Abstract: A connection system for connecting a medical image system to a service server can include a communication unit configured to transmit and receive files to and from each of the medical image system and the service server, where the communication unit can receive a first file written according to a first standard from the medical image system and receive a second file written according to a second standard from the service server; a storage unit that stores the attributes of the first file; a conversion unit that generates a third file by converting the second file into the first standard, where the conversion unit can generate the third file such that at least one attribute of the third file corresponds to the attributes of the first file stored in the storage unit; and a control unit that controls the communication unit, the storage unit, and the conversion unit.

Abstract: An X-ray table and an X-ray system including the X-ray table are provided. The X-ray table can reversibly rotate without interfering with an X-ray imaging unit while a top surface thereof faces the X-ray imaging unit.

Abstract: An X-ray table and an X-ray system including the X-ray table are provided. The X-ray table can reversibly rotate without interfering with an X-ray imaging unit while a top surface thereof faces the X-ray imaging unit.

Abstract: Digital radiography system and device for an X-ray system are provided. The digital radiography system includes: an X-ray detector that receives X-rays radiated from a generator of an X-ray system and that forms an X-ray image; a camera that captures an image of one side surface of a controller outputting a ready signal and a shot signal to control operation of the generator; and a monitoring device that analyzes image information transmitted from the camera to recognize a control signal output from the controller to the generator and that provides information on the control signal to the X-ray detector. By acquiring a control signal of the generator using an external image of the controller using the camera, it is not necessary to connect a cable for allowing the monitoring device and the X-ray detector to directly receive the control signal from the controller and thus to improve convenience of installation.

Abstract: A digital image detector and a digital image detecting method using gratings are provided. The digital image detector includes a fluorescent screen that receives X-rays passing through an object, converts the received X-rays into rays and outputs the converted rays, a first reflecting plane that reduces an image based on the rays output from the fluorescent screen in a first axis direction using a grating, a second reflecting plane that reduces the image reduced by the first reflecting plane in a second axis direction using a grating, and an imaging device that receives the image reflected and output from the second reflecting plane, focuses the received image, and converts the focused image into an electrical signal.

Abstract: A digital image detector and a digital image detecting method using gratings are provided. The digital image detector includes a fluorescent screen that receives X-rays passing through an object, converts the received X-rays into rays and outputs the converted rays, a first reflecting plane that reduces an image based on the rays output from the fluorescent screen in a first axis direction using a grating, a second reflecting plane that reduces the image reduced by the first reflecting plane in a second axis direction using a grating, and an imaging device that receives the image reflected and output from the second reflecting plane, focuses the received image, and converts the focused image into an electrical signal.