Computer with graphical user interface of office assistant think tank robot

Abstract

1. The name of the product of this design: Computer with a graphical user interface of an office assistant think tank robot. 2. Purpose of this design product: used for display interface and processing procedures. 3. The key design point of this design product lies in the content of the graphical user interface displayed on the computer screen. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Graphical user interface, rear view omitted; Graphical user interface, left view omitted; Graphical user interface, right view omitted; Graphical user interface, bottom view omitted; Graphical user interface, top view omitted. 6. Purpose of the graphical user interface: The think tank robot provided by this design is used in the scenario where consulting office staff receive external consultations. The consulting office staff can directly obtain response plans and service guidelines through the push of the think tank robot, and can directly send them to the consultant. When a user enters the Banxiaozhu Think Tank Robot Platform, they first need to log in to their account before they can enter the work interface. Users can log in by scanning the WeChat QR code, as shown in the main view. Users can switch to SMS verification mode to log in by clicking SMS login, as shown in the change state diagram 1. After the SMS verification of the user's mobile phone number is successful, click "Login and Register" to enter the platform after successful login. After a new user successfully logs in to the platform, they will be prompted to confirm the receipt of the experience quota and view the membership package details, as shown in the change state diagram 2. The user clicks "Experience Now" to officially enter the work interface, as shown in the change state diagram 3. The user can select the business scenario label of this question above the input bar to get a more accurate question, as shown in the change state diagram 4. When the user enters a question in the input bar, it will automatically push questions that the user may want to ask based on the user's input content, as shown in the change state diagram 5. The user clicks the "Ask a Question" button or presses Enter to send the question to the think tank robot. The robot pushes the answer based on the question sent by the user, as shown in the change state diagram 6. The user clicks the "Knowledge Sharing Button" to evoke the knowledge sharing operation box and send the answer pushed by the think tank robot to others, as shown in the change state diagram 7.

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