JP2023176340A - System for specifying box for housing electric electronic device - Google Patents

Abstract

To provide a specifying system which allows a designation of a position of a hole or a position of a part provided in a cabinet for housing an electronic electric device, such as a board or a control board, configured to select an appropriate specifying system even when a plurality of different specifying systems whose details are unknown are constructed.SOLUTION: A system for specifying a box for housing an electric electronic device includes: a first specifying system equipped with a cabinet information storage unit 12, a shape pattern information storage unit 15, and arithmetic means 21; a second specifying system for specifying an enclosure which is different from that treated in the first specifying system or components of the enclosure; and transition means which transitions, when a determination is made that another specifying system is better than one specifying system on the basis of input information input by input means through the one specifying system, to the other specifying system which is determined to be better.SELECTED DRAWING: Figure 1

Description

The present invention relates to a system for identifying electrical and electronic equipment storage boxes.

Regarding cabinets for storing electrical and electronic equipment, a large number of standard products from manufacturers can be installed depending on the purpose, structure, size, etc. Therefore, customers and input workers can access the manufacturer's database through communication lines to select and order cabinets with optimal specifications. Furthermore, as described in Patent Document 1, when a cabinet requires processing, the hole shape to be processed is placed on the screen representing the selected cabinet, and the cabinet database displayed on the screen is A hole machining position designation system has been developed that enables the order to be placed with a manufacturer after comparing the machining prohibited areas set on the cabinet to determine suitability. On this system, a customer or an input worker can design a desired cabinet by adding parts or drilling holes to the cabinet.

Japanese Patent Application Publication No. 2017-91201

By the way, such hole machining and parts placement systems differ depending on the type of cabinet (monocoque type, frame type, material (plastic, iron), as well as the contents that can be processed and installed, such as the availability of machining and the availability of parts, even within the same cabinet. Because it was difficult to cover all these cabinets with one system, manufacturers prepared systems for each specific category of cabinets.In other words, by preparing multiple systems, it was possible to cover the whole area. For this reason, customers or input workers needed to understand the categories handled by the system.

The inventor of this case attempted to solve this problem by intensively studying this point. The problem to be solved by the present invention is that a plurality of different identification systems have been constructed in which it is possible to specify the position of holes and the positions of parts in cabinets for storing electronic and electrical equipment such as panels and control panels. To enable a user to select an appropriate specific system even if the user does not know the contents of each system.

In order to solve the above problems, a cabinet information storage section that stores information regarding the cabinet shape, a shape pattern information storage section that stores information regarding the shape pattern formed on the cabinet, and information input by the user are used. a first specifying system, comprising: a calculation means capable of specifying a necessary case or a component for the case from the cabinet information storage unit and displaying the specified case on a layout screen; A second identification system capable of identifying a housing or a component of a housing different from that handled by the identification system, and input information inputted by an input means through any one identification system, the identification system is used. If it is determined that it is more suitable to use another specific system than to use another specific system, the box for storing electrical and electronic equipment is A specific system.

Furthermore, the transition means is configured to be able to transition to another specific system if it is determined from the input information that the first specific system and the second specific system do not correspond to dedicated specific systems. is preferred.

Further, it is preferable to adopt a configuration in which the transition destination can be determined based on the model number input using the input means or the installation conditions.

In the present invention, in a specific system that can specify the position of holes and the positions of parts in cabinets for storing electronic and electrical equipment such as panels and control panels, even when a plurality of different specific systems are constructed, , it is possible to select an appropriate specific system without knowing the contents of each system.

FIG. 1 is a conceptual diagram of a system for identifying electrical and electronic equipment storage boxes in an embodiment. 2 is a diagram showing an example of a screen displayed on a terminal monitor in the system shown in FIG. 1. FIG. FIG. 3 is a diagram showing an example of a database stored in a cabinet information storage unit. FIG. 3 is a diagram showing an example of a database stored in a parts information storage unit. It is a figure which shows the example of the database memorize|stored in a shape pattern information storage part. FIG. 7 is a diagram showing that the area around the selected hole or part becomes a processing/placement prohibited area. FIG. 6 is a diagram illustrating an example of a screen display in which a part can be specified by selecting an "option" tab. FIG. 6 is a diagram illustrating an example of a screen display that allows design by specifying hole positions and the like. It is a figure which shows the example of the database memorize|stored in the specification change information storage part. FIG. 6 is a diagram showing an area source diagram stored in a cabinet information storage unit and an area source diagram stored in a specification change information storage unit. However, (a) represents an example of the area original diagram stored in the cabinet information storage unit, and (b) represents an example of the area original diagram stored in the specification change information storage unit. FIG. 7 is a diagram showing an example of a database in which a new area source diagram created by combining existing area source diagrams is stored. It is a figure which shows the external view of six sides of the cabinet memorize|stored in the storage medium, and the example of a component. However, areas where processing/placement is prohibited are also indicated by diagonal lines. FIG. 7 is a diagram illustrating an example of creating a modified drawing whose size is adjusted from an original drawing of an outline drawing or a region drawing. FIG. 12 is a diagram showing an example in which a predetermined logic is used when creating a modified drawing from an original drawing of a front view, which is one of the external drawings. FIG. 7 is a diagram showing an example of numerical values determined by logic to create a modified rear view, which is one of the outline drawings. FIG. 7 is a diagram illustrating an example in which predetermined logic is used when creating a modified diagram from an original area diagram. FIG. 2 is a conceptual diagram showing newly created information being stored in a storage medium. It is a diagram showing that a new area diagram is created by combining the area diagram of the cabinet and the area diagram of the specification change. FIG. 7 is a diagram showing an example of creating a new diagram regarding a double-door cabinet using a previously stored diagram regarding a single door. ``Area map expanded/reduced to match the cabinet (dimensions)'', ``Area map expanded/reduced to match the cabinet (dimensions) based on changed specifications'', and ``Area map created by combining them'' FIG. 2 is a conceptual diagram showing that patterns can be switched. This is an example of an area diagram used when considering the position of hole machining. This is an example of a region diagram used when considering the position of parts to be added. If the display used to specify the position of hole machining and the display used to specify the position of additional placement of parts are provided separately, the machining / FIG. 7 is a diagram showing that a placement prohibited area is added. Note that a processing/arrangement prohibited area with diagonal lines inside a circle or square indicates that it was set using a diagram different from the diagram displayed on the screen. FIG. 7 is a diagram showing an example in which it is possible to understand which area diagram is used to perform the work that the displayed independent processing/placement prohibited area is caused by. It should be noted that a processing/placement prohibited area that is shaded inside a circle or square indicates that it has been set using a different area map from the displayed area map. FIG. 3 is a diagram illustrating an example of a region diagram displayed in a grid. An example of displaying which part and how much length of the line will be in the processing/placement possible area or the processing/placement prohibited area when extending horizontal and vertical lines that pass through a specified location. FIG. This is an example of displaying which part and how much length will exist in the independent prohibited area if there is an independent prohibited area on the line when extending a horizontal line and a vertical line that pass through a specified location. FIG. However, it also indicates which part of the line and how much length will exist in the processing/placement possible area or the processing/placement prohibited area. FIG. 7 is a diagram illustrating an example in which a numerical value that has been displayed is maintained in a displayed state while other numerical values can be displayed. FIG. 7 is a diagram showing an example in which, when a hole position or a part is specified, the specified hole position or part position is also treated as a processing/placement prohibited area. FIG. 7 is a diagram showing an example in which a position where a part is to be placed is specified using a region diagram representing a right side portion, but it is confirmed that this part interferes with a board that is a component. FIG. 7 is a diagram illustrating an example in which a part of the component is processed so that the parts can be arranged when the component can be processed. FIG. 6 is a diagram illustrating an example in which when a component cannot be machined, it is replaced with a workable substitute, and a part of the substitute is machined so that the parts can be arranged. FIG. 3 is a diagram illustrating an example of an area where processing is absolutely prohibited on a substrate. However, (a) shows that the four corner parts are areas where processing is absolutely prohibited, (b) shows that the parts that become obstacles to bending are areas where processing is absolutely prohibited, and (c) indicates that when the substrates are arranged adjacent to each other, the area where the substrates are adjacent to each other is an area where processing is absolutely prohibited. FIG. 3 is a diagram illustrating an example in which inventory can be managed using a cabinet database showing cabinets and component parts that make up the cabinets. FIG. 7 is a diagram illustrating an example of proposing to substitute a substrate with a different depth direction when a custom-sized product is selected. FIG. 7 is a diagram illustrating an example in which, when a custom-sized product is selected, it is proposed to use two substrates with different depths as a substitute. FIG. 3 is a diagram showing an example of input items displayed on a monitor. It is a conceptual diagram showing that it is possible to transition between systems. FIG. 7 is a flow diagram showing an example of using area changing means. FIG. 3 is a flow diagram showing an example of using area switching means. FIG. 3 is a flow diagram showing an example of using area display means. It is a flowchart which shows the example which utilizes a component setting means. FIG. 3 is a flow diagram showing an example of using a substitute product selection means. FIG. 3 is a flow diagram showing an example of using a transition means. FIG. 3 is a flow diagram showing an example of using an output/display means.

A mode for carrying out the invention will be shown below. The electrical/electronic equipment storage box identification system 1 of this embodiment enables various ways of use that have not been seen before.

Here, a system 1 for identifying electrical and electronic equipment storage boxes according to an embodiment will be explained. This electrical/electronic equipment storage box identification system 1 is used as a system for identifying electrical/electronic equipment storage boxes in which electrical equipment/electronic equipment such as panels, racks, control boards, and switchboards are mounted, or for drilling holes. It can also be used as a system for specifying positions and parts. In particular, the present invention can be used as a system that can specify the configuration of an electrical/electronic equipment storage box using information input by a user such as a customer.

This electric/electronic equipment storage box specification system 1 is capable of displaying a dedicated software screen on a user's terminal 71 using an output/display means 31 provided in a server 3 prepared by the manufacturer. (See FIGS. 1 and 2). In addition, the system 1 for specifying electrical and electronic equipment storage boxes allows the user to input the size and product number of the cabinet through the screen displayed on the terminal 71 by operating the input means 73, and to process the cabinet. The content can be determined. Further, this electric/electronic equipment storage box specification system 1 enables designing and ordering via a network in accordance with predetermined contents.

For example, when the system 1 for specifying boxes for storing electrical and electronic equipment is used as a selection system for boxes for storing electrical and electronic equipment, input contents such as the cabinet size desired by the user are stored in the storage medium 11 prepared by the manufacturer. A cabinet matching the input information is selected from the database. Furthermore, when the system is used as a hole machining/parts position designation system, it is possible to designate the hole machining and parts position for the cabinet selected by the system to specify the desired cabinet.

In this system, a server 3 prepared by the manufacturer is connected to a user's terminal 71 such as a personal computer or tablet via a network, thereby making it possible to create a usage environment. The terminal 71 used by the user only needs to include a monitor 72 capable of displaying a screen, an input means 73 such as a keyboard, and a movement means 74 typified by a mouse or arrow keys on a keyboard. , these can use well-known devices such as a touch panel.

In the example shown in FIG. 1, a server 3 managed by a manufacturer includes a storage medium 11 capable of storing information serving as a database, a calculation means 21, and outputs calculation results to a terminal 71 for display on a monitor 72. The output/display means 31 is provided. The calculation means 21 accesses each storage section of the storage medium 11 according to the input information input using the input means 73, performs calculations based on the obtained information, and changes the display on the output/display means 31. Any device that can output this information and display it on the user's monitor 72 may be used, such as a processor.

The storage medium 11 serving as a storage means includes a cabinet information storage section 12 that stores information on the shape of the cabinet, a shape pattern information storage section 15 that stores information on the shape pattern of holes to be machined in the cabinet, etc. It is preferable to include a parts information storage section 13 that stores information on parts installed in the cabinet. Note that it is more preferable to include a specification change information storage section 14 in which information on specifications changed from a typical example is stored. Specification changes mean making the cabinet different from a normal cabinet, such as specifying a different hole shape or hole position, changing the position of the door, changing from a single door to double doors, adding welded parts, and changing the casing. An example is adding parts to be attached to.

The cabinet information storage unit 12 and the parts information storage unit 13 of the embodiment include a database in which information such as product numbers, shapes, drawing data, prices, etc. are registered for each of a large number of cabinets and parts that manufacturers make as standard products. (See Figures 3 and 4). Although a storage medium 11 may be prepared for each database, each database may be stored in one storage medium 11.

Further, the shape pattern information storage unit 15 and the parts information storage unit 13 of the embodiment include information on the shape of the hole, the shape of the part, the shape of the hole corresponding to the part, and the processing/arrangement set on the periphery of the hole and the periphery of the part. Information such as the prohibited area 42 is stored (see FIGS. 4 to 6). Further, it is preferable that the storage medium 11 is capable of storing graphic patterns created by the user, drawings created, and the like.

Users of the system can input the size and product name of the cabinet while looking at the screen displayed on the monitor 72, or change the components such as the handle, board, hinge, ground terminal, drawing holder, etc. that make up the cabinet. It is also possible to change specifications such as changing the form of the door (reverse door, double door, etc.) (see Figure 2). In order to make this possible, in the example shown in FIG. 1, the server 3 is equipped with a specification change information storage section 14.

The system of the embodiment includes an input screen display that can display an input work display section 51 on the screen of a monitor 72, which can be used to input cabinet information, component information, and select optional parts to be installed. Means 32 is provided. The system also includes a case image display means 33 capable of displaying a case image display section 52 that displays the outline drawing, size, component parts, selected parts, etc. of the selected cabinet. Further, the system of the embodiment includes an estimated price display means 34 that displays the selected cabinet, processing cost, and parts cost on the estimated price display section 53. Further, this system is equipped with a display changing means 35 that can change the display contents displayed on the screen.

The system of the embodiment is capable of displaying the input work display section 51, the housing image display section 52, and the estimated price display section 53 on one screen, and the content input on one display section can be displayed on each screen. It is reflected and displayed on the display section. For example, a component selected on one display section may be displayed as a selected item on another display section, or the size and component parts of a cabinet may be displayed.

In the embodiment, since the input work display section 51, the housing image display section 52, and the estimated price display section 53 can be displayed on one screen, there is no need for the user to switch screens to check the contents. The burden of input work can be reduced. However, even if the input work display section 51 and the housing image display section 52 can be displayed on one screen, the burden of input work on the user can be suppressed.

In order to make this possible, "cabinet information storage section 12 that stores information regarding the cabinet shape", "parts information storage section 13 that stores information regarding component parts mounted on the cabinet", and " A system 1 for specifying a box for storing electrical and electronic equipment, comprising: a computing means 21 capable of computing to specify a cabinet stored in a cabinet information storage unit 12 using information input by a user; ``The input screen display means 32 displays the input work display section 51 used for changing or adding cabinets or parts using the input means 73'' and ``the cabinet image display section displays an image drawing of the cabinet.'' 52, and an output/display means 31 for displaying the input work display section 51 and the housing image display section 52 on one screen. It is preferable that the electrical/electronic equipment storage box identification system 1 is such that the display on the housing image display section 52 can be changed when the input information input to the box 51 is changed or added. With such a configuration, in the specific system 1 that can specify the positions of holes and parts in cabinets for storing electronic and electrical equipment such as panels and control panels, it is possible to specify the parts to be selected, the shape of the holes, and the selected parts. You can easily check the condition of the cabinet with parts and holes, and the price of each part.

The output/display unit 31 also includes an estimated price display unit 34 that displays an estimated price display unit 53 that displays the estimated price of the selected cabinet or selected or changed parts, and displays the input work display unit 51 and the housing image. The display section 52 and the estimated price display section 53 are displayed on one screen, and the display of the estimated price display section 53 can be changed when input information input to the input work display section 51 is changed or added. It is preferable.

In addition, it is possible to select removal of the part selected in the estimated price display section 53, and when removal of the part is selected, the display on the input work display section 51 and the case image display section 52 can be changed. It is preferable.

In the embodiment, when the user inputs a product name or makes a selection through a search, the target selection means 22 functions, selects the specified cabinet from the cabinet database stored in the cabinet information storage unit 12, and selects the size, etc. Output. When the size is input by the user, the target selection means 22 is used to check whether information on a cabinet matching the size exists in the cabinet information storage section 12. When information not stored in the storage medium 11 of the server 3 is input, it is preferable to automatically generate a product name and display on the user's monitor 72 that the product is a custom-made product.

In the case image display section 52 displayed on the screen, it is possible to display a figure representing the image of the case specified from the input contents of the user. , the size is preferably displayed. Further, it is preferable that the ratio of the vertical and horizontal dimensions of the displayed figure be adjusted to the displayed size. Note that it is preferable that the vertical, horizontal, and width ratios are the same as the displayed size, but the configuration of the casing and the like can be easily grasped by just the vertical and horizontal ratios.

Further, when an input such as selecting a part is made, it is preferable that the display on the housing image display section 52 is changed. However, since there may be cases where it is desired not to display the selected parts, it is preferable to make it possible to select whether or not to display the parts.

In the embodiment, multiple tabs are displayed on the screen, and by changing the tab you select, you can select an alternative to the components that make up the cabinet, or add parts (such as louvers). I am trying to make it visible. In the example shown in FIG. 2, the "Basic" tab is selected, but by selecting the "Options" tab, parts can be specified (see FIGS. 2 and 7). In the example shown in FIG. 7, it is possible to specify the narrowing down conditions for handles that are parts, and by specifying the conditions, it is possible to narrow down the handles that can be selected. In this way, it is preferable to have a configuration in which the conditions for narrowing down parts can be specified.

Further, it is preferable that the price of selected options, specification changes, and recombined components be displayed on the estimated price display section 53 (see FIG. 7). In the embodiment, it is possible to deselect a part in the estimated price display section 53, and when a part is deselected, the input contents on the input work display section 51 and the housing image display section 52 The display will be changed.

In the system of the embodiment, the user can design the cabinet by specifying the position of holes and parts so that the user can specify the positions of holes and parts of the cabinet using the input means 73. You can move it to another screen. In the example shown in Figure 2, a button labeled "Hole Machining" is displayed, and when you press this button, you can move to a screen where you can specify the hole position etc. and design the casing. Yes (see Figure 8).

In the embodiment, on the moved screen, it is possible to visibly display diagrams related to the six sides constituting the outer shell of the cabinet, as well as the machining/arranging possible area 41 and the machining/arranging prohibited area 42 of the component parts. Also, using the destination screen, you can specify holes and parts, and specify the positions of holes and parts.

If the placement of a hole or part overlaps the processing/placement prohibited area 42, it is preferable to display a message indicating that the hole or part cannot be placed at the specified position. In the embodiment, the display content of the casing image display section 52 can be changed and redisplayed so as to represent the state in which the hole has been drilled or the state in which parts have been arranged.

Note that it is preferable that the housing image display section 52 allows confirmation of the state in accordance with the specification change. For example, it is preferable to be able to check the state in accordance with specification changes, such as a diagram in which the paint color of the cabinet has been changed, a diagram in which the door has been changed to a reverse door, a diagram in which the door has been changed to double doors, a diagram with the door open, etc. .

The cabinet information storage unit 12 includes an outline drawing of the cabinet related to a specific model of the cabinet, a processing/placement area 41 that is an area where holes and parts can be placed, and an area where holes and parts cannot be placed. It is preferable that a cabinet area original diagram in which the processing/arrangement prohibited area 42 is set is set, or an area original diagram that is the basis of each cabinet is set.

It is preferable that the storage medium 11 includes a specification change information storage unit 14 corresponding to specification changes. The specification change information storage unit 14 is provided with a specification change area original diagram that can respond to specification changes such as adding parts to the cabinet or changing the opening position of the cabinet door. (See FIGS. 9 and 10).

For example, the back of the cabinet case is often equipped with a ground terminal as a component, but the ground terminal is usually provided with a hinged shaft in consideration of the ease of opening and closing the door and the workability of wiring. Install it on the side. According to this design, if the door opens in the opposite way to the normal setting, in other words, the handle is on the right side of the door instead of the left side when viewed from the front, which is called a reverse door. In this case, the hinge axis of the cabinet will also be placed in opposite directions, so the position of the ground terminal on the back of the case will need to be changed.

In addition, when using a lock bar, the movable area of the lock bar is normally set as the processing/placement prohibited area 42, so if the door is reversed, the processing/placement prohibited area 42 need to be changed. In that case, it is preferable to use information regarding an outline drawing or area diagram in which the processing/arrangement prohibited area 42 is set according to the specification change, which is stored in the specification change information storage unit 14. For example, it is preferable to use the specification change area original diagram together with the cabinet area original diagram to determine the position designation of holes and parts.

Incidentally, the database may be created separately as a database of cabinet shapes and a database of specification change information, or they may be created together. Alternatively, a combination of the original cabinet drawing and the area original drawing of the specification change may be stored in advance as the area original drawing (see FIG. 11).

The storage medium 11 of the embodiment stores external drawings of six sides of the cabinet and drawing data of the handle and board that are the components of the cabinet (see FIG. 12). The storage medium 11 also stores a cabinet area diagram as drawing data in which a processing/arrangement prohibited area 42 is set, which specifies an area where processing or arrangement is prohibited. In the embodiment, the positions where component parts are placed, the positions of the mounting parts of component parts, the positions where there is a risk of damaging the strength of the casing during cabinet processing, and the operation of processing equipment that drills holes in the casing etc. Positions where it is not possible are set as processing/placement prohibited areas 42.

In the embodiment, an original drawing that is representative of a specific model (product number) is set in drawing data with an outline drawing (including a development drawing) and an area drawing in which a processing/placement prohibited area 42 is set. It is provided with an area setting means 25 that generates drawing data and a processing/arrangement prohibited area 42 from the original drawing.

For example, when a model (product number) name and size are input from the input means 73 of the user's terminal 71, the target selection means 22 specifies an original drawing that is representative of the input model (product number), and the area change means 25a, the specified original drawing is expanded or reduced in the vertical direction, horizontal direction, and height direction of the cabinet to generate an outline drawing and an area drawing in which the processing/placement prohibited area 42 is set (Fig. 13 reference). Note that if the product number is not specified, the original drawing of the representative model of the product number specified by the manufacturer may be selected. Representative models do not necessarily have to be all specified by product number. For example, if the input product number and the stored product number are the same, but the height is less than a predetermined value, "Original drawing 1" is used, and if the height is greater than a predetermined value, "Original drawing 2" is used. You can also do that.

Of course, other handling methods are also possible. In any case, whereas in the past it was necessary to store cabinet outline drawings and area drawings in a storage medium each time a manufacturer added a model, it is possible to expand or reduce a preset original drawing. By making it available, it is possible to reduce the burden on manufacturers.

For this reason, the system 1 for specifying electrical and electronic equipment storage boxes includes a "cabinet information storage unit 12 storing information regarding the cabinet shape" and a "shape pattern of holes to be machined in the cabinet or shape patterns of parts to be placed." "Shape pattern information storage section 15 in which information about the cabinet shape is stored in the cabinet shape information storage section 12" and "Shape pattern information storage section 15 in which information about the cabinet shape is stored in the cabinet shape information storage section 12 using the information inputted by the user." "Arithmetic means 21 that can perform calculations to combine shape patterns and display them on a layout screen." In addition, this electric/electronic equipment storage box identification system 1 stores information in the cabinet information storage unit 12 as follows: A cabinet area original drawing in which at least one of the "possible area 41" and the "processing/placement prohibited area 42, which is an area where holes and parts cannot be placed" is set, or the "cabinet area original drawing with specifications different from the basic specifications" The calculation means 21 can specify the cabinet area original diagram or the specification change area original diagram corresponding to the input information of the cabinet, and the area setting means 25 can specify Generate an area map by expanding or contracting the specified cabinet area original diagram or specification change area original diagram according to the cabinet size, display it on the layout screen, and use the displayed area diagram to create holes or parts. It is possible to specify the position of With such a configuration, in a system in which it is possible to specify a cabinet for storing electronic and electrical equipment, it is possible to give processing instructions or change specifications to a cabinet that is different from the cabinet whose diagram is stored in the storage medium 11. I can do it.

Further, the area setting means 25 may be configured to be able to generate a composite area diagram created by combining the area diagram created from the original cabinet area diagram and the area diagram created from the original specification change area diagram. preferable. Further, the area setting means 25 may be configured to be able to generate a composite area original diagram created by combining the cabinet area original diagram and the specification change area original diagram. By doing this, it is possible to widen the range of area map generation. In the example shown in FIG. 1, the area setting means 25 is equipped with an area synthesis means 25c capable of generating a synthesis area diagram.

In addition, logic used to expand or reduce the original cabinet area diagram or the original specification change area diagram is stored in the storage medium 11, and the original cabinet area diagram or the original specification change area diagram is expanded according to the logic stored in the storage medium 11. Alternatively, it is preferable to have a configuration including a reference setting means 25b that can be reduced. Since it can be expanded or reduced according to the rules defined in the logic, the amount of original diagrams to be stored in advance can be suppressed.

Any type of logic may be used, but it is preferable that the specification be performed numerically. Alternatively, a reference point may be set at one location and a distance in a specific direction from there may be specified. An example of such a logic is the logic shown in FIG. The example shown in FIG. 14 shows logic for specifying the positions of handles and hinges, and a diagram created according to the logic. Furthermore, as can be understood from FIG. 15, a plurality of reference points may be determined and a distance in a specific direction from the reference points may be specified. In the example shown in FIG. 15, the positions of the board fixing tool and the ground terminal can be specified from a plurality of reference points.

In the example shown in FIG. 1, the standard setting means 25b is set such that the criteria for expansion and reduction and the placement method of component parts are linked in the form of a program as logic for each area original drawing, and the outline drawing and area The diagram has been changed.

In the case of outline drawings, in addition to the outline, the positions of the components formed on each surface (handles, hinges, drain plugs, gaskets, ground terminals, circuit boards, drawing holders, etc.) are also subject to linkage. . Note that if the original drawing is based on the minimum shape of the representative model, only the logic for expansion needs to be stored. Further, the reference setting means 25b may be one that reads the processing/arrangement prohibited area 42 from the original area diagram and uses the distance for logic.

It is preferable that the area diagram in which the processing/arrangement prohibited area 42 is set can also be set using the standard setting means 25b in which logic is set, in the same way as the outline diagram. In addition, if the processing/placement prohibited area 42 is also set in the information of components other than the plates that make up the outer shell of the cabinet, the area where processing/placement is prohibited for the plate that makes up the outer shell of the cabinet is performed using the area synthesis means 25c. 42 and the processing/placement prohibited area 42 of component parts other than the plate that constitutes the outer shell of the cabinet to create a new processing/placement prohibited area 42, and enlarge or place the area 42 according to the input cabinet size. Preferably, the reduction is combined to generate an area map of the cabinet (see FIG. 16).

It should be noted that although new information may not be stored in the storage medium 11 and area diagrams and outline diagrams may be generated and displayed each time using information already stored, the generated area diagrams may be stored. It is preferable to be able to store new information in the storage medium 11, such as (see FIG. 17).

Various timings can be considered for storing new information in the storage medium 11. For example, when the manufacturer side newly adds a product number as a standard product to the database, an outline drawing and an area drawing may be generated and stored in the storage medium 11. In addition, if the manufacturer stores the product number but does not store the corresponding outline drawing, etc., when the user selects the part number, the outline drawing etc. will be generated and stored. It's okay.

In addition, when a user selects a size that is not available in standard products and generates an outline drawing or area diagram, the generated outline diagram or area diagram is saved in the storage medium 11 of the server 3, and other users can use the same size. It may also be possible to call it from the storage medium 11 of the server 3 when the user selects it.

In the embodiment, the specification change area diagram delivered to the specification change information storage unit 14 also has an area original diagram. By changing the size of the area source diagram of the specification change area diagram, it may be possible to expand the machining/placement prohibited area 42 used when specifying hole machining positions and parts positions (Fig. (see 18).

For example, depending on the size information input by the user, the area changing means 25a expands or reduces the original drawing of the specification changed area diagram, and then the area composing means 25c combines the cabinet area diagram and the specification changed area diagram. It is preferable to create a composite area diagram by compositing, and to use this composite area diagram to specify the hole machining position and part position.

Here, another example of creating a new diagram based on stored information will be specifically described. For example, assume that at the stage of specifying the shape of the door using the input means 73, double doors (double doors) are selected. In this case, all items other than those related to doors may be created based on the corresponding area original map in the same way as when a single door (single door) is selected. Regarding doors, for example, an area map is created that includes a door processing/arrangement prohibited area 42 whose horizontal size is half of the entire size of both doors. Then, the created region map is inverted and another region map is created. Thereafter, the area synthesis means 25c synthesizes the respective drawings to generate a processable/arrangeable area 41 for both doors (see FIG. 19). Note that a processing/arrangement prohibited area 42 may be separately set at a position in the casing body where the hinge is attached.

By the way, when the specifications are changed, an example is to generate a new area diagram by combining the area diagram of the cabinet with the area diagram of the changed specifications, but even when the specifications are changed, the area diagram cannot be generated in this way. It doesn't have to be something you do. For example, the cabinet area diagram may be replaced with a specification change area diagram, which may be used as an area diagram for specifying hole positions and parts positions.

Furthermore, even when specifications are changed, it is preferable to configure the system so that the diagram before the change can be immediately viewed. For example, based on the input from the user, "area map expanded or contracted to match the cabinet (dimensions)", "area map expanded or contracted to match the cabinet (dimensions)", " If three patterns are created, such as a "area map that combines them," it is preferable to be able to switch between them and display them (see FIG. 20). In this way, by making it easier to compare the created diagrams, the burden on design can be reduced. Additionally, it becomes easier to design products other than standard products.

An example of when you might want to use an "area diagram expanded or contracted to match the cabinet" is when you want to manufacture something that does not require any changes in specifications or specifies specific parts. It will be done.

An example of a case where an "area diagram expanded or contracted based on the area diagram of a specification change to match the cabinet" is used is when only a cabinet whose specifications have been changed is desired to be manufactured. For example, if you only want a door that is designated as a reverse door.

As an example of using the "area diagram that combines them", even if you want to manufacture multiple types of cabinets, you can use the equipment and processing method used for processing to attach component parts (processing the same hole shape). An example of this is when you want to standardize the following. In this example, the scope of use of the processed product can be expanded.

An example of a case where each screen is switched and used is when the processing method required for the part to be added is different from the processing method for the component parts of the cabinet.

In this way, it is sufficient to perform necessary display according to the situation, but it is preferable that at least one of inversion, switching, and compositing be performed on the area, and the result can be displayed. In principle, the manufacturer should decide how to display the information.

By the way, if the area diagram of the cabinet (first area processing diagram) and the area diagram of specification change (second area diagram) are combined, it is not always possible to present the best area diagram. This is because the portions that can be arranged may be too limited.

Also, when using a certain processing method on a certain part (for example, welding bolts), more specifically, when using a processing method different from hole processing, it is necessary to secure space for that processing. There may be cases. If the processing/arrangement prohibited area 42 is set in consideration of such matters, the processing/arrangement prohibited area 42 tends to be set wider.

Therefore, it may be undesirable to uniformly define and display the processing/arrangement prohibited area 42. In order to avoid such a situation, an area diagram selected from a plurality of area diagrams set with different processing/placement prohibited areas 42 is displayed, or It is preferable to include area switching means 25d that can switch the diagram. Alternatively, it may be possible to display a composite of a plurality of area maps.

If such an area switching means 25d is provided, the processing/placement prohibited area 42 which is normally set to be narrow is displayed, and in special cases such as when a specific processing is required, It is possible to display an area diagram in which the processing/arrangement prohibited area 42 is set to be wide. In addition, it is assumed that the processing/placement prohibited area 42 is normally set to be wide, but when it is desired to give priority to the degree of freedom of processing and placement, the processing/placement prohibited area 42 is set to be narrower. It becomes possible to display a region map. Of course, it is also possible to select what kind of area map to display each time.

In addition, when considering hole machining, an area diagram showing the machining/placement prohibited area 42 set narrowly is displayed, and when it is necessary to consider the placement of parts, the machining/placement prohibited area 42 is displayed. It is also possible to display a region map in which the area is set to be wide.

In order to make this possible, a cabinet information storage unit 12 that stores information about the cabinet shape and a cabinet information storage unit 12 that stores information about the shape pattern of holes to be machined in the cabinet or the shape patterns of parts to be arranged. The shape pattern information storage section 15 combines the cabinet shape stored in the cabinet information storage section 12 with the shape pattern stored in the shape pattern information storage section 15 using information input by the user. A system 1 for specifying a box for electrical and electronic equipment, comprising: a calculation means 21 capable of performing calculations so as to be displayed on a layout screen; A first area diagram which is a cabinet area diagram in which at least one of a processing/placement possible area 41 and a processing/placement prohibited area 42, which is an area where holes and parts cannot be placed, is set; A second region map which is a different region map from the first region map is stored. Further, the system 1 for specifying a box for storing electrical and electronic equipment includes an area switching means 25d that enables additional design of holes and parts by selecting or switching between the first area diagram and the second area diagram. It is preferable to do so. With such a configuration, in the specific system 1 that can specify the positions of holes and parts in cabinets for storing electronic and electrical equipment such as panels and control panels, it is possible to specify the positions of holes to be drilled and parts to be installed. The degree of freedom can be increased.

In addition, when a hole or a part is specified in one area diagram, a machining prohibition setting means 25e is provided which can set a part corresponding to the specified part as a machining prohibition area even when switching to another area diagram. It is preferable to have a configuration including the following.

Further, the machining prohibition setting means 25e determines whether a portion set as a machining prohibited area in an area diagram is set by specifying a hole or a part in that area diagram, or whether a part set as a machining prohibited area in an area diagram is set by specifying a hole or a part in another area diagram. It is preferable to have a configuration in which it is possible to set the processing prohibited area so that it is possible to visually distinguish whether it has been set by specifying the processing area.

Further, it is preferable that the processing prohibition setting means 25e is configured such that when the user operates to select a hole or part appearing on the area diagram, the area diagram in which the hole or part is specified is displayed. .

In the embodiment, as can be understood from the examples shown in FIGS. 21 and 22, the display used when specifying the position of hole drilling and the display used when specifying the position of the part to be attached are set separately. You can switch and display each one. Further, the displayed machining/placement prohibited area 42 is different between the display used when specifying the position of hole machining and the display used when specifying the position of the part to be attached. Each position can be specified based on those displays. Therefore, unlike setting an area map by compositing so that it is possible to specify both the position of hole drilling and the position of parts to be installed, it is necessary to specify the position while the installation range is narrowed. The occurrence of this problem can be suppressed, and the degree of freedom in design can be increased.

By the way, when a hole shape or the like is selected at a specific position by the shape pattern selection means 23 on a certain screen display, the processing prohibition setting means 25e is configured to prohibit processing at that position or at that position and its surroundings when moving to another screen display. It is preferable that the portion be set as a processing prohibited area such as the processing/arrangement prohibited area 42, so that it can be set so that it cannot be processed. In this case, an example would be to make it impossible to move into this area. Note that it is preferable to construct the system so as to include a shape pattern moving means 24 that allows the shape pattern to be moved.

An example in which different displays are linked will be explained in more detail. For example, as shown in FIG. 23, the hole position is specified while the cabinet area diagram (the diagram displayed when the hole machining tag is selected) is displayed. Thereafter, when moving to the specification change display (the display displayed when the parts mounting tag is selected), the specified hole position is displayed as a processing/placement prohibited area 42.

Also, specify the part while the specification change is displayed (the display that is displayed when the part mounting tag is selected). Next, when you move to a state where the cabinet area diagram (the diagram displayed when the hole machining tag is selected) is displayed, the position where the specified part is mounted will be displayed as the machining/placement prohibited area 42. .

It is preferable that the second region diagram is a region diagram used when specifying a part that is processed by a different method from the hole or part specified in the first region diagram. The processing prohibition setting means 25e is a display of an area diagram (first area diagram) used for arranging something (for example, the arrangement of holes), and is a display of an area diagram (first area diagram) used for arranging something (for example, arranging holes). When an operation is performed, the region map (second region map) that corresponds to the part in the region map (second region map) that is used for the placement of another thing (for example, part placement, part welding) is displayed. It is preferable to use a configuration that allows for an easy-to-understand display that indicates that processing performed on a region map different from that shown in FIG. More preferably, the configuration is such that it is possible to display a display that makes it easy to understand which area map was used when the operation performed resulted in processing being prohibited in that area. (See Figure 24). At this time, it is preferable to display the information in different colors, for example. In this way, it is possible to easily understand the reason why processing or the like is prohibited.

In addition, when an operation is performed to select a part where processing, etc. is prohibited on a display showing a certain area diagram, the area diagram in which the operation that resulted in processing, etc. is prohibited will be displayed. It is preferable to adopt a configuration in which the display can be switched to a display in which . Furthermore, even when drawings are created after an order is placed or immediately before an order is placed, it is preferable to have a configuration that allows display of each machining process, the type of assembly specified by the part, and its purpose (hole machining, parts arrangement, nut machining, etc.).

By the way, when specifying hole positions and part positions on the screen displaying the processing/placement prohibited area 42 and the process/placement possible area 41, it is preferable to use a display such as grid lines.

Furthermore, "cabinet information storage section 12 that stores information regarding the cabinet shape" and "shape pattern information storage section 15 that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be arranged" ``Using the information input by the user, the cabinet shape stored in the cabinet information storage section 12 and the shape pattern stored in the shape pattern information storage section 15 are combined and displayed on the layout screen. A system 1 for specifying a storage box for electrical and electronic equipment, which includes a calculation means 21 that can perform calculations, and a processing/placement area that is an area where holes and parts can be placed in the cabinet information storage unit 12. 41 and at least one of the processing/placement prohibited area 42, which is an area where holes and parts cannot be placed, are memorized, and when a specified point is specified from any position on the layout screen using the input means 73, the process passes through the specified point. It is preferable to have a configuration including area display means 25f for visually displaying the length of the process/placement possible area 41 and the length of the process/placement prohibited area 42 on the axis. With such a configuration, in the specific system 1 that can specify the positions of holes and the positions of parts provided in cabinets for storing electronic and electrical equipment such as panels and control panels, the positions of holes and parts can be specified. At this time, it is possible to easily grasp the lengths of areas that can be processed and placed and areas that cannot be processed and placed. It can also be used to check for interference when installing equipment where holes have been drilled.

Further, when the arrangement of a hole or part is specified on at least one of the horizontal axis and the vertical axis passing through the designated point, the area display means 25f displays the length of the hole or part on that axis. It is preferable to have a configuration that allows this.

In addition, the area display means 25f displays the area when the processing prohibited area that is formed when the arrangement of holes or parts is specified is on at least one of the horizontal axis or the vertical axis that passes through the specified point. It is preferable to adopt a configuration in which the length of the processing prohibited area on the axis can be displayed.

Further, it is preferable that the area display unit 25f is configured to be able to display the length of the process/placement possible area 41 and the length of the process/placement prohibited area 42 so as to be distinguishable.

In addition, when the specified point is moved from a pre-specified position, the area display means 25f displays the length based on the specified point specified in advance and the length based on the specified point at the destination. It is preferable to have a configuration that allows this.

Further, it is preferable to configure such a configuration that whether to display grid lines or the like can be set by performing an on/off switching operation or the like (see FIG. 25).

In the embodiment, by operating the range confirmation button, the length of the processing/placement prohibited region 42 and the length of the processing/placement possible region 41 in at least one axis direction of the X direction, Y direction, and Z direction passing through the designated point are determined. can be displayed (see FIGS. 25 and 26). In the embodiment, the length is displayed differently for each area so that it is easy to understand for which area the length is displayed (see FIG. 26). In this example, the colors displayed are different depending on each area, but display differentiation is not limited to this example. For example, the display format may be changed depending on each area. In any case, if each area is displayed differently, it is possible to easily understand which area is being shown.

In the embodiment, each display can be varied by moving the specified point. In addition, in the embodiment, when there is a processing/placement prohibited area 42 (such as a nut) installed independently from the processed/placement prohibited area 42 located outside the area diagram in the X direction and Y direction of the designated point, can display the length of the independently installed processing/placement prohibited area 42 (see FIG. 27). In addition, if a processable/placeable area 41 exists between the independently installed process/placement prohibited area 42 and the process/placement prohibited area 42 located outside the area map, its length is displayed. . In addition, since it may be difficult to see if there are multiple displays, it is possible to select a setting where some types of lengths are not displayed, such as displaying only the length related to the processable/placeable area 41. It is preferable to have the following configuration.

In the embodiment, the numerical value once displayed by the area display means 25f can be maintained in the displayed state (see FIG. 28). For example, it may be possible to switch between maintaining and canceling numerical display by clicking a predetermined number of times. That way, you won't have to move the cursor over and over again. Furthermore, although this embodiment has been described as an example of a two-dimensional display method in the X direction and Y direction, when displaying in a three-dimensional model, all three-dimensional directions such as the X direction, Y direction, and Z direction can be displayed. It may be possible to display the following.

Furthermore, when a hole or part is specified, it is preferable that the position of the specified hole or part can also be treated as an area that cannot be processed (see FIG. 29). In this case, it is preferable to change the position of the specified hole or part and the display method (color, etc.) of the processing/placement prohibited area 42 before displaying it.

In the embodiment, it is possible to specify the mounting position of parts on the cabinet on the system, and the cabinet has component parts such as a handle, a board, a hinge, a packing, a locking bar, an inner door, and a drawing holder that make up the cabinet. is provided. For this reason, it is preferable to include a component setting means 26 that can check the relationship between the casing and the holes and parts, as well as interference between components of the cabinet and parts specified to be provided in the casing.

When checking for interference, it is preferable to have a configuration that allows checking from multiple directions, since a two-dimensional positional relationship viewed from one direction may not be sufficient. For example, in the example shown in FIG. 30, if you only check the right side view of the casing, it appears that the parts can be placed, but if you look at their relationship with the board, you will see that they are interfering with each other. If interference is confirmed, a warning may be displayed. Furthermore, it does not have to be confirmed or displayed in two dimensions. For example, the presence or absence of interference may be displayed in three dimensions.

The electric/electronic equipment storage box identification system 1 may include processing determination means 26a that can determine whether a component (such as a board) can be processed when it is determined that there is interference. preferable. Furthermore, even when the processing determination means 26a determines that a component cannot be processed, it is determined whether there is a processable substitute for the target component or whether it can be changed to a processable item. It is preferable to have a system that can do this.

For this purpose, a "cabinet information storage section 12 that stores information regarding the cabinet shape" and a "shape pattern information storage section 15 that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be arranged" are used. "Using the information input by the user, the cabinet shape stored in the cabinet information storage section 12 and the shape pattern stored in the shape pattern information storage section 15 are combined and displayed on the layout screen." A system 1 for specifying an electrical/electronic equipment storage box, comprising: a calculation means 21 capable of performing calculations on a part arranged on a layout screen, or a part that can be specified from a hole arranged on a layout screen; "Component setting means 26 that can determine whether the part interferes with the component parts constituting the cabinet" and "If it is determined that the part interferes with the component part, it is determined whether the interfering component part can be machined or not." It is preferable that the electric/electronic equipment storage box identification system 1 is provided with a processing determining means 26a capable of determining that the interfering component is machinable, and determines that the design is possible when the interfering component is machinable. With such a configuration, in the specific system 1 that can specify the position of a hole provided in a cabinet for storing electronic and electrical equipment such as a panel or control panel, and the position of parts, the selected parts can be specified in the housing. In such cases, interference between component parts can be confirmed, and it can be determined whether or not the component parts can be processed at the time of interference.

Further, it is preferable to adopt a configuration in which a cutout diagram of the interfering portion of the component can be displayed on the layout screen when the machining determining means 26a determines that machining is possible.

Further, when the machining determining means 26a determines that the interfering component cannot be machined, the component changing means 26b determines whether the interfering component can be changed to a machinable component. If it is determined that the changed component can be changed, the changed component will be processed so that it does not interfere with parts placed on the layout screen or parts that can be identified from holes placed on the layout screen. It is preferable to have a configuration that can be set so that this is performed.

Further, the storage medium 11 stores a machinable area, which is an area in which component parts can be processed, and an absolute machining prohibited area, which is an area in which component parts cannot be processed. It is preferable to adopt a configuration that can display on the screen that the part cannot be placed if it is determined that the part is interfering with the absolutely prohibited processing area of the component.

For example, if a component (such as a board) can be processed or if there is a substitute that can be processed, it is possible to avoid interference between the component and the part whose placement is specified by processing the component ( (See Figures 31 and 32). However, it is unclear whether users will like this kind of processing. For this reason, even if a component can be machined or there is a machineable substitute, the user is first asked whether or not to change the current settings. Thereafter, when the user issues an instruction to make a change, it is preferable to display on the layout screen a component whose part that interferes with the part whose placement has been specified is processed. For this reason, it is preferable that the system be provided with a component changing means 26b that enables such a thing. In addition, when performing processing, it is preferable to set the processing so that there is a distance of several mm from the parts.

For example, when it is determined that a material that cannot be properly processed with the machines owned by the manufacturer has been selected, the part changing means 26b may replace the material with a material that can be properly processed with the machines owned by the manufacturer. It is preferable to have a configuration that allows it to be determined whether or not there is.

For example, if a manufacturer does not have a processing machine suitable for wooden materials, but does have a processing machine that can process iron parts, stainless steel parts, etc., it is determined that the material of the component is wood. Then, determine whether there are substitutes for the parts, such as iron or stainless steel. If a substitute is available and the user desires it, a setting may be made to adopt a component from which the interfering portion has been removed.

By the way, the component itself often has a part (absolutely no-processing area) that is not allowed to be processed (see FIG. 33). For example, a typical example is near the part used for attachment to the housing. Furthermore, in the case of a substrate whose top, bottom, left and right ends are bent, the parts that cannot be bent after processing are also parts that are not allowed to be processed. Furthermore, if the casing is large and has two back surfaces, the substrate may also act as a part to maintain the strength of the casing. The position where such an action is applied is a part that is not allowed to be processed. Further, the base portion of the cabinet, such as the connection position when two boards are connected, is usually a portion that does not allow processing.

In the identification system 1 for electrical and electronic equipment storage boxes, an absolute no-processing area is set in the data that can identify parts that are not allowed to be processed, and it is confirmed that parts will interfere with this absolutely no-processing area. In this case, it is preferable to adopt a configuration in which it is determined that the component itself cannot be changed or a configuration in which the parts cannot be placed. In the embodiment, the processing/arrangement prohibited area 42 of the board is a part set so that processing cannot be performed for reasons such as deformation of the hole processed shape during bending.

By the way, in the embodiment, for a case set as a standard product in the cabinet information storage unit 12, component parts such as a hinge, a handle, a locking bar, a drawing holder, a board, and a packing are also set as standard products. . In the embodiment, each piece of information is linked to the inventory management system, and the settings are such that the presence or absence of items in stock can also be confirmed (see FIG. 34). Note that some components are applicable to multiple housings, and some components are exclusive to that product number.

In the embodiment, it is determined whether the product corresponding to the input information input by the user, such as the product number and required size, is registered in the database stored in the cabinet information storage unit 12. If it is not registered in the database, it is sufficient to indicate that it is a custom-made product that is not a standard product.

The electrical/electronic equipment storage box specification system 1 includes a substitute selection means 27 that can determine whether or not a component can be substituted for another standard product when a custom-made product is required. is preferable. When the substitute product selection means 27 determines that there is a component that can be substituted, it is preferable to confirm with the user whether or not to use the substitute product. In this case, even if the user has selected a custom-made housing, by presenting the existence of substitutes, the user can be asked to consider the possibility of using substitutes (see Figure 35). . Furthermore, if the user selects a substitute product, it is possible to shorten the delivery time. Furthermore, if the substitutes presented are standard products, they can be provided at low prices.

For this reason, the "cabinet information storage section 12 that stores information regarding the cabinet shape," the "parts information storage section 13 that stores information regarding the component parts mounted on the cabinet," and the "information input by the user." A system 1 for specifying a box for storing electrical and electronic equipment, comprising: a computing means 21 capable of computing to specify a cabinet stored in a cabinet information storage unit 12 by using input information; When it is determined that the cabinet is not a standard product, the substitute product selection means 27 determines whether the component parts of the cabinet can be substituted with other standard product parts registered in the cabinet information storage unit 12, and If it is determined that there is no substitutable part for the part, it is preferable to use the system 1 for specifying an electric/electronic equipment storage box to produce a custom-made product. With this configuration, in the specific system 1 that can specify cabinets for storing electronic and electrical equipment such as panels and control panels, when a product that is custom-made is selected from input information, a substitute product can be searched for. be able to.

Further, when it is determined that there is a product that can be substituted for the component, the substitute selection means 27 presents information on the selection screen so that the user can select whether or not to use a substitute for the component. If it is selected using the input means 73 not to use a substitute for a component, it is preferable that the configuration is such that a custom-made product is produced.

In addition, when it is selected using the input means 73 to use a modified substitute, the substitute product selection means 27 can process the substitute product or provide custom-made support for producing component parts from scratch. It is preferable to adopt a configuration in which the processing is performed so as to perform production as follows.

Various methods can be used to determine whether there is a substitute, but for example, when researching substitutes, search for products with matching horizontal and/or vertical lengths, and If there is a substitute, a substitute may be extracted as a candidate. Further, although it is normally assumed that the possibility of substitution is considered based on models of the same model, it is also possible to select a model that can be substituted from models of different models. Furthermore, since a model number (product number) is usually set so that the type of component can be determined, a substitute may be selected with reference to the model number (product number) of the selected component.

In addition, for example, if a wide housing size is selected, we may propose a different number of equipment from the type expected from the input content, such as suggesting the use of multiple boards as component parts. (See Figure 36). In this case, it is preferable to notify the user of the merits and demerits of the proposed content and the merits and demerits of not adopting the proposed content. For example, if the content is proposed, the delivery time will be shorter but the price will be higher. In this case, if the proposal is rejected, the contents of the order may be determined so as to adopt the components originally specified. For example, the order may be determined to produce one custom-made board.

When a selection is made to use a substitute for a component, it is preferably configured to be able to determine whether or not input for machining of the selected component has been made. For example, after it has been decided to use a board as a substitute, if input is made that requires processing of its component parts, it is preferable to treat it as a custom-made product.

This is because components such as circuit boards may have already been painted or bent. To be more specific, if you process a product that has already been painted or bent, there is a possibility that the material will be exposed at the edges, etc., and if the product is bent, the machine tool may This may cause problems in processing. On the other hand, if the material is not painted or bent, the product may be treated as a processed substitute. After that, if there are no problems, the system can be constructed so that drawings can be created and orders can be placed.

By the way, cabinets have different shapes depending on the type of cabinet (monocoque type, frame type, material (plastic, iron)), and even cabinets of the same type have different shapes. For this reason, it is difficult to construct a system that can determine whether or not the casing can be processed and whether parts can be attached to all types of cabinets. For this reason, selection systems have conventionally been constructed for each type of cabinet, and as a result, a plurality of selection systems (processing/component selection systems) have been prepared.

By the way, it is preferable that each system be able to share a database or the like. For example, when input conditions that can identify the type, such as a specific product name or specific installation conditions, are entered using the terminal 71 with a screen display as shown in FIG. 37, it is possible to transition to the corresponding product selection system. It is preferable to provide a transition means for. In this way, even users and input workers who do not know how to use each system can be automatically moved to the appropriate system (see FIG. 38). In other words, users and input workers do not need to know how to use the system properly.

For this reason, "the cabinet information storage unit 12 that stores information regarding the cabinet shape," the shape pattern information storage section 15 that stores information regarding the shape pattern formed on the cabinet, and the information that is input by the user. a calculation means 21 capable of performing calculations to identify a necessary casing or a component for the casing from the cabinet information storage unit 12 and display it on the layout screen using the information obtained from the cabinet information storage unit 12; ``a second identification system capable of identifying a housing or a component of a housing different from that handled by the first identification system''; If it is determined based on the input information that it is more suitable to use another specific system than to use that specific system, a transition means that can move to the specific system determined to be suitable. It is preferable that the system 1 for specifying a box for storing electrical and electronic equipment includes the following. With such a configuration, a plurality of different identification systems are constructed in the identification system 1 that is capable of specifying the positions of holes and the positions of parts provided in cabinets for storing electronic and electrical equipment such as panels and control panels. Even if you do not know the contents of each system, you can select an appropriate specific system.

Further, the transition means is configured to be able to transition to another specific system if it is determined from the input information that the first specific system and the second specific system do not correspond to dedicated specific systems. is preferred.

Further, it is preferable to adopt a configuration in which the transition destination can be determined based on the model number input using the input means 73 or the installation conditions.

It is preferable that there are a plurality of systems to which the transition means transitions, and that it is possible to move to the system specified from the input content. Alternatively, a basic selection system may be set, and if there is nothing to specify such as a product number, the system may transition to the basic selection system. In this case, if an input is made in the basic system, the input work can be continued in that system without transitioning to another system. In addition, a button-like object may be prepared so that users can move to each system, and the operator may move to the corresponding system by operating it at the discretion of the input worker. If a specified system is preferable, the output/display means 31 may display the transition destination to prompt the user to move, and if consent is obtained, the transition may be made to the specified system.

If there are multiple systems that can determine the position of hole machining, etc., even if a product name, etc. is input in any of the systems being linked, the input content should be used to transition to the corresponding system. is preferred.

Further, instead of using a product name or the like, the system may select the appropriate cabinet based on information input into the system that can specify the usage environment, such as the installation environment, region, and required performance level. In that case, it is preferable to determine the selection based on IP performance (waterproof/dustproof performance), weather performance, rust prevention, etc.

For example, if an input is made that specifies that the cabinet will be installed along the coast, a system will be made available that will display a screen that allows the selection of plastic cabinets, allowing installation in areas prone to typhoons. When an input that specifies the installation is made, a system for selecting a cabinet that satisfies IP performance and weather performance is made available.

Here, a usage example of the system 1 for specifying electrical and electronic equipment storage boxes will be explained. If the area changing means 25a is provided, it can be used as shown in FIG. 39, for example. First, the user inputs housing information using the input means 73 (S101). From this input content, the target selection means 22 is used to call up a region original diagram, which is a base diagram of the region diagram (S102). Based on the area original diagram and the contents inputted by the input means 73, the area changing means 25a is used to expand or reduce the area original diagram (S103). Next, it is checked whether there is a change in the specifications (S104). If it is confirmed that there is no change in the specifications, the cabinet expansion area diagram obtained in step 103 is presented as an area diagram (S105).

If it is confirmed in step 104 that there is a change in the specifications, the target selection means 22 is used to call up the area original diagram, which is the base diagram of the specification change area diagram, based on the input contents (S106). Based on the area original diagram and the contents inputted by the input means 73, the area changing means 25a is used to expand or reduce the area original diagram (S107). Next, it is confirmed whether or not to synthesize area maps (S108). If it is confirmed that the area diagrams will not be combined, the cabinet expansion area diagram obtained in step 103 and the specification-changed expansion area diagram obtained in step 107 can be switched and presented (S109).

If it is confirmed in step 108 that the area diagram will be synthesized, it is possible to present an area diagram that is a composite of the cabinet expansion area diagram obtained in step 103 and the specification change expansion area diagram obtained in step 107. (S110).

When the area switching means 25d is provided, it can be used as shown in FIG. 40, for example. First, the user inputs housing information using the input means 73 (S201). Based on this input content, the housing is specified using the target selection means 22 (S202). Next, it is confirmed whether or not to drill holes in the casing (S203). If it is confirmed that hole machining is to be performed, a region map for specifying the hole position is displayed (S204). The user specifies the hole position using this area map (S205). Thereafter, it is confirmed whether or not to specify the addition of parts to the casing (S206). Note that if it is confirmed in step 203 that hole machining is not to be performed, steps 204 and 205 are omitted, and confirmation is performed in step 206.

If it is confirmed in step 206 that the addition of parts to the casing is designated, the area switching means 25d is used to display an area map for adding parts to the casing (S207). The user uses this area map to add parts to the casing (S208). After that, it is confirmed whether or not other processing is to be performed (S209). Note that if it is confirmed in step 206 that no parts will be added to the casing, steps 207 and 208 are omitted, and confirmation in step 209 is performed.

If it is confirmed in step 209 that no other processing will be performed, the flow ends. If it is confirmed in step 209 that other processing is to be performed, the process returns to step 203.

If the area display means 25f is provided, it can be used as shown in FIG. 41, for example. First, the user inputs housing information using the input means 73 (S301). Based on this input content, the casing is specified (S302). Next, it is confirmed whether or not to drill holes in the casing (S303). If it is confirmed that the hole is to be machined, a region map for specifying the hole position is displayed (S304). The user specifies the hole position using this area map (S305). After that, it is confirmed whether or not to display the length of at least one of the processable area and the unprocessable area (S306). Note that if it is confirmed in step 303 that hole machining is not to be performed, steps 304 and 305 are omitted, and confirmation in step 306 is performed.

If it is confirmed that the length of at least one of the processable area and the unprocessable area is to be displayed, the length is displayed using the area display means 25f (S307). Thereafter, it is confirmed whether or not to maintain the length display (S308). If it is confirmed that the length display is to be maintained, the length display is maintained (S309). After that, it is confirmed whether or not to display other lengths (S310).

Note that if it is confirmed in step 306 that the length will not be displayed, or if it is confirmed in step 308 that the length display will not be maintained, some steps are omitted and confirmation is performed in step 310.

If it is confirmed in step 310 that other lengths will not be displayed, the flow ends. If it is confirmed in step 310 that other lengths are to be displayed, the process returns to step 306.

When the component setting means 26 is provided, it can be used as shown in FIG. 42, for example. First, the user inputs housing information using the input means 73 (S401). Based on this input content, the casing is specified (S402). Then, parts are specified (S403). Next, using the component setting means 26, it is confirmed whether the specified part interferes with the component of the casing (S404). If it is confirmed that the specified part interferes with a component of the casing, the processing determining means 26a is used to confirm whether or not the interfering component can be processed (S405). If it is confirmed that it is possible to process the interfering component, the removal area of the component of the casing is determined so as not to interfere with the specified part (S406). Thereafter, the component is processed so that the determined removal area is removed (S407).

If it is confirmed in step 404 that there is no interference between the designated part and the component of the casing, it is determined that there is no need to process the component (S408).

If it is confirmed in step 405 that the component of the casing that interferes with the specified part cannot be processed, it is confirmed whether there is a substituted part (S409). If it is confirmed in step 409 that there are no replaceable parts, it is determined that the specified part cannot be placed (S410).

If it is confirmed in step 409 that there are substitute parts, the substitute parts are displayed on the monitor 72 used by the user (S411). Then, the user is asked whether or not to use replaceable parts (S412). If it is confirmed that a replaceable part is to be used, the component changing unit 26b is used to change the component to a substitute (S413). Thereafter, a removal area regarding the substitute product is determined (S406). Then, the component is processed so that the determined removal area is removed (S407).

If it is confirmed in step 412 that a substitutable part is not used, it is determined that the specified part cannot be placed (S410).

When the substitute selection means 27 is provided, it can be used as shown in FIG. 43, for example. First, the user inputs housing information using the input means 73 (S501). Based on this input content, a housing is selected (S502). Then, it is confirmed whether the main body of the selected case is a standard product (S503). When it is confirmed that the selected casing body is a standard product, it is then confirmed whether or not the component parts need to be modified (S504). If it is confirmed in step 504 that no modification of the component parts is necessary, it is determined that standard products can be used for both the casing body and the component parts of the casing. If it is confirmed in step 504 that the component parts need to be modified, it is determined that a standard product can be used for the main body of the casing, but a custom-made product should be used for the component parts of the casing.

If it is confirmed in step 503 that the casing body is not a standard product, it is then confirmed whether or not the user wishes to use the component parts in a different manner (S505). In step 505, if the user does not wish to change the use of the component parts, it is determined that both the casing body and the component parts of the casing are custom-made products.

If it is confirmed in step 505 that a change in the use of the component is desired, the substitute selection means 27 is used to check whether a substitute for the component exists (S506). If it is confirmed in step 506 that no substitute exists, it is determined that custom-made products are used for both the casing body and the components of the casing.

If it is confirmed in step 506 that a substitute exists, it is confirmed whether the component or substitute is to be modified and used (S507). If it is confirmed that the component parts or substitutes are used in a modified manner, it is determined that both the casing body and the component parts of the casing are custom-made products. If it is confirmed that the component parts or substitutes will not be used in a modified manner, the substitutes will be used without modification. Therefore, it is determined that a custom-made product will be used for the casing body, but substitutes will be used as they are for the component parts of the casing.

When the transition means is provided, it can be used as shown in FIG. 44, for example. First, a system that allows the selection of a housing is activated (S601). The user uses the system to input housing information using the input means 73 (S602). The calculation means 21 checks whether or not the input contents include product names and installation conditions for which it is assumed that it is desirable to use a specific system (S603).

In step 603, if it is confirmed that there are no product names or installation conditions for which it is assumed that it is desirable to use a specific system, a representative system is used. Typically, this is a system that primarily deals with the most standard products.

In step 603, if it is confirmed that there are product names or installation conditions for which it is assumed that it is desirable to use a specific system, it is confirmed whether or not it is possible to use the specific system ( S604). If it is confirmed that it is possible to use a specific system, a transition is made to a specific selection system. If it is confirmed that a specific system cannot be used, a representative system will be used.

When the output/display means 31 is provided, it can be used as shown in FIG. 45, for example. First, a system that allows the selection of a housing is activated (S701). The input work display section 51, the housing image display section 52, and the estimated price display section 53 are displayed on the monitor 72 used in this system (S702). In this example, the input work display section 51, the housing image display section 52, and the estimated price display section 53 can be displayed on one screen so that they can be confirmed simultaneously.

At least one of these display sections is configured such that information can be input through the display section, and the display section and the other display sections can be linked.

In order to make this possible, in the example shown in FIG. 45, it is checked whether the content has been changed on any of the display units (S703). When it is confirmed that the content has been changed on any display unit, the display content on other display units is changed as necessary (S704). Then, the flow ends.

In step 703, if it is confirmed on any of the display sections that the content has not been changed, the flow ends.

Although the present invention has been described above using the embodiments as examples, the present invention is not limited to the above embodiments, and can be modified in various ways. For example, without departing from the spirit of the invention, any of the illustrated steps can be omitted, the steps before and after can be replaced, and other steps can be added.

1 Specification system for electrical and electronic equipment storage boxes 11 Storage medium 12 Cabinet information storage section 15 Shape pattern information storage section 21 Calculation means 73 Input means

Claims (3)

a cabinet information storage unit storing information regarding the cabinet shape;
a shape pattern information storage unit storing information regarding the shape pattern formed on the cabinet;
a calculation means capable of performing calculations to identify a necessary casing or a component to the casing from the cabinet information storage unit and display it on a layout screen using information input by a user;
a first identification system comprising;
a second identification system capable of identifying a housing or a component of the housing different from that handled by the first identification system;
If it is determined that it is more suitable to use another specific system than to use that specific system based on the input information input by the input means through any one specific system, it is determined that it is suitable. a transition means capable of moving to a specific system;
A system for identifying electrical and electronic equipment storage boxes. The transition means according to claim 1, is capable of transitioning to another specific system when it is determined from the input information that the first specific system and the second specific system do not correspond to dedicated specific systems. Identification system for electrical and electronic equipment storage boxes. 3. The electrical/electronic equipment storage box specification system according to claim 1 or 2, wherein a transition destination can be determined based on a model number input using an input means or installation conditions.

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