Information sharing platform data graphical user interface for electronic devices

Abstract

1. Name of the product in this design: Data Graphical User Interface for an Information Sharing Platform for Electronic Devices. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are its graphical user interface content. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: This design is used to monitor the data processing process of the information sharing platform in real time and to intuitively display the data processing flow of the information sharing platform. 1) The middle area on the left side of the graphical interface is the data collection status display area, which is used to monitor the data collection status at the national, municipal and district levels, and displays the current collection status in a polling manner. 2) The collected data enters the data collection library in the upper left corner of the graphical interface, which displays the data entry status of the batch monitoring collection library in real time, and highlights and enlarges the data currently being collected. 3) Data from the collection library enters the incremental check area. A scrolling window is used to display the data incremental check status. If there is duplicate data in the incremental check, the duplicate data will be dripped into the funnel below in a "funnel dripping" manner, which will intuitively show the data duplication status. 4) After incremental checks, the data enters the rule check area. A scrolling window is used to display the data rule verification status. Data that fails the rule verification will drip into the funnel below in a "drip funnel" manner, which intuitively displays the data error status. 5) After the rule check, the data enters the association comparison area. The scrolling window is used to display the data association matching verification status. Data that fails to be associated will drip into the funnel below in a "funnel dripping" manner, which intuitively displays the data association status. 6) After comparison, the data enters the data synchronization area. A scrolling window is used to display the data synchronization status. Data that fails to synchronize will drip into the funnel below in a "drip" manner, which intuitively shows the data synchronization status. 7) After successful synchronization, the data is entered into the archive. The scrolling window in the upper right corner of the interface displays the current data being collected. 8) The theme library extracts data already collected in the archive. The current data extraction status of the theme library is displayed in real time in the middle right area of ​​the interface. 9) The theme library bottle at the bottom of the interface is used to display the data entry status of each theme library. The theme library bottles shown in the main view of Design 2-4 are in various colors, allowing users to intuitively judge the trend of the amount of data extracted from the theme library based on the different colors of the theme library bottles.

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