Graphical User Interface of the Machine Vision Detection System for Electronic Devices

Abstract

1. Name of the Design Product: Graphical User Interface of the Machine Vision Detection System for Electronic Devices. 2. Use of the Design Product: For electronic devices. 3. Design Key Points of the Design Product: Lies in the graphical user interface. 4. Picture or Photograph Best Showing the Design Key Points: Front View of Design 1. 5. Design 1 is designated as the basic design. 6. Use of the Graphical User Interface: For debugging of software and hardware of the machine vision detection system, display of images and operation interaction. 7. Human-computer interaction method of the graphical user interface: Use the main view of Design 1 as the initial interface; in the main view of Design 1, click on "Login" in the upper part and hover the mouse over "User Login" in the drop-down menu to obtain the state change diagram 1 of the Design 1 interface. The drop-down menu displays "User Login", "User Management", and "Logout". Click on "User Login" in the state change diagram 1 of the Design 1 interface to obtain the state change diagram 2 of the Design 1 interface; use the main view of Design 2 as the initial interface; in the main view of Design 2, click on "Login" in the upper part and hover the mouse over "User Management" in the drop-down menu to obtain the state change diagram 1 of the Design 2 interface. The drop-down menu displays "User Login", "User Management", and "Logout". Click on "User Management" in the state change diagram 1 of the Design 2 interface to obtain the state change diagram 2 of the Design 2 interface; use the main view of Design 3 as the initial interface; in the main view of Design 3, click on "Product" in the upper part and hover the mouse over "Tool Change" in the drop-down menu to obtain the state change diagram 1 of the Design 3 interface. The drop-down menu displays "Tool Change" and "Model Management". Click on "Tool Change" in the state change diagram 1 of the Design 3 interface to obtain the state change diagram 2 of the Design 3 interface; use the main view of Design 4 as the initial interface; in the main view of Design 4, click on "Product" in the upper part and hover the mouse over "Model Management" in the drop-down menu to obtain the state change diagram 1 of the Design 4 interface. The drop-down menu displays "Tool Change" and "Model Management". Click on "Model Management" in the state change diagram 1 of the Design 4 interface to obtain the state change diagram 2 of the Design 4 interface; use the main view of Design 5 as the initial interface; in the main view of Design 5, click on "Settings" in the upper part and sequentially hover the mouse over "Camera" and "Area Array Camera" in the drop-down menu to obtain the state change diagram 1 of the Design 5 interface. The drop-down menu displays "Camera", "Light Source", "Communication", "Algorithm", "Form Settings", "System Parameters", and "About Plug-in". The "Camera" sub-menu displays "Area Array Camera", "Line Scan Camera", and "3D Camera". Click on "Area Array Camera" in the state change diagram 1 of the Design 5 interface to obtain the state change diagram 2 of the Design 5 interface; use the main view of Design 6 as the initial interface; in the main view of Design 6, click on "Settings" in the upper part and sequentially hover the mouse over "Light Source" in the drop-down menu to obtain the state change diagram 1 of the Design 6 interface. The drop-down menu displays "Camera", "Light Source", "Communication", "Algorithm", "Form Settings", "System Parameters", and "About Plug-in". Click on "Light Source" in the state change diagram 1 of the Design 6 interface to obtain the state change diagram 2 of the Design 6 interface; use the main view of Design 7 as the initial interface; in the main view of Design 7, click on "Settings" in the upper part and sequentially hover the mouse over "Algorithm" and "Calibration" in the drop-down menu to obtain the state change diagram 1 of the Design 7 interface. The drop-down menu displays "Camera", "Light Source", "Communication", "Algorithm", "Form Settings", "System Parameters", and "About Plug-in". The "Algorithm" sub-menu displays "Calibration", "Positioning", and "Measurement";Click "Calibration" in Design 7 Interface Change Status Diagram 1 to obtain Design 7 Interface Change Status Diagram 2; use the main view of Design 8 as the initial interface; in the main view of Design 8, click "Settings" at the top and then hover the mouse over "Algorithm" and "Positioning" in the drop-down menu in sequence to obtain Design 8 Interface Change Status Diagram 1. The drop-down menu shows "Camera", "Light Source", "Communication", "Algorithm", "Form Settings", "System Parameters", and "About Plug-in". The "Algorithm" sub-menu shows "Calibration", "Positioning", and "Measurement"; click "Positioning" in Design 8 Interface Change Status Diagram 1 to obtain Design 8 Interface Change Status Diagram 2; use the main view of Design 9 as the initial interface; in the main view of Design 9, click "Settings" at the top and then hover the mouse over "Algorithm" and "Measurement" in the drop-down menu in sequence to obtain Design 9 Interface Change Status Diagram 1. The drop-down menu shows "Camera", "Light Source", "Communication", "Algorithm", "Form Settings", "System Parameters", and "About Plug-in". The "Algorithm" sub-menu shows "Calibration", "Positioning", and "Measurement"; click "Measurement" in Design 9 Interface Change Status Diagram 1 to obtain Design 9 Interface Change Status Diagram 2; use the main view of Design 10 as the initial interface; in the main view of Design 10, click "Settings" at the top and then hover the mouse over "System Parameters" in the drop-down menu to obtain Design 10 Interface Change Status Diagram 1. The drop-down menu shows "Camera", "Light Source", "Communication", "Algorithm", "Form Settings", "System Parameters", and "About Plug-in"; click "System Parameters" in Design 10 Interface Change Status Diagram 1 to obtain Design 10 Interface Change Status Diagram 2.;

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