DIRECTIONAL PADS WITH DYNAMIC TACTILE FEATURES AND METHODS OF USING THE SAME

Smart overview of the Invention

A directional pad designed for controllers features a shell with a top that has both upper and lower surfaces, along with multiple openings extending between these surfaces. The pad includes several movable protrusions that can switch between two states: a retracted state, where they are flush with or below the upper surface, and a deployed state, where they extend above the surface through the openings. Each protrusion is controlled by an actuator that facilitates this movement.

Enhanced User Interaction

The innovative design allows users to easily identify which areas of the directional pad are active and selectable based on the application in use. When protrusions are deployed, they provide tactile feedback, signaling that specific regions are ready for input. Conversely, retracted protrusions indicate non-selectable areas, reducing user confusion during interactions.

Dynamic Functionality

This directional pad can adapt to different applications by altering the configuration of protrusions. Depending on the requirements of a specific application, certain regions can be activated or deactivated. This flexibility enables the controller to accommodate varying control needs without overwhelming users with too many options at once.

Integration with Information Handling Systems

The directional pad can be integrated into user input devices like gaming controllers, which communicate with information handling systems such as personal computers or gaming consoles. These systems process user commands and generate corresponding outputs, enhancing the overall user experience in various applications including gaming and data management.

Technical Specifications

The directional pad may include a haptic body with multiple actuators, allowing for precise control over each protrusion's position. Additionally, a capacitive touch sensor may be incorporated to detect touch interactions on the surface. This combination of components ensures that users receive accurate feedback and can interact intuitively with the system, facilitating a more engaging experience across different platforms.