JP6379364B2 - Distribution board selection system - Google Patents

Description

  The present invention relates to a distribution board selection system.

As a distribution board selection system, the user who performs the selection operation performs operations from the input means, and from the standard product information stored in the database in advance, the standard distribution board similar to the desired distribution board Technology that reads information and displays standard product information on the user's screen as an in-panel image that mimics the inside of the panel, and technology that changes the equipment in the distribution panel while operating the in-panel image screen (Patent Document 1).

  Furthermore, Patent Document 1 discloses a “load name display unit” (display unit used by being attached to an actual distribution panel at the same time as selecting a distribution panel, and a load name connected to each branch breaker. Techniques for creating (for example, kitchen power supplies, bedroom coolers, etc.) are also disclosed.

  However, in the technology of Patent Document 1, it is necessary to switch from the in-panel image screen to the load name input screen when creating the “load name display unit”. When the load name input operation is performed in parallel with the operation of changing the arrangement of the branch breakers, there is a problem in that it is easy to make a mistake and lacks convenience.

Japanese Patent No. 3777867

  An object of the present invention is to provide a distribution board selection system that solves the above-mentioned problems and that can create a “load name display section” simultaneously with the distribution board selection work, as compared with the prior art of the system. It is an object of the present invention to provide a technique that makes it difficult to make a mistake in the load name input work and can greatly improve the convenience of the load name input work.

The invention according to claim 1, which has been made to solve the above-described problems, includes an input unit for a user to select a distribution board, an internal device disposed in each housing for each model number of the distribution board, and A database storing information relating to the arrangement; an arithmetic unit that performs arithmetic processing associated with distribution board selection; storage means for storing arithmetic processing results in the arithmetic unit; and output means for displaying the arithmetic processing results to the user In the distribution board selection system, as the calculation processing means stored in the calculation unit, the internal device data constituting the selected distribution board is displayed on the output means in an expanded manner and the load on the internal device An internal device expansion display means for displaying a load name input field for inputting a name side by side with an internal device display field for displaying the internal device displayed by expanding internal device data; and the load name input field Each operation processing means of related data creation means for linking the input load name and the internal device displayed next to the input load name as related data, and the internal device expansion display means, Including an arrangement position changing means for performing rewriting processing of the arrangement position of the internal device through the input means, and the arrangement position changing means rewrites the arrangement position of the designated internal device among all the expanded internal devices displayed. When performed, the rewriting process is performed by linking the internal device linked as the related data with the load name.

  According to a second aspect of the present invention, in the distribution board selection system according to the first aspect, the internal device expansion display means displays an arrangement position number indicating the arrangement position of the internal device by a number as the internal device display field. In addition to displaying them side by side, the related data creation means performs a calculation process that links the arrangement position number and the internal device displayed next to the arrangement position number as related data, and is stored in the calculation unit Arithmetic processing means includes arrangement position changing means for performing rewriting processing of the arrangement position of the internal device when change information of the arrangement position number is input through the input means, and the arrangement position changing means includes: The rewriting process is performed by interlocking the load position with an internal device linked as an arrangement position number before input and related data.

  According to a third aspect of the present invention, in the distribution board selection system according to the first or second aspect, the internal device expansion display means displays an arrangement position number indicating the arrangement position of the internal device as a number, and the internal device display. And display the layout in the panel for each internal device constituting the distribution board of the model number on the output means, and display numbers indicating the position of each internal device in the layout in the panel, It corresponds to the arrangement position number.

According to a fourth aspect of the present invention, in the distribution board selection system according to the third aspect, the arrangement position changing means changes the case width information changed according to the number of poles or the type of the internal device to the arrangement position. It is displayed so as to be visible on either the number or the layout in the panel.

  According to the first aspect of the present invention, the internal device data constituting the selected distribution board is expanded and displayed on the output means, and the load name input field for inputting the load name of the internal device is The internal device expansion display means for displaying the internal data displayed side by side with the internal device display field in which the internal data displayed by expanding the device data, the load name input in the load name input field, and the input load name Since it employs a configuration that includes each processing means of related data creation means that links the internal device displayed next to it as related data, even when replacing the type of internal device or performing load name input work It is difficult to make mistakes, and the convenience of load name input work can be improved.

  According to the second aspect of the present invention, the internal device expansion display means displays the arrangement position number indicating the arrangement position of the internal device expanded and displayed side by side with the internal device display column, and the storage Means is associated with the internal device displayed in the internal device display field where the arrangement position number is displayed adjacently, and when the change information of the arrangement position number is input through the input means, Since the configuration having the arrangement position changing means for performing the arrangement position rewriting process together with the load name associated with the device and the internal device is adopted, the load name is input again even when the arrangement of the internal device is changed. Since it is not necessary, the convenience of the load name input operation can be further improved. Further, as in the invention described in claim 3, the configuration in which the layout diagram in the panel relating to each internal device constituting the distribution board of the model number is displayed on the output means, and in the invention described in claim 4, the internal device With the configuration of displaying the arrangement position number or the in-panel arrangement diagram according to the case width, the convenience of inputting the load name can be improved and the arrangement of the internal devices can be easily changed.

It is a block diagram explaining the selection system of the distribution board of Embodiment 1. FIG. It is explanatory drawing of the model number data memorize | stored in the database. FIG. 3 is a flowchart for explaining the first embodiment. It is explanatory drawing of the screen displayed on a user side terminal by ST1. It is explanatory drawing of the screen displayed on a user side terminal by ST3,4. It is explanatory drawing of the screen displayed on a user side terminal by ST5. It is explanatory drawing of the screen displayed on a user side terminal by ST5. It is explanatory drawing of the screen displayed when the "Preview screen" button is pushed. It is explanatory drawing of the screen displayed when the "content confirmation screen" button is pushed. It is explanatory drawing of the screen displayed on a user side terminal by ST6. It is explanatory drawing of the screen displayed on a user side terminal by ST7. It is explanatory drawing of the screen displayed on a user side terminal by ST3 and 4 of Embodiment 2. FIG. It is explanatory drawing of the screen displayed on a user side terminal by ST7 of Embodiment 2. FIG. It is explanatory drawing of the screen displayed on a user side terminal by ST3 and 4 of Embodiment 3. FIG. It is explanatory drawing of the screen displayed on a user side terminal by ST7 of Embodiment 3. FIG.

  Preferred embodiments of the present invention are shown below.

  As shown in FIG. 1, the distribution board selection system according to the present embodiment includes a user-side terminal 1 and a server 2, and the user-side terminal 1 and the server 2 are connected directly or via a communication line. Yes. A plurality of user-side terminals 1 can be provided.

  The user terminal 1 includes an input unit 3 for selecting a distribution board and an output unit 4 for outputting information transmitted from the server 2.

  The server 2 includes a calculation unit 5 that performs various calculation processes in the distribution board selection system, a storage unit 6 that stores calculation results, and an internal device arranged in each housing for each model number of the distribution panel. And a database 7 that stores information relating to the arrangement as model number data. As shown in Fig. 2, the model number data is linked to the data of the internal equipment (master breaker, primary feed breaker, branch breaker, extended function breaker with extended functions, etc.) arranged in the distribution board. It conveys information about the type and number of internal devices. “Expansion function breaker” is a breaker with a capacity and number of poles different from that of a branch breaker, and is used for solar, IH, natural refrigerant heat pump water heater, gas power generation, and fuel cell. .

  As the arithmetic processing means to be stored, the arithmetic unit 5 includes a model number selecting means 8, an internal device expansion display means 9, an arrangement position changing means 10, a setting means 11, a related data creating means 21 and the like, which will be described later. Each calculation means used when selecting is stored.

  In this embodiment, when the desired specification data of the distribution board is input, as shown in FIG. 1, the model number selection means 8 for automatically selecting the optimum model number data from the model number data stored in the database 7, Although provided in the server 2, the model number selection means 8 may be a program that can be downloaded to the user terminal 1.

  Hereinafter, according to the flow of FIG. 3, the flow of selecting a distribution board by this system will be described in detail.

  (ST1) While the screen shown in FIG. 4 is displayed on the output means 4 of the user side terminal 1, the user inputs the desired specification data of the distribution board through the input means 3. The method of inputting the desired specification data is not particularly limited.For example, the model number of the distribution board is directly input, or the capacity and type of the main breaker (select current leakage, circuit breaker, etc.), the total number of branch breakers (implementation) Any method can be adopted, such as selecting and entering options (limiter space, accessory device mounting / mounting space), etc. from the pull-down list.

  (ST2) In the server 2, the model number selection unit 8 automatically selects an optimum model number from the model number data stored in the database 7 and causes the output unit 4 to display it. Specifically, as shown in FIG. 5, a model number that matches or approximates the desired specification input data is selected and displayed. It should be noted that a rule for selecting an approximate model number (for example, selecting the one with the lowest cost) can be selected in advance. If there is no model number that matches or approximates, this is displayed on the output means 4 of the user terminal 1.

  (ST3, 4) After the internal device expansion display means 9 acquires the model number selected by the model number selection means 8 in the server 2, the internal device data constituting the selected distribution board is expanded on the output means 4. (For example, the screen shown in FIG. 5 is displayed) The internal name displayed by expanding the internal device data is displayed in the load name input field 13 in which the load name of the internal device is input. Displayed side by side with the internal device display field 20. After that, the related data creating means 21 performs a calculation process for linking the load name input in the load name input field 13 and the internal device displayed next to the input load name as related data. By making the display as described above, mistakes are unlikely to occur even when load name input work is performed in parallel with work for changing the type of internal device, and the convenience of load name input work is greatly improved. be able to. Here, the storage means 6 for storing each calculation processing result is provided. Specifically, the model number selected by the model number selection means 7 is stored in the storage means 6 and stored by the internal device development display means 8. A process of expanding and displaying the internal device data on the display means 4 from the model number thus obtained is performed. The storage unit 13 is formed in the server 2 in the present embodiment, but may be formed in the user terminal 1.

  In this specification, “expanded and displayed” specifically means that, for example, when there are three branch breakers classified into the same name, the same name is displayed three times repeatedly. The model number data collectively displayed (as shown in FIG. 2, the model number data stored in the database 7 is merely information relating to the type and number of internal devices) and actually configures the distribution board of that model number. This means expanding and displaying each internal device.

  Further, as shown in FIG. 5, the internal device expansion display means 9 expands and displays arrangement position data indicating the arrangement position of each internal device in the distribution board. The arrangement position data includes an arrangement position number 15 in which the arrangement positions of the internal devices are displayed by numbers, and an in-panel arrangement diagram 14 in which the arrangement positions of the internal devices are displayed as a diagram. Then, the related data creating means 21 performs a calculation process for associating the arrangement position number 15 and the internal device displayed next to the arrangement position number 15 as related data.

  As the arrangement position data, the output means 4 displays an in-panel arrangement diagram 14 relating to each internal device constituting the distribution board of the model number. As shown in FIG. 5, the display number 14 a indicating the position of each internal device in the in-panel arrangement diagram 14 is made to correspond to the arrangement position number 15. Thereby, since the arrangement position of each internal device can be confirmed while confirming the in-panel arrangement drawing 14, the convenience of the operation of changing the arrangement of the internal device by the arrangement position changing means 10 described later can be improved. it can. The in-panel layout diagram 14 is pre-registered in the model number data. At this time, the “branch breaker layout rule” set in advance (for example, “the end of the end when the function breaker is selected”). "If there is a spare space, the spare space is set to the extreme end").

  (ST5) In a state where the screen shown in FIG. 5 is displayed on the output means 4 of the user side terminal 1, the user inputs a load name into the load name input field 13 through the input means 3. In this embodiment, it has the setting means 11 which inputs a load name, and sets items, such as the installation location of a load, the use of a load, and the use electric current value of a load, beforehand. Then, as shown in FIG. 6, a pull-down list is displayed by the setting unit 11, and the user selects a load name through the input unit 3 and inputs it to the load name input field 13. In the present embodiment, three load name input fields 13 are formed in one internal device display field 20, and the setting means 11 changes the load installation location, load application, load use current value, etc. in each input field. Display a pull-down list of usages. The setting unit 11 may display all uses in the pull-down list. The pull-down list displayed by the setting means 11 can also display a list preset by the user. As another load name input method, as shown in FIG. 7, the load name can be directly input. When the “Preview screen” button on the screen of FIG. 6 or FIG. 7 is pressed, a screen showing the state described in the “load name display section” mounted on the actual distribution board is displayed as shown in FIG. Can be confirmed.

  (ST6, ST7) When the arrangement position change means 10 receives the change information of the arrangement position number 15 through the input means 3, the internal equipment associated with the arrangement position number and the load name associated with the internal equipment Rewrite the placement position. Thereby, even when the load name input operation is performed in parallel with the operation of changing the arrangement of the internal devices, mistakes are unlikely to occur, and the convenience of the load name input operation can be greatly improved. When changing the arrangement position of the internal device, for example, as shown in FIGS. 10 and 11, the arrangement position number 15 described in the position information column 16 is rewritten. FIG. 10 shows a state where the arrangement position number 15 is rewritten from “8” to “7”.

  As illustrated in FIG. 10, when the arrangement position number 15 described in the position information column 16 is rewritten, the arrangement position changing unit 10 of the calculation unit 5 performs rewriting processing of the arrangement position of the internal device. The internal devices are sequentially displayed on the output unit 4 based on the arrangement position number 15 described in the position information column 16. The rewriting process of the arrangement position of the internal device is performed by changing the arrangement position number 15. 11, when one arrangement position number 15 of the internal device is rewritten, the internal device, the arrangement position number 15, and the load name are associated with each other by the related data creation unit 21. As the arrangement position number 15 changes, the arrangement position is changed in conjunction with the internal device and the load name. The internal device and the load name that were in the original display position are displayed with the display position shifted. Also in this case, since the internal device and the load name are associated with each other, the arrangement position is also changed in conjunction. By doing in this way, the design work which changes the arrangement position of a branch breaker can be performed easily.

(ST8)
After the steps ST1 to ST7, a design drawing is created in the server and displayed on the user terminal 1. An estimate is created by the server 2 based on this design drawing and stored in the server 2. Note that confirmation can be performed by further calling a confirmation screen for an estimate or design drawing from the screen shown in FIG.

In the above embodiment, the screen shown in FIG. 5 is displayed in (ST3). However, as another embodiment, the screen shown in FIG. 12 or the screen shown in FIG. 13 can be displayed. In the screens shown in FIGS. 12 and 13, the internal device display unit 20 separately displays a branch detail field 17 for displaying information on a branch breaker and a function detail field 18 for displaying information on an extended function breaker. . By forming them separately in this way, it is possible to easily grasp the details of the internal equipment used. Further, the internal device expansion means 9 displays the case width information of the internal device changed according to the number of poles or the type, either in the position information column 16 serving as a display column of the arrangement position number 15 or in the on-board layout drawing Can be displayed in a visible manner.

(Embodiment 2)
In the present embodiment, as shown in FIG. 12, in the case where the internal device has an internal device whose casing width is N times the reference width, in the panel, a space N times that of the reference width is secured. The case width information is displayed on the layout drawing 14. Here, as the reference width, the casing width of the branch breaker serving as the internal device most often incorporated in the distribution board stored in the database 7 is defined as the reference width. For example, the breaker connected to “Power conditioner (abbreviation of power conditioner)” described in the function detail column 18 for displaying the information of the breaker for the extended function is a breaker for three poles, and the shape is a standard of the case width. Is a device corresponding to the branch breaker double defined as. In the present embodiment, the case width information of such an extension function breaker is displayed in the in-panel layout diagram 14 so as to be visible as shown in FIG. Specifically, the space with the display number 14a of the position where the breaker connected to the “power converter” is arranged is twice the space with the display number 14a of the position where the other branch breaker is arranged. Space is reserved and displayed. Thereby, even an operator who is not familiar with the notation rules in the distribution board selection system can smoothly perform the selection operation without being confused. Note that the housing width information of the internal device is defined in advance as a value equal to the reference width, and is the internal device of the same size so as to adapt to the installation space of the branch breaker.

  In this embodiment, the arrangement position changing means 10 receives the change of the arrangement position number 15 from the input means 3 and performs the rewriting process of the in-panel arrangement drawing 14. Specifically, the rewriting process of the in-panel layout drawing 14 is performed together with the rewriting of the layout position number 15 described in the position information column 16. The internal device shown in FIG. 12 shows an extension function breaker whose arrangement position number 15 is “11”, as shown in FIG. 14, in which the arrangement position number 15 is changed to “5”. The space position twice as large as that in the internal arrangement drawing 14 is also changed. In this case, the arrangement position numbers “5” to “10” before rewriting are rewritten by shifting the display.

  Also in this embodiment, since the arrangement position number 15, the internal device, and the load name are associated with each other by the related data creation unit 21 as in the first embodiment, the arrangement position is also changed in conjunction. By doing in this way, the design operation | work which changes the arrangement position of an internal apparatus can be performed easily.

(Embodiment 3)
As another method for displaying the housing width information of the internal device that is changed according to the number of poles or the type in a visible manner, the internal device expanding means 9 has a housing width N times the reference width of the internal device. In this case, the housing width information of the internal device is displayed in the position information column 16 using N arrangement position numbers 15 in the case of the reference width. In this embodiment, as shown in FIG. 13 and FIG. 15, it is displayed so as to be visible in the arrangement position number 15 of the position information column 16 formed adjacent to the internal device display column 20. Specifically, two arrangement position numbers 15 are described in the position information column 16 of the breaker connected to “Power control”. As in the first embodiment, the housing width of the internal device is defined as a value equal to the reference width.

  In this embodiment, the arrangement position changing means 10 has received a change of one arrangement position number 15 out of the N arrangement position numbers 15 of the internal devices having a casing width N times the reference width from the input means 3. At this time, the rewriting process in the position display column 16 is performed by rewriting the other arrangement position number 15 out of the N arrangement position numbers 15. Among the internal devices shown in FIG. 13, devices whose arrangement position numbers 15 in the position information column 16 are “11” and “13” are replaced with “11” of two arrangement position numbers 15 as shown in FIG. "Is changed to the arrangement of" 5 ". In this case, the arrangement position numbers “5” to “10” before rewriting are rewritten by shifting the display, and among the N arrangement position numbers 15, “13” of the other arrangement position number 15 is changed to “5”. It is automatically changed to the adjacent “7”.

  Also in the present embodiment, as in the first embodiment, the arrangement position number 15 is associated with the internal device and the load name is associated with the associated data creation means 21, so that the arrangement position is also changed in conjunction. By doing in this way, the design work which changes the arrangement position of a branch breaker can be performed easily. In FIG. 12 and FIG. 13, as the internal device display unit 20, a branch detail column 17 that displays information on the branch breaker and a function detail column 18 that displays information on the extension function breaker are displayed separately. In this case, the branch detail column 17 and the function detail column 18 are displayed on the output unit 4 in order based on the order of the arrangement position number 15, and the data rewriting process is performed by the arrangement position changing unit 10. Even in this case, the order is changed in the branch detail column 17 and the function detail column 18.

DESCRIPTION OF SYMBOLS 1 User side terminal 2 Server 3 Input means 4 Display means 5 Operation part 6 Storage means 7 Database 8 Model number selection means 9 Internal equipment expansion display means 10 Arrangement position change means 11 Setting means 12 Detailed information column 13 Load name input column 14 In the panel Arrangement diagram 14a Display number 15 Arrangement position number 16 Position information column 17 Branch details column 18 Function details column 20 Internal device display column
21 Related data creation means

Claims (4)

An input means for a user to select a distribution board;
For each distribution board model number, a database that stores information on the internal devices and their placement in each housing,
An arithmetic unit that performs arithmetic processing associated with distribution board selection;
Storage means for storing a calculation processing result in the calculation unit;
A distribution board selection system having an output means for displaying a calculation processing result to a user,
As the arithmetic processing means stored in the arithmetic unit,
The internal device data constituting the selected distribution board is expanded and displayed on the output means, and the load name input field for inputting the load name of the internal device is displayed by expanding the internal device data. Internal device expansion display means for displaying side by side with an internal device display field in which devices are displayed,
Each calculation processing means of the related data creation means for linking the load name input in the load name input field and the internal device displayed next to the input load name as related data,
And the internal device expansion display means includes an arrangement position changing means for rewriting the arrangement position of the internal equipment through the input means, the arrangement position changing means , among all the internal devices that are expanded and displayed, A distribution board selection system that performs rewriting processing by linking an internal device linked as related data and a load name when rewriting the arrangement position of a specified internal device . The internal device expansion display means,
The arrangement position number indicating the arrangement position of the internal device is displayed side by side with the internal device display column, and
The related data creating means is
Performing a calculation process that links the arrangement position number and the internal device displayed next to the arrangement position number as related data,
As the arithmetic processing means stored in the arithmetic unit,
When the change information of the arrangement position number is input through the input means, including arrangement position changing means for performing rewriting processing of the arrangement position of the internal device,
The distribution position changing unit according to claim 1, wherein the arrangement position changing means performs a rewriting process by linking an arrangement position number before input of the change information and an internal device linked as related data and a load name. Panel selection system. The internal device expansion display means,
The arrangement position number indicating the arrangement position of the internal device is displayed side by side with the internal device display column, and
Display the layout in the panel for each internal device that constitutes the distribution panel of that model number on the output means,
The distribution board selection system according to claim 1 or 2, wherein a display number indicating a position of each internal device in the layout diagram in the panel corresponds to the layout position number. The arrangement position changing means is
The case width information that is changed according to the number of poles or the type of the internal device is displayed in a visible manner on either the placement position number or the layout in the panel. Electrical board selection system.