US20260179442
2026-06-25
Physics
G07F17/3241
A novel system enhances electronic gaming machines (EGMs) and table games by incorporating gesture interactions and multiplayer connectivity using advanced depth sensing for 3D co-play. It features a processor circuit and memory containing machine-readable instructions that facilitate data transmission between players, enabling real-time communication and interaction. Players can engage in a shared gaming experience with a skeletal model generated from multiple images that mimics their movements. This immersive system utilizes artificial intelligence (AI) to process real-time video streams captured by depth sensing cameras, determining game outcomes and monitoring game features.
The system is equipped with multiple depth sensing cameras that create a point cloud to model a player's 3D form. These cameras also help in gesture tracking, allowing players to interact with the game environment in real-time. Audio is delivered through an array of transducers that use beamforming technology to adjust sound delivery based on player position. A 3D display dynamically adjusts video frames to create a stereoscopic view, enhancing the immersive gaming experience. The technology supports multiplayer interaction through compressed transmission of depth and color data over a network.
This system introduces innovative gameplay mechanics by enabling players to participate in traditional table games like Poker, Keno, and Blackjack with others, regardless of their physical location. Gesture tracking allows for dynamic and interactive gameplay, such as breaking a piñata in a virtual 3D space. The precise tracking of players' hands and fingers facilitates manipulation of virtual objects, opening new avenues for cooperative modes and enhancing the overall gaming experience.
The system extends the reach of casino gaming by allowing players to participate remotely, overcoming geographical and scheduling limitations. It supports a subscription-based model for gesture-controlled gameplay, potentially increasing revenue streams. The immersive experience caters to international players, offering extended operating hours to accommodate different time zones and calendars. This approach not only broadens the player base but also enhances player satisfaction by providing access to preferred dealers and games.
Depth sensing cameras integrated into the EGM capture detailed user data to generate accurate 3D models, which are essential for real-time interaction and movement tracking. The system's audio and visual components are finely tuned to create an engaging environment that mirrors physical casino interactions. By transmitting compressed player data across networks, the system ensures seamless multiplayer experiences. This integration of advanced sensing and AI technologies positions the system as a cutting-edge solution for modernizing traditional casino games.