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    • 2. 发明申请
    • System for 3D Visualization of Radio-Opaque Embolic Materials Using X-ray Imaging
    • 使用X射线成像的无线电不透明栓塞材料的3D可视化系统
    • US20130190615A1
    • 2013-07-25
    • US13690247
    • 2012-11-30
    • Kevin RoyaltyFrederik BenderMaria Lydia Sarmiento
    • Kevin RoyaltyFrederik BenderMaria Lydia Sarmiento
    • A61B6/00A61B6/02
    • An image data processor automatically identifies individual picture elements representing embolic material in first and second 2D X-ray images in response to a luminance intensity value of the picture elements exceeding a threshold. The image data processor also automatically identifies individual volume elements in a 3D X-ray image dataset corresponding to the identified individual picture elements by, for an individual picture element, detecting intersection of a projected line with one or more volume elements in the 3D image dataset representing vessels. The projected line substantially passes from the individual picture element to an X-ray radiation source. The display processor initiates generation of data representing a display image showing the identified individual volume elements representing embolic material, with enhanced visualization.
    • 图像数据处理器响应于图像元素的亮度强度值超过阈值,自动识别表示第一和第二2D X射线图像中的栓塞材料的各个图像元素。 图像数据处理器还通过针对单个图像元素来检测与所识别的各个图像元素相对应的3D X射线图像数据集中的各个体积元素,以检测投影线与3D图像数据集中的一个或多个体积元素的相交 代表船只。 投射线基本上从各个像素传递到X射线辐射源。 显示处理器启动生成表示显示图像的数据的数据,该显示图像示出了具有增强的可视化的表示栓塞材料的所识别的各个体积元素。
    • 5. 发明授权
    • Method for providing a 3D image data record of a physiological object with a metal object therein
    • 用于在其中提供具有金属物体的生理对象的3D图像数据记录的方法
    • US08755587B2
    • 2014-06-17
    • US13407793
    • 2012-02-29
    • Frederik BenderKevin Royalty
    • Frederik BenderKevin Royalty
    • G06K9/00
    • A61B6/583A61B6/02A61B6/4014A61B10/0233A61B90/36A61B2090/367A61B2090/376
    • A method for providing a 3D image data record of a physiological object with a metal object therein is proposed. To enable an image of the metal object in the physiological object, for instance a biopsy needle in a human patient to be recorded as a 3D image in this patient, two 2D x-ray images of the patient are obtained with the needle with the aid of a biplane x-ray system, and back projection allows a 3D image data record to be generated, which is then subject to a filtering with a gray-scale value window. After filtering, information relating to the position and shape of the metal object in space is obtained. The thus obtained first 3D image data record can be combined with another 3D image data record, in particular with a 3D image data record of the patient without the metal object obtained with the same biplane x-ray system.
    • 提出了一种用于在其中提供具有金属物体的生理对象的3D图像数据记录的方法。 为了使生理对象中的金属物体的图像,例如人类患者中的活检针被记录为该患者中的3D图像,可以用针来帮助患者获得患者的两个2D X射线图像 的双平面x射线系统,并且背投影允许生成3D图像数据记录,然后进行灰阶值窗口的滤波。 过滤后,获得与空间中的金属物体的位置和形状有关的信息。 如此获得的第一3D图像数据记录可以与另一3D图像数据记录组合,特别是与没有使用相同的双平面x射线系统获得的金属物体的患者的3D图像数据记录组合。
    • 6. 发明申请
    • Method for providing a 3D image data record of a physiological object with a metal object therein
    • 用于在其中提供具有金属物体的生理对象的3D图像数据记录的方法
    • US20120224761A1
    • 2012-09-06
    • US13407793
    • 2012-02-29
    • Frederik BenderKevin Royalty
    • Frederik BenderKevin Royalty
    • G06K9/00
    • A61B6/583A61B6/02A61B6/4014A61B10/0233A61B90/36A61B2090/367A61B2090/376
    • A method for providing a 3D image data record of a physiological object with a metal object therein is proposed. To enable an image of the metal object in the physiological object, for instance a biopsy needle in a human patient to be recorded as a 3D image in this patient, two 2D x-ray images of the patient are obtained with the needle with the aid of a biplane x-ray system, and back projection allows a 3D image data record to be generated, which is then subject to a filtering with a gray-scale value window. After filtering, information relating to the position and shape of the metal object in space is obtained. The thus obtained first 3D image data record can be combined with another 3D image data record, in particular with a 3D image data record of the patient without the metal object obtained with the same biplane x-ray system.
    • 提出了一种用于在其中提供具有金属物体的生理对象的3D图像数据记录的方法。 为了使生理对象中的金属物体的图像,例如人类患者中的活检针被记录为该患者中的3D图像,可以用针来帮助患者获得患者的两个2D X射线图像 的双平面x射线系统,并且背投影允许生成3D图像数据记录,然后进行灰阶值窗口的滤波。 过滤后,获得与空间中的金属物体的位置和形状有关的信息。 如此获得的第一3D图像数据记录可以与另一3D图像数据记录组合,特别是与没有使用相同的双平面x射线系统获得的金属物体的患者的3D图像数据记录组合。