JP6429651B2 - Distribution board selection system - Google Patents

Description

  The present invention relates to a distribution board selection system including a distribution board selection subsystem and a load name input subsystem.

  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 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. Further, 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 of the internal device, the model, the name of the load to be connected, etc., and it is desirable to be able to arrange the printing of the load name label simultaneously with the selection of the distribution board. However, in the conventional distribution board selection system, only the load name and application can be input. For this reason, if you want to set extended functions such as colors, symbols, paragraphs, etc. for each load name in the load name label, create a load name label using another load name input system, It took a lot of work and there was a possibility of input errors.

Japanese Patent No. 3777767 Japanese Patent No. 5557331

  Accordingly, an object of the present invention is to provide a distribution board selection system capable of solving the above-described conventional problems and setting an extended function of a load name label simultaneously with selection of a distribution board.

The present invention made to solve the above problems is a distribution board selection system including a distribution board selection subsystem and a load name input subsystem.
The distribution board selection subsystem includes an input means for a user to input desired specification data of a distribution board, a database storing information on internal device data and arrangement for each distribution board model number, and distribution board selection. Arithmetic means for performing arithmetic processing associated with the above, storage means for storing the arithmetic processing results, and output means for displaying the arithmetic processing results to the user,
The calculation means includes a model number selection means for selecting a model number that matches the desired specification data input by the user, and an internal device display means for expanding and displaying the internal device data corresponding to the model number selected by the model number selection means; An internal device expansion means for inputting and displaying a load name at a corresponding position of the expanded internal device,
The storage means includes a load name data storage unit that stores an input load name,
The load name input subsystem includes a load name input means for a user to input a load name of an internal device, a load name calculation means for performing a calculation process in accordance with the input of the load name, and a load name storage means for storing a calculation result. And load name output means for displaying the calculation result to the user,
The load name calculation means includes a circuit definition unit that defines the number of circuits of the internal device, and a load name expansion unit that displays a load name input screen to the user according to the input content of the circuit definition unit,
The load name storage means includes a load name data storage unit for storing an input load name,
In addition, the distribution board selection subsystem and the load name input subsystem include a load name calling means capable of calling the load name data stored in the load name data storage unit on the counterpart side. To do.

  The invention according to claim 2 is the invention according to claim 1, wherein the load name input subsystem includes basic input data defining an internal device and a load name as a load name, and extended function data defining an extended function as a load name; When the load name data is called by the load name calling means of the distribution board selection subsystem, the basic input data is called and the load is loaded. It is displayed on the name output means.

  The invention according to claim 3 is the invention according to claim 1 or 2, wherein the load name data input by the distribution board selection subsystem and the load name data input by the load name input subsystem are respectively creator data. Is attached, and when the load name data stored in the counterpart subsystem is called, it can be called only when the creator data matches.

  According to the first aspect of the present invention, the load name data created by the distribution board selection subsystem and the load name input subsystem can be called by the load name calling means of each subsystem and used mutually. Therefore, the work concerning the input of the load name can be simplified.

  According to the invention of claim 2, the load name input subsystem separates the load name into basic input data and extended function data and stores it in the load name data storage unit of the distribution board selection subsystem. When the load name data is called by the load name calling means of the electrical board selection subsystem, only the basic input data is called. Since only the basic input data is used in the distribution board selection subsystem, it is possible to avoid complication of the system.

  According to the invention of claim 3, since only the same creator can use the load name data, safety can be ensured.

It is a block diagram which shows the whole structure of the distribution board selection system of this invention. It is a figure which shows an input screen. It is explanatory drawing which shows the content of the database. It is a figure which shows the expansion | deployment screen of an internal device. It is a figure which shows the state which input the load name into the expansion | deployment screen of FIG. It is a figure which shows the state which changed the internal apparatus. It is a figure which shows the preview screen of a load name. It is a figure which shows the confirmation screen of drawing and a specification. It is a figure which shows a load name input screen. It is a figure which shows the procedure which adds an outlet socket to a load name input screen. It is a figure which shows the procedure which adds an outlet socket to a load name input screen. It is explanatory drawing of creation of load name data. It is explanatory drawing of load name data calling. It is explanatory drawing which shows the access to the memory | storage means by the load name calling means. It is explanatory drawing which shows the access to the memory | storage means by the load name calling means. It is explanatory drawing of the operation | movement flow of the subsystem for distribution board selection. It is explanatory drawing of the operation | movement flow of the subsystem for load name input.

(Overall configuration)
As shown in FIG. 1, the distribution board selection system of the present invention comprises a distribution board selection subsystem 1 and a load name input subsystem 2. As will be described in detail below, the distribution board selection subsystem 1 is a system for the user to select a distribution board. The load name input subsystem 2 is a system for creating a load name label having basic functions such as input of a load name and extended functions such as color, symbol and paragraph setting of the load name label.

(Subsystem for distribution board selection)
The distribution board selection subsystem 1 includes a user-side terminal 3 and a server 4. These are connected via a communication line or directly. A plurality of user side terminals 3 may be provided. Normally, the server 4 is installed on the manufacturer side, but it goes without saying that the installation location is arbitrary.

  The user-side terminal 3 includes an input unit 5 for performing a distribution board selection operation and an output unit 6 that can output information transmitted from the server 4. The user inputs desired specification data of the distribution board from the input means 5. The input screen is shown in FIG. As shown in the figure, the desired specification data includes the distribution board model number, main breaker capacity and type (leakage, circuit breaker, etc.), total number of branch breakers (number mounted and spare space), options (limiter space, accessory equipment) Basic function specification data 50a such as (mounting / mounting space) and extended function specification data 60a for selecting an internal device to which an extended function such as for sunlight, IH, or gas is added. The input means 5 includes basic function specification input means 50 for inputting such basic function specification data 50a, and extended function specification input means 60 for inputting extended function specification data 60a. If the model number is known, it may be input directly by the model number input means 70. If the model number is not known, the desired items of the basic function specification data 50a and the extended function specification data 60a may be input.

  The server 4 stores calculation means 7 for performing various calculation processes associated with distribution board selection, a database 8 that stores internal device data 17a and information relating to arrangement for each model number of the distribution board, and calculation processing results. Storage means 9 is provided. As shown in FIG. 3, the database 8 stores the model number of the distribution board in association with an internal device arranged inside the housing. The internal devices are a main breaker, a primary feed breaker, a branch breaker, a secondary feed breaker, and the like, and each model and quantity are included.

  The calculation means 7 includes a model number selection means 10, an internal device display means 11, and an internal device expansion means 12 for inputting and displaying a load name at a corresponding position of the expanded internal device. The model number selection unit 10 has a function of selecting an optimal model number from the database 8 based on the desired specification data input from the input unit 5 by the user. Specifically, when the model number itself is input, the corresponding model number is selected from the database 8, and when the model number type and the desired specification data are input by the model number input means 70, the desired model number is selected from the type. Select the one that matches the specification data. When the desired specification data is input and the model number is not input to the model number input means 70, the one that matches the desired specification data is selected from the types of model numbers defined as the basic form in the database 8.

  The internal device expansion means 12 expands the internal device data 17a corresponding to the model number selected by the model number selection means 10 and displays it as shown in FIG. As shown in FIG. 4, the screen includes an internal device display unit 13 and a load name input unit 14 into which a load name indicating a use / purpose of a load connected to a branch breaker that is an internal device is input. They are displayed side by side. As shown in FIG. 5, the user directly inputs the load name into the load name input unit 14 or selects and inputs the load name from the pull-down list, and creates the input content as internal device load name data 16a. In FIG. 5, the internal device layout diagram 15 of the internal devices is numbered on the same screen, and it is possible to work while confirming the layout of the internal devices to be arranged. As shown in FIG. 6, a predetermined internal device can be changed, or the user can move the arrangement of the internal device on the screen. Here, when the internal device input to the internal device display unit 13 is associated with the load name corresponding to the internal device of the load name input unit 14 and the arrangement position of the internal device is moved, the input load name Also move the display position following.

  Thereafter, the load name preview unit 80 is operated to display the preview display screen 80a when the internal device load name data 16a input to the load name input unit 14 is printed on an actual sheet. An example is shown in FIG.

  If the display of the load name label displayed by the load name preview unit 80 is confirmed and there is no problem, the internal device load name data 16a is stored in the load name data file 16 of the storage unit 9, and the internal device display column 13 stores the internal device load name data 16a. The input internal device data 17 a is also stored in the internal device data file 17 of the storage means 9. The internal device load name data 16a and the internal device data 17a are associated with each other, and when one data is called, the other data can also be called and displayed. The load name data 16a of the present embodiment stores the contents of basic input data that is input data of the load name.

  After the internal device is finally determined in this way, the calculation means 7 of the server displays a confirmation screen as shown in FIG. 8 on the output means 6 of the user side terminal 3, and based on this, drawings and specifications are displayed. , Create a quote, etc. These contents are also stored in the storage means 9 of the server 4.

(Subsystem for load name input)
As shown in FIG. 1, the load name input subsystem 2 also includes a user-side terminal 20 and a server 21. These are connected via a communication line or directly. A plurality of user side terminals 20 may be provided. In order to simplify the description, the user side terminal 20 and the server 21 are described as being different from the user side terminal 3 and the server 4, but the user side terminal 20 may be the same terminal as the user side terminal 3. The server 21 may be the same server as the server 4.

  The user terminal 20 includes a load name input unit 22 and a load name output unit 23. The load name input means 22 is for the user to input the load name of the internal device, and the load name output means 23 is for displaying the input load name and calculation result to the user.

  The server 21 includes a load name calculation unit 24 that performs various calculation processes associated with the input of the load name. The load name calculation unit 24 includes a circuit definition unit 25 that defines the number of circuits of the internal device, and a load name expansion unit 26 that displays a screen of the load name input unit 27 to the user according to the input contents of the circuit definition unit 25. It has. FIG. 9 shows a load name input screen. The load name input unit 27 and the arrangement output unit 28 are displayed side by side on the same screen, thereby easily confirming the input content and the load name label to be output on one screen. can do.

  10 and 11 exemplify a procedure for adding “outlet” as a load name to the load name input unit 27. Specify the number you want to insert, select a word from the pull-down, press the (Insert) button, and input it to the input unit. Select the part you want to input to the load name input unit 27 and enter it directly. Either method can be used.

  The load name input screen of FIG. 9 further includes an arrangement defining unit 29 that defines the mounting position of the internal device and an expansion defining unit 30. The arrangement defining portion 29 has 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 and right. input. Extended information such as a circuit number, a circuit symbol, a color (character color, background color), and a paragraph position of the character (right side, center, left side) printed on the load name label is input to the extension defining unit 30. Therefore, the load name input unit 27 includes a basic input unit 27b for inputting a load name, and an extended function input unit 27a for defining extended functions such as symbols, numbers, colors, paragraphs and the like. The load name calculation means 24 further includes an interlocking display means 33, which changes the display of the load name input subsystem 27 and the placement output section 28 in accordance with the contents input to the placement defining section 29 and the extension defining section 30. To do.

  The input table and layout pattern used for the load name input unit 27 and the layout output unit 28 of the load name input subsystem 2 are registered in advance in the database 31 of the server 21, and the circuit defining unit 25, the layout Patterns that match the conditions of the defining unit 29 and the extended defining unit 30 may be called and output, or may be created each time.

  The user confirms the content of the output load name label and stores it in the load name storage means 34 of the server 21. Printing can also be performed at the same time. In this way, print determination processing can be performed on one screen.

  The load name storage means 34 stores the load name data 35. As shown in FIG. 1, the load name data is stored in a state of being separated into basic input data 36 and extended function data 37. Further, the load name storage means 34 of the server 21 and the storage means 9 of the server 4 are linked to each other. Is possible.

  The layout output unit 28 may display a sheet that is actually printed, or may cause the output unit to output a display screen that displays only the layout, so that the sheet that is actually printed (the circuit defining unit 25, the expansion defining unit 30,. A screen reflecting the contents of the arrangement defining unit 29) may be displayed on a separate screen so that it can be confirmed.

  A mode in which the load name input unit 27 and the arrangement output unit 28 are provided is used. The actual print sheet is displayed on the screen, and the load name label input unit that can be input is displayed while selecting the designated position. The display switching means 90 is provided for selectively switching between a mode for directly selecting and inputting a place to be input.

  In addition, when inputting words to the load name input unit 27, frequently used words are registered in the load name storage unit 34 in advance, and when used, template management can be selected by inserting or pull-down display with one button. Have means. It is also possible to store words without restriction, or to store each word for each type (use).

(Summary)
As described above, the distribution board selection system according to the present invention includes a distribution board selection subsystem 1 capable of selecting a distribution board and creating a load name, and a load name input subsystem capable of only creating a load name. Comprising the system 2, each calculating means 7, 24 is provided with load name calling means 40, 41. When the load name data 35 created by the load name input subsystem 2 as shown in FIG. 12 is called by the distribution board selection subsystem 1, only the basic input data 36 is called as shown in FIG. It can be expanded and displayed on the output means of the panel selection subsystem 1. Specifically, the load name calling means 40 of the distribution board selection subsystem 1 accesses the storage means 34 of the load name input subsystem 2, calls only the basic input data 36 of the load name data 35, and selects the distribution board. Is displayed on the output means 6 of the sub-system 1. When the basic input data 36 and the extended function data 37 are integrated, they cannot be used in the distribution board selection subsystem 1, but in the present invention, they are stored separately and can be called to each other. is there.

  When the internal device load name data 16a created in the distribution board selection subsystem 1 is used in the load name input subsystem 2, the internal device load name data 16a is only basic input data. The system calls the internal device load name data 16a (basic input data) as it is and expands and displays it.

(Other)
Since two different subsystems 1 and 2 are used in the present invention, it is possible to set an access defining means 45 that can restrict access to load name data that can be called by the load name calling means 40 and 41. preferable. As the access defining means 45, for example, it is preferable to define the creator's ID number in the load name data 16a, 35 stored in the storage means 9, 34. For example, the creator's PC address or login ID is assigned as the ID number and stored. Thereby, as shown in FIG. 14, when the storage means 9 and 34 are accessed with other ID numbers, they cannot be called. Further, as the access defining means 45, when storing in the storage means 9, 34, the input information such as the drawing number is associated with the load name data together with the ID number, and as shown in FIG. Access is restricted only when the input information matches.

  This access defining means 45 may be called only when the number of circuits in the load name data coincides with the ID number or the drawing number. In the case where the access regulation means 45 is not used, if the number of circuits of the load name data is different, the pasting is performed in order from 1 and the excess is deleted. 16 and 17 show the operation flow of each subsystem.

  In the above-described embodiment, it has been described that the distribution board selection subsystem 1 and the load name input subsystem 2 are used in separate servers. However, the distribution panel selection subsystem 1 and the load name input subsystem 2 are arranged on the same server and used with the same storage means. It may be what you do. Further, the calculation means and the like have been described as being mounted on the server. However, a calculation program is formed on the user side, the storage means and the database are provided on the server, and the storage means of the server is changed from the calculation unit on the user side. Or access to a database.

DESCRIPTION OF SYMBOLS 1 Distribution board selection subsystem 2 Load name input subsystem 3 User side terminal 4 Server 5 Input means 6 Output means 7 Calculation means 8 Database 9 Storage means 10 Model number selection means 11 Internal equipment display means 12 Internal equipment development means 13 Internal device display unit 14 Load name input unit 15 Layout in panel 16 Load name data file 16a Internal device load name data 17 Internal device data file 17a Internal device data 20 User side terminal 21 Server 22 Load name input unit 23 Load name output unit 24 load name calculation means 25 circuit definition part 26 load name expansion means 27 load name input part 27a extended function input part 27b basic input part 28 arrangement output part 29 arrangement definition part 30 expansion regulation part 31 database 32 input regulation means 34 load name storage Means 35 Load name data 36 Basic input data 37 Extended function data 40 Load name calling means 41 Load name calling means 45 Access regulation means 50 Basic function specification input means 50a Basic function specification data 60 Extended function specification input means 60a Extended function specification data 70 Model number input means 80 Load name preview means 80a Preview display screen 90 Display switching means

Claims (3)

A distribution board selection system comprising a distribution board selection subsystem and a load name input subsystem,
The distribution board selection subsystem includes an input means for a user to input desired specification data of a distribution board, a database storing information on internal device data and arrangement for each distribution board model number, and distribution board selection. Arithmetic means for performing arithmetic processing associated with the above, storage means for storing the arithmetic processing results, and output means for displaying the arithmetic processing results to the user,
The calculation means includes a model number selection means for selecting a model number that matches the desired specification data input by the user, and an internal device display means for expanding and displaying the internal device data corresponding to the model number selected by the model number selection means; An internal device expansion means for inputting and displaying a load name at a corresponding position of the expanded internal device,
The storage means includes a load name data storage unit that stores an input load name,
The load name input subsystem includes a load name input means for a user to input a load name of an internal device, a load name calculation means for performing a calculation process in accordance with the input of the load name, and a load name storage means for storing a calculation result. And load name output means for displaying the calculation result to the user,
The load name calculation means includes a circuit definition unit that defines the number of circuits of the internal device, and a load name expansion unit that displays a load name input screen to the user according to the input content of the circuit definition unit,
The load name storage means includes a load name data storage unit for storing an input load name,
In addition, the distribution board selection subsystem and the load name input subsystem include a load name calling means capable of calling the load name data stored in the load name data storage unit on the counterpart side. Distribution board selection system.   The load name input subsystem separates the load name into basic input data that defines the internal device and load name and extended function data that defines the extended function in the load name. The information stored in the name data storage unit, and when the load name data is called by the load name calling means of the distribution board selection subsystem, only the basic input data is called and displayed on the load name output means. 1. Distribution board selection system according to 1.   The load name data entered in the distribution board selection subsystem and the load name data entered in the load name entry subsystem are accompanied by the creator data, and the load name stored in the counterpart subsystem. 3. The distribution board selection system according to claim 1, wherein when data is called, the call can be made only when the creator data matches.