System for positioning and X-ray imaging a heart
A system positions a patient for X-ray imaging of a Left Atrium of a heart, using an imaging system for, acquiring data representing a frontal first X-ray image and representing a lateral second X-ray image of a patient. A display processor initiates generation of data representing a first composite display image including the first X-ray image and a first graphical overlay for aligning with vertebra in the first X-ray image. The display processor initiates generation of data representing a second composite display image including the second X-ray image and a second graphical overlay for aligning with vertebra in the second X-ray image. The imaging system is positioned for imaging a heart left atrium in response to movement of a table supporting the patient to align the first graphical overlay with the vertebra in the first X-ray image and to align the second graphical overlay with the vertebra in the second X-ray image.
1. A system for positioning a patient for X-ray imaging of a Left Atrium of a heart, comprising:
an imaging system for,
acquiring data representing a first X-ray image of a patient in a substantially frontal position and
acquiring data representing a second X-ray image of a patient in a substantially lateral position;
a display processor for initiating generation of data representing,
a first composite display image including said first X-ray image and a first graphical overlay for aligning with vertebra in said first X-ray image and
a second composite display image including said second X-ray image and a second graphical overlay for aligning with vertebra in said second X-ray image and said imaging system is positioned for imaging a heart left atrium in response to movement of a table supporting said patient to align said first graphical overlay with said vertebra in said first X-ray image and to align said second graphical overlay with said vertebra in said second X-ray image.
2. A system according to claim 1 , wherein
said imaging system is positioned for imaging a heart left atrium in response to substantially horizontal movement of said table supporting said patient to align said first graphical overlay with said vertebra in said first X-ray image and in response to substantially vertical movement of said table supporting said patient to align said second graphical overlay with said vertebra in said second X-ray image.
3. A system according to claim 1 , wherein
said imaging system includes an arm rotatable about said patient including a radiation emitter and a radiation detector positioned on substantially opposite sides of the patient,
said imaging system acquires said data representing said first X-ray image with said radiation detector substantially above said patient lying on his back on said table and
said imaging system acquires said data representing said second X-ray image with said radiation detector substantially to the side of said patient lying on his back on said table.
4. A system according to claim 1 , wherein
said display processor selects said first graphical overlay from a plurality of different overlays associated with different patients having different demographic characteristics in response to data indicating a demographic characteristic of said patient.
5. A system according to claim 4 , wherein
said demographic characteristics comprise at least one of, (a) height, (b) weight, (c) gender and (d) age.
6. A system according to claim 4 , wherein
said display processor selects said second graphical overlay from a plurality of different overlays associated with different patients having different demographic characteristics in response to data indicating a demographic characteristic of said patient.
7. A system according to claim 1 , wherein
said imaging system is positioned for imaging a heart left atrium by iso-centering the left atrium.
8. A method for positioning a patient for X-ray imaging of a Left Atrium of a heart, comprising the activities of:
acquiring data representing a first X-ray image of a patient in a substantially frontal position;
displaying a first composite display image including said first X-ray image and a first graphical overlay for aligning with vertebra in said first X-ray image;
in response to user command, moving a table supporting said patient to align said first graphical overlay with said vertebra in said first X-ray image;
acquiring data representing a second X-ray image of a patient in a substantially lateral position;
displaying a second composite display image including said second X-ray image and a second graphical overlay for aligning with vertebra in said second X-ray image; and
in response to user command, moving said table supporting said patient to align said second graphical overlay with said vertebra in said second X-ray image.
9. A system according to claim 8 , wherein
said activity of moving said table supporting said patient to align said first graphical overlay with said vertebra in said first X-ray image comprises moving said table in a substantially horizontal direction.
10. A system according to claim 9 , wherein
said activity of moving said table supporting said patient to align said second graphical overlay with said vertebra in said second X-ray image comprises moving said table in a substantially vertical direction.
11. A system for positioning a patient for X-ray imaging of an anatomical feature, comprising:
an imaging system for,
acquiring data representing a first X-ray image of a patient in a first position and
acquiring data representing a second X-ray image of a patient in a different second position;
a display processor for initiating generation of data representing,
a first composite display image including said first X-ray image and a first graphical overlay for aligning with an anatomical object in said first X-ray image and
a second composite display image including said second X-ray image and a second graphical overlay for aligning with an anatomical object in said second X-ray image and said imaging system is positioned for imaging an anatomical feature in response to movement of a table supporting said patient to align said first graphical overlay with said anatomical object in said first X-ray image and to align said second graphical overlay with said anatomical object in said second X-ray image.
12. A system according to claim 11 , wherein
said imaging system is positioned for imaging said anatomical feature in response to substantially horizontal movement of said table supporting said patient to align said first graphical overlay with said anatomical object in said first X-ray image and in response to substantially vertical movement of said table supporting said patient to align said second graphical overlay with said anatomical object in said second X-ray image.
13. A system according to claim 11 , wherein
said anatomical feature is a heart.
14. A system according to claim 13 , wherein
said imaging system is positioned for imaging a heart left atrium by iso-centering the left atrium.