Magnetic Resonance Tomography Interference Suppression With Source Detection

The patent extracts the interference suppression function from the physical shielding cabin and relocates it to the signal processing domain. Sensors detect interference signals, which are then processed and subtracted from the magnetic resonance signals computationally, eliminating the need for complex physical shielding structures.

The patent replaces the mechanical/physical shielding cabin with an electronic signal processing system. Instead of using physical barriers to block interference, the system uses electronic sensors and computational algorithms to identify and remove interference from the signals.

The patent extracts the emission control function from the physical shielding cabin and implements it through electronic monitoring and suppression. Sensors detect emitted radio waves, and the system computationally suppresses these emissions, replacing the need for large physical shielding structures.

The patent changes the approach from physical containment to electronic parameter control. By monitoring and adjusting signal parameters through electronic means, the system achieves emission reduction without requiring additional physical space for shielding cabins.

The patent introduces specialized sensors as intermediaries between the electronic components and the detection system. These sensors are designed to detect interference fields while being minimally affected by the components' emissions, allowing accurate detection without requiring excessive proximity that would increase interference exposure.

The patent replaces direct physical proximity-based detection with field-based detection using specialized sensors. Instead of placing detectors extremely close to components (which would increase interference exposure), the system uses sensors that can detect interference fields at optimal distances, substituting mechanical proximity with electromagnetic field sensing.