JP2003233629A - Management system and management method for cable - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To use a system diagram as a user interface and update various data through the system diagram. <P>SOLUTION: A linkage program 31 links equipment system data and drawing system data both stored and associated with each other in a database management system 5, and at least either a linked system diagram or circuit/equipment information is displayed on a screen of a display device 4. At rewriting of a system diagram, an updating program 32 associates and dissociates the drawing system data and the equipment system data according to the rewritten system diagram; and equipment system data linked to and newly associated with the system diagram, equipment system data dissociated from the system diagram, and drawing system data on the rewritten system diagram are stored in a server 7. The system diagram displayed on the display device 4 is used as a user interface. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cable management system and its management method, and more particularly to a cable management system and its management method according to the drawings.

[0002]

2. Description of the Related Art Generally, in a cable management system, a cable is stored in advance in a database by searching for a corresponding management drawing from a booklet or a document in which a large number of management drawings drawn in the form of paper are spelled. The data to be updated is written to the corresponding control chart by referring to each data of the installation location and the equipment installation place, and the control chart is created. And, for example, in the case of searching for a vacant line candidate for a cable in a desired section, a station equipment configuration drawing or line accommodation breakdown in which information in the station of each business office managed in the form of a booklet or documents is described. The data is pulled out onto the desk, and the inquiry is repeated based on the drawings and the data written on the paper.

Since the conventional cable management is performed as described above, there is a problem that it takes time to construct the line. Also, when constructing a circuit, if it is not possible to roughly estimate which relay station has what kind of circuit breakdown, work efficiency will be poor, and the experience and intuition of a forceful worker will have to be relied upon. There is a problem that there is no. In order to solve such a problem, conventionally, a method of managing a cable based on a drawing created by CAD has been proposed.

[0004]

However, even in the conventional cable management system using CAD, since the drawing data and the equipment system data of the line / equipment information stored in the database are separately managed, the CAD
Based on the desired plan while calling and inquiring the line / facility information of the corresponding cable and facility installation location for the control diagram (line diagram such as system diagram or single line connection diagram) called on the screen by I am trying to rewrite it. Therefore, there is a problem that it takes time to rewrite the management drawing. Also, since inquiries are done manually,
Uncertainty due to human error is unavoidable, and there is a problem in terms of work efficiency.

The present invention has been made to solve the above-mentioned problems, and provides a cable management system and a management method thereof that can configure and manage a line with a simple structure and quickly and easily. The purpose is to do.

[0006]

In a cable management system according to the present invention, a database storing facility data in which line / facility information including cables is converted into data in advance, and a database associated with the line / facility information are associated with the database. Storage means for updatable storage of the system diagram as drawing system data, and at least one of line / facility information and system diagram is displayed on the screen based on the data stored in these database and storage means. A display device and an input device capable of retrieving and displaying a desired system diagram or line / facility information from storage means on the screen of the display device and rewriting the displayed system diagram, and a command from the input device Based on the above, the equipment stored in the database and the storage means by the control program stored in the main memory and associated with each other. Linked data and drawing data, linking means for displaying at least one of the linked systematic diagram and / or line / facility information on the screen of the display device, and when the systematic diagram was rewritten by the input device, it was rewritten. It has an updating means for associating and disassociating the drawing system data with the facility system data based on the system diagram, and the facility system data linked to this system diagram by rewriting and newly associated, and the rewriting process. The system diagram is provided with a central processing unit that stores the facility system data that has been released from the association with this system diagram and the drawing system data of the rewritten system diagram in the storage means, and displays the system diagram displayed on the display device as a user interface. It is intended to be used as.

In the cable management system according to the present invention, a database storing equipment system data in which line / equipment information including cables is stored in advance, and
At least one of the line / facility information and the system diagram on the screen based on the storage means that stores the system diagram associated with the facility information as drawing system data in an updatable manner, and the data stored in the database and the storage unit. A display device for displaying either one and an input device capable of retrieving and displaying a desired system diagram or line / facility information from the storage means on the screen of the display device and rewriting the displayed system diagram are provided. Based on a command from the input device, the facility program data and the drawing system data stored in the database and the storage means and linked with each other are linked by the control program stored in the main memory, and the linked system diagram or line is linked.・ Cooperation means for displaying at least one of the equipment information on the screen of the display device, and the system by the input device Has a renewal means for associating and canceling the association between the drawing system data and the equipment system data based on the rewritten system diagram, and by rewriting, the system is linked to this system diagram and newly associated. Displayed on the display device, including the facility system data, the facility system data whose association with the system diagram has been canceled by rewriting, and the central processing unit that stores the drawing system data of the rewritten system diagram in the storage means. By using the generated system diagram as a user interface,
Even if the facility data and the drawing data are managed separately, when the system diagram is rewritten and the facility is added, changed, or deleted, the related line / facility information can be displayed on the screen. Therefore, the inquiry work becomes easy. The rewriting work is performed based on the line / facility information displayed on the screen. Therefore, the rewriting work becomes efficient. Further, in the displayed system diagram, the registration itself of the drawing system data is the registration of the facility system data, so that an erroneous association does not occur and an error is suppressed. Also,
Since the system diagram and the line / facility information that are always associated with each other are linked, the related system diagram can be displayed from the called line / facility information on the screen. Since the systematic diagram displayed on the screen can be used as a user interface in this way, the drawing work is facilitated and the cable management is made efficient.

In the cable management system according to the second aspect, the updating means is such that when the system diagram is rewritten by the input device,
Based on the rewritten system diagram, the key code associated with each other based on the predetermined key code system is added to the drawing system data and equipment system data newly added to the system diagram, and the system before rewriting The key code assigned to the drawing-related data deleted from the drawing and the equipment-related data linked to and associated with this drawing-related data is deleted. When the information is called, the key code given to the equipment system data of the called line / equipment information is compared with the key code given to the drawing system data, and the drawing system data corresponding to the equipment system data is compared. When the system diagram is called by the input device and the key code assigned to the drawing system data of the called system diagram is linked to the equipment system data. The key code assigned to the device is compared and linked to the equipment data corresponding to the drawing data, and the line / equipment information of the equipment data linked to each other or the system diagram of the drawing data is displayed. It can be displayed in association with the screen of.

In the cable management system according to the second aspect, the updating means, when the system diagram is rewritten by the input device,
Based on the rewritten system diagram, the key code associated with each other based on the predetermined key code system is added to the drawing system data and equipment system data newly added to the system diagram, and the system before rewriting The key code assigned to the drawing-related data deleted from the drawing and the equipment-related data linked to and associated with this drawing-related data is deleted. When the information is called, the key code given to the equipment system data of the called line / equipment information is compared with the key code given to the drawing system data, and the drawing system data corresponding to the equipment system data is compared. When the system diagram is called by the input device and the key code assigned to the drawing system data of the called system diagram is linked to the equipment system data. The key code assigned to the device is compared and linked to the equipment data corresponding to the drawing data, and the line / equipment information of the equipment data linked to each other or the system diagram of the drawing data is displayed. Since it can be displayed in association with the screen of, the key code is given to the equipment system data and the drawing system data based on the predetermined key code system, and the association is performed based on this key code. Data can be associated with drawing data with a simple configuration,
The linking work is simplified and the linking is done quickly. Therefore, the processing speed can be increased and the work efficiency can be improved. Moreover, when the displayed system diagram is rewritten, the key code given before the rewriting is deleted, and a new key code is automatically given to each data that will be associated after the rewriting. Even if rewriting is repeated, it is surely associated with the line / facility information. Therefore, displaying the system diagram linked to the line / facility information is speeded up, and inquiry work and rewriting work are made more efficient.

According to a third aspect of the cable management system, in the system diagram displayed on the screen of the display device, a line segment corresponding to a desired cable displayed on the system diagram by an input device or a facility installation location. When the symbol corresponding to is selected, the line / facility information of the cable or the facility installation location selected based on the assigned key code is displayed on the same screen.

In the cable management system according to the third aspect of the present invention, a line segment corresponding to a desired cable displayed on the system diagram by the input device or a facility installation location is displayed with respect to the system diagram displayed on the screen of the display device. When the symbol corresponding to is selected, the line / facility information of the cable or facility installation location selected based on the assigned key code is displayed on the same screen. At this time, the line / facility information of the desired facility on the system diagram is displayed on the same screen. For this reason, since it is possible to work while checking the details of the equipment system data on the screen, it is possible to manage the cables finely and accurately regardless of the skill level of the operator.

According to a fourth aspect of the cable management system, when the drawing-related data and the equipment-related data are linked and stored in the storage means, the effective period is determined according to the desired plan for the drawing-related data and the equipment-related data. The date information for determining the date is added and stored, and the desired date can be input by the input device, and the linking means links the drawing data and the equipment data with the date. is there.

In the cable management system according to the fourth aspect, when the drawing-related data and the equipment-related data are linked to each other and stored in the storage means, the effective period is set according to the desired plan for the drawing-related data and the equipment-related data. By adding and storing the date information that determines, the desired date can be entered by the input device, and the linking means links the drawing data and the equipment data with the date. A virtual system diagram can be created by designating a desired future date or period based on the date input by the input device.

In the cable management system according to claim 5, the key code system is such that the key code system of the cable to which a key code is systematically added based on the connection relationship and the attribute of the cable and the connection relationship of the mechanical closure. And a key code system of a mechanical closure to which a key code is systematically added based on an attribute.

In the cable management system according to the fifth aspect of the present invention, the key code system is such that the key code system of the cable to which the key code is systematically added based on the connection relationship and the attribute of the cable and the connection relationship of the mechanical closure. And a mechanical closure key code system to which a key code is systematically added based on the attributes and attributes, thereby constructing a key code system based on the facility system attributes and connection relationships. Therefore, in this key code system, it is only necessary to add a minimum number of key codes that satisfy a logically reasonable requirement, and the amount of data to be stored can be reduced.

According to a sixth aspect of the cable management system, the equipment system data includes cable master data containing at least detailed cable information, core wire master data containing usage information for each core wire, and cable-to-cable data. Cable connection data including connection relationship information, core wire connection data including connection relationship information for each core wire in the cable, and mechanical closure master data including detailed mechanical closure information Is.

In the cable management system according to the sixth aspect, the equipment system data includes cable master data containing at least detailed cable information, core wire master data containing usage information for each core wire, and cable-to-cable data. Included cable connection data including connection relationship information, core connection data including connection relationship information for each core in the cable, and mechanical closure master data including detailed mechanical closure information. Will link the displayed system diagram with various detailed information,
Fine-grained management is possible.

According to a seventh aspect of the cable management system, the cable key code system includes a self-end point key code, a mating end point key code, a device model key code and a serial number, and a mechanical closure key code. The system includes a self-end location key code, a device model key code, and a serial number.

In the cable management system according to claim 7, the cable key code system includes a self-end location key code, a mating end location key code, a device model key code, and a serial number, and a mechanical closure key code. The system includes the self-end point key code, the device model key code, and the serial number, so that the connection relationship between the cable and the mechanical closure, the model and the ID.
Since the key code is composed of the serial number as the code, it becomes easy to grasp the line, equipment and device.

In the cable management system according to the eighth aspect, the drawing system data comprises a system diagram drawn on the screen of the display device based on a predetermined biaxial coordinate system. Drawing location information that draws the installation location with a predetermined symbol based on the coordinate information according to the equipment installation location,
A line between facility installation locations is configured as a line segment in the drawing and drawing line segment information drawn based on the coordinate information of the drawing position information.

In the cable management system according to the eighth aspect, the drawing system data comprises a system diagram drawn on the screen of the display device based on a predetermined biaxial coordinate system. Drawing position information that draws the installation location with a predetermined symbol based on the coordinate information according to the equipment installation location,
The system diagram and the facility installation site on the system diagram are constructed by configuring the line between the facility installation sites as a line segment in the drawing and the drawing line segment information drawn based on the coordinate information of the above drawing location information. Since each position information is processed as numerical data that specifies coordinates instead of as graphic data, the amount of data to be stored can be reduced, and the device can be downsized and the system can be simplified. In addition, the processing speed is increased and the work efficiency is improved.

In the cable management system according to the ninth aspect, the drawing system data includes single line connection diagram information drawn as a single line connection diagram on the screen of the display device.

In the cable management system according to the ninth aspect, the drawing-related data includes the single-line connection diagram information drawn as a single-line connection diagram on the screen of the display device, so that the systematic diagram is displayed during the work. If the cable or equipment installation location in the system diagram is selected, the corresponding single line connection diagram can be displayed on the same screen. If the single line connection diagram is displayed, the single line connection diagram is displayed. If you select a cable or facility installation location inside, the system diagram corresponding to it can be displayed on the same screen.
Therefore, a single-line connection diagram can be created with reference to the system diagram, and a system diagram can be called from the single-line connection diagram, so that usability as a user interface is improved and work efficiency is improved.

According to a tenth aspect of the present invention, in a cable management system, a cable and a mechanical closure at an insertion point are selected by an input device according to a desired cutting plan on a system drawing displayed on a screen of a display device. Then, the new cable is displayed on the screen based on the key code newly added by the key code system, the original cable is erased, and the line / facility information of the original cable is changed to the line / facility information of the new cable. It has an interrupting means for transferring.

In the cable management system according to the tenth aspect, for the system diagram displayed on the screen of the display device,
If you select the cable and the mechanical closure at the cut-out location according to the desired cut-out plan with the input device,
A new cable is displayed on the screen based on the key code newly added by the key code system, the original cable is erased, and the line / facility information of the original cable is transferred to the line / facility information of the new cable. By providing the interrupting means, the line / equipment information of the original cable can be automatically transferred to the line / equipment information of the new cable on the system diagram at the time of interruption. It can be done easily.

According to the eleventh aspect of the cable management system, on the screen of the display device, an item-specific display is provided in which the color of the cable is designated and displayed according to the type of the item of cable specifications.
The number of cores is displayed by specifying the color of the cable according to the number of cores of each cable, and the display according to the year by specifying the color of the cable according to the year when the cable is used. For each year of the date of start of use, display by period of the year by specifying the color of the cable for each desired period, and for each cable that includes the cores of the selected item that is displayed when the number of shared cores is acquired Display by sharing by displaying the color by specifying the color, and by system name by specifying the color of the cable by the system name of the cable specifications
Each of the standard display, in which the color of all cables is designated as a single color, and the long / core number character color display, which is displayed when the length / core number is displayed and is designated by the color of the display character A desired display can be selected from the displays.

In the cable management system according to the eleventh aspect, on the screen of the display device, an item-based display in which the color of the cable is designated and displayed according to the type of the item of cable specifications, and a core wire of each cable is displayed. The number of cores is displayed by specifying the cable color according to the number of cables, the number of cores is displayed by specifying the color of the cable according to the year when the cable is used, and the date when the cable is used About the year Display by specifying the color of the cable for each desired period Displayed by period of the year and displayed when acquiring the number of shared cores and specifying the color for each cable including the selected cores Display by sharing, display by system name by specifying the color of the cable according to the system name of the cable specifications, standard display by specifying all cables as a single color, and length / core Appears when the number display, among the display of the specified by route length, core number character color display that displays the color of the display character, by you can select a desired display,
At the time of work, different colors are displayed on the screen of the display device for each cable item, number of cores, year, year period, shared, system name, and crossover length / number of cores. In addition to being able to specify and display, in the standard display, all cables can be specified and displayed as a single color, which facilitates work.

In the cable management method according to the present invention, a database storing facility data in which line / facility information including cables is stored in advance, and a system diagram associated with the line / facility information are used as drawing system data. And a display device for displaying at least one of line / facility information and a system diagram on a screen based on the data stored in the database and the storage device. On the screen of, the desired system diagram or line / facility information is called from the storage means and displayed, and the displayed system diagram is rewritable and the input device is rewritable. The facility-based data and the drawing-based data stored in the database and the storage means and related to each other by the stored control program. Based on the rewritten system diagram when the system diagram is rewritten by the input device and the linking means for linking the It has an updating means for associating and canceling the association between this systematic diagram and the line / facility information, and the facility system data linked and newly associated with this systematic diagram by rewriting and this systematic diagram by rewriting A central processing unit for storing the facility system data that has been released from the association and the rewriting system diagram drawing system data in the storage means is provided. It is displayed by linking with equipment information, and when rewriting the system diagram, the drawing-related data and the equipment-related data that are not related to each other are related to each other and related to each other. The relationship between the drawing data and the equipment data that was previously set is released based on the rewritten system diagram, and the drawing system data and the equipment system data that are associated with each other are linked, and the linked system diagram or line / equipment information After displaying at least one of the above on the screen of the display device, the drawing-related data and the equipment-related data that are associated with each other, and the drawing-related data and the equipment-related data that are released from the association are stored in the storage means, The system diagram displayed on the display device is used as a user interface.

In the cable management method according to the present invention, a database that stores equipment system data in which line / equipment information including cables is stored in advance, and a system diagram associated with this line / equipment information is used as drawing-related data. And a display device for displaying at least one of line / facility information and a system diagram on a screen based on the data stored in the database and the storage device. On the screen of, the desired system diagram or line / facility information is called from the storage means and displayed.
An input device capable of rewriting the displayed system diagram, and facility system data stored in the database and the storage means by the control program stored in the main memory based on a command from the input device and associated with each other. Linking means for linking drawing system data and displaying at least one of the linked system diagram or line / facility information on the screen of the display device, and the system diagram rewritten when the system diagram is rewritten by the input device Based on this, there is an updating means for associating and disassociating this system diagram with the line / facility information, and by rewriting, the system data linked to this system diagram and newly associated, and by rewriting this system Stores facility data that has been disassociated from the diagram and drawing system data of the rewritten system diagram. It has a central processing unit to store in the system, and when the system diagram is inquired, it is displayed on the display device by linking the system diagram with related line / facility information, and when the system diagram is rewritten, the drawing system data that are not related to each other And facility data are associated with each other, the relation between the drawing data and the facility data that have been associated with each other is canceled based on the rewritten system diagram, and the drawing system data and the facility data that are associated with each other are linked. Then, after displaying at least one of the linked systematic diagram and / or line / facility information on the screen of the display device, the drawing-related data and the equipment-related data that are associated with each other, and the drawing-related data that are disassociated And equipment data are stored in the storage means,
By using the system diagram displayed on the display device as a user interface, it is possible to display the system diagram when inquiring the system diagram, even if the facility system data and the drawing system data are managed separately. The line / facility information to be used can be displayed on the screen. Therefore, the inquiry work becomes easy. When rewriting the system diagram and adding, changing, or deleting equipment, related line / facility information can be displayed on the screen and work can be performed based on the displayed line / facility information. Therefore, the rewriting work becomes efficient. Further, in the displayed system diagram, the registration of the drawing system data itself becomes the registration of the facility system data, so that an erroneous association does not occur and an error is suppressed.
In addition, since the system diagram and the line / equipment information are always associated with each other, they are linked to each other.
The related system diagram can be displayed from the facility information. Since the systematic diagram displayed on the screen can be used as a user interface in this way, the drawing work is facilitated and the cable management is made efficient.

The cable management method according to claim 13 is as follows:
By the updating means, when rewriting the system diagram by the input device,
Based on the rewritten system diagram, a key code associated with each other based on a predetermined key code system is added to the drawing system data and equipment system data newly added to the system diagram, and the system before rewriting The key code assigned to the drawing data deleted from the drawing and the equipment data linked to and related to this drawing data is deleted, and the linking means allows the line device to be displayed on the screen of the display device by the input device. When the equipment information is called, the key code given to the equipment system data of the called line / equipment information is compared and compared with the key code given to the drawing system data, and the drawing system corresponding to the equipment system data. When the system is linked with the data and the system diagram is called by the input device, the key code assigned to the drawing system data of the called system diagram is set. The key code assigned to the system data is compared and linked to the facility system data corresponding to the drawing system data, and the line / facility information of the facility system data or the system diagram of the drawing system data linked to each other is linked. It is possible to display by associating on the screen of the display device, and at the time of inquiry of the system diagram, the key code given to the drawing system data of the system diagram by the linking means is compared with the key code given to the equipment system data, and contrasted. The system diagram is displayed on the screen of the display device by linking it with the facility system data corresponding to the drawing system data, and at the time of rewriting the system diagram, the drawing system data newly added to the system diagram and having no key code added to each other. Key codes related to each other based on the key code system are added to the equipment system data, and key codes related to each other are deleted from the system diagram before rewriting. By deleting the respective key codes from the given drawing data and equipment system data, linking the drawing system data and equipment system data to which key codes related to each other are linked, and the linked system diagram or line / equipment At least one of the information is displayed on the screen of the display device, and after the display, the drawing-related data and the equipment-related data that are related to each other are stored in the storage device together with the assigned key code, and the drawing-related data that is disassociated. The key code to which the data and the facility data are given is deleted and stored in the storage means.

In the cable management method according to the thirteenth aspect, when the updating unit rewrites the system diagram by the input device, the drawing system data and the facility system newly added to the system diagram based on the rewritten system diagram. A key code associated with each other based on a predetermined key code system is added to the data, and drawing system data deleted from the system diagram before rewriting and equipment system data linked to and associated with this drawing system data When the line code / equipment information is called by the input device on the screen of the display device by deleting the key code assigned to and, the linking means is added to the equipment system data of the called line / equipment information. The key code is compared and contrasted with the key code assigned to the drawing data, and linked to the drawing data corresponding to the equipment data. When a system diagram is called by the input device, the key code assigned to the drawing system data of the called system diagram is compared with the key code assigned to the equipment system data, and the equipment corresponding to the drawing system data is compared. Linking with system data, it is possible to display the line / equipment information of the facility system data linked to each other or the system diagram of the drawing system data in association with each other on the screen of the display device. The key code assigned to the drawing system data in the figure is compared with the key code assigned to the equipment system data, linked to the facility system data corresponding to the drawing system data, and the system diagram is displayed on the screen of the display device. When displaying and rewriting the system diagram, a key code body is added to the drawing system data and facility system data that are newly added to the system diagram and are not assigned key codes. Key codes related to each other are added based on the above, and each key code is deleted from the drawing data and the equipment system data that were deleted from the system diagram before rewriting and the key codes related to each other were added. By linking the drawing system data with the code and the equipment system data, at least one of the linked system diagram or line / facility information is displayed on the screen of the display device, and after the display, the related drawing system Data and facility data are stored in a storage device together with an assigned key code, and the key code assigned to the drawing-related data and facility data that have been disassociated is deleted and stored in the storage means. By doing so, when referring to the systematic diagram, the association is performed based on the key code given in advance based on the key code system. This simplifies the association between equipment data and drawing data and links them quickly. Therefore, the processing speed can be increased and the work efficiency can be improved. Also, when the system diagram is rewritten, the key code that was given before the rewriting is deleted, and a new key code is automatically given to each data that will be related after the rewriting. However, it is surely associated with the line / facility information. Therefore, displaying the system diagram linked to the line / facility information is speeded up, and inquiry work and rewriting work are made more efficient.

A cable management method according to claim 14 is:
When referring to the system diagram, when selecting the desired cable or facility installation location displayed on the system diagram with the input device for the displayed system diagram, the cable or facility selected based on the assigned key code. The line / facility information of the installation location is displayed on the same screen.

In the cable management method according to claim 14, when the system diagram is inquired, when the desired cable or equipment installation place displayed on the system diagram is selected from the system diagram displayed by the input device, it is given. By displaying the line / equipment information of the relevant cable or equipment installation location selected based on the selected key code on the same screen, the system will be displayed on the same screen when the system diagram is inquired or rewritten. It is possible to display the line / facility information of the desired facility. For this reason, since it is possible to work while checking the details of the equipment system data on the screen, it is possible to manage the cables finely and accurately regardless of the skill level of the operator.

A cable management method according to claim 15 is:
When the drawing-related data and the equipment-related data are linked to each other and stored in the storage means, the drawing-related data and the equipment-related data are added with date information for determining an effective period according to a desired plan, and stored. When the desired date is input, the linking means links the drawing system data and the facility system data with the date to display the system diagram corresponding to the desired date.

In the cable management method according to the fifteenth aspect, when the drawing-related data and the equipment-related data are linked to each other and stored in the storage means, the effective period is set according to the desired plan for the drawing-related data and the equipment-related data. When the desired date is input with the input device, the drawing-related data and equipment-related data are linked with the date, and the desired date is determined. By displaying the system diagram according to it, if you specify the future date with the input device, you can display the line configuration diagram corresponding to that date, so you can create a virtual line configuration diagram. can do.

A cable management method according to claim 16 is as follows:
The drawing system data contains system diagram data drawn as a system diagram on the screen of the display device, and single line connection diagram data drawn as a single line connection diagram, and either one of the system diagram or the single line connection diagram is stored. When is displayed on the screen of the display device, when the desired cable or equipment installation place on the displayed diagram is selected by the input device, the other diagram corresponding to the selected cable or equipment installation place is displayed on the same screen. It is designed to be displayable in.

In the cable management method according to the sixteenth aspect, the drawing system data includes system diagram data drawn as a system diagram on the screen of the display device and single line connection diagram data drawn as a single line connection diagram. When either the system diagram or the single line connection diagram is displayed on the screen of the display device when it is accommodated and the desired cable on the displayed diagram or the facility installation location is selected by the input device, the selected cable Alternatively, when the system diagram is displayed on the screen by enabling the other diagram corresponding to the equipment installation location to be displayed on the same screen, selecting the cable or equipment installation location in this system diagram , The corresponding single line connection diagram can be displayed on the same screen, and if the single line connection diagram is displayed on the screen, the cable or equipment in this single line connection diagram Selecting local disks, the system diagram corresponding thereto can be displayed on the same screen. For this reason, it is possible to create a single line connection diagram with reference to the system diagram, and to call the system diagram from the single line connection diagram,
The usability as a user interface is improved and work efficiency is improved.

A cable management method according to claim 17 is as follows:
When performing a cut into the system diagram in which the cables are displayed on the screen of the display device and the cable and the mechanical closure at the cut position are selected by the input device by the input device according to the desired cut plan. , A new cable is displayed on the screen based on the newly added key code, the original cable is erased, and the line / facility information of the original cable is transferred to the line / facility information of the new cable. It is a thing.

In the cable management method according to the seventeenth aspect, when the system diagram displayed on the screen of the display device and displaying the cables is to be interrupted, a desired interruption plan is made by the input device by the interruption device. If you select the cable and mechanical closure at the cut point, the new cable is displayed on the screen based on the newly assigned key code, the original cable is erased, and the line and equipment information of the original cable is displayed. By transferring to new cable line / facility information, at the time of interruption, on the system diagram,
Since the line / facility information of the original cable is automatically transferred to the line / facility information of the new cable, the interruption work can be easily performed.

[0040]

BEST MODE FOR CARRYING OUT THE INVENTION The present invention will be described below with reference to embodiments shown in the drawings. FIG. 1 is a system configuration diagram of a cable management system according to a first embodiment of the present invention, and FIGS. 2 and 3 are conceptual explanatory diagrams of the system, respectively. As shown in FIG. 1, a cable management system according to the present embodiment includes an input device 3 such as a keyboard and a mouse, a display device 4 for displaying on a CRT screen and printing by a printer as needed, and a display device 4 for these. A computer system including a computer (central processing unit) 2 that controls the input device 3 and the display device 4 to execute processing, and a database management system 5 that is connected to the computer 2 and manages a database such as line data Composed. The computer 2 includes a CPU 2A and a main memory 2B in which a control program is written. The database management system 5 includes a database 6 and a server (storage means) 7.

In the database management file 5A stored in the database management system 5, as shown in FIG. 2, cables, core wires, connection relationships between cables, connection relationships for each core wire, lines / equipment such as mechanical closures, etc. Is stored as equipment data. Hereinafter, equipment data is data stored in the database management file 5A and converted into data by a predetermined code, such as cables, core wires, connection relationships between cables, connection relationships for each core wire, and mechanical closures. Refers to data related to lines and equipment. Further, the line / facility information is information in the form of characters or numbers that the facility system data is displayed on the screen of the display device 4 as a breakdown or detailed information so as to be visually identifiable to the operator. This refers to the connection relationship between cables, the connection relationship for each core wire, and information about lines and equipment such as mechanical closures.

The equipment system data is stored in the cable master data file 10 of the database management file 5A and includes at least detailed cable information (number of cores, cable length, manufacturer, model, etc.) (see FIG. 5). ), And the core wire master data (FIG. 6) containing the usage information (usage purpose, usage status, line code, etc., for each core wire) stored in the core wire master data file 11.
And the cable connection data (see FIG. 7) that is stored in the cable connection data file 12 and includes information (connection cables, connected cables, etc.) about the connection relationship between the cables,
1 in the cable stored in the core wire connection data file 13
Core wire connection data (see FIG. 8) including connection relationship information (connection core wire, connected core wire, connection type, etc.) for each core wire, and detailed mechanical closure information stored in the mechanical closure master data file 14 ( The mechanical closure master data (see FIG. 9) including the number of trays, the number of accommodated cables, the manufacturer, the model, etc.) is included.

As the drawing system data, the systematic data stored in the systematic file 20 of the database management file 5A and composed of a predetermined two-axis plane coordinate system and the drawing position information file 21 of this systematic file 20. Position data and system diagram that is stored in the system and is drawn on the system diagram consisting of at least a predetermined two-axis coordinate system based on the coordinate information according to the facility installation place by the predetermined symbol with the predetermined symbol. Drawing line segment data stored in the drawing line segment information file 22 of the file 20 and drawing line segment data drawn based on the coordinate information of the above drawing position data as line segments in the system diagram are included. The equipment installation location (node) here means a station or a business office that relays a cable of a communication line, and it is premised that a plurality of mechanical closures are installed at the equipment installation location. As for the symbols in the system diagram, the small circle indicates the facility installation location and the line segment indicates the cable.

Hereinafter, the drawing system data is data stored in the systematic diagram file 20 of the database management file 5A and converted into data by a predetermined code, and on a systematic diagram composed of a predetermined two-axis coordinate system. Refers to the data on the position and line segment of. As for the drawing position information and the drawing line segment information, the drawing system data (drawing position data, drawing line segment data) is displayed on the screen of the display device 4 as a systematic diagram so as to be visually identifiable to the operator. , Information in the form of lines or equipment that is information in letters or numbers.

In each of the files 10 to 14, 21, and 22 in which these data and information are stored, based on a command from the input device 3, predetermined data is displayed on the display device 4 by the viewer function. (FIGS. 5 to 9 and FIG. 1)
3). The displayed data is image-processed and displayed according to the content. The viewer function is used for each drawing data file 21 stored in the database management file 5A.
On the basis of No. 22, the systematic diagram and the facility installation place and the line connecting the facility installation places are graphically displayed in association with each other so that the systematic diagram can be used as a user interface as described later. Has become. For example, as shown in FIG. 13, a system diagram can be displayed on the screen of the display device 4 as a trunk / subscriber system diagram or a dynamic system diagram, or as a single line connection diagram (line configuration diagram). It is like this. Further, this viewer function can also display equipment system data on the screen of the display device 4, as shown in FIGS. As shown in FIG. 13, the cable management system according to the present embodiment sequentially reads desired data from the database management file 5A and displays a system diagram, cable breakdown, and mechanical closure on the screen of the display device 4. The breakdown is displayed, edited, updated, and commands are input to the computer.

As shown in FIG. 10, the equipment system data of the equipment system data side files 10 to 14 stored in the database management file 5A has a key code (self-end location key code) based on a predetermined key code system in advance. (Own end equipment installation location key code), partner end location key code (remote equipment installation location key code), device model code and serial number (serial number at equipment installation location or equipment installed between two adjacent equipment installation locations) Serial number in))) is given. The serial number mentioned here corresponds to an ID number, and may be any number that can identify which device. The key code system is a key code system of a cable to which a key code is systematically added based on the connection relationship of the cable (installation place of own end equipment and installation place of other end equipment) and attribute (optical cable or metal cable). , A mechanical closure key code system in which a key code is systematically assigned based on the connection relation of the mechanical closure (installation location of the self-end equipment) and the attribute (optical cable or metal cable). The self-end equipment installation location (self-end location) and the partner end equipment installation location (opposite end location) are equipment installation locations, and one equipment installation location is a coordinate of one point on a system diagram consisting of two axes. It has information (X, Y). The self-end is a side to be connected, and the opposite end is a side to be connected (connected side).

The control program stored in the main memory 2B of the computer 2 is stored in the database 6 and the server 7 based on a command from the input device 3 and is associated with the facility data 10-1.
4 and the drawing system data 21 and 22 are linked, and a link program (cooperation means) 31 for displaying at least one of the linked system diagram or line / facility information on the screen of the display device 4, and the input device 3. When the system diagram is rewritten by the system diagram, it has a key code updating program (key code updating means) 32 for updating the association between the system diagram and the line / facility information based on the rewritten system diagram (see FIG. 13). ). Then, in this cable management system, the rewritten system diagram is stored in the server 7 together with the line / facility information newly linked to this system diagram.

That is, in the cable management system according to the present embodiment, as shown in FIG. 3, the systematic diagram displayed on the display device 4 is used as a user interface,
Various master data by rewriting the system diagram 1
0-14 and related data 21 and 22 are updated. With such a configuration, cable management can be performed easily, quickly and accurately,
Future line design is also possible. Hereinafter, (I) about a key code system and a key code given to equipment data, about (II) associating equipment data with drawing data, and (III) linking and updating each associated data. Will be described in order.

(I) First, the key code system added to the equipment data will be described. First, the equipment installation place on the system diagram is provided with a key code of the equipment installation place in advance, for example, a four-digit alphabetic key code as shown in FIG. The key code system added to the equipment system data consists of the cable key code system and the mechanical closure key code system. The key code system of the cable is set based on the connection side key code of the equipment installation site, the connected side key code of the equipment installation site, the model key code, and the serial number. The key code system of the mechanical closure is set based on the key code of the equipment installation location, the model key code, and the serial number. The key code system and the key code assignment based on it will be described in detail below.

For example, as shown in FIG. 4 or FIG. 14, a key code of the equipment installation place is given to the equipment installation place in advance. For example, if the equipment installation location A is "AAAA",
In the case of the equipment installation location B, a 4-digit alphabet key code such as "BBBB" is assigned. As shown in FIG. 10 and FIG. 12, the key code system assigned to the equipment system data is a 4-digit self-end location key code (self-equipment installation location key code), a 4-digit partner end location key code (mate End equipment installation location key code), a 4-digit device model code and a 3-digit serial number (serial number at the equipment installation location or equipment serial number placed between two adjacent equipment installation locations, here the serial number on the cable) Grant,
It is designed to form a system.

When a desired line / equipment is selected or determined for the facility installation location selected or determined on the system diagram on the screen, the facility installation location and the selected line / equipment are selected by the cooperation program 31. Linked. The key code update program 32 assigns a 4-digit key code of the facility installation location to the linked line / facility data, and the key code assigning process is completed. In addition, if the line / equipment linked to the facility installation place is already displayed by the cooperation program 31 for the facility installation place selected or determined on the system diagram of the screen, this line / equipment is displayed. When updated, the updated line / facility data is given a 4-digit key code of the facility installation location by the key code update program 32, and the line / facility data before update is updated by the key code update program 32. The 4-digit key code at the facility installation location is deleted, and the key code assignment process is completed.

(II) Next, the association between facility data and drawing data will be described. If you select, register or update the equipment installation location on the system diagram on the screen, or select the connection between the two equipment installation locations on the system diagram,
When registering or updating, the linkage program 31 links the system diagram with the line / facility data, and the linked line / facility data is updated with the key code update program 32 to indicate the 4-digit new facility location. A key code is given to delete the key code at the facility installation location before selection, registration or renewal. In this way, the linked system diagram and facility system data share a related key code based on the four-digit key code at the facility installation location. In this way, the facility system data and the drawing system data are associated with each other.

(III) At the time of linking the system diagram and the line / facility information, those to which the related key codes are added by linking and comparing the key codes are linked and displayed, and when the system diagram is rewritten (updated). Is given a 4-digit key code for the new equipment installation location after rewriting, erases and updates the 4-digit key code for the equipment installation location before rewriting, and stores (registers).

For example, in a certain cable FIB1, at the time of connection, the key code is assigned with the own end point key code being AAAA, the other end point key code being BBBB, the device model code being FIB (3 digits in this case), and the serial number being 001. To be done. In other words, when the cable FIB1 is connected between the equipment installation locations A and B on the system diagram displayed on the display device 4, the cable FIB1 is displayed on the cable FIB1 by the cooperation program 31 and the key code update program 32.
A key code of "FIB-001" is added (see "Example cable code" in FIG. 10 and "(2) Register cable" in FIG. 12).

Further, for example, in a mechanical closure MC1, a self-end location key code is a 4-digit key code (for example, AAA), and a mating end location key code is a 4-digit key code (for example, AAA, that is, a mechanical closure). In this case, the other end is the same as the own end and indicates the equipment installation place itself to which the mechanical closure belongs.), The device model code is MC (in this case, fixed to the 2-digit key code of MC) Serial number 0
A key code such as 01 (3-digit serial number) is assigned. That is, when the mechanical closure MC1 is linked to the facility installation location A, “AAAA / AAAA” is displayed.
・ MC ・ 001 ”key code is added (Fig. 1
0 "Example) MC code" and the selected mechanical closure on the right side in the system diagram of FIG. 12). In this way, each four-digit uppercase alphabetic character (AAAA: self-end part, BBBB: partner end part)
It is the key code for the equipment installation location. The cable code data is read from the cable data stored in the cable master data file 10, and the mechanical closure code data is read from the mechanical closure data stored in the mechanical closure master data file 14.

Of the equipment system data, for example, the key code added to the core data of the core master data file 11 is the cable code plus the core number as shown in FIG. That is, the key code of the core wire is the key code of the cable's own end (AAAA) + the key code of the other end of the cable (BBBB) + device model code (FIB) + serial number (001) + core wire number (n2)
(N2 is a positive integer and is a four-digit number, that is, from 0001 to 1000). For example, "AAAA.BB
BB / FIB / 001/0001 ".

The key code added to the cable connection data in the cable connection data file 12 is shown in FIG.
As shown in, the key code of the connection cable + the key code of MC is added. For example, the key code for cable connection is as shown in FIG.
1 is displayed on the display device 4 and the equipment installation location A is displayed on the system diagram.
Mechanical closure MC1 at (self-end location A) and mechanical closure MC at equipment installation location B (counter-end location B)
When the connection is made with the No. 1, the AAAA / BBB by the cooperation program 31 and the key code update program 32.
B / FIB / 001 (connection cable cord) + AAAA
-AAAAA-MC-001 (MC code) and AAA
A, BBBB, FIB, 001 (connection cable cord)
Key codes are added based on the key code system of the cable and the key code system of the mechanical closure, such as + BBBB, BBBB, MC, 001 (MC code). That is, as shown in FIG. 12, the key code for cable connection is the installation location AB2.
Mechanical closure of points (key code is AA respectively
AA, AAAA, MC, 001 and BBBB, BBB
If it is between B, MC, and 001), "AAAA, BBBB
・ FIB ・ 001 + AAAAA ・ AAAAA ・ MC ・ 00
1 ”and“ AAAAA / BBBB / FIB / 001 + BBB ”
It will have two key codes "B, BBBB, MC, 001". The cable connection data between the three points at the installation locations A, B, and C has four key codes (four records), as shown in FIG. In this way, the cable connection data is managed by the key code. In other words, what is being managed is the connection relationship between the cable and the mechanical closure.

Further, as shown in FIG. 10, the key code added to the core wire connection data of the core wire connection data file 13 is the key code of the connection cable + the core wire number of the connection cable + the key code of the connected cable. + It is the core number of the connected cable. In other words, the key code for core connection is
For example, connection cable code: AAAAA / BBBB / F
IB.001 + core wire number n2: 0001 + connected cable code: AAAA, BBBB, FIB, 001 + core wire number n2: 0001 (core wire number n2: 0001 to 100)
0), the key code is assigned based on the key code system of the cable and the key code system of the mechanical closure (see FIG. 14).

In this way, the facility data and the drawing data are associated with each other by the key code updating program 32 when the facility data is linked to the drawing system data by the cooperation program 31. A 4-digit key code is added to the linked equipment system data for association.

Next, a system diagram as a user interface will be described. In the database management file 5A stored in the database management system 5, as shown in FIG. 2, a systematic diagram is stored in the systematic diagram file 20 as drawing system data. The system diagram is drawn based on a predetermined biaxial coordinate system (planar coordinate system based on XY axes). A location key code (4-digit code) and coordinate information are assigned to each facility installation location on the system diagram in advance.

With respect to the systematic diagram, when a position on the screen is selected for a predetermined systematic diagram displayed on the screen, in other words, when coordinate information (drawing position information) is input (FIG. 1).
Refer to “(1) Select X and Y coordinates of system diagram (double click with mouse)” in 1), and display a list (not shown) of equipment installation locations corresponding to the location based on the drawing location information file 21. To be done. When the desired equipment installation place A is selected from the list of equipment installation places (see “(2) Selection of location” in FIG. 11), the equipment installation place A is drawn on the system diagram.

The equipment installation location A on the system diagram has a location key code AAAA assigned in advance and also has coordinate information (X, Y) on the system diagram. Facility installation location A
When a list of mechanical closures is called (not shown) from the list of line / facility information in, and a certain mechanical closure MC1 (serial number 001) is selected, the cooperation program 31 and the key code update program 32
By this, the mechanical closure MC1 is automatically generated and attached with the key code "AAAA, AAAAA, MC, 001", and further, based on the shared key code "AAAA", coordinate information (X, Y ) Is linked. Then, as shown in FIG. 11, the drawing position information file 21 stores “AAAAA.AAAA” as drawing position information.
・ MC · 001 + X, Y ”key code is added and stored. The linked mechanical closure MC1 is displayed on the system diagram by a predetermined symbol (see FIG. 11), and when it is selected on the screen, the master data of the mechanical closure is also displayed as shown in FIG. In this way, since the data of the mechanical closure and the data of the system diagram are associated with each other, the mechanical closure can be updated and managed through the system diagram.

Next, the association between the cable connection data and the system diagram data will be described. As shown in FIG. 12, the predetermined system diagram displayed on the screen is displayed on the screen.
When the facility installation locations A and B of the points are selected, in other words, when the coordinate information (drawing position information) of the two points is input,
Drawing position information file 21 and drawing line segment information file 22
And the line between the two facility installation locations A and B is displayed. On the system diagram, line information (cable code, color,
The thickness, shape, and coordinate information) are also drawn. At this time, the equipment installation locations A and B are respectively assigned with “AAAAA.
X, Y "and" BBBB.Xb, Yb ".

When the facility installation locations A and B are connected on the system diagram, the cable is drawn as a line segment on the system diagram by the connection. This cable FIB1 is a cooperation program 3
1 and the update program 32, based on the above key code system, "AAAA / BBBB / FIB / 001".
A key code of (key code of own end point + key code of other end point + model code + serial number of cable between facility installation locations A and B) is added to the drawing line segment information file 22.
Is stored as drawing line segment information. The linked cable FIB1 has coordinate information (X, Y) (X) of two points by the drawing position information file 21 and the drawing line segment information file 22.
b, Yb) is displayed on the system diagram as a line segment connecting these two points (see FIG. 12). When this line segment is selected on the screen, cable master data, cable connection data, core wire master data, and core wire connection data are also displayed as shown in FIGS. In this way, the connection data of the cable (connection data of the core wire) and the data of the system diagram are associated with each other. As described above, in associating the equipment system data with the drawing system data, the equipment system data linked to the drawing system data is associated with the four-digit key code of the equipment installation location. It is designed to update and manage cables and cores through cable diagrams and cable connections and core connections. Therefore, the system diagram can be used as a user interface.

Further, when a line in a desired section on the system diagram is selected, a single line connection diagram (line configuration diagram) for that section is displayed as shown in FIG. This single line connection diagram is displayed based on the equipment system data and the drawing system data linked by the cooperation program 31, so that the line / equipment information and the information of the facility installation location can be displayed from the single line connection diagram, or a list can be displayed. It can be displayed.

The facility data has date information (data valid period) for each individual data (FIG. 32).
reference). The cable management system according to the present embodiment stores a system diagram in the database management system 5 by linking the drawing system data and the facility system data and storing the system diagram with a date added. In the system diagram, the input device 3 is used to input the valid period (date information, date) of the data according to the desired plan (see FIG. 15), and the cooperation program 31 uses the drawing system data and the facility system. The data and date are linked. Therefore, by inputting a future date and a future period, a virtual system diagram or line / facility information can be stored in the database management system 5, and
The display device 4 displays these virtual system diagrams or line / facility information.
Can be displayed on the screen (see FIG. 32).

Further, in the cable management system according to the present embodiment, as shown in FIGS. 17 to 19, on the screen of the display device 4, the color of the cable is designated according to the type of the item of the cable specifications. Display by subject, display by specifying the cable color by the number of cores of each cable, and display by number of cores, and specify the color of cable by the year when the cable is used. The year-by-year display, the year-by-year display of the cable by specifying the cable color for each desired period, and the year-by-year display, and the items selected and displayed when the number of shared cores is acquired. The shared display that specifies the color for each cable including the core wire, the display that specifies the color of the cable by the system name of the cable specifications, and the display of all the cables And the standard display to be displayed by specifying the color,
It is possible to display each of the display of the length and number of cores and the color of characters displayed by specifying the color of the display character when displaying the length and number of cores. The desired display can be selected. With this configuration, the systematic diagram is displayed in different colors according to the plan, which improves workability.

Further, in the cable management system according to the present embodiment, as shown in FIG. 20, objects (for example, railroads, rivers, roads, highways, bridges, etc.) other than facility installation locations are displayed on the system diagram. It can be arranged. Therefore, the systematic diagram can be visually grasped quickly, and the work efficiency is improved.

Next, the cable management method according to the present invention will be described based on the operation of the cable management system according to the above embodiment. First of all, as shown in FIG.
The system is started up (see step S1 in FIG. 21), the input device 3 is made ready for input through the screen of the display device 4, the display function of the system diagram is activated, and the screen of the display device 4 is put in standby (in FIG. 21). Step S2, FIG.
reference). Next, as shown in (a) of FIG. 24, a desired management location drawing from “Open drawing” (see (a) of FIG. 26)
Open the list and select the desired system diagram from the list (see step S3 in FIG. 21) to display the system diagram (main line subscriber system diagram) on the screen (step S4 in FIG. 21,
26 (b)). This system diagram is read from the system diagram file 20 stored in the database management system 5 by the input device 3.

The system diagram displayed on the screen of the display device 4 is
As shown in FIG. 13, the cooperation program 31 links the facility system data associated with each other through the key code. Therefore, when the equipment installation location or cable on the system diagram is selected by the input device 3, the information of the cable or the mechanical closure and the information of the cable or the core wire are displayed on the screen of the display device 4 as shown in FIGS. 5 to 9 and 25. Connection information can be displayed. When a cable in a desired section is selected, a single line connection diagram (line configuration diagram) can be displayed as shown in FIG.

Further, the systematic diagram displayed on the screen of the display device 4 is stored in the database management system 5 together with the data of respective reference dates for reference and registration. The reference date for inquiry refers to a working day in which the contents of the system diagram are displayed on the display device 4, the specifications are inquired, or the displayed system diagram is updated. The reference date for inquiry defaults to the system date. The reference date for registration refers to the day after this work day when master registration or customer line registration is performed to make the relevant system diagram valid as an actual control drawing. The default registration reference date is the system date plus one day. In this system, the systematic diagram and the date are linked by the cooperation program 31. Therefore, by designating a desired date or period based on the reference date for inquiry or the date of registration standard, it is possible to display a system diagram corresponding to the date or period.

Next, when the system diagram displayed on the screen of the display device 4 is rewritten, that is, when the system diagram is updated, the facility installation location, mechanical closure, and mechanical closure are displayed on the displayed system diagram by the input device 3. , (I) Add (subscribe), (II) Delete or (III) Rewrite (change) the information to be updated regarding lines and equipment such as cables and cores.

(I) When adding new information, for example, when adding the cable connection between the equipment installation locations A and B in the system diagram of FIG. 11, the system diagram displayed in step S4 of FIG. 21 (FIG. 11). When the approximate position is selected with the mouse (input device 3) on the above (see), a list of facility installation locations including the selected point is displayed (not shown). From the list, the equipment installation location A (for example, Nishi-Asahi-cho MH or east-Asahi-cho MH in FIG. 14 and Shibu 261 station in FIG. 9 is shown. It is indicated as a location in FIG. 11) where the mechanical closure is placed. select. Since the data of the equipment installation location A includes the biaxial coordinate data (X, Y) in the system diagram in advance, the selected equipment installation location A is shown on the system diagram as shown in FIG. For example, a small circular point is displayed at a position corresponding to the coordinate information (X, Y). The selected equipment installation location A has a key code (location key code) such as “AAAA” in advance.

Next, when the equipment installation place A displayed as a small circular point is selected, a list of mechanical closures arranged at the equipment installation place A is displayed (not shown). In the list of mechanical closures, the connection information of each mechanical closure is displayed, and the desired mechanical closure (for example, model code: MC, serial number: 00
When 1) is selected, the placement of the mechanical closure is completed as shown in step S5 of FIG. At this time, as shown in FIG. 11, the selected mechanical closure MC001 has the key code “AA
Mechanical closure MC00 selected from "AA"
As the key code of 1, "AAAA / AAAA / MC.0"
01 (self-end location key code + self-end location key code + apparatus model code + serial number) ”is automatically generated and assigned. This key code is stored in the mechanical closure master data file 14 of the database management system 5, as shown in FIG.

At the same time, as shown in FIG. 11, the selected mechanical closure MC001 is selected from the key code "AAAA" of the equipment installation location A and the coordinate data (X, Y) of the equipment installation location A. The mechanical position of mechanical closure MC001 is "A
AAA, AAAA, MC, 001, X, Y (self-end location key code + self-end location key code + device model code + serial number + position information) "is automatically generated and given. As shown in FIG. 11, it is stored in the drawing position information file 21 of the database management system 5. Thus, the selected mechanical closure MC001 is stored in the database management system 5 with the key code as the line / facility data and the key code as the drawing position data, and is displayed on the system diagram.

Further, as shown in FIG. 9, the mechanical closure MC001 displayed on the system diagram displays the connection state (connection relationship) between the mechanical closure MC001 and the cable when selected on the screen. ing.

Next, as shown in FIG. 12, the equipment installation place A at its own end and the equipment installation place B at the other end on the system diagram.
When and are selected, a list of cables between the equipment installation locations A and B is displayed (see FIG. 7). When the desired cable FIB001 is selected from this cable list, the placement of the selected cable FIB001 is completed as shown in FIG. 12 (see steps S6 and S7 in FIG. 21), and the selected cable FIB001 is self-ended. From the key code “AAAAA” of the equipment installation location A as the location and the key code “BBBB” of the equipment installation location B as the other end location,
As a key code of the selected cable FIB001, "AAAA.BBBB.FIB.001 (self end point key code + counterpart point key code + apparatus model code + serial number)" is automatically generated and added.

FIG. 22 shows a method of selecting a mechanical closure from the line segments (cables) of the system diagram displayed on the screen. As shown in steps S11 to S14 of FIG. After the desired system diagram is displayed on the screen, the line segment (cable) is selected (see step S15 in FIG. 22), and then the desired facility installation location symbol (mechanical closure) is selected (step S16). , S17) procedure.

The key code of this cable FIB001 is the database management system 5 as shown in FIG.
Cable master data file 10, drawing line segment information file 22, and core wire master data file 11
And the cable connection data file 12 are stored.
In each of the cable master data file 10, the drawing line segment information file 22, and the core wire master data file 11, the key code of the cable FIB001 is "A.
"AAA / BBBB / FIB / 001", and the cable connection data file 12 contains "AAAA / BB".
BB / FIB / 001 + AAAA / AAAA / MC / 0
01 ”and“ AAAAA / BBBB / FIB / 001 + BB ”
Two key codes "BB, BBBB, MC, 001" are automatically generated and given.

Thus, the selected cable FIB00
1 is provided with a key code as line / facility data and a key code as drawing line segment data, stored in the database management system 5, and displayed on the system diagram. At this time, if you click a line or equipment on the system diagram with the mouse 3, information about the line or facility linked to the system diagram through the key code, that is, a list of devices or lines, specifications of the device or line, connection information, etc. Is displayed on the screen.

Then, the cable FI displayed in the system diagram
When B001 is selected, a list of core wires is displayed, and similarly, the core wires are selected and the arrangement of the selected core wires is completed (not shown). A key code of "code + partner end key code + cable model code + cable serial number + core wire serial number" is automatically generated and added, and the core wire master data file 11 and core wire connection data file of the database management system 5 are added. 13 and are displayed in the system diagram.

(II) In the case of deleting lines / equipment in the system diagram displayed on the screen of the display device 4, for example, as shown in FIG.
Facility installation location A already configured in the system diagram
-When deleting the cable connection between B, select the cable FIB001 on the system diagram and press the delete button, the key code and coordinate information assigned based on the equipment installation locations A and B are deleted, The database / management system 5 stores the line / facility data from which the key code and coordinate information have been deleted.
Stored in. Since the line / facility data from which the key code and the coordinate information are deleted loses the relationship with the drawing data, the cable FI can be selected from the system diagram displayed on the screen of the display device 4.
B001 and the equipment installation locations A and B having a connection relationship with this cable FIB001 are deleted.

(III) When rewriting the lines / equipment in the system diagram displayed on the screen of the display device 4, for example, in FIG.
When the cable connection between the equipment installation locations A and B already configured in the system diagram of 2 is rewritten between the equipment installation locations AF, the system diagram is displayed on the screen as shown in FIG. 12, and the equipment installation location A is displayed. If you cut the line segment between -B and paste it between the equipment installation locations A and F, a line segment will be generated between the equipment installation locations A and F, and if you click the line segment between the equipment installation locations A and F, the cable A list is displayed. In the procedure of displaying a desired cable from the cable list and a list of mechanical closures from the selected desired cable, and selecting the desired mechanical closure (see step S11 to step S17 in FIG. 22), Once the connection is determined, the line / facility data is associated with the key codes of the facility installation locations A and F and the coordinate information, and the line / facility data with the key code and the coordinate information is added. Is stored in the database management system 5, and the line segment between the equipment installation locations A and F rewritten in the system diagram is displayed.

On the other hand, when the line segment between the equipment installation locations A and B is deleted from the system diagram by cutting or deleting, the key code and coordinate information assigned based on the equipment installation locations A and B are erased. The line / facility data in which the key code and the coordinate information are deleted is stored in the database management system 5. Lines with deleted key code and coordinate information
Since the facility data loses the relation with the drawing data, the cable FIB can be obtained from the system diagram displayed on the screen of the display device 4.
001 and the equipment installation locations A and B having a connection relationship with this cable FIB001 are deleted.

As described above, when the system diagram and the line / facility information are linked, the items to which the related key codes are added by linking and comparing the key codes are displayed in a linked manner. Add the 4-digit key code of the equipment installation location, erase and update the 4-digit key code of the equipment installation location before rewriting, and store (register)
It is supposed to do. If the key codes do not match, the system diagram creation and the equipment system data update cannot be performed, so that the drawing creation work can be performed accurately. Since the drawing is completed at the same time as the input, the drawing time is shortened.

In the cable management method according to the present embodiment, the system diagram is thus used as the user interface, and the system diagram is rewritten to associate or cancel the association between the line / facility data and the drawing system data. , The associated line / facility data and drawing data are linked to update various master data 10-14 and related data 21 and 22. That is, various master data and related data can be updated by using the cable system diagram as an input / output user interface and rewriting the system diagram. With such a configuration, cable management can be performed easily, quickly, and accurately. In addition, by linking with the date, it is possible to rewrite the drawing separately for inquiries and registration for the control drawing, so it is possible to interrupt the updating work, change the design during the updating work, and Line design is also possible, and a number of virtual line design plans can be created as required.

Next, the cable cutting will be described. In the control program written in the main memory 2B, the cable and the mechanical closure of the cutting position are input according to the desired cutting plan by the input device with respect to the system drawing in which the cable is displayed on the screen of the display device. When you select, the new cable is displayed on the screen based on the newly assigned key code, the original cable is erased, and the line / facility information of the original cable is transferred to the line / facility information of the new cable. The interrupt program 33 is provided.

When the system diagram displayed on the screen is to be interrupted between the facility installation locations A and B, first, as shown in FIG. 28, the system diagram 40 for the interrupt is displayed and the system is interrupted. A line segment (cable) 41 is designated. Next, the single-line connection diagram 42 of the selected line segment (cable) 41 is displayed on a part of the screen (see FIG. 28B). Next, the interruption facility installation location (interruption point) C is selected from the system diagram 40 or the single line connection diagram (line configuration diagram) 42 (point C on the line segment in FIG. 28, on the system diagram in FIG. 29). See point C).

Next, when the interruption facility installation location C is clicked, a list of mechanical closures is displayed (not shown), and when an appropriate mechanical closure MC001 is selected (see FIG. 31), as shown in FIG. 27, Based on each of the equipment installation locations A and B at both ends of the cable before the change and the interruption equipment installation location C, the equipment installation location A after the change,
A key code is newly added to the data of the cable and mechanical closure between C and B and the connection data of the cable and core wire, and the data of the cable and mechanical closure between the equipment installation locations A and B before the change and the cable and core wire The key code given to the connection data of is deleted and stored in the database management system 5. At the same time, as shown in FIG. 30, the system diagram 40A after the interruption is displayed. In the system diagram 40A after this interruption, a line segment is displayed as an actual connection cable between the facility installation locations A and C and between the facilities C and B after the change. The line segment between the facility installation locations A and B before the change is displayed in a different color or type from other line segments during work or inquiry, and when the work or inquiry is completed and registered in the database management system 5. , Is deleted from the system diagram 40A.

Next, a cable cutting method will be described with reference to FIGS. 34 and 35. First, as shown in FIG. 34, the system is started up (see step S21 in FIG. 34), the input device 3 is brought into a state in which data can be input through the screen of the display device 4, and the display function of the system diagram is activated to display The screen of the device 4 is put into standby (see step S22 in FIG. 34). Next, as shown in (a) of FIG. 24, a desired management location drawing (see FIG. 26) is selected from “Open drawing”.
(See (a) of FIG. 34), select a desired system diagram from the list (see step S23 in FIG. 34), and display the system diagram (main line subscriber system diagram) on the screen (FIG. 34).
Step S24, see FIG. 34 (a)). This system diagram is read from the system diagram file 20 stored in the database management system 5 by the input device 3.

The system diagram displayed on the screen of the display device 4 is
As shown in FIG. 13, the cooperation program 31 links the facility system data associated with each other through the key code. Therefore, when the equipment installation location or cable on the system diagram is selected by the input device 3, the information of the cable or the mechanical closure and the information of the cable or the core wire are displayed on the screen of the display device 4 as shown in FIGS. 5 to 9 and 25. Connection information can be displayed. When a cable in a desired section is selected, a single line connection diagram (line configuration diagram) can be displayed as shown in FIG.

Next, the mechanical closure is arranged on the systematic diagram (see FIG. 34 (a)) displayed at step S24 of FIG. 34 (see step S25 of FIG. 34). The placement of this mechanical closure is performed in the following procedure. First, when the X and Y coordinates are selected (double click with the mouse) on the diagram of the system diagram shown in FIG. Click))), Drawing location information file 2
Facility installation location (location) corresponding to the location based on 1
Is displayed (not shown). When the desired equipment installation location A is selected from the list of equipment installation locations (see “(2) Selection of location” in FIG. 34), the equipment installation location A is drawn on the system diagram. At this time, the facility installation location A is AAAA.
It has location code and location information of (X1, Y1).

Next, a list of mechanical closures (not shown) is called from the list of line / equipment information at the equipment installation location A, for example, a mechanical closure MC1.
If you select (serial number 001), the cooperation program 31
And the key code update program 32 causes the mechanical closure MC1 to display the key code "AAAA.AA".
"AA, MC, 001" is automatically generated and attached, and the coordinate information (X1, Y1) of the facility installation location A is linked based on the shared key code "AAAA". Then, as shown in FIG. 34, the drawing position information file 21 stores “AAAAAAAAAMC.00” as drawing position information.
The key code of “1 + X1, Y1” is added and stored (see “(3) Registration of mechanical closure” in FIG. 34). The linked mechanical closure MC1 is displayed on the system diagram with a predetermined symbol ((a) in FIG. 34,
See "(4) Display on system diagram").

Similarly, when the X and Y coordinates are selected on the drawing of the system diagram for the equipment installation place B which is to be interrupted together with the equipment installation place A, the equipment corresponding to that position based on the drawing position information file 21. A list (not shown) of installation locations (locations) is displayed. When the desired equipment installation location B is selected from the list of equipment installation locations (see “(2) in FIG. 34).
Select location "), and facility installation location B is drawn on the system diagram. At this time, the facility installation location B has the location code of BBBB and the location information of (X2, Y2).

Next, a list of mechanical closures is called from the list of line / facility information at the equipment installation location B (not shown), for example, a mechanical closure MC1.
If you select (serial number 001), the cooperation program 31
By the key code update program 32, the key code “BBBB / BB” is added to the mechanical closure MC1.
"BB / MC / 001" is automatically generated and attached, and the coordinate information (X2, Y2) of the facility installation location B is linked based on the shared key code "BBBB". Then, as shown in FIG. 34, "BBBB / BBBB / MC / 00" is added to the drawing position information file 21 as the drawing position information.
The key code of “1 + X2, Y2” is added and stored (see “(3) Registration of mechanical closure” in FIG. 34). The linked mechanical closure MC1 is displayed on the system diagram with a predetermined symbol (see (a) of FIG. 34). Thus, the facility installation locations A and B are displayed in the system diagram shown in FIG. 34 (a) ((a) in FIG. 34,
See "(4) Display on system diagram").

Next, for the system diagram (see (a) of FIG. 34) displayed in step S24 of FIG. 34, after the cable is selected, an instruction for interruption is given (see step S26 of FIG. 35). Instructions for cutting in after selecting this cable are given in the following procedure. First, as shown in (b) of FIG. 35, an interruption screen is displayed based on the interruption program 33, and the connection cable FIB0XY to be interrupted is selected (FIG. 35).
(B) "(1) Select the cable to be interrupted."
reference). Next, this selected connection cable FIB0X
Instruct cutting for Y ((b) in FIG. 35, "(2)"
Refer to "Interruption instructions"). When the interruption is instructed, the connection cable FIB0XY is displayed on the interruption screen P1 of FIG. 35 (b).
And the equipment installation locations X and Y are displayed.

Then, the displayed interruption screen P1 (see FIG. 35)
(B)), the mechanical closure to be inserted is selected, and then the insertion is performed (see step S27 in FIG. 35). The implementation of the interruption after the mechanical closure is selected is as follows. First, click the mechanical closure to cut in. On the screen, equipment installation location A,
Designate B in order ((c) "(1) Insert M in FIG. 35"
Click C. (Specify AAAA and BBBB in order.) "). Then, the mechanical closures to be displayed on the interruption screen P2 in the order clicked are displayed (see AAAA and BBBB on the screen P2) ((c) in FIG. 35).
(See (2) Closures are displayed on the interrupt screen in the order in which they are clicked.)).

When the displayed mechanical closure is confirmed, the cutting is next carried out ((c) of FIG. 35).
Refer to “(3) Implementation of interruption”. When the interruption is performed, the key code of the connection cable is automatically generated from the mechanical closure instructed to the interruption. That is,
The key code of the new connection cable is XXXXX AAA
A ・ FIB ・ 001, AAAA ・ BBBB ・ FIB ・ 0
01, BBBB, YYYY, FIB, 001 are generated, and the original connection cable key code XXXX
YYYY / FIB / 001 will be abolished (erased) (Fig. 3
(See (c) interruption screen P2 of 5). The cable connection data managed by the cable connection data file 12 is, as shown in (c) of FIG. 35, XXXXXAAAA.
・ FIB ・ 001 + XXXX ・ XXXX ・ MC ・ 00
1, XXXX, AAAA, FIB, 001 + AAAA,
AAA, MC, 001, AAAA, BBBB, FIB
・ 001 + AAAAA ・ AAAA ・ MC ・ 001, AAA
A, BBBB, FIB, 001 + BBBB, BBBB,
MC ・ 001, BBBB ・ YYYY ・ FIB ・ 001+
BBBB, BBBB, MC, 001, BBBB, YYY
Y ・ FIB ・ 001 + YYYY ・ YYYY ・ MC ・ 00
It becomes 6 records of 1 and is the connection data between the original connection cables XY, that is, XXXXX / YYYY / FIB.
・ 001 + XXXX ・ XXXX ・ MC ・ 001 and XXX
X ・ YYYY ・ FIB ・ 001 + YYYY ・ YYYY ・
The key code of MC001 is abolished (erased). In this way, the connection relationship between the cable and the mechanical closure is managed even when cutting in. When the interruption is completed, the drawing is redrawn (see FIG. 35).
Step S28 of FIG. 35 (see (d) of FIG. 35) and the process ends (see Step S29 of FIG. 35).

In this way, at the time of interruption, the new cable is displayed on the screen based on the newly added key code, the original cable is erased, and the line / facility information of the original cable is added to the new cable. Since the information is automatically transferred to the line / facility information, the interruption work can be easily performed.

【The invention's effect】

The cable management system according to the present invention is
A database that stores equipment data in which line / equipment information including cables is stored in advance, a storage unit that updatablely stores the system diagram associated with this line / equipment information as drawing system data, and these databases. A display device for displaying at least one of line / facility information and a system diagram on the screen based on the data stored in the storage means, and a desired system diagram from the storage means on the screen of the display device or It is equipped with an input device that can call and display the line / facility information and rewrite the displayed system diagram, and based on a command from the input device, the control program stored in the main memory causes the database and the storage means to respectively Linked system diagrams or lines by linking facility data and drawing data that are stored and related to each other A linking means for displaying at least one of the equipment information on the screen of the display device, and when rewriting the system diagram by the input device, the association and association between the drawing system data and the facility system data based on the rewritten system diagram. And renewal, and renewed the equipment system data linked to this system diagram by rewriting and newly associated, and the equipment system data whose association with this system diagram is released by rewriting. Since the system includes a central processing unit that stores the drawing system data of the system diagram in the storage means and uses the system diagram displayed on the display device as the user interface, the facility system data and the drawing system data are separately provided. Even if it is managed by, when you rewrite the system diagram and add, change, or delete equipment, related line / equipment information is displayed on the screen. Viewable become.
Therefore, the inquiry work becomes easy. The rewriting work is performed based on the line / facility information displayed on the screen. Therefore, the rewriting work becomes efficient. Further, in the displayed system diagram, the registration itself of the drawing system data is the registration of the facility system data, so that an erroneous association does not occur and an error is suppressed. Further, since the system diagrams and the line / facility information are always associated with each other, the related system diagrams can be displayed from the called line / facility information on the screen. Since the systematic diagram displayed on the screen can be used as a user interface in this way, the drawing work is facilitated and the cable management is made efficient.

Further, in the cable management system according to the second aspect, when the updating means rewrites the system diagram by the input device, the drawing system data newly added to the system diagram based on the rewritten system diagram. The equipment system data is given a key code associated with each other based on a predetermined key code system, and the drawing system data deleted from the system diagram before rewriting and the equipment system linked to and associated with this drawing system data When the line / facility information is called by the input device on the screen of the display device, the linking means deletes the key code that was added to the data and is added to the facility system data of the called line / facility information. Key code that is present is compared and contrasted with the key code given to the drawing system data, linked with the drawing system data corresponding to the equipment system data, and input When system diagram is called by the location,
The key code given to the drawing system data of the called system diagram is compared and compared with the key code given to the equipment system data, linked to the equipment system data corresponding to the drawing system data, and linked to each other. Since the line / facility information of the equipment data or the system diagram of the drawing data can be displayed in association with each other on the screen of the display device,
A key code is assigned to the equipment system data and the drawing system data based on a predetermined key code system, and the association is performed based on this key code, so that the facility system data and the drawing system data can be associated with a simple configuration. Can be done, the linking work is simplified and the linking is done quickly. Therefore, the processing speed can be increased and the work efficiency can be improved. Moreover, when the displayed system diagram is rewritten, the key code given before the rewriting is deleted, and a new key code is automatically given to each data that will be associated after the rewriting. Even if rewriting is repeated, it is surely associated with the line / facility information. Therefore, displaying the system diagram linked to the line / facility information is speeded up, and inquiry work and rewriting work are made more efficient.

Further, in the cable management system according to the third aspect, a line segment or equipment corresponding to a desired cable displayed on the system diagram by the input device with respect to the system diagram displayed on the screen of the display device. When you select the symbol corresponding to the installation location, the line / equipment information of the cable or equipment installation location selected based on the assigned key code is displayed on the same screen. When rewriting, the line / equipment information of the desired equipment on the system diagram is displayed on the same screen. For this reason, since it is possible to work while checking the details of the equipment system data on the screen, it is possible to manage the cables finely and accurately regardless of the skill level of the operator.

According to a fourth aspect of the cable management system, when the drawing-related data and the equipment-related data are stored in the storage means in a linked manner, the validity period is determined according to the desired plan for the drawing-related data and the equipment-related data. Since it is possible to input a desired date with an input device and store it by adding date information for determining, the linking means links the drawing data and the equipment data with the date, Based on the date input by the input device, a desired future date or period can be designated to create a virtual system diagram.

In the cable management system according to the fifth aspect, the key code system is such that the key code system of the cable to which a key code is systematically added based on the cable connection relationship and the attribute and the connection relationship of the mechanical closure. And a mechanical closure key code system to which a key code is systematically added based on the attributes and attributes, so a key code system based on the facility system attributes and connection relationships is constructed. With this key code system, it is only necessary to add the minimum number of key codes that satisfy logically reasonable requirements, and the number of digits of the key code added to equipment data and drawing data can be reduced. It is possible to reduce the amount of data to be stored.

According to a sixth aspect of the cable management system, the facility system data includes cable master data including at least detailed cable information, core wire master data including usage information for each core wire, and cable connection data. Since the cable connection data including the connection relation information, the core connection data including the connection relation information for each one core in the cable, and the mechanical closure master data including the detailed information of the mechanical closure are included. , The displayed system diagram will be linked with various detailed information, and it will be possible to manage it in detail.

According to a seventh aspect of the cable management system, the cable key code system includes a self-end location key code, a mating end location key code, a device model key code and a serial number, and a mechanical closure key code. Since the system includes the self-end point key code, the device model key code, and the serial number, the key code is composed of the connection relationship between the cable and the mechanical closure, the model and the serial number as the ID code. It becomes easy to grasp the lines, facilities and equipment.

In the cable management system according to the eighth aspect, the drawing system data is a system diagram drawn on the screen of the display device based on a predetermined biaxial coordinate system. Drawing position information that draws the installation location with a predetermined symbol based on the coordinate information according to the equipment installation location,
Since the line between the equipment installation locations is configured as a line segment in the drawing and the drawing line segment information drawn based on the coordinate information of the above drawing location information, the system diagram and the facility installation location on the system diagram Since each position information is processed not as graphic data but as numerical data for specifying the coordinates, the amount of data to be stored can be reduced, and the device can be downsized and the system can be simplified. At the same time, the processing speed is increased and the work efficiency is improved.

In the cable management system according to the ninth aspect, the drawing data includes the single line connection diagram information drawn as the single line connection diagram on the screen of the display device, so that the system diagram is displayed during the work. If you select a cable or equipment installation location in the system diagram, the corresponding single line connection diagram can be displayed on the same screen, and if the single line connection diagram is displayed, in the single line connection diagram If you select a cable or equipment installation location, you can display the corresponding system diagram on the same screen. Therefore, a single-line connection diagram can be created with reference to the system diagram, and a system diagram can be called from the single-line connection diagram, so that usability as a user interface is improved and work efficiency is improved.

According to a tenth aspect of the present invention, in the cable management system, the input device selects a cable and a mechanical closure at an insertion point according to a desired interruption plan with respect to the system drawing displayed on the screen of the display device. Then, the new cable is displayed on the screen based on the key code newly added by the key code system, the original cable is erased, and the line / facility information of the original cable is changed to the line / facility information of the new cable. Since there is an interrupting means for transferring, the line / equipment information of the original cable can be automatically transferred to the line / equipment information of the new cable on the system diagram at the time of interruption. Can be done easily.

In the cable management system according to claim 11, on the screen of the display device, an item-by-item display in which the color of the cable is specified and displayed according to the item type of the cable specifications,
The number of cores is displayed by specifying the color of the cable according to the number of cores of each cable, and the display according to the year by specifying the color of the cable according to the year when the cable is used. For each year of the date of start of use, display by period of the year by specifying the color of the cable for each desired period, and for each cable that includes the cores of the selected item that is displayed when the number of shared cores is acquired Display by sharing by displaying the color by specifying the color, and by system name by specifying the color of the cable by the system name of the cable specifications
Each of the standard display, in which the color of all cables is designated as a single color, and the long / core number character color display, which is displayed when the length / core number is displayed and is designated by the color of the display character Since the desired display can be selected from among the displays, the screen of the display device can be displayed on the screen of the display device at the time of work by cable subject, number of cores, year, year period, shared, system name, and system name. It is possible to specify different colors for displaying the number of characters in the long and number of cores, and in the standard display, it is possible to specify all cables as a single color, which makes it easier to work. .

The cable management method according to the present invention includes a database that stores facility system data in which line / facility information including cables is stored in advance, and a system diagram associated with this line / facility information as drawing system data. And a display device for displaying at least one of line / facility information and a system diagram on a screen based on the data stored in the database and the storage device. On the screen of, the desired system diagram or line / facility information is called from the storage means and displayed, and the displayed system diagram is rewritable and the input device is rewritable. The facility-based data and the drawing-based data stored in the database and the storage means and related to each other by the stored control program. Based on the rewritten system diagram when the system diagram is rewritten by the input device and the linking means for linking the It has an updating means for associating and canceling the association between this systematic diagram and the line / facility information, and the facility system data linked and newly associated with this systematic diagram by rewriting and this systematic diagram by rewriting A central processing unit for storing the facility system data that has been released from the association and the rewriting system diagram drawing system data in the storage means is provided. It is displayed by linking with equipment information, and when rewriting the system diagram, the drawing-related data and the equipment-related data that are not related to each other are related to each other and related to each other. The relationship between the drawing data and the equipment data that was previously set is released based on the rewritten system diagram, and the drawing system data and the equipment system data that are associated with each other are linked, and the linked system diagram or line / equipment information After displaying at least one of the two on the screen of the display device, the drawing-related data and the equipment-related data that are associated with each other, the drawing-related data and the equipment-related data that are disassociated, are stored in the storage means, Since the system diagram displayed on the display device is used as the user interface, it is relevant to display the system diagram when inquiring the system diagram, even if the equipment system data and the drawing system data are managed separately. Line / facility information can be displayed on the screen. Therefore, the inquiry work becomes easy. Also, when rewriting the system diagram and adding, changing or deleting equipment, the related line / equipment information is displayed on the screen,
Work can be performed based on the displayed line / facility information. Therefore, the rewriting work becomes efficient. Further, in the displayed system diagram, the registration itself of the drawing system data is the registration of the facility system data, so that an erroneous association does not occur and an error is suppressed. Also,
Since the system diagram and the line / facility information that are always associated with each other are linked, the related system diagram can be displayed from the called line / facility information on the screen. Since the systematic diagram displayed on the screen can be used as a user interface in this way, the drawing work is facilitated and the cable management is made efficient.

The cable management method according to claim 13 is as follows:
By the updating means, when rewriting the system diagram by the input device,
Based on the rewritten system diagram, a key code associated with each other based on a predetermined key code system is added to the drawing system data and equipment system data newly added to the system diagram, and the system before rewriting The key code assigned to the drawing data deleted from the drawing and the equipment data linked to and related to this drawing data is deleted, and the linking means allows the line device to be displayed on the screen of the display device by the input device. When the equipment information is called, the key code given to the equipment system data of the called line / equipment information is compared and compared with the key code given to the drawing system data, and the drawing system corresponding to the equipment system data. When the system is linked with the data and the system diagram is called by the input device, the key code assigned to the drawing system data of the called system diagram is set. The key code assigned to the system data is compared and linked to the facility system data corresponding to the drawing system data, and the line / facility information of the facility system data or the system diagram of the drawing system data linked to each other is linked. It is possible to display by associating on the screen of the display device, and at the time of inquiry of the system diagram, the key code given to the drawing system data of the system diagram by the linking means is compared with the key code given to the equipment system data, and contrasted. The system diagram is displayed on the screen of the display device by linking it with the facility system data corresponding to the drawing system data, and at the time of rewriting the system diagram, the drawing system data newly added to the system diagram and having no key code added to each other. Key codes related to each other based on the key code system are added to the equipment system data, and key codes related to each other are deleted from the system diagram before rewriting. By deleting the respective key codes from the given drawing data and equipment data, linking the drawing data and equipment data to which key codes related to each other are linked, and the linked system diagram or line / equipment At least one of the information is displayed on the screen of the display device, and after the display, the drawing-related data and the equipment-related data which are related to each other are stored in the storage device together with the assigned key code, and the drawing-related data which is released from the association. Since the key code assigned to the data and the facility data is deleted and stored in the storage means, when referring to the system diagram, the association is performed based on the key code given in advance based on the key code system. Since it is performed, the facility system data and the drawing system data are easily associated with each other, and the link is performed quickly. Therefore, the processing speed can be increased and the work efficiency can be improved. Also, when the system diagram is rewritten, the key code that was given before the rewriting is deleted, and a new key code is automatically given to each data that will be related after the rewriting. However, it is surely associated with the line / facility information. Therefore, displaying the system diagram linked to the line / facility information is speeded up, and inquiry work and rewriting work are made more efficient.

The cable management method according to claim 14 is as follows:
When referring to the system diagram, when selecting the desired cable or facility installation location displayed on the system diagram with the input device for the displayed system diagram, the cable or facility selected based on the assigned key code. Since the line / facility information of the installation location is displayed on the same screen, the line / facility information of the desired facility on the system diagram can be displayed on the same screen when inquiring or rewriting the system diagram. For this reason, it is possible to work while checking the details of equipment data on the screen, so regardless of the skill level of the operator,
The cables can be managed in a finely and accurately manner.

The cable management method according to claim 15 is as follows:
When the drawing-related data and the equipment-related data are linked to each other and stored in the storage means, the drawing-related data and the equipment-related data are added with date information for determining an effective period according to a desired plan, and stored. When the desired date is input by, the drawing system data and the equipment system data are linked with the date by the linking means, and the system diagram according to the desired date is displayed. By designating a future date, the line configuration diagram corresponding to that date can be displayed, and a virtual line configuration diagram can be created.

The cable management method according to claim 16 is as follows:
The drawing system data includes system diagram data drawn as a system diagram on the screen of the display device, and single line connection diagram data drawn as a single line connection diagram. Either the system diagram or the single line connection diagram is stored. When the desired cable or equipment installation location on the displayed diagram is selected by the input device when is displayed on the screen of the display device, the other diagram corresponding to the selected cable or equipment installation location is displayed on the same screen. When the system diagram is displayed on the screen, selecting a cable or equipment installation location in this system diagram will display the corresponding single-line diagram on the same screen. If a single line connection diagram is displayed on the screen and a cable or equipment installation location in this single line connection diagram is selected, the corresponding system diagram will be displayed on the same screen. It can be. Therefore, a single-line connection diagram can be created with reference to the system diagram, and a system diagram can be called from the single-line connection diagram, so that usability as a user interface is improved and work efficiency is improved.

The cable management method according to claim 17 is as follows:
When performing a cut into the system diagram displayed on the screen of the display device and showing the cables, if the cable and the mechanical closure at the cut point are selected by the input device by the input device according to the desired cut plan. , A new cable is displayed on the screen based on the newly added key code, the original cable is erased, and the line / facility information of the original cable is transferred to the line / facility information of the new cable. Thus, at the time of interruption, the line / facility information of the original cable is automatically transferred to the line / facility information of the new cable on the system diagram, so that the interruption operation can be easily performed.

[Brief description of drawings]

FIG. 1 is a system configuration diagram showing a cable management system according to an embodiment of the present invention.

FIG. 2 is a conceptual diagram of processing in the cable management system of FIG.

FIG. 3 is a conceptual diagram of a main part of the cable management system of FIG.

FIG. 4 is a conceptual diagram on the equipment side conceptually showing the equipment installation location, installation status of cables and mechanical closures in the cable management system of FIG.

FIG. 5 is an explanatory diagram showing a part (cable specification information) of cable master data displayed on the screen of the display device.

FIG. 6 is an explanatory diagram showing a part of the core wire master data (core wire master management / correction information) displayed on the screen of the display device.

FIG. 7 is an explanatory diagram showing a part (cable selection information) of cable connection data displayed on the screen of the display device.

FIG. 8 is an explanatory diagram showing a part of cable connection data (cable core breakdown information) displayed on the screen of the display device.

FIG. 9 is an explanatory diagram showing a part (M / C management information) of mechanical closure master data displayed on the screen of the display device.

10 is an explanatory diagram showing a concept of a key code system of the cable management system of FIG. 1 and a relationship between equipment system data to which a key code is assigned based on the key code system.

FIG. 11 is an explanatory diagram showing a system diagram at the time of updating an equipment installation location, a procedure therefor, and an example of a key code assigned by a key code system.

FIG. 12 is an explanatory diagram showing a system diagram at the time of updating a cable, its procedure, and an example of a key code assigned by a key code system.

13 is an explanatory diagram showing an outline of a cable core wire management function in the cable management system of FIG. 1. FIG.

FIG. 14 is an explanatory diagram conceptually showing a system diagram, the relationship between cables and mechanical closures, the relationship between each data stored in the database management system, and the key code.

FIG. 15 is an explanatory diagram showing a screen for setting a registration reference date which is a reference for registration.

FIG. 16 is an explanatory diagram showing a screen for setting a registration reference date as a registration reference in the inquiry system diagram.

FIG. 17 is an explanatory diagram showing the contents of various types of cable information and a setting screen for changing the cable line type.

FIG. 18 is an explanatory diagram showing a state where a list of subjects is displayed on the setting screen for changing the line type of a cable.

FIG. 19 is an explanatory diagram showing a state in which a subject is selected from the subject list on the setting screen for changing the cable line type.

FIG. 20 is an explanatory diagram showing a screen on which objects other than equipment installation locations are arranged on the systematic diagram.

FIG. 21 is a flowchart showing a procedure for selecting and displaying a system diagram from system startup and rewriting the system diagram in the order of mechanical closure arrangement and cable arrangement.

FIG. 22 is a flowchart showing a procedure for selecting and displaying a systematic diagram from system startup and rewriting the systematic diagram in the order of line segments and symbols.

FIG. 23 is an explanatory diagram showing a state in which the display function of the systematic diagram is activated and the screen of the display device is in a standby state.

24 (a) to 24 (e) are explanatory diagrams each showing an example of a command for inputting information to be rewritten in a system diagram.

25 (a) and 25 (b) are explanatory diagrams each showing an example of a command for inputting information to be rewritten in a system diagram.

FIG. 26A is an explanatory diagram showing a list of management location drawings, and FIG. 26B is a system diagram selected from the list.

FIG. 27 is an explanatory diagram showing a systematic diagram at the time of interruption, a procedure therefor, and an example of a key code given by a key code system.

28 (a) and 28 (b) are explanatory diagrams showing a state of a system diagram before and during interruption and a state in which a cable to be interrupted is selected and a single line connection diagram is displayed on the screen. .

[Fig. 29] (a) and (b) show the state of the system diagram where the facility installation location to be interrupted and the mechanical closure of the facility installation location to be interrupted are selected and displayed on the single line connection diagram on the screen. It is explanatory drawing which shows the made state.

30 (a) and 30 (b) are explanatory views showing a screen state before interruption registration and a screen state after interruption registration, respectively, at the time of interruption.

FIG. 31 is an explanatory diagram showing a single-line connection diagram at the time of cutting.

FIG. 32 is an explanatory diagram showing an example of equipment system data input with a valid period (date information, date) of the data.

FIG. 33 is an explanatory diagram showing a key code of cable connection data between three points of facility installation locations A, B, and C.

FIG. 34 is an explanatory diagram showing a systematic diagram at the time of interruption, a procedure therefor, and an example of a key code given by a key code system.

FIG. 35 is an explanatory diagram showing a systematic diagram at the time of interruption, a procedure therefor, and an example of a key code given by a key code system.

[Explanation of symbols]

2A CPU (Central processing unit) 2B main memory 3 input devices 4 display device 6 database 7 server (storage means) 10-14 Equipment data 21,22 Drawing data 31 Cooperation program (cooperation means) 32 Update program (update means)

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Koji Imai             1-1-3 Uchisaiwaicho, Chiyoda-ku, Tokyo             Power Co., Ltd. (72) Inventor Kazuo Sugita             1-1-3 Uchisaiwaicho, Chiyoda-ku, Tokyo             Power Co., Ltd. (72) Inventor Seizo Matsumoto             1-14-14 Nishi Gotanda Nishi, Shinagawa-ku, Tokyo West             Gotanda TF Building Japan Field Engineering             Nearing Co., Ltd. (72) Inventor Takashi Noguchi             1-14-14 Nishi Gotanda Nishi, Shinagawa-ku, Tokyo West             Gotanda TF Building Japan Field Engineering             Nearing Co., Ltd. (72) Inventor Akira Kudo             1-14-14 Nishi Gotanda Nishi, Shinagawa-ku, Tokyo West             Gotanda TF Building Japan Field Engineering             Nearing Co., Ltd. F term (reference) 5B046 AA00 HA05 HA09 KA05                 5B075 ND02 ND36 UU21

Claims (17)

[Claims] 1. A database that stores facility data in which line / facility information including cables is stored in advance, and a storage means that updatable stores a system diagram associated with this line / facility information as drawing system data. And a display device for displaying at least one of the line / facility information and the system diagram on the screen based on the data stored in the database and the storage device, and on the screen of the display device from the storage device. It is equipped with an input device that can call up and display the desired system diagram or line / facility information, and rewrite the displayed system diagram, and based on commands from the input device, a database by a control program stored in the main memory. The facility system data and the drawing system data stored in the storage means and associated with each other are linked and linked. When the systematic diagram is rewritten by the input device and the linking means for displaying at least one of the diagram and the line / facility information on the screen of the display device, the drawing system data and the facility system data are based on the rewritten system diagram. And facility data that are linked to this system diagram by rewriting and are newly associated, and facility data whose association with this system diagram is released by rewriting. And a central processing unit for storing the drawing system data of the rewritten system diagram in a storage means, and the system diagram displayed on the display device is used as a user interface. 2. The updating means, when the system diagram is rewritten by the input device, based on the rewritten system diagram, a key code determined in advance for drawing system data and facility system data newly added to the system diagram. The key code associated with each other based on the system is deleted, and the key code assigned to the drawing system data deleted from the system diagram before rewriting and the equipment system data linked to this drawing system data and related However, the linking means uses the input device on the screen of the display device to
When the equipment information is called, the key code given to the equipment system data of the called line / equipment information is compared with the key code given to the drawing system data, and the drawing system corresponding to the equipment system data is compared. When the system is linked by data and the system diagram is called by the input device, the key code given to the drawing system data of the called system diagram is compared with the key code given to the equipment system data, and the drawing system is drawn. Link with equipment data corresponding to the data,
2. The cable management system according to claim 1, wherein the line / facility information of the facility system data or the system diagram of the drawing system data linked to each other can be displayed in association with each other on the screen of the display device. 3. When a line segment corresponding to a desired cable displayed on the system diagram by the input device or a symbol corresponding to a facility installation place is selected, the system diagram displayed on the screen of the display device is given. 3. The cable management system according to claim 2, wherein the line / facility information of the cable or facility installation location selected based on the selected key code is displayed on the same screen. 4. When the drawing-related data and the equipment-related data are linked and stored in the storage means, the drawing-related data and the equipment-related data are provided with date information for determining the effective period according to a desired plan. 4. The storage device according to any one of claims 1 to 3, characterized in that a desired date can be input by an input device, and the linking means links the drawing data and the equipment data with the date. The cable management system described in 1. 5. The key code system is systematically based on the cable key code system to which a key code is assigned based on the cable connection relationship and attributes and the mechanical closure connection relationship and attributes. The cable management system according to any one of claims 2 to 4, wherein the cable management system comprises a key code system of a mechanical closure to which a key code is added. 6. The equipment system data includes cable master data including at least detailed cable information, core wire master data including usage information for each core wire, and cable connection data including connection relationship information between cables. 6. A core wire connection data including information on a connection relationship for each core wire in the cable, and a mechanical closure master data including detailed information on the mechanical closure. The cable management system described in item 1). 7. The cable key code system includes a self-end point key code, a mating end point key code, a device model key code and a serial number, and a mechanical closure key code system includes a self-end point key code. 7. The cable management system according to claim 5, wherein a device model key code and a serial number are included. 8. The drawing system data comprises a system diagram drawn on a screen of a display device based on a predetermined two-axis coordinate system, and the system diagram shows a facility installation location with a predetermined symbol. The drawing position information is drawn based on the coordinate information corresponding to the location, and the drawing line segment information is drawn based on the coordinate information of the drawing position information as a line segment in the drawing with the line between the equipment installation locations. The cable management system according to claim 1, wherein the cable management system is a cable management system. 9. The cable management system according to claim 8, wherein the drawing system data includes single line connection diagram information drawn as a single line connection diagram on the screen of the display device. 10. When a cable and a mechanical closure at an insertion position are selected by an input device according to a desired cutting plan for a system drawing displayed on a screen of a display device, a new key code system is provided. Based on the key code given, a new cable is displayed on the screen, the original cable is erased, and there is an interruption means to transfer the line / facility information of the original cable to the line / facility information of the new cable. The cable management system according to claim 1, wherein the cable management system is a cable management system. 11. The screen of the display device specifies the color of the cable by specifying the color of the cable according to the type of the item of the cable specifications, and the color of the cable by specifying the number of cores of each cable. Display according to the number of cores to be displayed, display according to the year by specifying the color of the cable by the year when the cable is used, and the year when the cable is used Display by period of the year by specifying the color, display by sharing when displaying the number of shared cores, and display by specifying the color for each cable including the core of the selected item, and cable specifications Displayed by system name by specifying the color of cable by system name, standard display by specifying all cable colors as a single color, and displayed during span length / number of cores Specify the color of The cable management system according to any one of claims 6 to 10, characterized in that a desired display can be selected from among the display of the overall length and the number of cords and the character color display. 12. A database that stores facility system data in which line / facility information including cables is stored in advance, and a storage means that updatable stores a system diagram associated with this line / facility information as drawing system data. And a display device for displaying at least one of the line / facility information and the system diagram on the screen based on the data stored in the database and the storage device, and on the screen of the display device from the storage device. It is equipped with an input device that can call up and display the desired system diagram or line / facility information, and rewrite the displayed system diagram, and based on commands from the input device, a database by a control program stored in the main memory. The facility system data and the drawing system data stored in the storage means and associated with each other are linked and linked. When the system diagram is rewritten by the input device and the linking means for displaying at least one of the system diagram and the line / facility information, the system diagram and the line / facility information are based on the rewritten system diagram. And facility data that are linked to this system diagram by rewriting and are newly associated, and facility data whose association with this system diagram is released by rewriting. And a central processing unit for storing the rewritten diagram data of the system diagram in the storage means, and when the system diagram is inquired, display the system diagram by linking it with related line / facility information. , When rewriting the system diagram, the drawing data and the equipment data that are not related to each other are related to each other, and the drawing data and the equipment that are related to each other are related. The relation with the data is released based on the rewritten system diagram, and the related drawing system data and facility system data are linked, and at least one of the linked system diagram and line / facility information is displayed. After being displayed on the screen of the device, the drawing-related data and the equipment-related data that are associated with each other and the drawing-related data and the equipment-related data that are disassociated are stored in the storage means, and the systematic diagram displayed on the display device. Cable management method characterized by using as user interface 13. A key code predetermined to drawing system data and equipment system data newly added to the system diagram based on the rewritten system diagram when the system unit is rewritten by the input device by the updating means. The key codes associated with each other based on the system are assigned, and the key codes assigned to the drawing system data deleted from the system diagram before rewriting and the equipment system data linked and related to this drawing system data are also added. When the line / facility information is called by the input device on the screen of the display device by erasing, the key code given to the equipment system data of the called line / facility information is added to the drawing data. Compare and contrast with the key code
When the system diagram is called by the input device by linking it with the drawing system data corresponding to the facility system data, the key code assigned to the drawing system data of the called system diagram is the key assigned to the facility system data. By comparing and contrasting with the code and linking with the equipment data corresponding to the drawing data, link the line / equipment information of the equipment data or the system diagram of the drawing data linked to each other on the screen of the display device. When the system diagram is displayed, the key code assigned to the drawing system data of the system diagram by the linking means is compared with the key code assigned to the equipment system data when the system diagram is inquired, and the equipment corresponding to the drawing system data is displayed. The system diagram is displayed on the screen of the display device by linking with the system data, and when the system diagram is rewritten, the system diagram is newly added and key codes are assigned to each other. The drawing data and the equipment data that are related to each other based on the key code system are added to the unrelated drawing data and equipment data, and the related key codes are deleted from the system diagram before rewriting. Each key code is deleted from and the drawing system data and the equipment system data to which the related key codes are attached are linked, and at least one of the linked system diagram or line / facility information is displayed. On the screen, and after the display, the drawing-related data and facility-related data that are related to each other are stored in the storage device together with the assigned key code,
13. The cable management method according to claim 12, wherein the key code to which the drawing-related data and the facility-related data that have been disassociated is assigned is deleted and stored in the storage means. 14. When inquiring a system diagram, when a desired cable or equipment installation place displayed on the system diagram is selected by an input device with respect to the displayed system diagram, the selected system is selected based on a given key code. The cable management method according to claim 13, wherein the line / facility information of the cable or the facility installation location is displayed on the same screen. 15. When the drawing-related data and the equipment-related data are linked and stored in the storage means, the drawing-related data and the equipment-related data are provided with date information for determining the effective period according to a desired plan. When storing and inputting the desired date with the input device, the linking means links the drawing system data and the facility system data with the date, and displays the system diagram according to the desired date. Claim 12 to 1 characterized
4. The cable management system according to any one of 4. 16. The drawing system data includes system diagram data drawn as a system diagram on a screen of a display device and single line connection diagram data drawn as a single line connection diagram, and the system diagram or the single line connection diagram is stored. When any one of them is displayed on the screen of the display device and the desired cable or equipment installation place on the displayed figure is selected by the input device, the other corresponding to the selected cable or equipment installation place is selected. 16. The cable management method according to claim 13, wherein the drawings can be displayed on the same screen. 17. A mechanical system of a cable and a cutting portion according to a desired cutting plan by an input device by a cutting device when cutting a system diagram in which a cable is displayed on a screen of a display device. When you select Closure, the new cable is displayed on the screen based on the newly added key code, the original cable is erased, and the line / equipment information of the original cable is changed to the line / equipment information of the new cable. The transfer is performed, and the transfer is performed.
6. The cable management method according to any one of 6.