JP4566846B2 - Cable connection display device and cable connection display method - Google Patents

Description

  The present invention relates to a cable connection display device and a cable connection display method, and more particularly, to a cable connection display device and a cable connection display method using an identification tag in which identification information of a cable, a wiring board, and a terminal is recorded.

  For example, in equipment construction such as office buildings and factories, the terminals attached to the wiring boards placed on each floor or each place for various equipment such as lighting, air conditioning, disaster prevention, hygiene, computers, elevators, and in-house LANs. Cable connection work is performed by connecting with cables. This work occurs not only at the time of construction of an office building or factory, but also at the time of maintenance or renewal of the above equipment.

  Prior to the construction work, a connection diagram is created that describes the terminals of the connection source wiring board and the terminals of the connection destination wiring board that are connected by cables, and the cable connection work is performed according to the connection diagram. .

  Here, the cable used for connection includes a single-core cable and a multi-core cable. The single-core cable is a cable in which one core wire made of a conductive material is covered with an insulating member. A multi-core cable refers to a cable in which a plurality of core wires made of a conductive material are respectively bundled with an insulating member (endothelium) and further covered with an insulating member (outer skin). The cable wound around the drum is cut into a predetermined length in advance, the coating on both ends is removed, the core wire is exposed, and the cable is used for connection. Hereinafter, a cable in which a core wire included in a multi-core cable is covered with an insulating member (endothelium) is referred to as a core cable.

  Conventionally, the cable connection work is performed by connecting the cable end to the predetermined terminal of the connection destination wiring board while referring to a connection diagram prepared in advance on the site after connecting the starting end of the cable to the predetermined terminal of the connection source wiring board. It is common to connect to the terminal. In this case, the covering of the core wire cable of the cable is color-coded, and a method of visually confirming it and recognizing the terminal to be connected is adopted. When the number of core wires of the cable is large, the number of colors is limited. Therefore, a method is adopted in which a label is attached to the terminal of the cable, visually confirmed, and the terminal to be connected is recognized. Further, there may be a case where a tester is used to confirm by conducting an energization test at the start and end of the cable.

  Each wiring board is assigned an identification number. For example, in the case of an office building, a symbol or a number that indicates the floor on which the wiring board is installed and the position on the floor is given. The wiring board is provided with various equipment wiring terminals. In cable connection work, when the shape of the terminal is different, a method of visually confirming the shape and recognizing the terminal to be connected is also taken.

  Therefore, the conventional cable connection work consists of the method of identifying the cable by means of the core cable cover color, label, tester, etc., and checking the corresponding terminal from the connection diagram, and the shape of the terminal on the connection board. And the corresponding cable is confirmed from the connection diagram. If the identification information of either the connection destination cable or the terminal is known, the connection can be made with reference to the connection diagram. At present, these means are determined based on the situation of the facility construction and are used properly or are used together.

  Here, the recognition tag attached to the article indicates product information and inventory information of the article, and means that the information can be read as a tag (tag). For example, price tags, name tags, or labels with a price or product number attached to the article, 1D barcode, 2D barcode, magnetic card, contact IC card, contactless IC card, etc. It is. The non-contact IC card is defined as a wireless non-contact automatic recognition device, and refers to a device using RFID (Radio Frequency Identification) technology. What are called IC tags and ID tags are general names of non-contact type IC cards.

  For example, Patent Document 1 discloses a connection management system for a cable with a connector using an RF-ID tag and a jack part, Patent Document 2 discloses a display terminal of a remote monitoring control system, and Patent Document 3 discloses A remote monitoring and control system is disclosed.

  FIG. 5 shows an outline of a connection management method for a cable with a connector and a jack component using an RF-ID tag disclosed in Patent Document 1. Here, the RF-ID tag 103 in which the unique information is recorded is built in the connector 102 portion of the cable 104 with the connector, and the reading circuit component 106 for reading or recording the information is arranged on the jack component 101 embedded in the batch panel 105 or the like. As a result, it is possible to grasp the overall connection management state and erroneous connection, and to monitor and prevent the incomplete lock state of the connector 102 and the jack component 101.

JP 2004-349184 A JP-A-6-253378 JP 2001-339780 A

  As described above, the conventional cable connection work depends on the situation of the connection work, for example, the type of cable such as the number of core cables, or the type of terminal such as the number of core cables The identification means must be selected. However, the situation is not only different for each equipment construction, but even in one equipment construction, the equipment is diverse and the situation is different. Therefore, it is difficult to properly use the optimum identification means for each connection work situation such as the type of cable or terminal.

  In addition, since the conventional covered cable is a visual connection work using the color and label of the cable cover as a clue while referring to a connection diagram in the field, it requires a lot of work time. Normally, a large number of cables are connected to a single wiring board, but in particular, in an office building, the wiring board is arranged across floors, so it is not easy to check the cables to be connected. Furthermore, since the conventional cable connection work is all done manually by the operator, it may be connected erroneously, resulting in a loss of work time due to correction.

  The cable with a built-in RF-ID tag disclosed in Patent Document 1 is limited to a cable having connectors at the start and end. Therefore, the present invention is not applicable to a connection method in which a cable is cut into a predetermined length in advance, the coating on both ends is removed, and the core wire is exposed to connect. Further, the RF-ID tag does not contribute to shortening the connection work time until the cable connector is connected to the jack part.

  The purpose of the present application is to solve such problems and to perform cable connection work by an optimal method according to the state of connection work such as the type of cable and terminal, etc., and it is possible to shorten work labor and prevent erroneous connection. A cable connection display device and a cable connection display method are provided.

In order to achieve the above object, a cable connection display device according to the present invention is a cable connection display device that displays a terminal to be connected or a core wire cable in cable connection work for connecting terminals of each wiring board by cables. It was recorded in the connection source and the connection destination and panel identification number of the wiring board recorded on the contactless IC card mounted on the wiring board, the non-contact type IC card attached to the connection source and the end of the cable Reading unit for reading the cable identification number , the terminal identification number and the core cable identification number recorded on the non-contact type IC card attached to each of the terminal and the core cable connected to each other at the connection source, and each wiring board and connection information based on the wiring diagram showing the connection relationship between the terminals each other, reading was board identification number, the cable identification number, and the connection source terminal identification number及 A storage unit for storing the core wire cable identification number, at the destination, the reading unit by unconnected contactless recorded identification number to the IC card that is attached to the core wire cable is the is read first mode Recognize and extract the identification number of the connected terminal from the connection information, the board identification number and the cable identification number and transmit it to the display unit, and the non-contact attached to the unconnected terminal by the reading unit at the connection destination When the terminal identification number recorded on the IC card is read, it recognizes that it is the second mode, and extracts the identification number of the connected core cable from the connection information, the panel identification number, and the cable identification number a control unit for transmitting to the display unit, when a first mode to display the identification number of the transmission terminal, if a second mode for displaying the identification number of the transmitted core cable Characterized in that it comprises a radical 113, a.

  In the cable connection display device, it is preferable that the reading unit can read the identification information of the recognition tag which is a non-contact IC card.

Moreover, in order to achieve the said objective, the cable connection display method which concerns on this invention is a cable connection display method which displays the terminal connected or a core wire cable in the cable connection work which connects the terminals of each wiring board with a cable. In the process of storing connection information based on a wiring diagram showing the connection relationship between terminals of each wiring board, and at the connection source, the identification number of the wiring board, the identification number of the cable, and the connected terminal and the core cable A step of reading and storing both identification numbers from the non-contact type IC card, and a step of reading and storing the identification number of the wiring board and the cable identification number from the non-contact type IC card at the connection destination; end at the destination, to recognize that the identification number of the core wire cable unconnected is the is read first mode, from the stored connection information and the identification number, to be connected Is the identification number extracted, extracting the identification number of the unconnected pin is read to recognize that it is the second mode, from the stored connection information and the identification number, the identification number of the connected core cable And a step of displaying an identification number of the transmitted terminal in the first mode, and a step of displaying the identification number of the transmitted core cable in the second mode. It is characterized by.

  In the cable connection display method, the recognition tag is preferably a non-contact IC card.

  With the above configuration, by using a display device in cable connection work, the connection destination unconnected terminal from the connection information created from the connection diagram in advance and the identification information of the cable and terminal connected at the connection source Or a terminal corresponding to an unconnected cable is displayed. Thereby, the cable connection work by the optimal method according to the situation of connection work, such as a kind of a cable and a terminal, is attained.

  Further, the operator may connect the cable to the terminal according to the display of the terminal to be connected without referring to the connection diagram, or may connect the cable to the terminal according to the display of the cable to be connected. This makes it possible to shorten the cable connection work and prevent erroneous connections.

(1) Cable Connection Display Device Hereinafter, one embodiment of a cable connection display device according to the present invention will be described in detail with reference to the drawings. FIG. 1 shows a schematic diagram of the cable connection display device 8, the cable 1, the core wire cable 2, the wiring board 4, the terminal 6, and the IC tags 11, 12, 14, and 16. Moreover, the schematic of the reading part 9 and the display part 10 of the cable connection display apparatus 8 is shown. In the cable connection work, the terminals 6 of the wiring board 4 are connected to each other by a plurality of cables 1. Here, an apparatus related to the connection work of one of the cables 1 will be described in detail.

  Here, “a” is added to the symbols of the connection board (board A) of the wiring board 4, terminal 6, core cable 2, and IC tags 11, 12, 14, and 16, and the connection destination (board B). “B” is added to the symbols of the wiring board 4, the terminal 6, the core wire cable 2, and the IC tags 11, 12, 14, and 16. Further, for a plurality of terminals, for example, the terminal 6 of the board A, serial numbers such as “6a-1”, “6a-2”, “6a-3”,. The same applies to the core cable 2, the IC tag 11, and the like. As for the cable 1, since the board A and the board B are common, there is no distinction between “a” and “b”, but since a plurality of cables are normally connected to the wiring board 4, The identification number is written as “C-1”.

  The cable 1 of this embodiment is a multicore cable in which a plurality of core wire cables 2 are bundled and covered. The cable 1 includes a core wire cable 2a at the start end and a core wire cable 2b at the end, and both ends 2a and 2b of the core wire cable are exposed in order to connect to the terminal 6. At both ends of the cable 1, cable IC tags 11a and 11b in which an identification number of the cable 1 and the like are written are attached to the covering of the cable. Core wire cable IC tags 12a and 12b in which an identification number of the core wire cable 2 is written are attached to the core wire cables 2a and 2b at the start end and the end of the cable 1, respectively. The cable 1 may be a single core cable. In that case, the IC tags 11a and 11b in which the identification number of the cable 1 is recorded may be attached to either end of the cable 1 or the core cable 2. Identification numbers and the like related to the cable 1 recorded on the IC tags 11 and the like are read by the reading unit 9 of the cable connection display device 8.

  The IC tag 11 or the like attached to the cable 1 and the core cable 2 has facilities such as an identification number for managing the cable 1 and a color of the coating of the core cable 2 (for example, “Y” if yellow) Information necessary for the construction is written as characters, symbols, or a combination thereof. For these IC tags 11 and the like, the cable 1 and the core cable 2 in which the identification number and the like are written before the cable connection work are used. However, even if new information is added or changed during the cable connection work, the IC tag 11 is written. good. Further, for example, a maintenance history may be newly written after the cable connection work.

  A plurality of terminals 6 are usually attached to the wiring board 4. The wiring board 4 is attached with a board IC tag 14 on which the identification number of the wiring board 4 is written on the board surface before the wiring work. Further, a terminal IC tag 16 in which an identification number of the terminal 6 is written around each terminal 6 is attached to each terminal 6. Note that only a single terminal 6 may be attached to the wiring board 4. The identification numbers and the like of the wiring board 4 and the terminal 6 recorded on these IC tags 14 are read by the reading unit 9 of the cable connection display device 8.

  The IC tags 14 and 16 attached to the wiring board 4 and the terminal 6 have facilities such as an identification number for managing them and a symbol indicating the type of equipment (for example, a letter “C” for computer-related wiring). Information necessary for the construction is written as characters, symbols, or a combination thereof. These IC tags 14 and 16 are written with an identification number or the like before the cable connection work, but may be written with new information added or changed during the cable connection work. Further, the IC tag 14 of the wiring board 4 may be written with not only the wiring board 4 but also an identification number of the terminal 6 or the connected cable 1 or the like. Further, for example, a maintenance history may be newly written after the cable connection work.

  The recognition tag attached to the cable 1, the core wire cable 2, the wiring board 4, and the terminal 6 is a non-contact IC tag (generally also referred to as an ID tag) in this embodiment. A dimensional barcode, a magnetic card, or a contact IC card may be used.

  FIG. 2 shows the configuration of the cable connection display device 8. In the present embodiment, the cable connection display device 8 is a portable cable connection device that integrally includes a reading unit 9, a display unit 10, a control unit 20, and a storage unit 21, and functions as an IC reader / writer. And a function of a personal computer. The cable connection display device 8 has two modes for connection display on the panel B. That is, there are a first mode for displaying the terminal 6b corresponding to the unconnected core wire cable 2b of the panel B and a second mode for displaying the core cable 2b corresponding to the unconnected terminal 6b of the panel B.

  Here, in the cable connection work, there is a connection diagram for specifying the connection relationship between the terminal 6a of the wiring board 4a of the board A and the terminal 6b of the wiring board 4b of the board B on the drawing prior to the work. The cable connection work is performed according to the created connection diagram. A connection correspondence table extracted from the connection diagram is stored in the storage unit 21 of the cable connection display device 8 as a database. FIG. 4 (1) shows an example of a correspondence table in the database. The field of the identification number “1F-S-005” of the wiring board 4a of the board A (FROM), the fields of the identification numbers “6a-1” to “6a-4” of the plurality of terminals 6a, and the board B (TO) The column of the identification number “2F-N-007” of the wiring board 4b and the columns of the identification numbers “6b-1” to “6b-4” of the plurality of terminals 6b are tables, and the connected terminal 6a and the terminal 6b is associated. The column of the identification number of the cable 1 used for connection or the core cable 2 is blank in this database because it is before cable connection.

  The reading unit 9 of the cable connection display device 8 has a function of an IC tag reader / writer device that reads an identification number or the like written on each IC tag 11 or the like, or writes identification information or the like on each IC tag 11 or the like. . The reading unit 9 may be read-only such as an identification number written on each IC tag 11 or the like.

  The storage unit 21 of the cable connection display device 8 stores a database of combinations of terminals 6a and 6b connected to the wiring board 4a of the board A and the wiring board 4b of the board B, respectively, based on the above-described connection diagram. . Furthermore, the identification number etc. which were written in IC tag 11, 12, 14, 16 read by the reading part 9 are memorize | stored. Here, the identification numbers and the like necessary for the connection using the multi-core cable are the cable 1, the wiring boards 4a and 4b of the board A and the board B, the terminals 6a and 6b of the board A and the board B, the cable start end, This is the identification number or the like of the terminal core cables 2a and 2b. On the other hand, the identification numbers and the like necessary for the connection using the single-core cable are the identification numbers of the cable 1, the wiring boards 4a and 4b of the board A and the board B, and the terminals 6a and 6b of the board A and the board B. is there.

  The control unit 20 of the cable connection display device 8 performs a function of extracting connection information in the two modes described above. That is, in the first mode, in the wiring board 4a of the board A, the identification number of the unconnected core cable 2b read by the reading unit 9 is recognized, and the connection information stored in the storage unit 21 and the above-described connection information. The identification number of the terminal 6b to be connected is extracted from the database to which the identification number and the like are added. FIG. 4 (4) shows a state in which the core cable 2b to be connected is extracted from the connection information in the database. Here, “2b-1”, which is the identification number of the core cable 2a, is read, and the connection destination of the core cable “2a-1” at the start of the cable 1 on the panel A is the terminal number “6a-1”. In the panel B, being connected to the terminal number “6b-4” is extracted from the connection relationship.

  In the second mode, in the wiring board 4b of the board B, the identification number of the unconnected terminal 6b read by the reading unit 9 is recognized, the connection information stored in the storage unit 21, the above-described identification number, etc. The identification number of the core cable 2b to be connected is extracted from the database to which is added. FIG. 4 (5) shows a state in which the core cable 2b to be connected is extracted from the connection information in the database. Here, “6b-4”, which is the identification number of the terminal 6b, is read, and in the panel A, being connected to the terminal number “6a-1” is extracted from the connection relationship, and the core cable number at the start of the cable 1 is extracted. It is derived from “2a-1” that the terminal core cable number is “2b-1”.

  This mode is selected when the cable connection display device 8 reads the identification number or the like of the core cable 2b and automatically recognizes that the first mode has been selected, and determines the identification number or the like of the terminal 6b to be connected. When the information is displayed and the identification number of the terminal 6b is read, it is automatically recognized that the second mode has been selected, and the identification number of the connected core cable 2b is automatically displayed. It is also possible for the operator to select a mode with the changeover switch of the cable connection display device 8 and to fix the selected mode.

  Therefore, the operator can select an optimum mode by reading either the core cable 2b or the terminal 6b according to the state of the wiring work such as the type of the cable 1 or the terminal 6. That is, when the terminal 6b can be recognized, the first mode is selected, and the identification number or the like of the unconnected core cable 2b is connected to the reading terminal 6b. For example, when the number of the core wire cables 2b is larger than the number of colors of the covering and the terminal 6b can be recognized by the terminal number described on the wiring board 4b, or when the terminal 6b can be specified from the shape of the terminal 6b. On the other hand, when the core cable 2b can be recognized, the second mode is selected, the identification number of the unconnected terminal 6b is read, and the core cable 2b to be connected is selected. For example, this is the case where the number of core wire cables 2b is less than the number of colors of the sheath and the core wire cables 2b can be specified. This means that it is possible to cope with the connection work by selecting the mode of the cable connection display device 8.

The display unit 10 of the cable connection display device 8 has a function of displaying identification information read by the reading unit 9 or displaying an identification number to be written on the IC tag. The display method is illustrated Ri table by the liquid crystal display or the like.

  Further, as a confirmation work after the cable connection, the cable connection display device 8 continuously reads the identification numbers and the like of both the connected core cable 2b and the terminal 6b and displays the pass / fail on the display unit.

(2) Cable connection work method One embodiment of the cable connection work method according to the present invention will be described in detail with reference to the drawings. FIG. 3 shows a flowchart of cable connection work in the present embodiment, and FIG. 4 shows an example of a connection information database. Symbols such as S1, S2, and S3 in the flowchart of FIG. 3 indicate cable connection work steps.

  Here, in the cable connection work, two modes can be selected for the connection work on the panel B. That is, there are a first mode for connection based on the display of the terminal 6b corresponding to the unconnected core cable 2b, and a second mode for connection based on the display of the core cable 2b corresponding to the unconnected terminal 6b.

  Prior to the cable connection work, the board IC tag 14 in which the identification number is written is attached to the connected wiring board 4. A terminal IC tag 16 in which an identification number or the like is written for each terminal 6 is attached to the terminals 6 of those wiring boards 4. A cable IC tag 11 having a cable identification number and the like written on its cover is attached to the cable 1 used for connection. In the case of a multi-core cable, a core cable IC tag 12 in which an identification number or the like is written for each core cable 2 is attached.

  In the cable connection work, prior to the work, a connection diagram is created that specifies the connection relationship between the terminal 6a of the distribution board 4a of the panel A and the terminal 6b of the distribution board 4b of the panel B on the drawing. Cable connection work is performed according to the connection diagram. A connection correspondence table extracted from the connection diagram is stored in the storage unit 21 of the cable connection display device 8 as a database (S1). FIG. 4 (1) shows an example of a correspondence table in the database. The field of identification number “1F-S-005” of wiring board 4a of board A (FROM) and the field of identification numbers “6a-1” to “6a-4” of terminal 6a, and wiring of board B (TO) The column of the identification number “2F-N-007” of the panel 4b and the columns of the identification numbers “6b-1” to “6b-4” of the terminal 6b are tables, and the connected terminals 6a and 6b are associated with each other. It has been. The identification information column of the cable 1 used for connection and the core cable 2 is blank in this database because it is before cable connection.

  First, in the wiring board 4a of the board A, the cable connection display device 8 reads the identification number and the like written on the board IC tag 14a of the wiring board 4a and stores them in the storage unit 21 (S2). An operator connects one core cable 2a of the cable 1 to the terminal 6a of the wiring board 4a (S3). The cable connection display device 8 reads the identification numbers and the like written in the terminal IC tag 16a of the terminal 6a, the cable IC tag 11a of the cable 1, and the core cable IC tag 12a of the core cable 2a, and stores them in the storage unit 21 ( S4). FIG. 4 (2) shows the database display at the stage when the connection work of one core cable 2 is completed. One terminal “6a-1” to which the wiring board 4a is connected is associated with the core cable “2a-1” of the cable 1 (C-1). This connection operation is repeated from S3 for all the core cable 2a to be connected included in one cable. FIG. 4 (3) shows the database display at the stage where the connection work has been completed for all the core cables 2. The core cables “2a-1” to “2a-4” of the cable 1 (C-1) are respectively associated with all the terminals “6a-1” to “6a-4” to which the wiring board 4a is connected. . In the case of a single-core cable, the identification number of the core cable 2a is not necessary.

  In the wiring board 4b of the board B, the identification number recorded on the board IC tag 14b of the wiring board 4b is read by the cable connection display device 8, and the identification number and the like are stored in the storage unit 21 (S5). Further, the identification number written in the cable IC tag 11b of the cable 1 is read and stored in the storage unit 21 (S6).

  In the wiring board 4b of the board B, the operator uses the cable connection display device 8 to connect the first mode for connection based on the display of the terminal 6b corresponding to the unconnected core cable 2b, and the unconnected terminal 6b of the board B. One of the second modes to be connected is selected based on the display of the core cable 2b corresponding to (S7).

  This mode is selected when the cable connection display device 8 reads the identification number or the like of the core cable 2b and automatically recognizes that the first mode has been selected, and determines the identification number or the like of the terminal 6b to be connected. When the information is displayed and the identification number of the terminal 6b is read, it is automatically recognized that the second mode has been selected, and the identification number of the connected core cable 2b is automatically displayed. It is also possible for the operator to select a mode with the changeover switch of the cable connection display device 8 and to fix the selected mode.

  When the first mode is selected, the identification number written on the IC tag 11b of the unconnected core cable 2b is read by the cable connection display device 8 (S8). The control unit 20 of the cable connection display device 8 determines the connection information stored in the storage unit 21 based on the read identification number of the core cable 2b, the wiring board 4a of the board A, the terminal 6a, the cable 1, and the core wire. The identification number of the terminal 6b to be connected is extracted from the identification number of the cable 2a, the wiring board 4b of the board B, and the identification number of the cable 1 (S9). FIG. 4 (4) shows a state in which the terminal 6b to be connected is extracted from the connection information in the database. Here, “2b-1”, which is the identification number of the core cable 2a, is read, and the connection destination of the core cable “2a-1” at the start of the cable 1 on the panel A is the terminal number “6a-1”. In the panel B, being connected to the terminal number “6b-4” is extracted from the connection relationship.

  The control unit 20 visually displays the extracted identification number of the terminal 6b on the display unit 10 (S10). The operator connects the core wire cable 2b to the terminal 6b using the identification number of the terminal 6b (S11). This connection operation is repeated from S6 for all the core cables 2b to be connected.

  When the second mode is selected, the cable connection display device 8 reads the identification number and the like written in the IC tag 11b of the unconnected terminal 6b (S8 '). The control unit 20 of the cable connection display device 8 determines the connection information stored in the storage unit 21 based on the read identification number of the terminal 6b, the wiring board 4a of the panel A, the terminal 6a, the cable 1, and the core cable. The identification number and the like of the core wire cable 2b to be connected are extracted from the identification number and the like of 2a, the wiring board 4b of the board B, and the identification number and the like of the cable 1 (S9 ′). FIG. 4 (5) shows a state in which the core cable 2b to be connected is extracted from the connection information in the database. Here, “6b-4”, which is the identification number of the terminal 6b, is read, and in the panel A, being connected to the terminal number “6a-1” is extracted from the connection relationship, and the core cable number at the start of the cable 1 is extracted. It is derived from “2a-1” that the terminal core cable number is “2b-1”.

  The cable connection display device 8 visually displays the identification number and the like of the extracted core cable 2b on the display unit (S10 '). The operator connects the core cable 2b to the terminal 6b based on the identification number of the core cable 2b (S11 '). This connection operation is repeated from S6 for all the core cables 2b to be connected.

  Further, as a confirmation work after the cable connection, the cable connection display device 8 continuously reads the identification numbers and the like of both the connected core cable 2b and the terminal 6b and displays the pass / fail on the display unit.

  In the cable connection operation, the operations from S1 to S11 are repeated for all cables connected to the panels A and B. Further, the operation is repeated for each combination of other wiring boards.

It is the schematic which shows the structure of the cable connection display apparatus which concerns on this invention, a cable, a wiring board, and a terminal. It is a figure which shows the structure of a cable connection display apparatus. It is a flowchart of the cable connection work in this embodiment. It is a figure which shows the example of the database of connection information. It is the schematic which shows a prior art.

Explanation of symbols

  1 cable, 2a board A core wire cable, 2b board B core wire cable, 4a board A wiring board, 4b board B wiring board, 6a board A terminal, 6b board B terminal, 8 cable connection display device, 9 Reading unit, 10 display unit, 11a Panel A cable IC tag, 11b Panel B cable IC tag, 12a Panel A core cable IC tag, 12b Panel B core cable IC tag, 14a Panel A panel IC tag, 14b Board B board IC tag, 16a Board A terminal IC tag, 16b Board B terminal IC tag, 20 control section, 21 storage section, 101 jack parts, 102 connector, 103 RF-ID tag, 104 cable with connector, 105 Batch panel, 106 Reading circuit component.

Claims (2)

In cable connection work for connecting terminals of each wiring board with cables, a cable connection display device for displaying connected terminals or core cables,
The board identification number of the wiring board recorded on the contactless IC card attached to the connection source and destination wiring boards, and the cable recorded on the contactless IC card attached to the connection source and destination cables. A reading unit for reading the identification number and the terminal identification number and the core cable identification number recorded on the non-contact type IC card attached to each of the terminal and the core cable connected to each other at the connection source ;
A storage unit for storing connection information based on a wiring diagram showing a connection relationship between terminals of each wiring board, a board identification number read , a cable identification number , a terminal identification number of a connection source, and a core cable identification number ,
At the connection destination, when the identification number recorded on the non-contact type IC card attached to the unconnected core cable is read by the reading unit , the first mode is recognized, and the connection information, the board identification number, The identification number of the connected terminal is extracted from the cable identification number and transmitted to the display unit. At the connection destination, the terminal identification number recorded on the non-contact IC card attached to the unconnected terminal by the reading unit is A controller that recognizes the second mode when read, extracts the identification number of the connected core cable from the connection information, the panel identification number and the cable identification number, and transmits the identification number to the display unit;
A display unit that displays the transmitted terminal identification number in the first mode, and a transmitted core cable identification number in the second mode;
A cable connection display device comprising: In cable connection work for connecting terminals of each wiring board with cables, a cable connection display method for displaying connected terminals or core cables,
Storing connection information based on a wiring diagram showing a connection relationship between terminals of each wiring board;
The connection source reads and stores the identification number of the wiring board, the identification number of the cable, and the identification number of both the connected terminal and the core cable from the non-contact type IC card ;
A process of reading and storing the identification number of the wiring board and the identification number of the cable from the non-contact type IC card at the connection destination;
When the identification number of the unconnected core cable is read at the connection destination, the first mode is recognized, and the identification number of the connected terminal is extracted from the stored connection information and identification number. Recognizing that it is the second mode when the identification number of the terminal of the connection is read, and extracting the identification number of the connected core cable from the stored connection information and identification number;
Displaying the transmitted terminal identification number in the first mode, and displaying the transmitted core cable identification number in the second mode;
A cable connection display method characterized by comprising:

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