Robot with expressive animated graphical user interface

Abstract

1. Name of the product in this design: Robot with expressive animated graphic interactive user interface. 2. Purpose of this design: For human-computer interaction in robots. 3. The key design features of this product are the user graphical interface content on the screen panel. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the Graphical User Interface: Used to display emotional feedback when the robot interacts with humans based on actual situations. Figure 1 shows the normal facial expression interface displayed after the robot starts; Figure 2 shows the facial expression displayed when the robot listens to voice during human-computer interaction; Figure 3 shows the facial expression displayed when the robot processes information during human-computer interaction; Figure 4 shows the facial expression displayed when the robot is in standby mode during human-computer interaction; Figure 5 shows the facial expression displayed when the robot is asleep during human-computer interaction; Figure 6 shows the facial expression displayed when the robot expresses "deliciousness" during human-computer interaction; Figure 7 shows the facial expression displayed when the robot is in standby mode during human-computer interaction. The following are the interface changes for the robot's facial expressions during human-computer interaction: Figure 8 shows the robot's facial expression when expressing happiness; Figure 9 shows the robot's facial expression when expressing joy; Figure 10 shows the robot's facial expression when blinking; Figure 11 shows the robot's facial expression when expressing unhappiness; Figure 12 shows the robot's facial expression when expressing anger; Figure 13 shows the robot's facial expression when expressing fear; Figure 14 shows the robot's facial expression when... The following are the interface states for the robot's expressions during human-computer interaction: Figure 15 shows the robot's expression when expressing surprise; Figure 16 shows the robot's expression when expressing sadness; Figure 17 shows the robot's expression when expressing anger; Figure 18 shows the robot's expression when expressing being terrified; Figure 19 shows the robot's expression when expressing embarrassment; Figure 20 shows the robot's expression when expressing surprise. Figure 21 shows the facial expression displayed when the robot expresses a question during human-computer interaction; Figure 22 shows the facial expression displayed when the robot expresses agreement during human-computer interaction; Figure 23 shows the facial expression displayed when the robot expresses discomfort during human-computer interaction; Figure 24 shows the facial expression displayed when the robot expresses hunger during human-computer interaction; Figure 25 shows the facial expression displayed when the robot expresses illness during human-computer interaction; Figure 26 shows the interface displayed when the robot is connected via Bluetooth; Figure 27 shows the interface displayed when the robot is not connected via WIFI; Figure 28 shows the interface displayed when the robot account is not bound.

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