Abstract: A non-transitory recording medium storing a computer readable program that causes a computer of a moving image management apparatus, which manages a radiographic moving image, to perform: obtaining that is obtaining a first radiographic moving image and a second radiographic moving image, the first radiographic moving image showing a movement of a subject while breathing is repeated a first number of times per unit time, and the second radiographic moving image showing a movement of the subject while breathing is repeated a second number of times that is different from the first number of times per the unit time; and associating that is associating respective numbers of breaths during imagings with the first radiographic moving image and the second radiographic moving image that are obtained in the obtaining.

Abstract: A non-transitory computer-readable storage medium storing a program causing a computer to perform the following, obtaining a radiation moving image in which a chest portion of a subject when the subject breathes is shown; analyzing a dynamic state of the chest portion based on the radiation moving image obtained in the obtaining; and extracting impedance regarding breathing based on an analysis result obtained in the analyzing.

Abstract: A radiographic imaging system includes a radiation emitter, an image generator and a hardware processor. The radiation emitter emits radiation. The image generator generates a dynamic image composed of a plurality of frames according to received radiation The hardware processor determines at a predetermined timing whether at least one imaging allowing condition is satisfied. In response to determining that the at least one imaging allowing condition is satisfied, the hardware processor allows at least one of the radiation emitter and the image generator to operate.

Abstract: A device for imaging is used for dynamic imaging that repeatedly generates a plurality of frames and has a hardware processor. The hardware processor acquires rhythm information from a storage for storing the rhythm information that defines a rhythm in order to cause a subject to recognize a start timing, a switch timing, or a stop timing of a predetermined periodic motion and notifies the subject of the rhythm based on the acquired rhythm information at least one of periods before starting generation of a frame and during repeating of the generation of the frame.

Abstract: An image failure determination supporting apparatus includes a hardware processor. The hardware processor obtains imaged site information regarding an imaged site of a radiation image. The hardware processor outputs determination supporting information which supports determination of whether the radiation image is an image failure according to the obtained imaged site information.

Abstract: A non-transitory recording medium storing a computer readable program that causes a computer of a moving image management apparatus, which manages a radiographic moving image, to perform: obtaining that is obtaining a first radiographic moving image and a second radiographic moving image, the first radiographic moving image showing a movement of a subject while breathing is repeated a first number of times per unit time, and the second radiographic moving image showing a movement of the subject while breathing is repeated a second number of times that is different from the first number of times per the unit time; and associating that is associating respective numbers of breaths during imagings with the first radiographic moving image and the second radiographic moving image that are obtained in the obtaining.

Abstract: A non-transitory computer-readable storage medium storing a program causing a computer to perform the following, obtaining a radiation moving image in which a chest portion of a subject when the subject breathes is shown; analyzing a dynamic state of the chest portion based on the radiation moving image obtained in the obtaining; and extracting impedance regarding breathing based on an analysis result obtained in the analyzing.

Abstract: A radiographic imaging system includes a radiation emitter, an image generator and a hardware processor. The radiation emitter emits radiation. The image generator generates a dynamic image composed of a plurality of frames according to received radiation The hardware processor determines at a predetermined timing whether at least one imaging allowing condition is satisfied. In response to determining that the at least one imaging allowing condition is satisfied, the hardware processor allows at least one of the radiation emitter and the image generator to operate.

Abstract: The radiographic-image capturing device is provided with: a detecting unit that has multiple scanning lines and multiple signal lines arranged so as to intersect with each other, and has multiple radiation detection elements arranged two-dimensionally at each of the areas partitioned by the multiple scanning lines and multiple signal lines; a reading circuit that reads electric charges from the radiation detection elements via the signal lines, and converts the electric charges to electric signals, and outputs the electric signals as image data, for each of the radiation detection elements; and compressing means for compressing image data of each of the radiation detection elements. The compressing means creates difference data between the image data of adjacent radiation detection elements, for each of the image data outputted from multiple radiation detection elements connected to the same signal line, and compresses this difference data.

Abstract: A radiation image capturing system which includes a radiation image capturing apparatus including a plurality of scanning lines and a plurality of signal lines, a plurality of radiation detection elements, a scanning drive unit, switch units, reading circuits and a control unit and a console including a notification unit. In the system, the control unit of the radiation image capturing apparatus starts or continues a reset process of the radiation detection elements to discharge the electric charges remaining in the radiation detection elements from inside of each of the radiation detection elements for next radiation image capturing when a series of processes for obtaining the image data is finished.

Abstract: The radiographic-image capturing device is provided with: a detecting unit that has multiple scanning lines and multiple signal lines arranged so as to intersect with each other, and has multiple radiation detection elements arranged two-dimensionally at each of the areas partitioned by the multiple scanning lines and multiple signal lines; a reading circuit that reads electric charges from the radiation detection elements via the signal lines, and converts the electric charges to electric signals, and outputs the electric signals as image data, for each of the radiation detection elements; and compressing means for compressing image data of each of the radiation detection elements. The compressing means creates difference data between the image data of adjacent radiation detection elements, for each of the image data outputted from multiple radiation detection elements connected to the same signal line, and compresses this difference data.

Abstract: There is described an image-reading apparatus to acquire image data by reading a scanned image comprising an image sensor having a light emitting means and a photo receiving means for receiving a light emitted from the light emitting means, and a reading control means for controlling the image sensor. The photo receiving means separately acquires light amount data in a plurality of wavelength regions, and the reading control means independently controls a start and a stop of each of light receiving operations of the photo receiving means conducted in the plurality of wavelength regions.

Abstract: There is described an image-reading apparatus to acquire image data by reading a scanned image comprising an image sensor having a light emitting means and a photo receiving means for receiving a light emitted from the light emitting means, and a reading control means for controlling the image sensor. The photo receiving means separately acquires light amount data in a plurality of wavelength regions, and the reading control means independently controls a start and a stop of each of light receiving operations of the photo receiving means conducted in the plurality of wavelength regions.