Graphical User Interface with Remote Automatic Control of Lock Stations for Computers

Abstract

1. Name of the Design Product: Graphical User Interface with Remote Automatic Control of Sluice Stations for Computers. 2. Use of the Design Product: For real-time monitoring and control of the operation status of irrigation district gates, river water levels, and river flows. The graphical user interface can be used for human-computer interaction. 3. Design Key Points of the Design Product: Lies in the content of the graphical user interface on the display screen panel. 4. Picture or Photo Best Showing the Design Key Points: Front View. 5. Existing Design, so other views are omitted. The text in the interface is only used to indicate the text content area, and the specific text content is not the protected content of this design, so other views are omitted. 6. Use of the Graphical User Interface: For real-time display of the operation status of sluice stations, monitoring the communication status of monitoring devices and real-time data collection and display, controlling the start and stop of sluice station devices, collecting instrument data information; data collection and input into the relational database; the interface in the front view is the main software interface displayed after opening the software, showing all the statistical results of the operation status of sluice stations, animation effects, the main status parameters of the operation of sluice station devices, and each function menu. 7. Human-Computer Interaction Method of the Graphical User Interface: The front view is the main interface of the sluice station monitoring system, which monitors the operation status of sluice stations and key equipment information in real time. Clicking on each sluice station icon button along the map line in the main interface can monitor the sluice station interface functions of each site; clicking on the Data Overview in the navigation bar of the front view opens the Change Status Diagram 1, which shows the real-time water level information in front of and at all sluice stations along the channel; clicking on the Site Selection in the navigation bar of the Change Status Diagram 1 opens the Change Status Diagram 2, which shows all the sluice station names and management areas in the sidebar. Clicking on the sluice station name enters the control interface of that sluice station; clicking on the Report Query in the navigation bar of the Change Status Diagram 2 opens the Change Status Diagram 3, which shows historical data information such as the opening, water level, and pressure of sluice station operations; clicking on the Fault Alarm in the navigation bar of the Change Status Diagram 3 opens the Change Status Diagram 4, which shows all the fault signals collected by the local sluice stations of the system and generates real-time and historical alarm records; clicking on the Fault Alarm in the navigation bar of the Change Status Diagram 4 opens the Change Status Diagram 5, which shows the operation network status and network structure information of the devices involved in the system; clicking on the System Management in the navigation bar of the Change Status Diagram 5 opens the Change Status Diagram 6, which shows the function modules related to system management.

Images