AR workshop production management system and method
By developing an AR workshop production management system, combining the web and Android applications, process information management and the integration of virtual and real assisted production are realized, and the problem of traditional industrial production relies on paper records and high-cost AR equipment is solved, improving production accuracy and efficiency, and reducing costs.
Patent Information
- Application Number
- CN202311697126.4
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2023-12-12
- Publication Date
- 2025-06-13
AI Technical Summary
The existing industrial production relies on paper process cards and memory, resulting in production errors and inefficiency, high cost of AR equipment and complex update and maintenance.
Develop an AR workshop production management system, combining the web and Android applications, and provides functional modules such as production planning, process entry, process display, process management, material management, AR identification and product quality feedback, to realize process information management and integrated virtual and real auxiliary production.
It improves the accuracy of the production process, reduces errors caused by artificial memory, standardizes data management, reduces equipment costs and operation difficulties, and saves manpower and production costs.
Smart Images
Figure CN120146640A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of production management, and particularly relates to an AR workshop production management system and method. Background Art
[0002] At present, the informatization of industrial production has been gradually popularized. However, in many cases, it still relies on paper process cards to guide production, paper-based methods to record production data, and employees' memory and experience to complete production. There are still situations where due to complex and numerous processes, employees are exhausted from memorizing, resulting in production errors or even production accidents. At the same time, there are problems such as low efficiency and high costs. Although there have been some studies on AR industrial production in the prior art, it cannot be well integrated with the industrial production process closely. And for the management and modification of processes, it is necessary to update and upgrade all AR device data. At the same time, the cost of AR devices is relatively high. Therefore, there is an urgent need to develop an AR workshop production management system and method to solve the above technical problems.
[0003] In view of this, the present invention is specifically proposed. Summary of the Invention
[0004] The purpose of the present invention is to provide an AR workshop production management system and method, which realizes the information platform management of process cards and production data, and combines AR technology to assist production. It not only helps to improve the accuracy of production processes, avoid production errors caused by inaccurate memory, standardize and standardize data management, but also can save labor and production costs, has broad application prospects, and is conducive to popularization and application.
[0005] To achieve the above purpose, an AR workshop production management system provided by the present invention includes a Web application, an Android application, and a data interaction module. The Web application includes six functional modules, namely a production plan module, a workshop production module, a process entry module, a process display module, a process management module, and a material management module. The Android application includes two functional modules, namely an AR recognition module and a product quality feedback module; The production plan module is a functional module for the workshop director, including a production plan release function and a production plan management function; The workshop production module is a functional module to assist production personnel in completing the production process, including a start production function and a complete production function; The process entry module is used for technical administrators to enter process information and three-dimensional models; The process display module is different from the traditional process card model. While the platform displays the process card, it uses a three-dimensional model to more vividly and directly display the process model; The process management module is used for the management of process information, including functions such as viewing, modifying, and deleting process information; The material management module is used for procurement personnel to log in to the platform to enter the material information for procurement and manage the material information in stock; The AR recognition module has a real-time recognition function, which facilitates staff to obtain process information and 3D model virtual information, and the virtual and real are fused and superimposed on the real scene for rendering and display; The product quality feedback module is used to update production record information and feedback and query product information; The data interaction module is used to store data, connect with each module of the system, and store and read various data in the operation process.
[0006] The present invention also provides an AR workshop production management method using the above system. The workshop production management process is as follows: The workshop director enters the production plan module, uses the production plan release function to upload the production plan, and can also use the production plan management function to modify or delete the uploaded production plan. The workshop production personnel view the current production plan waiting to be produced, select the production plan to view the process required for production, and according to the process details and the production material inventory situation, select to start production, add and upload production information, change the production plan status. After completing production, the workshop production personnel view their personal production records, select the production record of the completed production, modify the production record, and the system modifies the corresponding production plan status and the production material inventory.
[0007] Preferably, the process of process entry and display is as follows: The process management personnel select to add process information, fill in the process card information, including process basic information, process part information, process step information, and upload the process model file and model pictures. After completing the filling and uploading, the entry of the process card information is realized. The display of the process card and the 3D model is for all workshop staff. The user uses the workshop production management system to view all process cards in the system, selects a card to view the detailed information of the process card including process basic information, process parts, process steps, and process pictures. The user can select to view the 3D model of the process card on the detailed information page.
[0008] Preferably, the AR recognition-assisted production process is as follows: after the user enters the Android application, click on Scan & Recognize to enter the AR recognition module. The user uses the mobile device camera to scan and recognize the planar image identifier or the natural feature points of the three-dimensional object. When the recognition target object is a planar image identifier, the bound three-dimensional model and the corresponding text information can be displayed. At this time, the user can use the AR recognition module to view the three-dimensional process model and the relevant parameter information. Meanwhile, the process card conversion button is displayed on the display interface. Clicking the button converts the virtual information into a process card in the form of a picture. When the recognition target object is the natural feature points of a three-dimensional object, the bound three-dimensional model and the corresponding text information can be displayed. At this time, the user can use the AR recognition module to view the part model required for the next process and the complete three-dimensional process model of the product during the workshop production process, as well as the relevant process guidance information or parameter information corresponding to different models. Meanwhile, the process card conversion button is displayed on the display interface. Clicking the button converts the virtual information into a process card in the form of a picture. The platform obtains the virtual information of the process model, part model and parameters, process guidance, and process card, registers and locates it in the real scene, and then displays it to the user through virtual-real fusion again.
[0009] The AR workshop production management system and method provided by the present invention have the following beneficial effects.
[0010] 1. The present invention combines process management with the production process, and to a certain extent, avoids the mistakes and losses that may be caused by manual memory during the production process.
[0011] 2. The present invention adopts AR industrial production equipment, which not only reduces the equipment cost, but also reduces the difficulty of equipment operation.
[0012] 3. The present invention updates and upgrades the process information of AR industrial production equipment, reducing the difficulty of equipment data update as well as the labor and time costs. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] Figure 1 is a structural block diagram of an AR workshop production management system provided by the present invention; Figure 2 is a flowchart of an AR workshop production management method provided by the present invention. DETAILED DESCRIPTION OF THE INVENTION
[0014] The following further describes the present invention in conjunction with specific embodiments and the drawings to help understand the content of the present invention.
[0015] Such as Figure 1As shown in the figure, it is a structural block diagram of an AR workshop production management system provided by the present invention. The AR workshop production management system includes a Web application, an Android application, and a data interaction module. The Web application includes six functional modules, namely a production plan module, a workshop production module, a process entry module, a process display module, a process management module, and a material management module. The Android application includes two functional modules, namely an AR recognition module and a product quality feedback module; The production plan module is a functional module for the workshop director, including a production plan release function and a production plan management function; The workshop production module is a functional module to assist production personnel in completing the production process, including a start production function and a complete production function; The process entry module is used for the technical administrator to enter process information and three-dimensional models; The process display module is different from the traditional process card model. While the platform displays the process card, it uses a three-dimensional model to more vividly and directly display the process model; The process management module is used for the management of process information, including functions of viewing, modifying, and deleting process information; The material management module is used for the purchaser to log in to the platform to enter the purchased material information and manage the inventory material information; The AR recognition module has a real-time recognition function, which is convenient for staff to obtain process information and three-dimensional model virtual information, and the virtual and real are fused and superimposed on the real scene and rendered for display; The product quality feedback module is used to update production record information and feedback and query product information; The data interaction module is used to store data, dock with each module of the system, and store and read various data during the operation process.
[0016] The present invention also provides an AR workshop production management method using the above system. The workshop production management process is as follows: The workshop director enters the production plan module, uses the production plan release function to upload the production plan, and can also use the production plan management function to modify or delete the uploaded production plan. The workshop production personnel view the current production plan waiting to be produced, select the production plan to view the required process, and according to the process details and the production material inventory situation, select to start production, add and upload production information, change the production plan status. After completing production, the workshop production personnel view their personal production records, select the production record of completed production, modify the production record, and the system modifies the corresponding production plan status and production material inventory.
[0017] The process of process entry and display is as follows: Process management personnel select to add process information and fill in process card information, including basic process information, process part information, process step information, and upload process model files and model pictures. After completing the filling and uploading, the entry of process card information is realized. The display of process cards and 3D models is for all workshop staff. Users use the workshop production management system to view all process cards in the system, select a card to view the detailed process card information including basic process information, process parts, process steps, and process pictures. Users can select to view the 3D model of the process card on the detailed information page.
[0018] The AR recognition-assisted production process is as follows: After the user enters the Android application, click to scan and recognize to enter the AR recognition module. The user uses the mobile device camera to scan and recognize the flat image identifier or the natural feature points of the 3D object. When the recognition target object is a flat image identifier, the bound 3D model and the corresponding text information can be displayed. At this time, the user can use the AR recognition module to view the 3D process model and related parameter information. At the same time, the display interface shows the process card conversion button. Click the button to convert the virtual information into a process card in picture form. When the recognition target object is the natural feature points of the 3D object, the bound 3D model and the corresponding text information can be displayed. At this time, the user can use the AR recognition module to view the part model required for the next process step and the complete 3D process model of the product during the workshop production process, as well as the relevant process guidance information or parameter information corresponding to different models. At the same time, the display interface shows the process card conversion button. Click the button to convert the virtual information into a process card in picture form. The platform obtains the process model, part model and parameters, process guidance, and process card virtual information, and registers and locates them in the real scene, and then displays them to the user through virtual-real fusion again.
[0019] As Figure 2 shown, it is a flowchart of an AR workshop production management method provided by the present invention. When in use, the user first enters information through the web application, including production process, 3D model, production materials, etc.; after completing the information entry, the designated permission user logs in to the web application to release the production plan; the production personnel log in to the web application to select the production plan, check whether the materials meet the production plan conditions, and start production if the conditions are met. The production personnel use the AR recognition module of the Android application to assist in production. The production personnel can also use the Android application to give feedback on product quality. After completing production or quality feedback, the production data is stored in the database through the data interaction module.
[0020] The present invention solves the problems of the traditional industrial production method of paper records, reduces the labor cost and time cost for staff to view and manage paper records and process cards. At the same time, combined with augmented reality technology, it supports staff to use the Android application to scan and identify the marks or object feature points in the production scene in real time, obtain the production process flow and parameters, making the production process more accurate and effectively reducing the possible errors and mistakes in the production process.
[0021] In this article, specific examples are used to elaborate on the inventive concept in detail. The description of the above embodiments is only used to help understand the core idea of the present invention. It should be pointed out that for those of ordinary skill in the art in this technical field, any obvious modifications, equivalent replacements or other improvements made without departing from the inventive concept shall be included within the protection scope of the present invention.
Claims
1. An AR workshop production management system, characterized in that, it includes a Web - end application, an Android - end application and a data interaction module. The Web - end application includes six functional modules, namely a production plan module, a workshop production module, a process entry module, a process display module, a process management module and a material management module. The Android - end application includes two functional modules, namely an AR recognition module and a product quality feedback module; The production plan module is a functional module for the workshop director, including a production plan release function and a production plan management function; The workshop production module is a functional module to assist production personnel in completing the production process, including a start production function and a complete production function; The process entry module is used for technical administrators to enter process information and 3D models; The process display module is different from the traditional process card model. While the platform displays the process card, it uses 3D models to more vividly and directly display the process model; The process management module is used for the management of process information, including functions such as viewing, modifying, and deleting process information; The material management module is used for purchasers to log in to the platform to enter the purchased material information and manage the inventory material information; The AR recognition module has a real - time recognition function, facilitating staff to obtain process information and 3D model virtual information, which are fused and superimposed on the real scene and rendered for display; The product quality feedback module is used to update production record information and feedback and query product information; The data interaction module is used to store data, dock with each module of the system, and store and read various data in the operation process.
2. An AR workshop production management method using the system according to claim 1, characterized in that, The workshop production management process is as follows: The workshop director enters the production plan module, uses the production plan release function to upload the production plan, and can also use the production plan management function to modify or delete the uploaded production plan. The workshop production personnel view the current production plans waiting to be produced, select a production plan to view the required processes, and according to the process details and the production material inventory situation, select to start production, add and upload production information, change the production plan status. After completing production, the workshop production personnel view their personal production records, select the production record of completed production, modify the production record, and the system modifies the corresponding production plan status and production material inventory.
3. An AR workshop production management method according to claim 2, characterized in that, The process entry and display process is as follows: The process management personnel select to add process information, fill in the process card information, including process basic information, process part information, process step information, and upload the process model file and model pictures. After completing the filling and uploading, the process card information is entered. The display of the process card and the 3D model is for all workshop staff. Users use the workshop production management system to view all process cards in the system, select a card to view the detailed process card information including process basic information, process parts, process steps, and process pictures. Users can select to view the 3D model of the process card on the detailed information page.
4. An AR workshop production management method according to claim 3, characterized in that, The AR recognition-assisted production process is as follows: After the user enters the Android application, click to scan and recognize to enter the AR recognition module. The user uses the mobile device camera to scan and recognize the flat image identifier or the natural feature points of the three-dimensional object. When the recognition target object is a flat image identifier, the three-dimensional model bound to the identifier and the corresponding text information can be displayed. At this time, the user can use the AR recognition module to view the three-dimensional process model and related parameter information, and at the same time, the process card conversion button is displayed on the display interface. Click the button to convert the virtual information into a process card in the form of a picture. When the recognition target object is the natural feature points of the three-dimensional object, the three-dimensional model bound to the object and the corresponding text information can be displayed. At this time, the user can use the AR recognition module to view the part model required for the next process and the complete three-dimensional process model of the product during the workshop production process, as well as the relevant process guidance information or parameter information corresponding to different models. At the same time, the process card conversion button is displayed on the display interface. Click the button to convert the virtual information into a process card in the form of a picture. The platform obtains the virtual information of the process model, part model and parameters, process guidance, and process card, registers and locates it in the real scene, and then displays it to the user through virtual-real fusion again.