Player-Actuated Game Controls for Accurate Mobile Motion Input

The patent combines multiple sensing components (accelerometer, gyroscope, camera) into an integrated motion control system that works together to detect player intentions. The control structure merges mechanical motion detection with electronic sensing and software processing to create a unified input mechanism that translates physical movements into game commands.

The patent introduces an intermediary control structure between the player's physical actions and the game system. This intermediary layer includes motion sensors, processing units, and software algorithms that translate and interpret physical movements into meaningful game inputs, filtering out accidental motions while capturing intentional player commands.

The patent implements periodic action through continuous input requirements where players must maintain motion input for a specified duration to confirm commands. This periodic engagement pattern distinguishes intentional commands from accidental motions, as accidental inputs naturally terminate before the required duration elapses, thereby filtering spurious inputs while maintaining ease of legitimate operation.

The patent applies preliminary action by requiring players to perform calibration sequences and establish baseline motion patterns before actual gaming begins. This preliminary phase allows the system to learn and store reference data about legitimate player movements, enabling more accurate differentiation between intentional commands and accidental actions during subsequent gameplay.