18494949. Multi-Screen Interaction Method and Apparatus, Terminal Device, and Vehicle simplified abstract (Huawei Technologies Co., Ltd.)
Multi-Screen Interaction Method and Apparatus, Terminal Device, and Vehicle
Organization Name
Inventor(s)
Multi-Screen Interaction Method and Apparatus, Terminal Device, and Vehicle - A simplified explanation of the abstract
This abstract first appeared for US patent application 18494949 titled 'Multi-Screen Interaction Method and Apparatus, Terminal Device, and Vehicle
Simplified Explanation
- Method and apparatus for multi-screen interaction in intelligent vehicle technologies - Specific gesture detected to convert content displayed on first display into sub-image - Identifier of another display and orientation information displayed on first display - User can intuitively see movement direction of subsequent gesture - Second display determined based on movement direction of specific gesture - Sub-image controlled to move as specific gesture moves on first display - Sub-image moves to second display when movement distance of specific gesture exceeds threshold - Implementation of multi-screen interaction function
Potential Applications
- Intelligent vehicles - Smart homes - Gaming consoles
Problems Solved
- Enhances user experience in interacting with multiple screens - Provides intuitive control over content display - Facilitates seamless transition between displays
Benefits
- Improved user interface design - Enhanced user engagement - Efficient multi-screen interaction functionality
Original Abstract Submitted
A multi-screen interaction method and apparatus, a terminal device, and a vehicle are provided, and relate to the field of intelligent vehicle technologies. In this method, after it is detected a specific gesture, content displayed on a first display is converted into a sub-image, and an identifier of another display capable of displaying the sub-image and orientation information relative to the first display are displayed on the first display, so that a user can intuitively see a movement direction of a subsequent gesture. Then, a second display is determined based on a movement direction of the specific gesture, and the sub-image is controlled to move as the specific gesture moves on the first display. When it is detected that a movement distance of the specific gesture is greater than a specified threshold, the sub-image moves to the second display. Therefore, a multi-screen interaction function is implemented.
