equipment setting submodule, power supply setting
Submodule, strands table submodule and remarks submodule；
The system drawing attribute submodule, for storing the system drawing attribute in second pictorial information, the system
Drawing attribute includes at least：Group frame drawing number, group frame designation of drawing and design date；
The system and light put station equipment attribute submodule, put station for storing system in second pictorial information and light and set
Standby attribute；The system and light are put station equipment attribute and are included at least：The optical transmission system title, light put station signal transmission upstream
Station signal transmission downstream direction is put in direction, light, light puts station equipment title, light puts station equipment number and light puts station equipment type；
The optical cable and optical fibres submodule, for storing the optical cable and optical fibres information in second pictorial information, the optical cable and optical fibres
Information includes at least：Upstream fiber unit frame rack number, downstream optical fiber unit frame rack number, optical cable relative position, optical cable
Joint categories, optical cable title, fiber cable type, receiving terminal optical cable fibre core number and transmitting terminal optical cable fibre core number；
The light puts station equipment setting submodule, and station equipment setting information is put for storing the light in second pictorial information,
The light is put station equipment setting information and is included at least：Light puts station equipment relative position, optical amplifier board subnumber amount, Guang Fang groups with respect to position
It sets and puts station equipment interconnected logical relation with light；
Submodule is arranged in the power supply, for storing the power supply setting information in second pictorial information, the power supply setting
Information includes at least：Power supply first cabinet of each row relative position, power supply first cabinet of each row number and computer room ground wire arrange relative position；
The strands table submodule, for storing the strands table information in second pictorial information, the strands table information is extremely
Include less：Length, the number amount and type of tail optical fiber, the length of power cord, length, the number of number amount and type and alarm signal line
Amount and type；
The remarks submodule, for storing the remark information in second pictorial information, the remark information includes at least：
The problem of light puts the annotation information of station system diagram and needs to illustrate.
10. device according to claim 6, which is characterized in that the composition submodule of the difference pattern includes at least：Text
Word illustrates submodule, rack submodule, subrack submodule, warning light submodule, optical cable schematic diagram submodule, strands mark submodule
Block and material table submodule；
The explanatory note submodule, for generating, the light puts station group frame figure and the light puts word in the system diagram of station；
The rack submodule puts rack in the group frame figure of station for drawing the light；
The subrack submodule puts subrack in the group frame figure of station for drawing the light；
The warning light submodule puts warning light in the group frame figure of station for drawing the light；
The optical cable schematic diagram submodule, for draw the light put station system diagram in optical cable；
The strands mark submodule, and connecting line in the system diagram of station between each component is put for drawing the light；
The material table submodule puts the material table of each connecting line in the system diagram of station for drawing the light.
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