Disk map management device, disk map management system and disk map management method

Abstract

The disk image management device comprises: an acquisition unit, which acquires an image of a disk image as disk image data; a storage unit, which stores an area designation table, in which area designation data of a specified area of ​​the disk image data are respectively stored and which are respectively set corresponding to a plurality of designer information of the disk image; an extraction unit, which refers to the area designation table and extracts data of a specified area of ​​the disk image data according to the designer information of the disk image; and a list generation unit, which generates list information, which is obtained by listing the contact information contained in the specified area of ​​the disk image data extracted by the extraction unit.

Description

Technical Field

[0001] The present disclosure relates to a disk map management device, a disk map management system and a disk map management method for managing a disk map. Background Art

[0002] In the past, in design work for civil engineering and construction, the designer (contractor) prepared drawings, and the contractor instructed the change of drawings. The designer (contractor) and the contractor repeated this work to complete the design drawings. The design drawings were revised many times due to changes in building specifications, etc.

[0003] Patent Documents 1 to 3 propose various techniques for displaying a changed portion when a drawing is changed or the like using a CAD (Computer-Aided Design) system.

[0004] Prior art literature

[0005] Patent Literature

[0006] Patent Document 1: Japanese Patent Application Publication No. 2005-141778

[0007] Patent Document 2: Japanese Patent Application Publication No. 2003-132100

[0008] Patent Document 3: Japanese Patent Application Laid-Open No. 8-287114 Summary of the invention

[0009] Problem that the invention aims to solve

[0010] The design of a building involves a number of operators (designers), and each operator uses a different CAD system. Therefore, many operations such as checking the changed parts of drawings are performed using paper media.

[0011] For example, large commercial buildings, hospitals, and factories have various functions such as air conditioning equipment, electrical equipment, water supply and drainage equipment, etc. The central monitoring device performs management such as automation of these functions or monitoring and recording of malfunctions.

[0012] When making a monitoring control point of a central monitoring device, it is necessary to check the contact information of the panel diagrams of the distribution board and the power board of multiple operators (designers) as the connection destination. However, the drawings of the distribution board and the power board are revised many times due to specification changes, etc. The number of drawings increases according to the scale of the building. Therefore, the confirmation of the changed parts of the panel diagram, etc., requires a huge amount of time due to manual visual inspection. Therefore, a technology for efficiently performing the inspection of the contact information of the panel diagram is required.

[0013] The present disclosure is made to solve the above-mentioned problems, and provides a disk map management device, a disk map monitoring system, and a disk map management method capable of efficiently performing a work of inspecting contact point information of a disk map.

[0014] Means used to solve problems

[0015] A disk map management device in a certain embodiment comprises: an acquisition unit, which acquires an image of a disk map as disk map data; a storage unit, which stores an area designation table, in which area designation data of a specified area of ​​the disk map data are respectively stored and which are provided corresponding to a plurality of designer information of the disk map; an extraction unit, which refers to the area designation table and extracts data of a specified area of ​​the disk map data according to the designer information of the disk map; and a list generation unit, which generates list information, which is obtained by listing the contact information contained in the specified area of ​​the disk map data extracted by the extraction unit.

[0016] Another embodiment provides a disk image management system. The disk image management system comprises: a reading device that obtains an image of a disk image as disk image data; and a disk image management device that manages the disk image data obtained by the reading device. The disk image management device includes: a storage unit that stores an area designation table, in which area designation data for extracting a specified area of ​​the disk image data is respectively stored in the area designation table, which is set corresponding to a plurality of designer information of the disk image; an extraction unit that refers to the area designation table and extracts data of a specified area of ​​the disk image data according to the designer information of the disk image; and a list generation unit that generates list information, which is obtained by listing the contact information contained in the specified area of ​​the disk image data extracted by the extraction unit.

[0017] Another embodiment provides a disk image management method. The disk image management method comprises the following steps: obtaining an image of a disk image as disk image data; extracting data of a specified area of ​​the disk image data according to information of a designer who designed the disk image, referring to an area designation table, wherein area designation data of a specified area for extracting disk image data, which is respectively set corresponding to information of a plurality of designers who designed the disk image, is respectively stored in the area designation table; and generating list information, which is obtained by tabulating contact information contained in the specified area of ​​the extracted disk image data.

[0018] Effects of the Invention

[0019] According to one embodiment, it is possible to efficiently perform the inspection work of the contact point information of the disk map.

[0020] The foregoing and other objects, features, aspects and advantages of the present invention will be understood in conjunction with the accompanying drawings and will become apparent from the following detailed description of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 This is a diagram for explaining a conceptual diagram of a disk map management system 1 according to a certain embodiment.

[0022] Figure 2 This is a diagram for explaining the structure of the disk map management device 10 according to a certain embodiment.

[0023] Figure 3 This is a diagram for explaining the functional blocks of the disk map management device 10 according to a certain embodiment.

[0024] Figure 4 This is a diagram for explaining an example of a disk diagram by a designer A according to a certain embodiment.

[0025] Figure 5 The diagrams are for explaining disk diagrams of various designers in a certain embodiment.

[0026] Figure 6 This is a diagram for explaining an area designation table according to a certain embodiment.

[0027] Figure 7 This is a diagram for explaining a selection screen 100 of designer information according to a certain embodiment.

[0028] Figure 8 This is a diagram for explaining the list information 200 obtained by listing the contact information between the distribution board or the power board and the central monitoring device shown in the board diagram of a certain embodiment.

[0029] Fig. 9 This is a diagram for explaining a storage area of ​​the HDD 14 according to a certain embodiment.

[0030] Fig.10 This is a diagram for explaining comparison of list information in a certain embodiment.

[0031] Fig.11 This is a diagram for explaining comparison results of list information in a certain embodiment.

[0032] Fig.12 This is a diagram for explaining a selection screen 400 of list information according to a certain embodiment.

[0033] Fig.13 This is a diagram for explaining contact information of the entire central monitoring device according to a certain embodiment.

[0034] Fig.14 This is a flowchart for explaining the processing of the disk map management device 10 according to a certain embodiment.

[0035] Fig.15This is a diagram for explaining a comparison process of list information by the disk map management device 10 according to a certain embodiment.

[0036] Fig.16 This is another diagram of a distribution board or a power board by designer A according to variation 1 of a certain embodiment.

[0037] Fig.17 This is a diagram for explaining a storage area of ​​HDD 14# according to a second modification of a certain embodiment.

[0038] Fig.18 This is a diagram for explaining comparison results of list information according to Modification 2 of a certain embodiment. DETAILED DESCRIPTION

[0039] Hereinafter, the embodiment will be described based on the drawings. In the following description, the same reference numerals are used for the same components. Since their names and functions are also the same, their detailed description will not be repeated.

[0040] <A. System structure>

[0041] Figure 1 This is a diagram for explaining a conceptual diagram of a disk image management system 1 according to a certain embodiment. Figure 1 The disk image management system 1 includes a scanner 2 as an example of a disk image reading device and a disk image management device 10 .

[0042] The scanner 2 optically scans the disk image printed on the paper medium and reads the disk image data as an image. The scanning outputs the disk image image, i.e., the disk image data, to the disk image management device 10. The disk image management device 10 manages the disk image data. In this example, the scanner 2 is described as an example of a reading device, but any device can be used as long as it can read the disk image, i.e., the disk image data, such as a camera. In this example, the structure provided with the reading device is described, but, for example, the disk image management device 10 can also obtain the disk image, i.e., the disk image data, from an external server, etc. via a network.

[0043] Figure 2 This is a diagram for explaining the structure of the disk map management device 10 according to a certain embodiment. Figure 2 The disk map management device 10 includes a CPU (Central Processing Unit) 12 , a HDD (Hard Disc Drive) 14 , a memory 16 , an input device 18 , and a display device 20 .

[0044] The HDD 14 is a device for storing information, and stores various programs and data. The HDD 14 stores an area designation table, and area designation data of a predetermined area for extracting the panel diagram data is respectively stored in the area designation table, which is set corresponding to each of a plurality of designer information of the panel diagram. In this example, the predetermined area is a range including the contact information between the central monitoring device and the distribution board or the power board. An example of the storage of the HDD 14 will be described later.

[0045] The memory 16 is a working memory such as a DRAM (Dynamic Random Access Memory). The input device 18 is a keyboard, a mouse, etc., and is used for operation by a user. The input device 18 may include an interface device for accepting input of data from other systems. The display device 20 is a display, and may also be a liquid crystal or organic EL (ElectroLuminescence) display, etc. The CPU 12 implements various functions by executing programs stored in the HDD 14. In other aspects, each function may also be implemented by hardware other than circuit elements configured in a manner to implement the function.

[0046] Figure 3 This is a diagram for explaining the functional blocks of the disk map management device 10 according to a certain embodiment. Figure 3 The CPU 12 includes an acquisition unit 30 , an extraction unit 31 , a list generation unit 32 , a list storage unit 33 , a list comparison unit 34 , a list selection unit 35 , a disk map comparison unit 36 ​​, and an input acceptance unit 37 .

[0047] The acquisition unit 30 acquires the image of the disk map as disk map data. The extraction unit 31 extracts data of a specified area of ​​the disk map data based on the area designation table stored in the HDD 14. The list generation unit 32 generates list information obtained by listing the contact information contained in the specified area of ​​the disk map data extracted by the extraction unit 31. The list storage unit 33 stores the list information generated by the list generation unit 32 in the HDD 14. The list comparison unit 34 compares the list information stored in the HDD 14 with the reference list information as the comparison object, and outputs the comparison result. The list selection unit 35 accepts input of at least two or more list information selected by the list comparison unit 34 from a plurality of list information stored in the HDD 14. When the list comparison unit 34 compares the list information and outputs the comparison result, the disk map comparison unit 36 ​​outputs the form or result of comparing the corresponding disk map data with each other. The input acceptance unit 37 accepts input of information of the designer. The information of the designer may include, for example, the name of the designer, the name of the company, a symbol for identifying the designer, text, graphics, an identifier, etc.

[0048] <B. Specific example of plate diagram>

[0049] Figure 4 This is a diagram for explaining an example of a disk diagram of a designer A according to a certain embodiment. Figure 4 , showing an example of a panel diagram of a distribution board or a power board. In the center of the panel diagram, a central monitoring device is recorded, and the central monitoring device is connected to the distribution board or the power board to manage the distribution board or the power board. The central monitoring device shows the contact information connected to the distribution board or the power board. Generally speaking, as a feature of the panel diagram, a central monitoring device connected to the distribution board or the power board to manage the distribution board or the power board is recorded. The range of showing the contact information is mostly different for each designer. In the case of the same designer, the range of configuring the central monitoring device and the range of the contact information are mostly the same.

[0050] The panel map management device 10 of the embodiment specifies a range including contact information between the central monitoring device and the distribution board or power board according to information related to the designer, and can acquire contact information between the central monitoring device and the distribution board or power board by extracting the range.

[0051] Figure 5 This is a diagram that explains the disk diagrams of various designers of a certain embodiment. Figure 5 , four types of panel diagrams of distribution boards or power boards of designers are illustrated as an example.

[0052] Figure 5 (A) shows an example of a central monitoring device in a panel diagram of a distribution board or a power board of designer A. The central monitoring device is provided at the upper center of the panel diagram. The contact information between the central monitoring device and the distribution board or the power board is contacts A001, A002, B001, B002, C001, and C002. Area AR0 is an area where the contact information of the central monitoring device is extracted corresponding to the panel diagram of designer A.

[0053] Figure 5 (B) shows an example of a central monitoring device in a panel diagram of a distribution board or a power board of designer B. The central monitoring device is provided in the center of the panel diagram. The contact information between the central monitoring device and the distribution board or the power board is contacts P001, P002, Q001, Q002, R001, and R002. Area AR1 is an area where the contact information of the central monitoring device is extracted corresponding to the panel diagram of designer B.

[0054] Figure 5 (C) shows an example of a central monitoring device in a panel diagram of a distribution board or a power board of designer C. The central monitoring device is provided at the lower left side of the panel diagram. The contact information between the central monitoring device and the distribution board or the power board is contacts X001, X002, Y001, Y002, Z001, and Z002. Area AR2 is an area where the contact information of the central monitoring device is extracted corresponding to the panel diagram of designer C.

[0055] Figure 5 (D) shows an example of a central monitoring device in a panel diagram of a distribution board or a power board of designer D. The central monitoring device is provided on the upper right side of the panel diagram. The contact information between the central monitoring device and the distribution board or the power board is contacts AA0, AA1, BB0, BB1, CC0, and CC1. Area AR3 is an area where the contact information of the central monitoring device is extracted corresponding to the panel diagram of designer D.

[0056] <C. Action Processing>

[0057] Figure 6 This is a diagram for explaining an area designation table according to a certain embodiment. Figure 6 , the area designation table includes a plurality of area designation data set in correspondence with a plurality of designer information of the design disk diagram as areas for configuring the central monitoring device. More specifically, area AR0 is designated corresponding to designer A. Area AR0 is rectangular, and as the designation of the range, it is determined by the upper left vertex (X0, Y0) to the lower right vertex (X1, Y1). Area AR1 is designated corresponding to designer B. Area AR1 is rectangular, and as the designation of the range, it is determined by the upper left vertex (X2, Y2) to the lower right vertex (X3, Y3). Area AR2 is designated corresponding to designer C. Area AR2 is rectangular, and as the designation of the range, it is determined by the upper left vertex (X4, Y4) to the lower right vertex (X5, Y5). Area AR3 is designated corresponding to designer D. Area AR3 is rectangular, and as the designation of the range, it is determined by the upper left vertex (X6, Y6) to the lower right vertex (X7, Y7). The method of specifying the area is just an example, and the method is not limited to this method, and any specifying method can be adopted.

[0058] Figure 7 This is a diagram for explaining a selection screen 100 of designer information according to a certain embodiment. Figure 7 , the selection screen 100 displayed on the display device 20 includes a message display of "Please select a designer." and a list 102 of pre-registered designer names. The user selects a designer from the list 102 and selects an "OK" button 104 to select the designer information. The user can terminate the display of the selection screen 100 for the designer information by selecting a "Cancel" button 106. In this example, the designer "A" is selected as the designer information.

[0059] Figure 8 The table information 200 is a diagram for explaining the contact information between the distribution board or the power board and the central monitoring device shown in the panel diagram of a certain embodiment. Figure 7The selection screen 100 receives the selection input of the designer information "A". The extraction unit 31 refers to Figure 6 The extraction unit 31 selects the area AR0 based on the area designation table. Figure 4 The disk image data as the disk image described in the above is set to the area AR0 as the extraction area. More specifically, the extraction unit 31 extracts the image data contained in the area AR0 specified by the upper left vertex (X0, Y0) to the lower right vertex (X1, Y1). The list generation unit 32 extracts the text information from the extracted image data by the OCR (Optical Character Recognition) function. Figure 8 The list information 200 shown is a list of characters of the central monitoring device and characters extracted as contact information. The panel diagram management device 10 can easily acquire contact information between the distribution board or power board corresponding to the designer information and the central monitoring device.

[0060] Fig. 9 This is a diagram for explaining a storage area of ​​the HDD 14 according to a certain embodiment. Fig. 9 (A) shows a case where a plurality of list information files F0, F1, etc. are stored in HDD 14. More specifically, HDD 14 stores files of list information (LA0, LA1, ...) of designer A, files of list information (LB0, LB1, ...) of designer B, files of list information (LC0, LC1, ...) of designer C, files of list information (LD0, LD1, ...) of designer D, etc. Fig. 9 (B) shows a case where the list information LA0 to LA3 of the designer A is displayed in a tree form. The four list information LA0 to LA3 are displayed in a tree form according to the storage date and time stored in the HDD 14 .

[0061] The method of classifying the list information is not limited in any way. The list storage unit 33 may also create a folder for each designer and store the list information file in the folder. As another example, the list storage unit 33 may also create a folder according to the storage date and time and store the list information file in the created folder.

[0062] Fig.10 This is a diagram for explaining comparison of list information in a certain embodiment. Fig.10 The example shows a case where the target list information is compared with the reference list information as the comparison target with the list information. The reference list information may be information stored in advance in the HDD 14, or other list information may be used as the reference list information.

[0063] Fig.11This is a diagram for explaining comparison results of list information in a certain embodiment. Fig.11 (A) An example of a confirmation screen 300 showing the comparison result of list information displayed on the display device 20. More specifically, the confirmation screen 300 shows the result of comparing list information 304 as touch information with list information 306 as touch information. For example, the confirmation screen 300 shows a message display 302 that "touch information matches".

[0064] Fig.11 (B) Confirmation screen 310 showing the comparison result of list information. Confirmation screen 310 shows the result of comparing list information 314 as touch information with list information 316 as touch information. More specifically, confirmation screen 310 shows message display 312 of "touch information inconsistent". In addition, confirmation screen 310 shows the inconsistent touch information between list information 314 and list information 316. The user can easily identify which touch information is inconsistent through this display.

[0065] Fig.12 This is a diagram for explaining a selection screen 400 of list information according to a certain embodiment. Fig.12 The selection screen 400 displayed on the display device 20 includes selection fields 404 and 406 of list information to be compared with each other. The list selection unit 35 receives input from the user to select the list information set in the selection field 404 and the list information set in the selection field 406 of the selection screen 400. The list comparison unit 34 performs a process of comparing the list information received by the list selection unit 35. More specifically, when the user selects the list information and selects the "OK" button 408, the list comparison unit 34 compares the selected list information with each other. When the user selects the "Cancel" button 410, the list comparison unit 34 does not perform the comparison process.

[0066] The list comparison unit 34 performs a process of comparing the list information LA0 and the list information LA1 of the disk diagram of the designer A, and outputs the comparison result. When the list comparison unit 34 detects a difference in contact information between the list information LA0 and LA1 of the disk diagram of the designer A (for example, a difference caused by a change in the contact information of the central monitoring device), it outputs information indicating that the contact information is inconsistent.

[0067] The user can easily identify the changed portion of the contact information between the central monitoring device and the distribution board or the power board in the board diagram.

[0068] Furthermore, the list comparison unit 34 can compare not only list information of the same series with each other but also the entire contact point information of the central monitoring device.

[0069] Fig.13 A diagram illustrating contact information of the entire central monitoring device according to a certain embodiment. Fig.13 , showing the contact information of the central monitoring device as a whole when multiple distribution boards or power boards are connected to the central monitoring device. The panel map management device 10 can perform a comparison process with the list information of the distribution board or power board by obtaining the contact information set as the central monitoring device as a whole as the reference list information. More specifically, the list comparison unit 34 compares the list information of the contact information of the distribution board or power board with the reference list information of the contact information of the central monitoring device as a whole. The panel map management device 10 compares the contact information of the central monitoring device as a whole with the contact information of multiple distribution boards or power boards. For example, the list comparison unit 34 can also compare the list information of the contact information of multiple distribution boards or power boards with the reference list information of the contact information of the central monitoring device as a whole to determine whether the contact information is consistent.

[0070] <D. Flowchart>

[0071] Fig.14 This is a flowchart for explaining the processing of the disk map management device 10 according to a certain embodiment. Fig.14 , the disk image management device 10 obtains the disk image data (step S2). More specifically, the CPU 12 obtains the disk image data read by the scanner 2. Next, the disk image management device 10 displays the selection screen of the designer information on the display device 20 (step S3). More specifically, the CPU 12 Figure 7 The selection screen 100 of the designer information described in the above is displayed on the display device 20. Next, the disk image management device 10 determines whether the input of the designer's information has been accepted (step S4). More specifically, the CPU 12 determines whether the designer has been selected in the selection screen 100 and the selection of the "OK" button 104 has been accepted. In step S4, if the disk image management device 10 determines that the input of the designer's information has been accepted ("Yes" in step S4), it sets the area (step S6). More specifically, based on the accepted designer information, the CPU 12 refers to Figure 6 The area designation table described in the above description sets the area based on the area designation data for the disk map data. In step S4, when the disk map management device 10 determines that the input of the designer's information has not been accepted ("No" in step S4), the processing ends (end). More specifically, when the CPU 12 accepts the selection of the "Cancel" button 106, the display of the selection screen 100 ends.

[0072] Next, the disk map management device 10 extracts a specified area (step S8). More specifically, the CPU 12 extracts the image data contained in the area set for the acquired disk map data. Next, the disk map management device 10 performs OCR processing (step S10). More specifically, the CPU 12 extracts text information from the extracted image data through the OCR (Optical Character Recognition) function. Next, the disk map management device 10 generates list information (step S12). More specifically, the CPU 12 generates list information obtained by listing the extracted text information. Next, the disk map management device 10 saves the generated list information (step S14). More specifically, the CPU 12 saves the file of the generated list information in the HDD 14. Then, the disk map management device 10 ends the processing (end). The disk map management device 10 performs this processing on the disk map data of the distribution board or the power board, thereby storing the file of the list information of the contact information between the distribution board or the power board and the central monitoring device in the HDD 14.

[0073] Fig.15 This is a diagram for explaining the comparison process of the list information of the disk map management device 10 according to a certain embodiment. Fig.15 , the disk map management device 10 displays the selection screen of the list information on the display device 20 (step S20). More specifically, the CPU 12 displays the selection screen of the list information on the display device 20 Fig.12 Next, the disk map management device 10 determines whether the selection of the list information is accepted (step S22). More specifically, the CPU 12 determines whether the list information set in the selection column 404, 406 is selected and the selection of the "OK" button 408 is accepted. In step S22, if the disk map management device 10 determines that the selection of the list information is accepted ("Yes" in step S22), the comparison processing of the list information is performed (step S24). More specifically, the CPU 12 performs Fig.10 Next, the disk map management device 10 displays the comparison result on the display device 20 (step S26). More specifically, the CPU 12 Fig.11The comparison result of the list information described in is displayed on the display device 20. Then, the panel map management device 10 ends the processing (end). The panel map management device 10 compares the list information LA0 of the designer A with the list information LA1, for example. Thus, when the contact information of the list information is changed, the contact information is inconsistent, and the inconsistency of the contact information is displayed as the comparison result. As a result, the user can easily determine the changed part of the contact information between the distribution board or the power board and the central monitoring device. In other aspects, the user can also compare the list information of the contact information of multiple distribution boards or power boards with the reference list information of the contact information of the central monitoring device as a whole to determine whether the contact information is consistent.

[0074] According to the disk map management device 10 of one embodiment, it is not necessary to manually visually check the changed portion of the disk map, and the contact point information of the disk map can be efficiently checked.

[0075] (Variant 1)

[0076] Fig.16 This is another diagram of a distribution board or power board by designer A according to variation 1 of a certain embodiment. Fig.16 , the disk diagram of the variant example 1 of the implementation method is Figure 4 The difference between the disk image and the disk image is that the designer A is displayed in the lower right area. Generally speaking, as a feature of the disk image, information related to the designer is mostly recorded in the specified area RE (for example, the lower right area in this case). In a certain aspect, the disk image management device can also obtain the information related to the designer recorded in the specified area from the disk image data. In this case, it is not necessary Figure 7 The selection screen 100 of the designer information described in the above does not require the input of the designer information. In addition, the panel map management device of the modification example 1 of the embodiment can obtain the designer information from the panel map data and set the area based on the area designation data. According to this method, the panel map management device of the modification example 1 can more easily generate the list information as the contact information of the distribution board or the power board, and save the list information in the HDD 14.

[0077] (Variant 2)

[0078] Fig.17 This is a diagram for explaining a storage area of ​​HDD 14# according to a second variation of a certain embodiment. Fig.17, showing a case where HDD 14# associates and stores a plurality of list information files with the image data of the disk image corresponding to the list information. More specifically, HDD 14# associates and stores the image data of the disk image with the files of the corresponding list information (LA0, LA1, . . .) of designer A. HDD 14# associates and stores the image data of the disk image with the files of the list information (LB0, LB1, . . .) of designer B, respectively. HDD 14# stores the files of other list information in the same manner.

[0079] In a second variation of a certain embodiment, the disk image management device 10 performs a comparison process of disk image data in addition to the comparison process of the list information. More specifically, the disk image comparison unit 36 ​​performs a comparison process of image data of disk images respectively associated with the list information.

[0080] Fig.18 This is a diagram for explaining the comparison result of the list information in the second modification of a certain embodiment. Fig.18 , as an example, a confirmation screen 500 of the comparison result of the list information displayed on the display device 20 is shown. The confirmation screen 500 and Fig.11 Compared with the confirmation screen 300 of the comparison result, the images of the disk diagram P and disk diagram Q corresponding to the two list information are further displayed in a manner that allows comparison. The disk diagram comparison unit 36 ​​compares the disk diagram data in parallel with the comparison processing of the list information. For example, as in this example, the disk diagram comparison unit 36 ​​displays the image data associated with the list information on the display device 20 in a manner that allows comparison. The user can easily determine the changed part of the disk diagram through this display. In this example, the disk diagram comparison unit 36 ​​displays the disk diagram in a manner that allows comparison, but in another aspect, the disk diagram comparison unit 36 ​​can also display the disk diagrams overlapping each other. By displaying the disk diagrams overlapping each other, the user can easily determine the changed part. The disk diagram comparison unit 36 ​​can also extract the changed part by analyzing the image data of the disk diagram and display the extracted changed part. According to this method, the user can easily confirm the changed position of the changed part of the disk diagram together with the list information.

[0081] <E.Others>

[0082] The above-mentioned embodiment describes a configuration in which the area specifying table storing area specifying data is pre-set in the HDD 14 . However, the area specifying table may not be pre-set, but may be generated by a program.

[0083] More specifically, CPU 12 may also generate a learned model for retrieving the range of the central monitoring device from the disk map data, thereby generating an area designation table based on the learned model. The learned model is generated by a learning process using a learning data set. The learning data set includes a plurality of learning images, and the plurality of learning images include contact information of the central monitoring device. Associated with each learning image is a label indicating whether the contact information of the central monitoring device is reflected. The internal parameters of the learned model are pre-optimized by a learning process using such a learning data set. Various machine learning algorithms may be used in the learning method for generating the learned model. An example of the machine learning algorithm is deep learning, a convolutional neural network (CNN), a full-layer convolutional neural network (FCN), a support vector machine, etc., but is not limited thereto.

[0084] In addition, the methods described in the above-mentioned embodiments can also be distributed as a program that can be executed by a computer and stored in a storage medium such as a disk (hard disk, etc.), an optical disk (CD-ROM (Compact Disc-Read Only Memory), DVD (Digital Versatile Disc), etc.), an optical disk, a semiconductor memory, etc. In addition, as a storage medium, any storage medium can be used as long as it can store programs and is computer-readable.

[0085] In addition, it is also possible that, based on the instructions of the program installed on the computer from the storage medium, a part of each process for realizing the above-mentioned embodiments is executed by middleware such as an operating system, database management software, network software, etc. running on the computer. In addition, the storage medium in each embodiment is not limited to a medium independent of the computer, but also includes a storage medium that downloads and stores or temporarily stores a program transmitted via a LAN (Local Area Network) or the Internet. In addition, the storage medium is not limited to one, and the situation in which the processes of each of the above-mentioned embodiments are executed from multiple media is also included in the storage medium of the present invention, and the medium structure can be any structure. In addition, the computer in each embodiment executes each process in the above-mentioned embodiments based on the program stored in the storage medium, and can be any structure such as a device composed of one such as a personal computer, a system with multiple devices connected to a network, etc.

[0086] <F. Notes>

[0087] The above-mentioned embodiments include the following technical ideas.

[0088] A disk image management device (10) in a certain embodiment includes: an acquisition unit (30) that acquires an image of a disk image as disk image data; a storage unit (14) that stores an area designation table, in which area designation data of a specified area of ​​the disk image data is respectively set corresponding to a plurality of designer information of the disk image, and is used to extract the data of the specified area of ​​the disk image data; an extraction unit (31) that refers to the area designation table and extracts the data of the specified area of ​​the disk image data according to the designer information of the disk image; and a list generation unit (32) that generates list information, which is obtained by listing the contact information contained in the specified area of ​​the disk image data extracted by the extraction unit.

[0089] The extracting unit extracts data of a predetermined area of ​​the disk map data based on the area designation table, and the list generating unit generates list information by listing the contact information included in the predetermined area. Thus, the user can efficiently perform the inspection work of the contact information of the disk map.

[0090] In one aspect, the disk image management device (10) further comprises an input receiving unit (37) for receiving input of information of a designer who designed the disk image. The extracting unit extracts data of a specified area of ​​the disk image data based on area designation data in the area designation table corresponding to the designer information received by the input receiving unit.

[0091] The disk map management device (10) extracts data of a specified area of ​​the disk map data based on an area designation table according to the input of designer information, thereby being able to easily create list information corresponding to the designer, so that the user can efficiently perform the inspection operation of the contact information of the disk map.

[0092] In one aspect, the disk map management device (10) further includes: a storage unit (33) that stores the list information generated by the list generation unit; and a list comparison unit (34) that compares the list information stored in the storage unit with the reference list information as a comparison object and outputs the comparison result.

[0093] The list comparison unit compares the list information. The user can easily check the changed part of the contact information of the disk map based on the comparison result, so the inspection work of the contact information of the disk map can be performed efficiently.

[0094] In one aspect, the storage unit stores list information obtained by tabulating the contact information included in the specified area for each disk map. The disk map management device (10) further includes a list selection unit (35) that accepts a selection input for selecting at least two or more list information to be compared by the list comparison unit from the plurality of list information stored in the storage unit.

[0095] Since the user can select list information to be compared from a plurality of list information, the inspection work of the contact point information of the disk map can be efficiently performed.

[0096] In one aspect, the storage unit stores the list information obtained by tabulating the contact information contained in the specified area for each disk map in association with the corresponding disk map data. The disk map management device (10) further includes a disk map comparison unit (36) that compares and outputs the corresponding disk map data when the list comparison unit compares the list information and outputs the comparison result.

[0097] When outputting the comparison result of the list information, the disk map comparison unit can compare and output the corresponding disk map data, so that the user can easily confirm the position of the changed part of the disk map and can efficiently perform the inspection operation of the contact information of the disk map.

[0098] A disk image management system (1) according to another embodiment includes: a reading device (2) for acquiring an image of a disk image as disk image data; and a disk image management device (10) for managing the disk image data acquired by the reading device. The disk image management device includes: a storage unit (14) for storing an area designation table in which area designation data for extracting a specified area of ​​the disk image data is stored, which is respectively set corresponding to a plurality of designer information of the disk image; an extraction unit (31) for extracting data of a specified area of ​​the disk image data according to the designer information of the disk image with reference to the area designation table; and a list generation unit (32) for generating list information obtained by tabulating contact information contained in the specified area of ​​the disk image data extracted by the extraction unit.

[0099] The extracting unit extracts data of a predetermined area of ​​the disk map data based on the area designation table. The list generating unit generates list information by listing the contact information included in the predetermined area. Thus, the user can efficiently perform the inspection work of the contact information of the disk map.

[0100] Another embodiment provides a disk image management method executed by a computer. The disk image management method includes the following steps: step (S2), obtaining an image of the disk image as disk image data; step (S8), referring to an area designation table, extracting data of a specified area of ​​the disk image data according to information of a designer who designed the disk image, wherein area designation data of a specified area for extracting disk image data, which is respectively set corresponding to information of a plurality of designers who designed the disk image, is respectively stored in the area designation table; and step (S14), generating list information, which is obtained by tabulating contact information contained in the specified area of ​​the extracted disk image data.

[0101] The computer can extract data of a predetermined area of ​​the disk map data based on the area designation table and generate list information of the contact information included in the predetermined area, thereby enabling the user to efficiently perform the inspection of the contact information of the disk map.

[0102] Another embodiment provides a disk image management program executed by a computer. The disk image management program enables the computer to implement functions including an acquisition unit (30), an extraction unit (31), and a list generation unit (32), wherein the acquisition unit (30) acquires an image of the disk image as disk image data, the extraction unit (31) refers to an area designation table, and extracts data of a specified area of ​​the disk image data according to information of a designer who designed the disk image, wherein area designation data of a specified area for extracting disk image data, which is respectively set corresponding to a plurality of designer information of the disk image, is respectively stored in the area designation table, and the list generation unit (32) generates list information, which is obtained by tabulating contact information contained in the specified area of ​​the extracted disk image data.

[0103] The computer can extract data of a predetermined area of ​​the disk map data based on the area designation table and generate list information of the contact information included in the predetermined area, thereby enabling the user to efficiently perform the inspection of the contact information of the disk map.

[0104] The embodiments disclosed this time are merely illustrative and are not limited to the above contents. The scope of the present invention is indicated by the claims, and all modifications within the meaning and scope equivalent to the claims are intended to be included.

[0105] Description of Reference Numerals

[0106] 1 disk image management system, 2 scanner, 10 disk image management device, 16 memory, 18 input device, 20 display device, 30 acquisition unit, 31 extraction unit, 32 list generation unit, 33 list storage unit, 34 list comparison unit, 35 list selection unit, 36 disk image comparison unit, 37 input acceptance unit.

Claims

1. A disk map management device, wherein: The disk map management device comprises: an acquisition unit that acquires an image of a disk image as disk image data; a storage unit storing an area designation table in which area designation data for extracting a predetermined area of ​​the disk image data is respectively stored and which is provided corresponding to a plurality of designer information for designing the disk image; an extracting unit for extracting data of a specified area of ​​the disk image data according to information of a designer who designed the disk image, with reference to the area designation table; as well as a list generating unit that generates list information obtained by tabulating the contact information contained in the predetermined area of ​​the disk map data extracted by the extracting unit; The range of the contact point information is different for each designer in the plurality of designer information.

2. The disk image management device according to claim 1, wherein: The disk image management device further includes an input receiving unit that receives input of information of a designer who designed the disk image. The extracting unit extracts data of a predetermined area of ​​the disk image data based on area specifying data corresponding to the designer information accepted by the input accepting unit in the area specifying table.

3. The disk map management device according to claim 1, wherein: The disk map management device also has: a storage unit that stores the list information generated by the list generating unit; and The list comparing unit compares the list information stored in the storage unit with reference list information as a comparison object and outputs a comparison result.

4. The disk map management device according to claim 3, wherein: The storage unit stores list information obtained by listing the contact point information included in the predetermined area for each of the disk diagrams. The disk map management device further includes a list selection unit that receives a selection input for selecting at least two or more list information to be compared by the list comparison unit from among the plurality of list information stored in the storage unit.

5. The disk map management device according to claim 4, wherein: The storage unit stores list information obtained by tabulating the contact point information included in the predetermined area for each of the disk maps in association with the corresponding disk map data. The disk map management device further includes a disk map comparison unit that compares and outputs corresponding disk map data when the list information is compared and the comparison result is output by the list comparison unit.

6. A disk map management system, wherein: The disk map management system has: a reading device that acquires an image of the disk image as disk image data; and a disk image management device for managing the disk image data obtained by the reading device, The disk map management device comprises: a storage unit storing an area designation table in which area designation data for extracting a predetermined area of ​​the disk image data is respectively stored and which is provided corresponding to a plurality of designer information for designing the disk image; an extracting unit for extracting data of a specified area of ​​the disk image data according to information of a designer who designed the disk image, with reference to the area designation table; as well as a list generating unit that generates list information obtained by tabulating the contact information contained in the predetermined area of ​​the disk map data extracted by the extracting unit; The range of the contact point information is different for each designer in the plurality of designer information.

7. A disk map management method, wherein: The disk map management method comprises the following steps: obtaining an image of the disk map as disk map data; extracting data of a specified area of ​​the disk image data according to information of a designer who designed the disk image, referring to an area designation table, wherein area designation data respectively corresponding to information of a plurality of designers who designed the disk image and used for extracting the specified area of ​​the disk image data are respectively stored in the area designation table; and generating list information, the list information being obtained by tabulating the contact information contained in the specified area of ​​the extracted disk map data; The range of the contact point information is different for each designer in the plurality of designer information.

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