Abstract: The present disclosure relates to a portable X-ray imaging device. The portable X-ray imaging device includes an optical camera, a thermal image camera, a display unit, and a controller. The controller displays a real image captured by the optical camera and a thermal image captured by the thermal image camera by overlapping the real image and the thermal image. Accordingly, a user can perform more accurate X-ray imaging because the user can check an oral sensor in a real image of the face of a patient displayed on the display unit.

Abstract: The disclosed portable X-ray device according to the present invention comprises: an X-ray unit within which an X-ray source is provided to irradiate a subject with X-rays; a handle unit which protrudes obliquely from the X-ray unit; at least one camera unit which is provided in the X-ray unit to capture an image of the subject; a display unit which displays information captured from the camera unit and X-ray irradiation information of the X-ray unit; and a power supply unit which supplies power to the X-ray unit, the camera unit, and the display unit, wherein the handle unit extends to be inclined downward in the direction away from the X-ray unit. According to such a structure, the ease of gripping the portable X-ray device can be improved and thus the portable X-ray device has excellent ease of use.

Abstract: The present disclosure relates to a portable X-ray imaging device. The portable X-ray imaging device includes an optical camera, a thermal image camera, a display unit, and a controller. The controller displays a real image captured by the optical camera and a thermal image captured by the thermal image camera by overlapping the real image and the thermal image. Accordingly, a user can perform more accurate X-ray imaging because the user can check an oral sensor in a real image of the face of a patient displayed on the display unit.

Abstract: The present disclosure relates to an X-ray apparatus capable of stable driving, miniaturization, and weight reduction. The X-ray apparatus may include a case having an installation space formed therein; a high voltage separator installed inside the case, responsible for dividing the installation space into a first installation portion and a second installation portion, and having a high voltage generation space formed therein; an X-ray tube installed in the first installation portion; a high voltage generator installed in the high voltage generation space and responsible for receiving power from the outside, boosting the power, and supplying the boosted power to the X-ray tube; and a controller installed in the second installation portion and responsible for controlling driving of the X-ray tube and the high voltage separator.

Abstract: The present disclosure relates to an X-ray apparatus capable of stable driving, miniaturization, and weight reduction. The X-ray apparatus may include a case having an installation space formed therein; a high voltage separator installed inside the case, responsible for dividing the installation space into a first installation portion and a second installation portion, and having a high voltage generation space formed therein; an X-ray tube installed in the first installation portion; a high voltage generator installed in the high voltage generation space and responsible for receiving power from the outside, boosting the power, and supplying the boosted power to the X-ray tube; and a controller installed in the second installation portion and responsible for controlling driving of the X-ray tube and the high voltage separator.