Ring-Based GUI for Compact Screen Usability

The patent implements nested visual objects where inner visual objects are displayed within outer visual objects, and visual elements are arranged in concentric rings. This nesting structure allows multiple levels of functionality to be accessed within a compact screen real estate, enabling users to navigate through hierarchical menus and controls without requiring a large display area. The nested arrangement provides intuitive access to frequently used functions while keeping the overall interface compact for mobile devices.

The patent transitions from traditional two-dimensional grid-based interface layouts to a radial dimensional arrangement where visual elements are positioned in concentric rings around a central point. This dimensional change allows for compact organization of multiple controls and functions in a space-efficient manner, improving usability on small screens by providing intuitive radial navigation patterns that are easy to understand and interact with on mobile devices.

The patent segments the graphical user interface into distinct visual objects, each containing multiple visual elements arranged in concentric rings. Each visual object represents a functional category or control group, allowing users to access specific functionality by interacting with relevant visual objects. This segmentation organizes multiple functions into manageable groups, improving versatility while maintaining interface clarity and reducing perceived complexity through structured categorization.

The patent creates a universal visual element structure where concentric rings can accommodate multiple types of visual elements (buttons, sliders, indicators, etc.) that serve different functions within the same spatial framework. This multi-functionality approach allows a single interface structure to support diverse controls and operations, enhancing device versatility without requiring separate interface designs for different functionality types.

The patent employs asymmetric radial spacing and varying ring radii to create distinct visual zones for different visual elements. By using asymmetric positioning and non-uniform spacing between concentric rings, the interface achieves compact element arrangement while maintaining clear visual differentiation. This asymmetric design ensures that even in compact formats, each visual element remains distinguishable through its unique positional characteristics and visual properties.

The patent applies different visual qualities and properties to visual elements at different radial positions and within different rings. Each visual element is styled with appropriate local characteristics (different colors, shapes, sizes, or interaction modes) that make it distinguishable from other elements. This local quality differentiation ensures that compact arrangement does not compromise element识别ability, as each element maintains unique visual characteristics that facilitate user interaction on space-constrained screens.