Identification system for electrical and electronic equipment enclosures

Abstract

To provide an identification system that can designate positions of holes and designate positions of parts provided in an electrical and electronic apparatus storage cabinet such as a board and a control panel and that, when designating the positions of selected parts on a housing, can check interference of a component, and when the component interferes with the parts, can determine whether the component can be processed.SOLUTION: An electrical and electronic apparatus storage box identification system 1 comprises: component setting means 26 that can determine whether parts arranged on a layout screen or parts that can be identified from holes arranged on the layout screen interfere with a component constituting a cabinet; and process determination means 26a that, when the parts are determined to interfere with the component, can determine whether the interfering component can be processed. When the interfering component can be processed, the system determines that a design can be made.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] The present invention relates to a specific system for a box for housing electric and electronic devices.

Background Art

[0002] Regarding cabinets for housing electric and electronic devices, a very large number of manufacturer standard products are planned to be installed according to their uses, structures, sizes, etc. In contrast, a system has been constructed that allows customers and in-house workers to access the manufacturer's database via a communication line, select a cabinet with optimal specifications, and place an order. Further, as disclosed in Patent Document 1, when processing is required for a cabinet, the hole shape to be processed is arranged on the surface of the selected cabinet, and after determining the suitability by comparing it with the processing prohibited area set in the cabinet of the cabinet database, a hole processing position designation system that enables ordering from the manufacturer is known. In the system disclosed in Patent Document 1, as a result of checking the presence or absence of interference between the specified holes, etc., if it is determined that they cannot be arranged due to interference, etc., that fact is visibly displayed.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

[0004] By the way, when using this system, usually, it is checked whether it can be installed in the cabinet, whether the holes interfere with each other, and whether the parts having the hole shape as mounting holes interfere with each other. However, the cabinet to be installed also has components such as an iron substrate, a locking rod, a handle, and a hinge that form the cabinet. Even if the parts to be installed in the housing are arranged in a form that interferes with the components, in the conventional system, since the situation cannot be confirmed at the time of design using the system, there is a problem that it is found that a change is required or processing cannot be performed after placing an order. [Overview of the project] [Problems that the invention aims to solve]

[0005] The inventors of this invention have attempted to solve this problem by diligently considering this point. The problem that this invention aims to solve is to enable the confirmation of interference between components when specifying the position of selected components in a cabinet for housing electronic and electrical equipment such as a control panel or control panel, and to determine whether or not the components can be machined in the event of interference, in a specific system that allows for the specification of the position of holes and the position of components in the cabinet. [Means for solving the problem]

[0006] To solve the above problems, the system for identifying electrical and electronic equipment storage boxes comprises: a cabinet information storage unit that stores information about the cabinet shape; a shape pattern information storage unit that stores information about the shape pattern of holes to be processed in the cabinet or the shape pattern of parts to be placed; and a calculation means that can calculate how to combine the shape pattern stored in the shape pattern information storage unit with the cabinet shape stored in the cabinet information storage unit and display it on a layout screen using information input from the user, wherein the system for identifying electrical and electronic equipment storage boxes comprises: a component setting means that can determine whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that constitutes the cabinet; and a processing determination means that, if it is determined that the part interferes with a component, can determine whether the interfering component is processable, and if the interfering component is processable, the system determines that it is possible to design the system.

[0007] Furthermore, it is preferable to have a configuration that allows a diagram of the component with the interfering portion cut out to be displayed on the layout screen when the processing determination means determines that processing is possible.

[0008] Furthermore, if the processing determination means determines that the interfering component cannot be processed, it is preferable to have a component changing means that determines whether the interfering component can be changed to a component that can be processed, and if the component changing means determines that it can be changed, it is preferable to have a configuration in which the processing of the changed component is set to be performed so that the changed component does not interfere with parts placed on the layout screen or parts that can be identified from holes placed on the layout screen.

[0009] Furthermore, it is preferable that the storage medium stores both a machinable area, which is an area of ​​the component that can be machined, and an absolutely prohibited area, which is an area of ​​the component that cannot be machined, and that the processing determination means can display on the screen that the part cannot be placed if it is determined that the part is interfering with the absolutely prohibited area of ​​the component. [Effects of the Invention]

[0010] In this invention, a specific system that allows for the specification of the position of holes and parts in cabinets for housing electronic and electrical equipment such as control panels, allows for the confirmation of interference between components when positioning selected parts in the enclosure, and also allows for the determination of whether or not the components can be machined in the event of interference. [Brief explanation of the drawing]

[0011] [Figure 1] This is a conceptual diagram of a specific system for a housing box for electrical and electronic equipment in an embodiment. [Figure 2] This figure shows an example of a screen displayed on the terminal monitor in the system shown in Figure 1. [Figure 3] This figure shows an example of a database stored in the cabinet's information storage unit. [Figure 4] This figure shows an example of a database stored in the parts information storage unit. [Figure 5] This figure shows an example of a database stored in the shape pattern information storage unit. [Figure 6]This diagram shows that the area around the selected holes or parts is a no-processing / no-placement zone. [Figure 7] This figure shows an example of a screen display that allows you to specify parts by selecting the "Options" tab. [Figure 8] This figure shows an example of a screen display that allows for designing by specifying hole positions, etc. [Figure 9] This figure shows an example of a database stored in the specification change information storage unit. [Figure 10] This diagram shows the original area diagrams stored in the cabinet information storage unit and the original area diagrams stored in the specification change information storage unit. However, (a) represents an example of the original area diagram stored in the cabinet information storage unit, and (b) represents an example of the original area diagram stored in the specification change information storage unit. [Figure 11] This figure shows an example of a database that stores new domain primordia created by combining existing domain primordia. [Figure 12] This figure shows the outlines of the six sides of the cabinet and examples of its components as stored on a storage medium. However, areas where processing / placement is prohibited are indicated by diagonal lines. [Figure 13] This figure shows an example of creating a modified drawing by adjusting the size from the original outline drawing or area drawing. [Figure 14] This figure shows an example of using a predetermined logic when creating a modified drawing from the original front view, which is one of the outline drawings. [Figure 15] This figure shows an example of the numerical values ​​defined in the logic for creating a modified rear view, which is one of the outline drawings. [Figure 16] This figure shows an example of using a predetermined logic when creating a modified diagram from an original area diagram. [Figure 17] This is a conceptual diagram illustrating how newly created information is stored on a storage medium. [Figure 18] This diagram shows how to create a new area diagram by combining the area diagram of the cabinet and the area diagram of the specification change. [Figure 19]This is a diagram showing an example of creating a new diagram for a double-door cabinet using a diagram of a single door that has already been stored. [Figure 20] This is a conceptual diagram showing that three patterns, namely, "a region diagram expanded or reduced according to the cabinet (dimensions)", "a region diagram of a specification change expanded or reduced according to the cabinet (dimensions)", and "a combined region diagram of them", can be switched. [Figure 21] This is an example of a region diagram used when considering the position of hole processing. [Figure 22] This is an example of a region diagram used when considering the position of an additional part. [Figure 23] This is a diagram showing that when a display used to specify the position of hole processing and a display used to specify the position of additional part placement are provided separately, a processing / placement prohibited region is added to the other according to the content specified on one side. Note that the processing / placement prohibited region with diagonal lines inside a circle or a square is set using a diagram different from the diagram displayed on the screen. [Figure 24] This is a diagram showing an example that enables understanding of which operation using which region diagram the displayed independent processing / placement prohibited region is caused by. Note that the processing / placement prohibited region with diagonal lines inside a circle or a square is set using a region diagram different from the displayed region diagram. [Figure 25] This is a diagram showing an example of applying a grid display to a region diagram. [Figure 26] This is a diagram showing an example of displaying how much length of which part of the line will exist in the processing / placement possible region or the processing / placement prohibited region when extending the horizontal and vertical lines passing through the specified location. [Figure 27]This figure shows an example of how, when horizontal and vertical lines are extended through a specified location, if there is an independent prohibited area along those lines, the figure will show which parts of the line and for how long will be within the independent prohibited area. However, it also shows which parts of the line and for how long will be within the processable / placeable area or the processable / placement prohibited area. [Figure 28] This diagram illustrates an example of how to maintain the displayed value while simultaneously allowing other values ​​to be displayed. [Figure 29] This figure shows an example where, when hole positions or parts are specified, the specified hole positions or part positions are also treated as areas where processing / placement is prohibited. [Figure 30] This diagram shows an example where a region diagram representing the right side was used to specify the placement of a part, but it was confirmed that this part interfered with the circuit board, which is a component of the design. [Figure 31] This figure shows an example where, if the component parts are machineable, a portion of the component parts is machined to allow for the placement of the parts. [Figure 32] This diagram illustrates an example where, if a component cannot be machined, it is replaced with a machineable substitute, and a portion of the substitute is machined to allow for the placement of the parts. [Figure 33] This figure shows examples of areas on a circuit board where processing is absolutely prohibited. However, (a) shows that the four corners are areas where processing is absolutely prohibited, (b) shows that the areas that would hinder bending are areas where processing is absolutely prohibited, and (c) shows that the areas where circuit boards are adjacent to each other when circuit boards are placed next to each other are areas where processing is absolutely prohibited. [Figure 34] This diagram illustrates an example of how inventory can be managed using a cabinet database that lists cabinets and their constituent components. [Figure 35] This diagram illustrates an example of suggesting the use of a substrate with a different depth when a custom-sized product is selected. [Figure 36]This diagram illustrates an example of a proposed alternative method for products of a custom size, where two circuit boards with different depths are used as a substitute. [Figure 37] This diagram shows examples of input fields displayed on a monitor. [Figure 38] This is a conceptual diagram illustrating the ability to transition between systems. [Figure 39] This is a flowchart illustrating an example of using a domain modification method. [Figure 40] This is a flowchart illustrating an example of using a region switching mechanism. [Figure 41] This is a flowchart illustrating an example of using area display means. [Figure 42] This is a flowchart illustrating an example of using the component setting means. [Figure 43] This flowchart illustrates an example of using a substitute selection method. [Figure 44] This is a flowchart illustrating an example of using transition methods. [Figure 45] This is a flowchart illustrating an example of using output and display methods. [Modes for carrying out the invention]

[0012] The following describes embodiments for carrying out the invention. The specific system 1 for housing electrical and electronic equipment of this embodiment enables a variety of uses not possible with conventional methods.

[0013] Here, we will describe the identification system 1 for electrical and electronic equipment enclosures according to the embodiment. This system 1 for electrical and electronic equipment enclosures can be used to identify electrical and electronic equipment enclosures that house electrical and electronic equipment such as panels, racks, control panels, and distribution boards, or it can be used to specify the positions for drilling holes and the positions for placing components. In particular, it can be used as a system that can identify the configuration of electrical and electronic equipment enclosures using information input by users such as customers.

[0014] This system 1 for housing electrical and electronic equipment can display the screen of dedicated software on the user's terminal 71 using output and display means 31 provided on a server 3 prepared by the manufacturer (see Figures 1 and 2). Furthermore, this system 1 for housing electrical and electronic equipment allows the user to input the size and part number of the enclosure, and specify the processing details of the cabinet, through the screen displayed on the terminal 71 by operating the input means 73. In addition, this system 1 for housing electrical and electronic equipment enables design and ordering via the network in accordance with the specified details.

[0015] For example, when using the electrical and electronic equipment enclosure identification system 1 as an electrical and electronic equipment enclosure selection system, the system selects a cabinet that matches the input information, such as the cabinet size desired by the user, from a database stored on a storage medium 11 provided by the manufacturer. Furthermore, when using the system as a hole processing and part positioning system, it allows users to specify hole processing and part positions for the cabinets selected by the system to identify the desired cabinet.

[0016] This system enables the creation of a user environment by connecting a server 3 provided by the manufacturer to a user's terminal 71, such as a personal computer or tablet, via a network. The user's terminal 71 only needs to include a monitor 72 capable of displaying a screen, input means 73 such as a keyboard, and movement means 74 such as a mouse or keyboard arrow keys, but these can be well-known devices such as touch panels.

[0017] In the example shown in Figure 1, the server 3 managed by the manufacturer includes a storage medium 11 capable of storing database information, a calculation means 21, and an output / display means 31 that outputs the calculation results to the terminal 71 and displays them on the monitor 72. The calculation means 21 can be any device that can access each storage unit of the storage medium 11 based on input information input using the input means 73, perform calculations based on the obtained information, and output the results in a way that changes the display of the output / display means 31 so that it can be displayed on the user's monitor 72. A processor is an example of such a device.

[0018] Preferably, the storage medium 11, which serves as a storage means, includes a cabinet information storage unit 12 that stores information on the shape of the cabinet, a shape pattern information storage unit 15 that stores information on the shape patterns of holes processed in the cabinet, and a parts information storage unit 13 that stores information on parts installed in the cabinet. It is even more preferable to include a specification change information storage unit 14 that stores information on specification changes from typical examples. Specification changes refer to making the cabinet different from a normal cabinet, and examples include specifying different hole shapes or hole positions, changing the door position, changing from a single door to a double door, adding welded parts, and adding parts to be attached to the housing.

[0019] The cabinet information storage unit 12 and parts information storage unit 13 of the embodiment are equipped with a database that stores information such as part number, shape, drawing data, and price for each of the numerous cabinets and parts that the manufacturer has designated as standard products (see Figures 3 and 4). A separate storage medium 11 may be provided for each database, but each database may be stored on a single storage medium 11.

[0020] Furthermore, the shape pattern information storage unit 15 and the part information storage unit 13 of the embodiment store information such as the shape of the hole, the shape of the part, the shape of the hole corresponding to the part, and the processing / placement prohibited area 42 set on the periphery of the hole and the periphery of the part (see Figures 4 to 6). In addition, it is preferable that the storage medium 11 can store graphic patterns created by the user, drawings created, etc.

[0021] Users of the system can input the size and name of the cabinet while viewing the screen displayed on monitor 72, and can also change the specifications such as the configuration of the cabinet, including the handle, circuit board, hinges, ground terminal, and drawing holder, as well as the shape of the door (reverse door, double door, etc.) (see Figure 2). To enable this, in the example shown in Figure 1, the server 3 is equipped with a specification change information storage unit 14.

[0022] The system of this embodiment includes an input screen display means 32 that can display an input work display unit 51 on the screen of a monitor 72, which can be used to input information about the cabinet and its components, and to select optional parts to be installed. The system also includes a housing image display means 33 that can display a housing image display unit 52 that shows the outline drawing, size, components, and selected parts of the selected cabinet. Furthermore, the system of this embodiment includes an estimated price display means 34 that displays the cost of the selected cabinet, the processing costs, and the cost of parts on an estimated price display unit 53. The system also includes a display change means 35 that can change the content displayed on the screen.

[0023] The system of this embodiment is capable of displaying an input work display unit 51, a housing image display unit 52, and an estimated price display unit 53 on a single screen, and the content entered in one display unit is reflected and displayed in each of the other display units. For example, a part selected in one display unit may be displayed as a selected item in another display unit, or the size and components of a cabinet may be displayed.

[0024] In this embodiment, the input work display unit 51, the housing image display unit 52, and the estimated price display unit 53 can be displayed on a single screen, eliminating the need to switch screens to check content and thus reducing the burden on the user's input work. However, even simply being able to display the input work display unit 51 and the housing image display unit 52 on a single screen can reduce the burden on the user's input work.

[0025] To enable this, it is preferable that the system 1 for identifying electrical and electronic equipment storage boxes comprises: a cabinet information storage unit 12 that stores information about the shape of the cabinet; a parts information storage unit 13 that stores information about the components mounted on the cabinet; and a calculation means 21 that can perform calculations to identify a cabinet stored in the cabinet information storage unit 12 using information input from a user. The system 1 for identifying electrical and electronic equipment storage boxes is further provided with: an output / display means 31 having an input screen display means 32 that displays an input work display unit 51 used to change or add cabinets or parts using an input means 73; and an enclosure image display means 33 that displays an image diagram of the cabinet on an enclosure image display unit 52. The input work display unit 51 and the enclosure image display unit 52 are displayed on a single screen, and the display on the enclosure image display unit 52 can be changed when the input information input to the input work display unit 51 is changed or added. With this configuration, in a specific system 1 that allows for the specification of hole positions and part positions in cabinets for housing electronic and electrical equipment such as control panels, the shape of the selected parts and holes, the condition of the cabinet equipped with the selected parts and holes, and the price of each can be easily visualized.

[0026] Furthermore, the output / display means 31 includes an estimated price display means 34 that displays an estimated price display unit 53 that displays the estimated price of the selected cabinet or selected or changed parts. Preferably, the input work display unit 51, the housing image display unit 52, and the estimated price display unit 53 are displayed on a single screen, and the display of the estimated price display unit 53 can be changed when the input information entered into the input work display unit 51 is changed or added.

[0027] Furthermore, it is preferable that the system allows for the removal of the selected part in the estimated price display unit 53, and that the display in the input work display unit 51 and the housing image display unit 52 can be changed when the removal of the part is selected.

[0028] In this embodiment, when the user inputs or selects an item name, the target selection means 22 functions to select the specified cabinet from the cabinet database stored in the cabinet information storage unit 12 and outputs its size, etc. If the user inputs a size, the target selection means 22 is used to check if information for a cabinet matching that size exists in the cabinet information storage unit 12. If the input is information not stored in the storage medium 11 of the server 3, it is preferable to automatically generate an item name and display information such as whether it is a custom-made item on the user's monitor 72 or similar.

[0029] The enclosure image display unit 52 displayed on the screen can display a graphic representing the image of the enclosure identified from the user's input, and it is preferable that the size is displayed on this enclosure image display unit 52. Furthermore, it is preferable that the ratio of the dimensions such as height and width of the displayed graphic matches the displayed size. It is preferable that the ratio of height, width, and depth is the same as the displayed size, but even if only the ratio of height and width is displayed, it is possible to easily grasp the configuration of the enclosure, etc.

[0030] Furthermore, it is preferable that the display on the enclosure image display unit 52 changes when input such as the selection of parts is made. However, since there may be cases where it is desirable not to display the selected parts, it is preferable to allow the user to choose whether or not to display the parts.

[0031] In this embodiment, multiple tabs are displayed on the screen, and by changing the selected tab, a display is shown that allows users to select alternative components for the cabinet or add parts (such as louvers). In the example shown in Figure 2, the "Basic" tab is selected, but by selecting the "Options" tab, it is possible to specify parts (see Figures 2 and 7). In the example shown in Figure 7, it is possible to specify the filtering conditions for the handle, which is a part, and by specifying these conditions, the number of selectable handles can be narrowed down. Thus, it is preferable to have a configuration that allows the filtering conditions for parts to be specified.

[0032] Furthermore, it is preferable that the selected options, specification changes, and the prices of the rearranged components are displayed in the estimated price display unit 53 (see Figure 7). In this embodiment, the estimated price display unit 53 allows for the removal of selected parts, and when a part is removed, the input content of the input work display unit 51 and the display of the housing image display unit 52 are changed.

[0033] The system of this embodiment can move to a screen where the user can specify the positions of holes and parts in the cabinet using the input means 73, thereby enabling the user to design the enclosure by specifying the positions of holes and parts. In the example shown in Figure 2, a button labeled "Hole Processing" is displayed, and pressing this button will move the user to a screen where the user can design the enclosure by specifying the positions of holes, etc. (see Figure 8).

[0034] In this embodiment, the moved screen can display diagrams of the six sides constituting the cabinet's outer casing, as well as the areas 41 where processing / placement is possible and areas 42 where processing / placement is prohibited for the components, in a visible manner. Furthermore, the destination screen can be used to specify holes and parts, and to specify the positions of holes and parts.

[0035] If the placement of holes or parts overlaps with the processing / placement prohibited area 42, it is preferable to display a message indicating that placement is not possible at the specified location. In this embodiment, the display content of the housing image display unit 52 can be changed and redisplayed to show the state after hole processing or after parts have been placed.

[0036] Furthermore, it is preferable to allow users to check the state in accordance with the specification changes using the enclosure image display unit 52. For example, it is preferable to allow users to check the state in accordance with the specification changes, such as a diagram showing the cabinet with a different paint color, a diagram showing the door as a reverse door, a diagram showing the door as a double door, or a diagram showing the door as open.

[0037] Preferably, the cabinet information storage unit 12 contains an outline drawing of the cabinet and a cabinet area source diagram for a specific model of cabinet, which includes a processing / placement area 41 where holes and parts can be placed and a processing / placement prohibited area 42 where holes and parts cannot be placed, or it contains an area source diagram that forms the basis of each cabinet.

[0038] It is preferable that the storage medium 11 be equipped with a specification change information storage unit 14 that can accommodate specification changes. It is preferable that this specification change information storage unit 14 be equipped with a specification change area source diagram that can accommodate specification changes such as adding parts to the cabinet or changing the opening position of the cabinet door (see Figures 9 and 10).

[0039] For example, a ground terminal is often provided as a component on the back of a cabinet enclosure. Typically, considering the ease of opening and closing the door and wiring, the ground terminal is installed on the side where the hinge shaft is located. Following this design, if the door opens in the opposite direction to the normal setting—that is, if the handle is on the right side of the door instead of the left side when viewed from the front (a configuration known as a reverse door)—the hinge shaft of the cabinet will also be positioned in the opposite direction, requiring a change in the location of the ground terminal on the back of the enclosure.

[0040] Furthermore, when using a locking rod, it is common practice to set the movable range of the locking rod as the processing / placement prohibited area 42. Therefore, if the door becomes reversed, it is necessary to change the processing / placement prohibited area 42. In this case, it is preferable to use information stored in the specification change information storage unit 14 regarding the outline drawing and area drawing in which the processing / placement prohibited area 42 corresponding to the specification change has been set. For example, it is preferable to use the specification change area source drawing together with the cabinet area source drawing to determine the position of holes and parts.

[0041] By the way, the database can be created separately for the cabinet shape and the specification change information, or it can be created as a single database. Alternatively, the original cabinet drawing and the specification change area drawing may be pre-combined and stored as the area drawing (see Figure 11).

[0042] In this embodiment, the storage medium 11 stores outline drawings of the six sides of the cabinet and drawing data of cabinet components such as handles and circuit boards (see Figure 12). The storage medium 11 also stores a cabinet area diagram as drawing data, which includes processing / placement prohibited areas 42 that specify areas where processing or placement is prohibited. In this embodiment, the processing / placement prohibited areas 42 include locations where components are placed, locations where components are mounted, locations where the strength of the housing may be compromised during cabinet processing, and locations where processing equipment that performs hole drilling or other operations on the housing cannot operate.

[0043] In this embodiment, the drawing data, which includes an outline drawing (including an unfolded drawing), and the area diagram, which sets the processing / placement prohibited area 42, have a representative original drawing for a specific model (part number) set, and the embodiment includes an area setting means 25 that generates the drawing data and the processing / placement prohibited area 42 from that original drawing.

[0044] For example, when the model (part number) name and size are entered via the input means 73 of the user's terminal 71, the target selection means 22 identifies a representative original drawing of the entered model (part number), and the area changing means 25a expands or shrinks the identified original drawing in the vertical, horizontal, or depth directions of the cabinet to generate an outline drawing and an area drawing with the processing / placement prohibited area 42 set (see Figure 13). If no part number is specified, the original drawing of a representative model of the part number specified by the manufacturer should be selected. The representative model does not necessarily have to be identified entirely by the part number. For example, even if the entered part number and the stored part number are the same, if the height is less than a predetermined value, "original drawing 1" can be used, and if the height is greater than or equal to a predetermined value, "original drawing 2" can be used.

[0045] Of course, other handling methods are also possible. In any case, while previously manufacturers had to store the cabinet outline drawings and area diagrams on a storage medium each time they added a new model to their product line, this new system allows for the use of pre-configured source drawings that can be expanded or reduced, thereby reducing the burden on manufacturers.

[0046] Therefore, the specific system 1 for housing electrical and electronic equipment comprises: a cabinet information storage unit 12 that stores information about the cabinet shape; a shape pattern information storage unit 15 that stores information about the shape patterns of holes processed in the cabinet or the shape patterns of parts to be placed thereon; and a calculation means 21 that can calculate how to display on a layout screen a combination of the cabinet shape stored in the shape pattern information storage unit 15 and the cabinet shape stored in the cabinet information storage unit 12, using information input from the user. Furthermore, in this system 1 for identifying electrical and electronic equipment storage boxes, the cabinet information storage unit 12 stores either a "original cabinet area diagram" in which at least one of "a processing / placement area 41, which is an area where holes and parts can be placed according to the basic specifications of a specific model of cabinet" and "a processing / placement prohibited area 42, which is an area where holes and parts cannot be placed" or a "original specification change area diagram according to specifications different from the basic specifications." The calculation means 21 can identify the original cabinet area diagram or original specification change area diagram corresponding to the input information of the input cabinet, and the area setting means 25 expands or shrinks the identified original cabinet area diagram or original specification change area diagram according to the input size of the cabinet to generate an area diagram, which is displayed on the layout screen, and the position of holes or parts can be specified using the displayed area diagram. With this configuration, in a system that can identify cabinets for storing electrical and electronic equipment, it is possible to issue processing instructions or make specification changes to cabinets different from the cabinets for which the diagram is stored in the storage medium 11.

[0047] Furthermore, it is preferable that the region setting means 25 be configured to generate a composite region diagram created by combining a region diagram created from the cabinet region source diagram and a region diagram created from the specification change region source diagram. Alternatively, the region setting means 25 may be configured to generate a composite region source diagram created by combining the cabinet region source diagram and the specification change region source diagram. In this way, the range of region diagram generation can be broadened. In the example shown in Figure 1, the region setting means 25 is equipped with a region compositing means 25c capable of generating a composite region diagram.

[0048] Furthermore, it is preferable to have a configuration that includes a reference setting means 25b that allows the cabinet area original drawing or specification change area original drawing to be expanded or reduced according to the logic stored in the storage medium 11, and the logic used to expand or reduce the cabinet area original drawing or specification change area original drawing according to the logic stored in the storage medium 11. Since the expansion or reduction can be performed according to the rules defined in the logic, the amount of original drawings that need to be stored in advance can be reduced.

[0049] The logic can be anything, but it is preferable that it be determined by numerical values. Alternatively, a reference point may be established, and the distance in a specific direction from that point may be specified. An example of such logic is shown in Figure 14. The example in Figure 14 shows the logic for determining the position of handles and hinges, and the diagram created according to that logic. Furthermore, as can be seen from Figure 15, multiple reference points may be established, and the distance in a specific direction from those points may be specified. In the example shown in Figure 15, the position of circuit board fasteners and ground terminals can be determined from multiple reference points.

[0050] In the example shown in Figure 1, the outline drawing and area drawing are modified using a reference setting means 25b, in which the criteria for expansion and reduction and the arrangement method of components are set to be linked as logic in the form of a program for each area source drawing.

[0051] In the case of an outline drawing, in addition to the outline, the positions of components formed on each surface (handle, hinge, drain plug, gasket, ground terminal, circuit board, drawing holder, etc.) are also subject to association. If the original drawing is based on the smallest shape of a representative model, then only the extension logic needs to be stored. Alternatively, the reference setting means 25b may read the processing / placement prohibited area 42 from the area source drawing and use that distance in the logic.

[0052] It is preferable that the area diagram in which processing / placement prohibited areas 42 are set can also be set using the logic-based reference setting means 25b, just like the outline diagram. Furthermore, if processing / placement prohibited areas 42 are set for information on components other than the plates that constitute the outer casing of the cabinet, it is preferable to generate the area diagram of the cabinet by combining the processing / placement prohibited areas 42 of the plates that constitute the outer casing of the cabinet with the processing / placement prohibited areas 42 of the components other than the plates that constitute the outer casing of the cabinet using the area merging means 25c to create new processing / placement prohibited areas 42, and by scaling them up or down according to the input cabinet size (see Figure 16).

[0053] It is also possible to avoid storing new information in the storage medium 11 and instead generate and display area diagrams and outline diagrams using already stored information each time. However, it is preferable to allow new information to be stored in the storage medium 11, such as by storing the generated area diagram (see Figure 17).

[0054] There are various possible timings for saving new information to the storage medium 11. For example, when the manufacturer adds a new part number to the database as a standard product, the outline drawing and area diagram may be generated and saved to the storage medium 11. Alternatively, if the manufacturer stores the part number but does not store the corresponding outline drawing, the outline drawing and other diagrams may be generated and stored when the user selects that part number.

[0055] Furthermore, when a user selects a size not available in the standard product lineup and generates an outline drawing and area diagram, the generated outline drawing and area diagram may be saved to the storage medium 11 of server 3, and other users who select a similar size may retrieve them from the storage medium 11 of server 3.

[0056] In this embodiment, the specification change area diagram stored in the specification change information storage unit 14 also has an original area diagram. By resizing the original area diagram of the specification change area diagram, the processing / placement prohibition area 42 used when specifying the location of hole processing or part position can be expanded (see Figure 18).

[0057] For example, it is preferable that, in accordance with the size information entered by the user, the area modification means 25a expands or reduces the original drawing of the specification change area diagram, and then the area composition means 25c combines the cabinet area diagram and the specification change area diagram to create a composite area diagram, and that the position of hole processing and part positions can be specified using this composite area diagram.

[0058] Here, we will specifically explain another example of creating a new diagram based on stored information. For example, suppose that when the shape of the door is identified using the input means 73, a double door (double-hinged door) is selected. In this case, everything except the door itself can be created based on the corresponding area source diagram, just as when a single door (single-hinged door) is selected. For the door itself, for example, an area diagram is created that includes a door processing / placement prohibited area 42 whose horizontal size is half the total width of both doors. Then, this created area diagram is inverted to create a drawing of another area diagram. After that, the area merging means 25c merges the respective drawings to generate the processing / placement possible areas 41 for both doors, etc. (see Figure 19). In addition, a separate processing / placement prohibited area 42 should be set at the position where the hinges are attached to the housing body.

[0059] By the way, when specifications are changed, one example is to combine the cabinet area diagram with the area diagram of the changed specifications to generate a new area diagram. However, even when specifications are changed, the area diagram does not necessarily have to be generated in this way. For example, the cabinet area diagram can be replaced with the area diagram of the changed specifications and used as an area diagram to specify hole positions and part positions.

[0060] Furthermore, it is preferable to configure the system so that the previous version of the diagram can be easily viewed even when specifications are changed. For example, if three versions are created based on user input—"area diagram expanded and reduced to match the cabinet dimensions," "area diagram with the changed specifications expanded and reduced to match the cabinet dimensions," and "area diagram combining the two"—it is preferable to be able to switch between and display them (see Figure 20). Making it easy to compare the created diagrams in this way can reduce the burden on the design process. It also makes it easier to design non-standard products.

[0061] One example of when to use the "area diagram expanded or reduced to fit the cabinet" is when you want to manufacture something where no specification changes have been made or no specific parts have been designated.

[0062] An example of when to use the "area diagram that expands or shrinks to match the cabinet specifications" is when you only want to manufacture cabinets with the modified specifications. For example, if you only want cabinets with reversed doors.

[0063] An example of using a "combined area diagram" is when you want to manufacture multiple types of cabinets, but you want to standardize the equipment and processing methods (such as processing the same hole shape) used for attaching the components. In this example, the range of use for the processed product can be broadened.

[0064] One example of a situation where you might need to switch between screens is when the processing method required for an additional part differs from the processing method for the cabinet's components.

[0065] While it is acceptable for the necessary information to be displayed according to the situation, it is preferable that at least one of the following actions—inverting, switching, or compositing—is performed on the area, and the result is displayed. In principle, the manufacturer should decide and set how the information is displayed.

[0066] By the way, combining the cabinet area diagram (first area processing diagram) and the specification change area diagram (second area diagram) does not necessarily result in the best area diagram. This is because the areas where placement and other arrangements are possible may become too limited.

[0067] Furthermore, when a certain processing method is used for a particular part (for example, welding a bolt), or more specifically, when a processing method different from hole drilling is used, it may be necessary to reserve space for that processing. When setting the processing / placement prohibition area 42 with such considerations in mind, the processing / placement prohibition area 42 tends to be set to be wider.

[0068] Therefore, uniformly defining and displaying the processing / placement prohibited area 42 may be undesirable in some cases. To avoid this, it is preferable to display a region diagram selected from among multiple region diagrams in which the processing / placement prohibited area 42 is set differently, or to provide a region switching means 25d that can switch between multiple region diagrams. It is also acceptable to display a composite of multiple region diagrams.

[0069] With such area switching means 25d, the system can normally display a narrowly set no-processing / no-placement area 42, and in special cases, such as when specific processing is required, it can display an area diagram with a wider no-processing / no-placement area 42. Alternatively, the system can normally display a wider no-processing / no-placement area 42, and in cases where greater flexibility in processing and placement is desired, it can display an area diagram with a narrower no-processing / no-placement area 42. Of course, it is also possible to select which area diagram to display each time.

[0070] Furthermore, when considering hole machining, a region diagram showing a narrowly defined machining / placement prohibited area 42 may be displayed, and when considering the placement of parts, a region diagram with a wider machining / placement prohibited area 42 may be displayed.

[0071] To enable this, the system 1 for identifying electrical and electronic equipment storage boxes comprises: a cabinet information storage unit 12 that stores information about the cabinet shape; a shape pattern information storage unit 15 that stores information about the shape patterns of holes to be processed in the cabinet or the shape patterns of parts to be placed; and a calculation means 21 that can calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit 12 and the shape patterns stored in the shape pattern information storage unit 15, using information input from the user. The system 1 stores: a first area diagram which is a cabinet area diagram in which at least one of a processing / placement area 41 which is an area where holes and parts can be placed and a processing / placement prohibited area 42 which is an area where holes and parts cannot be placed; and a second area diagram which is an area diagram different from the first area diagram. Furthermore, it is preferable to have an area switching means 25d that allows for the selection or switching between the first area diagram and the second area diagram to enable the design of additional holes and parts. With this configuration, in a specific system 1 that allows for the specification of the position of holes and parts in cabinets for housing electronic and electrical equipment such as control panels and other electronic devices, the degree of freedom in the position of hole processing and the installation position of parts can be increased.

[0072] Furthermore, if a hole or part is specified in one area diagram, it is preferable to have a configuration that includes a processing prohibition setting means 25e that allows the area corresponding to the specified part to be set as a processing prohibition area even when switching to another area diagram.

[0073] Furthermore, it is preferable that the processing prohibition setting means 25e be configured to allow for the setting of processing prohibition areas in a region diagram in a way that makes it visually clear whether the area designated as a processing prohibition area in that region diagram was designated by specifying a hole or part in that region diagram, or by specifying a hole or part in another region diagram.

[0074] Furthermore, it is preferable that the processing prohibition setting means 25e be configured to display a region diagram in which a hole or part has been selected when the user operates it to select a hole or part that has appeared in the region diagram.

[0075] In this embodiment, as can be seen from the examples shown in Figures 21 and 22, the display used to specify the location of the hole and the display used to specify the location of the part to be attached are set separately, and can be switched between. Furthermore, the displayed machining / placement prohibited area 42 is different for the display used to specify the location of the hole and the display used to specify the location of the part to be attached. Based on these displays, the respective locations can be specified. Therefore, unlike the case where a combined area diagram is set so that both the location of the hole and the location of the part to be attached can be specified, the problem of having to specify the location when the range in which the part can be installed is narrowed can be suppressed, and the degree of design freedom can be increased.

[0076] By the way, it is preferable that the processing prohibition setting means 25e be configured such that when a hole shape or the like is selected at a specific position using the shape pattern selection means 23 on one screen display, and the user moves to another screen display, that position or the area surrounding that position is set as a processing prohibition area such as a processing / placement prohibition area 42, thereby preventing processing. In this case, an example would be to prevent movement to this area. It is also preferable to construct the system to include a shape pattern moving means 24 that makes the shape pattern movable.

[0077] Let's explain in more detail an example of how different displays are linked. For example, as shown in Figure 23, specify the hole position while the cabinet area diagram (the diagram displayed when the hole machining tag is selected) is displayed. Then, when you move to the specification change display (the display displayed when the part mounting tag is selected), the specified hole position will be displayed as a machining / placement prohibited area 42.

[0078] Furthermore, specify the part while the specification change display (the display shown when the part mounting tag is selected) is visible. Next, when you move to the state where the cabinet area diagram (the diagram shown when the hole processing tag is selected) is displayed, the location where the specified part is mounted will be displayed as a processing / placement prohibited area 42.

[0079] Preferably, the second area diagram is an area diagram used when specifying parts that require a different processing method than the holes or parts specified in the first area diagram. Preferably, the processing prohibition setting means 25e is configured such that, when an operation is performed on an area diagram (first area diagram) used for the placement of something (e.g., placement of holes) that affects the addition of something to a certain part of the cabinet, the corresponding area in the area diagram (second area diagram) used for the placement of something else (e.g., placement of parts, welding of parts) is displayed in a way that makes it clear that processing or other operations on that area are prohibited due to an operation performed in an area diagram different from that area diagram (second area diagram). More preferably, the configuration is such that it is clear which area diagram was being used when the operation was performed that resulted in processing or other operations being prohibited on that area (see Figure 24). In this case, for example, it is preferable to use color coding for the display. In this way, the reason why processing or other operations are prohibited can be easily grasped.

[0080] Furthermore, it is preferable to have a configuration that allows switching to a display showing the area diagram where the prohibited operation was performed when an operation is performed to select an area where processing or other operations have been prohibited in a display showing a certain area diagram. It is also preferable to have a configuration that allows displaying the type and purpose of each operation and part specification assembly (hole processing, part placement, nut processing, etc.) when creating drawings after or immediately before placing an order.

[0081] By the way, when specifying hole positions or part positions on a screen displaying the processing / placement prohibited area 42 and the processing / placement permitted area 41, it is preferable to have a configuration that allows the display of grid lines or the like.

[0082] Furthermore, the system 1 for specifying boxes for housing electrical and electronic equipment comprises: a cabinet information storage unit 12 that stores information about the cabinet shape; a shape pattern information storage unit 15 that stores information about the shape patterns of holes to be processed in the cabinet or the shape patterns of parts to be placed; and a calculation means 21 that can calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit 12 and the shape patterns stored in the shape pattern information storage unit 15, using information input from the user. Preferably, the cabinet information storage unit 12 stores at least one of a processing / placement area 41, which is an area where holes and parts can be placed, and a processing / placement prohibited area 42, which is an area where holes and parts cannot be placed. The system also includes an area display means 25f that, when a specified point is specified from any position on the layout screen by an input means 73, displays the length of the processing / placement area 41 and the length of the processing / placement prohibited area 42 on the axis passing through the specified point in a visible manner. With this configuration, in a specific system 1 that allows for the specification of hole positions and part positions in cabinets for housing electronic and electrical equipment such as control panels, it is possible to easily determine the length of the area where processing and placement are possible and the area where processing and placement are not possible when specifying the position of holes and parts. It can also be used for interference checks when considering mounting equipment in the areas where holes have been processed.

[0083] Furthermore, it is preferable that the area display means 25f is configured to display the length of a hole or part on at least one of the horizontal or vertical axes passing through a designated point.

[0084] Furthermore, it is preferable that the area display means 25f is configured to display the length of the machining prohibition area along at least one of the horizontal or vertical axes passing through the specified point, if the machining prohibition area formed when the arrangement of holes or parts is specified lies on that axis.

[0085] Furthermore, it is preferable that the area display means 25f be configured to display the length of the processing / placement area 41 and the length of the processing / placement prohibited area 42 in a way that allows for distinction between them.

[0086] Furthermore, it is preferable that the area display means 25f be configured to display the length based on the previously specified point and the length based on the destination point when the specified point is moved from a previously specified position.

[0087] Furthermore, it is preferable to configure the system so that the display of grid lines and other elements can be set by switching them on and off (see Figure 25).

[0088] In this embodiment, by operating the range confirmation button, the length of the machining / placement prohibited area 42 and the length of the machining / placement permitted area 41 in at least one axial direction (X, Y, or Z) passing through a specified point can be displayed (see Figures 25 and 26). In this embodiment, different displays are used for each area to make it easy to understand which area's length is being shown (see Figure 26). In this example, different colors are used for each area, but the differentiation of the display is not limited to this example. For example, the display format may be changed for each area. In any case, using different displays for each area makes it easy to understand which area's length is being shown.

[0089] In this embodiment, the display can be changed by moving the designated point. Also in this embodiment, if there are processing / placement prohibited areas 42 (such as nuts) that are set independently from the processing / placement prohibited areas 42 located outside the area diagram, the length of the independently set processing / placement prohibited area 42 can be displayed (see Figure 27). Furthermore, if there is a processing / placement permitted area 41 between the independently set processing / placement prohibited area 42 and the processing / placement prohibited area 42 located outside the area diagram, its length will be displayed. Note that since multiple displays can make it difficult to see, it is preferable to have a configuration that allows selection of settings to hide some types of lengths, such as displaying only the length of the processing / placement permitted area 41.

[0090] In this embodiment, once a numerical value is displayed by the area display means 25f, it can be kept displayed (see Figure 28). For example, the display of the numerical value can be switched between being maintained and being deactivated by clicking a predetermined number of times. This eliminates the need to move the cursor repeatedly to check the value. Furthermore, although this embodiment shows a two-dimensional display method in the X and Y directions as an example, if a three-dimensional model is displayed, it may be possible to display all three directions: X, Y, and Z.

[0091] Furthermore, when holes or parts are specified, it is preferable to treat the locations of the specified holes or parts as areas where processing or other operations are prohibited (see Figure 29). In this case, it is preferable to change the display method (color, etc.) of the specified holes or parts and the processing / placement prohibited area 42.

[0092] In this embodiment, the mounting position of parts on the cabinet can be specified on the system, but the cabinet is equipped with components such as handles, circuit boards, hinges, gaskets, locking rods, inner doors, and drawing holders. For this reason, it is preferable to have a component setting means 26 that can check the relationship between the housing and holes and parts, as well as the interference between parts specified to be installed on the housing and the components of the cabinet.

[0093] When checking for interference, a two-dimensional positional relationship viewed from only one direction may be insufficient; therefore, it is preferable to have a configuration that allows checking from multiple directions. For example, in the example shown in Figure 30, checking only the right side view of the enclosure makes it appear as if the parts can be placed, but examining the relationship with the circuit board reveals interference. If interference is detected, a warning display should be provided. Furthermore, the checking and display do not necessarily have to be in two dimensions. For example, the presence or absence of interference could be displayed in three dimensions.

[0094] The identification system 1 for housing electrical and electronic equipment preferably includes a processing determination means 26a that can determine whether a component (such as a circuit board) is processable when interference is detected. Furthermore, even if the processing determination means 26a determines that a component is not processable, it is preferable that the system be able to determine whether a processable substitute exists for the component in question, or whether it can be changed to a processable one.

[0095] Therefore, it is preferable to have an electrical and electronic equipment storage box identification system 1 comprising: "a cabinet information storage unit 12 that stores information about the cabinet shape"; "a shape pattern information storage unit 15 that stores information about the shape pattern of holes to be processed in the cabinet or the shape pattern of parts to be placed"; and "a calculation means 21 that can calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit 12 and the shape pattern stored in the shape pattern information storage unit 15 using information input from the user"; and "a component setting means 26 that can determine whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that constitutes the cabinet"; and "a processing determination means 26a that can determine whether the interfering component is processable when it is determined that the part interferes with a component," wherein if the interfering component is processable, it is determined that the system is processable. With this configuration, in a specific system 1 that can specify the position of holes and parts in cabinets for housing electronic and electrical equipment such as control panels, it is possible to check for interference between components when positioning selected parts in the enclosure, and to determine whether or not the components can be machined if interference occurs.

[0096] Furthermore, it is preferable to have a configuration that allows a diagram of the component with the interfering portion cut out to be displayed on the layout screen when the processing determination means 26a determines that processing is possible.

[0097] Furthermore, if the processing determination means 26a determines that the interfering component cannot be processed, it is preferable to have a component changing means 26b that determines whether the interfering component can be changed to a component that can be processed, and if the component changing means 26b determines that it can be changed, it is preferable to have a configuration that allows the processing of the changed component to be performed so that the changed component does not interfere with parts placed on the layout screen or parts that can be identified from holes placed on the layout screen.

[0098] Furthermore, the storage medium 11 stores a machinable area, which is an area of ​​the component that can be machined, and an absolutely prohibited area, which is an area of ​​the component that cannot be machined. It is preferable that the system be configured such that if the machining determination means 26a determines that a part is interfering with the absolutely prohibited area of ​​the component, it can display on the screen that the part cannot be placed.

[0099] For example, if a component (such as a circuit board) has a machineable part or a machineable substitute, the component can be machined to avoid interference with the part whose placement is specified (see Figures 31 and 32). However, it is unknown whether the user prefers such machining. Therefore, even if a component has a machineable part or a machineable substitute, the system should first confirm with the user whether they want to change the current settings. Then, if the user indicates that they wish to change the settings, it is preferable to display the component with the parts that interfere with the specified parts machined on the layout screen. For this reason, it is preferable to provide the system with a component modification means 26b that enables this. When performing machining, it is preferable to set the system to machine the component so that there is a distance of several millimeters between it and the part.

[0100] Preferably, the part changing means 26b is configured to determine, for example, whether there is a substitute made of a material that can be properly processed by the manufacturer's machines, if it is determined that the selected material cannot be properly processed by the machine owned by the manufacturer.

[0101] For example, if a manufacturer does not have suitable processing machinery for wooden materials but has machinery for processing iron or stainless steel components, and the system determines that the component material is wood, it should check if there are alternative parts made of iron, stainless steel, etc. If an alternative is available and the user desires it, the system should be configured to use the component with the interfering parts removed.

[0102] Incidentally, component parts themselves often have areas that cannot be modified (absolutely no-modification zones) (see Figure 33). For example, the area around the part used for mounting to the enclosure is typical. Also, in the case of circuit boards that are formed by bending the top, bottom, left, and right edges, areas that would prevent such bending if modified are also areas that cannot be modified. Furthermore, in cases where the enclosure is large and has two back panels, the circuit board may also act as a part that maintains the strength of the enclosure. Areas where it acts in this way are areas that cannot be modified. In addition, the connection points when two circuit boards are joined together, and other fundamental parts that make up the cabinet, are usually areas that cannot be modified.

[0103] In the identification system 1 for housing electrical and electronic equipment, an absolute no-processing area is set in the data that can identify parts that are not permitted to be processed. If it is confirmed that a part interferes with this absolute no-processing area, it is preferable to configure the system to either prevent the modification of the component itself or to prevent the part from being placed. In this embodiment, the processing / placement no-processing area 42 of the substrate is set to be a part that cannot be processed for reasons such as the shape of the processed holes being deformed when bending.

[0104] In this embodiment, the cabinet information storage unit 12 also sets components such as hinges, handles, locking bars, drawing holders, circuit boards, and gaskets as standard items for the housing set as a standard item. In this embodiment, each piece of information is linked to the inventory management system, and it is configured so that the presence or absence of inventory items can be checked (see Figure 34). Note that some components are products that can be applied to multiple housings, while others are components specific to a particular part number.

[0105] In this embodiment, it is determined whether a product corresponding to the input information entered by the user, such as the product number and required size and dimensions, 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 and not a standard product.

[0106] The system 1 for housing electrical and electronic equipment preferably includes a substitute selection means 27 that can determine whether any components can be substituted with other standard parts when a custom-made product is required. If the substitute selection means 27 determines that there are substituted components, it is preferable to confirm with the user whether or not to use the substitute. In this case, even if the user has selected a custom-made enclosure, 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, it may be possible to shorten the delivery time. Also, if the presented substitute is a standard product, it may be possible to provide it at a lower cost.

[0107] Therefore, it is preferable to have an electrical and electronic equipment storage box identification system 1 comprising: a cabinet information storage unit 12 that stores information about the cabinet shape; a parts information storage unit 13 that stores information about the components mounted on the cabinet; and a calculation means 21 that can perform calculations to identify a cabinet stored in the cabinet information storage unit 12 using information input from the user. When it is determined from the input information that the cabinet is not a standard product, a substitute selection means 27 determines whether the components 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 are no substitute parts for the components, the system processes the production to be a custom-made product. With such a configuration, in an identification system 1 that can identify cabinets for storing electronic and electrical equipment such as panels and control panels, a substitute can be found when a custom-made product is selected from the input information.

[0108] Furthermore, if it is determined that there is a substitute product for a component, the substitute selection means 27 preferably presents information on the selection screen so that the user can choose whether or not to use the substitute for the component, and if the user chooses not to use the substitute for the component using the input means 73, it is preferable to configure the system to process the production of a custom-made product.

[0109] Furthermore, it is preferable that the substitute selection means 27 is configured to process the substitute or to produce it as a custom order, where the components are manufactured from scratch, if it is selected to use a modified substitute using the input means 73.

[0110] There are various ways to determine whether a substitute exists. For example, when investigating substitutes, one could search for products with matching horizontal and / or vertical lengths, and extract any matching products as potential substitutes. While it is usually assumed that the feasibility of a substitute would be considered from the same model, it is also possible to have the user select a suitable substitute from a different model. Furthermore, since part numbers (part numbers) are usually assigned to identify the type of component, it is also possible to select a substitute by referring to the part number (part number) of the selected component.

[0111] Furthermore, if a wider enclosure size is selected, for example, it is acceptable to propose using multiple circuit boards as component parts, resulting in a configuration with a different number of components than what is expected from the input (see Figure 36). In this case, it is preferable to notify the customer of the advantages and disadvantages of adopting the proposed configuration, as well as the advantages and disadvantages of not adopting it. For example, it would be appropriate to notify the customer that adopting the proposed configuration would shorten the delivery time but increase the price. In this case, if the proposal is rejected, the order should be modified to use the components originally specified. For example, the order should be modified to produce one custom-made circuit board.

[0112] If the option to use a substitute component is selected, it is preferable to have a configuration that can determine whether input has been made for the processing of the selected component. For example, if it is decided to use a substitute circuit board, and then input is made requiring processing of that component, it is preferable to treat it as a custom-made product.

[0113] This is because components such as circuit boards may have already undergone painting or bending. More specifically, processing products that have already been painted or bent may result in the material being exposed at the edges, and bending may interfere with machining using machine tools. On the other hand, if the material has not been painted or bent, it can be treated as a substitute. After that, if there are no problems, a system should be built that allows for the creation of drawings and ordering.

[0114] Incidentally, cabinets differ in shape depending on the type of cabinet (monocoque, frame, material (plastic, iron)), and even cabinets of the same type can have different shapes. Therefore, it is difficult to build a system that can determine whether processing is possible for all types of cabinets, and whether parts can be attached. For this reason, selection systems have traditionally been built for each type of cabinet, and as a result, multiple selection systems (processing and parts selection systems) are available.

[0115] Incidentally, it is preferable that each system be able to share databases and the like. For example, it is preferable to have a transition mechanism that allows users to transition to the corresponding product selection system when input conditions that can identify a type, such as a specific product name or specific installation conditions, are entered using a terminal 71 with a screen display as shown in Figure 37. In this way, even users or data entry workers who are not familiar with how to use each system can be automatically moved to the appropriate system (see Figure 38). In other words, users and data entry workers do not need to be familiar with how to use each system.

[0116] Therefore, it is preferable to have a specific system 1 for housing electrical and electronic equipment, comprising: "a first specific system comprising a cabinet information storage unit 12 that stores information about the cabinet shape," "a shape pattern information storage unit 15 that stores information about the shape pattern formed on the cabinet," and "a calculation means 21 that can use information input from the user to calculate the identification of the housing or components for the housing that are needed from the cabinet information storage unit 12 and display them on a layout screen"; "a second specific system that can identify housings or components for housings that are different from those handled by the first specific system"; and "a transition means that, if it is determined that it is more appropriate to use another specific system than to use the specific system that is used by the input means 73 through any one of the specific systems, the user can move to the specific system that has been determined to be more appropriate." With such a configuration, even if multiple different specific systems are constructed in the specific system 1 that can specify the position of holes and parts to be provided in a cabinet for housing electrical and electronic equipment such as a control panel, it is possible to select the appropriate specific system without knowing the contents of each system.

[0117] Furthermore, it is preferable that the transition means be configured to allow transitions to other specific systems 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.

[0118] Furthermore, it is preferable to have a configuration that allows the destination to be determined by the model number entered using the input means 73 or by the installation conditions.

[0119] It is preferable that there are multiple destination systems via the transition means, and that the user can move to the system identified from the input content. Alternatively, a basic selection system may be set, and if there is no specific item to identify, such as a part number, the user may be redirected to the basic selection system. In this case, once input is made in the basic system, the user should not be redirected to another system, and the input work should be allowed to continue in that system. Furthermore, buttons may be provided to allow users to move to each system, and the user may operate them at their discretion to move to the appropriate system. Alternatively, if a system identified from the input content is preferred, the destination may be displayed on the output / display means 31 to prompt the user to move, and the user may be redirected to the identified system only after their consent is obtained.

[0120] If there are multiple systems that can determine the position of hole machining, it is preferable that the system transitions to the appropriate system based on the input content, regardless of which of the linked systems the product name or other information is entered into.

[0121] Alternatively, instead of categorizing by product name, the system could be configured to transition to a cabinet selection system based on information that identifies the usage environment, such as installation environment, region, and required performance level, as entered into the system. In this case, it is preferable to determine the selection based on factors such as IP performance (waterproof and dustproof performance), weather resistance, and corrosion resistance.

[0122] For example, if input indicates that the installation will be along the coast, a system will be available that displays a screen allowing users to select a plastic cabinet. If input indicates that the installation will be in an area prone to typhoons, a system will be available that selects a cabinet that meets IP performance and wind and rain performance requirements.

[0123] Here, we will explain an example of the use of the specific system 1 for housing electrical and electronic equipment. If the system is equipped with a region changing means 25a, it can be used as shown in Figure 39, for example. First, the user inputs housing information using the input means 73 (S101). From this input, the target selection means 22 is used to retrieve the original region diagram, which is the base diagram for the region diagram (S102). The region changing means 25a is used to expand or shrink the original region diagram using the original region diagram and the information input by the input means 73 (S103). Next, it is checked whether there are any changes in specifications (S104). If it is confirmed that there are no changes in specifications, the cabinet expanded region diagram obtained in step 103 is presented as the region diagram (S105).

[0124] If it is confirmed in step 104 that there is a change in specifications, the target selection means 22 is used to retrieve the base area diagram of the specification change area diagram from the input content (S106). The area change means 25a is used to expand or shrink the area source diagram using that area source diagram and the content entered in the input means 73 (S107). Next, it is confirmed whether or not to perform area diagram synthesis (S108). If it is confirmed that area diagram synthesis is not performed, the cabinet expansion area diagram obtained in step 103 and the specification change expansion area diagram obtained in step 107 can be switched and presented (S109).

[0125] If it is confirmed in step 108 that the area diagrams will be combined, then the area diagram obtained by combining the cabinet expansion area diagram obtained in step 103 and the specification change expansion area diagram obtained in step 107 will be presented (S110).

[0126] If the system is equipped with a region switching means 25d, it can be used as shown in Figure 40, for example. First, the user inputs housing information using the input means 73 (S201). Based on this input, the target selection means 22 is used to identify the housing (S202). Next, it is confirmed whether or not to drill holes in the housing (S203). If it is confirmed that drilling holes will be performed, a region diagram for specifying hole positions is displayed (S204). The user uses this region diagram to specify the hole positions (S205). After that, it is confirmed whether or not to specify the addition of parts to the housing (S206). If it is confirmed in step 203 that no drilling holes will be performed, steps 204 and 205 are omitted, and the confirmation in step 206 is performed.

[0127] If it is confirmed in step 206 that the user intends to add parts to the housing, the area switching means 25d is used to display an area diagram for adding parts to the housing (S207). The user uses this area diagram to add parts to the housing (S208). After that, it is confirmed whether or not to perform any other processing (S209). If it is confirmed in step 206 that the user does not intend to add parts to the housing, steps 207 and 208 are omitted, and the confirmation in step 209 is performed.

[0128] If it is confirmed in step 209 that no other processing is required, the flow ends. If it is confirmed in step 209 that other processing is required, the process returns to step 203.

[0129] If the system is equipped with area display means 25f, it can be used as shown in Figure 41, for example. First, the user inputs housing information using the input means 73 (S301). The housing is identified from this input (S302). Next, it is confirmed whether or not to drill holes in the housing (S303). If it is confirmed that hole drilling will be performed, an area diagram for specifying the hole position is displayed (S304). The user uses this area diagram to specify the hole position (S305). After that, it is confirmed whether or not to display the length of at least one of the machinable area or the non-machinable area (S306). If it is confirmed in step 303 that no hole drilling will be performed, steps 304 and 305 are omitted, and the confirmation in step 306 is performed.

[0130] If it is confirmed that a length indication is to be made for at least one of the machinable area or the non-machinable area, the length indication is made using the area indication means 25f (S307). Then, it is confirmed whether or not to maintain that length indication (S308). If it is confirmed that the length indication should be maintained, the length indication is maintained (S309). Then, it is confirmed whether or not to make any other length indications (S310).

[0131] If it is confirmed in step 306 that the length will not be displayed, or in step 308 that the length will not be maintained, then some steps will be omitted and the verification will proceed to step 310.

[0132] If it is confirmed in step 310 that no other length displays are required, the flow ends. If it is confirmed in step 310 that other length displays are required, the process returns to step 306.

[0133] If the system is equipped with a component setting means 26, it can be used as shown in Figure 42, for example. First, the user inputs housing information using the input means 73 (S401). The housing is identified from this input (S402). Then, the user specifies the parts (S403). Next, the user uses the component setting means 26 to check whether the specified part interferes with the components of the housing (S404). If it is confirmed that the specified part interferes with the components of the housing, the user uses the processing determination means 26a to check whether it is possible to process the interfering components (S405). If it is confirmed that it is possible to process the interfering components, the removal area of ​​the housing components is determined so that they do not interfere with the specified part (S406). After that, the components are processed so that the determined removal area is removed (S407).

[0134] In step 404, if it is confirmed that there is no interference between the specified part and the components of the housing, it is determined that processing of the components does not need to be performed (S408).

[0135] If it is confirmed in step 405 that the housing components that interfere with the specified part cannot be processed, then it is checked whether or not a replacement part exists (S409). If it is confirmed in step 409 that no replacement part exists, it is determined that the specified part cannot be placed (S410).

[0136] In step 409, if it is confirmed that a substitute part exists, the substitute is displayed on the monitor 72 used by the user (S411). The user is then asked whether or not to use the substitute part (S412). If it is confirmed that the user will use the substitute part, the component is changed to the substitute using the component changing means 26b (S413). After that, the removal area related to the substitute is determined (S406). Then, the component is processed so that the determined removal area is removed (S407).

[0137] If it is confirmed in step 412 that alternative parts cannot be used, it is determined that the specified part cannot be placed (S410).

[0138] If the system is equipped with a substitute selection means 27, it can be used as shown in Figure 43, for example. First, the user inputs housing information using the input means 73 (S501). Based on this input, the system selects a housing (S502). Then, it is confirmed whether the housing body of the selected housing is a standard product (S503). If it is confirmed that the selected housing body is a standard product, then it is confirmed whether any deformation of the components is necessary (S504). If it is confirmed in step 504 that no deformation of the components is necessary, it is determined that both the housing body and the housing components can be standard products. If it is confirmed in step 504 that some deformation of the components is necessary, it is determined that the housing body can be a standard product, but the housing components must be custom-made.

[0139] If it is confirmed in step 503 that the enclosure body is not a standard product, then it is confirmed whether or not the customer wishes to use modified components (S505). If the customer does not wish to use modified components in step 505, it is determined that both the enclosure body and the enclosure components are custom-made.

[0140] If it is confirmed in step 505 that the user wishes to change and reuse the components, 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 both the housing body and the housing components will be custom-made.

[0141] In step 506, if it is confirmed that a substitute exists, it is confirmed whether the component or substitute will be modified for use (S507). If it is confirmed that the component or substitute will be modified for use, it is determined that both the main enclosure and the components of the enclosure will be custom-made. If it is confirmed that the component or substitute will not be modified for use, the substitute will be used without modification. Therefore, it is determined that the main enclosure will be custom-made, but the components of the enclosure will be substitutes used in their original form.

[0142] If a transition means is provided, it can be used as shown in Figure 44, for example. First, a system that allows the user to select a housing is started (S601). The user uses this system to input housing information using the input means 73 (S602). The calculation means 21 checks whether there are any product names or installation conditions in this input that suggest it would be desirable to use a specific system (S603).

[0143] If, in step 603, it is confirmed that there are no product names or installation conditions that suggest the use of a specific system would be preferable, then a representative system will be used. This is usually a system that primarily handles the most standard products.

[0144] In step 603, if it is confirmed that there are product names or installation conditions that suggest the use of a specific system is desirable, it is checked whether it is possible to use that specific system (S604). If it is confirmed that it is possible to use the specific system, the process transitions to the selected system. If it is confirmed that it is not possible to use the specific system, a representative system is used.

[0145] If the system is equipped with output / display means 31, it can be used as shown in Figure 45, for example. First, the system that allows the selection of a housing is started (S701). The monitor 72 used in this system displays the input work display unit 51, the housing image display unit 52, and the estimated price display unit 53 (S702). In this example, the system is configured to display the input work display unit 51, the housing image display unit 52, and the estimated price display unit 53 simultaneously on a single screen.

[0146] At least one of these display units is configured to allow information input through it, and is configured to work in conjunction with the other display units.

[0147] To enable this, in the example shown in Figure 45, it is checked whether or not a content change has been made in any of the display units (S703). If it is confirmed that a content change has been made in any of the display units, the display content of the other display units is changed as necessary (S704). Then the flow is terminated.

[0148] In step 703, if it is confirmed that no content changes were made in any of the display units, the flow is terminated.

[0149] The present invention has been described above with reference to the embodiments, but the present invention is not limited to the above embodiments and can be made into various forms. For example, any of the steps exemplified can be omitted without departing from the spirit of the invention, and it is also possible to rearrange the order of the steps or add other steps. [Explanation of Symbols]

[0150] 1. Identification system for electrical and electronic equipment enclosures. 11 Storage medium 12 Cabinet Information Storage Unit 15 Shape pattern information storage unit 21 Calculation means 26. Component setting means 26a Processing judgment means 26b Means for changing parts

Claims

1. A cabinet information storage unit that stores information about the cabinet shape, A shape pattern information storage unit that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be placed, A calculation means capable of using information input by the user to calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit and the shape pattern stored in the shape pattern information storage unit, A specific system for housing electrical and electronic equipment, comprising: A component setting means capable of determining whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that makes up the cabinet, A machining determination means capable of determining whether the interfering component is machineable when it is determined that the aforementioned part interferes with a component, Equipped with, If the interfering components are machineable, it is determined that the design is feasible. If the machining determination means determines that the interfering component cannot be machined, the system includes a component changing means that determines whether the interfering component can be changed to a component that can be machined. An identification system for housing electrical and electronic equipment, which, when it is determined that a component can be changed using a component change method, can be configured to process the changed component 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.

2. A cabinet information storage unit that stores information regarding the shape of the cabinet, A shape pattern information storage unit that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be placed, A calculation means capable of using information input by the user to calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit and the shape pattern stored in the shape pattern information storage unit, A specific system for housing electrical and electronic equipment, comprising: A component setting means capable of determining whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that makes up the cabinet, A machining determination means capable of determining whether the interfering component is machineable when it is determined that the aforementioned part interferes with a component, Equipped with, If the interfering components are machineable, it is determined that the design is feasible. The storage medium stores both a machinable area, which is the area of ​​the component that can be machined, and an absolutely machinable area, which is the area of ​​the component that cannot be machined. A system for identifying electrical and electronic equipment enclosures that, when a processing determination means determines that a part is interfering with an absolutely prohibited processing area of ​​a component, can display on the screen that the part cannot be placed.

3. A system for identifying electrical and electronic equipment housing boxes according to claim 1 or 2, which, when a processing determination means determines that processing is possible, displays a diagram on the layout screen showing the interfering portion of the component cut out.

4. A cabinet information storage unit that stores information regarding the shape of the cabinet, A shape pattern information storage unit that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be placed, A calculation means capable of using information input by the user to calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit and the shape pattern stored in the shape pattern information storage unit, A specific system for housing electrical and electronic equipment, comprising: A component setting means capable of determining whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that makes up the cabinet, A machining determination means capable of determining whether a component can be machined when it is determined that the part interferes with a component in which a machining / placement area or a machining / placement prohibition area is set, Equipped with, A system for identifying electrical and electronic equipment enclosures that determines that a design is possible if the interfering components are machineable.

5. A cabinet information storage unit that stores information regarding the shape of the cabinet, A shape pattern information storage unit that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be placed, A calculation means capable of using information input by the user to calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit and the shape pattern stored in the shape pattern information storage unit, A specific system for housing electrical and electronic equipment, comprising: A component setting means capable of determining whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that makes up the cabinet, A processing determination means capable of determining whether the interfering component can be processed if it is determined that the aforementioned part interferes with any of the component parts, such as the handle, circuit board, hinge, drain plug, gasket, locking rod, ground terminal, inner door, or drawing holder. Equipped with, A system for identifying electrical and electronic equipment enclosures that determines that a design is possible if the interfering components are machineable.

6. A cabinet information storage unit that stores information relating to the shape of the cabinet, A shape pattern information storage unit that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be placed, A calculation means capable of using information input by the user to calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit and the shape pattern stored in the shape pattern information storage unit, A specific system for housing electrical and electronic equipment, comprising: Even when a part placed on the layout screen, or a part identifiable from a hole placed on the layout screen, is determined not to interfere with a component constituting the cabinet when viewed from a certain direction, a component setting means capable of determining whether it interferes with other components that are not visible when viewed from a certain direction but are visible when viewed from another direction, A machining determination means capable of determining whether the interfering component is machineable when it is determined that the aforementioned part interferes with a component, Equipped with, A system for identifying electrical and electronic equipment enclosures that determines that a design is possible if the interfering components are machineable.

7. A cabinet information storage unit that stores information regarding the shape of the cabinet, A shape pattern information storage unit that stores information regarding the shape pattern of holes to be machined in the cabinet or the shape pattern of parts to be placed, A calculation means capable of using information input by the user to calculate how to display on a layout screen a combination of the cabinet shape stored in the cabinet information storage unit and the shape pattern stored in the shape pattern information storage unit, A specific system for housing electrical and electronic equipment, comprising: A component setting means capable of determining whether a part placed on the layout screen, or a part that can be identified from a hole placed on the layout screen, interferes with a component that makes up the cabinet, If it is determined that the aforementioned part interferes with a component set as a standard part of the housing, a processing determination means is provided that can determine whether the interfering component is machineable. Equipped with, A system for identifying electrical and electronic equipment enclosures that determines that a design is possible if the interfering components are machineable.

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