Multi-Position Display Stand With Orientation-Based Input Switching

The stand is divided into multiple coupling parts (first coupling part and second coupling part) positioned at different locations and orientations on the leg. Each coupling part has a different coupling surface orientation, enabling the display assembly to be mounted in multiple states (vertical, inclined, horizontal) by selecting different coupling parts, thus achieving versatile mounting without requiring completely separate stand structures.

The stand structure is designed to perform multiple functions through its multiple coupling parts. The same stand leg can support the display assembly in various orientations (vertical mounting for TV mode, inclined mounting for content mode, horizontal mounting for phone mode) by simply changing which coupling part is used, making the stand universal for different mounting scenarios without needing multiple specialized stands.

The mounting configuration is made dynamic and adjustable rather than fixed. The display assembly can be mounted in different orientations by selecting different coupling parts, and the controller dynamically changes the input source based on the detected mounting state. This dynamic adaptability enhances user convenience by automatically optimizing content delivery for each mounting configuration without requiring complex manual reconfiguration.

The controller detects the mounting state of the display assembly (vertical, inclined, or horizontal orientation) and uses this feedback to automatically switch the input source to the appropriate mode (TV mode, content mode, or phone mode). This feedback mechanism ensures that the content delivery is always optimized for the current mounting configuration, greatly enhancing user convenience without requiring manual intervention.

The system performs self-service by automatically detecting its own mounting state and autonomously switching the input source without user intervention. The controller monitors the orientation of the display assembly relative to the ground and automatically selects the appropriate input source (TV, content, or phone mode) based on the detected state, enabling the system to serve itself and optimize content delivery automatically.

The manual mechanical switching of input sources is replaced with an automated detection and control system. The controller uses sensors or detection mechanisms to sense the mounting state and automatically switches the input source through electronic control, replacing the need for manual mechanical operation with an automated electromechanical system that enhances adaptability while keeping the overall complexity manageable.

The coupling parts are segmented as separate functional elements on the stand leg, each with a specific coupling surface orientation. This segmentation allows for standardized manufacturing of individual coupling components that can be attached to the leg in different orientations, simplifying the overall manufacturing process compared to creating a completely custom multi-orientation stand structure from scratch.

Different coupling parts are provided with different local qualities in terms of coupling surface orientation and position. The first coupling part has a coupling surface oriented for vertical mounting, while the second coupling part has a coupling surface oriented for inclined or horizontal mounting. This local differentiation allows each coupling part to be manufactured with specific quality characteristics optimized for its intended mounting configuration, making the overall manufacturing process more efficient.