Tencent filed 8 patents this quarter across 4 categories: UI/UX (5), Networking (1), Game Engines (1), and Graphics (1).
The UI/UX filings concentrate on mobile and multiplayer game interfaces, including streamlined ball-passing controls for sports titles, dual field-of-view displays for MOBAs, simultaneous drone and character control schemes for battle royales, auto-aim systems for skill combos, and voiceprint-based cooperative actions. The Networking patent addresses latency reduction in MMOs by decoupling game hosting from network entry points, while the Game Engines filing covers dynamic terrain systems where players can physically move Platformss during combat. The Graphics patent describes GPU shader-based parallel texture decoding to accelerate image loading without CPU overhead.
User interface improvements dominate this quarter's portfolio with 5 patents targeting mobile and multiplayer game control schemes. A sports game system replaces imprecise directional swipes with auto-generated, thumb-reachable buttons that appear near the player's finger, each linked to a specific teammate through synchronized visual markers to eliminate confusion when passing targets cluster together. For MOBA titles, one patent enables simultaneous display of multiple camera perspectives for a single character, triggered dynamically based on the character's pose rather than requiring manual camera adjustment, while another automates the targeting of flash-skill combos by calculating aim direction and distance automatically during multi-ability sequences. A battle royale control scheme allows players to operate a deployed drone and their ground character at the same time using separate UI elements displayed concurrently. The voiceprint patent embeds biometric Audio signatures into cooperative action requests, letting the game identify requesting players and customize responses without requiring live voice communication.
The single Networking patent tackles MMO latency by separating where games are hosted from how players connect to them. The system allows game operators to select cloud hosts based on cost and performance while players connect through optimal ISP peering points determined by client-side latency probing, with the ability to switch entry points in real time during active sessions rather than relying on static routing configurations.
One game engine patent introduces player-controlled terrain modification through moveable Platformss that can be repositioned during multiplayer battles. This contrasts with traditional static environments or simple destructible props by letting players fundamentally alter the spatial layout of combat arenas mid-match, creating dynamic battlefield geometry.
A Graphics patent moves compressed texture decoding entirely onto the GPU by assigning one shader work group to each compression block. This enables all blocks to decompress in parallel within the shader pipeline, removing the CPU from the decode process entirely rather than processing blocks sequentially on the host processor.
All data sourced from USPTO patent filings. Google Patents may take several weeks to index recent publications. If a link is unavailable, search for the patent number at USPTO Patent Public Search.