Electronic device for a graphical user interface of a deep-sea, high-capacity, adjustable dual-recovery, locally statically sealed winch control system.

Abstract

1. Name of the product in this design: Electronic device with a graphical user interface for a deep-sea large-capacity adjustable dual-receive partial static sealing winch control system. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are the layout and presentation of content in the graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: This graphical user interface operates at a resolution of 1280×720. The display screen panel is used in the control system of a deep-sea large-capacity adjustable dual-receive partial static seal winch. During operation, it is used to display the content of the graphical user interface for users to perform control and monitoring operations. The main interface of the software includes floating body depth and attitude information, TC4032 analog signal graphics, system connection status display, control button operation area, status feedback area, parameter setting menu and export function, which allows users to perform winch operation control, sensor configuration, data acquisition, export and language switching. 6. Description of the changing states of the graphical user interface: The main view shows the user interface diagram after the winch control system is turned on and running, including menu items, depth gauges, control buttons, analog signal graphs, etc. that can be operated by the user. Click the "Settings" button in the main view with the mouse (or touch screen) to bring up the corresponding settings interface and enter the interface change state (Figure 1). After entering the password in the communication port settings of the settings interface, the port configuration options will be displayed. After the configuration is completed, a prompt box "Communication port settings successful" will pop up, and the interface will change as shown in Figure 2. Clicking the "Connect" button in the interface change status diagram 2 will display the port connection status change (indicated by green / gray lights), and at the same time, the status display area will show the status of each device, thus entering the interface change status diagram 3. After confirming that the equipment status is correct, click the "Start" button in the interface change status diagram 3. A prompt box will pop up saying "System started successfully". The motor is in the brake holding state, and the interface change status diagram 4 will appear. During system operation, the TC4032 analog signal image changes in real time with the sensor value, the depth attitude or rotation speed value in the interface is updated in real time, the instrument panel pointer rotates with the depth, and the interface changes as shown in Figure 5. Clicking the "Export" button in Figure 5 (interface change status diagram) will bring up a system file save window. Users can select the save directory and Excel data file name, and then proceed to Figure 6 (interface change status diagram). After clicking the "End" button in the interface change state diagram 6, a pop-up message box appears saying "The system has ended running and can be reconnected and restarted," and the interface change state diagram 7 appears. Click the "Settings" button in Figure 7 of the interface change state to bring up the system settings dialog box, which includes modules such as target speed, floating body depth, and language settings. In the language options, click "English", and a prompt dialog box will pop up: "The language has been saved, please restart the program to apply the changes". Then, proceed to Figure 8 of the interface change state. After restarting the software, the interface displays in English, as shown in Figure 9.

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