Graphical user interface electronics for engine fadec real-time monitoring

Abstract

1. The name of the design product: graphical user interface electronic device for engine FADEC real-time monitoring. 2. The use of the design product: an electronic device. 3. The design points of the design product: in the graphical user interface content. 4. The picture or photo that best shows the design points: interface change state figure 9. 5. The use of the graphical user interface: for monitoring the running state and adjusting the running parameters of engine FADEC. 6. The human-computer interaction mode of the graphical user interface: the main view is the home page of the real-time monitoring system control, click "online calibration" to enter interface change state figure 1, which is the initial interface of online calibration; click "import file" in interface change state figure 1 to enter interface change state figure 2, which prompts to select a specified channel for initialization; click "import A channel" in interface change state figure 2 to enter interface change state figure 3; in interface change state figure 3, select the specified channel calibration parameter file (XXXX.FlashBin) and click "open", the selected calibration file parameters are successfully read in, enter interface change state figure 4; select the data of horizontal 7 and vertical Y of "LmDem_Wfm_A" in the parameter list of interface change state figure 4, modify the data (from 0.2 to 0.22), the modified data grid background color will automatically be marked as yellow, enter interface change state figure 5, at this time, the "calibration mode" and "editing" buttons in the upper right corner of the function button are green, and the other buttons are gray; move the mouse to the mode button "Y axis" of the quick adjustment toolbar of interface change state figure 5, the button shows the selected state, enter interface change state figure 6; click "Y axis" in interface change state figure 6 to enter interface change state figure 7; in interface change state figure 7, input the adjustment coefficient "2" and click the button "add" to modify the data of vertical Y, the modified grid will also be automatically marked as yellow, enter interface change state figure 8; click "A channel modification" in interface change state figure 8, at this time, the "editing" button in the upper right corner changes to gray, and the "modification" button changes to green, indicating that the calibration line writing is being executed, enter interface change state figure 9, the waiting feedback value will be automatically adjusted during the modification process; after the writing state of interface change state figure 9 is automatically completed, it shows interface change state figure 10, the "modification" button in the upper right corner changes to gray, and the "modification successful" button changes to green, indicating that the calibration line writing is successful.

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