Graphical User Interface for Displaying the Crab Walk Mode of a Vehicle on an Electronic Device

Abstract

1. Name of the design product: Graphical user interface for displaying the crab walking mode of a car on an electronic device. 2. Use of the design product: The design product is used for an electronic device. 3. Design points of the design product: Lies in the content displayed in the graphical user interface. 4. Picture or photograph that best shows the design points: The front view of Design 1. 5. The electronic device is of conventional design, and other views of each design are omitted. 6. Design 1 is designated as the basic design. 7. Use of the graphical user interface: Graphical user interface for displaying the car in crab walking mode. 8. Human-computer interaction method of the graphical user interface: In the interface shown in the front view of Design 1, when the user clicks the "Crab Walk" button in the left menu bar of the interface and successfully enters the crab walking mode, the change state diagram 1 of the Design 1 interface will be displayed. When the user controls the car by shifting to D gear, the change state diagram 2 of the Design 1 interface will be displayed. When the user controls the car to move forward, the change state diagram 3 of the Design 1 interface will be displayed. Specifically, in the interface shown in the front view of Design 1, when the user clicks the "Crab Walk" button in the left menu bar of the interface and the car meets the crab walking conditions, the change state diagram 1 of the Design 1 interface will be displayed. In the interface shown in the change state diagram 1 of the Design 1 interface, a top view of the car model is displayed in the left display area of the interface, and the car model is in the P gear state. A three-dimensional perspective view of the car model is displayed in the right display area of the interface, and the car model is in the state of not turning the steering wheel. When the user controls the car by shifting to D gear, the change state diagram 2 of the Design 1 interface will be displayed. In the left display area of the interface shown in the change state diagram 2 of the Design 1 interface, the area covered by the traveling trend is displayed and the tires of the car model are highlighted to show the direction the car is about to move forward and the area the vehicle body will pass through. In the right display area of the interface shown in the change state diagram 2 of the Design 1 interface, the tires, steering wheel, steering motor and tie rod in the rear wheel system of the car model are highlighted to show the real-time state of the car. When the user controls the car to move forward, the change state diagram 3 of the Design 1 interface will be displayed. In the right display area of the interface shown in the change state diagram 3 of the Design 1 interface, the tires, front drive motor and rear drive motor of the car model are highlighted to show the traveling posture of the car. In the interface shown in the front view of Design 2, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and successfully enters the crab walk mode, the state change diagram 1 of the Design 2 interface will be displayed. When the user controls the vehicle to turn by shifting to D gear and adjusting the steering wheel angle in the clockwise direction, the state change diagram 2 of the Design 2 interface will be displayed. When the user controls the vehicle to move towards the right front direction, the state change diagram 3 of the Design 2 interface will be displayed. Specifically, in the interface shown in the front view of Design 2, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and the vehicle meets the crab walk conditions, the state change diagram 1 of the Design 2 interface will be displayed. In the interface shown in the state change diagram 1 of the Design 2 interface, the top-down view of the vehicle model is displayed in the left display area of the interface, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. When the user controls the vehicle to turn by shifting to D gear and adjusting the steering wheel angle in the clockwise direction, the state change diagram 2 of the Design 2 interface will be displayed. In the left display area of the interface shown in the state change diagram 2 of the Design 2 interface, the area covered by the driving trend is displayed and the tires of the vehicle model are highlighted to show the direction the vehicle is about to move forward, the crab walk angle, and the area the vehicle body will pass through. In the right display area of the interface shown in the state change diagram 2 of the Design 2 interface, the tires, steering wheel, steering motor, and tie rod in the rear wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. When the user controls the vehicle to move towards the right front direction, the state change diagram 3 of the Design 2 interface will be displayed. In the right display area of the interface shown in the state change diagram 3 of the Design 2 interface, the tires, front drive motor, and rear drive motor of the vehicle model are highlighted to show the driving posture of the vehicle. In the interface shown in the front view of Design 3, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and successfully enters the crab walk mode, the state change diagram 1 of the Design 3 interface will be displayed. When the user controls the vehicle by shifting to D gear, the state change diagram 2 of the Design 3 interface will be displayed. When the user controls the vehicle to turn by adjusting the steering wheel angle in the clockwise direction, the state change diagram 3 of the Design 3 interface will be displayed. When the user controls the vehicle to move towards the right front direction, the state change diagram 4 of the Design 3 interface will be displayed. Specifically, in the interface shown in the front view of Design 3, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and the vehicle meets the crab walk conditions, the state change diagram 1 of the Design 3 interface will be displayed. In the interface shown in the state change diagram 1 of the Design 3 interface, the top-down view of the vehicle model is displayed in the left display area of the interface, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. The user controls the vehicle by shifting to the D gear, and the changing state diagram 2 of Design 3 interface will be displayed. In the left display area of the interface shown in the changing state diagram 2 of Design 3 interface, the area covered by the driving trend is displayed and the tires of the vehicle model are highlighted to show the current forward direction, crab angle, and the area that the vehicle body will pass through. In the right display area of the interface shown in the changing state diagram 2 of Design 3 interface, the tires, steering wheel, and steering motor and tie rod in the rear-wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. The user controls the vehicle to turn by adjusting the steering wheel angle in the clockwise direction, and the changing state diagram 3 of Design 3 interface will be displayed. The user controls the vehicle to move in the right-front direction, and the changing state diagram 4 of Design 3 interface will be displayed. In the right display area of the interface shown in the changing state diagram 4 of Design 3 interface, the tires, front drive motor, and rear drive motor of the vehicle model are highlighted to show the driving posture of the vehicle. In the interface shown in the front view of Design 4, when the user clicks the "Crab Walk" button in the left menu bar of the interface and successfully enters the crab walk mode, the changing state diagram 1 of Design 4 interface will be displayed. The user controls the vehicle to turn by shifting to the D gear and adjusting the steering wheel angle in the counterclockwise direction, and the changing state diagram 2 of Design 4 interface will be displayed. The user controls the vehicle to move in the left-front direction, and the changing state diagram 3 of Design 4 interface will be displayed. Specifically, in the interface shown in the front view of Design 4, when the user clicks the "Crab Walk" button in the left menu bar of the interface and the vehicle meets the crab walk conditions, the changing state diagram 1 of Design 4 interface will be displayed. In the interface shown in the changing state diagram 1 of Design 4 interface, the top-down view of the vehicle model is displayed in the left display area, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. The user controls the vehicle to turn by shifting to the D gear and adjusting the steering wheel angle in the counterclockwise direction, and the changing state diagram 2 of Design 4 interface will be displayed. In the left display area of the interface shown in the changing state diagram 2 of Design 4 interface, the area covered by the driving trend is displayed and the tires of the vehicle model are highlighted to show the forward direction, crab angle, and the area that the vehicle body will pass through; in the right display area of the interface shown in the changing state diagram 2 of Design 4 interface, the tires, steering wheel, and steering motor and tie rod in the rear-wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. The user controls the vehicle to move in the left-front direction, and the changing state diagram 3 of Design 4 interface will be displayed. In the right display area of the interface shown in the changing state diagram 3 of Design 4 interface, the tires, front drive motor, and rear drive motor of the vehicle model are highlighted to show the driving posture of the vehicle. In the interface shown in the front view of Design 5, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and successfully enters the crab walk mode, the state change diagram 1 of the Design 5 interface will be displayed. When the user controls the car by shifting to D gear, the state change diagram 2 of the Design 5 interface will be displayed. When the user controls the car to turn by adjusting the steering wheel angle in the counterclockwise direction, the state change diagram 3 of the Design 5 interface will be displayed. When the user controls the car to move in the left front direction, the state change diagram 4 of the Design 5 interface will be displayed. Specifically, in the interface shown in the front view of Design 5, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and the car meets the crab walk conditions, the state change diagram 1 of the Design 5 interface will be displayed. In the interface shown in the state change diagram 1 of the Design 5 interface, the top view of the car model is displayed in the left display area of the interface, and the car model is in the P gear state. The three-dimensional perspective view of the car model is displayed in the right display area, and the car model is in the state of not turning the steering wheel. When the user controls the car by shifting to D gear, the state change diagram 2 of the Design 5 interface will be displayed. In the left display area of the interface shown in the state change diagram 2 of the Design 5 interface, the area covered by the traveling trend is displayed and the tires of the car model are highlighted to show the current forward direction of the car, the crab walk angle, and the area that the vehicle body will pass through. In the right display area of the interface shown in the state change diagram 2 of the Design 5 interface, the tires, steering wheel, steering motor, and tie rod in the rear wheel system of the car model are highlighted to show the real-time state of the car. When the user controls the car to turn by adjusting the steering wheel angle in the counterclockwise direction, the state change diagram 3 of the Design 5 interface will be displayed. When the user controls the car to move in the left front direction, the state change diagram 4 of the Design 5 interface will be displayed. In the right display area of the interface shown in the state change diagram 4 of the Design 5 interface, the tires, front drive motor, and rear drive motor of the car model are highlighted to show the traveling posture of the car. In the interface shown in the front view of Design 6, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and successfully enters the crab walk mode, the state change diagram 1 of the Design 6 interface will be displayed. When the user controls the car by shifting to R gear, the state change diagram 2 of the Design 6 interface will be displayed. When the user controls the car to move backward, the state change diagram 3 of the Design 6 interface will be displayed. Specifically, in the interface shown in the front view of Design 6, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and the car meets the crab walk conditions, the state change diagram 1 of the Design 6 interface will be displayed. In the interface shown in the state change diagram 1 of the Design 6 interface, the top view of the car model is displayed in the left display area of the interface, and the car model is in the P gear state. The three-dimensional perspective view of the car model is displayed in the right display area, and the car model is in the state of not turning the steering wheel. The user controls the vehicle by engaging the reverse gear (R), and the change state diagram 2 of Design 6 will be displayed. In the left display area of the interface shown in the change state diagram 2 of Design 6, the area covered by the driving trend is displayed and the tires of the vehicle model are highlighted to show the current forward direction of the vehicle and the area that the vehicle body will pass through during driving; in the right display area of the interface shown in the change state diagram 2 of Design 6, the tires, steering wheel, steering motor and tie rod in the rear wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. When the user controls the vehicle to move in the backward direction, the change state diagram 3 of Design 6 will be displayed. In the right display area of the interface shown in the change state diagram 3 of Design 6, the tires, front drive motor and rear drive motor of the vehicle model are highlighted to show the driving attitude of the vehicle. In the interface shown in the main view of Design 7, when the user clicks the "Crab Walk" button in the left menu bar of the interface and successfully enters the crab walk mode, the change state diagram 1 of Design 7 will be displayed. When the user controls the vehicle to turn by engaging the reverse gear (R) and adjusting the steering wheel angle in the counterclockwise direction, the change state diagram 2 of Design 7 will be displayed. When the user controls the vehicle to move in the right-rear direction, the change state diagram 3 of Design 7 will be displayed. Specifically, in the interface shown in the main view of Design 7, when the user clicks the "Crab Walk" button in the left menu bar of the interface and the vehicle meets the crab walk condition, the change state diagram 1 of Design 7 will be displayed. In the interface shown in the change state diagram 1 of Design 7, the top view of the vehicle model is displayed in the left display area, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. When the user controls the vehicle to turn by engaging the reverse gear (R) and adjusting the steering wheel angle in the counterclockwise direction, the change state diagram 2 of Design 7 will be displayed. In the left display area of the interface shown in the change state diagram 2 of Design 7, the area covered by the driving trend is displayed and the tires of the vehicle model are highlighted to show the forward direction of the vehicle, the crab walk angle and the area that the vehicle body will pass through during driving; in the right display area of the interface shown in the change state diagram 2 of Design 7, the tires, steering wheel, steering motor and tie rod in the rear wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. When the user controls the vehicle to move in the right-rear direction, the change state diagram 3 of Design 7 will be displayed. In the right display area of the interface shown in the change state diagram 3 of Design 7, the tires, front drive motor and rear drive motor of the vehicle model are highlighted to show the driving attitude of the vehicle. In the interface shown in the front view of Design 8, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and successfully enters the crab walk mode, Design 8 Interface Change Status Diagram 1 will be displayed. When the user controls the vehicle by shifting to reverse gear, Design 8 Interface Change Status Diagram 2 will be displayed. When the user controls the vehicle to turn by adjusting the steering wheel angle in the counterclockwise direction, Design 8 Interface Change Status Diagram 3 will be displayed. When the user controls the vehicle to move in the right-rear direction, Design 8 Interface Change Status Diagram 4 will be displayed. Specifically, in the interface shown in the front view of Design 8, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and the vehicle meets the crab walk conditions, Design 8 Interface Change Status Diagram 1 will be displayed. In the interface shown in Design 8 Interface Change Status Diagram 1, the top-down view of the vehicle model is displayed in the left display area of the interface, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. When the user controls the vehicle by shifting to reverse gear, Design 8 Interface Change Status Diagram 2 will be displayed. In the left display area of the interface shown in Design 8 Interface Change Status Diagram 2, the area covered by the travel trend is displayed and the tires of the vehicle model are highlighted to show the direction the vehicle is about to move forward, the crab angle, and the area the vehicle body will pass through. In the right display area of the interface shown in Design 8 Interface Change Status Diagram 2, the tires of the vehicle model, the steering wheel, and the steering motor and tie rod in the rear-wheel system are highlighted to show the real-time state of the vehicle. When the user controls the vehicle to turn by adjusting the steering wheel angle in the counterclockwise direction, Design 8 Interface Change Status Diagram 3 will be displayed. When the user controls the vehicle to move in the right-rear direction, Design 8 Interface Change Status Diagram 4 will be displayed. In the right display area of the interface shown in Design 8 Interface Change Status Diagram 4, the tires of the vehicle model, the front drive motor, and the rear drive motor are highlighted to show the traveling posture of the vehicle. In the interface shown in the front view of Design 9, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and successfully enters the crab walk mode, Design 9 Interface Change Status Diagram 1 will be displayed. When the user controls the vehicle to turn by shifting to reverse gear and adjusting the steering wheel angle in the clockwise direction, Design 9 Interface Change Status Diagram 2 will be displayed. When the user controls the vehicle to move in the left-rear direction, Design 9 Interface Change Status Diagram 3 will be displayed. Specifically, in the interface shown in the front view of Design 9, when the user clicks the "Crab Walk" button in the menu bar on the left side of the interface and the vehicle meets the crab walk conditions, Design 9 Interface Change Status Diagram 1 will be displayed. In the interface shown in Design 9 Interface Change Status Diagram 1, the top-down view of the vehicle model is displayed in the left display area of the interface, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. The user controls the vehicle steering by shifting to reverse gear and adjusting the steering wheel angle in the clockwise direction, and the changing state diagram 2 of Design 9 interface will be displayed. In the left display area of the interface shown in the changing state diagram 2 of Design 9 interface, the area covered by the traveling trend is displayed and the tires of the vehicle model are highlighted to show the direction the vehicle is about to move forward, the crab angle, and the area the vehicle body will pass through; in the right display area of the interface shown in the changing state diagram 2 of Design 9 interface, the tires, steering wheel, steering motor and tie rod in the rear wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. When the user controls the vehicle to move in the left-rear direction, the changing state diagram 3 of Design 9 interface will be displayed. In the right display area of the interface shown in the changing state diagram 3 of Design 9 interface, the tires, front drive motor and rear drive motor of the vehicle model are highlighted to show the traveling posture of the vehicle. In the interface shown in the front view of Design 10, when the user clicks the "Crab Walk" button in the left menu bar of the interface and successfully enters the crab walk mode, the changing state diagram 1 of Design 10 interface will be displayed. When the user controls the vehicle by shifting to reverse gear, the changing state diagram 2 of Design 10 interface will be displayed. When the user controls the vehicle steering by adjusting the steering wheel angle in the clockwise direction, the changing state diagram 3 of Design 10 interface will be displayed. When the user controls the vehicle to move in the left-rear direction, the changing state diagram 4 of Design 10 interface will be displayed. Specifically, in the interface shown in the front view of Design 10, when the user clicks the "Crab Walk" button in the left menu bar of the interface, and when the vehicle meets the crab walk conditions, the changing state diagram 1 of Design 10 interface will be displayed. In the interface shown in the changing state diagram 1 of Design 10 interface, the top view of the vehicle model is displayed in the left display area, and the vehicle model is in the P gear state. The three-dimensional perspective view of the vehicle model is displayed in the right display area, and the vehicle model is in the state of not turning the steering wheel. The user controls the vehicle steering by shifting to reverse gear and adjusting the steering wheel angle in the clockwise direction, and the changing state diagram 2 of Design 10 interface will be displayed. In the left display area of the interface shown in the changing state diagram 2 of Design 10 interface, the area covered by the traveling trend is displayed and the tires of the vehicle model are highlighted to show the direction the vehicle is about to move forward, the crab angle, and the area the vehicle body will pass through; in the right display area of the interface shown in the changing state diagram 2 of Design 10 interface, the tires, steering wheel, steering motor and tie rod in the rear wheel system of the vehicle model are highlighted to show the real-time state of the vehicle. When the user controls the vehicle steering by adjusting the steering wheel angle in the clockwise direction, the changing state diagram 3 of Design 10 interface will be displayed. When the user controls the vehicle to move in the left-rear direction, the changing state diagram 4 of Design 10 interface will be displayed. In the right display area of the interface shown in the changing state diagram 4 of Design 10 interface, the tires, front drive motor and rear drive motor of the vehicle model are highlighted to show the traveling posture of the vehicle.

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