JP7100460B2 - Cable laying management device, cable laying management method, program - Google Patents

Description

The present invention relates to a cable laying management device, a cable laying management method, and a program.

In large-scale facilities such as factories, many cables are laid to send and receive electric power and communication between devices. Cables go through multiple laying paths when wiring between devices. A cable tray is installed in each laying route, and the installer lays the cable between the devices by running the cable on the cable tray. The related technique is disclosed in Patent Document 1.

Japanese Unexamined Patent Publication No. 2001-35266

In a large-scale facility as described above, there is a need for a technique that makes it easier to confirm whether a predetermined cable is laid in a laying path between predetermined devices based on predetermined laying design image information after laying the cable. ing.

Therefore, an object of the present invention is to provide a cable laying management device, a cable laying management method, and a program that solve the above-mentioned problems.

According to the first aspect of the present invention, the cable laying management device includes the cable identification information printed on the cable recognized from the captured image of the cable, and at least the identification information of the cable laying route and the laying route. It is characterized by including a determination unit for determining whether or not the identification information of the cable read from the floor design image information storage unit for storing the floor design image information including the identification information of the cable to be laid matches.

In the cable laying management device described above, the determination unit is associated with the cable identification information printed on the cable recognized from the captured image of the cable and the input identification information of the laying route, and the laying design image information. It may be determined whether or not the identification information of the cable included in the above matches.

The above-mentioned cable laying management device matches when the cable identification information printed on the cable recognized from the photographed image of the cable and the cable identification information included in the laying design image information match. It may be provided with a recording unit for recording the result of concordance certification.

When the cable identification information printed on the cable recognized from the photographed image of the cable and the cable identification information included in the laying design image information match, the cable laying management device described above has the laying design image. An output unit may be provided which outputs any output information included in the information in association with the identification information of the cable printed on the cable recognized from the captured image.

In the cable laying management device described above, the output unit outputs the output information selected from the information included in the laying design image information in association with the cable identification information printed on the cable recognized from the captured image. You can do it.

In the cable laying management device described above, the identification information of the cable may indicate the number of the drum around which the cable is wound and the range identification number of the cable.

According to the second aspect of the present invention, the cable laying management method includes the cable identification information printed on the cable recognized from the captured image of the cable, and at least the identification information of the cable laying route and the laying route. It is characterized in that it is determined whether or not the identification information of the cable read from the floor design image information storage unit for storing the floor design image information including the identification information of the cable to be laid matches.

According to the third aspect of the present invention, the program recognizes the computer of the cable laying management device from the captured image of the cable, and the identification information of the cable printed on the cable and at least the identification information of the cable laying route. It is characterized by functioning as a determination means for determining whether or not the identification information of the cable read from the laying design image information storage unit that stores the laying design image information including the laying design image information including the identification information of the cable laid in the laying route matches. And.

According to the present invention, it is possible to more easily confirm whether or not a predetermined cable based on predetermined laying design image information is laid in a laying path between predetermined devices.

It is a figure which shows the cable laying management system by one Embodiment of this invention. It is a figure which shows the hardware composition of the cable laying management apparatus by one Embodiment of this invention. It is a functional block diagram of the cable laying management apparatus by one Embodiment of this invention. It is a figure which shows the data example of the floor design image information by one Embodiment of this invention. It is a figure which shows the example of the laying management application screen by one Embodiment of this invention. It is a figure which shows the processing flow of the work terminal by one Embodiment of this invention. It is a figure which shows the processing flow of the work terminal and the cable laying management apparatus by one Embodiment of this invention.

Hereinafter, a cable laying management system including a cable laying management device according to an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a diagram showing a cable laying management system according to the same embodiment.
As shown in FIG. 1, the cable laying management system 100 includes a cable laying management device 1, a database 2, and a work terminal 3. The cable laying management device 1 is communicatively connected to the database 2. The work terminal 3 is communicatively connected to the cable laying management device 1. The communication connection is a communication connection via a wireless communication network or a wired communication network. The work terminal 3 is a terminal carried by a worker who confirms the laying status of the cable. The work terminal 3 includes a user interface such as a touch panel and a camera. The work terminal 3 transmits the information input from the user interface and the captured image acquired from the camera to the cable laying management device 1. As a result of the transmission, the work terminal 3 displays the output information received from the cable laying management device 1.

FIG. 2 is a diagram showing a hardware configuration of a cable laying management device according to the present embodiment.
The cable laying management device 1 is a computer, and as shown in FIG. 2, a storage unit such as a CPU 101, a ROM (Read Only Memory) 102, a RAM (Random Access Memory) 103, an SSD (Solid State Drive) 104, a touch panel, or the like. It may be configured by hardware such as a user interface 105 and a communication module 106. The hardware configuration of the work terminal 3 is also a portable computer having the same configuration as in FIG. 3, and the work terminal 3 is further provided with a camera, a liquid crystal display, a touch panel, and the like.

FIG. 3 is a functional block diagram of the cable laying management device according to the present embodiment.
The CPU 101 of the cable laying management device 1 executes a cable laying management program stored in advance after the cable laying management device 1 is started. As a result, the cable laying management device 1 is provided with each control unit of a control unit 11, a determination unit 12, a recording unit 13, and an output unit 14.

The control unit 11 controls each functional unit of the cable laying management device 1.
The determination unit 12 matches the cable identification information printed on the cable recognized from the captured image of the cable with the cable identification information included in the floor design image information read from the database 2 (laying design image information storage unit). Determine if you want to.
The recording unit 13 records a match certification result indicating that the cable identification information printed on the cable recognized from the captured image of the cable matches the cable identification information included in the floor design image information. do.
When the cable identification information printed on the cable recognized from the captured image of the cable and the cable identification information included in the layout design image information match, the output unit 14 includes any of the cable identification information included in the floor design image information. Identify the output information. The output information is information that is output in association with the cable identification information printed on the cable recognized from the captured image. The output unit 14 transmits this output information to the work terminal 3. The work terminal 3 outputs output information in association with the cable identification information printed on the cable recognized from the captured image. The output information is any information included in the floor design image information, and, for example, is a cable identification number (identification information), a cable model number, and the like.

Further, the work terminal 3 inputs an execution instruction of the laying management application program stored in advance at the time of the laying work or the laying result confirmation work, whereby the CPU of the work terminal 3 executes the laying management application program. Then, the work terminal 3 includes a control unit 31, an image analysis unit 32, a laying information registration unit 33, a laying result confirmation unit 34, an image information generation unit 35, a display unit 36, and a determination unit 37.
The control unit 31 controls other functional units of the work terminal 3.
The image analysis unit 32 recognizes the print number or tray number printed on the cable from the image information.
The laying information registration unit 33 generates registration information regarding laying and transmits it to the cable laying management device 1.
The laying result confirmation unit 34 performs each process at the time of laying result confirmation work.
The image information generation unit 35 generates image information to be superimposed and displayed on the captured image.
The display unit 36 displays image information and captured images on the display.
The determination unit 37 determines whether the laying result confirmation work has been completed.

FIG. 4 is a diagram showing a data example of the floor design image information.
The database 2 stores the floor design image information. As shown in FIG. 4, the laying design image information includes the laying design image number, connection source device name, connection destination device name, group identification number, cable type, cable model, laying length, laying route (tray number), drum number, and range specification. This is a data table in which information on each item such as a number is recorded for each cable. The drum number is a unique number that uniquely identifies the drum around which the cable is wound. The drum number may include not only numbers but also symbols, letters and the like. The tray number indicated by the laying route is specified by the laying design drawing number. Specifically, the laying route designated by the laying design image is specified by one or a plurality of tray numbers described in association with the laying design image number. The range identification number is information indicating the distance (length) from the tip, which is wound around a drum and printed at intervals of 1 m as an example between the tip and the end of one long cable. The range specific number recorded in association with the floor design image number is a print number printed on the front end and the rear end of one cable cut out from the drum.

The cable laying management device 1 according to the present embodiment is laid design image information based on the print number (identification information) printed on the cable recognized from the image taken by the camera provided in the work terminal 3 and the acquired laying route. It is determined whether or not the identification number (identification information) of the cable read from the above matches. If they match, the cable laying management device 1 transmits the output information included in the matched laying design image information to the work terminal 3. The work terminal 3 displays output information related to the cable in association with the print information of the cable displayed in the captured image. The output information is any of the automatically selected information included in the floor design image information or the information specified by the operator among any of the information included in the floor design image information.

Next, the cable laying work will be described.
When laying a cable based on the laying design image information, the laying worker selects the cable type and cable type cable recorded in the laying design image information from the cable drums that have already been purchased. do. The laying worker cuts the cable wound around the cable drum to the length of the laying length recorded in the laying design image information, transports it to the laying place, and then connects the device recorded in the laying design image information. Connect the device indicated by the name and the device indicated by the name of the connected device with the cable. At this time, the laying worker lays the cable so that the cable crawls along the laying route recorded in the laying design image information. The identification number of the cable is printed on the cable at a predetermined interval such as an interval of several 1 m. The identification number printed on the cable is called a printed number. The printed number is a number including a drum number for identifying the drum around which the cable is wound and a range specifying number. The printed number makes it possible to recognize which drum number the drum was laid on and how many meters from the tip the cable was laid. As an example, the laying route information indicates the number of the tray on which the cable is placed. The trays are installed where necessary for wiring the building. Several to dozens of cables may be laid in one tray by one laying work, and a total of 10,000 or more cables may be crawled. The laying worker lays the cable corresponding to each laying design drawing number recorded in the laying design drawing information.

FIG. 5 is a diagram showing an example of a laying management application screen displayed on a work terminal.
FIG. 6 is a diagram showing a processing flow of a work terminal.
In the laying work, the laying worker makes a communication connection between the cable laying management device 1 and the work terminal 3 in advance using the work terminal 3, and the laying design image information stored in the database 2 by the cable laying management device 1 is stored in the work terminal. Let 3 download it. In this case, in the downloaded floor design image information, the information of the print number N associated with the floor design image number that does not correspond to the laying work is not recorded. Since the tray number for laying the cable has already been determined at the time of the laying design drawing, the laying design drawing number and the tray number are recorded in association with each other in this situation. The laying worker instructs the work terminal 3 to execute the laying management application program. The control unit 31 of the work terminal 3 displays the laying management application screen on the display. On the laying management application screen, operation buttons such as the laying status record button B1 and the laying result confirmation button B2 are displayed. The laying worker presses the laying status record button B1 at the timing of the cable cutting work from the drum before starting the laying of one cable in the laying route indicated by the predetermined laying design drawing. Then, the laying information registration unit 33 displays an input field for the laying design image number (step S101). When the laying worker specifies this input field, the laying information registration unit 33 displays a list of laying design image numbers not compatible with the laying work in the input field. The laying worker selects and inputs the laying design drawing number corresponding to the cable laying work of one cable to be performed from the list of laying design drawing numbers displayed in this input field. The laying information registration unit 33 acquires the laying design image number input from the laying worker and temporarily stores it (step S102).

Next, the laying information registration unit 33 activates the camera. The laying worker takes a picture of the print number (drum number, range identification number) given to the tip of the cable cut out from the drum with the camera. Then, the image analysis unit 32 acquires the captured image of the cable tip generated by the camera (step S103). The image analysis unit 32 recognizes the print number N1 at the tip of the cable in the captured image as characters (step S104). These character recognition may use the same method as the OCR process. In addition, the laying worker takes a picture of the print number (drum number, range identification number) given to the rear end of the cable cut out from the drum with the camera. Then, the image analysis unit 32 acquires the captured image of the rear end of the cable generated by the camera (step S105). The image analysis unit 32 recognizes the print number N2 at the rear end of the cable in the captured image by OCR processing (step S106). The laying worker may input the print numbers (drum number, range specifying number) assigned to the front end and the rear end of the cut out cable into the work terminal 3 by operating his / her own work terminal 3. As a result, the laying information registration unit 33 of the work terminal 3 records the laying design image number and the printed numbers N1 and N2 at the front end and the rear end of the cut out cable in association with each other (step S107).

In this recording process, the laying information registration unit 33 links the laying design image number in the downloaded laying design image information to the drum numbers included in the print numbers N1 and N2 printed on the front end and the rear end of the cut out cable. , The range identification number may be recorded. The laying information registration unit 33 of the work terminal 3 transmits a registration request including the laying design image number and the print numbers N1 and N2 at the front end and the rear end of the cut out cable to the cable laying management device 1, and the cable laying management device 1. The layout design image information held by 1 in the database 2 may be recorded by associating the layout design image number with the print numbers N1 and N2. The laying information registration unit 33 of the work terminal 3 transmits the laying design image information updated by the above processing to the cable laying management device 1, and the cable laying management device 1 is recorded in the database 2 to newly store the laying design image information. It may be rewritten with the laying information received from the work terminal 3. The laying worker performs the above-mentioned cable cutting work in the same manner for the cables corresponding to a predetermined number of laying design drawing numbers. Then, the laying worker performs the cable laying work according to the laying plan. When the laying worker lays the cable for the laying design drawing number indicated by the laying design drawing, the laying worker lays the cable so that the cable crawls on the tray number associated with the laying design drawing number.

FIG. 7 is a diagram showing a processing flow of the work terminal and the cable laying management device.
Next, the processing of the cable laying management system will be described step by step with reference to FIG. 7.
In the confirmation work of the laying result, the confirmation worker confirms the laying design drawing document corresponding to the laying design drawing information, and goes to the place where the tray with the specified tray number to be inspected is installed. The confirmation worker may be the same person as the laying worker. If the confirmation worker is a laying worker, the work may be performed immediately after the laying work. When the confirmation worker is a worker other than the laying worker such as a management supervisor, the confirmation work may be performed at a timing when a time has elapsed from the time of the laying work by the laying worker. The confirmation worker instructs the work terminal 3 to execute the laying management application program. The control unit 31 of the work terminal 3 displays the laying management application screen on the display. The confirmation worker presses the laying result confirmation button B2. The laying result confirmation unit 34 activates the camera.

The confirmation worker takes a picture of the tray number written on the tray with a camera provided in the work terminal 3. The image analysis unit 32 of the work terminal 3 acquires a captured image including the tray number generated by the camera (step S301). The image analysis unit 32 recognizes the tray number T included in the captured image as characters (step S302). The character recognition may use the same method as the OCR process. Further, the tray number T may be directly input by the confirmation worker to the work terminal 3 instead of recognizing the characters from the captured image of the tray number. The image analysis unit 32 transmits the recognized tray number T to the cable laying management device 1 (step S303).

The determination unit 12 of the cable laying management device 1 receives the tray number T (step S401). The determination unit 12 has the floor design image number associated with the received tray number T and other information associated with the floor design image number (connection source device name, connection destination device name, group identification number, cable type, cable model, installation length). , Tray number, drum number, range specific number, etc.) are acquired from the floor design image information, and a list screen including a set of the floor design image number linked to the tray number T and other information is created (step S402). When the confirmation of the result of laying the cable is carried out in a plurality of times, the determination unit 12 may perform the laying design drawing number for which the laying result has been confirmed among the laying design drawing numbers linked to the tray number T, and the work of cutting out the cable. You may create a list screen that omits the layout design image number that has not been implemented and the print number (drum number, range specific number) has not been input and the information associated with that number. The output unit 14 of the cable laying management device 1 transmits the list screen created in step S402 to the work terminal 3 (step S403).

The image information generation unit 35 of the work terminal 3 receives this list screen and displays it in the laying management application screen (step S304). Next, the laying result confirmation unit 34 activates the camera. The confirmation worker takes a picture of the cable group crawling on the tray with the camera provided in the work terminal 3. The photographed image G1 of FIG. 1 is a diagram showing a tray and a state of a cable group crawling on the tray. As an example, image G1 shows a tray with tray number 1112 and a group of cables crawling on the tray. G1 in FIG. 1 is an example of a captured image, and the captured image G1 may be one still image constituting a moving image. A print number N (N1, N2, ...) Is attached to the cables of the cable group shown in the captured image. FIG. 1 shows a region image G2 of a cable group in the captured image G1.

The image analysis unit 32 of the work terminal 3 acquires the captured image G1 generated by the camera (step S305). The image analysis unit 32 recognizes characters of the print number N (N1, N2, ...) Consisting of the drum number and the range specifying number printed on each cable in the captured image G1 (step S306). These character recognition may use the same method as the OCR processing. The image analysis unit 32 transmits the recognized print number N (N1, N2, ...) To the cable laying management device 1 (step S307).

The determination unit 12 of the cable laying management device 1 receives the print number N (N1, N2, ...) (Step S404). Whether the drum number and the range specifying number indicated by the one or more print numbers N received in step S404 match the drum number and the range specifying number acquired from the floor design image information in step S402. Is determined (step S405). The determination unit 12 determines that the drum number and the range specification number indicated by the one or more print numbers N received in step S404 match when they are included in any of the drum numbers and the range specification numbers acquired in step S402. judge. In this case, the determination unit 12 has the floor design image number acquired from the floor design image information in step S402, the tray number T received in step S401, the drum number determined to match in step S405, and the print number specified by the range specification number. The match certification result including, is output to the recording unit 13. The recording unit 13 reads the floor design image number, the tray number T, and the print number included in the match certification result, and matches the column in the floor design image information provided in association with the floor design image number, the tray number T, and the print number. A flag indicating the above is recorded (step S406). As a result, it is recorded that the correct cable is laid based on the laying design image information.

When the determination unit 12 determines in step S405 that they match, the determination unit 12 identifies the matching print number N (drum number, range identification number). Further, the determination unit 12 identifies a predetermined selection item recorded in the floor design image information in association with the floor design image number acquired from the floor design image information in step S402 from the floor design image information. The determination unit 12 provides confirmation success information including the specified print number N and selection items, and a new list screen to which a flag indicating match certification is added to the list screen created in step S402. (Step S407). The items selected in the floor design image information included in the confirmation success information may be the cable type, the group identification number, the floor design image number, and the like. When the drum number and the range specifying number indicated by one or more print numbers N received in step S404 do not match any of the drum numbers acquired in step S402 and the range specifying number, the determination unit 12 Sends the confirmation failure information including the print number N that does not match among the print numbers N included in the determination request to the work terminal 3 (step S408).

The laying result confirmation unit 34 of the work terminal 3 acquires the list screen or confirmation failure information created in S402 to which the received confirmation success information and the flag indicating the match certification acquired in S406 are added (step S308). The laying result confirmation unit 34 outputs confirmation success information or confirmation failure information to the image information generation unit 35. The image information generation unit 35 generates superimposed image information superimposed on the captured image based on the confirmation success information or the confirmation failure information (step S309). The image information generation unit 35 instructs the display unit 36 to superimpose and display the superimposed image information on the captured image displayed on the display. Specifically, when the image information generation unit 35 receives the confirmation success information, it acquires the print number N (drum number, range specification number) included in the confirmation success information and the selection item selected in the floor design image information. .. The image information generation unit 35 uses the coordinates in the captured image of the print number that matches the print number N included in the confirmation success information among the print numbers (drum number, range specific number) recognized by the image analysis unit 32 in the captured image. Identify. The image information generation unit 35 generates a superimposed image displaying the selection item selected in the floor design image information at the coordinates. As shown by G3 in FIG. 1, the display unit 36 has one or a plurality of selection items recorded in the layout design image information associated with the coordinates of the print number included in the confirmation success information in the captured image. Superimposed image information including (laying design image number, connection source device name, connection destination device name, group identification number, cable type, cable model, laying length, tray number, drum number, range specification number, etc.) is superimposed on the captured image. Is displayed (step S310).

The determination unit 37 confirms whether or not a flag indicating match certification is recorded for all the floor design image numbers acquired in step S308 (step S311). If a flag indicating match certification is recorded for all the laying design drawing numbers, the confirmation work of the cable laying result is completed. If no flag indicating match certification is recorded for all the layout design image numbers, the procedure from step S305 is repeated until there are no cables whose print numbers are not recognized for the newly laid cables.

As a result, the confirmation worker can confirm whether the cable specified by the laying design drawing number is laid on the tray. By having the confirmation worker perform the above processing each time the cable laying work is completed, the work terminal 3 can check whether all the cables for the desired laying design image number are laid in the tray with the tray number to be inspected. You can check it on the screen. If the captured image G1 acquired by the work terminal 3 in step S305 is an image constituting a moving image, the confirmation operator continues to capture the moving image without pressing the shooting shutter, and the image is displayed on the screen. It is possible to confirm whether the cable specified by the layout design image number is laid on the tray by the cable, its print number, and the superimposed image corresponding to the print number. If the print number of the cable is hidden by another cable, or if the print number is printed in an invisible position, the confirmation worker may change the position of the cable while continuing to shoot the moving image. By moving the cable to a position where the print number can be photographed, a superimposed image of the print number can be displayed.

When the image information generation unit 35 receives the confirmation / failure information, the image information generation unit 35 acquires the print number included in the confirmation / failure information. The image information generation unit 35 uses the coordinates in the captured image of the print number that matches the print number acquired from the confirmation failure information among the print numbers (drum number, range specification number) recognized by the image analysis unit 32 in the captured image. Identify. The image information generation unit 35 generates a superimposed image that displays a character string of "unsuccessful" or "no data" at the coordinates. The display unit 36 displays a character string of "unsuccessful" or "no data" at the position of the print number. If the character string "unsuccessful" or "no data" is displayed for the newly laid cable, the confirmation worker will check the laying status of the cable laid by the laying worker based on the laying plan. You can confirm that they do not match.

In the above process, when the laying result confirmation unit 34 touch-operates the output information superimposed and displayed in the captured image on the laying management application screen, other information (laying) included in the laying design image information that is not displayed as output information. Even if you inquire the cable laying management device 1 for the list screen of the plan number, connection source device name, connection destination device name, group identification number, cable type, cable model, laying length, tray number, drum number, range specification number, etc. good. In this case, the output unit 14 of the cable laying management device 1 has other information (laying design image number, connection source device name, connection destination device name, group identification number, cable) included in the laying design image information that is not displayed as output information. A list screen of type, cable model, laying length, tray number, drum number, range specification number, etc.) is generated and transmitted to the work terminal 3. The laying result confirmation unit 34 of the work terminal 3 may display this list screen in the area of the captured image in the laying management application screen. Information other than the floor design image information may be included in the list screen. For example, detailed information such as the cable manufacturer, the life of the cable, and the name of the supplier who performed the laying work, which is specified based on the cable type and the cable type, may be included in each item of the list screen.

According to the above-mentioned process, after the laying work is performed based on the cable laying design image information, it is possible to confirm whether the laying design image information and the laying situation match by the laying worker or the confirmation worker. As a result, it is possible to improve the work accuracy based on the floor design image and prevent human error.
In addition, simply by moving the work terminal to the laying position of the specified cable and taking a picture with the camera, the selected item in the laying design image information for each of the taken cables can be displayed, so one cable at a time. It is possible to recognize on the spot what work plan the cable was laid based on, and to pinpoint and evaluate the laying condition of the cable, which requires special management.
In addition, the drum number of the cable laid in the cable laying work and the tray number, which is the identification information of the laying route, are recorded in association with the laying design image information, so that the laying design image information and the actual laying construction results can be obtained. It is managed by being tied up. By such management, it is possible to enhance the explanation that the work plan to the predetermined organization and the work results are consistent.

The above-mentioned processing is described as an example in which the processing is shared between the work terminal 3 and the cable laying management device 1. However, the work terminal 3 may perform all the processing performed by the cable laying management device 1 described above. Further, the work terminal 3 may store the information recorded in the database, and the work terminal 3 may perform all of the above processing without communication with other devices.

Further, in the above processing, the work terminal 3 acquires the cable identification information (print number N) and the tray number printed on the cable based on the captured image. However, in another embodiment, the working terminal 3 may read the cable identification information and the tray number from the cable, the IC tag attached to the tray, the code information such as the one-dimensional code and the two-dimensional code, and the like. In this case, the working terminal 3 is provided with a wireless antenna and a reading mechanism for reading code information in a non-contact manner.

Each of the above-mentioned devices has a computer system inside. The process of each process described above is stored in a computer-readable recording medium in the form of a program, and the process is performed by the computer reading and executing this program. Here, the computer-readable recording medium refers to a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, or the like. Further, this computer program may be distributed to a computer via a communication line, and the computer receiving the distribution may execute the program.

The above program may be for realizing a part of the above-mentioned functions. Further, a so-called difference file (difference program) may be used, which can realize the above-mentioned function in combination with a program already recorded in the computer system.

1 ... Cable laying management device 2 ... Database 3 ... Working terminals 11, 31 ... Control units 12, 37 ... Judgment unit 13 ... Recording unit 14 ... Output unit 32 ...・ ・ Image analysis unit 33 ・ ・ ・ Installation information registration unit 34 ・ ・ ・ Installation result confirmation unit 35 ・ ・ ・ Image information generation unit 36 ・ ・ ・ Display unit

Claims (8)

The cable identification information printed on the cable recognized from the captured image of the cable, which indicates the number of the drum around which the cable is wound, the range identification number of the cable, and at least the cable laying route. Judgment unit that determines whether the identification information of the cable read from the laying design image information storage unit that stores the laying design image information including the identification information of the above and the identification information of the cable laid in the laying route matches.
A cable laying management device equipped with. The determination unit is associated with the cable identification information printed on the cable recognized from the captured image of the cable and the input identification information of the laying route, and the identification information of the cable included in the laying design image information. The cable laying management device according to claim 1, wherein it is determined whether and the cable lays the same. A recording unit that records a match certification result that matches when the cable identification information printed on the cable recognized from the captured image of the cable and the cable identification information included in the floor design image information match. When,
The cable laying management device according to claim 1 or 2. When the cable identification information printed on the cable recognized from the captured image of the cable and the cable identification information included in the floor design image information match, any output included in the floor design image information. An output unit that outputs information in association with the cable identification information printed on the cable recognized from the captured image, and
The cable laying management device according to any one of claims 1 to 3. The cable according to claim 4, wherein the output unit outputs the output information selected from the information included in the floor design image information in association with the identification information of the cable printed on the cable recognized from the captured image. Installation management device. The acquired cable identification information , which is the cable identification information indicating the number of the drum around which the cable is wound and the range identification number of the cable, and at least the identification information of the cable laying route and the cable laid in the cable laying route. Judgment unit that determines whether the identification information of the cable read from the floor design image information storage unit that stores the floor design image information including the identification information of
A cable laying management device equipped with. The cable identification information printed on the cable recognized from the captured image of the cable, which indicates the number of the drum around which the cable is wound, the range identification number of the cable, and at least the cable laying route. A cable laying management method for determining whether or not the identification information of the cable read from the laying design image information storage unit for storing the laying design image information including the identification information of the cable and the identification information of the cable laid on the laying route matches. The computer of the cable laying management device,
The cable identification information printed on the cable recognized from the captured image of the cable, which indicates the number of the drum around which the cable is wound, the range identification number of the cable, and at least the cable laying route. A determination means for determining whether or not the identification information of the cable read from the laying design image information storage unit for storing the laying design image information including the identification information of the above and the identification information of the cable laid in the laying route matches.
A program that functions as.

Images