JP6497974B2 - Distribution board selection system - Google Patents

Description

  The present invention relates to a distribution board selection system having a load name input function.

  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, 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 distribution board selection system, it is necessary to input load names one by one in the load name input section after selecting the internal devices of the distribution board, and there is a problem that a lot of work is required. In addition, when selecting an internal device with various extended functions such as for sunlight, for IH, for natural refrigerant heat pump water heaters, for gas power generation, for fuel cells, for EVs, for heat storage circuits, etc. There is a problem that it is not known which device is displayed for the extended function.

Japanese Patent No. 3777767 Japanese Patent No. 5557331

  Accordingly, an object of the present invention is to solve the above-mentioned conventional problems, and in a distribution board selection system that selects a distribution board and inputs a load name of a corresponding internal device, the load name when a specific condition is input. It is possible to provide a distribution board selection system that can automatically input the load name and simplify the load name input operation.

  The distribution board selection system of the present invention made to solve the above-mentioned problems is an input means for a user to input desired specification data of the distribution board, and information on internal device data and arrangement for each model number of the distribution board. , A storage means for storing calculation processing results, and output means for displaying the calculation processing results to the user, the desired specification data is: Basic function specification data that includes at least the capacity and type of the main breaker and the total number of branch breakers in the basic specifications of the distribution board, and extended function specification data that specifies that an extended function is added to the basic specifications of the distribution board The calculation means expands and displays model number selection means for selecting a model number that matches the desired specification data, and internal device data corresponding to the model number selected by the model number selection means. And an internal device expansion means for displaying a load name input section at a corresponding position of the expanded internal device, and the calculation means further includes an internal device that provides an extended function when the extended function specification data is input. The load name input unit includes an extended function providing means for inputting the load name of the extended function.

  The invention according to claim 2 is the invention according to claim 1, wherein the desired specification data includes room shape specification data defining a room shape, load name data is stored for each room shape in the database, Furthermore, it is characterized by comprising room form defining means for inputting load name data read from the database to the load name input unit when the room form is inputted.

  According to a third aspect of the present invention, in the first or second aspect of the present invention, the desired specification data includes single circuit specification data defining a single circuit, and the calculation means is a corresponding internal device when a single circuit is input. The load name input unit includes a single circuit defining means for inputting a load name of the single circuit.

  According to a fourth aspect of the present invention, in the invention according to any one of the first to third aspects, the database stores load name data for each total number of branch breakers of the basic specification data. When the total number of branch breakers is input, the apparatus includes a branch number defining means for causing the load name input unit to input load name data determined by the number of branches read from the database.

The invention according to claim 5 is the invention according to claim 2, wherein the room form defining means is capable of defining an internal device together with a load name. The name data is expanded and displayed on the internal device display unit and the load name input unit, and the load name data is expanded and displayed on the internal device display unit and the load name input unit. The invention according to claim 6 is the invention according to claim 3, wherein the single circuit defining means is capable of determining an internal device together with a load name. When a single circuit is input, the internal device and load name data Is displayed on the internal device display unit and the load name input unit. According to a seventh aspect of the present invention, in the invention of the fourth aspect, the branch number defining means can determine the internal device together with the load name. When the branch number is input, the internal device and the load name data Is displayed on the internal device display unit and the load name input unit.

The invention according to claim 8 is the invention according to claim 1, wherein the arithmetic means determines whether or not the internal device corresponds to the load name with respect to the load name developed by the internal device development means and the internal device. It has a selection determination means.

  According to the first aspect of the present invention, when the extended function specification data for specifying that the extended function is added to the basic specification of the distribution board is input, the load name of the internal device to which the extended function providing means provides the extended function Since the load name of the extended function is automatically input to the input unit, the load name is automatically input and the load name can be easily input without knowing the internal device dedicated to the extended function.

  According to the second aspect of the present invention, it is possible to automatically input the load name read from the database according to the room form to which power is supplied from the distribution board, and to reduce the labor of the work.

  According to the third aspect of the present invention, it is possible to automatically input a load name according to a single circuit used as a dedicated circuit, and to reduce the labor of the work.

  According to the invention of claim 4, it is possible to automatically input the load name data determined according to the number of branches to the load name input unit, thereby reducing the labor of the work.

According to the fifth to seventh aspects of the present invention, the internal device and the load name data can be expanded and displayed on the internal device display unit and the load name input unit according to any of the room form, the number of branches, and the single circuit.

According to the eighth aspect of the present invention, when the use of the internal device and the load name do not match, it is possible to display that the selection is impossible, and to inform the user that the selection cannot be made even if the use of the internal device cannot be understood.

It is a block diagram which shows the whole structure of the distribution board selection system of this invention. It is explanatory drawing which shows the content of the database. It is a figure which shows an input screen. It is a figure which shows the expansion | deployment screen of an internal device. It is a figure which shows the input screen which input the room form. It is a figure which shows the state by which the load name according to a room form was marked. It is a figure which shows the state in which the internal apparatus for extended functions was marked. It is a figure which shows a mode that it displays that the internal apparatus which does not respond | correspond to a model number was selected. It is a figure which shows a mode that it displays that the internal apparatus which does not respond | correspond to an extended function is selected. It is a figure which shows the confirmation screen of drawing and a specification. It is a flowchart which shows an operation | movement flow.

  As shown in FIG. 1, the distribution board selection 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 terminal 1 includes an input unit 3 for performing a distribution board selection operation, and an output unit 4 that can output information transmitted from the server 2. The user inputs desired specification data of the distribution board from the input means 3. The contents of the desired specification data will be described later.

  The server 2 includes a calculation means 5 that performs various calculation processes associated with distribution board selection, a database 6 that stores internal device data and information regarding the arrangement for each distribution board model number, and a memory that stores calculation processing results. Means 7 are provided. As shown in FIG. 2, the database 6 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 the internal device data includes the model and quantity of each internal device.

  As shown in FIG. 1, the calculation unit 5 includes a model number selection unit 8, an internal device deployment unit 9, an extended function providing unit 10, a room form defining unit 11, and a selection determination unit 12. When the desired specification data of the distribution board is input from the input unit 3, the model number selection unit 8 automatically selects an optimal model number from the model number data stored in the database 6. Specifically, the model number selection unit 8 selects a corresponding model number from the database 6 when the model number itself is input to the model number input unit 35, and the model type and desired specification data are input to the model number input unit 35. In this case, select a model that matches or approximates the desired specification data from the corresponding model number. When the desired specification data is input and the model number is not input, the model number selection means 8 selects a model that matches the desired specification data from the model number of the type specified in advance by the manufacturer as the basic form in the database 6. Is.

  As shown in the input screen of FIG. 3, 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 of mounting and spare space),・ Includes basic function specification data such as options (limiter space, attached device mounting / mounting space), etc., and extended function specification data for selecting internal devices with extended functions such as solar, IH, and gas. These are input by the basic function specification data input means 30 and the extended function specification data input means 31, respectively. In addition, 4DK, 4LDK, which will be described later, or a room form such as a room area, or a single circuit used as a dedicated circuit such as an air conditioner or a washing / drying machine can be input.

  After the optimum model number is selected by the model number selection means 8, the internal equipment development means 9 develops and displays the internal equipment data constituting the distribution board in the internal equipment display column 14 on the output means 4 as shown in FIG. To do. At the same time, a load name input unit 15 for inputting the load name of the internal device is displayed side by side. Furthermore, the internal device layout diagram 40 of the internal devices is also displayed on the same screen, and the user sees the above-mentioned screen and changes or adds internal devices or inputs a load name.

  Here, when the user has selected the extended function specification data 31 of the desired specification data (for example, the internal device for photovoltaic power generation), the internal device expansion means 9 expands the internal device data in the internal device display column 14, As the calculation means 5, the extended function providing means 10 displays the load name of the extended function internal device 50 (for example, for sunlight) on the load name input unit 15 of the internal device corresponding to the extended function. As a result, the load name is displayed in the portion corresponding to the extended function internal device 50 of the load name input unit 15, so even if the dedicated internal device for the extended function is not known, the load name is automatically input and the load The name input operation can be easily performed. Furthermore, it is possible to recognize at a glance which internal device is the internal device 50 for the extended function.

  The load names of other internal devices are input directly by the user or selected from a pull-down list or the like. Note that the load name in which the load name is automatically input can be freely changed by the user. Further, an internal device changing means for moving the arrangement of the internal devices in the internal device display column 14 and changing the internal devices is provided. When the internal device arrangement is moved by the internal device changing means, the internal device arrangement is moved by associating the internal device in the internal device display field 14 with the load name input to the load name input unit 15. Even when the load name follows, the display position is changed.

  The load name can be given not only to the extended function internal device 50 but also automatically input to other devices. For example, as the calculation means 5, the database 6 and the storage means 7 have branch number defining means 16 for defining load name data for each branch number. The branch number defining means 16 can call the load name data of the corresponding branch number when the branch number is inputted by the branch number input means 34 in the basic specification data input means 30, and can be loaded into the load name input section 15. It is. At this time, it is desirable that the load name of the load name input unit 15 of the internal device for extended function 50 is given priority to display of the load name input by the extended function providing unit 10 and is not replaced. When the load name is expanded for each branch number, the branch number defining means 16 can call the contents preset by the manufacturer or the load name data stored by user registration from the storage means 7 or the like.

  As the arithmetic means 5, in addition to the branch number defining means 16, as shown in FIGS. 3 and 5, the room form specification data including the room form specification data as the desired specification data and the room form such as 4DK, 4LDK, or the room area is defined. Means 11 are also provided. The room form defining means 11 defines load name data for each room form in the database 6 or the storage means 7. When the room form is input by the room form input means 32, the load name data of the corresponding room form is called, and the internal device of the model number selected by the model number selection means 8 is expanded in the internal device display column 14 as shown in FIG. At the same time, the room form defining means 11 expands the load name data determined for each room form in the load name input unit 15. At this time, it is desirable that the load name input unit 15 of the extended function internal device 50 first gives priority to the display of the load name input by the extended function providing means 10 so that the replacement is not performed.

  In addition, as shown in FIG. 5, a single circuit specification that includes single circuit specification data as desired specification data and specifies a single circuit that is used as a dedicated circuit such as an air conditioner, a washing and drying machine, etc., that uses power of 1000 W or more. Means 17 are provided. When the room type is input by the room type input means 32, the single circuit input means 33 for inputting the number of inputs of the single circuit is displayed. When a single circuit is input to the single circuit input means 33, the load name input unit 15 corresponding to the internal device developed in the internal device display field 14 is input with the load name of the single circuit. As the single circuit displayed by the single circuit input means 33, the contents preset by the manufacturer or the single circuit stored by user registration can be called from the storage means 7 or the like. Here, the input of a single circuit means that the device name corresponding to the manufacturer is displayed as described above, and the user inputs the number of devices, or the user directly inputs the device name, and the device name is directly input. In such a case, the input device name is directly displayed on the load name input unit 15. The single circuit defining means 17 in the present embodiment allows the single circuit to be input after the room form is input, but allows the single circuit to be input without inputting the room form. Also good.

  In this way, the load names are not all set from 1, but the room form input means 32, the single circuit 33, the number of branches in each of the room form specifying means 11, the branch number specifying means 16, and the single circuit specifying means 17. By inputting the room form, the number of branches, and the single circuit by the input means 34, it is possible to automatically input necessary parts by developing the specified contents, thereby reducing the labor of the work. The room shape defining means 11, the branch number defining means 16, and the single circuit defining means 17 may be used only in any one of them, or may be used in a plurality of combinations.

  Each defining means can not only develop the load name based on the room type, the number of branches, and the single circuit, but also can preliminarily define the internal device data. As shown in FIG. 7, when the model number is selected, the internal device data and the load name data determined for each room form can be automatically expanded in the internal device display column 14 and the load name input unit 15.

  As described above, in the present invention, it is possible to expand the internal device data / load name data defined by the internal device expansion means 9, but the internal device that can be changed in advance is determined in the model number. If an internal device that does not correspond to the model number is selected, it will be handled as a special order product. Therefore, when the type of the internal device is changed by the internal device changing means, the selection determining means 12 determines whether or not the model number is compatible with the selected internal device, and when an incompatible internal device is selected, As shown in FIG. 8, a display indicating that selection is not possible is performed. In that case, the user only needs to change the internal devices that cannot be handled.

  The selection determination unit 12 determines whether or not an internal device that cannot be supported by the model number is included, and whether or not an input corresponding to the internal device is described in the load name. For example, when the expansion function internal device 50 is not input with a word representing an expansion function such as “sun” or “IH”, or when the internal device does not support the expansion function, such as “sun” or “IH” When a word representing a function is input, a display indicating that the function cannot be selected is displayed as shown in FIG. In addition, when the input contents of the room form and the basic function specification data / expansion function specification data cannot be supported, a display indicating that the selection cannot be made is performed. As described above, the selection determination unit 12 can automatically determine whether or not the selection can be made, and can prevent an input error of the user.

  After the input of the internal device / input of the load name is completed, the information in the internal device display field 14 and the load name input unit 15 is stored in the storage means 7 of the server. It may be stored at any time during input. It is also possible to display a preview screen when the load name is displayed on actual paper. It is possible to determine printing by looking at this preview. Based on the stored internal device data, a server creates a drawing, a specification and an estimate as shown in FIG. 10, and the created drawing and the like are stored in a storage unit of the server.

The operation flow of the distribution board selection system of the present invention described above is shown in FIG.
When the user inputs the desired specification from the input screen in ST1, the model number selection unit 8 of the server 2 selects a model number that matches the desired specification from the database 6 and displays it on the output unit 4 of the user terminal 1 in ST2. In ST3, the internal device expansion means 9 of the server 2 expands and displays the internal devices included in the distribution board of the model number, and expands and displays the load name input unit 15 on the same screen in ST4. The computing means 5 determines whether or not the extended function is set in the desired specification, and if it is set, the extended function adding means 10 automatically assigns the load name to the position corresponding to the extended device in ST5. Expand to display. Further, the calculation means 5 determines whether or not the room form is set in the desired specification, and if it is set, the room form input means 32 determines from the storage means 7 the internal device corresponding to the room form in ST6. The load name is called and automatically expanded and displayed at ST7. In ST8, the user inputs or changes internal devices as necessary, and in ST9, inputs the load name. Finally, the server 2 stores internal device data and load name data in ST10, and outputs a drawing in ST1.

  As described above, according to the system of the present invention, it is possible to easily perform the input operation of the internal device and the load name.

DESCRIPTION OF SYMBOLS 1 User side terminal 2 Server 3 Input means 4 Output means 5 Calculation means 6 Database 7 Storage means 8 Model number selection means 9 Internal equipment expansion means 10 Extended function provision means 11 Room form prescription means 12 Selection determination means 14 Internal equipment display column 15 Load Name input unit 16 Branch number defining means 17 Single circuit defining means 30 Basic function specification data input means 31 Extended function specification data input means 32 Room form input means 33 Single circuit input means 34 Branch number input means 35 Model number input means 40 In-panel arrangement Figure 50 Internal device for extended functions

Claims (8)

An input means for the user to enter the desired specification data of the distribution board;
A database that stores information on internal device data and layout for each model number of the distribution board;
Arithmetic means for performing arithmetic processing in accordance with distribution board selection;
Storage means for storing the calculation processing results;
Output means for displaying the calculation processing result to the user,
The desired specification data is
Basic function specification data that includes at least the capacity and type of the main breaker and the total number of branch breakers in the basic specifications of the distribution board, and extended function specification data that specifies that an extended function is added to the basic specifications of the distribution board Consists of
The computing means is
Model number selection means for selecting a model number that matches the desired specification data;
The internal device data corresponding to the model number selected by the model number selecting means is displayed in an expanded manner, and the internal device expanding means for displaying the load name input unit at the corresponding position of the expanded and displayed internal device,
The computing means is further configured to receive extended function specification data when
A distribution board selection system comprising: an extended function providing means for inputting a load name of an extended function in a load name input unit of an internal device to which the extended function is provided. The desired specification data includes room form specification data that defines the room form.
The database stores load name data for each room type,
2. The distribution board selecting system according to claim 1, further comprising room form defining means for inputting load name data read from a database to a load name input unit when a room form is inputted. . Desired specification data includes single circuit specification data that defines a single circuit used as a dedicated circuit.
The said calculating means is provided with the single circuit prescription | regulation means which inputs the load name of a single circuit in the load name input part of a corresponding internal apparatus, when a single circuit is input. Distribution board selection system described. In the database, load name data is stored for each total number of branch breakers of basic specification data,
The said calculating means is further provided with the branch number prescription | regulation means which inputs the load name data defined by the branch number read from the database to a load name input part, when the total number of branch breakers is input. The distribution board selection system according to any one of claims 1 to 3. The room form defining means is capable of defining an internal device together with a load name. When a room form is input, the internal form and load name data are expanded to an internal device display unit and a load name input unit. The distribution board selection system according to claim 2 , wherein the distribution board selection system is displayed. The single circuit defining means can determine the internal device together with the load name. When the single circuit is input, the internal device and the load name data are expanded to the internal device display unit and the load name input unit. The distribution board selection system according to claim 3, wherein the distribution board selection system is displayed . The branch number defining means can determine the internal device together with the load name. When the branch number is input, the internal device and the load name data are expanded to the internal device display unit and the load name input unit. The distribution board selection system according to claim 4, wherein the distribution board selection system is displayed. The distribution unit according to claim 1, wherein the calculation unit includes a selection determination unit that determines whether or not the internal device corresponds to the load name for the load name and the internal device developed by the internal device development unit. Panel selection system.