Universal Beam Trigger Interface for Radiation Gating Switchovers

The patent implements a universal triggering interface that can accept multiple types of triggering apparatuses (respiratory cycle measuring devices, positioning verification systems, beam delivery systems) through a single standardized connection. This multi-functional interface eliminates the need for separate dedicated connections for each apparatus type, thereby improving versatility while managing complexity through standardization.

The triggering interface acts as an intermediary device between various triggering apparatuses and the radiation treatment system. It provides a standardized mediation layer that simplifies connections by handling the complexity of interfacing with different apparatus types internally, while presenting a uniform interface to the operator and system.

The system performs preliminary configuration by maintaining permanent connections between the triggering interface and various triggering apparatuses. The interface is pre-configured to recognize and handle multiple apparatus types, so that when a treatment requires a specific apparatus, no physical reconnection or reconfiguration is needed - the system is already prepared to accept and process signals from any connected apparatus.

The triggering interface maintains continuous operational readiness by keeping all triggering apparatuses permanently connected and recognized. This eliminates interruptions for reconnection and reconfiguration between treatments, ensuring continuous useful action and maximizing patient throughput while maintaining adaptability to different treatment types.

The triggering interface serves as a safe intermediary that manages all connections between triggering apparatuses and the radiation treatment system. It provides standardized, permanent connections that eliminate the need for operator intervention in cable disconnection and reconnection. The interface internally manages the switching between apparatuses through software control, thereby maintaining reliability and safety while preserving ease of operation.

The triggering interface performs self-service by automatically managing the selection and activation of different triggering apparatuses based on treatment requirements. The system autonomously handles the switching process without requiring operators to physically disconnect and reconnect cables, thereby eliminating safety risks associated with manual cable handling while maintaining operational flexibility.