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AssigneeCanon Kabushiki Kaisha
InventorsHIDEAKI MORITA, RYOSUKE MIURA
Estimating the term…
A radiation image capture apparatus including a plurality of pixels which include a detection pixel configured to detect an irradiation amount and an exposure decision unit configured to decide an amount of radiation irradiated from a radiation generation apparatus. The exposure decision unit decides the amount of irradiated radiation based on an output of the detection pixel during radiation irradiation and a correction value that is an output of the detection pixel while the radiation irradiation is not performed. The exposure decision unit obtains the correction value after a read operation of a signal based on radiation during image capture is performed, and in the subsequent image capture, the amount of irradiated radiation is decided based on the output of the detection pixel during the radiation irradiation and the correction value.
A radiation image capture apparatus comprising:
A control method for a radiation image capture apparatus provided with an image capture unit including a plurality of pixels which include an image capture pixel configured to obtain a radiation image and a detection pixel configured to detect a radiation dose and configured to execute stop processing for stopping radiation irradiation by a radiation irradiation apparatus based on an output of the detection pixel, the control method comprising:
A non-transitory computer-readable medium for causing a computer to execute a control method for a radiation image capture apparatus provided with an image capture unit including a plurality of pixels which include an image capture pixel configured to obtain a radiation image and a detection pixel configured to detect a radiation dose and configured to execute stop processing for stopping radiation irradiation by a radiation irradiation apparatus based on an output of the detection pixel, the control method comprising:
Dependencies are inferred from the claim text.