An electronic device with a graphical user interface for an intelligent meteorological disaster monitoring and early warning system

Abstract

1. Name of the Design Product: Electronic Device with Graphical User Interface of Intelligent Meteorological Disaster Monitoring and Early Warning System. 2. Use of the Design Product: For running programs, touch interaction or displaying information. 3. Design Key Points of the Design Product: Lies in the graphical user interface displayed on the screen. 4. Picture or Photograph Best Showing the Design Key Points: Front View. 5. Use of the Graphical User Interface: The graphical user interface of this product is the user interaction interface of the intelligent meteorological disaster monitoring and early warning system on the PC side. Users can freely switch between this interface and other interfaces by clicking, touching, or swiping the screen to meet different usage scenarios. The front view is the main interface (login interface) of this product. After entering the username, password, and verification code on the front view interface and clicking the "Login" button, the interface presents the state shown in Variation State Diagram 1; when the user clicks the "Facility Early Warning" in the top navigation menu of Variation State Diagram 1 to open the secondary menu and then clicks the "Wildfire Monitoring" button, the interface presents the state shown in Variation State Diagram 2; when the user clicks the "Facility Early Warning" in the top navigation menu of Variation State Diagram 2 to open the secondary menu and then clicks the "Icing Forecast" button, the interface presents the state shown in Variation State Diagram 3; when the user clicks the "Facility Early Warning" in the top navigation menu of Variation State Diagram 3 to open the secondary menu and then clicks the "Rainstorm Forecast" button, the interface presents the state shown in Variation State Diagram 4; when the user clicks the "Monitoring Management" button in the top navigation menu of Variation State Diagram 4, the interface presents the state shown in Variation State Diagram 5; when the user clicks the "Real-time Sensing" button in the top navigation menu of Variation State Diagram 5, the interface presents the state shown in Variation State Diagram 6; when the user clicks the "Expert Service" button in the top navigation menu of Variation State Diagram 6, the interface presents the state shown in Variation State Diagram 7; when the user clicks the "Maintenance Operation" in the top navigation menu of Variation State Diagram 7 to open the secondary menu and then clicks the "Operation Judgment" button, the interface presents the state shown in Variation State Diagram 8; when the user clicks the "Maintenance Operation" in the top navigation menu of Variation State Diagram 8 to open the secondary menu and then clicks the "Operation Management" button, the interface presents the state shown in Variation State Diagram 9; when the user clicks the "Basic Management" in the top navigation menu of Variation State Diagram 9 to open the secondary menu and then clicks the "Device Management" button, the interface presents the state shown in Variation State Diagram 10; when the user clicks the "Basic Management" in the top navigation menu of Variation State Diagram 10 to open the secondary menu and then clicks the "Concern Point Management" button, the interface presents the state shown in Variation State Diagram 11.

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