Abstract: An X-ray imaging apparatus is provided with an X-ray irradiation unit, a detector, an image generation unit, an optical imaging unit for capturing an optical image, a storage unit for storing a trained model, the trained model being configured to output determination information to an input image based on the optical image, the determination information determining a state regarding an imaging range of a predetermined site of the subject or a relative position of the predetermined site to the other site of the subject, a control unit for acquiring the determination information, using the trained model, and a notification unit.

Abstract: An X-ray image diagnostic apparatus images a subject with X-rays without increasing the burden on a user, and includes an X-ray image diagnostic apparatus 1, a table 4 on which a subject is placed on the top-surface thereof; an X-ray tube 5 disposed beneath the back side of the table and which emits X-rays; a detector 6 disposed above the table 4 so as to face the X-ray tube 5 and detecting the X-rays emitted from the X-ray tube 5 and penetrating the subject on the table 4; an X-ray tube moving mechanism 12 that moves the X-ray tube 5 in a direction approaching the table 4 and moving away therefrom; a detector moving mechanism 13 that moves the detector 6 in a direction approaching the table 4 and moving away therefrom; and a control unit 14 that controls a distance between the X-ray tube 5 and the detector 6 by controlling action of the X-ray tube moving mechanism 12 and the detector moving mechanism 13.

Abstract: An X-ray image diagnostic apparatus is provided with a top board, a movable X-ray source, an X-ray detection unit, a storage unit, an X-ray source drive unit, and a registered position operation part for performing an operation of moving the ray source to a registered position by the registered position drive unit. The X-ray image diagnostic apparatus is configured not to include an arbitrary position operation part for performing an operation of moving the X-ray source to an arbitrary position by the X-ray source drive unit.

Abstract: A radioscopic apparatus includes a controller configured or programmed to, when imaging information using the first radiation source is selected, perform control of retracting a second detector to a position in one of longitudinal ends of a table, at which the second detector does not block radiation emitted from a first radiation source, according to information about a region to be imaged of a subject included in the selected imaging information.

Abstract: A radioscopic apparatus includes a controller configured or programmed to, when imaging information using the first radiation source is selected, perform control of retracting a second detector to a position in one of longitudinal ends of a table, at which the second detector does not block radiation emitted from a first radiation source, according to information about a region to be imaged of a subject included in the selected imaging information.

Abstract: An X-ray image diagnostic apparatus images a subject with X-rays without increasing the burden on a user, and includes an X-ray image diagnostic apparatus 1, a table 4 on which a subject is placed on the top-surface thereof; an X-ray tube 5 disposed beneath the back side of the table and which emits X-rays; a detector 6 disposed above the table 4 so as to face the X-ray tube 5 and detecting the X-rays emitted from the X-ray tube 5 and penetrating the subject on the table 4; an X-ray tube moving mechanism 12 that moves the X-ray tube 5 in a direction approaching the table 4 and moving away therefrom; a detector moving mechanism 13 that moves the detector 6 in a direction approaching the table 4 and moving away therefrom; and a control unit 14 that controls a distance between the X-ray tube 5 and the detector 6 by controlling action of the X-ray tube moving mechanism 12 and the detector moving mechanism 13.

Abstract: An X-ray image diagnostic apparatus, comprises: a table on which a subject is placed on the front surface thereof; an X-ray tube that is disposed beneath the table and emits X-rays to the subject; a detector that is disposed above the table so as to face the X-ray tube and detects the X-rays emitted from the X-ray source and penetrating the subject placed on the table; an X-ray tube moving mechanism that moves the X-ray tube in a direction approaching or away from the table; a detector moving mechanism that moves the detector in a direction approaching or away from the table; and a control unit that controls a distance between the X-ray tube and the detector by controlling action of the X-ray tube moving mechanism and the detector moving mechanism.

Abstract: A radiation imaging apparatus secures subject safety and includes a wireless communication unit of an operation panel and a wireless communication unit of a control unit performing periodical wireless communication. While operating, it is determined if wireless communication unit of the control unit is receiving a wireless communication signal from the wireless communication unit of the operation panel, or not. Then, when the wireless communication unit of the control unit is not receiving the wireless communication signal from the wireless communication unit of the operation panel, a movement control element of the control unit executes an emergency shutdown operation to halt movement of a support table, a X-ray tube, a collimator and a X-ray detector.

Abstract: A sound direction estimation device includes a first correlation matrix calculation unit configured to calculate a correlation matrix of a plurality of channels of input sound signals, a second correlation matrix calculation unit configured to calculate a correlation matrix of noise signals based on the plurality of channels of sound signals, and a sound source localization unit configured to calculate a spatial spectrum based on the correlation matrix calculated by the first correlation matrix calculation unit and the correlation matrix calculated by the second correlation matrix calculation unit and to estimate a direction of a sound source associated with the plurality of channels of sound signals using the calculated spatial spectrum.

Abstract: A sound direction estimation device includes a first correlation matrix calculation unit configured to calculate a correlation matrix of a plurality of channels of input sound signals, a second correlation matrix calculation unit configured to calculate a correlation matrix of noise signals based on the plurality of channels of sound signals, and a sound source localization unit configured to calculate a spatial spectrum based on the correlation matrix calculated by the first correlation matrix calculation unit and the correlation matrix calculated by the second correlation matrix calculation unit and to estimate a direction of a sound source associated with the plurality of channels of sound signals using the calculated spatial spectrum.