Abstract: A console 3 included in a radiographic imaging system 100 includes a hardware processor that acquires a plurality of radiographs from a radiographic imaging apparatus 2 that repeatedly generates radiographs in a predetermined cycle, determines whether there is an anomaly that occurred during radiography of the acquired radiographs, and on determining that there is an anomaly, performs a predetermined anomaly operation.

Abstract: A radiography control device used in a radiography system including a radiography device and a radiography control device that controls the radiography device, the radiography control device includes: an inputter that inputs examination order information; and a hardware processor that selects guidance for guiding a dynamic state of a subject based on the order information input from the inputter.

Abstract: A radiation control device includes a notifier that notifies an irradiation state of a radiation in a radiation generator, and a notification controller that controls notification operation of the notifier. The notification controller controls a start timing of notification of a state during irradiation indicating that the radiation is being emitted on the basis of a signal from the radiation generator or a radiation imager received by the radiation control device prior to a radiation irradiation signal from a radiation generation controller.

Abstract: A radiography supporter supports a radiography system including a radiation generator and a radiography apparatus in taking radiographic images, and the radiography supporter includes a hardware processor that: acquires an examination order; transmits corresponding radiation irradiation conditions to the radiation generator, for each examination order; and restricts transmission of irradiation conditions corresponding to a second examination order to be executed after a specific first examination order in a case where a plurality of the examination orders has been acquired for a same examination object, and the irradiation conditions corresponding to the first examination order have been changed.

Abstract: A console 3 included in a radiographic imaging system 100 includes a hardware processor that acquires a plurality of radiographs from a radiographic imaging apparatus 2 that repeatedly generates radiographs in a predetermined cycle, determines whether there is an anomaly that occurred during radiography of the acquired radiographs, and on determining that there is an anomaly, performs a predetermined anomaly operation.

Abstract: A radiography supporter supports a radiography system including a radiation generator and a radiography apparatus in taking radiographic images, and the radiography supporter includes a hardware processor that: acquires an examination order; transmits corresponding radiation irradiation conditions to the radiation generator, for each examination order; and restricts transmission of irradiation conditions corresponding to a second examination order to be executed after a specific first examination order in a case where a plurality of the examination orders has been acquired for a same examination object, and the irradiation conditions corresponding to the first examination order have been changed.

Abstract: A radiation control device includes a notifier that notifies an irradiation state of a radiation in a radiation generator, and a notification controller that controls notification operation of the notifier. The notification controller controls a start timing of notification of a state during irradiation indicating that the radiation is being emitted on the basis of a signal from the radiation generator or a radiation imager received by the radiation control device prior to a radiation irradiation signal from a radiation generation controller.

Abstract: A medical image transfer apparatus comprises: a receiving member to receive a plurality of medical images including accompanying information; an extracting member to extract the accompanying information included in each of the medical images; and a transferring member to determine a transfer order of the medical images based on the accompanying information extracted by the extracting member, and to transfer the medical images to an output apparatus in the determined transfer order sequentially.