KR100966102B1 - Track facility management system and method using virtual takeover - Google Patents

Abstract

The present invention relates to a system and a method for managing various track facilities in communication and common areas using a virtual man hole.

In the present invention, a plurality of sets of cables are represented by a single number of straight lines, and a digital accumulation diagram including virtual receiving holes capable of accommodating at least one or more connection points between the cables is provided and provided on the straight lines. At this time, the relationship between the components (including the cable, the connection point between the cable, the virtual acceptance hole that can accommodate at least one connection point, etc.) in the provided drawing is inquired and provided immediately.

Through this, the user can easily manage the track facilities in the drawings provided without missing information.

Communication District, Common Area, Track Facility, Virtual Takeover, Junction, Cable

Description

Line facility management system using virtual acquisition and its method {LINE FACILITY MANAGEMENT SYSTEM USING VIRTUAL MAN HOLE AND METHOD THERE OF THE SAME}

1 is a diagram illustrating a digital accumulation diagram and a stockpile diagram relating to a rail facility according to the prior art, respectively.

2 is a view showing in detail the configuration of the track facility management system according to an embodiment of the present invention.

3A to 3D are diagrams each showing in detail the configuration of information in the cable set DB to the virtual accept hole DB shown in FIG. 2.

4 is a flowchart sequentially illustrating an operation process of a track facility management system according to an exemplary embodiment of the present invention.

5 is a diagram showing in detail the configuration of the source / digital accumulation diagram according to an embodiment of the present invention.

FIG. 6 is a diagram for conceptually explaining a correlation between information in a cable set DB to a virtual acceptance hole DB shown in FIG. 2.

The present invention relates to a track facility management system and a method thereof, and more particularly, to a system and method for managing a complex track facility in communication and community areas.

In general, in the case of expressing the line facilities of communication and common areas, a plurality of sets of cables are densely spaced in the same section, and each set of cables has a large number of connection points. It is very difficult to represent and manage the digital scale drawing.

For example, when using a 1/1000 scale in a digital accumulation drawing, this represents an actual distance of 1 m on the scale drawing, which is typically 0.1 cm on the scale drawing. Most are installed within.

Therefore, it is very difficult not only to display such line facility information separately on the digital accumulation drawing, but also to manage the connection points that exist at close intervals for each cable.

For this reason, in the existing digital scale drawing, for managing line facilities in communication and community areas, multiple sets of cables are represented as a single line using aggregate information, and in order to manage connection points existing in multiple sets of cables and cables, The unfolded drawing, which is a non-scale drawing, was used to manage the interworking with the digital accumulation drawing.

As can be seen from this, the existing digital scale drawing was not helpful for the management of various facilities or facility information in communication and community areas. In other words, the existing digital scale drawings represent only one line of the line facilities from the telephone station symbol to the first man hole for the line facilities in the communication zone and the common zone.

1 is a diagram illustrating a digital accumulation diagram and a stockpile diagram relating to a rail facility according to the prior art, respectively.

As shown in Fig. 1, the existing digital accumulation diagram shows a line facility from a telephone station to a manhole (◎) as a single line, and an existing stockpile, an expanded drawing, exists in a plurality of cables and cables. Only the symbols related to the connection points are represented.

Thus, existing digital scale drawings often not only cause line facilities in communication and community areas to be missing, but this missing information also prevents users from accurately managing facilities using digital accumulated drawings.

The technical problem to be solved by the present invention is to solve such a problem, and by providing a digital accumulation drawing that simply and accurately expresses various information related to the railway facilities in the common and communication districts, the user can create a railway facility without missing the facility information. It is to provide a track facility management system and method using a virtual takeover that can be easily managed and can be provided by inquiring related information between each component (cable, virtual takeover, cable, etc.) in the drawing. .

The line facility management system using a virtual acceptor according to a feature of the present invention for achieving this object, in a system for managing a track facility including cables in the common ward and communication ward, a single number of straight lines of a plurality of cables And an accumulation diagram including a virtual accepting hole capable of accommodating at least one or more connection points between cables on the straight line expressed above, wherein the relationship between components including the virtual accepting hole in the provided drawing is provided. Track facility management server provided by inquiry; And a database management server that manages a database in which information related to various track facility managements, ranging from the various sets of cable related information to connection points between the cables and virtual acceptance information for accommodating at least one of the connection points, is stored.

In this case, the track facility management server provides a source diagram which is an expanded view of the provided accumulation diagram, and provides a topographic map that is mapped one-to-one with a specific area including a common district and a communication district within the source diagram. do.

In addition, the line facility management server represents the plurality of sets of cables as at least one straight line in the source diagram, and each connection point expresses a connection point between the cables on each of the expressed straight lines as a connection point symbol at a corresponding position. Aggregation / management department; A virtual accepting hole generating / managing unit for generating a virtual accepting hole having the same positional information as each of the connection points represented on the source drawing; And a drawing interlocking / providing unit generating and providing an accumulation drawing by interworking with the source drawing including the virtual acceptor represented and the cable belonging to the expressed drawing.                     

In addition, a track facility management method using a virtual receiving hole according to a feature of the present invention, in a method for managing a track facility including a cable in a common ward and a communication ward, a) a plurality of sets of cables represented by a single number of straight lines Generating an accumulation diagram including a virtual receiving hole which can accommodate at least one connection point between cables on the straight line represented above; b) querying and providing an association between components including a virtual acceptance hole in the generated accumulation drawing; And c) providing a source drawing which is an expanded view of the generated accumulation drawing in association with the accumulation drawing.

In addition, a recording medium storing a program according to an aspect of the present invention, the recording medium comprising a method for managing a track facility comprising a cable in the common and communication ports, a) a plurality of cables in a single number of straight lines A function of generating an accumulation drawing including a virtual receiving hole capable of accommodating at least one connection point between cables on the expressed straight line; b) a function of querying and providing an association between components including a virtual acceptance hole in the generated accumulation drawing; And c) a computer-readable recording medium having recorded thereon a program including a function of providing a source drawing which is an expanded view of the generated accumulation drawing in conjunction with the accumulation drawing.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention. Like parts are designated by like reference numerals throughout the specification.

2 is a view showing in detail the configuration of the track facility management system according to an embodiment of the present invention.

As shown in FIG. 2, the track facility management system 200 according to the embodiment of the present invention includes a track facility management server 210 and a database management server 220.

 The line facility management server 210 includes the central control unit 211 and the access point aggregation / management unit 212, the virtual takeover creation / management unit 213, the year view interlocking / providing unit 214, and the related information inquiry / providing unit 215. ).

The database management server 220 includes a cable set DB 221, a cable DB 222, a connection point DB 223, a virtual acceptor DB 224, and a drawing DB 225.

Then, with respect to the track facility management system 200 that forms such a structure, first receiving information about the track facility, such as the cable in the common district and communication section of the specific area from the external user, or request related drawings, track facility management According to the received request, the server 210 first expresses a set of cables, each of which is actually overlapped or multiple connected on the source drawing (-digital stock drawing, expanded drawing), as a single straight line. In this case, each of the straight lines represented is straight lines of a virtual concept.                     

Then, the connection points between the cables on the straight line expressed at a specific symbol in the correct position, and using the position information of the connection points, a virtual man hole is generated for each connection point position.

Thereafter, the line facility management server 210 identifies the association between the virtual acceptance hole and the connection point on the source drawing generated through this process and the corresponding cable through the information in the DB, and then stores the digital accumulation drawing through the association information between the components. Create and provide it with the information to external users.

In detail, the central control unit 211 performs overall central control related to line facility management, such as cable in the common and communication zones, from generating source drawings to generating digital accumulated drawings using the same, and providing generated digital and source drawings. do.

According to the request received from the user, the connection point aggregation / management unit 212 first represents a plurality of sets of cables that are actually overlapped or multiple connected, respectively, in a straight line on the source drawing. The connection point counting / management unit 212 checks whether there is a connection point between the cable in the specific community port and the communication port, and if the connection point exists, the connection point related information (for example, an association including the connection point name and the virtual acceptance number). Relationship information) are loaded into the corresponding memory.

In addition, the connection point counting / management unit 212 uses an installation place (Place) and a point (X, Y point of the connection point location) and an association relationship (cable information connected to the connection point) among the loaded connection point related information. At least one connection point is represented by a specific symbol on the source drawing. At this time, the connection point aggregation / management unit 212 accurately represents the connection point symbol at a position on the source drawing corresponding to the actual connection point position.

The virtual acceptor creation / management unit 213 describes on the source drawing a virtual acceptor (◎) that may include at least one or more connection points using the connection point related information (installation location) expressed in each straight line. do. That is, the virtual acceptance hole generation / management unit 213 describes, in the source drawing, a virtual acceptance hole in which at least one or more connection points can accommodate all the connection points having the same Y point. Have the same Y point value.

The drawing interlocking / providing unit 214 generates and provides a source drawing including a connection point or a virtual receiving hole represented on a straight line, respectively, as a digital accumulation drawing corresponding to the one-to-one, and a digital provided upon request from a user. A source diagram of the accumulation plot is provided along with the associated topographic map.

The related information inquiry / providing unit 215 directly searches and provides related information between a cable, a connection point, and a virtual receiving space required when generating a source or a digital accumulation drawing, and directly provides relevant related information when requested by a user.

For example, when the user requests at least one connection point related information included in the virtual acceptance hole on the digital accumulation drawing, the association information inquiry / providing unit 215 may use the trunk name and acceptance number of the virtual acquisition hole. Inquiries can be made immediately after inquiring where the connection point is actually installed and the cable name.

Next, the database management server 220 manages databases in which information related to various track facility management is stored, ranging from various sets of cable related information to virtual takeover and connection point related information.

The cable set DB 221 stores a plurality of sets of cable related information forming a set of sets in units of sets.

FIG. 3A is a diagram showing in detail the configuration of information in the cable set DB shown in FIG. 2, in which each item in the DB 221 and a description thereof are simultaneously shown.

As shown in FIG. 3A, the cable set DB 221 may include the trunk line name, the total core number, the section length, the granularity of entry, the local surcharge, the aggregate set (-cable set information), the start point, the end point, and the polyline. Information is stored, including the cable-specific location-related polyline-).

The cable DB 222 stores relevant information for each cable in individual units.

FIG. 3B is a diagram showing in detail the configuration of information in the cable DB shown in FIG. 2, in which each item in the DB 222 and a description thereof are simultaneously shown.

As shown in FIG. 3B, the cable DB 222 stores information including a receiving line number, a section distance, a core bow, a cable name, an installation place, a starting point, an ending point, a polyline, and an association relationship.

The connection point DB 223 stores information related to connection points between cables.

FIG. 3C is a diagram illustrating in detail the configuration of information in the connection point DB shown in FIG. 2, in which each item in the DB 223 and a description thereof are simultaneously shown.

As shown in FIG. 3C, the connection point DB 223 stores information related to the trunk line name, the connection point name, the cable name, the installation location, the point, and the association relationship. Through this, it is possible to know what cable is connected to the connection point.

The virtual acceptor DB 224 stores information related to the virtual acceptor for each connection point.

FIG. 3D is a diagram illustrating in detail the configuration of information in the virtual accepting hole DB shown in FIG. 2, in which each item in the virtual accepting hole 224 and a description thereof are simultaneously shown.

As shown in FIG. 3D, the virtual acceptor DB 224 stores information related to the trunk name, the acceptor number, the section plane, the acceptor type, the operation division, the point, and the association. Through this, it is possible to know the connection point related information included in the virtual acquisition.

The drawing DB 225 stores not only the related information but also the digital accumulation drawing and the associated topographical map corresponding one-to-one with the source drawing.

As described above, the line facility management system and method using the virtual acceptance hole according to the embodiment of the present invention first mark a complex set of cables in a straight line, respectively, on the source drawing, and then the connection point symbol between the cables on the marked line. Indicate And, by using the two-dimensional positional relationship of the connection point indicated by the virtual drawing hole that can accommodate at least one connection point having the same location information in the source drawing, the complex and high-level line facilities without missing information It can be accurately expressed and managed.

In addition, such a track facility management system has an association relationship between components represented on a source or digital accumulation diagram (e.g., what kind of cable is connected to the connection point, or exactly how long is the section distance to the connection point for each cable, etc.). By directly searching and providing), information requestor can increase the service satisfaction.

In addition, the track facility management system using a virtual take-up hole according to an embodiment of the present invention, as described above, has described a management method using a cable of the track facilities in the common district and communication district, but this is limited to the present invention In addition, management services may be provided for other track facilities.

Then, the operation process of the track facility management system constituting such a configuration will be found through the accompanying drawings.

4 is a flowchart sequentially illustrating an operation process of a track facility management system according to an exemplary embodiment of the present invention.

Referring to FIG. 4, first, when an external user requests a request for related information or a related drawing about a line facility such as a cable in a common area and a communication area of a specific region, the access point counting / management unit 212 of the line facility management system 200 is requested. ) Represents a plurality of sets of cables that are actually overlapped or multi-connected in a straight line on the source diagram according to the request received from the user (S410).

Thereafter, the connection point counting / management unit 212 checks whether there is a connection point between the cable in the specific community port and the communication port (S420), and if the connection point exists, such connection point related information (for example, the connection point name and the virtual takeover number). The association information including the data) is loaded into the corresponding memory (S430).

In addition, the connection point counting / management unit 212 uses an installation place (Place) and a point (X, Y point of the connection point location) and an association relationship (cable information connected to the connection point) among the loaded connection point related information. At least one connection point is represented by a specific symbol on the source drawing (S440). In this case, the connection point aggregation / management unit 212 accurately represents the connection point symbol at a location on the source drawing corresponding to the actual connection point location, and uses two-dimensional (X, Y point) location information.

Thereafter, the virtual acceptance hole generation / management unit 213 uses the connection point related information (installation place) expressed in each straight line to generate a virtual acceptance hole ◎ that may include at least one connection point on the source drawing. It describes in (S440). That is, the virtual acceptance hole generation / management unit 213 describes, in the source drawing, a virtual acceptance hole in which at least one or more connection points can accommodate all the connection points having the same Y point. Have the same Y point value.

Thereafter, the drawing interworking / providing unit 214 generates and provides a source drawing generated through the above process and a digital accumulation drawing corresponding one-to-one with the source drawing (S450), and provides a related topographical map upon request from a user. do.

5 is a diagram showing in detail the configuration of the source / digital accumulation diagram according to an embodiment of the present invention.                     

As shown in FIG. 5, the source diagram (left) according to an embodiment of the present invention includes a plurality of virtual straight lines and connection points on a virtual straight line connected to a telephone station, and at least one connection point having the same location information. Virtual takeovers and the like.

In addition, the digital accumulation diagram (right) corresponding to the source drawing one-to-one includes a single number of straight lines connecting all of the plurality of virtual straight lines, and the virtual drawing hole and the virtual receiving hole are arranged on the single straight line. Connection points between the cables to which they belong are included.

As such, the line facility management system according to the embodiment of the present invention displays a single number of cables overlapping or connected to each other in a straight line of a virtual concept, and then displays the same position information (same cable and the same Y point) on the straight line. Generate and provide a digital accumulation diagram indicating a virtual acceptance hole that can accommodate at least one cable connection point having information, etc.). Through this, it is possible to easily manage the various line facilities in the communication and community premises without missing information.

Next, the association information inquiry / provider 215 directly retrieves the association information between the cable, the connection point and the virtual acceptance hole required for generating the source or the digital accumulation drawing from the corresponding database, and provides the information to each functional unit (S460). Inquiry is provided immediately upon request.

That is, when the user requests at least one connection point related information included in the virtual acceptance hole on the digital accumulation drawing, the association information inquiry / providing unit 215 uses the edge name and acceptance number of the virtual acceptance hole to access the connection point. The actual installed place, the cable actually connected, and the distance from the connection point to each cable can be provided immediately after inquiry.

FIG. 6 is a diagram for conceptually explaining a correlation between information in a cable set DB to a virtual acceptance hole DB shown in FIG. 2.

As shown in FIG. 6, the cable set information includes an LCOSET item associated with a cable name (CABNAME) in the cable information, and the cable information is associated with the connection point name (SPLNAME) in the connection point information. Contains the relationship ICPTEST. This association item is associated with a MANNO in the virtual takeover information.

In addition, the trunk name BRNAME and acceptance number MANNO in the virtual acceptance information are correlated with the entry item PLACE in the connection point information. This means that the information of the specific connection point (for example, installation location, etc.) contained in the acceptor can be known only by the trunk name of the acceptor and the acceptor number.

Next, the line facility management server 210 checks whether there is an additional information request or a drawing request from the user (S470), and if there is an additional request as a result of the check, repeats the above-described operation process, while there is no additional request. The above operation is terminated.

As such, the track facility management system and method using the virtual acceptor according to an embodiment of the present invention provide a digital accumulation drawing that simply and accurately represent the information related to the track facility in the common and communication districts, thereby allowing the drawing user to Easily manage track facilities without omissions. In addition, by directly querying and providing the association information between each component (cable, virtual takeover, cable, etc.) in the provided drawings, the information users can bring the increase in satisfaction.

The drawings and detailed description of the invention are merely exemplary of the invention, which are used for the purpose of illustrating the invention only and are not intended to limit the scope of the invention as defined in the claims or in the claims. Therefore, those skilled in the art will understand that various modifications and equivalent other embodiments are possible from this. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

The track facility management system and method using the virtual acceptor according to the present invention are provided by the user by providing a digital accumulation drawing or a source drawing that simply and accurately expresses information related to various track facilities in the common area and the communication area. It is possible to easily manage the track facilities within the facility without missing information.

In addition, the present invention has the effect of allowing the information users to increase the satisfaction by providing a direct inquiry of the association information between each component (cable, virtual take-up hole and cable, etc.) in the drawings provided.

Claims (10)

A system for managing track facilities including cables in common and telecommunications districts, A plurality of sets of cables are represented by a single number of straight lines, and an accumulation drawing including a virtual receiving hole for accommodating at least one or more connection points between the cables is provided on the expressed straight line, and the virtual receiving hole in the provided drawing is provided. A track facility management server for querying and providing an association between components including a; And A database management server that manages a database that stores information related to management of various track facilities, from the various sets of cable related information to connection points between the cables and virtual acceptance information to accommodate at least one of the connection points. Including, The track facility management server, Provide a source drawing, which is an expanded view of the provided accumulation drawing, and provide a topographical map that is mapped one-to-one with a specific area including common and communication areas in the source drawing. system. delete The method of claim 1, The track facility management server, A connection point counting / management unit for representing the plurality of sets of cables in at least one straight line in the source diagram, and expressing connection points between the cables on each of the expressed straight lines as connection point symbols at respective positions; A virtual accepting hole generating / managing unit for generating a virtual accepting hole having the same positional information as each of the connection points represented on the source drawing; And Drawing interworking / providing unit for generating and providing an accumulation drawing through interworking with the source drawing including the virtual acceptor and the cable belonging to the above-described virtual acceptor Track facility management system using a virtual takeover comprising a. The method of claim 3, The track facility management server, Association information inquiry unit for inquiring and providing an association between a cable in the provided accumulation diagram and the connection point between the cables and a component including a virtual receiving hole including at least one connection point. Track facility management system using a virtual takeover further comprising. 5. The method of claim 4, The related information inquiry unit, And providing connection point information including an actual position of a connection point belonging to the virtual acceptance hole, using the trunk name and the acceptance hole number of the virtual acquisition hole located on the single number of straight lines. Used rail facility management system. In the method for managing a track facility comprising a cable in a common ward and a communication ward, a) expressing a plurality of sets of cables as a single number of straight lines, and generating an accumulation drawing including a virtual receiving hole which can accommodate at least one or more connection points between the cables on the expressed straight lines; b) querying and providing an association between components including a virtual acceptance hole in the generated accumulation drawing; And c) providing a source drawing which is an expanded view of the generated accumulation drawing in association with the accumulation drawing; Including, Step c) is Providing a topographic map that is mapped one-to-one with a specific area including common and communication zones in the source diagram provided above Track facility management method using a virtual takeover comprising a. delete In the method for managing a track facility comprising a cable in a common ward and a communication ward, a) expressing a plurality of sets of cables as a single number of straight lines, and generating an accumulation drawing including a virtual receiving hole which can accommodate at least one or more connection points between the cables on the expressed straight lines; b) querying and providing an association between components including a virtual acceptance hole in the generated accumulation drawing; And c) providing a source drawing which is an expanded view of the generated accumulation drawing in association with the accumulation drawing; Including, Step a) is Expressing the various sets of cables in at least one straight line in the source diagram, and then expressing connection points between the cables as connection point symbols on each of the expressed straight lines; Generating virtual receiving holes having the same positional information as each of the connected points and expressing them on the source drawing; And Generating and providing an accumulation drawing through interworking with the source drawing including the virtual acceptor and the cable belonging to Track facility management method using a virtual takeover comprising a. The method of claim 8, Step b), Providing connection point information including an actual position of a connection point belonging to the virtual acquisition hole using the trunk name and the acceptance number of the virtual acquisition hole located on the single number of straight lines; Track facility management method using a virtual takeover comprising a. Claims [1] A recording medium comprising a method for managing a track facility including a cable in a common ward and a communication ward. a) expressing a plurality of sets of cables as a single number of straight lines, and generating an accumulation drawing including a virtual receiving hole which can accommodate at least one connection point between the cables on the expressed straight lines; b) a function of querying and providing an association between components including a virtual acceptance hole in the generated accumulation drawing; And c) a function of providing a source drawing which is an expanded view of the generated accumulation drawing in conjunction with the accumulation drawing; Including, C) the function is, A function of providing a topographic map that is mapped one-to-one with a specific area including common areas and communication zones in the provided source drawing. A computer-readable recording medium having a program recorded thereon.

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