Patient-Adaptive MR Scan Sequencing for Noise and Comfort Control

The patent applies dynamics by making the scan sequence adaptive and adjustable based on patient characteristics. The system dynamically modifies the scan protocol by selecting and ordering individual scans according to patient-specific factors such as noise tolerance and ability to remain still, rather than using a fixed sequence. This allows the exam to be optimized in real-time for each patient's comfort and compliance levels.

The patent implements parameter changes by modifying the sequence and selection of scans based on patient parameters. The system changes the ordering of scans (placing quieter scans earlier and louder scans later) and adjusts which scans are performed based on patient characteristics. This reparameterization of the scan protocol resolves the contradiction by adapting the imaging parameters to patient tolerance levels.

The patent applies preliminary action by assessing patient noise tolerance and quiescence ability before the scan sequence is determined. The system performs preliminary evaluation of patient characteristics and uses this information to pre-plan the optimal scan sequence, selecting which scans to perform and in what order, thereby preventing discomfort before it occurs rather than reacting to it during the exam.

The system dynamically adjusts the scan protocol based on patient characteristics. By making the scan sequence adaptive rather than fixed, the system can optimize for both productivity and comfort by selecting appropriate scans and ordering them strategically according to each patient's tolerance levels.

The patent implements self-service by enabling the system to automatically assess patient characteristics and independently determine the optimal scan sequence without requiring complex manual intervention. The automated system evaluates patient noise tolerance and ability to remain still, then self-determines the best scan ordering and selection, maintaining simplicity while improving compliance through personalized optimization.

The system changes the approach to scan protocol determination by incorporating patient-specific parameters into the sequencing decision-making process. Rather than using a single fixed protocol for all patients, the system adjusts the scan parameters and sequence based on individual patient characteristics, thereby improving compliance without significantly increasing operational complexity.