AI (Artificial Intelligence) robots in electronic devices collect user requests; the main body of the graphical user interface.

Abstract

1. Name of the product in this design: Main body of the graphical user interface for collecting user needs by an AI (artificial intelligence) robot in electronic devices. 2. Application of this design: This design is intended for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 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: The product interface of this design is used to demonstrate that after the user selects a certain demand category, the AI ​​(artificial intelligence) robot chats with the user to obtain the user's detailed needs. 7. Human-computer interaction method of graphical user interface: The interface displayed in the main view of Design 1 shows controls corresponding to multiple demand categories; clicking on a control corresponding to one of the demand categories displayed in the main view of Design 1 (for example, the control corresponding to the text "childcare" in Figure 1 of Design 1's usage state) will enter the AI ​​(artificial intelligence) robot chat interface displayed in the changed state diagram of Design 1, where the AI ​​(artificial intelligence) robot will output a message card for adding WeChat and the corresponding chat content; after the user replies to the corresponding demand chat message, or after the AI ​​(artificial intelligence) robot automatically outputs the corresponding demand chat message according to the control corresponding to the demand category selected by the user, the interface will enter the message card for quickly obtaining user demand displayed in the changed state diagram of Design 1, where the AI ​​(artificial intelligence) robot will output a message card for quickly obtaining user demand. This message card includes at least one control for quickly replying to the corresponding demand (for example, the control corresponding to the text "hourly worker, day shift nanny, live-in nanny" in Figure 3 of Design 1's usage state). The user can click on one of the controls for quickly replying to the corresponding demand to provide demand information to the AI ​​(artificial intelligence) robot. The main view of Design 2 displays controls corresponding to multiple demand categories. Clicking on a control corresponding to one of the demand categories displayed in the main view of Design 2 (e.g., the control corresponding to the text "Caring for children" in Design 2 usage state reference Figure 1) enters the chat interface between the AI ​​(Artificial Intelligence) robot and the user, as shown in the Design 2 change state Figure 1. The AI ​​(Artificial Intelligence) robot outputs a message card for adding the WeChat account and the corresponding chat content. After the user replies with the corresponding demand chat message, or after the AI ​​(Artificial Intelligence) robot automatically outputs the corresponding demand chat message based on the control corresponding to the demand category selected by the user, the interface enters the message card for quickly obtaining the user's demand, as shown in the Design 2 change state Figure 2. This message card includes at least one control for quickly replying to the corresponding demand (e.g., the control corresponding to the text "8000-12000 yuan", "12000-16000 yuan", "16000-20000 yuan" in Design 2 usage state reference Figure 3). The user can click on one of the controls for quickly replying to the corresponding demand to provide demand information to the AI ​​(Artificial Intelligence) robot. The main view of Design 3 displays controls corresponding to multiple demand categories. Clicking on a control corresponding to one of the demand categories displayed in the main view of Design 3 (e.g., the control corresponding to the text "childcare" in Figure 1 of Design 3 usage state reference) enters the chat interface between the AI ​​(artificial intelligence) robot and the user, as shown in the Design 3 change state Figure 1. The AI ​​(artificial intelligence) robot outputs a message pop-up window for adding WeChat and the corresponding chat content. After the user replies to the corresponding demand chat message, or after the AI ​​(artificial intelligence) robot automatically outputs the corresponding demand chat message based on the control corresponding to the demand category selected by the user, the interface enters the message card for quickly obtaining user demand displayed in the Design 3 change state Figure 2. This message card includes at least one control for quickly replying to the corresponding demand (e.g., the control corresponding to the text "hourly worker, day shift nanny, live-in nanny" in Figure 3 of Design 3 usage state reference). The user can click on one of the controls for quickly replying to the corresponding demand to provide demand information to the AI ​​(artificial intelligence) robot. The main view of Design 4 displays controls corresponding to multiple demand categories. Clicking on a control corresponding to one of the demand categories displayed in the main view of Design 4 (e.g., the control corresponding to the text "childcare" in Design 4 usage state reference Figure 1) enters the chat interface between the AI ​​(artificial intelligence) robot and the user, as shown in Design 4 change state Figure 1. The AI ​​(artificial intelligence) robot outputs a message pop-up window for adding WeChat and the corresponding chat content. After the user replies with the corresponding demand chat message, or after the AI ​​(artificial intelligence) robot automatically outputs the corresponding demand chat message based on the control corresponding to the demand category selected by the user, the user enters the message card output by the AI ​​(artificial intelligence) robot to quickly obtain the user's demand, as shown in Design 4 change state Figure 2. This message card includes at least one control for quickly replying to the corresponding demand (e.g., the control corresponding to the text "8000-12000 yuan, 12000-16000 yuan, 16000-20000 yuan" in Design 4 usage state reference Figure 3). The user can click on one of the controls for quickly replying to the corresponding demand to provide demand information to the AI ​​(artificial intelligence) robot. In each main view of each design, the circular frame represents the avatar of the AI ​​(Artificial Intelligence) robot; in each usage state reference diagram of each design, the square frame represents the avatar of the agent; "XXX" in each view represents text; the usage state reference diagram of Design 1 represents one application scenario of this design product design 1; the usage state reference diagram of Design 2 represents one application scenario of this design product design 2; the usage state reference diagram of Design 3 represents one application scenario of this design product design 3; the usage state reference diagram of Design 4 represents one application scenario of this design product design 4. 8. Other situations requiring explanation: The electronic device of this design product is a conventional design, so other views are omitted; the semi-transparent red block in each view of this design product is used to represent the basic controls of the interface, which is not the part claimed in this design patent.

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