Method and system for automatically generating gluing process card

Abstract

The invention discloses a method and a system for automatically generating a gluing process card. The method comprises the following steps: acquiring a target view, a preset process card document and a gluing data set corresponding to a target gluing process node; inserting the target view into a target area of the process card document and carrying out size adaptation processing to obtain an adapted image object, the size of the adapted image object and a position coordinate of the adapted image object in the process card document; according to the gluing data set, the size of the adapted image object and the position coordinate of the adapted image object in the process card document, labeling the adapted image object in the process card document to obtain the process card document; wherein the label comprises a gluing line label graph, a gluing line name textbox and a connecting line graph. According to the invention, the gluing process card can be automatically generated, and the production efficiency of the gluing process card and the quality of process documents are improved.

Description

Technical Field

[0001] This invention relates to the field of digital manufacturing technology, and in particular to a method and system for automatically generating adhesive application process cards. Background Technology

[0002] In digital manufacturing processes such as automotive body-in-white (BIW), adhesive application process cards are crucial process documents recording information such as adhesive application location and length. Traditional methods for generating adhesive application process cards heavily rely on manual operation, including the following steps: Process engineers need to adjust the perspective and take screenshots in 3D process simulation software, then paste them into a spreadsheet document; they need to observe the positions of each adhesive application point on the spreadsheet to draw a continuous broken line to label the adhesive application line; they need to measure the length of the adhesive application line in the simulation software, then label each line's name and length in the spreadsheet document, connecting them to the labeling with a leader line; and finally, they need to adjust the style of all graphic elements to meet the process card specifications.

[0003] This traditional method of generating adhesive application process cards is extremely cumbersome, time-consuming, and labor-intensive. Moreover, it is prone to problems such as incorrect adhesive application line positions, missing adhesive application points, mismatch between names and adhesive application lines, and incorrect measurement of adhesive application line lengths due to human negligence. Furthermore, it is difficult to ensure uniformity in style, resulting in inconsistent document quality.

[0004] Therefore, there is an urgent need in this field for a method that can automatically generate adhesive application process cards to improve production efficiency and process documentation quality. Summary of the Invention

[0005] To address the technical problems existing in the background art, the present invention proposes a method and system for automatically generating adhesive coating process cards.

[0006] In a first aspect, the present invention provides a method for automatically generating adhesive coating process cards, comprising: Obtain the target view and the preset process card document; Insert the target view into the target area of ​​the process card document and perform size adaptation processing to obtain the adapted image object, the size of the adapted image object, and its position coordinates in the process card document; Obtain the set of adhesive application data corresponding to the target adhesive application process node; Based on the glue application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document.

[0007] Preferably, the adhesive application data set includes multiple adhesive application line data, and each adhesive application line data includes multiple adhesive application points and the coordinate information of the multiple adhesive application points on a preset simulation model.

[0008] Preferably, the labeling includes a graphic label for the glued line, a text box for the name of the glued line, and a graphic label for the connecting line.

[0009] Preferably, based on the adhesive application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document, specifically including: Based on the glue application data set, calculate the length of each glue application line; and based on the coordinate information of each glue application point on the preset simulation model, obtain the projected coordinates of each glue application point on the target view. Based on the projection coordinates of each glue application point on the target view, the size of the adapted image object, and the position coordinates in the process card document, the coordinates of each glue application point on each glue application line in the process card document are obtained. Based on the coordinates of each glue application point on each glue application line in the process card document, generate glue application line annotation graphics for each glue application line in the process card document; In the process card document, generate a text box for the name of the glue application line for each graphic annotation, and automatically arrange the text boxes for the name of the glue application line according to the predefined layout rules; In the process card document, generate a connecting line graphic for each glue application line, linking its glue application line label graphic and glue application line name text box, and obtain the process card document.

[0010] Preferably, the predefined layout rules specifically include: 1) Divide the adapted image object into four regions based on the width centerline and the height centerline; 2) Based on the area where the coordinates of the middle glue application point of the glue application line are located, determine whether the glue application line name text box should be placed on the left or right, top or bottom of the adapted image object; 3) Within the same area, arrange the text boxes for the name of the glue application line according to the vertical coordinates of the middle glue application point and the distance from the height center line of the adapted image.

[0011] Preferably, after generating a connecting line graphic connecting the glue application line label graphic and the glue application line name text box for each glue application line in the process card document, the method further includes: Configure the glue application line annotation graphic, glue application line name text box, and connector graphic according to the predefined style configuration information.

[0012] Preferably, the text box for the name of the adhesive application line should include the name of the adhesive application line and the length of the adhesive application line; Preferably, the connection point between each connecting line graphic and the glue application line marking graphic is the middle glue application point of the glue application line marking graphic.

[0013] Preferably, the number of the intermediate glue application point is the number of glue application points in the corresponding glue application line marking graphic divided by 2 and then added by 1.

[0014] Preferably, the size adaptation process includes stretching maximum fill, proportional maximum fill, proportional width adaptation, or proportional height adaptation.

[0015] Secondly, the present invention also proposes a system for automatically generating adhesive application process cards, comprising: The acquisition module is used to acquire the target view, the preset process card document, and the set of adhesive application data corresponding to the target adhesive application process node. The size adaptation processing module is used to insert the target view into the target area of ​​the process card document and perform size adaptation processing to obtain the adapted image object, the size of the adapted image object, and its position coordinates in the process card document; The annotation module is used to annotate the adapted image objects in the process card document based on the glue application data set, the size of the adapted image objects, and their position coordinates in the process card document, thereby obtaining the process card document.

[0016] Preferably, the adhesive application data set includes multiple adhesive application line data, and each adhesive application line data includes multiple adhesive application points and the coordinate information of the multiple adhesive application points on a preset simulation model.

[0017] Preferably, based on the adhesive application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document, specifically including: Based on the glue application data set, calculate the length of each glue application line; based on the coordinate information of each glue application point on the preset simulation model, obtain the projected coordinates of each glue application point on the target view. Based on the projection coordinates of each glue application point on the target view, the size of the adapted image object, and the position coordinates in the process card document, the coordinates of each glue application point on each glue application line in the process card document are obtained. Based on the coordinates of each glue application point on each glue application line in the process card document, generate glue application line annotation graphics for each glue application line in the process card document; In the process card document, generate a text box for the name of the glue application line for each graphic annotation, and automatically arrange the text boxes for the name of the glue application line according to the predefined layout rules; In the process card document, generate a connecting line graphic for each glue application line, linking its glue application line label graphic and glue application line name text box, and obtain the process card document.

[0018] Preferably, it also includes: a style management module, which sets the glue line annotation graphic, glue line name text box and connecting line graphic according to predefined style configuration information.

[0019] The method and system for automatically generating adhesive application process cards proposed in this invention involve: acquiring a target view and a preset process card document; inserting the target view into the target area of ​​the process card document and performing size adaptation processing to obtain an adapted image object; acquiring the adhesive application data set corresponding to the target adhesive application process node; and annotating the adapted image object in the process card document according to the adhesive application data set, the size of the adapted image object, and its position coordinates in the process card document to obtain the process card document. This invention can automatically generate adhesive application process cards, improving the production efficiency and process document quality of adhesive application process cards. Attached Figure Description

[0020] Figure 1 This is a flowchart illustrating the method for automatically generating adhesive application process cards in one embodiment of the present invention.

[0021] Figure 2 This is a flowchart illustrating the method for automatically generating adhesive application process cards in another embodiment of the present invention.

[0022] Figure 3 This is a schematic diagram of the automatic generation of adhesive application process cards in one embodiment of the present invention. Detailed Implementation

[0023] It should be noted that, unless otherwise specified, the embodiments and features described in the present invention can be combined with each other. The present invention will now be described in detail with reference to the accompanying drawings and embodiments.

[0024] Firstly, referring to Figure 1 The present invention proposes a method for automatically generating adhesive application process cards, comprising: Obtain the target view and the preset process card document; Insert the target view into the target area of ​​the process card document and perform size adaptation processing to obtain the adapted image object, the size of the adapted image object, and its position coordinates in the process card document; Obtain the set of adhesive application data corresponding to the target adhesive application process node; Based on the glue application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document.

[0025] This invention obtains a target view and a preset process card document; inserts the target view into the target area of ​​the process card document and performs size adaptation processing to obtain an adapted image object; obtains the glue application data set corresponding to the target glue application process node; and, based on the glue application data set, the size of the adapted image object, and its position coordinates in the process card document, annotates the adapted image object in the process card document to obtain the process card document. This invention can automatically generate glue application process cards, improving production efficiency and process document quality.

[0026] The adhesive application data set in this embodiment includes multiple adhesive application line data, and each adhesive application line data includes multiple adhesive application points and the coordinate information of the multiple adhesive application points on the preset simulation model.

[0027] In this embodiment, the annotation includes a glue line annotation graphic, a glue line name text box, and a connecting line graphic.

[0028] The text box for the name of the adhesive line should include the name of the adhesive line and the length of the adhesive line.

[0029] In this embodiment, the size adaptation process includes stretching maximum fill, proportional maximum fill, proportional width adaptation, or proportional height adaptation.

[0030] Among them, Stretch Maximum Fill stretches the image data to the same size as the target area of ​​the table document; Ratio Fit Width stretches the image data proportionally to the same width as the target area of ​​the table document; Ratio Fit Height stretches the image data proportionally to the same height as the target area of ​​the table document; The scaling rule for Ratio Maximum Fill is that when the original aspect ratio of the image data is greater than or equal to the aspect ratio of the target area of ​​the table document, it is scaled according to the Ratio Fit Width method; when the original aspect ratio of the image data is less than the aspect ratio of the target area of ​​the table document, it is scaled according to the Ratio Fit Height method.

[0031] like Figure 2 As shown, in this embodiment, based on the adhesive application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document, specifically including: Based on the glue application data set, calculate the length of each glue application line; and based on the coordinate information of each glue application point on the preset simulation model, obtain the projected coordinates of each glue application point on the target view. Based on the projection coordinates of each glue application point on the target view, the size of the adapted image object, and the position coordinates in the process card document, the coordinates of each glue application point on each glue application line in the process card document are obtained. Based on the coordinates of each glue application point on each glue application line in the process card document, generate glue application line annotation graphics for each glue application line in the process card document; In the process card document, generate a text box for the name of the glue application line for each graphic annotation, and automatically arrange the text boxes for the name of the glue application line according to the predefined layout rules; In the process card document, generate a connecting line graphic for each glue application line, linking its glue application line label graphic and glue application line name text box, and obtain the process card document.

[0032] It should be understood that the glue application line marking graphic in this embodiment is a line generated based on the coordinates of each glue application point of the corresponding glue application line in the process card document. That is, the glue application points of the glue application line are connected sequentially in a preset order to obtain a broken line or a straight line.

[0033] In a further embodiment, the connection point between each connecting line graphic and the glue application line marking graphic is the middle glue application point of the glue application line marking graphic.

[0034] In this context, the middle glue application point in the glue application line refers to the glue application point closest to the center among all the glue application points on the corresponding glue application line. The serial number of the middle glue application point is the number of glue application points divided by 2 plus 1.

[0035] For example, if a glue application line contains 7 glue application points, then the 4th glue application point is the middle glue application point; if the glue application line contains 8 glue application points, then the 5th glue application point is taken as the middle glue application point.

[0036] In this embodiment, the calculation process for the glue application line length includes: Get all glue application points along the glue application line: point1, point2, ..., pointN; Calculate the distance between two glue application points, point1 and point2; where the distance between point1 and point2 is d(point1, point2); Then the length of the glue application line is Length = d(point1,point2) + d(point2,point3) + ... + d(pointN-1,pointN).

[0037] In this embodiment, the coordinates of the glue application point in the table document are calculated as follows: The image object's position coordinates in the table document have been adapted: picLeft, picTop; The width and height scaling ratio between the adapted image and the original image: xScale, yScale; The projection coordinates of the glue application point in the current view of the simulation software: seamPointX, seamPointY The coordinates (X, Y) of the glue application point in the table document are: X = picLeft + seamPointX * xScale; Y = picTop + seamPointY * yScale.

[0038] The predefined layout rules in this embodiment specifically include: 1) Divide the adapted image object into four regions based on the width centerline and the height centerline; 2) Based on the area where the coordinates of the middle glue application point of the glue application line are located, determine whether the glue application line name text box should be placed on the left or right, top or bottom of the adapted image object; 3) Within the same area, arrange the text boxes for the name of the glue application line according to the vertical coordinates of the middle glue application point and the distance from the height center line of the adapted image.

[0039] In this embodiment, the calculation process for the coordinates of the glue application line name text box specifically includes: The position coordinates of the image object in the table document have been adapted: (picLeft, picTop); The width and height of the image have been adapted: picWidth, picHeight; The coordinates of the glue application point in the middle of the glue application line: (pointX, pointY); Width and height of the text box for the name of the glue application line: textboxWidth, textboxHeight; The distance between the glue application line name text box and the adapted image is picDistance = 20; The distance between the top and bottom glue line name text boxes is set to textboxDistance = 10; The number N of existing text boxes for the name of the glue application line in the same area; When the glue application point in the middle of the glue application line is located in the upper left area, the coordinates of the glue application line name text box are: X = picLeft – picDistance – textboxWidth; Y = picTop + picHeight * 0.5 - (textboxHeight + textboxDistance) * (N+ 1); When the glue application point in the middle of the glue application line is located in the lower left area, the coordinates of the glue application line name text box are: X is the same as the upper left area; Y = picTop + picHeight * 0.5 + (textboxHeight + textboxDistance) * N; When the glue application point in the middle of the glue application line is located in the upper right area, the coordinates of the glue application line name text box are: X = picLeft + picWidth + picDistance; Y corresponds to the upper left region; When the glue application point in the middle of the glue application line is located in the lower right area, the coordinates of the glue application line name text box are: X is the same as the upper right area; Y corresponds to the lower left region; In a further embodiment, after generating a connecting line graphic connecting the glue line label graphic and the glue line name text box for each glue application line in the process card document, the method further includes: The glue application line annotation graphic, glue application line name text box, and connector graphic are set according to the predefined style configuration information to unify the graphic output style.

[0040] In this embodiment, the process card document is a tabular document.

[0041] In summary, this invention automates the entire process of generating adhesive coating process cards. It automatically acquires simulation images and adhesive coating data through a program interface and intelligently completes coordinate mapping, graphic annotation, text box layout, and style settings. This replaces the traditional manual screenshotting and annotation process, significantly reducing manual operation time and effort. It avoids errors caused by human negligence, such as missed adhesive coating points, deviations in adhesive coating line positions, mismatched adhesive coating line names, and inaccurate measurement of adhesive coating line lengths. This ensures that each output adhesive coating process card has a highly consistent, standardized, and professional visual effect, significantly improving the efficiency, accuracy, and standardization of process documentation, and providing reliable technical support for digital manufacturing processes.

[0042] Secondly, the present invention also proposes a system for automatically generating adhesive application process cards, comprising: The acquisition module is used to acquire the target view, the preset process card document, and the set of adhesive application data corresponding to the target adhesive application process node. The size adaptation processing module is used to insert the target view into the target area of ​​the process card document and perform size adaptation processing to obtain the adapted image object, the size of the adapted image object, and its position coordinates in the process card document; The annotation module is used to annotate the adapted image objects in the process card document based on the glue application data set, the size of the adapted image objects, and their position coordinates in the process card document, thereby obtaining the process card document.

[0043] In this embodiment, the adhesive application data set includes multiple adhesive application line data, and each adhesive application line data includes multiple adhesive application points and the coordinate information of the multiple adhesive application points on a preset simulation model.

[0044] In this embodiment, based on the adhesive application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document, specifically including: Based on the glue application data set, calculate the length of each glue application line; and based on the coordinate information of each glue application point on the preset simulation model, obtain the projected coordinates of each glue application point on the target view. Based on the projection coordinates of each glue application point on the target view, the size of the adapted image object, and the position coordinates in the process card document, the coordinates of each glue application point on each glue application line in the process card document are obtained. Based on the coordinates of each glue application point on each glue application line in the process card document, generate glue application line annotation graphics for each glue application line in the process card document; In the process card document, generate a text box for the name of the glue application line for each graphic annotation, and automatically arrange the text boxes for the name of the glue application line according to the predefined layout rules; In the process card document, generate a connecting line graphic for each glue application line, linking its glue application line label graphic and glue application line name text box, and obtain the process card document.

[0045] In this embodiment, it also includes a style management module, which sets the glue line annotation graphic, glue line name text box and connecting line graphic according to predefined style configuration information.

[0046] The present invention will now be described in conjunction with specific embodiments.

[0047] Example 1 This embodiment proposes a method for automatically generating adhesive application process cards, which includes the following steps: Get the table document; The image data of the target view is obtained through the graphical view interface of the simulation platform; The image data of the target view is captured, inserted into the target area of ​​the table document, and its size is adapted to obtain the adapted image object, its size, and its position coordinates in the table document. Obtain the set of adhesive application data contained in the adhesive application process node specified by the user; wherein, the set of adhesive application data contains multiple adhesive application lines, and each adhesive application line contains multiple adhesive application point data; Based on the glue application data set, calculate the length of each glue application line; and based on the coordinate information of each glue application point on the preset simulation model, obtain the projected coordinates of each glue application point on the target view. Based on the projection coordinates of each glue point of each glue line in the glue application data set on the target view, as well as the position coordinates and size of the adapted image object, the coordinates of each glue point of each glue line in the table document are obtained. Based on the coordinates of each glue application point in the table document, a polyline is generated for each glue application line, which is the glue application line annotation graphic. Based on the coordinates of the middle glue application point of each glue application line and the division of the image area it is located in, a corresponding glue application line name text box is generated in the table document and automatically arranged around the adapted image object according to the predefined layout rules. Generate a connecting line graphic in the table document that connects the glue application line annotation graphic and the glue application line name text box. The connection point at one end of the glue application line annotation graphic is the coordinate of the middle glue application point of the glue application line annotation graphic. Based on the predefined style configuration information, the styles of the glue application line annotation graphics, glue application line name text boxes, and connecting line graphics are set, and finally a glue application process card with a uniform style is obtained in the table document.

[0048] It should be noted that before obtaining the image data of the target view through the graphical view interface of the simulation platform, the process personnel need to adjust the simulation software window to ensure that the glue application data of the part and the selected glue application process node are displayed reasonably in the current view, and open the table document of the process card and select a target area to paste the image data of the process card.

[0049] The scaling methods used in the size adaptation processing in this embodiment include stretching to maximum fill, proportional to maximum fill, proportional to width, or proportional to height.

[0050] The calculation process for the glue application line length includes: Get all glue application points along the glue application line: point1, point2, ..., pointN; Calculate the distance between two glue application points, point1 and point2; where the distance between point1 and point2 is d(point1, point2); Then the length of the glue application line is Length = d(point1,point2) + d(point2,point3) + ... + d(pointN-1,pointN).

[0051] In this embodiment, the coordinates of the glue application point in the table document are calculated as follows: The image object's position coordinates in the table document have been adapted: picLeft, picTop; The width and height scaling ratio between the adapted image and the original image: xScale, yScale; The projection coordinates of the glue application point in the current view of the simulation software: seamPointX, seamPointY The coordinates (X, Y) of the glue application point in the table document are: X = picLeft + seamPointX * xScale; Y = picTop + seamPointY * yScale.

[0052] In this embodiment, the intermediate adhesive application point refers to the adhesive application point closest to the middle among all adhesive application points on the adhesive application line. The sequence number of the intermediate adhesive application point is the number of adhesive application points divided by 2 plus 1. If an adhesive application line contains 7 adhesive application points, then the 4th adhesive application point is the intermediate adhesive application point; if an adhesive application line contains 8 adhesive application points, then the 5th adhesive application point is taken as the intermediate adhesive application point.

[0053] In this embodiment, the text box for the name of the adhesive coating line should include the name of the adhesive coating line and the length of the adhesive coating line (in mm).

[0054] The predefined layout rules for automatic arrangement in this embodiment specifically include: 1) Divide the adapted image object into four regions based on the width centerline and the height centerline; 2) Based on the area where the coordinates of the glue application point in the middle of the glue application line are located, determine whether the glue application line name text box should be placed on the left or right, top or bottom of the adapted image object; 3) Within the same area, arrange the text boxes for the name of the glue application line according to the vertical coordinates of the glue application point in the middle of the glue application line and the distance from the height center line of the adapted image.

[0055] In this embodiment, the calculation process for the coordinates of the glue application line name text box specifically includes: The position coordinates of the image object in the table document have been adapted: (picLeft, picTop); The width and height of the image have been adapted: picWidth, picHeight; The coordinates of the glue application point in the middle of the glue application line: (pointX, pointY); Width and height of the text box for the name of the glue application line: textboxWidth, textboxHeight; The distance between the glue application line name text box and the adapted image is picDistance = 20; The distance between the top and bottom glue line name text boxes is set to textboxDistance = 10; The number N of existing text boxes for the name of the glue application line in the same area; When the glue application point in the middle of the glue application line is located in the upper left area, the coordinates of the glue application line name text box are: X = picLeft – picDistance – textboxWidth; Y = picTop + picHeight * 0.5 - (textboxHeight + textboxDistance) * (N+ 1); When the glue application point in the middle of the glue application line is located in the lower left area, the coordinates of the glue application line name text box are: X is the same as the upper left area; Y = picTop + picHeight * 0.5 + (textboxHeight + textboxDistance) * N; When the glue application point in the middle of the glue application line is located in the upper right area, the coordinates of the glue application line name text box are: X = picLeft + picWidth + picDistance; Y corresponds to the upper left region; When the glue application point in the middle of the glue application line is located in the lower right area, the coordinates of the glue application line name text box are: X is the same as the upper right area; Y corresponds to the lower left region.

[0056] In this embodiment, the predefined style configuration information includes user-defined style files and default style files. User-defined style files are automatically updated after each glue application process card is generated. Default style files cannot be modified and can be used to restore default style settings.

[0057] User-defined styles include the color and line width of the glue application line markings; the color and line width of the connecting lines; the border color and line width, background color, font, color, and size of the glue application name text box, etc.

[0058] The automatically generated adhesive application process card in this embodiment is as follows: Figure 3 As shown.

[0059] The above description is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any equivalent substitutions or modifications made by those skilled in the art within the scope of the technology disclosed in the present invention, based on the technical solution and inventive concept of the present invention, should be covered within the scope of protection of the present invention.

Claims

1. A method for automatically generating adhesive application process cards, characterized in that, include: Obtain the target view and the preset process card document; Insert the target view into the target area of ​​the process card document and perform size adaptation processing to obtain the adapted image object, the size of the adapted image object, and its position coordinates in the process card document; Obtain the set of adhesive application data corresponding to the target adhesive application process node; Based on the glue application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document; the labeling includes glue application line label graphics, glue application line name text boxes, and connecting line graphics.

2. The method for automatically generating a gluing process card according to claim 1, characterized in that, The glue application dataset contains multiple glue application line data, and each glue application line data contains multiple glue application points and the coordinate information of the multiple glue application points on the preset simulation model.

3. The method for automatically generating adhesive coating process cards according to claim 2, characterized in that, Based on the adhesive application data set, the dimensions of the adapted image objects, and their position coordinates in the process card document, the adapted image objects are labeled in the process card document to obtain the process card document, which specifically includes: Based on the glue application data set, the length of each glue application line is calculated, and based on the coordinate information of each glue application point on the preset simulation model, the projected coordinates of each glue application point on the target view are obtained. Based on the projection coordinates of each glue application point on the target view, the size of the adapted image object, and the position coordinates in the process card document, the coordinates of each glue application point on each glue application line in the process card document are obtained. Based on the coordinates of each glue application point on each glue application line in the process card document, generate glue application line annotation graphics for each glue application line in the process card document; In the process card document, generate a text box for the name of the glue application line for each graphic annotation, and automatically arrange the text boxes according to the predefined layout rules; the content of the text box for the name of the glue application line includes the name of the glue application line and the length of the glue application line. In the process card document, generate a connecting line graphic for each glue application line, linking its glue application line label graphic and glue application line name text box, and obtain the process card document.

4. The method for automatically generating a gluing process card according to claim 3, characterized in that, The predefined layout rules specifically include: 1) Divide the adapted image object into four regions based on the width centerline and the height centerline; 2) Based on the coordinates of the middle glue application point of the glue application line, determine whether the glue application line name text box should be placed on the left or right, top or bottom of the adapted image object; 3) Within the same area, arrange the text boxes for the name of the glue application line according to the vertical coordinates of the middle glue application point and the distance from the height center line of the adapted image.

5. The method for automatically generating a gluing process card according to claim 3, characterized in that, After generating the connecting line graphic that connects the glue application line annotation graphic and the glue application line name text box for each glue application line in the process card document, it also includes: setting the glue application line annotation graphic, glue application line name text box and connecting line graphic according to the predefined style configuration information.

6. The method for automatically generating a gluing process card according to claim 1 or 3, characterized in that, The connection point between each connecting line graphic and the glue application line annotation graphic is the middle glue application point of the glue application line annotation graphic.

7. The method for automatically generating a gluing process card according to claim 6, characterized in that, The number of the glue application point in the middle is the number of glue application points in the corresponding glue application line marking graphic divided by 2 and then added by 1.

8. A system for automatically generating adhesive application process cards, characterized in that, include: The acquisition module is used to acquire the target view, the preset process card document, and the set of adhesive application data corresponding to the target adhesive application process node; The size adaptation processing module is used to insert the target view into the target area of ​​the process card document and perform size adaptation processing to obtain the adapted image object, the size of the adapted image object, and its position coordinates in the process card document; The annotation module is used to annotate the adapted image objects in the process card document based on the glue application data set, the size of the adapted image objects, and their position coordinates in the process card document, thereby obtaining the process card document.

9. The system for automatically generating adhesive application process cards according to claim 8, characterized in that, The glue application dataset contains multiple glue application line data, and each glue application line data contains multiple glue application points and the coordinate information of the multiple glue application points on the preset simulation model; Specifically, based on the adhesive application data set, the size of the adapted image object, and its position coordinates in the process card document, the adapted image object is labeled in the process card document to obtain the process card document, which includes: Based on the glue application data set, calculate the length of each glue application line; based on the coordinate information of each glue application point on the preset simulation model, obtain the projected coordinates of each glue application point on the target view. Based on the projection coordinates of each glue application point on the target view, the size of the adapted image object, and the position coordinates in the process card document, the coordinates of each glue application point on each glue application line in the process card document are obtained. Based on the coordinates of each glue application point on each glue application line in the process card document, generate glue application line annotation graphics for each glue application line in the process card document; In the process card document, generate a text box for the name of the glue application line for each graphic annotation, and automatically arrange the text boxes for the name of the glue application line according to the predefined layout rules; In the process card document, generate a connecting line graphic for each glue application line, linking its glue application line label graphic and glue application line name text box, and obtain the process card document.

10. The system for automatically generating adhesive application process cards according to claim 8, characterized in that, Also includes: The style management module sets the glue application line annotation graphics, glue application line name text boxes, and connector line graphics according to predefined style configuration information.

Images