Robotic dog control graphical user interface for electronic device

Abstract

1. Name of the product in this design: Graphical User Interface for Controlling a Robot Dog in Electronic Devices. 2. The key design feature of this product is its graphical user interface. 3. The image or photograph that best illustrates the design's key points: Design 1 main view. 4. Design 1 is designated as the basic design. 5. Purpose of the graphical user interface: Used for information display and operation of the main body functions of police robot dogs. 6. Human-computer interaction method of graphical user interface: The main view is the main operation page and function interface of the robot dog, which displays the basic status information of the robot dog, the image transmission screen of the business video stream, the movement gait switching, the gas sensor data display, the voice broadcast function, the face and vehicle deployment data, and the on / off switch of recording, red and blue light, intrusion detection and follow functions. After the robot dog is powered on, it adopts the normal gait mode by default. The movement state of the robot dog is controlled by standing / lying down and starting step / stopping step buttons. Clicking the adaptive mode button in the lower left corner of the page can switch to reinforcement learning movement mode (the button text is highlighted in green at this time). The reinforcement learning movement mode displayed below can be selected and switched according to the environment. Clicking the adaptive mode again can exit reinforcement learning (the button text is displayed in gray and white at this time). The on / off switch of recording, red and blue light, intrusion detection and follow functions on the left side of the page can be used for function switching. The face and vehicle floating frame on the right side of the page can be used to display human and vehicle deployment information and supports sliding and zooming. Clicking the robot dog's battery icon at the top of the page expands a secondary menu, displaying "Go to Charge" and "Cancel Charge" buttons; Design 1: Clicking the broadcast button and multi-axis attitude control button in the main view jumps to the Design 1 interface state diagram, showing the operation interface of the broadcast file function and multi-axis attitude control; Design 2: Clicking the top deployment ball button in the main view jumps to the Design 2 interface state diagram, showing the deployment ball function interface; Design 3: Clicking the top thermal imaging button in the main view jumps to the Design 3 interface state diagram, showing the thermal imaging function interface; Design 4: Clicking the top surround camera button in the main view jumps to the Design 4 interface. The first diagram shows the interface of the surround-view camera. The second diagram shows the interface of the design. The third diagram shows the interface of the design. The fourth diagram shows the interface of the design. The fifth diagram shows the interface of the design. The sixth diagram shows the interface of the design. The seventh diagram shows the interface of the design. The eighth diagram shows the interface of the design. The ninth diagram shows the interface of the design. The eleventh ... The main interface of the view; In Design 7, interface state 1, clicking the control library configuration button at the top will take you to Design 7, interface state 2, which shows the interface for configuring the control library (face library, vehicle library); Design 8: Clicking the graphic in the upper right corner of the main view will take you to Design 8, interface state 1, which shows the main interface for configuring the robot dog's related business functions. After entering Design 8, interface state 1, clicking the broadcast configuration button at the top will take you to Design 8, interface state 2, which shows the broadcast configuration interface; Design 9: Clicking the graphic in the upper left corner of the main view will take you to Design 9, interface state 1. The main interface of the deployment page for collecting road network information to achieve autonomous patrol function is shown. After entering the Design 9 interface change state diagram 1, clicking the icon in the upper left corner will return to the main view interface. Clicking the "Create Scene" button on the left side of the Design 9 interface change state diagram 1 will take you to the Design 9 interface change state diagram 2, which shows the implementation process of creating a new scene. In the deployment change diagram interface, you can select indoor and outdoor scenes and create corresponding scene maps. Clicking the "Save Scene" button in the Design 9 interface change state diagram 2 will take you to the Design 9 interface change state diagram 3, which shows the two-dimensional grid diagram of the collected scene and allows you to edit the scene name and support the creation of new scenes.By clicking the "collect road network" button in design 9 interface change state diagram 3 to enter design 9 interface change state diagram 4, the current motion gait of the robot dog, the pan-tilt rotation information are displayed, the user can configure the path attribute information such as one-way / two-way, path speed and the like, after clicking "save path", the collected path is displayed on the left side, after collecting multiple times, the road network is formed, the "clear road network" button is clicked to clear the road network information of the current scene, the "end recording" is clicked to complete the road network collection function and enter design 9 interface change state diagram 5; after entering design 9 interface change state diagram 5, the execution example button is clicked to complete the simple autonomous patrol route display. In the interface, "XXX" is a number, or a letter, or a word.

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