JP6562640B2 - Load name input system - Google Patents

Description

  The present invention relates to a load name input system used for creating a load name label corresponding to an internal device of a distribution board.

  The distribution board is configured by arranging various internal devices such as main breakers and branch breakers inside the case. Depending on the number and type of loads to be connected and their capacity, etc. Size and arrangement of internal devices vary greatly. Manufacturers have prepared many standard products, and specialist engineers have selected the optimal distribution board according to the specifications desired by the user. However, in recent years, a distribution board selection system that connects a user's terminal and a manufacturer's server with a communication line and allows the user to select a distribution board desired on the screen and add optional devices is becoming widespread.

  One example thereof is described in Patent Document 1. In this system, when the user performs an operation from the input means, a distribution board that matches or resembles the user's wishes is read out from the standard product information stored in the server database, and the standard product information is read by the user. It can be displayed on the screen as an in-board image. Also, the user can change the internal device by operating the displayed in-board image.

  As shown in Patent Document 2, a load name label corresponding to an internal device is attached to the distribution board. This displays the use, model, and connected load name of the internal device. In the distribution board selection system, the load name that displays the use / model, etc. of the internal device is entered along with the internal device selection work. A load name label can be created and displayed on the load name holder of the distribution board.

  However, in the conventional load name input system, the load name input screen and the print status confirmation screen are on different pages, so each time a load name is entered, a different page is opened to check the print status. There was a problem that it took.

Japanese Patent No. 3777767 Japanese Patent No. 5557331

  Accordingly, an object of the present invention is to provide a load name input system capable of solving the above-described conventional problems and inputting and creating a load name label without requiring extra work.

The load name input system of the present invention made to solve the above-mentioned problems is accompanied by load name input means for performing a load name input operation of an internal device arranged on a distribution board by a user, and input of the load name. Load name calculation means for performing calculation processing, load name storage means for storing calculation processing results of the load name calculation means, and load name output means for displaying the calculation processing results of the load name calculation means to the user, The name calculation means is a screen for inputting the load name in accordance with the number of circuits of the internal device input to the circuit definition means from the load name input means and the circuit definition means for specifying the number of circuits of the internal equipment. an input unit, a load name expansion means for displaying a screen in which arrangement the output unit for displaying the print content of the load name label side by side on the same screen, the load name input unit from the load name input means Together to house the input load name to the load name storage means, it is characterized in that the housing and load name data having an interlocking display means for displaying in conjunction with the placement output unit.

  According to a second aspect of the present invention, in the first aspect of the invention, the load name expanding means includes an arrangement defining means for defining the arrangement direction of the internal device, and displays the arrangement output section according to the input content from the load name input section. It is characterized by making it.

  According to a third aspect of the present invention, in the first or second aspect of the invention, the load name expanding means includes a circuit number of the load name, a circuit symbol decorating the circuit number, a character color or background color of the load name label, and a character placement location. It is characterized by having an expansion defining means for defining any of the above, and displaying an arrangement output unit according to the input contents.

  According to a fourth aspect of the present invention, in the first aspect of the invention, the load name calculation unit displays a load name input unit and an arrangement output unit on the same screen, and displays a load name label screen for direct input operation. It is characterized by having a display switching means for switching the mode for displaying the load name label input section to be enabled.

According to the first aspect of the present invention, since the load name input screen and the layout output screen are displayed side by side on the same screen, it is not necessary to check the layout output that is actually printed by switching pages many times. It is possible to reduce the labor of inputting and creating labels.

  According to invention of Claim 2, not only the number of circuits of a distribution board but an arrangement position can be set, and the display of an arrangement output part can be changed with the arrangement position.

  According to the invention of claim 3, the load name circuit number, the circuit symbol, the character color or background color of the load name label, the character placement location, etc. can be input or changed, and depending on the result The display of the arrangement output unit can be changed.

  According to the invention of claim 4, the load name label desired by the user can be easily designed by changing the output mode to the user terminal.

It is a block diagram which shows the whole structure of the load name input system of this invention. It is a figure which shows an input screen. It is a figure which shows the procedure which inputs the load name of "outlet" into a load name input part. It is a figure which shows the procedure which inputs the load name of "outlet" into a load name input part. It is a figure which shows the procedure which inputs the load name of "outlet" into the load name input part by the input regulation means. It is a figure which shows the change of the display of an arrangement | positioning output part by a circuit prescription | regulation means. It is a figure which shows the input screen which shows the screen which switched the input mode. It is a figure which shows the input screen which shows the screen which switched the input mode. It is a figure which shows the input screen which shows the screen which switched the input mode. It is a figure which shows the input screen of a template management system. It is a flowchart which shows the operation | movement flow of the load name input system of this invention.

  As shown in FIG. 1, the load name input system of the present invention includes a user-side terminal 1 and a server 2. These are connected via a communication line or directly. A plurality of user-side terminals 1 may be provided. Normally, the server 2 is installed on the manufacturer side, but it goes without saying that the installation location is arbitrary.

  The user-side terminal 1 includes a load name input unit 3 that performs an input operation of a load name of an internal device disposed on the distribution board, and a load name output unit that outputs an input load name and a calculated load name. 4 is provided.

  The server 2 includes load name calculation means 5 that performs calculation processing associated with the input of the load name. The server 2 also includes load name storage means 6 for storing the calculation processing result of the load name calculation means 5. The calculation processing result of the load name calculation means 5 is displayed on the user side terminal 1 by the load name output means 4.

  The load name calculating means 5 includes circuit defining means 7, load name expanding means 8, and interlocking display means 9. The circuit defining means 7 defines the number of circuits of the internal devices of the distribution board. Since the number of necessary load name labels also changes according to the number of circuits on the distribution board, the load name expansion means 8 changes the load according to the number of circuits inputted from the load name input means 3 as shown in FIG. The name input unit 10 and the arrangement output unit 11 are displayed on the same screen.

  The layout output unit 11 is a screen for displaying the print contents of the load name label. The actual printing paper may be displayed, or a display screen for displaying only the layout may be output to the output means and printed. It is also possible to display the paper to be checked on a separate screen so that it can be confirmed. Since the load name input unit 10 and the arrangement output unit 11 can be displayed side by side on the same screen of the user side terminal 1 as shown in FIG. 2, the arrangement output that is actually printed by switching pages as in the prior art. There is no need to check.

  The load name calculation means 5 includes an arrangement defining means 12 and an expansion defining means 13 in addition to the circuit defining means 7. The arrangement defining means 12 inputs a basic arrangement such as whether the internal device is attached on both sides of the bus bar or on one side, whether it is arranged on the top or bottom of the bus bar, or on the left or right. To do. With the selection of the arrangement defining means 12, the display of the arrangement output unit 11 is also changed as shown in FIG. Further, the extension defining means 13 inputs extension information such as a circuit number, a circuit symbol, a color (character color, background color), a character paragraph position (right side, center, left side) printed on the load name label. The above-described interlocking display unit 9 changes the display of the layout output unit 11 in conjunction with the contents input to the layout defining unit 12 and the expansion defining unit 13.

  As shown in FIG. 2, the screen expanded by the load name expansion means 8 includes an extended function input unit 14 for defining extended functions such as symbols, numbers, colors, paragraphs, and a basic input unit for inputting a load name. 15 is displayed. The input table of the load name input unit 10 and the arrangement output unit 11 and the pattern of the arrangement diagram are registered in advance in the database 15 of the server 2 shown in FIG. 1, and the circuit defining means 7, the arrangement defining means 12, and the expansion defining means. Patterns that match the 13 conditions may be called out and output, or may be created each time based on the selected conditions.

  Here, the input method of the load name input unit 10 is as shown in FIG. 5, the input specifying means 16 for designating a number or the like to be inserted, selecting a word from the pull-down, and pressing the (insert) button to input to the input unit. Or a method of selecting and directly inputting a portion to be input to the load name input unit 10 (basic input unit 15). Similarly, the input method of the extended function input unit 14 may be either a method using the extension defining means 13 or a method of inputting directly to the designated position. 3, 4, and 5 show a procedure for inputting the load name “outlet” of the circuit number 3.

  As described above, when the load name such as device / use is input to the basic input unit 15 of the load name input unit 10 by any method, the interlock display unit 9 of the load name calculation unit 5 is input. The load name is also reflected / displayed on the arrangement output unit 11 in conjunction with the contents. Specifically, the interlock display means 9 stores the input contents to the load name input unit 10 in the load name storage means 6 and displays the contents stored in the load name storage means 6 on the arrangement output unit 11. Similarly, even when the input content of the load name input unit 10 is changed, the display of the arrangement output unit 11 is also changed by the interlocking display means 9. In the system of the present embodiment, linked display is performed as needed, but linked display may be performed collectively.

  After confirming the contents of the output arrangement output unit 11, the user prints the input load name label or stores the load name data in the load name storage unit 6 on the server 2. In this way, it is possible to perform print determination processing on one screen, and it is not necessary to perform operations such as moving pages many times.

  The load name data input to the load name input unit 10 is separated into the basic input data 30 of the basic input unit 15 and the extended function data 31 of the extended function input unit 14 shown in FIG. As shown in FIG. The stored load name data can be called and expanded as basic input data 30 and extended function data 31 by the load name calling means 50. In this case, it is possible to call the basic input data 30 and the extended function data 31 after associating them with each other, and develop and display them on the load name output means 4.

  Further, by separating the load name data into the basic input data 30 and the extended function data 31, only the basic input data 30 can be used in other systems that do not require the extended function data 31. For example, in a system that uses only a load name name such as a distribution board selection system, only the basic input data 30 among the load name data created by the load name input system can be called and expanded. .

  As described above, the system of the present invention uses a mode in which the load name input unit 10 and the arrangement output unit 11 are provided. However, the display switching means 20 of the load name calculation unit 5 allows the load name input unit 10 to It is also possible to switch between a mode in which the arrangement output unit 11 is displayed on the same screen and a mode in which the load name label input unit 21 that displays the load name label screen and enables direct input operation is displayed. This mode is shown in FIG. 7, FIG. 8, and FIG. In this way, the actual printable paper is displayed on the screen, and the load name label input unit 12 that can be input is displayed while selecting the designated position, and the mode can be selectively switched to the mode in which the place to be input is directly selected and input. Then, the user can freely select the load name input method. Also in this direct input mode, the load name data is stored in the load name storage means 6 with the basic input data 30 and the extended function data 31 separated and stored so as to be compatible with any display mode.

  As shown in FIG. 10, when inputting a phrase to the load name input unit 10, frequently used phrases are registered in advance in the template management unit 60 of the storage unit, and are input to the basic input unit 15 by the input defining unit 16. When inputting, it is possible to perform template management that can be selected by inserting or displaying a pull-down menu with a single button. It is possible to store the words and phrases to be used without restriction, or to store each word and phrase for each type (use).

  The operation flow of the load name input system of the present invention described above is shown in FIG. When the user inputs the number of circuits and arrangement from the user terminal 1 in ST1, the server 2 develops the load name input unit 10 and further deploys the arrangement output unit 11 on the same screen in ST2. In ST4, the user inputs a load name, and inputs an extended function in ST5 as necessary. The input contents are stored in the load name storage means 6 in ST6, and are displayed in conjunction with the arrangement output unit 11 in ST7. Thereafter, the load name label is stored and printed in ST8.

  As described above, according to the load name input system of the present invention, it is possible to input and create the load name label of the distribution board easily and very easily.

DESCRIPTION OF SYMBOLS 1 User side terminal 2 Server 3 Load name input means 4 Load name output means 5 Load name calculation means 6 Load name storage means 7 Circuit definition means 8 Load name expansion means 9 Link display means 10 Load name input section 11 Arrangement output section 12 Arrangement Defining means 13 Extended defining means 14 Extended function input section 15 Basic input section 16 Basic defining means 20 Display switching means 21 Load name label input section 30 Basic input data 31 Extended function data 50 Load name calling means 60 Template management means

Claims (4)

A load name input means for a user to perform a load name input operation of an internal device arranged on the distribution board;
Load name calculation means for performing calculation processing according to the input of the load name;
Load name storage means for storing the calculation processing result of the load name calculation means;
Load name output means for displaying the calculation processing result of the load name calculation means to the user,
The load name calculating means includes circuit defining means for defining the number of circuits of internal devices,
Depending on the number of internal device circuits input from the load name input means to the circuit definition means, a load name input section that is a screen for inputting a load name and a layout output that is a screen for displaying the print contents of the load name label Load name expansion means for displaying the parts side by side on the same screen,
The load name input unit stores the load name input to the load name input unit in the load name storage unit, and includes interlocked display unit for displaying the stored load name data in conjunction with the arrangement output unit. Characteristic load name input system.   2. The load name according to claim 1, wherein the load name expanding means includes an arrangement defining means for defining an arrangement direction of the internal device, and is displayed on the arrangement output unit according to the input content from the load name input unit. Input system.   The load name expansion means has an expansion defining means for defining any one of a load name circuit number, a circuit symbol decorating the circuit number, a character color or background color of a load name label, and a character arrangement location. The load name input system according to claim 1, wherein the load name input system is displayed on the arrangement output unit according to the contents. The load name calculation means includes a mode for displaying the load name input unit and the arrangement output unit on the same screen, and a mode for displaying the load name label input unit for displaying the load name label screen and allowing direct input operation. 2. The load name input system according to claim 1, further comprising display switching means for switching between.