Cabinet assembly for radiation detector
A modified grid cabinet or “bucky” assembly intended for use with a digital imaging system and dimensioned and structured to retrofit a conventional film type x-ray device originally intended for use in combination with a conventional film bucky. The bucky assembly includes a frame having an at least partially hollow interior and a tray movably connected to the frame and slidably positionable between an outwardly extending open position and an inwardly disposed closed position. The tray is structured to support and position a digital sensor into an imaging position relative to the operative image capturing components of the digital imaging system. The tray includes a retaining assembly disposed and structured to removably retain the digital sensor in any a plurality of operative orientations including a portrait orientation and a landscape orientation.
1. A detector cabinet configured to hold an X-ray detector, the detector cabinet comprising:
a frame having a hollow interior and including side and end frame segments and an opening extending along one side or an end thereof;
a tray configured to slide into and out of the hollow interior of the frame through the opening so as to be selectively positionable between an open position and a closed position;
a retaining assembly including a plurality of retaining members provided in the tray and connectable to the X-ray detector,
wherein each of said plurality of retaining members includes a first receiving recess disposed to receive and retain said X-ray detector in a portrait orientation, and
wherein each of said plurality of retaining members further includes a second receiving recess disposed to receive and retain said X-ray detector in a landscape orientation.
2. The detector cabinet according to claim 1 , wherein the retaining members are positioned on the tray to removably retain corner portions of the X-ray detector regardless of the X-ray detector being positioned in said portrait orientation or in said landscape orientation.
3. The detector cabinet according to claim 1 , wherein the retaining members are configured to accommodate different corner portions of the X-ray detector depending on whether the X-ray detector is positioned in said portrait orientation or in said landscape orientation.
4. The detector cabinet according to claim 1 , wherein each the retaining members is configured to accommodate a first corner portion of the X-ray detector when the X-ray detector is positioned in said portrait orientation and to accommodate a second corner portion of the X-ray detector when the X-ray detector is positioned in said landscape orientation.
5. The detector cabinet according to claim 1 , wherein the first receiving recess and the second receiving recess included in each of the retaining members are positioned adjacent to each other.
6. The detector cabinet according to claim 1 , wherein the tray includes movable rail segments bordering opposite sides of the tray and a handle structure configured to facilitate selective placement of the tray in said open position and closed position.
7. The detector cabinet according to claim 1 , wherein said frame is configured to be operative in a standard bucky compartment.
8. The detector cabinet according to claim 1 , wherein said frame is dimensioned to be fitted in a standard bucky compartment.
9. The detector cabinet according to claim 1 , further comprising a position sensor configured to detect positioning of said X-ray detector in at least one of said portrait and landscape orientations.
10. The detector cabinet according to claim 1 , further comprising a latch assembly disposed in interconnecting relation between said frame and said tray and structured to removably secure said tray in said open position.
11. A bucky assembly configured to removably accommodate an X-ray detector therein, comprising:
a frame;
a tray connected to said frame and configured to be slidably positionable between an open position and a closed position, said tray structured to receive and retain the X-ray detector when the tray is positioned in said open position and structured to support and retain the X-ray detector in an imaging position when the tray is positioned in said closed position, and
a retaining assembly connected to said tray and including a biasing structure removably engaging the X-ray detector,
said tray and said retaining assembly cooperatively structured to removably retain the X-ray detector in either a portrait orientation or a landscape orientation, and
said retaining assembly comprising a plurality of retaining members each secured in a fixed position on said tray and removably disposed in retaining engagement with a correspondingly disposed corner portion of the X-ray detector,
wherein each retaining member of said plurality of retaining members includes a first receiving recess configured to receive and retain said X-ray detector in said portrait orientation, and
wherein each retaining member of said plurality of retaining members further includes a second receiving recess configured to receive and retain said X-ray detector in said landscape orientation.
12. A retaining assembly configured to accommodate an X-ray detector in any of a plurality of operative orientations, the retaining assembly comprising:
a plurality of retaining members each secured to a tray structure and configured to be removably disposed in retaining engagement with a correspondingly disposed corner portion of the X-ray detector;
wherein said plurality of operative orientations included at least a portrait orientation and a landscape orientation,
wherein each retaining member of said plurality of retaining members includes a first receiving recess configured to receive and retain said X-ray detector in said portrait orientation, and
wherein each retaining member of said plurality of retaining members further includes a second receiving recess configured to receive and retain said X-ray detector in said landscape orientation.