Cross-Room Live Broadcast Interaction via Server Mediation

The patent introduces a server as an intermediary to mediate communication between users in different live broadcast rooms. The server receives information from the first user account, processes it, and forwards it to the second user account without requiring either user to leave their current room. This mediator approach enables direct interaction while maintaining the users' presence in their respective broadcast rooms, thus improving interaction convenience and reducing time loss.

The patent creates a new communication dimension by establishing a cross-room information transmission channel through the server. Instead of requiring physical movement between rooms (spatial dimension), the system enables interaction through a virtual communication layer (information dimension). This dimensional transformation allows users to interact across different broadcast rooms while remaining in their original locations, resolving the contradiction between interaction convenience and time efficiency.

The patent makes the live broadcast system multi-functional by enabling it to simultaneously support both intra-room engagement and inter-room interaction. The system allows users to maintain their current broadcast room presence for engagement purposes while also providing the capability to interact with users in other rooms through the server-mediated communication channel. This universality resolves the contradiction by making the system adaptable to multiple interaction scenarios without compromising either engagement or cross-room capability.

The server acts as a mediator that enables cross-room interaction capability without disrupting the user's engagement in their current broadcast room. By handling the information transmission between rooms, the mediator allows users to maintain their engagement context while gaining access to inter-room communication, thus simultaneously achieving both productivity and adaptability.

The patent employs a server as an intermediary to manage cross-room communication, which improves interaction efficiency by providing a dedicated communication channel while avoiding the complexity of direct peer-to-peer connections between all possible user pairs. The server centralizes the communication management, simplifying the system architecture compared to a fully distributed direct-connection model, while still achieving efficient interaction through the mediated channel.

The patent merges the communication functionality into the existing live broadcast system architecture, combining cross-room interaction capabilities with the standard broadcast infrastructure. By integrating the communication channel within the existing system framework and using the server that already manages broadcast data, the solution achieves improved interaction efficiency without proportionally increasing system complexity, as the communication function is combined with existing system components.