JP4887243B2 - Information collation apparatus, information collation method, program, and recording medium - Google Patents

Description

  The present invention relates to an information collation apparatus, an information collation method, a program, and a recording medium that can collate whether or not the information matches, and more specifically, using a computer, information on components described in the drawings, and The present invention relates to an information collation apparatus, an information collation method, a program, and a recording medium that can collate whether or not the information about the parts included in the parts table matches.

  In general, in designing a printed circuit board, a designer uses a CAD (Computer Aided Design) system using a graphics display device capable of displaying a graphic to show a circuit diagram of an electronic circuit or an arrangement and wiring of components. Design the board layout. Furthermore, based on the data of the designed printed circuit board, a work instruction for producing the printed circuit board is created, and a work instruction is given by delivering the created work instruction to the production department.

  The work order is composed of, for example, a layout drawing in which the part layout and the part name are noted in the vicinity of the part and a part configuration table (hereinafter referred to as “parts table”) showing a list of parts used for parts procurement. Is done. Since the layout drawing and the parts table are created based on the data of the printed circuit board designed using the CAD system, the parts included in the layout drawing and the parts included in the parts table are a pair at the time of creation. Corresponding to one. However, once created, the layout drawing and the parts table can be independently edited or processed. For example, a layout drawing may be used after being edited or processed by a drawing editing device and a parts table by a text editing device.

  In this way, if the editing is performed with a different device, the correspondence between the layout drawing and the parts table may be lost. Therefore, in order to confirm the consistency, the collation work between the layout drawing and the parts table is not performed. I need it. When this collation operation is performed manually, the collator outputs the layout drawing and the parts table on paper by the respective editing devices, that is, the drawing editing device and the text editing device, and the layout drawing and the part for each part. It takes an enormous amount of time and man-hours to check whether or not there are corresponding parts in the table, and to mark parts with corresponding parts.

  There is a communication system as a conventional technique. The communication system includes a graphics display device that displays graphics and a text file display device that displays character strings. The graphics display device can display a graphic indicated by graphic data indicating elements such as circuit symbols, elements, and components, and can output a text file composed of text data indicating a character string corresponding to the graphic data. . Furthermore, the graphics display device can input or edit the displayed graphic, and can output a text file for the input or edited graphics data.

  The text file display device can display the character string indicated by the text data based on the text file output by the graphics display device, and can specify the displayed character string or character string line with the mouse. The text file display device sends a command corresponding to the character string or character string line designated by the mouse to the graphics display device. The graphics display device displays, for example, a highlight display, a zoom display, or a bitmap display of a graphic display mode corresponding to a character string or a character string line indicated by a command received from a text file display device. By changing to, the burden of collation by the collator can be reduced (see, for example, Patent Document 1).

Japanese Patent No. 2969423

  However, although the conventional technology described above can collate the elements included in the graphics data with the character string included in the text data, it can collate the elements deleted from the graphic data by editing. There is a problem that you can not.

  An object of the present invention is to provide an information collation apparatus, an information collation method, a program, and a recording medium that can collate elements such as deleted parts.

The present invention includes first identification information for identifying individual elements, and first deletion information that is added to the first identification information and indicates the first identification information that has been deleted. Information to be checked, second identification information for identifying each element, and second deletion information that is given to the second identification information and indicates that the second identification information has been deleted. Input means for inputting second collated information;
Whether or not the first identification information included in the first collated information input by the input unit matches the second identification information included in the second collated information input by the input unit At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, Collation means for collating whether or not the second identification information that is included in the collation information and the second deletion information is assigned matches;
Output means for outputting collation result information representing the collation result collated by the collation means ;
When the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information, the first deletion information is added. A strikethrough addition button for assigning the first deletion information to the first identification information that is not performed,
When the second deletion information is given to the second identification information that matches the first identification information to which the first deletion information is given, the first identification information to which the first deletion information is given And a strikethrough deletion button for deleting the first deletion information of
The verification means includes either one of the first identification information to which the first deletion information is given by the strikethrough addition button and the first identification information from which the first deletion information is deleted by the strikethrough deletion button, The information collating apparatus is configured to collate whether or not the second identification information included in the input second collated information matches .

  According to the present invention, the output means includes first identification information indicating that the collation result by the collation means does not match among the first identification information included in the first collation information. The output is performed in a different output form from the first identification information indicating that the collation results by the collation means match.

  Further, according to the present invention, the collation means further includes first identification information that is included in the first collation information and to which the first deletion information is not added, and matches the first identification information. The second identification information matches the first identification information that is not included in the second identification information to which the second deletion information is not added, among the second identification information included in the second collated information. It is characterized by determining that it is not.

  According to the present invention, the output means further includes the number of first identification information included in the first collated information and the number of second identification information included in the second collated information. It is characterized by outputting.

  According to the present invention, the output means does not match the first identification information included in the first collated information and indicates that the collation result by the collation means does not match. Is output in a predetermined color representing the color.

  According to the present invention, the output means matches the first identification information included in the first checked information and indicates that the matching results by the matching means match. Is output in a predetermined color representing the color.

  In the present invention, the first identification information to be deleted is designated from the first identification information included in the first collated information and the first deletion information is not given, and the designated first identification is specified. The information processing device further includes editing means for adding the first deletion information to the information.

  In the present invention, the first identification information that is included in the first collated information and that is assigned with the first deletion information is the first identification information that stops giving the first deletion information. It further includes an editing means for specifying and removing the first deletion information assigned to the specified first identification information.

  In the present invention, any one of the first identification information included in the first collation information input by the input means is designated, and the designated first identification information is changed. And editing means.

  Further, the present invention is characterized in that the output means can output only the first identification information indicating that the collation result by the collation means does not match.

  In the invention, it is preferable that the output unit outputs a collation result of the collation unit in a comma-delimited text file format.

In the present invention, the first collated information input by the input means is hierarchized,
Setting means for setting at least one of the layers of the first collated information;
The collation means collates only the first identification information included in the hierarchy set by the setting means among the first collation information input by the input means.

The present invention further includes setting means for setting a color for outputting the first identification information and a color for outputting the first deletion information,
The output means outputs the first identification information and the first deletion information in a color set by the setting means.

In the present invention, the element is a part,
The first identification information and the second identification information are part names,
The first deletion information and the second deletion information are strikethrough information indicating strikethrough indicating that the part name is the deleted part name,
The first collated information includes a part name of a part described in the drawing,
The second collated information includes a part name described in a parts table that lists parts names.

In the present invention, the first collated information includes a grant information that represents a shape given to the first identification information and includes the first deletion information,
The collation means is configured such that when the shape indicated by the provision information included in the first collation information is a predetermined shape and is provided at a predetermined position with respect to the first identification information. The provision information included in the collated information is determined as the first deletion information.

Further, the present invention is an information collation method executed by an information collation apparatus including an input unit, an output unit, a strikethrough addition button and a strikethrough deletion button,
1st to-be-checked information including the 1st identification information for identifying each element, and the 1st deletion information which is given to the 1st identification information and shows that it is the deleted 1st identification information And second identification information for identifying each element, and second identification information including second deletion information given to the second identification information and indicating that the second identification information has been deleted. An input step of inputting collation information by an input means ;
Whether or not the first identification information included in the first collated information input in the input step matches the second identification information included in the second collated information input in the input step At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, A collation step for collating whether or not the second identification information included in the collation information and given the second deletion information matches;
An output step for outputting collation result information representing the collation result collated in the collation step to the output means ;
When the strikethrough addition button is operated, the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information. A strikethrough adding step for adding first deletion information to first identification information to which the first deletion information is not added,
When the strikethrough deletion button is operated, the second deletion information is added to the second identification information that matches the first identification information to which the first deletion information is added. A strikethrough deletion step of deleting the first deletion information of the first identification information to which the information is attached,
In the collation step, either one of the first identification information to which the first deletion information is given in the strikethrough addition step and the first identification information in which the first deletion information is deleted in the strikethrough deletion step, It is an information collating method characterized by collating whether the 2nd identification information contained in the said input 2nd collated information corresponds .

The present invention also includes first identification information for identifying individual elements, and first deletion information that is given to the first identification information and indicates that the first identification information has been deleted. 1 collation information, 2nd identification information for identifying each element, and 2nd deletion information which is given to the 2nd identification information, and shows the 2nd deletion information deleted An input step of inputting second matching information to be included;
Whether or not the first identification information included in the first collated information input in the input step matches the second identification information included in the second collated information input in the input step At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, A collation step for collating whether or not the second identification information included in the collation information and given the second deletion information matches;
An output step for outputting collation result information representing the collation result collated in the collation step ;
When the strikethrough addition button is operated, the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information. A strikethrough adding step for adding first deletion information to first identification information to which the first deletion information is not added,
When the strikethrough deletion button is operated, the second deletion information is added to the second identification information that matches the first identification information to which the first deletion information is added. A strikethrough deletion step of deleting the first deletion information of the first identification information to which the information is attached;
One of the first identification information in which the first deletion information is given in the strikethrough addition step and the first identification information in which the first deletion information is deleted in the strikethrough deletion step in the collation step And a collation step for collating whether or not the second identification information included in the input second collated information matches , is a program for causing a computer to execute.

  The present invention is also a computer-readable recording medium in which the program is recorded.

  According to the present invention, the first identification information for identifying each element by the input means, and the first identification information given to the first identification information and deleted are the first identification information. First identification information including deletion information, second identification information for identifying individual elements, and second identification information given to the second identification information and deleted. Second collation information including two pieces of deletion information is input.

  Then, the first identification information included in the first collated information input by the input unit and the second identification information included in the second collated information input by the input unit are collated by the collating unit. When it is verified whether or not they match, at least the first identification information that is included in the first verification information and that is not given the first deletion information, and included in the second verification information; and It is collated whether or not the second identification information to which the second deletion information is not assigned is matched, and is further included in the first identification information that is included in the first collated information and to which the first deletion information is assigned. Whether the information matches the second identification information included in the second collated information and provided with the second deletion information is collated.

Further, collation result information indicating the collation result collated by the collation unit is output by the output unit. Therefore, the first identification information to which the first deletion information is assigned and the second identification information to which the second deletion information is assigned can also be collated. That is, if the first identification information and the second identification information are, for example, part names, and the first deletion information and the second deletion information are strikethroughs indicating deletion, elements deleted by the strikethrough, for example, parts It is also possible to collate parts names.
In addition, when the second identification information that matches the first identification information to which the first deletion information is not given by the strikethrough addition button is not included in the second identification information included in the second collated information, First deletion information is assigned to the first identification information to which the first deletion information is not assigned, and a second line that matches the first identification information to which the first deletion information is assigned by a strikethrough deletion button. When the second deletion information is given to the identification information, the first deletion information of the first identification information to which the first deletion information is given can be deleted.

Further, according to the present invention, when the information collating method is executed by the information collating apparatus including the input unit, the output unit, the strikethrough addition button, and the strikethrough deletion button, the input step includes a first for identifying individual elements. Identification information, and first verification information including first deletion information that is given to the first identification information and is deleted, and for identifying individual elements The second identification information and the second collated information including the second deletion information that is given to the second identification information and indicates the deleted second identification information are input by the input means .

  In the collation step, the first identification information included in the first collated information input in the input step matches the second identification information included in the second collated information input in the input step. Or not, at least the first identification information that is included in the first verification information and that is not given the first deletion information, and that is included in the second verification information, and the second verification information Collating whether or not the second identification information to which the deletion information is not assigned matches, and further including the first identification information included in the first collated information and having the first deletion information added thereto, It is verified whether or not the second identification information that is included in the second collated information and the second deletion information is added matches.

In the output step, collation result information indicating the collation result collated in the collation step is output to the output unit . Therefore, if the information collation method according to the present invention is applied, the first identification information to which the first deletion information is assigned and the second identification information to which the second deletion information is assigned can also be collated. . That is, if the first identification information and the second identification information are, for example, part names, and the first deletion information and the second deletion information are strikethroughs indicating deletion, elements deleted by the strikethrough, for example, parts It is also possible to collate parts names.
Further, in the strikethrough addition step, when the strikethrough addition button is operated, the second identification information that matches the first identification information to which the first deletion information is not added is included in the second collated information. If the first deletion information is not provided, the first deletion information is provided with the first deletion information, and in the strike-through deletion step, when the strike-through deletion button is operated, When the second deletion information is given to the second identification information that matches the first identification information to which the first deletion information is given, the first identification information to which the first deletion information is given The first deletion information can be deleted.

According to the invention, the first identification information for identifying each element and the first deletion information given to the first identification information and indicating the deleted first identification information are provided. The first identification information to be included, the second identification information for identifying each element, and the second identification information given to the second identification information and deleted. An input step for inputting second checked information including information;
Whether or not the first identification information included in the first collated information input in the input step matches the second identification information included in the second collated information input in the input step At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, A collation step for collating whether or not the second identification information included in the collation information and given the second deletion information matches;
An output step for outputting collation result information representing the collation result collated in the collation step ;
When the strikethrough addition button is operated, the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information. A strikethrough adding step for adding first deletion information to first identification information to which the first deletion information is not added,
When the strikethrough deletion button is operated, the second deletion information is added to the second identification information that matches the first identification information to which the first deletion information is added. A strikethrough deletion step of deleting the first deletion information of the first identification information to which the information is attached;
The first identification information to which the first deletion information has been assigned in the strikethrough addition step, the first identification information from which the first deletion information has been deleted in the strikethrough deletion step, and the input The collation step for collating whether or not the second identification information included in the second collated information is matched can be provided as a program for causing a computer to execute.

  The present invention can also be provided as a computer-readable recording medium in which the program is recorded.

FIG. 1 is a block diagram showing a functional configuration of a design data display device 1 according to an embodiment of the present invention. The information collating method according to the present invention is processed by the design data display device 1. The design data display device 1 which is an information collation device includes an input unit 11, a collation unit 12, a display unit 13, an editing unit 14, a result output unit 15, an environment setting unit (not shown), a design data database (Database).
Hereinafter referred to as “DB”)) 16, parts table DB 17 and environment setting DB 18.

  FIG. 2 is a block diagram showing a hardware configuration of the design data display device 1. The design data display device 1 includes a local area network (hereinafter referred to as “LAN”) 20, a central processing unit (hereinafter referred to as “CPU”) 21, a storage device 22, a random access memory (Random Access Memory). ; Hereinafter referred to as “RAM”) 23, data input device 24, input interface 25, output device 26, output interface 27, network connection device 28, and database 29.

  The LAN 20 is a communication line, for example, and enables transmission / reception of information between the network connection device 28 and the database 29. The CPU 21 controls the input interface 25, the output interface 27, and the network connection device 28 by executing a program stored in the storage device 22 and a program stored in the RAM 23, and the input unit 11, the verification unit 12, and the display unit 13. The functions of the editing unit 14, the result output unit 15, and the environment setting unit are realized.

  The storage device 22 includes, for example, a recording / reproducing device for a recording medium such as a hard disk device, a memory card, a flexible disk and a CD-ROM (Compact Disk Read Only Memory), a semiconductor memory such as a ROM (Read Only Memory) and a RAM, an optical disk device, And a magneto-optical disk device. The RAM 23 is constituted by a semiconductor memory capable of writing and reading, for example.

  The storage device 22 and the RAM 23 are executed when the CPU 21 executes a control program and a control program for realizing the functions of the input unit 11, collation unit 12, display unit 13, editing unit 14, result output unit 15, and environment setting unit. Necessary data is divided and stored. The RAM 23 has a faster read / write speed than the storage device 22, and data and programs that require high-speed access are stored in the RAM 23.

  The control program stored in the storage device 22 and the RAM 23 may include an operating system program and an application program, if necessary. Further, the control program stored in the storage device 22 and the RAM 23 may be downloaded from another storage device connected to the LAN 20 by the network connection device 28. Data stored in the storage device 22 and the RAM 23 includes data such as design data, parts table data, environment setting data, and collation result output information that is collation result information, which will be described later.

  The data input device 24 is configured by a keyboard, a pointing device such as a mouse or a touch panel, and inputs information necessary for collation. The input interface 25 receives information input by the data input device 24 and sends the received information to the CPU 21. Information necessary for collation is information input by an operation performed by the collator in response to a dialog to be described later displayed on the display, and includes information indicating a selection range to be collated, for example. .

  The output device 26 includes a display such as a CRT (Cathode Ray Tube) or a liquid crystal display device, or a printing device such as a printer, and displays or prints information instructed from the CPU 21 via the output interface 27. Output. The output interface 27 sends information instructed from the CPU 21 to the output device 26 and causes the output device 26 to output the sent information. The information instructed from the CPU 21 includes, for example, information for displaying a dialog, which will be described later, on a display, and collation result output information, which will be described later, displayed on a printer or display. The output collation result output information includes a collator, a collation result, and a change history, and can be used as evidence for collation.

  The network connection device 28 is connected to the LAN 20 and transmits / receives information to / from other devices connected to the LAN 20. The network connection device 28 transmits the information received from the CPU 21 via the LAN 20 and sends the information received via the LAN 20 to the CPU 21. The database 29 is a database constructed in another storage device connected to the LAN 20 and includes a design data DB 16, a parts table DB 17, and an environment setting DB 18.

  Referring to FIG. 1, input unit 11 as an input unit includes a design data input unit 111 and a parts table input unit 112. The design data input unit 111 reads design data stored in the design data DB 16 and stores it in the storage device 22 or the RAM 23.

  The design data, which is the first collated information, is data representing a drawing designed using a CAD (Computer Aided Design) system, and includes shape information representing the shape of a part, which is an element included in the drawing, and attached information. Including. The attached information includes first identification information for identifying a component, identification information that is second identification information, and first deletion information that is given to the identification information and represents a strikethrough indicating that the component is a deleted component And strikethrough information that is second deletion information, layer information that represents layers of drawings that are hierarchized, and frame information that indicates the format of drawings. The identification information is, for example, a component name, and is represented by a character or character string including letters, numbers, and symbols. The identification information component to which strikethrough information is assigned indicates that the component has been deleted. The frame information is not used for collation.

  The BOM input unit 112 reads out the BOM data stored in the BOM DB 17 and stores it in the storage device 22 or the RAM 23. The parts table data, which is the second collated information, is data representing a parts configuration table (hereinafter referred to as “partial table”) indicating a list of parts to be purchased. Identification information of parts included in the parts table, strikethrough Information and information indicating the model name are included. Information representing the model name is not used for verification. The parts table data is stored in units of files and can be selected by the file name. Hereinafter, description will be made by taking a part name as an example of identification information.

  The collation unit 12 serving as a collation unit includes a part name to be collated selected in a part check dialog 40 described later among the part names of the parts included in the drawing and a part name of the part included in the parts table. The part name to be collated selected in the part check dialog 40 to be collated is compared, and whether or not there is a matching part name is collated including the presence or absence of a strikethrough.

  Specifically, the part name of the part included in the drawing is identification information included in the attached information included in the design data input by the design data input unit 111, that is, the part name, and is hereinafter referred to as “part name of the drawing”. . Specifically, the part name of the part included in the BOM is identification information of the part included in the BOM indicated by the BOM data input by the BOM input unit 112, that is, the part name. It is called “part name”.

  3-7 is a figure for demonstrating the collation which the collation part 12 performs. FIG. 3 is a diagram illustrating an example of the first collation result 31 collated by the collation unit 12. The collation unit 12 determines that component names having the same strikethrough line match.

  Specifically, the collation unit 12 is included in the parts table data among the part names that are not attached with the strikethrough information included in the attached information of the design data among the parts names of the drawing and the part names of the parts table. The name of the part with the strikethrough information included in the ancillary information of the design data and the part name of the parts table are included in the part name of the drawing and collation with the part name to which the strikethrough information is not assigned. Then, collation with the part name to which strikethrough information included in the parts table data is given is performed.

  In the example of the first collation result 31 shown in FIG. 3, “A1”, “((double cancel line is attached) as the part name described as“ parts on the drawing ”, that is, the part name of the drawing to be collated. "A2", "B1 (with double strikethrough)" and "B2" are shown and described as "Parts in the parts table", that is, as part names in the parts list to be verified , “A1”, “A2 (with double strikethrough)”, “B1 (with double strikethrough)” and “B2”.

  For the part name to which strikethrough information is not given, the collation unit 12 includes the part name “A1” of “parts on the drawing”, the part name “A1” of “parts of the parts table”, and “parts on the drawing”. The part name “B2” of “and the part name“ B2 ”of“ parts of the parts table ”match each other, so that they are determined to match. Furthermore, for the part name to which strikethrough information is given, the part name “part on the drawing” “A2” (with double strikethrough) and the part name “parts in the parts table” “(double "A2" with a strikethrough) and part name "B1 with a double strikethrough" and "Part name in the parts list" "(double strikethrough)" “B1” marked with “” match, and therefore, they are determined to match each other. Therefore, in the first collation result 31 shown in FIG. 3, “◯” indicating that they match each other is shown as a result.

  FIG. 4 shows an example of the second collation result 32 collated by the collation unit 12. The collation unit 12 determines that a part name that does not match a strike-through line and a part name that is included only in any one of the drawing and the parts table and does not have a strike-through line are inconsistent.

  Specifically, the collation unit 12 is a part name included in both the part name of the drawing to be collated and the part name of the part list to be collated, and strikethrough information included in the attached information of the design data. The part name to which only one of the strikethrough information included in the parts table data is assigned is determined to be inconsistent, and the part name to which no strikethrough information is assigned is the target of collation A part name included in only one of the part name of the drawing and the part name of the parts table to be collated is determined to be inconsistent.

  In the example of the second collation result 32 illustrated in FIG. 4, “A1”, “A2 (with a double cancellation line)”, and “B1” are used as the part names described as “parts on the drawing”. "A1" (with double strikethrough), "A2", and "B2" are shown as part names described as "parts in the parts table".

  The collation unit 12 includes part names “A1” and “parts in the parts table” of “parts on the drawing” for the part names that include the part names in both and the strike-through line is assigned to only one of them. Parts name “A1 (with double strikethrough)” and parts name “part 2 (with double strikethrough) A2” and “parts parts” Since the name “A2” does not match, it is determined that the name does not match, and in the second matching result 32 shown in FIG. 4, “x” indicating the mismatch is shown as a result. Furthermore, as a part name that includes only one of the part names to which no strikethrough is given, a part name “B1” that is not included in the “parts in the parts table” and that is included in the “parts on the drawing”, Further, it is determined that the part name “B2” not included in the “parts on the drawing” and included in the “parts in the parts table” is inconsistent, and the second matching result 32 shown in FIG. Each “x” indicating a mismatch is shown as a result.

  FIG. 5 shows an example of the third collation result 33 collated by the collation unit 12. The collation unit 12 determines that a part name included in any one of the drawing and the parts table and having a strikethrough is coincident.

  Specifically, the strike-through information included in the part name included in any one of the part name of the drawing to be verified and the part name of the part list to be verified and included in the attached information of the design data Alternatively, it is determined that the part names to which strikethrough information included in the parts table data is given match.

  In the example of the third matching result 33 shown in FIG. 5, “A1 (with double strikethrough)” is shown as the part name described as “parts on the drawing”, As a part name described as “parts”, “A2 (with a double strike-through line)” is shown. The collation unit 12 is not included in the “parts on the drawing” and is included in the part names “(A1 with double strike-through)” and “parts on the parts table” included in the “parts on the parts table”. In addition, it is determined that the part name “(A2 with double cancellation line)” included in the “parts on the drawing” matches. In the third collation result 33 shown in FIG. 5, “◯” representing matching is indicated as a result.

  FIG. 6 shows an example of the fourth collation result 34 collated by the collation unit 12. The fourth collation result 34 is an example in which a plurality of the same part names are included, and the number included in the drawing matches the number included in the parts table.

  The collation unit 12 collates sequentially from the part name to which no strikethrough is assigned. First, it is determined that parts names that are included in both the drawing and the parts table and are not given a strikethrough match. Next, when collation is completed for a part name that is not given a strikethrough in both the drawing and the parts table, the part name that is included in any one of the drawing and the parts list and that is not given a strikethrough Are determined to be inconsistent. Further, when the collation for the part name to which the strikethrough is not given is completed, it is determined that the part names included in both the drawing and the parts table and given the strikethrough are matched.

  In the example of the fourth collation result 34 shown in FIG. 6, one “AAAA” and one “AAAAA (with double cancellation lines)” are used as the part names described as “parts on the drawing”. A total of four parts names of two "AAAAA" and two "AAAAA (with double strikethrough)" are given as part names described as "Parts in the BOM". The name is shown.

  The collation unit 12 determines that the first part name “AAAA” of “parts in the parts table” matches the first part name “AAAA” of “parts on the drawing”. In the fourth matching result 34 shown in FIG. 6, “◯” is shown as a result. Furthermore, the second part name “AAAA (with double strikethrough)” in the “parts list” does not match the second part name “AAAA” in “parts on the drawing”. In the fourth collation result 34 shown in FIG. 6, “x” is shown as a result. Since there is no part name in the third part of the “parts in the parts table” and there is a part name “AAAA” in the third part of the “parts on the drawing”, it is determined that there is a mismatch, and the part number shown in FIG. As a result, “x” is shown in the matching result 34 of FIG. There is no part name in the fourth part of the “parts table”, and the fourth part name “AAAA (with double strikethrough)” in the “parts on the drawing” is deleted with a strikethrough. Therefore, it is determined that they match, and the result of the fourth matching result 34 shown in FIG. 6 is “◯”.

  FIG. 7 shows an example of the fifth collation result 35 collated by the collation unit 12. The fifth collation result 35 is an example in which a plurality of the same part names are included and the number included in the drawing does not match the number included in the parts table.

  The collation unit 12 collates sequentially from the part name to which no strikethrough is assigned. First, it is determined that parts names that are included in both the drawing and the parts table and are not given a strikethrough match. Next, when collation is completed for a part name that is included in both the drawing and the bill of materials and is not given a strikethrough, it is included in any one of the drawing and the bill of materials and is given a strikethrough. It is determined that the part names that do not match are inconsistent. Further, when the collation for the part name to which the strikethrough is not given is completed, any one of the part name that is included in both the drawing and the parts list and that is given the strikethrough, and the drawing and the parts list. It is determined that the part names that are included in only one and are given a strikethrough match.

  In the example of the fifth collation result 35 shown in FIG. 7, one “AAAA” and two “AAAAA (with double cancellation lines)” are used as the part names described as “parts on the drawing”. A total of three parts names are shown, and two "AAAA" and one "AAAAA (with double strikethrough)" are given as part names described as "Parts in the BOM". The name is shown.

  The collation unit 12 determines that the first part name “AAAA” of “parts in the parts table” matches the first part name “AAAA” of “parts on the drawing”. In the fifth collation result 35 shown in FIG. 7, “◯” is shown as a result. Further, the collation unit 12 selects the second part name “AAAA (with double strikethrough)” in the “parts in the parts table” and the second part name “AAAA” in “parts on the drawing”. Does not match, it is determined that they do not match, and the result of the fifth collation 35 shown in FIG. 7 is “x”. Further, the collation unit 12 selects the third part name “AAAA (with a double strikethrough)” and the third part name “(2 “AAAAA” with a heavy strike-through line matches. Therefore, it is determined that they match, and the fifth matching result 35 shown in FIG. 7 shows “◯” as a result.

  When the collation unit 12 performs collation, the collation unit 12 can also perform collation only on a part name obtained by extracting, as an extraction filter, predetermined extraction conditions, for example, information described later set in the environment setting DB 18.

  Referring to FIG. 1, the display unit 13 serving as an output unit includes a design data display unit 131 and a parts table display unit 132, and displays a dialog such as a part check dialog described later. The design data display unit 131 displays the drawing indicated by the design data input by the design data input unit 111, for example, in a drawing display dialog described later. The design data display unit 131 reflects the collation result collated by the collation unit 12 and the edit result edited by the editing unit 14 on the displayed drawing display dialog. The parts table display unit 132 displays the parts table indicated by the parts table data input by the parts table input unit 112.

  The editing unit 14 serving as an editing unit performs editing such as adding a strikethrough, deleting a strikethrough, and changing a component name with respect to a part name whose collation result collated by the collation unit 12 does not match. The editing unit 14 updates the design data stored in the storage device 22 or the RAM 23 based on the editing result, and reflects the updated design data in the parts table data stored in the design data DB 16. The design data updated by the editing unit 14 is newly verified by the verification unit 12.

  The result output unit 15 serving as an output unit outputs collation result output information representing the collation result collated by the collation unit 12 to the storage device 22 or the RAM 23, a printer, a display, and the like. The environment setting unit, which is a setting unit, sets conditions for the collation unit 12, the display unit 13, the editing unit 14, and the result output unit 15 to perform processing.

  The design data DB 16 is a database for storing design data designed using a CAD system, and is included in the database 29 constructed in another storage device connected to the LAN 20. The parts table DB 17 is a database that stores parts table data representing a parts table indicating a list of parts to be purchased, and is included in the database 29 constructed in another storage device connected to the LAN 20. The environment setting DB 18 is a database that stores environment setting data set by an environment setting dialog, which will be described later, and is included in the database 29 constructed in another storage device connected to the LAN 20.

  FIG. 8 is a diagram illustrating an example of the component check dialog 40 displayed by the display unit 13. The component check dialog 40 is a window for performing an operation of selecting a collation target and displaying a collation result. The size of the part check dialog 40 can be changed with a mouse or the like, and can be adjusted so as not to overlap with a drawing display dialog for displaying design data, for example.

  The parts check dialog 40 includes collator information 41, result display information (hereinafter referred to as “checklist”) 42, parts table selection 43, drawing selection 44, screen zoom button 401, part confirmation button 402, strikethrough addition button 403. Ten operation buttons including a strikethrough deletion button 404, a component name change button 405, a check list output button 406, an all component display button 407, a duplicate component display button 408, a different component display button 409, and a close button 410 are displayed. .

  The collator information 41 is provided with a collator name display field labeled “verifier”. The collator name display field is a display field for displaying the name of the person in charge who performs collation, and the name of the collator set in the environment setting DB 18 is displayed as an initial value. In the collator display field shown in FIG. 8, “Taro Yamada” is displayed as an example of the name of the initial value.

  FIG. 9 is a diagram showing details of the check list 42. The check list 42 is provided with a selection zoom check column 421, a collation result display column 422, and a status display column 423, which are displayed with the title "Check list" and "Zoom when selecting a list".

  FIG. 10 is a diagram showing the drawing display dialog 50 zoomed up when the check box 421 for selected zoom is checked. When the selected zoom check column 421 is checked, all component names selected from the component names displayed in the collation result display column 422 are zoomed up in the drawing display dialog 50. The zoom-up magnification is set in the environment setting DB 18. The part name to be zoomed up is displayed in the color set in the environment setting DB 18.

  In the drawing display dialog 50 shown in FIG. 10, a component check dialog 500 is displayed over the drawing display dialog 50. Among the component names displayed in the collation result display field 422 of the component check dialog 500, the row 501 of the component name “CAVE” indicated by shading is selected, and the characters in the selected row 501 are highlighted. . In the drawing display dialog 50, the same part name as the part name selected in the collation result display field 422 is displayed in a color different from the colors of the other part names displayed in the drawing display dialog 50. Specifically, the color of the component name “CABE” indicated by the reference numeral 502 displayed in the drawing display dialog 50 is black, and the color of the other component names is blue.

  Referring to FIG. 9, collation result display field 422 displays information such as the collation result and the presence / absence of a strikethrough line by line for each part name. When the number of lines increases and does not fit in the collation result display field 422, a vertical scroll bar is displayed, and all the collation results can be referred to by operating the scroll bar.

  In the collation result display field 422, “No.”, “Result”, “Part Name”, “No Cancel” and “With Cancel” for “BOM”, and “No Cancel” for “on the drawing” and There are seven items of “with cancellation”. Table 1 shows the contents of these seven items.

  Of these item fields, the items are sorted in the order determined for each item by clicking on the portion where the item name is displayed. For example, when a location where “No.” is displayed is clicked, the items are sorted in ascending or descending order of “No.”, and when a location where “part name” is displayed is sorted in alphabetical order. Similarly, click on each item shown in the title bar for "Result", "BOM: No cancellation", "BOM: With cancellation", "Drawing: No cancellation", and "Drawing: With cancellation" , Ascending or descending. The first click sorts in ascending order, and the second click sorts in descending order.

  The status display field 423 indicates what state the collation result is displayed in the collation result display field 422. There are three states in which the collation result is displayed: “displaying all parts”, “displaying duplicate parts”, and “displaying different parts”. “Displaying all components” is a state in which all component names being collated are displayed. “Duplicate parts are being displayed” is a state in which only duplicate part names are displayed among all the part names being collated. “Different parts are being displayed” is a state in which only different parts names are displayed among all the parts names being collated. A duplicate part is a part having a plurality of parts having the same part name, and a different part is a part having a part name that does not match the collation result.

  FIG. 11 is a diagram showing details of the parts table selection 43. The parts table selection 43 is an operation unit for performing an operation of selecting parts table data to be collated from the parts table data stored in the storage device 22 or the RAM 23. For example, the parts table data is tabular data. In this case, the range to be collated can be specified by specifying a row and a column. Hereinafter, each range surrounded by a rectangle formed by rows and columns is referred to as a cell.

  In the parts table selection 43, a title “parts table selection” is displayed, and a target cell selection radio button 431, a fixed cell edit 432, and a file selection button 433 are provided. The target cell selection radio button 431 is a radio button for designating a selection method for selecting a matching target cell from the cells indicated by the parts table data. The target cell selection radio button 431 has three radio buttons of “capture all characters”, “select a cell range”, and “select with fixed cells”, and select only one of them with the mouse, for example. Can do.

  In “all character capture”, all the cells indicated by the parts table data stored in the storage device 22 or the RAM 23 are set as a range to be collated. “Select cell range” uses, for example, cells selected by the mouse among the cells indicated by the design data stored in the storage device 22 or RAM 23 as the range to be collated. “Select by fixed cell” sets a cell in the range specified by the address indicated in the fixed cell edit 432 among the cells indicated by the design data stored in the storage device 22 or the RAM 23 as the range to be collated.

  Fixed cell edit 432 designates a range of cells to be collated with a cell address. The cell address is specified by, for example, designating a row with a number and designating a column with an alphabet. In the fixed cell edit 432, the range indicated by the cell address set in the “default cell range” of the environment setting dialog, which will be described later, is displayed as the initial value range of the cell to be verified.

  When one cell is selected as the range to be collated in the fixed cell edit 432, for example, if the cell address is A1, “A1” is described. When a plurality of cells are selected as a range to be collated, the address of the cell serving as the start point is described on the left side of the colon and the address of the cell serving as the end point is described on the right side of the colon. A cell within a rectangular range having the start point cell and the end point cell as diagonals can be designated as the range to be collated. For example, in the range of cell addresses A1 to B10, “A1: B10” is described.

  When a plurality of cells are selected as a range to be collated in a plurality of ranges, the plurality of selection ranges are described by separating them with commas. For example, in the range of cell addresses A1 to B10 and the range of cell addresses C1 to D20, “A1: B10, C1: D20” is described. When there are a plurality of pages, a page can be specified, and a selection range over a plurality of pages may be specified.

  The file selection button 433 is an operation button for selecting a part table data file stored in the storage device 22 or the RAM 23. For example, when the file selection button 433 is pressed, the display unit 13 displays a dialog for displaying a list of file names of parts table data files stored in the storage device 22 or the RAM 23. From the list of displayed file names By selecting the file name, it is possible to select the parts table data to be collated.

  The operation button displayed on the screen can be pressed by, for example, aligning the pointer displayed on the screen with the mouse to the position of the operation button and left-clicking with the mouse.

  When the collation unit 12 extracts a collation target part name from the parts table, the collation unit 12 performs processing roughly in three processing steps. In the first process, a check is performed to prevent malfunction. For example, it is checked whether or not the bill of material data stored in the bill of materials DB 17 is used by another device. If it is used, the bill of material data stored in the bill of materials DB 17 may be updated. Because there is, the execution of the extraction process is stopped.

  In the second process, a process corresponding to the radio button selected by the target cell selection radio button 431 is performed. When the selected radio button is “capture all characters”, the cells in the entire range are set as the range to be verified, and when “selected by fixed cells”, the range indicated in the fixed cell edit 432 is set as the range to be verified. To do. In the case of “select cell range”, the display unit 13 displays a dialog for selecting a cell range and enables selection by the collator, and the collation unit 12 selects the range selected by the collator as a collation target. The range.

  In the third process, the collation unit 12 extracts part names from cells in the collation target range. First, it is checked for each description separated by commas whether the address of the described cell is valid. For example, an address of a cell using characters other than alphabets, numbers, colons, and commas, an address of a nonexistent cell, and the like are determined to be invalid cell addresses. A part name is extracted from a cell determined to be a valid cell address. Extraction is not performed for cells determined to be invalid cell addresses, cells other than part names and character strings such as cells storing date or numerical values, and blank cells.

  The collation unit 12 may cause the display unit 13 to display a progress dialog for displaying the extraction progress during extraction. Furthermore, an interruption button may be provided in the progress situation dialog so that extraction can be interrupted. When a problem occurs during processing, when a check is performed to prevent a malfunction in the first processing, or when an interruption button is pressed, the collation unit 12 extracts a part name from the parts table. And the initial screen of the component check dialog 40 shown in FIG.

  When the extraction of the part name from the parts table is completed, the collation unit 12 rearranges the part names in order to facilitate the collation. The collation unit 12 arranges component names that are not given a strikethrough in alphabetical order first. The display unit 13 displays the part name and the presence / absence of the strikethrough in the order rearranged by the collation unit 12, “part name” in the collation result display field 422 of the part check dialog 40, “no cancellation” and “ Displayed in the “Cancel” field.

  In the drawing selection 44 shown in FIG. 8, the title “drawing selection” is displayed, and a shape selection button 441 is provided. The shape selection button 441 is an operation button for selecting design data to be collated from design data stored in the storage device 22 or the RAM 23. When the shape selection button 441 is pressed, the collation unit 12 shifts to a selection operation mode for selecting design data, and among the drawings displayed on the drawing display dialog by the design data display unit 131, The range of drawings to be selected can be selected.

  FIG. 12 is a diagram illustrating an example of the drawing display dialog 51 displayed by the design data display unit 131. The drawing display dialog 51 is a dialog for displaying the drawing indicated by the design data stored in the storage device 22 or the RAM 23. From the drawing displayed in the drawing display dialog 51, the range of the drawing to be collated by the drawing selection 44 is displayed. You can choose. In the drawing display dialog 51 shown in FIG. 12, a drawing showing the component 512 arranged on the printed circuit board 511 is displayed.

  The collation unit 12 extracts a part name selected in the drawing selection 44 and included in the drawing to be collated from the drawings indicated by the design data stored in the storage device 22 or the RAM 23. If the drawing is hierarchized into a plurality of layers and the environment setting dialog 61 is set to select a layer, a part name is extracted with the drawing of the set layer as a drawing to be collated. If the part name is not included in the drawing to be verified, an error message is displayed and extraction is terminated, and the display unit 13 displays the initial screen of the part check dialog 40 shown in FIG.

  When the extraction of the part name from the drawing is completed, the collation unit 12 rearranges the part names in order to facilitate the collation. The collation unit 12 arranges the part names to which the strikethrough is not given first in alphabetical order and when the part names are the same. The display unit 13 displays the part name and the presence / absence of the strikethrough in the order rearranged by the collation unit 12, “part name” in the collation result display field 422 of the part check dialog 40, “no cancellation” and “no cancellation” on the drawing. Displayed in the “Cancel” field.

  When the collation unit 12 displays the part name extracted from the drawing in the collation result display field 422, if the part name extracted from the parts table is displayed first, the same part name is already displayed. Are added to the “No Cancel” and “Cancel” item fields on the drawing where the same part name is displayed, and the same part name is displayed on both lines. The part names that are not displayed are added and displayed so that the part names are in alphabetical order and the part names without strikethrough are first.

  When the part name extracted from the parts list is displayed in the collation result display field 422, if the part name extracted from the drawing is displayed first, the part name for which the same part name is already displayed is displayed. For parts names where the same part name is displayed in addition to the "No cancellation" and "Withdrawal" item fields for the BOM for the line where the same part name is displayed, and the same part name is not displayed in any row Displays an additional line so that the part names are in alphabetical order and the part names without strikethrough are first.

  When the extraction of the part names from the partial table and the drawing is completed, the collating unit 12 collates the part name extracted from the parts table and the part name extracted from the drawing, including the presence or absence of a strikethrough. The display unit 13 displays the collation result collated by the collation unit 12 in the “Result” item field of the collation result display field 422, and changes the color of the corresponding part name to the color set in the environment setting dialog 61. To do.

  FIG. 13 is a diagram illustrating an example of the drawing display dialog 52 that reflects the collation result by the collation unit 12. A part name with a matching result “O”, that is, a matching part is displayed in blue, and a part name with a matching result “X”, that is, a mismatch, is displayed in red. In FIG. 13, the part names “L0002” and “L0001” with the matching result “◯” are displayed in blue, and the part names “C0002”, “C0001”, and “C0001” with the matching result “x” are in red. It is displayed.

  Referring to FIG. 8, a screen zoom button 401 enables an operation for zooming in or out of a drawing displayed in the drawing display dialog with the component check dialog 40 hidden. . The drawing display dialog 52 shown in FIG. 13 is in a state where the component check dialog 40 is not displayed.

  The part confirmation button 402 is a part name corresponding to the part name selected from the part names displayed in the collation result display field 422 of the part check dialog 40 among the part names included in the drawing displayed in the drawing display dialog. Is an operation button for confirming which one is. In the drawing display dialog, the part name selected from the part names displayed in the collation result display field 422 is zoomed up by being surrounded by a square frame. Of the “No.” displayed in the matching result display field 422, “No.” of the selected part name is displayed at the lower left of the square frame. The zoom-up magnification is the magnification set in the environment setting dialog.

  FIG. 14 is a diagram illustrating an example of a component check dialog 53 in which a component to be confirmed by the component confirmation button 402 is selected. FIG. 15 is a diagram showing an example of the drawing display dialog 54 that displays the part name selected by the part confirmation button 402. In the component check dialog 53 shown in FIG. 1-3 part names “C0001”, No. No. 4 part name “C0002” and No. 4 Five rows 531 indicating five component names “C0003” are selected. In the drawing display dialog 54 shown in FIG. 15, the part name “C0003”, the part name “C0002”, and the part name “C0001” are surrounded by a square frame, and each “No.” is “5” at the lower left of each frame. ”,“ 4 ”, and“ 1 ”.

  FIG. 16 is a diagram showing an example of the drawing display dialog 55 showing the strikethrough line 551 given by the strikethrough addition button 403. When the strikethrough addition button 403 is pressed, the editing unit 14 gives a strikethrough to the part name selected in the collation result display field 422 among the part names extracted from the drawing. In the drawing display dialog 55 shown in FIG. 16, a strikethrough 551 is assigned to the part name “C0005”.

  FIG. 17 is a diagram showing the line type of the strikethrough given by the strikethrough addition button 403. FIG. 17A shows a strikethrough with a single straight line, and FIG. 17B shows a strikethrough with a double straight line. In FIG. 17A, a part line “C1303” displayed in the drawing display dialog 56a is given a strikethrough 561 by a single line. In FIG. 17B, a part line “C1303” displayed in the drawing display dialog 56b is given a strikethrough 562 using a double line.

  FIG. 18 is a diagram illustrating the length L of the strikethrough line 571 provided by the strikethrough addition button 403. The length L of the strikethrough 571 is determined by a ratio to the length in the width direction of the character string. The line type and length ratio of the strikethrough given by the strikethrough addition button 403 are set by the environment setting dialog.

  When the strikethrough addition button 403 is pressed, the editing unit 14 gives a strikethrough to the part name, and updates the design data stored in the storage device 22 or the RAM 23 and the design data stored in the design data DB 16. The collation unit 12 performs collation based on the updated new design data, and the display unit 13 updates the collation result display field 422 based on the new collation result by the collation unit 12, and the design data display unit 131. Reflects the new collation result by the collation unit 12 in the drawing display dialog.

  In this way, the editing unit 14 specifies the part name to be deleted from the part names that are included in the drawing indicated by the design data and are not given a strikethrough, and gives a strikethrough to the designated part name. It is possible to delete a part name having a mismatched collation result.

  The strikethrough deletion button 404 shown in FIG. 8 is an operation button for deleting the strikethrough of the part name selected in the collation result display field 422 out of the part names to which the strikethrough extracted from the drawing is given. is there. When the strikethrough addition button 403 is pressed, the editing unit 14 deletes the strikethrough given to the part name, and the design data stored in the storage device 22 or the RAM 23 and the design data stored in the design data DB 16 Update. The collation unit 12 performs collation based on the updated new design data, and the display unit 13 updates the collation result display field 422 based on the new collation result by the collation unit 12, and the design data display unit 131. Reflects the new collation result by the collation unit 12 in the drawing display dialog.

  As described above, the editing unit 14 designates a part name that is included in the drawing indicated by the design data and is given a strikethrough, and stops giving the strikethrough, and is given to the designated part name. Since the strikethrough that has been made is removed, it is possible to revive the part names that do not match.

  FIG. 19 is a diagram showing an example of a component name input dialog 58 displayed by the component name change button 405. The part name change button 405 is an operation button for changing the part name selected in the collation result display field 422 among the part names extracted from the drawing. When the part name is selected in the collation result display field 422 and the part name change button 405 is pressed, the display unit 13 displays the part name input dialog 58, and the design data display unit 131 displays it in the drawing display dialog. The part name selected in the collation result display field 422 among the part names is zoomed up.

  The part name input dialog 58 displays a title “part name” and a message “please enter a new name”, and includes a part name input field 581, an OK button 582, and a cancel button 583. The part name input field 581 is an input field for inputting a new part name. The OK button 582 is an operation button for instructing to change to the part name input in the part name input field 581, and the cancel button 583 is an operation button for canceling the change of the part name. The part name “C0002” is displayed in the part name input field 581 shown in FIG.

  When the part name is input in the part name input dialog 58 and the OK button 582 is pressed, the editing unit 14 changes the part name and stores the design data in the storage device 22 or the RAM 23 and the design data DB 16. Update design data. The collation unit 12 performs collation based on the updated new design data, and the display unit 13 updates the collation result display field 422 based on the new collation result by the collation unit 12, and the design data display unit 131. Reflects the new collation result by the collation unit 12 in the drawing display dialog.

  As described above, the editing unit 14 designates one of the component names included in the drawing indicated by the design data input by the input unit 11 and changes the specified component name. The part name can be corrected.

  FIG. 20 is a diagram illustrating an example of the collation result output 70 output by the checklist output button 406. The check list output button 406 is an operation button for outputting collation result output information indicating the collation result. When the checklist output button 406 is pressed, the display unit 13 displays a file saving dialog for performing an operation of saving as a file, and enables specification of a directory and file name for outputting collation result output information. . The result output unit 15 stores the collation result output information in the storage device 22 or the RAM 23 in the comma-delimited text file format such as the comma-separated CSV (Comma Separated Values) file format in the directory and file name specified in the file saving dialog. Output to. The result output unit 15 can output the collation result output information to the storage device 22 or the RAM 23 and can also output the collation result output information to the printer or the display as the collation result output 70.

  Thus, since the result output unit 15 outputs the collation result of the collation unit 12 in a comma-delimited text file format, the collation result can be used in other application programs such as a spreadsheet.

  The collation result output 70 includes six item fields of “collation date / time” 701, “collation person” 702, “collation part score” 703, “data with strikethrough” 704, “change history” 705, and “collation result” 706. Is provided. “Verification date” 701 indicates the date and time when the checklist output button 406 is pressed. “Verifier” 702 is the name of the collator set in the environment setting DB 18.

  The “number of collated parts” 703 indicates the number of parts names that have been collated for each of the parts table and the drawing. “Data with strikethrough” 704 indicates the number of strikeouts given to each part table and drawing among the parts names that have been collated. A “change history” 705 indicates a history of adding a strikethrough with the strikethrough addition button 403, deleting a strikethrough with the strikethrough deletion button 404, and changing a component name with the component name change button 405. A “collation result” 706 indicates a collation result, and indicates the same content as the content of the item displayed in the collation result display field 422 of the component check dialog 40.

  In the collation result output 70 shown in FIG. 20, the date “YYYY / MM / DD” and the time “HH: MM” are outputted as the collation date and time 701, and “Taro Yamada” is outputted to the collator 702. “17” for the bill of materials and “9” for the drawing are output to the number of parts 703, “3” for the bill of materials and “1” for the drawing are output to the data 704 with strikethrough, and the change history 705 includes the parts. It is output that “strikethrough deletion” has been performed for the name “L0003” and “name change (C0002)” has been performed for the part name “C0006”. “Rename (C0002)” indicates that the part name before the change is “C0002”.

  In this way, the result output unit 15 further outputs the number of part names included in the drawing indicated by the design data and the number of part names included in the part list indicated by the parts table data, so that the collation is performed. It is possible to confirm the number of part names that have been broken.

  The all parts display button 407 is an operation button for instructing to display the names of all parts that have been collated in the collation result display field 422 of the part check dialog 40. At this time, the display unit 13 displays “displaying all components” in the status display field 423 of the component check dialog 40.

  FIG. 21 is a diagram showing an example of the component check dialog 59 displayed by the duplicate component display button 408. The duplicate parts display button 408 displays, in the collation result display field 422 of the part check dialog 40, a part name that includes a plurality of collated part names including at least one of the same part name in the parts table and the drawing. This is an operation button for instructing this. At this time, the display unit 13 displays “displaying duplicate parts” in the status display field 423 of the part check dialog 40. The display unit 13 displays nothing in the matching result display field 422 when there are no overlapping part names.

  The part check dialog 59 shown in FIG. 21 shows a collation result display field 591 in which three part names “C0003” are displayed, and a status display field 592 in which “duplicate parts are being displayed” are displayed. Yes.

  FIG. 22 is a diagram illustrating an example of a component check dialog 60 displayed by a different component display button 409. The duplicate parts display button 408 is an operation button for instructing to display, in the matching result display field 422 of the parts check dialog 40, only the part names whose matching results do not match among the parts names that have been matched. At this time, the display unit 13 displays “displaying different components” in the status display field 423 of the component check dialog 40. If there is no part name whose collation result does not match, nothing is displayed in the collation result display field 422.

  The component check dialog 60 shown in FIG. 22 includes ten component names “C0003”, “C0004”, “L0003”, “L0004”, “L0005”, “R0001”, “R0002”, “R0003”, “ A collation result display field 601 displaying “R0004” and “R0005” is shown, and a status display field 602 displaying “displaying different parts” is shown.

  In this way, the result output unit 15 outputs only the part name indicating that the collation result by the collation unit 12 does not match, so that it is possible to easily recognize the part name whose collation result does not match. it can.

  The close button 410 is an operation button for ending the operation in the component check dialog 40 and closing the component check dialog 40. When the close button 410 is pressed, the display unit 13 ends the display of the component check dialog 40 on the display.

  FIG. 23 is a diagram illustrating an example of the environment setting dialog 61 displayed by the display unit 13. The environment setting dialog 61 is a dialog for setting an environment, and the environment setting unit stores information set in the environment setting dialog 61 in the environment setting DB 18 as environment setting data. The environment setting dialog 61 displays the title “environment setting”, and includes a collator setting 611, a layer setting 612, a strikethrough drawing setting 613, a component color change setting 614, a zoom setting 615, and a component table selection setting 616. One item, an OK button 617 and a cancel button 618 are provided.

  The collator setting 611 includes a collator input field in which a title “verifier setting” is displayed and “default collator” is added. The collator input field is an input field for inputting the person in charge of collation, that is, the name of the collator, and “Taro Yamada” is displayed in the collator input field shown in FIG. The name of the collator set in the collator setting 611 is displayed in the collator name display field of the collator information 41 of the component check dialog 40.

  The layer setting 612 can set a layer to be collated as a part name layer when the drawing is hierarchized into a plurality of layers. In the layer setting 612, a check box labeled “Specify a part name layer” for setting whether or not a part name to be collated is designated by layer, and “part name layer 1” to “parts”. Four parts name image layer input fields of “name image layer 4” are provided.

  When the check box labeled “Specify component name layer” is checked, the layer to be verified can be specified in the component name layer input field. Up to four layers can be designated by the four part name layer input fields. In the part name layer input fields labeled “part name layer 1” to “part name layer 4”, the layers are displayed in a pull-down menu. If the check box labeled “Specify the part name layer” is not checked, the part names of all the layers are to be collated.

  In the layer setting 612 shown in FIG. 23, “LVL0141” is displayed in “Part name layer 1”, “LVL0077” is displayed in “Part name layer 2”, and “LVL0129” is displayed in “Part name layer 3”. And “strikethrough” is shown in “part name image layer 4”. “Strikethrough” designates a layer including a part name with a strikethrough.

  As described above, the drawing indicated by the design data input by the input unit 11 is hierarchized into layers, and at least one of the layers of the drawing indicated by the design data is set by the environment setting unit. Then, the collation unit 12 collates only the part names included in the layer set by the environment setting unit in the drawing indicated by the design data input by the input unit 11, so that each user can select the range to be collated. Can be selected by layer.

  The strikethrough drawing setting 613 performs settings related to the strikethrough added by the strikethrough addition button 403 of the component check dialog 40. In the strike line drawing setting 613, a title “cancellation line drawing setting” is displayed, and a strike line color entry field, a line type entry field, a strike line layer entry field, and an extension rate entry field are provided.

  A strikethrough color input column labeled “strikethrough color” is an input column for designating the color of the strikethrough to be added, and can be selected from the colors displayed in the pull-down menu. The line type input field labeled “Line type” is an input field for specifying the type of strikethrough to be added. The line type displayed in the pull-down menu, for example, a line such as a single line or a double line You can choose from seeds.

  A cancellation line layer input field labeled “Canceling line layer” designates a layer on which the added strike line is drawn. Graphics and characters included in the same layer can be handled as the same group, similar to layers used in CAD and the like. If a strikethrough layer is specified, it becomes easy to recognize a line segment input to that layer as a strikethrough. Therefore, the processing can be speeded up, and the frame lines of other parts are not mistakenly recognized as strikethroughs. In the extension rate input column labeled “Extension rate”, the length of the added strikethrough is set as a ratio to the length in the width direction of the character string representing the part name.

  In the strike-line drawing setting 613 shown in FIG. 23, a magenta sample is square in the strike-through color input column and the character string “Magenta” indicating the color is displayed, and “single line” is displayed in the line type input column. Line ”,“ strikethrough ”in the strikethrough layer input field, and“ 1.10 ”times in the extension rate entry field.

  The component color change setting 614 sets a color for displaying a component name. In the component color change setting 614, the title “component color change setting” is displayed, and an OK column, a NO column, and a currently selected column are provided. In the OK column labeled “OK”, the color of the part name having the matching result is selected and set from the colors displayed in the pull-down menu. In the NO column labeled “NO”, the color of the part name included only in the drawing out of the part names whose collation results do not match is selected and set from the colors displayed in the pull-down menu. The currently selected column labeled “Selecting” selects and sets the color of the part name zoomed up by the list selection from the colors displayed in the pull-down menu. “Select list” is to select a row of a component name to be zoomed up from among the component names displayed on the check list 42 of the component check dialog 40 in units of rows with a mouse or the like.

  In the component color change setting 614 shown in FIG. 23, the OK column shows a square with a blue sample and a character string “Blue” indicating the color, and the NO column shows a red sample with a square. A character string “Red” indicating the color is shown, and the black column is a square and the character string “Black” indicating the color is shown in the currently selected column.

  In this way, the environment setting unit sets the color for outputting the component name and the color for outputting the strikethrough, and the result output unit 15 outputs the component name and the strikethrough with the color set by the environment setting unit. Therefore, the part name and the strikethrough can be displayed in a color that is easy for each user to see.

  Further, the display unit 13 matches the part name indicating that the collation result by the collation unit 12 does not match among the part names included in the drawing indicated by the design data, with the collation result by the collation unit 12 matching. Since the output format is different from the part name indicating that the part name indicates, for example, in a different color, the part name indicating that the matching results match and the part name indicating that they do not match are easily identified. be able to.

  Furthermore, the display unit 13 includes a first color that is included in the drawing indicated by the design data and that indicates that the part names indicating that the collation results by the collation unit 12 do not match are inconsistent. Therefore, it is possible to display a component name indicating that the collation result is inconsistent in easy-to-understand colors.

  Further, the display unit 13 includes a predetermined second color indicating that the part names included in the drawing indicated by the design data and indicating that the collation results by the collation unit 12 match are in agreement. Therefore, it is possible to display a component name indicating that the collation results match with each other in an easy-to-understand color.

  The zoom setting 615 sets a magnification for zooming up the component name when the component name is zoomed up by the component confirmation button 402, the list selection, and the component name change button 405 of the component check dialog 40. In the zoom setting 615, a title “zoom setting” is displayed, and a magnification field is provided. A magnification field labeled “Magnification” is an input field for inputting a magnification for zooming up the part name. In the magnification field of the zoom setting 615 shown in FIG. 23, “0.50” is indicated.

  The parts table selection setting 616 sets a cell to be collated when the “select with fixed cell” radio button of the parts table selection 43 in the parts check dialog 40 is selected. In the parts table selection setting 616, a title “parts table selection setting” is displayed, and a cell range setting column labeled “default cell range” is provided. The cell range set in the cell range setting field is displayed in the fixed cell edit 432 of the parts table selection 43 of the part check dialog 40. In the cell range setting column of the parts table selection setting 616 shown in FIG. 23, “AA10: AQ71, BQ18: CG71,” is indicated.

  The OK button 617 is an operation button for instructing the end of the environment setting in the environment setting dialog 61. When the OK button 617 is pressed, the environment setting unit stores the set information as environment setting data in the environment setting DB 18 and then causes the display unit 13 to close the environment setting dialog 61. A cancel button 618 is an operation button for instructing to discard the environment setting in the environment setting dialog 61 and to end the operation. When the cancel button 618 is pressed, the environment setting unit causes the display unit 13 to close the environment setting dialog 61 without storing the set information in the environment setting DB 18.

  FIG. 24 shows an example where the collation unit 12 recognizes a strikethrough and an example where it is not recognized. When the strikethrough information is information representing the shape of the strikethrough, the strikethrough information is included in the shape information, not the attached information. The shape information includes assignment information that represents the shape of a graphic attached to the part name, and strikethrough information is also included in the assignment information. In this case, it is necessary for the collation unit 12 to recognize which one of the figures indicated by the assignment information included in the shape information is a strikethrough.

  The collation unit 12 has a predetermined shape, for example, a direction in which the character of the part name is arranged, and is equal to or longer than the horizontal length of all the characters of the part name among the shapes of the graphic indicated by the provision information included in the shape information. The shape of a straight line and the shape of a figure given at a predetermined position, for example, the center position of all characters of the part name in the height direction of the character of the part name are recognized as a strikethrough. The shape of a figure that does not satisfy the predetermined shape and the predetermined position condition is not recognized as a strikethrough.

  In FIG. 24A, a straight line 621 in the width direction is written on all the characters included in the character string of the part name “L0001” in the middle of the height direction of the character included in the part name “L0001”. Has been. The recognition range 620 is a range for recognizing whether or not a strikethrough is given to the part name. The collation unit 12 recognizes the straight line 621 as a strike-through line, and displays “◯” in “Cancel” on the drawing of the part name “L0001” in the collation result display field 422 of the part check dialog 40.

  In FIG. 24B, a straight line 622 in the width direction is “L” among the characters included in the character string of the component name “L0001” in the middle of the height direction of the character included in the component name “L0001”. , And “0” adjacent to “L”. Since the straight line 622 is described only on a part of the characters, the matching unit 12 does not recognize the straight line 622 as a strike-through line, and on the drawing of the part name “L0001” in the matching result display field 422 of the part check dialog 40. “○” is displayed for “No cancellation”.

  In FIG. 24C, among the characters included in the part name “L0001”, a straight line 623 extends from the lower side in the height direction of the character “L” to the upper side in the height direction of the character “1”. It is written obliquely on the character string of the name “L0001”. Since the straight line 623 is obliquely described, the matching unit 12 does not recognize the straight line 623 as a strike-through line, and “no cancellation” on the drawing of the part name “L0001” in the matching result display field 422 of the part check dialog 40. “○” is displayed on the screen.

  In FIG. 24D, a straight line 624 in the height direction is described above the middle character “0” among the characters included in the part name “L0001”. Since the straight line 624 is described in the height direction, the collation unit 12 does not recognize the straight line 624 as a strike-through line, and “cancel” on the drawing of the part name “L0001” in the collation result display field 422 of the part check dialog 40. “○” is displayed in “None”.

  FIG. 25 is a flowchart showing a processing procedure of collation processing processed by the design data display device 1. For example, when the start of the collation process is instructed by a mouse or the like from a menu screen displayed on the display or the like, the display unit 13 displays the component check dialog 40 and proceeds to step A1. In step A1, the design data input unit 111 reads design data stored in the design data DB 16 and stores it in the storage device 22 or the RAM 23.

  In step A <b> 2, the collation unit 12 extracts the name of the part to be collated from the part names in the drawing indicated by the design data stored in the storage device 22 or the RAM 23. If the check box labeled “Specify part name layer” is checked in the layer setting 612 of the environment setting DB 18, the “part name layer 1” to “part name layer 4” fields of the layer setting 612 are displayed. Extracts part names included in the set layer. If the check box labeled “Specify part name layer” is not checked, the shape selection button 441 of the part check dialog 40 in the part name of the drawing indicated by the design data stored in the storage device 22 or the RAM 23 is displayed. The part name included in the range to be collated selected by is extracted.

  In step A 3, the parts table input unit 112 reads the parts table data stored in the parts table DB 17 and stores it in the storage device 22 or the RAM 23. In step A4, the collation unit 12 selects a collation target range designated by the parts table selection 43 in the parts check dialog 40 from the part names in the parts table indicated by the parts table data stored in the storage device 22 or the RAM 23. Extract the part name.

  In step A5, the collation unit 12 collates whether or not the part names are identical with respect to the part names extracted from the drawing and the parts table, including the presence or absence of strikethrough. The collation unit 12 includes only one of the part names extracted from the drawing and the parts table, the part names having the same part name, and the presence / absence of the strikethrough, and the drawing and the parts table. The part names with strikethroughs are determined to match. Then, it is determined that a part name that matches the part name and does not match the presence or absence of the strikethrough line, and a part name that is included in only one of the drawing and the parts list and does not have a strikethrough line do not match. To do.

  The information given to the part name extracted from the drawing may be information of a shape other than the shape of the strikethrough. In order to determine whether the given information is strikethrough information, the matching unit 12 Calls a strikethrough recognition process to recognize a strikethrough.

  In step A <b> 6, the display unit 13 displays the collation result by the collation unit 12 in the collation result display field 422 of the component check dialog 40. At this time, the part names for which the matching results do not match are displayed in a color indicating that they do not match, specifically, the color set in the NO column of the part color change setting 614 in the environment setting dialog 61. Then, the part name indicating that the collation results match is displayed in the color indicating the match, specifically, the color set in the OK column of the part color change setting 614 in the environment setting dialog 61. indicate.

  Further, the display unit 13 displays the result item in the matching result display field 422 as “◯” for the part name indicating that the matching result is the same, and indicates the part name indicating that the matching result is not the same. Displays the item of the result in the matching result display field 422 as “×”. The display unit 13 can also display only the part names for which the matching results do not match.

  In step A7, the editing unit 14 extracts part names that do not match, and edits the extracted part names such as adding a strikethrough, deleting a strikethrough, or changing a part name. When editing is performed, the editing unit 14 stores the edited content in the storage device 22 or the RAM 23 as a change history.

  When the part name extracted from the drawing and the parts table includes a part name that is not given a strikethrough only in the drawing, when the strikethrough addition button 403 of the part check dialog 40 is pressed, the editing unit 14 A strike-through is given to a part name that is not given a strike-through included only in the drawing. At that time, the editing unit 14 gives a strikethrough of the color, line type, and length set in the environment setting dialog 61.

  Furthermore, among the part names extracted from the drawing and the parts table, the part check dialog 40 is displayed when the part name with a strikethrough is included in the drawing and the part name with no strikethrough is included in the parts table. When the strikethrough deletion button 404 is pressed, the editing unit 14 deletes the strikethrough of the part name assigned with the strikethrough included in the drawing.

  Further, when a part name extracted from the drawing and the parts table includes a part name that is not given a strikethrough only in the drawing, if a new part name is input in the part name input dialog 58, the editing unit 14 Changes the part name that is not given a strikethrough only to the drawing to the part name input in the part name input dialog 58. For example, out of the part names extracted from the drawing and the parts table, only part names that do not have a strikethrough are included in the drawing, and the part names are different but the corresponding parts are not given a strikethrough only in the parts list When included, the part name in the drawing can be matched with the part name in the parts table.

  In step A8, the collation unit 12 determines whether or not it is necessary to perform a new collation. If there is no need to perform a new collation, the process proceeds to step A9. Returning to A5, new verification is performed. When it is determined that it is necessary to newly perform collation, for example, when editing is performed by the editing unit 14, that is, the strikethrough is added by the strikethrough addition button 403, the strikethrough is deleted by the strikethrough deletion button 404, and When the part name is changed by the part name change button 405, when the part table selection 43 in the part check dialog 40 newly selects the range to be compared in the parts table, the drawing selection 44 in the part check dialog 40 is selected. This is the case when a range to be collated in the drawing is newly selected.

  In step A9, the result output unit 15 outputs the collation result output information indicating the collation result to the storage device 22 or the RAM 23 as a comma-delimited text file format file. Further, the result output unit 15 outputs the collation result output information as a collation result output 70 to a printer or a display. The result output unit 15 uses the name set in the collator setting 611 of the environment setting dialog 61 as the collator 702 of the collation result output 70, and uses the change history stored in the storage device 22 or the RAM 23 as the collation result output 70. The change history 705 is output.

  The setting of the environment setting DB 18 can be changed at any point in the verification processing procedure shown in FIG. That is, at any point in the processing procedure of the collation processing shown in FIG. 25, for example, from the menu screen displayed on the display or the like, the environment setting dialog 61 is displayed by instructing the start of the environment setting, thereby setting the environment setting DB 18. The setting can be changed. The collation unit 12, the display unit 13, the editing unit 14, and the result output unit 15 perform processing according to the setting of the environment setting DB 18 at the time of execution.

  In the processing procedure of the collation processing shown in FIG. 25, the part name is extracted from the parts table after extracting the part name from the drawing, but after the part name is extracted from the parts table, the part name is extracted from the drawing. The part name may be extracted.

  In this way, the input unit 11 identifies the part name for identifying the individual part, design data including strikethrough information that is given to the part name and indicates the deleted part name, and the individual part. A part name for identification and part table data including strikethrough information indicating that the part name has been deleted and given to the part name are input.

  When the collation unit 12 collates whether or not the part name included in the design data input by the input unit 11 and the part name included in the part table data input by the input unit 11 match. At least, the part name that is included in the design data and is not given strikethrough information is collated with the part name that is included in the parts table data and is not given strikethrough information. It is verified whether the part name included in the data and given strikethrough information matches the part name included in the parts table data and given strikethrough information.

  Further, the result output unit 15 outputs collation result output information representing the collation result collated by the collation unit 12. Therefore, it is possible to collate the part name to which the strikethrough information is given. That is, it is possible to collate the part names of the parts deleted by the strikethrough.

  Further, the collation unit 12 includes a part name that is included in the drawing indicated by the design data and is not given a strikethrough, and a part name that matches the part name is included in the part table indicated by the part table data. Among these, it is determined that the part names not included in the part names to which no strikethrough is applied do not match. Therefore, a part name of a part that is not deleted included in the drawing indicated by the design data and that is not included in the part name of the part not deleted included in the drawing indicated by the design data is verified as inconsistent. Can do.

  FIG. 26 is a flowchart showing a processing procedure of a strikethrough recognition process called from the matching process shown in FIG. When called from step A5 of the flowchart shown in FIG. 25, the process proceeds to step B1.

  In step B1, the collation unit 12 selects a component name to which additional information is assigned. In step 2, the collation unit 12 determines a recognition range for recognizing whether or not the shape of the graphic indicated by the added additional information is a strikethrough for each selected component name. For example, a rectangular range 620 including the part name. In step 3, the collation unit 12 extracts the shape of the graphic attached to the part name within the recognition range as a deletion information candidate. In step 4, the collation unit 12 determines a predetermined shape of the extracted deletion information candidates, for example, a straight line shape in the direction in which the character of the part name is arranged and the horizontal length of all the characters of the part name. The deletion information candidate assigned to a predetermined position, for example, the center position of all characters of the part name in the height direction of the character of the part name is recognized as a strikethrough, and the strikethrough recognition process is terminated. .

  As described above, the strikethrough information is information represented by the shape of the graphic, and the design data represents the shape of the graphic given to the part name and includes the grant information including the strikethrough information. Determines that given information included in the design data is a strikethrough information in which the shape of the figure indicated by the given information is a predetermined shape and is given at a predetermined position with respect to the part name .

  Therefore, even if additional information other than strikethrough information is given to the part name, the strikethrough can be correctly recognized.

  Further, in steps A1 to A4 of the flowchart shown in FIG. 25, design data including a part name for identifying each part and strikethrough information given to the part name and indicating the deleted part name. And a parts name for identifying each part and parts table data including strikethrough information given to the part name and indicating the deleted part name are input.

  In steps A5 to A8 of the flowchart shown in FIG. 25, the part names included in the design data input in steps A1 to A4 of the flowchart shown in FIG. 25 and the inputs in steps A1 to A4 of the flowchart shown in FIG. When collating whether or not the part name included in the specified BOM data matches, at least the part name included in the design data and to which no strikethrough information is added, and included in the BOM data and canceled It is checked whether the part name to which line information is not assigned matches, and furthermore, the part name that is included in the design data and to which strikethrough information is assigned, and that is included in the parts table data and the strikethrough information is It is verified whether or not the given part name matches.

  Then, in step A9 of the flowchart shown in FIG. 25, collation result output information representing the collation results collated in steps A5 to A8 of the flowchart shown in FIG. 25 is output. Therefore, if the information collating method according to the present invention is applied, it is possible to collate the part name to which the strikethrough information is given. That is, it is possible to collate the part names of the parts deleted by the strikethrough.

  The program for controlling the design data display device 1 is also a program for causing a computer to execute each step of the information matching method according to the present invention. Therefore, the present invention can be provided as a program for causing a computer to execute each step of the information matching method.

  In the above-described embodiment, the program is stored in a storage device of a computer such as a semiconductor memory or a hard disk device. However, the program is not limited to these storage devices, and a computer-readable recording medium. May be recorded. The recording medium may be a recording medium that can be read by providing a program reading device as an external storage device (not shown) and inserting the recording medium therein, or may be a storage device of another device. .

  Any recording medium may be used as long as the stored program is accessed from a computer and executed. Alternatively, any recording medium may be configured such that the program is read, the read program is stored in the program storage area of the storage device, and the program is executed. Further, it may be downloaded from another device via a communication network and stored in the program storage area. The download program is stored in advance in a storage device of a computer, or installed in a program storage area from another recording medium.

The recording medium configured to be separable from the main body is, for example, a tape-based recording medium such as a magnetic tape / cassette tape, a magnetic disk such as a flexible disk / hard disk, or a CD-ROM (Compact Disk Read Only Memory) / MO (Magneto Optical). disk) / MD (Mini Disc) / DVD (Digital Versatile Disk) and other optical disk recording media, IC (Integrated Circuit) cards (including memory cards) / optical cards and other card recording media, or masks ROM / EPROM (Erasable Programmable
Read Only Memory) / EEPROM (Electrically Erasable Programmable Read Only
Memory) / a recording medium that carries a fixed program including a semiconductor memory such as a flash ROM. Therefore, the present invention can be provided as a computer-readable recording medium on which a program for causing a computer to execute each step of the information collating method is recorded.

It is a block diagram which shows the structure of the function of the design data display apparatus 1 which is one Embodiment of this invention. 2 is a block diagram showing a hardware configuration of a design data display device 1. FIG. An example of the 1st collation result 31 collated by collation part 12 is shown. An example of the 2nd collation result 32 collated by collation part 12 is shown. An example of the 3rd collation result 33 collated by collation part 12 is shown. An example of the 4th collation result 34 collated by collation part 12 is shown. An example of the 5th collation result 35 collated by collation part 12 is shown. It is a figure which shows an example of the components check dialog displayed by the display part. It is a figure which shows the detail of the check list. It is a figure which shows the drawing display dialog 50 zoomed up when the check column for selected zoom 421 is checked. It is a figure which shows the detail of parts table selection 43. FIG. It is a figure which shows an example of the drawing display dialog 51 displayed by the design data display part 131. FIG. It is a figure which shows an example of the drawing display dialog 52 reflecting the collation result by the collation part. It is a figure which shows an example of the components check dialog 53 from which the components confirmed with the components confirmation button 402 were selected. It is a figure which shows an example of the drawing display dialog 54 which displays the components name selected by the components confirmation button 402. FIG. It is a figure which shows an example of the drawing display dialog 55 which shows the strikethrough line 551 provided by the strikethrough addition button 403. It is a figure which shows the line type of the strikethrough provided with the strikethrough addition button 403. FIG. It is a figure which shows the length L of the strikethrough line 571 provided by the strikethrough addition button 403. It is a figure which shows an example of the component name input dialog 58 displayed by the component name change button 405. It is a figure which shows an example of the collation result output 70 output by the check list output button 406. FIG.

It is a figure which shows an example of the components check dialog 59 displayed by the duplicate components display button 408. FIG. It is a figure which shows an example of the components check dialog 60 displayed by the different components display button 409. FIG. It is a figure which shows an example of the environment setting dialog 61 displayed by the display part. It is a figure which shows the example recognized as the strikethrough by the collation part 12, and the example which is not recognized. It is a flowchart which shows the process sequence of the collation process processed by the design data display apparatus. It is a flowchart which shows the process sequence of the strikethrough recognition process called from the collation process shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Design data display apparatus 11 Input part 12 Collation part 13 Display part 14 Editing part 15 Result output part 16 Design data DB
17 Parts list DB
18 Environment setting DB
20 LAN
21 CPU
22 storage device 23 RAM
24 data input device 25 input interface 26 output device 27 output interface 28 network connection device 29 database 40 part check dialog 50 drawing display dialog 58 part name input dialog 61 environment setting dialog 70 collation result output 111 design data input part 112 parts table input part 131 Design data display part 132 Parts table display part

Claims (18)

1st to-be-checked information including the 1st identification information for identifying each element, and the 1st deletion information which is given to the 1st identification information and shows that it is the deleted 1st identification information And second identification information for identifying each element, and second identification information including second deletion information given to the second identification information and indicating that the second identification information has been deleted. Input means for inputting verification information;
Whether or not the first identification information included in the first collated information input by the input unit matches the second identification information included in the second collated information input by the input unit At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, Collation means for collating whether or not the second identification information that is included in the collation information and the second deletion information is assigned matches;
Output means for outputting collation result information representing the collation result collated by the collation means ;
When the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information, the first deletion information is added. A strikethrough addition button for assigning the first deletion information to the first identification information that is not performed,
When the second deletion information is given to the second identification information that matches the first identification information to which the first deletion information is given, the first identification information to which the first deletion information is given And a strikethrough deletion button for deleting the first deletion information of
The verification means includes either one of the first identification information to which the first deletion information is given by the strikethrough addition button and the first identification information from which the first deletion information is deleted by the strikethrough deletion button, An information collating apparatus for collating whether or not the second identification information included in the input second collated information matches .   The output means outputs, from the first identification information included in the first collation information, first identification information indicating that the collation result by the collation means does not match, by the collation means. The information collating apparatus according to claim 1, wherein the collation result is output in a different output form from the first identification information indicating that the collation results match.   The collation means further includes second identification information that is included in the first collated information and that is not provided with the first deletion information, and that matches the first identification information. However, it is determined that the first identification information not included in the second identification information to which the second deletion information is not assigned among the second identification information included in the second collated information does not match. The information collating apparatus according to claim 1.   The output means further outputs the number of first identification information included in the first collated information and the number of second identification information included in the second collated information. The information collating apparatus according to claim 1.   The output means includes a predetermined color representing that the first identification information included in the first collation information and the collation result by the collation means does not match is inconsistent. The information collating apparatus according to claim 1, wherein the information collating apparatus outputs the information.   The output means includes a predetermined color indicating that the first identification information included in the first collation information is matched and the first identification information indicating that the collation result by the collation means is coincident. The information collating apparatus according to claim 1, wherein the information collating apparatus outputs the information.   First identification information to be deleted is designated from among first identification information that is included in the first collated information and to which the first deletion information is not assigned, and the first identification information that is designated includes first information The information collating apparatus according to claim 1, further comprising editing means for adding deletion information.   Among the first identification information included in the first collated information and provided with the first deletion information, the first identification information for stopping the provision of the first deletion information is designated and designated. The information collating apparatus according to claim 1, further comprising an editing unit that removes the first deletion information added to the first identification information.   Editing means for designating any first identification information of the first identification information included in the first collated information input by the input means and changing the designated first identification information; The information collating apparatus according to claim 1, further comprising:   The information collating apparatus according to claim 1, wherein the output unit can output only the first identification information indicating that the collation result by the collation unit does not match.   The information collating apparatus according to claim 1, wherein the output unit outputs a collation result of the collating unit in a comma-delimited text file format. The first collated information input by the input means is hierarchized,
Setting means for setting at least one of the layers of the first collated information;
The said collating means collates only about the 1st identification information contained in the hierarchy set by the setting means among the 1st collation information input by the said input means. Information verification device. Setting means for setting a color for outputting the first identification information and a color for outputting the first deletion information;
The information collating apparatus according to claim 1, wherein the output unit outputs the first identification information and the first deletion information in a color set by the setting unit. The element is a part;
The first identification information and the second identification information are part names,
The first deletion information and the second deletion information are strikethrough information indicating strikethrough indicating that the part name is the deleted part name,
The first collated information includes a part name of a part described in the drawing,
The information collating apparatus according to any one of claims 1 to 13, wherein the second collated information includes a part name described in a parts table in which part names are listed. The first deletion information is information represented by a shape of a figure,
The first collated information includes a grant information that represents a shape of a graphic given to the first identification information and includes the first deletion information,
The collation means is configured such that, out of the provision information included in the first collation information, the shape of the graphic indicated by the provision information is provided in a predetermined shape and a predetermined position with respect to the first identification information. The information collating apparatus according to claim 1, wherein the assigned information is determined to be the first deletion information. An information collation method executed by an information collation apparatus including an input unit, an output unit, a strikethrough addition button and a strikethrough deletion button,
1st to-be-checked information including the 1st identification information for identifying each element, and the 1st deletion information which is given to the 1st identification information and shows that it is the deleted 1st identification information And second identification information for identifying each element, and second identification information including second deletion information given to the second identification information and indicating that the second identification information has been deleted. An input step of inputting collation information by an input means ;
Whether or not the first identification information included in the first collated information input in the input step matches the second identification information included in the second collated information input in the input step At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, A collation step for collating whether or not the second identification information included in the collation information and given the second deletion information matches;
An output step for outputting collation result information representing the collation result collated in the collation step to the output means ;
When the strikethrough addition button is operated, the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information. A strikethrough adding step for adding first deletion information to first identification information to which the first deletion information is not added,
When the strikethrough deletion button is operated, the second deletion information is added to the second identification information that matches the first identification information to which the first deletion information is added. A strikethrough deletion step of deleting the first deletion information of the first identification information to which the information is attached,
In the collation step, either one of the first identification information to which the first deletion information is given in the strikethrough addition step and the first identification information in which the first deletion information is deleted in the strikethrough deletion step, An information collating method comprising collating whether or not the second identification information included in the input second collated information matches . 1st to-be-checked information including the 1st identification information for identifying each element, and the 1st deletion information which is given to the 1st identification information and shows that it is the deleted 1st identification information And second identification information for identifying each element, and second identification information including second deletion information given to the second identification information and indicating that the second identification information has been deleted. An input step for entering verification information;
Whether or not the first identification information included in the first collated information input in the input step matches the second identification information included in the second collated information input in the input step At the time of collation, at least first identification information that is included in the first collated information and that is not given the first deletion information, and that is included in the second collation information and that the second deletion information is given The second identification information that is not matched is matched, and further, the first identification information that is included in the first checked information and that has been given the first deletion information, A collation step for collating whether or not the second identification information included in the collation information and given the second deletion information matches;
An output step for outputting collation result information representing the collation result collated in the collation step ;
When the strikethrough addition button is operated, the second identification information that matches the first identification information to which the first deletion information is not added is not included in the second identification information included in the second collated information. A strikethrough adding step for adding first deletion information to first identification information to which the first deletion information is not added,
When the strikethrough deletion button is operated, the second deletion information is added to the second identification information that matches the first identification information to which the first deletion information is added. A strikethrough deletion step of deleting the first deletion information of the first identification information to which the information is attached;
One of the first identification information in which the first deletion information is given in the strikethrough addition step and the first identification information in which the first deletion information is deleted in the strikethrough deletion step in the collation step And a collation step for collating whether or not the second identification information included in the input second collated information matches the program.   A computer-readable recording medium on which the program according to claim 17 is recorded.

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