Blood Treatment System Adaptive Program Library

The patent implements a dynamic program sequence where the treatment steps can be automatically adjusted based on sensor detections and predefined conditions. The system transitions between different temporal modes (preparation, connection, therapy, after-treatment) based on detected states, allowing the automated program to adapt its sequence dynamically rather than following a rigid fixed sequence, thus resolving the contradiction between automation and flexibility.

The system provides self-service through automatic detection of treatment parameters and conditions using sensors, which then automatically configure the appropriate treatment program. This reduces the burden on users to manually configure complex settings, as the system performs self-diagnosis and self-configuration based on detected patient needs and available resources, thereby maintaining high adaptability while reducing operational complexity.

The system implements feedback mechanisms where sensor data continuously monitors the treatment state and provides information to the control device. This feedback loop allows the system to automatically adjust parameters and provide alerts to users, ensuring that any user interventions or automatic modifications are based on real-time system state information, thereby maintaining safety while enabling flexibility.

The patent introduces an intermediary layer between the rigid automated sequence and the patient-specific requirements through sensor-based detection and condition-based program selection. The sensors act as intermediaries that detect patient-specific conditions and translate them into appropriate program modifications, allowing the simple automated sequence to accommodate special situations without requiring complex user intervention or losing critical patient information.