CN107256314A - A kind of cable connection directory automatic generation method of configuration type moving die system - Google Patents
A kind of cable connection directory automatic generation method of configuration type moving die system Download PDFInfo
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Abstract
A kind of cable connection directory automatic generation method of configuration type moving die system, including step：Each element in moving die system is modeled, element table is formed, the content of element table includes：Element number, component type, screen body position where element, installation site of the configuration interface in screen of element；The network topology figure for intending configuration is drawn, and network topology figure is expressed as a network connection table comprising node number with terminal corresponding relation；Cable connection directory is generated according to the corresponding relation between network connection table and the graphic elements and respective element of the network topology figure.By the cable connection of generation lead table draw can quickly, easy the network for organizing the formation of needs, reduce the competency profiling of configuration personnel, and the probability of error is greatly lowered.
Description
Technical field
The present invention relates to the moving die system technical field in power system, and in particular to a kind of electricity of configuration type moving die system
Cable connects directory automatic generation method.
Background technology
The research institution of power system is to carry out research and experiment to power system, often in the actual physics of use for laboratory
Device builds Experimental Network, to verify whether some control methods or component can reach actual application effect, this system
Referred to as moving die system.
Annexation between physical component is referred to as topological structure.The topological structure of power system, especially power distribution network
It is diversified, it is necessary to be changed according to experiment purpose with demand to these structures, to realize the configuration of correspondence topological structure.
The method of configuration is at present：By veteran Electrical Engineer, according to the topological structure of target grid, use by hand
Cable link is attached to component, and whole workload is very big, and connection procedure often malfunctions, some serious mistakes
Misunderstanding causes device damage.To avoid the occurrence of these problems, these moving die systems are in actual applications by the number of times of configuration again
It is very limited, it is difficult to reach the requirement of actual configuration type dynamic model.
The content of the invention
The application provides a kind of cable connection directory automatic generation method of configuration type moving die system, including step：
Each element in moving die system is modeled, element table is formed, the content of element table includes：Element number, member
The installation site of screen body position, element correspondence configuration interface in screen where part type, element；
The network topology figure for intending configuration is drawn, and network topology figure is expressed as one and includes node number and terminal number
The network connection table of corresponding relation；
Electricity is generated according to the corresponding relation between network connection table and the graphic elements and respective element of network topology figure
Cable connects directory.
In a kind of embodiment, component type includes impedor, switch element, bus bar elements and load cell.
In a kind of embodiment, the quantity of the configuration interface of impedor and switch element is respectively 6, the group of bus bar elements
The quantity of state interface is 9, and the quantity of the configuration interface of load cell is 3.
In a kind of embodiment, configuration interface is unified to concentrate deployment in the way of group screen.
In a kind of embodiment, impedor and switch element include the first terminal and Second terminal respectively, the first terminal and
The quantity of the configuration interface of Second terminal is 3.
In a kind of embodiment, according to pair between network connection table and the graphic elements and respective element of network topology figure
Generation cable connection directory should be related to, specifically included：
Take out all records of the node number and terminal corresponding relation in network connection table；
According to record by node number identical terminal one chained list of formation, chained list group is formed, and be successively read in chained list group
Chained list, chained list includes the node number belonging to it, and with all terminals of node number identical；
It is successively read two terminals in chained list；
The corresponding element of two terminals is searched, and a untapped configuration interface is distributed respectively for two elements；
The element number of two elements, configuration interface number are added separately in cable connection directory.
In a kind of embodiment, cable connection directory includes sequence number, the element number of the first element of cable connection, first
The configuration interface number of element, the element number of the second element of cable connection, the configuration interface number of the second element.
It is that two elements distribute a untapped configuration interface respectively in a kind of embodiment, is specially：
If element is bus bar elements or load cell, the element that bus bar elements or load cell are obtained from element table is compiled
Number, and be that bus bar elements or load cell distribute a untapped configuration interface number；
If element is switch element or impedor, switch element or the corresponding member of impedor are taken out from element table
Part, judges whether the corresponding node number of node number belonging to chained list and element is identical, if differing, the chain is added to element
Node number belonging to table, if identical, judge node number belonging to chained list whether the corresponding node with first terminal of element
It is number whether equal, if equal, to the untapped configuration interface number of first terminal assignment one of element, otherwise, to element
The untapped configuration interface number of second terminal assignment one.
In a kind of embodiment, also include the configuration interface number of distribution while one untapped configuration interface number of distribution
The step of being masked as use state.
According to the cable connection directory automatic generation method of above-described embodiment, due to can be with according to cable connection directory
Configuration interface position is quickly found out, i.e., can by the cable connection directory of generation with cable connection counter element configuration interface
With quick, the easy network for organizing the formation of needs, the competency profiling of configuration personnel is reduced, and the probability of error greatly drops
It is low.
Brief description of the drawings
Fig. 1 is that cable connection directory automatically generates flow chart；
Fig. 2 is impedor configuration interface diagram；
Fig. 3 is switch element configuration interface diagram；
Fig. 4 is bus bar elements configuration interface diagram；
Fig. 5 is load cell configuration interface diagram；
Fig. 6 is configuration screen structural representation；
Fig. 7 is the specific product process figure of cable connection directory；
Fig. 8 is the configuration screen schematic diagram of applicating example；
Fig. 9 is the topological schematic diagram of power system network of the plan configuration of applicating example；
Figure 10 is the graphic elements result schematic diagram corresponding with the element in element table for the network topology for intending configuration；
Figure 11 is the plan configuration network topological diagram that tissue is connected according to cable connection directory.
Embodiment
The present invention is described in further detail below by embodiment combination accompanying drawing.
This example provides a kind of cable connection directory automatic generation method of configuration type moving die system, according to target grid
Topological structure automatically generates cable connection directory, and cable connection is carried out according to cable connection directory, can quick, simplicity group
The topological structure to form the target grid is knitted, the competency profiling of configuration personnel is reduced, and the probability of error is greatly lowered, cable
The flow chart of directory automatic generation method is connected as shown in figure 1, specifically including following steps.
S1：Each element in moving die system is modeled, element table is formed.
The content of element table includes：Screen body position, element correspondence configuration interface where element number, component type, element
Installation site in screen；Wherein, element number is unique, which show the element, i.e., by element number with regard to that can recognize its institute
The element of category, the main element type of moving die system includes impedor (ZK), switch element (KG), bus bar elements (MX) and born
Lotus element (FH), specifically, impedor is used for dummycable and circuit, switch element is used for mimic-disconnecting switch and disconnecting link, female
Set of pieces is used for analog bus, and load cell is used to simulate load；Screen body position where element is finger element correspondence configuration interface
The screen number at place, wherein, every kind of element provides a kind of access interface, and the access interface is referred to as configuration interface, configuration interface with
Pass through fixed cable connection between corresponding element.
In this example, the quantity of the configuration interface of impedor and switch element is respectively 6, the numbering of 6 configuration interfaces
It is followed successively by：1st, 2,3,4,5,6, as shown in Figures 2 and 3, wherein, impedor and switch element include the first terminal and the respectively
The quantity of the configuration interface of two-terminal, the first terminal and Second terminal is 3, e.g., and the numbering of configuration interface is 1,2,3 to connect
Mouthful it is the configuration interface of the first terminal, the interface that the numbering of configuration interface is 4,5,6 is the configuration interface of Second terminal；Bus member
The quantity of the configuration interface of part is 9, its schematic diagram as shown in figure 4, bus bar elements can be by connecting electricity by these interfaces
Cable accesses 9 other elements；The quantity of the configuration interface of load cell is 3, its schematic diagram as shown in figure 5, load cell is logical
Crossing these interfaces can be connected by connection cable with other elements.
In addition, each interface has A, B, C three-phase in above-mentioned configuration interface, and, the unified side to shield body of these interfaces
Formula concentrates deployment, and the combination of these screen bodies is referred to as configuration screen, as shown in fig. 6, position of the screen body in configuration screen with shield number come
Represent, screen number is more close, distance is nearer between screen body.
Element corresponds to installation site specific mounting means of the configuration interface in screen：Whole screen body is divided into 10 from up to down
Individual installation site, the configuration interface of element is arranged on the corresponding installation site in screen body.
S2：The network topology figure for intending configuration is drawn, and network topology figure is expressed as one and includes node number and end
The network connection table of son corresponding relation.
The network topology figure for intending configuration is drawn, the connection between each member terminals is split into by either manually or automatically mode
Relation, a network connection table comprising node number with terminal corresponding relation is expressed as by the annexation；In this example, network
Graphic elements in topology are corresponded with the element in the element table in step 1, i.e. the figure in each network topology structure
The element that element must be corresponded in the element in an element table, each element table can only be with the pattern primitive in a network topology
Part correspondence.
S3：According to the corresponding relation generation between network connection table and the graphic elements and respective element of network topology figure
Cable connection directory.
Step S3 particular flow sheet is as shown in fig. 7, specifically include following steps.
S31：Take out all records of the node number and terminal corresponding relation in network connection table.
S32：According to record by node number identical terminal one chained list of formation, form chained list group and be successively read chained list group
In chained list.
In this example, the number of chained list number and node number in chained list group is corresponded, and chained list includes the node belonging to it
Number, and with all terminals of node number identical, wherein, all terminals of node number identical be by cable connection together,
That is, all terminals in one chained list be by cable connection together.
S33：It is successively read two terminals in chained list.
At least include two terminals in chained list, if chained list includes N number of terminal, when N is more than 2, be successively read in chained list
The reading manner of two terminals is：(1,2), (2,3) ... (n-2, n-1), (n-1, n).
S34：The corresponding element of two terminals is searched, and a untapped configuration interface is distributed respectively for two elements.
Element according to belonging to terminal number can search the terminal number, if the element is bus bar elements or load cell, from
The element number of bus bar elements or load cell is obtained in element table, and one is distributed for bus bar elements or load cell and is not used
Configuration interface number, meanwhile, the configuration interface number of the distribution is masked as use state；
If element is switch element or impedor, switch element or the corresponding element of impedor are taken out from element table
Numbering, judges whether the corresponding node number of node number belonging to chained list and element is identical, if differing, illustrates that the element is not provided with
Node number, then the node number to the element again again belonging to addition chained list, if identical, judges whether is node number belonging to chained list
It is whether equal with the corresponding node number of first terminal of element, if equal, to first terminal assignment one of element not
The configuration interface number used, otherwise, to the untapped configuration interface number of second terminal assignment one of element, likewise, will
The configuration interface number of distribution is masked as use state.
S35：The element number of two elements, configuration interface number are added separately in cable connection directory.
The cable connection directory of this example includes sequence number, the element number of the first element of cable connection, the first element
Configuration interface number, the element number of the second element of cable connection, the configuration interface number of the second element, are to sentence by sequence number
The usage quantity of cable is powered off, is compiled by the element of the element number of the first element, the configuration interface number of the first element, the second element
Number and the second element configuration interface number with regard to place screen body position and the cable connection location of two elements of two elements can be obtained.
Repeat step S33-S35, until completing the cable connection guiding of all terminals in the chained list, repeat step S32-
S35, until the chained list in chained list group is run through, the cable connection directory formation of the network topology of the plan configuration is completed.
For ease of understanding, the process that cable connection directory is automatically formed is exemplified below.
Laboratory is mounted with 10 impedors, 10 switch elements, 10 bus bar elements and 10 load cells, is formed
4 configuration screens, as shown in figure 8, being modeled to each element, form element table, the element table includes 40 data storehouses note
Record, recording the element number of each element, (impedor numbering is 1-10, and switch element numbering is 11-20, bus bar elements numbering
For 21-30, load cell numbering is 31-40), component type, configuration screen number (1-4), and location number (1-10).
Intend the power system network topology of configuration as shown in figure 9, wherein, solid lines represent bus bar elements, thick dashed line bar
Impedor is represented, rectangle represents switch element, and arrow represents load cell.
The network topology figure for intending configuration is drawn, and the graphic elements in network topology figure are corresponded in element table,
The respective action can be manual progress, can also be according to the one-to-one relationship between graphic elements type and component type certainly
Dynamic correspondence, its corresponding result is as shown in Figure 10.
Electricity is generated according to the correspondence system between network connection table and the graphic elements and respective element of network topology figure
Cable connects directory, and its cable connection directory is as shown in the table, according to cable guide table, passes through the corresponding screen number of element interface
Interface position is quickly found out for location number, with cable connection counter element configuration interface, plan configuration as shown in figure 11 is formed
Electric power networks topology.
| Sequence number | First element number | First element interface | Second element number | Second element interface |
| 1 | 21 | 1 | 11 | 1 |
| 2 | 11 | 4 | 1 | 1 |
| 3 | 1 | 4 | 12 | 1 |
| 4 | 12 | 4 | 22 | 1 |
| 5 | 22 | 2 | 13 | 1 |
| 6 | 13 | 4 | 2 | 1 |
| 7 | 2 | 4 | 14 | 1 |
| 8 | 14 | 4 | 23 | 1 |
| 9 | 23 | 2 | 18 | 1 |
| 10 | 18 | 4 | 31 | 1 |
| 11 | 23 | 3 | 15 | 1 |
| 12 | 15 | 4 | 3 | 1 |
| 13 | 3 | 4 | 16 | 1 |
| 14 | 16 | 4 | 24 | 1 |
| 15 | 24 | 2 | 19 | 1 |
| 16 | 19 | 4 | 32 | 1 |
| 17 | 24 | 3 | 17 | 1 |
| 18 | 17 | 4 | 4 | 1 |
| 19 | 4 | 4 | 20 | 1 |
| 20 | 20 | 4 | 25 | 1 |
Therefore, the network for organizing the formation of needs that can quickly, easy by cable connection directory, reduces configuration people
Member competency profiling, and error probability be greatly lowered.
Use above specific case is illustrated to the present invention, is only intended to help and is understood the present invention, not to limit
The system present invention.For those skilled in the art, according to the thought of the present invention, it can also make some simple
Deduce, deform or replace.
Claims (9)
1. the cable connection directory automatic generation method of a kind of configuration type moving die system, it is characterised in that including step：
Each element in moving die system is modeled, element table is formed, the content of the element table includes：Element number, member
Part type, screen body position where element, installation site of the configuration interface in screen of element；
The network topology figure for intending configuration is drawn, and the network topology figure is expressed as one and includes node number and terminal number
The network connection table of corresponding relation；
Electricity is generated according to the corresponding relation between the network connection table and the pel and respective element of the network topology figure
Cable connects directory.
2. cable connection directory automatic generation method as claimed in claim 1, it is characterised in that the component type includes
Impedor, switch element, bus bar elements and load cell.
3. cable connection directory automatic generation method as claimed in claim 2, it is characterised in that the impedor and open
The quantity for closing the configuration interface of element is respectively 6, and the quantity of the configuration interface of the bus bar elements is 9, the load member
The quantity of the configuration interface of part is 3.
4. cable connection directory automatic generation method as claimed in claim 3, it is characterised in that the configuration interface is unified
Deployment is concentrated in the way of shielding body, several described screen bodies are combined into configuration screen.
5. cable connection directory automatic generation method as claimed in claim 4, it is characterised in that the impedor and open
Close element includes the first terminal and Second terminal respectively, and the quantity of the configuration interface of the first terminal and Second terminal is 3
It is individual.
6. cable connection directory automatic generation method as claimed in claim 5, it is characterised in that described according to network connection
Corresponding relation generation cable connection directory between table and the pel and respective element of network topology figure, is specifically included：
Take out all records of the node number and terminal corresponding relation in the network connection table；
According to the record by node number identical terminal one chained list of formation, chained list group is formed, and be successively read the chained list
Chained list in group, the chained list includes the node number belonging to it, and with all terminals of node number identical；
It is successively read two terminals in the chained list；
The corresponding element of described two terminals is searched, and a untapped configuration interface is distributed respectively for two elements；
The element number of two elements, configuration interface number are added separately in cable connection directory.
7. cable connection directory automatic generation method as claimed in claim 6, it is characterised in that the cable connection guiding
Table comprising sequence number, the element number of the first element of cable connection, the configuration interface number of the first element, second yuan of cable connection
The configuration interface number of the element number of part, the second element.
8. cable connection directory automatic generation method as claimed in claim 6, it is characterised in that described is two elements point
Not Fen Pei a untapped configuration interface, be specially：
If the element is bus bar elements or load cell, the bus bar elements or load cell are obtained from the element table
Element number, and be that the bus bar elements or load cell distribute a untapped configuration interface number；
If the element is switch element or impedor, the switch element or impedor pair are taken out from the element table
The element number answered, judges whether the node number belonging to the chained list is identical with the corresponding node number of the element, if differing,
The node number belonging to the chained list then is added to the element, if identical, judge node number belonging to the chained list whether with
Whether the corresponding node number of first terminal of the element is equal, if equal, to first terminal assignment of the element
One untapped configuration interface number, otherwise, to the untapped configuration interface number of second terminal assignment one of the element.
9. cable connection directory automatic generation method as claimed in claim 8, it is characterised in that the distribution one does not make
The step of also including the configuration interface number of distribution being masked as use state while configuration interface number.
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