Radiation image photography system, radiation image photography program, and information storage medium

Abstract

A radiographic imaging apparatus includes: a plane detection device to obtain radiographic image; an injection device communication unit to perform communication with an injection device which automatically injects a contrast agent; an irradiation device communication unit to perform communication with an irradiation device; an input unit; a control unit including a plurality of control modes including a linking mode of allowing linking among a timing contrast agent injection, a timing of obtaining a radiographic image and a timing of the irradiation, the control unit controlling the injection device, plane detection device and irradiation device in a control mode selected from the plurality of control modes; and a judgment unit to judge whether control in the linking mode by the control unit is possible, wherein selection of the linking mode is possible only when the judgment unit has judged that the linking mode is possible.

Description

technical field [0001] The present invention relates to a radiographic imaging device, a radiographic imaging program, and an information storage medium, and more particularly, to a radiographic imaging device, a radiographic imaging program, and an information storage medium for imaging images using a contrast agent. Background technique [0002] Conventionally, radiographic images represented by X-ray images have been widely used in disease diagnosis and the like. As devices for capturing radiographic images, devices using radiographic films are known as means for detecting radiation that has passed through the human body, or A device that uses a storage phosphor (brightening phosphor) that stores the energy of irradiated radiation to obtain a visible image of a brightening phosphor sheet. [0003] Furthermore, in recent years, flat panel detectors called FPDs (Flat Panel Detectors) are on the market with radiographic image data representing radiographic images detected by...

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Problems solved by technology

[0015] However, for example, in the case of injecting a contrast agent into a blood vessel for imaging, etc., it is sometimes preferable to link the contrast agent injection device, the radiation irradiation device, and the planar detector. The problem of reliable linkage of these devices

[0016] That is, it was found that since the contrast medium automatic injection device, the radiation irradiation device, and the plane detector are single devices, in a state where the interlocking side and the interlocking controlled side are impossible to be interlocked, if the interlocking side is controlled In order to control the linkage, if there is no linkage but the linkage control is started, there is a problem of performing inappropriate radiography, injecting inappropriate contrast medium, or stopping in the middle.

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