IMAGING CONTROLLER, IMAGING SYSTEM, IMAGING CONTROL METHOD, AND PROGRAM

摘要

This imaging controller of the imaging controller includes: an imager position determination section that determines whether or not a first imager is located in an overlapping region where a rotation range of the first imager and a rotation range of a second imager overlap each other when a rotation mechanism rotates the first and second imagers by an angle greater than the predetermined angle; and an imaging timing control section that causes one or both of the first and second imagers to perform imaging when arrival of an imaging timing is detected and that causes only the second imager to perform imaging in at least one imaging timing whose arrival is detected in a state where the imager position determination section determines that the first imager is located in the overlapping region.

主权项

1. An imaging controller of an imaging apparatus which includes first and second imagers for capturing a radiographic image by emitting a cone beam toward a rotation axis and a rotation mechanism for rotating the first and second imagers integrally around the rotation axis and in which an angle between an irradiation axis of the first imager and an irradiation axis of the second imager with the rotation axis as a reference is a predetermined angle, the imaging controller comprising:
an imager position determination section that determines whether or not the first imager is located in an overlapping region where a rotation range of the first imager and a rotation range of the second imager overlap each other when the rotation mechanism rotates the first and second imagers by an angle greater than the predetermined angle; and an imaging timing control section that causes one or both of the first and second imagers to perform imaging when arrival of an imaging timing is detected and that causes only the second imager to perform imaging in at least one imaging timing whose arrival is detected in a state where the imager position determination section determines that the first imager is located in the overlapping region.