Abstract: A compression tube attaching-detaching unit is provided with an arm, a connecting pin, and an attaching-detaching mechanism portion. The arm supports a compression tube. The attaching-detaching mechanism portion is removably coupled with the connecting pin to mount the arm on a radiographic fluoroscopic imaging apparatus. The connecting pin has a shaft portion and a flange portion positioned at the tip end of the shaft portion. The attaching-detaching mechanism portion includes a main body, a lid portion, a locking portion, and an unlocking portion.

Abstract: A workstation 5 links an X-ray image conforming to the Dicom standard and exposure dose data prepared by an exposure measurement system 7 with use of information on the imaging date and time of the X-ray image conforming to the Dicom standard and information on the imaging date and time of the exposure dose data prepared by the exposure measurement system 7. This enables the workstation 5 to calculate an exposure dose corresponding to each X-ray image. Also, the workstation 5 calculates an exposure dose corresponding to each X-ray examination on the basis of data on the start time and end time of the examination received from a console part 1. An examination time and an imaging technique at each examination, data including information on a subject, and information indicating an exposure dose corresponding to the examination are configured as one piece of data and displayed on a display part 51 of the workstation 5.

Abstract: A compression tube attaching-detaching unit is provided with an arm, a connecting pin, and an attaching-detaching mechanism portion. The arm supports a compression tube. The attaching-detaching mechanism portion is removably coupled with the connecting pin to mount the arm on a radiographic fluoroscopic imaging apparatus. The connecting pin has a shaft portion and a flange portion positioned at the tip end of the shaft portion. The attaching-detaching mechanism portion includes a main body, a lid portion, a locking portion, and an unlocking portion.

Abstract: The X-ray fluoroscopic imaging apparatus is provided with an imaging unit including an X-ray source and an X-ray detector, a handle, a fluoroscopic button, and an imaging button. At least one of a fluoroscopic button and an imaging button is composed of a plurality of buttons provided on at least one end portion side in a direction along which the handle extends, and the plurality of buttons is mutually offset in a direction intersecting with the direction along which the handle extends.

Abstract: When an irradiation range control member is reflected in a region of interest, a control unit of an X-ray fluoroscope is configured to perform at least one of a first control to update a region of interest to a new region of interest by excluding a portion where the irradiation range control member is reflected in the region of interest and a second control to assign a predetermined pixel value to a pixel of a portion where the irradiation range control member is reflected in the region of interest.

Abstract: The X-ray fluoroscopic imaging apparatus is provided with an imaging unit including an X-ray source and an X-ray detector, a handle, a fluoroscopic button, and an imaging button. At least one of a fluoroscopic button and an imaging button is composed of a plurality of buttons provided on at least one end portion side in a direction along which the handle extends, and the plurality of buttons is mutually offset in a direction intersecting with the direction along which the handle extends.

Abstract: A workstation 5 links an X-ray image conforming to the Dicom standard and exposure dose data prepared by an exposure measurement system 7 with use of information on the imaging date and time of the X-ray image conforming to the Dicom standard and information on the imaging date and time of the exposure dose data prepared by the exposure measurement system 7. This enables the workstation 5 to calculate an exposure dose corresponding to each X-ray image. Also, the workstation 5 calculates an exposure dose corresponding to each X-ray examination on the basis of data on the start time and end time of the examination received from a console part 1. An examination time and an imaging technique at each examination, data including information on a subject, and information indicating an exposure dose corresponding to the examination are configured as one piece of data and displayed on a display part 51 of the workstation 5.

Abstract: This diagnostic imaging system (100) is provided with an acquisition means (50) configured to acquire a diagnostic image (40) of a subject (T) and an association means (60) configured to associate the diagnostic image capable of identifying a collection position when a specimen sample is collected from the subject among diagnostic images acquired by the acquisition means with information (42) which identifies the specimen sample collected from the subject.

Abstract: This diagnostic imaging system is provided a control unit configured to associate an ultrasonic image capable of identifying a sampling position at the time of sampling a specimen from a subject among ultrasonic images captured by the ultrasonic imaging unit with information for identifying the specimen sampled from the subject.