Patent Number: 044371888
Section: claims

1. In an X-ray emitting assembly, comprising a flange for assembling a sheath assembly and a beam limiting device, operationally associated with one or more radiation detectors situated in a radiology equipment stand, said flange is adapted to cooperate with alignment means, so as to determine in a first stage, the positioning of said flange with respect to the operating axis of one of the radiation detectors and, in a second stage, to enable alignment along this axis of the operating axes of the sheath assembly and of the beam limiting device; said sheath assembly and said beam limiting device are fixed to said flange, independently of each other; said flange is a bracket adjustable in position; and said bracket comprises a recess for receiving in a first phase a leaded washer having a hole centrally therethrough and in a second phase a centering means integral with said beam limiting device. 2. The X-ray emitting assembly as claimed in claim 1, wherein, in a first phase, passage of a plumb line through said hole enables said bracket to be aligned with respect to the operating axis of said radiation detector. 3. The X-ray emitting assembly as claimed in claim 1, wherein said sheath assembly comprises means for modifying its fixing position on said bracket. 4. The X-ray emitting assembly as claimed in claim 3, wherein, in the first phase, the passage of an X-radiation emitted by said sheath assembly through said hole determines the alignment of said sheath along the operating axis of said radiation detector. 5. The X-ray emitting assembly as claimed in claim 1, wherein the means for centering the position of said beam limiting device is formed by a collar and said recess. 6. The X-ray emitting assembly as claimed in claim 5, wherein said beam limiting device further comprises means for receiving a leaded plate having an aperture centrally therethrough centered on the operating axis of said radiation detector. 7. The X-ray emitting assembly as claimed in claim 6, wherein the passage of the X-radiation emitted by the sheath assembly into said aperture determines the alignment of said sheath with respect to the operating axis of said radiation detector. 8. An X-ray emitting assembly, operationally associated with at least one radiation detector having an operating axis, all mounted in a radiology equipment stand, said X-ray emitting assembly comprising a flange; a sheath assembly and a beam limiting device which are fixed to said flange independently of each other; said flange is a bracket adjustable in position, said bracket having a recess for receiving, in a first phase a leaded washer having a hole centrally therethrough, and in a second phase a centering means integral with said beam limiting device, in order to cooperate with alignment means to determine in a first stage, the positioning of said flange with respect to the operating axis of the radiation detector, in a second stage, to enable alignment along this axis of the operating axes of the sheath assembly and of the beam limiting device. 9. The X-ray emitting assembly as claimed in claim 8 wherein, in a first phase, passage of a plumb line through said hole enables said bracket to be aligned with respect to the operating axis of said radiation detector. 10. The X-ray emitting assembly as claimed in claim 8 or 9, wherein said sheath assembly comprises means for modifying its fixing position on said bracket. 11. The X-ray emitting assembly as claimed in claim 8 or 9, wherein, in a second phase, the passage of an X-radiation emitted by said sheath assembly through said hole determines the alignment of said sheath along the operating axis of said radiation detector. 12. The X-ray emitting assembly as claimed in claim 8, wherein the means for centering the position of said beam limiting device is formed by a collar and said recess. 13. The X-ray emitting assembly as claimed in claim 8, wherein said beam limiting device further comprises means for receiving a leaded plate having an aperture centrally therethrough centered on the operating axis of said radiation detector. 14. The X-ray emitting assembly as claimed in claim 13, wherein the passage of the X-radiation emitted by the sheath assembly into said aperture determines the alignment of said sheath with respect to the operating axis of said radiation detector.