Abstract: Provided is a portable X-ray system is equipped with an X-ray tube mounted on one end portion of the photography stand with a structure extending to a predetermined height and changing a photographing direction and a photographing angle in a portable body moved by an operator to change an installation location, the portable X-ray system including a body mounted on one end portion of the photography stand and configured to change the photographing angle and form an exterior of the X-ray tube, a collimator mounted on one side surface of the body and configured to adjust an X-ray photographing area and an X-ray photographing direction, and a rotating connection part mounted between the body and the collimator and configured to couple the collimator to be rotated based on one side surface of the body and transmit power and an electrical signal transmitted from the body to the collimator.

Abstract: Provided is a portable X-ray device powered by a power factor correction (PFC)-based inverter, which includes a body in which a plurality of wheels are mounted on a lower surface, an input/output device which extends from an installation ground to a predetermined height and outputs data acquired from an X-ray photographing part is mounted on one side, and a handle with a structure gripped by a hand of a user is mounted on one side; a variable support which is mounted on an upper portion of the body by a hinge structure; an X-ray photographing part which is mounted on one end portion of the variable support; and a power supply mounted inside the body and provided with a PFC-based inverter configured to remove noise from applied commercial AC power, and provide the high DC voltage to the X-ray photographing part.

Abstract: Provided is a portable X-ray system is equipped with an X-ray tube mounted on one end portion of the photography stand with a structure extending to a predetermined height and changing a photographing direction and a photographing angle in a portable body moved by an operator to change an installation location, the portable X-ray system including a body mounted on one end portion of the photography stand and configured to change the photographing angle and form an exterior of the X-ray tube, a collimator mounted on one side surface of the body and configured to adjust an X-ray photographing area and an X-ray photographing direction, and a rotating connection part mounted between the body and the collimator and configured to couple the collimator to be rotated based on one side surface of the body and transmit power and an electrical signal transmitted from the body to the collimator.