Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner

Case ID:
C11925
An embodiment in accordance with the present invention provides a device and method for a quantitatively calibrated computed tomography scanner. The device includes a gentry configured for receiving a patient or part of a patient. The gentry includes an X-ray source and a detector positioned opposite said X-ray source, such that said detector receives the X-rays emitted from the X-ray source. Calibration phantoms are integrated with the gentry and/or a device within the scanner so as to allow for calibration in quantitative CT measurements of Hounsfield units and/or bone mineral density.

 
Patent Information:
Title App Type Country Serial No. Patent No. File Date Issued Date Expire Date Patent Status
Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner PCT: Patent Cooperation Treaty European Patent Office 13801112.7 2858571 6/7/2013 1/23/2019 6/7/2033 Granted
Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner PCT: Patent Cooperation Treaty China 201380039351.7 ZL 201380039251.7 6/7/2013 11/10/2017 6/7/2033 Granted
Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner PCT: Patent Cooperation Treaty France 13801112.7 2858571 6/7/2013 1/23/2019 6/7/2033 Granted
Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner PCT: Patent Cooperation Treaty Germany 60 2013 050 274.9 2858571 6/7/2013 1/23/2019 6/7/2033 Granted
Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner PCT: Patent Cooperation Treaty United Kingdom 13801112.7 2858571 6/7/2013 1/23/2019 6/7/2033 Granted
Integration of Quantitative Calibration Phantoms/Systems into Extremity Computed Tomography Scanner ORD: Ordinary Utility United States 14/405,759 9,826,953 12/4/2014 11/28/2017 10/29/2032 Granted
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For Information, Contact:
Lisa Schwier
lschwie2@jhu.edu
410-614-0300
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