Graphical user interface for row and column slice processing of data processing analysis software for battery ultrasonic scanning systems of electronic devices

Abstract

1. Name of the product in this design: Graphical user interface for row and column slicing processing of data processing and analysis software for an ultrasonic scanning system for batteries of electronic devices. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. Images or photos that best illustrate the design points: Design 1 Interface change state diagram 2. 5. Design 1 is designated as the basic design. 6. Application of the graphical user interface: for row and column slicing processing in data processing and analysis software for battery ultrasonic scanning systems. 7. Human-computer interaction method of graphical user interface: Design 1: After selecting and loading the file to be processed and analyzed in the "Select Load File" box in the "Design 1 Main View", jump to "Design 1 Interface Change State Diagram 1"; in "Design 1 Interface Change State Diagram 1", click "Row and Column Slicing" at the top to jump to "Design 1 Interface Change State Diagram 2"; in the imaging diagram on the left side of "Design 1 Interface Change State Diagram 2", double-click to select the battery to be sliced ​​position to jump to "Design 1 Interface Change State Diagram 3"; in "Design 1 Interface Change State Diagram 3", click "Slice Refresh" at the top to jump to "Design 1 Interface Change State Diagram 4"; in "Design 1 Interface Change State Diagram 4", click "OK" in the pop-up box to jump to "Design 1 Interface Change State Diagram 5". Design 2: After selecting and loading the file to be analyzed in the "Select Load File" box in the "Design 2 Main View", jump to "Design 2 Interface Change Status Diagram 1"; in "Design 2 Interface Change Status Diagram 1", click "Row and Column Slicing" at the top to jump to "Design 2 Interface Change Status Diagram 2"; in the imaging diagram on the left side of "Design 2 Interface Change Status Diagram 2", double-click to select the battery to be sliced ​​position to jump to "Design 2 Interface Change Status Diagram 3"; in "Design 2 Interface Change Status Diagram 3", check "Waveform Diagram" at the top to jump to "Design 1 Interface Change Status Diagram 4". Design 3: After selecting and loading the file to be analyzed in the "Select Load File" box in the "Design 3 Main View", jump to "Design 3 Interface Change Status Diagram 1"; in "Design 3 Interface Change Status Diagram 1", click "Row and Column Slicing" at the top to jump to "Design 3 Interface Change Status Diagram 2"; in the imaging diagram on the left side of "Design 3 Interface Change Status Diagram 2", double-click to select the battery to be sliced ​​position to jump to "Design 3 Interface Change Status Diagram 3"; in "Design 3 Interface Change Status Diagram 3", click "Slice Refresh" at the bottom to jump to "Design 3 Interface Change Status Diagram 4"; in "Design 3 Interface Change Status Diagram 4", click "OK" in the pop-up box to jump to "Design 3 Interface Change Status Diagram 5". Design 4: Select the file to be processed and analyzed in the "Select Load File" box in the "Design 4 Main View" and load it. Then jump to "Design 4 Interface Change Status Diagram 1". In "Design 4 Interface Change Status Diagram 1", click "Row and Column Slicing" at the top to jump to "Design 4 Interface Change Status Diagram 2". In the imaging diagram on the left side of "Design 4 Interface Change Status Diagram 2", double-click to select the battery slice position and jump to "Design 4 Interface Change Status Diagram 3". In "Design 4 Interface Change Status Diagram 3", check "Waveform Diagram" at the bottom and jump to "Design 4 Interface Change Status Diagram 4". Design 5: After selecting and loading the file to be analyzed in the "Select Load File" box in the "Design 5 Main View", proceed to "Design 5 Interface Change Status Diagram 1"; in "Design 5 Interface Change Status Diagram 1", click "Reflection" in the upper left corner to proceed to "Design 5 Interface Change Status Diagram 2"; in "Design 5 Interface Change Status Diagram 2", click "Row and Column Slicing" at the top to proceed to "Design 5 Interface Change Status Diagram 3"; in "Design 5 Interface Change Status Diagram 3", click "Column Slice Reflection" to proceed to "Design 5 Interface Change Status Diagram 4"; in the imaging diagram on the left side of "Design 5 Interface Change Status Diagram 4", double-click to select the battery slice location to proceed to "Design 5 Interface Change Status Diagram 5"; in "Design 5 Interface Change Status Diagram 5", click "Slice Refresh" at the top to proceed to "Design 5 Interface Change Status Diagram 6"; in "Design 5 Interface Change Status Diagram 6", click "OK" in the pop-up box to proceed to "Design 5 Interface Change Status Diagram 7". Design 6: After selecting and loading the file to be analyzed in the "Select Load File" box in the "Design 6 Main View", jump to "Design 6 Interface Change Status Diagram 1"; in "Design 6 Interface Change Status Diagram 1", click "Reflection" in the upper left corner to jump to "Design 6 Interface Change Status Diagram 2"; in "Design 6 Interface Change Status Diagram 2", click "Row and Column Slicing" at the top to jump to "Design 6 Interface Change Status Diagram 3"; in "Design 6 Interface Change Status Diagram 3", click "Column Slice Reflection" to jump to "Design 6 Interface Change Status Diagram 4"; in the imaging diagram on the left side of "Design 6 Interface Change Status Diagram 4", double-click to select the battery slice position to jump to "Design 6 Interface Change Status Diagram 5"; in "Design 6 Interface Change Status Diagram 5", check "Waveform Diagram" at the top to jump to "Design 6 Interface Change Status Diagram 6". Design 7: After selecting and loading the file to be analyzed in the "Select Load File" box in the "Design 7 Main View", proceed to "Design 7 Interface Change Status Diagram 1"; in "Design 7 Interface Change Status Diagram 1", click "Reflection" in the upper left corner to proceed to "Design 7 Interface Change Status Diagram 2"; in "Design 7 Interface Change Status Diagram 2", click "Row and Column Slicing" at the top to proceed to "Design 7 Interface Change Status Diagram 3"; in "Design 7 Interface Change Status Diagram 3", click "Row Slice Reflection" to proceed to "Design 7 Interface Change Status Diagram 4"; in the imaging diagram on the left side of "Design 7 Interface Change Status Diagram 4", double-click to select the battery slice location to proceed to "Design 7 Interface Change Status Diagram 5"; in "Design 7 Interface Change Status Diagram 5", click "Slice Refresh" at the bottom to proceed to "Design 7 Interface Change Status Diagram 6"; in "Design 7 Interface Change Status Diagram 6", click "OK" in the pop-up box to proceed to "Design 7 Interface Change Status Diagram 7". Design 8: After selecting and loading the file to be analyzed in the "Select Load File" box in the "Design 8 Main View", jump to "Design 8 Interface Change Status Diagram 1"; in "Design 8 Interface Change Status Diagram 1", click "Reflection" in the upper left corner to jump to "Design 8 Interface Change Status Diagram 2"; in "Design 8 Interface Change Status Diagram 2", click "Row and Column Slicing" at the top to jump to "Design 8 Interface Change Status Diagram 3"; in "Design 8 Interface Change Status Diagram 3", click "Row Slice Reflection" to jump to "Design 8 Interface Change Status Diagram 4"; in the imaging diagram on the left side of "Design 8 Interface Change Status Diagram 4", double-click to select the battery slice position to jump to "Design 8 Interface Change Status Diagram 5"; in "Design 8 Interface Change Status Diagram 5", check "Waveform Diagram" at the bottom to jump to "Design 8 Interface Change Status Diagram 6".

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