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    • 3. 发明授权
    • Method and apparatus to support evidence based medicine
    • 支持循证医学的方法和装置
    • US08862484B2
    • 2014-10-14
    • US12717310
    • 2010-03-04
    • Bernhard GeigerRainer KuthJames G. ReismanSeiichi Tadano
    • Bernhard GeigerRainer KuthJames G. ReismanSeiichi Tadano
    • G06Q10/00G06Q50/00A61B5/00H04L9/00A61B1/00
    • A61B1/00A61B5/00G06Q50/00H04L9/00
    • A method and apparatus for providing reports of medical procedures includes a biometric data recorder to record and transmit biometric data of a patient, the biometric data being transmitted with a medical report of the medical procedure. The medical report and biometric data are transmitted as an encrypted transmission to an information center for storage. The medical reports of steps in the medical procedure for a patient are linked using the biometric data even if performed by different medical service providers. Medical reports of plural patients undergoing the procedure are stored, linked according to patient using the patient biometric data. Reports generated from the linked data anonymously report a given patient's status following the procedure. Statistical reports are generated on plural patients undergoing the procedure, and competing procedures are compared using the statistical reports.
    • 一种用于提供医疗程序报告的方法和装置,包括用于记录和发送患者的生物特征数据的生物特征数据记录器,所述生物特征数据与医疗程序的医疗报告一起发送。 将医疗报告和生物特征数据作为加密传输发送到信息中心进行存储。 即使由不同的医疗服务提供商执行,使用生物特征数据也可以使用患者医疗程序中的步骤的医疗报告。 根据患者使用患者生物特征数据存储接受手术的复发患者的医疗报告。 从链接的数据生成的报告匿名地报告给定患者的状态。 统计报告是针对正在进行手术的复发患者生成的,并且使用统计报告来比较竞争程序。
    • 5. 发明申请
    • Multi-Light Source Imaging For Hand Held Devices
    • 手持设备的多光源成像
    • US20140043492A1
    • 2014-02-13
    • US13568489
    • 2012-08-07
    • Bernhard GeigerThomas O'Donnell
    • Bernhard GeigerThomas O'Donnell
    • H04N5/225
    • H04N5/2256H04N5/2354
    • Systems and methods are provided to record at least a first and a second image of a marking on a surface of an object with a mobile computing device including a processor, a display and a camera with a lens. The lens and the display are located at the same side of the body of the computing device. The first image is taken with a first part of the display illuminating the object and the second image is taken with a second part of the display illuminating the object illuminating the object from different directions. Different illumination directions provide different shadow effects related to ridges and grooves on the surface. Processing the images which are substantially registered allows extraction of markings created by ridges and or grooves on the surface of the object. Computer tablets and smart phones perform the steps of the present invention.
    • 系统和方法被提供用于使用包括处理器,显示器和具有透镜的相机的移动计算设备来记录物体表面上的标记的至少第一和第二图像。 透镜和显示器位于计算设备的主体的同一侧。 第一图像是用照明对象的显示器的第一部分拍摄的,并且第二图像被拍摄,第二部分的显示器照亮来自不同方向的对象照亮对象。 不同的照明方向提供与表面上的脊和凹槽相关的不同的阴影效果。 处理基本上记录的图像允许提取由物体表面上的脊和凹槽产生的标记。 计算机平板电脑和智能电话机执行本发明的步骤。
    • 7. 发明授权
    • Method for controlling the dose or the dose rate when recording x-ray images
    • 记录x射线图像时控制剂量或剂量率的方法
    • US07436930B2
    • 2008-10-14
    • US11402329
    • 2006-04-11
    • Philipp BernhardtStefan BöhmBernhard Geiger
    • Philipp BernhardtStefan BöhmBernhard Geiger
    • H05G1/38H05G1/46
    • G03B42/02A61B6/00A61B6/469H05G1/30
    • With a method for controlling the dose or dose rate when recording x-ray images by means of a detector comprising image elements which record a plurality of dose data values, an actual value is determined for the dose or dose rate from the totality of the data values recorded by the image elements of a predetermined image segment, said actual value being compared with a predetermined target value in order to control the dose or dose rate when recording a further x-ray image. In accordance with the invention, the actual value is determined such that on the basis of a frequency distribution of the dose data values of the image elements assigned to the dominant, a p-quantile is determined, and that the dose data value assigned to the p-quantile is used to determine the actual value.
    • 利用包括记录多个剂量数据值的图像元素的检测器记录X射线图像时的剂量或剂量率的控制方法,根据数据的全部来确定剂量或剂量率的实际值 由预定图像段的图像元素记录的值,将所述实际值与预定目标值进行比较,以便在记录另外的X射线图像时控制剂量或剂量率。 根据本发明,确定实际值,使得基于分配给主导的图像元素的剂量数据值的频率分布,确定p分位数,并且分配给 p分位数用于确定实际值。
    • 10. 发明授权
    • Apparatus and method for automatically positioning a biopsy needle
    • 用于自动定位活检针的装置和方法
    • US06249713B1
    • 2001-06-19
    • US08722707
    • 1996-09-30
    • Bernhard GeigerNassir Navab
    • Bernhard GeigerNassir Navab
    • G05B1918
    • A61B17/3403A61B90/39
    • A computer-controlled method for automatically positioning a guide for a biopsy needle for its proper insertion into the body of a patient from a selected point on a surface of the body, so as to enter in a straight line passing through a designated target region within the body, in conjunction with an imaging system utilizing radiation from first and second source positions for deriving first and second radiographic images. The method includes the steps of (a) selecting a first auxiliary plane at an angle &THgr;1; moving the guide within the first auxiliary plane to an angle &phgr;1 so as to cause the guide image on the first image plane to be aligned in a straight line through the target region; (b) storing values for the angles &THgr;1 and &phgr;1; selecting a second, different, auxiliary plane at an angle &THgr;2; (c) moving the guide to an angle &phgr;2 within the second auxiliary plane so as to cause the guide image on the second image plane to be aligned in a straight line through the target region; storing values for the angles &THgr;2 and &phgr;2; calculating, by utilizing values stored for the angles, rotations &agr; and &THgr; so as to derive a first viewing plane &pgr;; and (d) moving the guide within the first viewing plane &pgr; to an angle &phgr;3 so as to cause the guide image on the second image plane to be aligned in a straight line through the target region, whereby the guide is properly aligned.
    • 一种用于自动定位用于活检针的引导件的计算机控制方法,用于从身体表面上的选定点适当地插入患者体内,以便进入通过目标区域内的指定目标区域的直线 结合使用利用来自第一和第二源位置的辐射的成像系统来导出第一和第二放射照相图像。 该方法包括以下步骤:(a)以角度1选择第一辅助平面; 将所述引导件在所述第一辅助平面内移动到角度phi1,以使得所述第一图像平面上的引导图像在所述目标区域中以直线对齐; (b)存储角度&THgr; 1和phi1的值; 选择第二个不同的辅助平面,角度为& 2; (c)将所述引导件移动到所述第二辅助平面内的角度phi2,以使所述第二图像平面上的引导图像在所述目标区域中以直线对齐; 存储角度&THgr; 2和phi2的值; 通过利用为角度存储的值来计算旋转α和& THgr; 以便导出第一观察平面pi; 以及(d)将引导件在第一观察平面pi内移动到角度phi3,以使得第二图像平面上的引导图像在目标区域中以直线对准,由此引导件被适当对准。