JP5879725B2 - Sheet metal work support system - Google Patents

Description

  The present invention relates to a sheet metal processing work support system for identifying a component plate material or the like when a plurality of component plate materials are cut out from a material plate material by a plate material processing machine such as a punch press or a laser processing machine and then sent to a subsequent process.

Conventionally, when cutting a plurality of component plate materials from a material plate material with a punch press or the like, the component plate material is made into a raw material by making a part of the periphery of the component plate material unprocessed for the convenience of carrying out from the plate material processing machine It is set as the component board | plate material arrangement body connected with the peripheral part of the board | plate material. After the component plate material array is unloaded from the plate material processing machine, each component plate material is separated at the connecting portion and sorted into a route or a carriage for sending it to the subsequent process.
Even when the component plate material is completely cut out without leaving the unprocessed part, the component plate material is arranged in the same arrangement as at the time of processing at the unloading place by the unloader from the plate material processing machine. It may be sorted in the same way.

  When performing this sorting, conventionally, in order to identify the component plate material, the shape is visually confirmed from the nesting layout drawing to identify the component name, or the component plate material is directly labeled or marked. , Identified.

  In addition, if there is a lot of remaining part of the material board after cutting out the part board from the material board, the remaining part is shaped into a rectangular end material, stored in place and reused as a material . The end material is also identified visually by the operator.

JP 2007-10680 A

  Conventionally, as described above, an operator visually collates the shape, mark, and character data and makes a determination. Therefore, it takes time for sorting, and there is a high possibility that an error will occur. Even when searching for a target component plate from the component plate array, it takes time to recognize the arrangement. In many cases, a large number of component plate materials are cut out from a single material plate material, and there are many similar-shaped component plate materials, so that it is difficult to judge by visual identification.

SUMMARY OF THE INVENTION An object of the present invention is to provide a sheet metal process work support system capable of immediately recognizing desired information such as a position of a target sheet material or a part name that an operator is looking for in a sheet metal process. .
Another object of the present invention is to make it possible to immediately know the arrangement of component plate materials that the operator is looking for from a component plate material array in which a plurality of processed component plate materials are arranged.
Still another object of the present invention is to make it easy to understand at what the assembled product the component board is used.

A prerequisite configuration sheet metal process operations support system, target plate from material work sheet (W) is a cut-out machined components plate (w) or the component plate from the material work sheet (W) (w), they were cut out A sheet metal process work support system used in a sheet metal process that handles a target sheet material (w, ws), which is a remaining end material (ws), and includes a database (7), an imaging unit (4), and an identification information acquisition unit ( 14).
The database (7) stores identification information (ID) for identifying the plurality of target plate materials and display information (F) for display on the screen (G) of the display device (8) in association with each other. Is.
The imaging means (4) is means for imaging the target plate material (w, ws).
The identification information obtaining means (14) is means for obtaining identification information of the target plate material (w, ws) based on the image captured by the imaging means (4).
The alignment display means (12) obtains the display information (F) by collating the identification information obtained by the identification information obtaining means (14) with the database (7), and displays the screen (G) ) In accordance with a plate material image (Ww) that is a captured image of the target plate material (w, ws) imaged by the imaging means (4), or a plate material image (Gw) that is a display image corresponding to the captured image. Means for displaying the display information (F).
The above-mentioned “displaying the display information (F) together” means that a part or the whole is superimposed on or close to the captured image or display image of the target plate. The display image corresponding to the captured image is, for example, an image such as a nesting layout diagram.
The alignment display means (12) adjusts the component image in accordance with a captured image of the component plate material (w) obtained by the imaging means (4) or a plate material image (Gw) which is a display image corresponding to the captured image. You may make it display the image (Gc) of the three-dimensional figure of the product assembled using a board | plate material (w).

According to this configuration, by the operator's operation, the imaging means (4) images the target plate material in the sheet metal process to obtain an image, and from this image, the identification information acquisition means (14) identifies the target plate material identification information ( ID). Thereby, the alignment display means (12) obtains the display information (F) by collating the identification information (ID) obtained by the identification information obtaining means (14) with the database (7), and displays the display device ( The display information (F) is displayed on the screen (G) of 8) in accordance with the captured image of the target plate material obtained by the imaging means (4) or the plate material image (Gw) which is a display image corresponding to the captured image. ) Is displayed.
As described above, the image of the captured target plate material or the plate material image (Gw) that is the display image is displayed on the screen of the display device (8), and the display is performed according to the plate material image (Gw). The images (Ga, Gc, Gt) of the business information (F) are displayed together in an overlapping state or the like. Therefore, by using the display information (F) as appropriate information, the operator can immediately recognize desired information such as the position of the target plate material being searched for or the part name.
In addition, a captured image of the target plate material obtained by the imaging means (4) or a plate material image (Gw) which is a display image corresponding to the captured image is displayed, and the product image is displayed in accordance with the plate material image (Gw). An image (Gc) is displayed. Therefore, it can be understood at a glance what kind of assembled product the component plate material (w) is used for.

Sheet metal step work support system definitive in this invention, in the premise construction, the sheet metal process, a plurality of parts plate material (w) is material work sheet (W) and a portion that is cut out from the material work sheet (W) (a) is connected In the process of handling a component plate material array (WO) that is in the same state as that at the time of processing but is not connected, the identification information (ID) of the target plate material that is desired to be identified to the alignment display means (12) ) Is input, and the alignment display means (12) displays the component plate material array obtained by the imaging means (4) on the screen (G) of the display device (8). (WO) image is displayed, and based on the identification information (ID) of the identification request inputted from the identification desired plate material designating means (13), the identification request in the component plate material array (WO) image is displayed. Parts plate material (w) That displays the image to the display in accordance with the said image portion of the identification desired component plate (w).
In the case of this configuration, the image of the component plate material array (WO) is displayed on the screen of the display device (8), and the image for distinguishing and displaying the component plate material (w) desired to be identified is displayed in the screen of the display device (8) Displayed in accordance with the image portion of the component board (w). The image to be displayed separately is, for example, a display or mark that changes the brightness or hue of a part or the whole of the component plate material (w) that is desired to be identified. Therefore, the worker can immediately locate the component plate material (w) that the operator is looking for from the component plate material array (WO) by looking at the screen (G) of the screen of the display device (8). I understand.

In this invention, as the display information (F) in the database (7), an image (Gc) of an assembled product assembled using a component board (w) that is a target board corresponding to the identification information (ID). The alignment display means (12) includes the assembled image in accordance with a captured image of the target plate material obtained by the imaging means (4) or a plate material image (Gw) that is a display image corresponding to the captured image. You may make it display the image (Gc) of a product.
In the case of this configuration, a captured image of the target plate material obtained by the imaging means (4) or a plate material image (Gw) that is a display image corresponding to the captured image is displayed on the screen (G) of the display device (8). At the same time, a product image (Gc) is displayed in accordance with the plate material image (Gw). Therefore, it can be understood at a glance what kind of assembled product the component plate material (w) is used for.

A prerequisite configuration sheet metal process operations support system, sheet metal handle target plate is the remaining scraps target plate or the component plate from the material work sheet, cut out a part plate which is cut out processed from material work sheet process A sheet metal process work support system used for the above, a database in which identification information for identifying a plurality of the target plate materials and display information for display on a screen of a display device are stored in association with each other, and the target plate material Imaging means for picking up images, identification information obtaining means for obtaining identification information of the target plate material based on an image picked up by the imaging means, and the display by comparing the database with the identification information obtained by the identification information obtaining means Corresponding to the plate image, which is a captured image of the target plate image captured by the imaging means, or the captured image on the screen of the display device. In order to provide a display device for displaying the display information in accordance with a plate image that is a display image, in the sheet metal process, desired information such as the position of the target plate material that the operator is looking for or the part name Can be recognized immediately.
The alignment display means is a three-dimensional view of a product assembled using the component plate material in accordance with a captured image of the component plate material obtained by the imaging means or a plate material image which is a display image corresponding to the captured image. The image of is displayed. Therefore, it can be understood at a glance what kind of assembled product the component plate material is used for.

Sheet metal process work support system of the invention, the sheet metal process dealing with target plate is the remaining scraps the component plate is cut out from the subject sheet and the material work sheet, a component plate, which is cutting process from the material sheet A sheet metal processing work support system used, a database storing identification information for identifying a plurality of target plate materials and display information for display on a screen of a display device, and the target plate material Imaging means for imaging, identification information obtaining means for obtaining identification information of the target plate material based on an image photographed by the imaging means, and for the display by collating the database with the identification information obtained by the identification information obtaining means Obtain information and display on the screen of the display device a plate image that is a captured image of the target plate image captured by the imaging means, or a display corresponding to the captured image A display unit for displaying the display information according to the plate image, which is an image of the above, and the sheet metal process is a state in which a plurality of component plate materials cut out from the material plate material are partially connected to the material plate material, or It is a process of handling a component plate material array that is not connected but is the same array as at the time of processing, and is provided with an identification desired plate material specifying means for inputting identification information of a target plate material that is desired to be identified to the alignment display means, The alignment display means displays an image of the component board material array imaged by the imaging means on the screen of the display device, or an image of the component board material array image by a display image corresponding to the captured image, and the identification Based on the desired identification information input from the desired plate material designating means, an image for distinguishing and displaying the desired component plate material in the image of the component plate material array is desired to be identified. For display in accordance with the image portion of the component plate, a plurality of parts plate material is arranged component plate array after processing immediately understood arrangement of parts plate material worker looking.

The display information in the database includes an image of an assembled product assembled using a component plate material that is a target plate material corresponding to the identification information, and the alignment display means is a captured image of the target plate material obtained by the imaging means. Or, if the image of the assembled product is displayed in accordance with the plate material image that is a display image corresponding to the captured image, what kind of assembled product the component plate material is used for But you can see at a glance.

BRIEF DESCRIPTION OF THE DRAWINGS It is a conceptual diagram of the sheet-metal-process work assistance system which concerns on one Embodiment of this invention, and explanatory drawing of the sheet-metal process used as the object. It is explanatory drawing of the hardware structural example of the same sheet metal process work support system. It is a top view which shows the part board | plate material in a sheet metal process, and a part of raw material board | plate material. It is explanatory drawing of an example of the method of identifying an object board | plate material by the recognition means of the same sheet metal process work support system. It is explanatory drawing which shows the other example of the example of a display by the matching display means of the same sheet metal process work support system. It is explanatory drawing which shows the other example of the display example by the recognition method by the recognition means of the same sheet metal process work support system, and a combined display means. It is explanatory drawing of the end material of a sheet metal process.

  An embodiment of the present invention will be described with reference to FIGS. In FIG. 2, the sheet metal work support system includes a server 2 and a terminal 3 connected via a network 1. There may be a plurality of terminals 3 or a single terminal 3. The network 1 may be a local area network limited to a factory or the like, or a wide area network such as the Internet, and the connection form may be wired or wireless. The terminal 3 is a portable information processing device such as a personal computer or a smartphone. The terminal 3 is provided with an image pickup means 4 such as a web camera connected to the terminal main body or a camera using another solid-state image pickup device, which is integrated into the terminal main body. As shown in FIG. 1A, such a terminal 3 is installed during the sheet metal process, or is carried and used in the sheet metal process.

As conceptually shown in FIG. 1A, the sheet metal process is a process of handling a target plate material composed of a component plate material w which is a plate material cut out from the material plate material W by the plate material processing machine 5. The target plate material may be an end material (FIG. 7) described later. The plate material processing machine 5 is a processing machine capable of cutting such as a punch press or a laser processing machine.
Specifically, in the sheet metal process, a plurality of component plate materials w cut out from the material plate material W are connected to each other as shown in FIG. This is a process of handling the array WO. This figure is an example of punching, in which the periphery of the component plate material w is punched as a hole h by punching, and the hole h is discontinuous at the uncut portion a. The uncut portion a is a small portion called a micro joint or the like, and can be cut without using a tool by performing an operation such as shaking the component plate material array WO by an operator.

As shown in FIG. 1A, the component plate material array WO is cut into uncut portions a and separated into component plate materials w at the sorting work position P carried out from the plate material processing machine 5. w is sorted into the conveyance place Q to each subsequent process according to the type of the component plate material w. The sheet metal process work support system of this embodiment is applied to this sorting. The post-process is a welding process, a bending process, an assembly process, or the like.
Note that the component plate material array WO is not connected by the uncut portions a as described above, but is the same arrangement as when processed by the plate material processing machine 5, that is, the nesting of each component plate material w with respect to the material plate material W ("plate It may be arranged at the sorting work position P in the same arrangement (so-called “posture”). In that case, the unloading of the figure is carried out by an unloader (not shown) provided for the plate material processing machine 5.

  Each component plate material w of the component plate material array WO is provided with an identification mark m indicating identification information ID for identifying the component plate material w. The identification mark m is attached by a mark applicator 6 included in the plate material processing machine 5. The identification information ID is a part number defined by alphanumeric characters or the like. The identification mark m may be printed or stamped directly on the surface of the component board material w, or may be a label stretched on the surface of the component board material w. More specifically, a color code or a one-dimensional or two-dimensional bar code is used for the identification mark m. However, a plurality of identification marks m are read from an image obtained by imaging the entire component plate material array WO. What is possible is preferred. In the current technology, a color code is one that can be read simultaneously. The color code has a specific color for each section divided into a single-line stripe or vertical and horizontal matrix, and can be identified by combining the position and color of each section. It is what. The position where the identification mark m is applied to the component plate material w is a reference position O (FIG. 3) of the component plate material w, for example, the left and right direction (X direction) and the front and rear direction (Y direction) of the material plate material W in the component plate material w. It is preferable that a position at a certain distance in the left-right direction and the front-rear direction from the corner as one end is set as the reference position of the identification mark m.

  In FIG. 1B, the server 2 has a database 7. The database 7 is means for storing the display information F in association with each identification information ID for identifying the plurality of component plate materials w, and making the display information F searchable by the identification information ID. The display information F is information displayed on the screen G of the display device 8 of the terminal 3. In the display information F, nesting data such as a nesting layout diagram showing how the component plate materials w are arranged with respect to the material plate material W for processing the component plate material w specified by the identification information ID. In addition, the information includes information on a discrimination image Ga indicating a component plate material w desired to be identified in the component plate material array WO, information on an image Gc such as a perspective view and a three-view drawing of the product, and a balloon display image Gt.

  The terminal device 3 includes an arithmetic processing unit 9, an input unit 10, a display device 8, and the imaging unit 4 as hardware configurations. The arithmetic processing unit 9 includes a CPU (Central Processing Unit), a program executed on the CPU, and the like. The input means 10 is a keyboard, a mouse, or a touch panel provided on the display device 8. The display device 8 is a device that can display an image, such as a liquid crystal display.

  The terminal 3 includes recognition means 11, alignment display means 12, identification desired plate material designation means 13, and communication means (not shown) for the server 2 as function achievement means. The recognition unit 11 includes an identification information acquisition unit 14 provided in the arithmetic processing unit 9 and the imaging unit 4. The whole recognition means 11 may be provided separately from the arithmetic processing unit 9. The alignment display means 12 and the identification desired plate material designation means 13 are provided in the arithmetic processing unit 9. The identification desired plate material designating means 13 may also be provided separately from the arithmetic processing unit 9.

The recognition unit 11 is a unit that obtains an image by capturing an image of the component plate material w, which is the target plate material, in the sheet metal process, and obtains identification information of the component plate material w. In the illustrated example, the identification information obtaining unit 14 of the recognizing unit 11 recognizes each identification mark m of the component plate material array WO from the image data of the component plate material array WO imaged by the imaging unit 4, and identifies the identification mark. A function of decoding the identification information indicated by m is provided. That is, the identification mark m provided on the plurality of component plate materials w of the component plate material array WO can be simultaneously identified.
Note that the recognition means 11 recognizes the shape by processing the image of the component plate material w picked up by the image pickup means 4, instead of the configuration for reading the identification mark m, and the recognition image and the registered image GR (FIG. 4). Identification information corresponding to the shape of the component board material w may be obtained by pattern matching or the like. The recognition unit 11 may be a unit dedicated to reading the identification mark m such as a barcode reader provided separately from the imaging unit 4.

The alignment display unit 12 compares the database 7 with the identification information ID obtained by the identification information acquisition unit 14 of the recognition unit 11 to obtain the display information F, and displays the image of the recognition unit 11 on the screen G of the display device 8. The captured image of the component plate material w obtained by the means 4 or the plate material image Gw that is a display image corresponding to the captured image is displayed, and the image is displayed in accordance with the plate image Gw that is the captured image or the display image. It is means for displaying the display information F. The display plate image Gw corresponding to the captured image is an image corresponding to, for example, a nesting layout diagram. The matching display unit 12 in the matching display unit 12 is a verification unit 15, and the display processing unit 16 is a unit that performs display.
In this embodiment, the alignment display means 12 displays the image of the component plate material array WO obtained by the recognition means 11 on the screen G of the display device 8 and also the identification request inputted from the identification request plate designation means 13. On the basis of the identification information, an image Ga for distinguishing and displaying the component plate material w desired to be identified in the image of the component plate material array WO is displayed according to the plate material image Gw of the component plate material w desired to be identified.

  The identification desired plate material designating means 13 is a means for inputting identification information of the component plate material w which is the target plate material desired to be identified to the alignment display means 12. Even if the identification desired plate material designation means 13 inputs identification information from the input means 10 such as a keyboard, the component plate material w described in this instruction sheet 17 is also obtained from the work instruction sheet 17 (see FIG. 2). The identification information may be read. The identification information from the instruction sheet 17 may be read from characters written in the instruction sheet 17 or may be read from a mark such as a barcode provided on the instruction sheet 17. When reading from the characters described in the instruction sheet 17, the instruction sheet 17 may be imaged by the imaging unit 4 and the identification information may be read from the image.

  In this embodiment, the display information F in the database 7 includes an image Gc of an assembled product assembled using a component plate material w that is a target plate material corresponding to the identification information ID. The product image Gc is displayed in accordance with the captured image of the component plate material w obtained by the recognition means 11 or the plate material image Gw which is a display image corresponding to the captured image.

  Next, the operation and effect of the above configuration and a supplementary explanation of the configuration will be given. First, in the component plate material array WO at the sorting operation position P (FIG. 1A), the operator determines the position of the component plate material w indicated by the work instruction 17 (FIG. 2). A case for recognition will be described.

  When the operator reads the work instruction 17 and inputs characters from the input means 10 such as a keyboard, or by imaging the work instruction 17 with the terminal 3, the recognition desired plate material specifying means 13 requests the identification. The identification information ID of the component board material w to be input is input. Further, the component plate material array WO at the sorting work position P is imaged by the imaging means 4 of the terminal 3.

  The identification information obtaining unit 14 of the recognition unit 11 recognizes the identification mark m of each component plate material w in the image of the component plate material array WO, and recognizes the identification information ID of each component plate material w. This is possible when the identification mark m is a color code or the like. The identification information ID may be recognized by recognizing the shape of the component plate material w without providing the identification mark m. For example, an image of the component board material array WO imaged by the imaging means 4 is processed to recognize the shape of each component board material w, and a plurality of the recognized images and the image registration means 19 (FIG. 4) are registered. Identification information corresponding to the shape of the component board material w is obtained by pattern matching with each registered image GR.

  The alignment display means 12 collates with the database 7 with the identification information ID obtained by the recognition means 11 to obtain the display information F, and an example of the image G1 is shown on the screen G of the display device 8 in FIG. In addition, a captured image of the component plate material array WO obtained by the recognition unit 11 is displayed, or a plate material image Gw that is a display image corresponding to the captured image is displayed. The plate material image for display corresponding to the captured image is a diagram corresponding to the nesting arrangement diagram as described above. The diagram corresponding to the nesting layout diagram is a nesting layout diagram or a simplified diagram of the nesting layout diagram.

  The alignment display means 12 displays the display information F in accordance with the plate material image Gw of the component plate material array WO displayed on the screen G. In this example, the image Ga displayed by the display information F is an image Ga that displays the component plate material w desired to be identified input from the identification desired plate material designating unit 13 separately from the other component plate materials w. The image Ga displayed separately is, for example, a part of the image of the component board material w desired to be identified is shown in a color or the like different from the image of the other component board material w. Any one of hue, saturation, and lightness may be varied. For example, it is assumed that the image Ga displayed separately is a shining portion. In addition, if the position where the image Ga to be displayed separately is applied is determined with respect to the reference position of the component board material w or the identification mark m, the position of the image Ga is matched to the board material image Gw even if the shape of the component board material w is not recognized. Can be displayed. When the shape of the component board material w is recognized, the image Ga to be displayed separately is the image Gw of the other component board material w as shown in FIG. You may make it show with a different color.

  In this way, by applying the image Ga to be displayed separately, the position of the component board material w designated by the work instruction sheet 17 (FIG. 2) in the component board material array WO is determined by the operator. Can be recognized at a glance. Therefore, sorting can be performed quickly. In FIG. 1B, for the sake of simplicity, the number of component plate materials w in the component plate material array WO is reduced, but in practice, the number of component plate materials w in the component plate material array WO is large. There may be several or several tens, and even such a large number of cases can be recognized at a glance by the image Ga displayed separately.

  In addition to this, like the image G2 in FIG. 1B, the alignment display unit 12 is a captured image of the component plate material w obtained by the recognition unit 11, or a plate material image that is a display image corresponding to the captured image. In accordance with Gw, an image Gc such as a three-dimensional view of a product assembled using the component plate material w may be displayed. In the example of the figure, the product image Gc is displayed so as to overlap the component plate material image Ww. In this example, in the entire image Gwo of the component plate material array WO, the product image Gc is superimposed on the image Gw of the component plate material w to be identified. Of the plurality of component plate materials w, only the plate material image Gw of the component plate material w to be identified may be displayed, and the product image Gc may be displayed superimposed on the plate material image Gw of the component plate material w. From this, it can be seen at a glance what kind of assembled product the component plate material w is used for.

  Further, as shown in the image G3 of FIG. 1B, the alignment display unit 12 applies the captured image of the component plate material w obtained by the recognition unit 11 or the plate material image Gw that is a display image corresponding to the captured image. At the same time, predetermined information regarding the component plate material w such as the component name, the component number of the component plate material w, information on the product in which the component plate material w is used, and information on the material of the component plate material w is displayed as a balloon display image Gt. You may do it. Thereby, the information desired to know about the component board material w is understood at a glance.

FIG. 6 shows a specific example in which the component board material w is displayed superimposed on the captured image. This is because, as shown in FIG. 6 (A), a plurality of arrayed WOs of a plurality of component plate materials w stacked on a nested component plate material w or a pallet (not shown) are arranged, This is a case where a specific component plate material w is searched from among the uppermost component plate material array WO. In this example, a part of the material plate material W is a post-punching hole wh from which the component plate material w has already been cut.
In this case, the image is picked up by the image pickup means 4 of the terminal 3 and the alignment display means 12 (FIG. 1) displays the arrangement of the component plate materials w on the screen G of the display device 8. At the same time, by inputting or selecting the part name of the component plate material w that is being searched for in the recognition desired plate material designating unit 13, the component plate material w in the range indicated by the broken line in FIG. The image Gw flashes. Thereby, the operator can instantly identify the component plate material w being searched.

  An example of FIG. 6C will be described. 1 recognizes a plate material image Gw of a component plate material w picked up by the image pickup means 4 and displayed on the screen G of the display device 8 using the input means 10 such as a mouse or a touch panel. In this way, when a selection is input, a set information list menu (not shown) is displayed on the screen G. Information to be referred to from the menu is selected by input from the input means 10, so that necessary information can be referred to without inputting character information such as a component name. For example, in FIG. 6C, by designating the component board material w and selecting the “Refer to 3D view” menu from the displayed menu, the 3D of the product using the component board material w is displayed on the screen. The image Gc shown in the figure is displayed. In the same way, development views, three-sided views, and other information can be extracted from the menu.

  In the above embodiment, the case where the target plate material is the component plate material w has been described. However, the target plate material may be an end material ws as shown in FIG. In the sheet metal process, as shown in FIG. 6A, after the component plate material w is cut out from the material plate material W, if there are many remaining portions of the material plate material W, the remaining portions are cut by a cutting line L indicated by a one-dot chain line. By doing so, the shape of the rectangular end material ws may be adjusted. The end material ws is stored in a predetermined position and reused as a material. When there are a plurality of such end materials ws, when searching for a desired end material ws from among them or when it is desired to know information about the end material ws, the sheet metal process work support system of the present invention can be applied. it can.

DESCRIPTION OF SYMBOLS 1 ... Network 2 ... Server 3 ... Terminal 4 ... Imaging means 5 ... Plate material processing machine 6 ... Mark giving machine 7 ... Database 8 ... Display apparatus 9 ... Arithmetic processing part 10 ... Input means 11 ... Recognition means 12 ... Matching display means 13 ... Identification desired plate material designating means 17 ... Instruction sheet a ... Uncut portion m ... Identification mark F ... Display information G ... Screens G1 to G3 ... Image Gc ... Assembly product image Gt ... Ball portion display image Gw ... Plate material image Ga ... Image Gwo to be displayed separately ... GR of component plate material array ... Registered image ID ... Identification information P ... Sorting work position W ... Material plate material WO ... Component plate material array w ... Component plate material ws ... End material

Claims (2)

A sheet metal process work support system used in a sheet metal process that handles a target plate material that is a component plate material cut out from a raw material plate material, or a target plate material that is a remaining end material obtained by cutting out the component plate material from the material plate material,
A database in which identification information for identifying a plurality of target plate materials and display information for display on the screen of a display device are stored in association with each other;
Imaging means for imaging the target plate material;
Identification information obtaining means for obtaining identification information of the target plate material based on an image imaged by the imaging means;
The display information is obtained by collating with the database using the identification information obtained by the identification information obtaining means, and a plate material image, which is a captured image of the target plate material imaged by the imaging means, is displayed on the screen of the display device, or the imaging An alignment display means for displaying the display information in accordance with a plate material image that is a display image corresponding to the image;
And
The sheet metal process is a process of handling a component plate material array in which a plurality of component plate materials cut out from the raw material plate material are partially connected to the raw material plate material or the same arrangement as at the time of processing, although there is no connection.
An identification desired plate material specifying means for inputting identification information of a target plate material desired to be identified to the alignment display means;
The alignment display means displays an image of the component board material array imaged by the imaging means on the screen of the display device, or an image of the component board material array image by a display image corresponding to the captured image, and Based on the desired identification information input from the desired identification plate specifying means, an image for distinguishing and displaying the desired identification component plate image in the component plate array image is aligned with the image portion of the desired identification plate material. Sheet metal work support system. The display information in the database includes an image of an assembled product assembled using a component plate material that is a target plate material corresponding to the identification information, and the alignment display means is a captured image of the target plate material obtained by the imaging means. or in accordance with the sheet image is an image for display corresponding to the captured image, said set up product sheet metal process work support system according to claim 1, wherein for displaying an image.

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