Modular accessory sleeve for portable radiographic detectors
Embodiments of methods and apparatus are disclosed that can provide a modular approach to an accessory shell for a portable DR detector that can accessorize features for various applications.
1. A modular accessory housing configured to receive a portable digital radiographic detector, the detector comprising top and bottom surfaces, four sides all connected to the top and bottom surfaces, and a first wireless communication system, the modular accessory housing comprising:
a closable case configured to enclose the sides and at least one of the top and bottom surfaces of the detector; and
a second wireless external communication system different from the first wireless communication system.
2. The modular accessory housing of claim 1 , wherein the first and second wireless communication systems include a local wireless communication system for communicating synchronization data with an x-ray generator and a standard wireless communication system for communicating over a wide area network.
3. The modular accessory housing of claim 2 , further comprising:
a first device positionable in the closable case to maintain a surface temperature of an inserted detector within a prescribed temperature range.
4. The modular accessory housing of claim 3 , wherein the prescribed temperature range is dependent on a detector operating mode, and wherein the first device is configured to maintain the surface temperature within a first larger temperature range for a first operating mode of the detector and to maintain the surface temperature within a second smaller temperature range for a second operating mode of the detector.
5. The modular accessory housing of claim 4 , wherein the first operating mode of the detector is a dual energy mode and the second operating mode of the detector is a tomosysnthesis mode.
6. The modular accessory housing of claim 1 , wherein the local wireless communication system comprises a local area receiver for detector wake-up and exposure synchronization and a reduced power consumption as compared to the standard wireless communication system.
7. The modular accessory housing of claim 2 , further comprising:
a tracking device configured to repeatedly transmit a current detector location when powered by an attached detector.
8. The modular accessory housing of claim 2 , further comprising:
a synch generator unit mounted to the closable case to match exposure timing with a patient cardiac or respiratory movement and configured to wirelessly transmit information associated with said movement.
9. The modular accessory housing of claim 2 , wherein the closeable case comprises an image display and an image processor to process image data received from the detector.
10. The modular accessory housing of claim 2 , wherein the closeable case comprises a recessed pocket to receive a backscatter shield.
11. The modular accessory housing of claim 2 , further comprising:
a power and signal distribution assembly having a first connector for connecting to an inserted detector and a second connector at an exterior of the closable case to provide electronic communication access to the inserted detector.
12. The modular accessory housing of claim 2 , wherein the closable case comprises six sides, one of the six sides is configured to open to receive the detector therethrough, and wherein said one of the six sides is configured to close to enclose all six sides of the detector within the modular accessory housing.
13. A modular accessory housing configured to receive a portable digital radiographic detector, the detector comprising a first wireless communication system and a second wireless communication system different from the first wireless communication system, the modular accessory housing comprising:
a closable case configured to enclose the detector; and
a power and signal distribution assembly electrically connected to the detector to provide power and electronic communication between the detector and one or more accessories mounted to the closable case.