Abstract: An x-ray fluoroscopic imaging system including a portable cabinet, a monitor having two video displays, a support arm, an articulated arm assembly connecting the support arm to the cabinet, a C-arm carried by the support arm assembly, an x-ray source and detector located at opposing locations on the C-arm, and a control panel mounted on the source or the detector, wherein the two displays are SVGA multiscan CRTs, mounted in a single rotating enclosure, which provide certain functions of the imaging system. A single driver interface is provided for the two displays for 100% synchronous operation of both displays to display images required by the fluoroscopic imaging system.

Abstract: Mini C-arm apparatus for x-ray fluoroscopic imaging having a base or cabinet, an articulated arm assembly connected thereto, a support arm assembly carried by the articulated arm assembly, a C-arm slidably mounted in the support arm assembly, and an x-ray source assembly including an x-ray source and an image receptor assembly including an image receptor respectively mounted at opposed locations on the C-arm such that x-rays emitted by the x-ray source impinge on the image receptor, wherein one of the source and image receptor assemblies includes a control panel that permits activation of predefined functions of the x-ray fluoroscopic imaging apparatus.

Abstract: In an x-ray fluoroscopic imaging system including a portable cabinet, at least one monitor, a support arm, an articulated arm assembly connecting the support arm to the cabinet, a C-arm carried by the support arm assembly, an x-ray source and detector located at opposing locations on the C-arm, and a control panel mounted on the source or the detector, three “x-ray on” lighted indicators are disposed at visible locations in the system, one of these indicators being a switch with a light-up perimeter on the control panel, the second being incorporated in the monitor, and the third being incorporated in the cabinet.