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    • 5. 发明申请
    • Operating method and computer program for medical installation
    • 医疗安装操作方法和计算机程序
    • US20050063511A1
    • 2005-03-24
    • US10903346
    • 2004-07-30
    • Gerhard HahmMartin Spahn
    • Gerhard HahmMartin Spahn
    • A61B6/00A61B5/05H05G1/08
    • A61B6/583A61B6/585
    • In an operating method for a medical installation, in particular an x-ray installation. In activation state of the medical installation, a control and evaluation device determines, upon input of a control command, a useful image of a subject. For this purpose, the control and evaluation device receives raw image of the subject acquired by a detector in a first detector mode, and determines the useful image therefrom on the basis of correction data. In a waiting state of the medical installation, the control and evaluation device updates the correction data for the first detector mode repeatedly after the expiration of a basic time interval since the last driving of the detector. For this purpose, the control and evaluation device receives raw data acquired by the detector and uses it to update the correction data. The control and evaluation device updates the correction data for the first detector mode even in the activation state if, since the last updating of the correction data for the first detector mode, at least an additional time interval has elapsed that is greater than the basic time interval.
    • 在医疗装置的操作方法中,特别是x射线装置。 在医疗装置的激活状态下,控制和评估装置在输入控制命令时确定被摄体的有用图像。 为此,控制和评估装置在第一检测器模式中接收由检测器获得的被摄体的原始图像,并且基于校正数据确定其有用图像。 在医疗装置的等待状态下,控制和评估装置在检测器的最后一次驱动之后的基本时间间隔期满后重新更新用于第一检测器模式的校正数据。 为此,控制和评估装置接收由检测器获取的原始数据,并使用它来更新校正数据。 控制和评估装置甚至在激活状态下更新用于第一检测器模式的校正数据,如果自上次更新第一检测器模式的校正数据以来,至少已经过了大于基本时间的附加时间间隔 间隔。
    • 6. 发明授权
    • Method for generating at least one offset-corrected X-ray image
    • 用于产生至少一个偏移校正的X射线图像的方法
    • US07492865B2
    • 2009-02-17
    • US11742974
    • 2007-05-01
    • Gerhard HahmMathias HörnigMartin Spahn
    • Gerhard HahmMathias HörnigMartin Spahn
    • H05G1/64
    • G06T5/50
    • In flat-panel X-ray detectors which have a multiplicity of detector elements which are in each case associated with one pixel of an X-ray image, the individual detectors generate offset signals. These offset signals are detected by recording offset images in which there is no X-ray irradiation (dark images). The offset images are recorded after the X-ray images to be corrected in time. If for each X-ray image record, an associated offset image record is generated by using a single offset image or of two, the offset images can be recorded closely in time. Ghosting effects are then not disturbing because the offset images are only used for correcting the X-ray images which cause the ghosting.
    • 在具有多个检测器元件的平板X射线检测器中,每个检测器元件在每种情况下与X射线图像的一个像素相关联,各个检测器产生偏移信号。 通过记录不存在X射线照射的偏移图像(暗图像)来检测这些偏移信号。 在X射线图像之后记录偏移图像以便及时校正。 如果对于每个X射线图像记录,通过使用单个偏移图像或两个偏移图像生成相关联的偏移图像记录,可以及时记录偏移图像。 然后,重影效果不会受到影响,因为偏移图像仅用于校正造成重影的X射线图像。
    • 7. 发明授权
    • Operating method and computer program for a medical installation
    • 医疗设备的操作方法和计算机程序
    • US07187754B2
    • 2007-03-06
    • US10903346
    • 2004-07-30
    • Gerhard HahmMartin Spahn
    • Gerhard HahmMartin Spahn
    • H05G1/64A61B5/058G01D18/00
    • A61B6/583A61B6/585
    • In an operating method for a medical installation, in particular an x-ray installation. In activation state of the medical installation, a control and evaluation device determines, upon input of a control command, a useful image of a subject. For this purpose, the control and evaluation device receives raw image of the subject acquired by a detector in a first detector mode, and determines the useful image therefrom on the basis of correction data. In a waiting state of the medical installation, the control and evaluation device updates the correction data for the first detector mode repeatedly after the expiration of a basic time interval since the last driving of the detector. For this purpose, the control and evaluation device receives raw data acquired by the detector and uses it to update the correction data. The control and evaluation device updates the correction data for the first detector mode even in the activation state if, since the last updating of the correction data for the first detector mode, at least an additional time interval has elapsed that is greater than the basic time interval.
    • 在医疗装置的操作方法中,特别是x射线装置。 在医疗装置的激活状态下,控制和评估装置在输入控制命令时确定被摄体的有用图像。 为此,控制和评估装置在第一检测器模式中接收由检测器获得的被摄体的原始图像,并且基于校正数据确定其有用图像。 在医疗装置的等待状态下,控制和评估装置在检测器的最后一次驱动之后的基本时间间隔期满后重新更新用于第一检测器模式的校正数据。 为此,控制和评估装置接收由检测器获取的原始数据,并使用它来更新校正数据。 控制和评估装置甚至在激活状态下更新用于第一检测器模式的校正数据,如果自上次更新第一检测器模式的校正数据以来,至少已经过了大于基本时间的附加时间间隔 间隔。
    • 9. 发明申请
    • METHOD FOR GENERATING AT LEAST ONE OFFSET-CORRECTED X-RAY IMAGE
    • 用于生成至少一个偏移校正的X射线图像的方法
    • US20070291900A1
    • 2007-12-20
    • US11742974
    • 2007-05-01
    • Gerhard HahmMathias HornigMartin Spahn
    • Gerhard HahmMathias HornigMartin Spahn
    • H05G1/64
    • G06T5/50
    • In flat-panel X-ray detectors which have a multiplicity of detector elements which are in each case associated with one pixel of an X-ray image, the individual detectors generate offset signals. These offset signals are detected by recording offset images in which there is no X-ray irradiation (dark images). The offset images are recorded after the X-ray images to be corrected in time. If for each X-ray image record, an associated offset image record is generated by using a single offset image or of two, the offset images can be recorded closely in time. Ghosting effects are then not disturbing because the offset images are only used for correcting the X-ray images which cause the ghosting.
    • 在具有多个检测器元件的平板X射线检测器中,每个检测器元件在每种情况下与X射线图像的一个像素相关联,各个检测器产生偏移信号。 通过记录不存在X射线照射的偏移图像(暗图像)来检测这些偏移信号。 在X射线图像之后记录偏移图像以便及时校正。 如果对于每个X射线图像记录,通过使用单个偏移图像或两个偏移图像生成相关联的偏移图像记录,可以及时记录偏移图像。 然后,重影效果不会受到影响,因为偏移图像仅用于校正造成重影的X射线图像。