X-ray dose measurement detector integrated into source housing

The patent integrates the dose measurement function directly into the X-ray detector by incorporating an ionization chamber within the detector housing. This merging of the dose measurement component with the existing detector structure eliminates the need for separate ionization chambers, thereby reducing constructional space while maintaining dose measurement capability. The integrated design allows the detector to simultaneously perform imaging and dose measurement functions.

By integrating the ionization chamber within the detector housing, the patent eliminates the separate positioning requirements for dose measurement. The merged structure ensures that the dose measurement component moves with the detector as a single unit, preventing displacement and maintaining stable positioning throughout the imaging procedure.

The patent positions the integrated ionization chamber to measure scattered radiation in a different spatial dimension - specifically, detecting radiation that has scattered at angles rather than measuring the primary beam directly. This dimensional shift in measurement approach allows accurate dose assessment without intercepting the primary X-ray beam path, thereby avoiding interference with the reproduced image.

The patent divides the dose measurement into multiple spatial segments by using an array of detection elements within the detector. Instead of a single integrated DAP measurement, the segmented detector structure allows measurement of dose at multiple locations and angles, capturing the distribution pattern of scattered radiation. This segmentation preserves dose distribution information while still providing total dose estimation, enabling more accurate risk assessment.