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    • 1. 发明申请
    • Tomography Equipment Comprising a Variable Reproduction Geometry
    • 包含可变繁殖几何的断层扫描设备
    • US20080310584A1
    • 2008-12-18
    • US11883418
    • 2006-01-31
    • Joachim HeyDirk FreyerManfred BreuerGerhard ZundorfMarc Lievin
    • Joachim HeyDirk FreyerManfred BreuerGerhard ZundorfMarc Lievin
    • A61B6/00
    • A61B6/032A61B6/14A61B6/4441A61B6/5258A61B6/587A61B6/589
    • The invention relates to a method for generating 3D tomographic images of an object (4), according to which a radiation source (1), in particular an X-ray source is displaced in relation to the object (4). The radiation source (1) emits a conical beam of radiation (2) that strikes the object (4), the radiation that has passed through the object (1) and has been weakened in intensity is captured by a detector (5); which is located in, he conical beam (2) behind the object (4) in relation to the radiation source (1). The radiation source (1) and the detector (5) are combined in a source-detector assembly (7), which is rotated about a rotational axis (6) during the generation of images in the reference system that is defined by the object (4). Said rotational axis (6) is modified during the generation of the images and/or the source (1) and/or the detector (5) in the reference system that is defined by the source-detector assembly (7) is/are displaced during the generation of the images.
    • 本发明涉及一种用于生成物体(4)的3D断层图像的方法,根据该方法,辐射源(1),特别是X射线源相对于物体(4)移位。 辐射源(1)发射撞击物体(4)的锥形辐射束(2),已经通过物体(1)并已被强度减弱的辐射由检测器(5)捕获; 其位于物体(4)的相对于辐射源(1)之后的锥形梁(2)中。 辐射源(1)和检测器(5)组合在源检测器组件(7)中,源组件(7)在由对象定义的参考系中产生图像期间围绕旋转轴线(6)旋转 4)。 在由源 - 检测器组件(7)限定的参考系统中的图像生成和/或源(1)和/或检测器(5)被移位时,所述旋转轴线(6)被修改 在图像的生成期间。
    • 5. 发明申请
    • Surgical Instrument Having Integrated Navigation Control
    • 具有综合导航控制的手术器械
    • US20140030669A1
    • 2014-01-30
    • US14001233
    • 2011-12-28
    • Joachim HeyManfred BreuerNils Hanssen
    • Joachim HeyManfred BreuerNils Hanssen
    • A61C1/08A61B1/00A61B1/04A61C19/04A61B1/24
    • A61C1/082A61B1/00045A61B1/00165A61B1/00188A61B1/00193A61B1/04A61B1/24A61B34/20A61B90/361A61B2034/107A61B2034/2065A61B2090/306A61B2090/371A61C19/04
    • The invention relates to a system for carrying out a treatment of a human or animal body by a surgeon, comprising a hand-held instrument (2) having an instrument head (3) that acts on an operating field of the body and supports a treatment tool (12). The system also comprises a computer (4) on which a navigation program is provided to assist the guidance of the instrument head (3), wherein body data representing the part of the body containing the operating field, planning data representing the planned treatment, and instrument data representing the position and orientation of the instrument head (3) are available to the navigation program. A positioning means for recording the instrument data is present, wherein the navigation program compares the instrument data as actual data with the planning data as desired data, and a signalling means (10) is provided, which indicates to the surgeon a deviation of the actual data from the desired data. The positioning means comprises an image-recording means that is located at the instrument head (3) and that records, during the handling of the instrument head and in particular in rapid sequence, single images of a body part that is represented in the body data and is in a defined relationship with the treatment site, wherein the orientation of the image-recording means is in a defined relationship with the instrument head, and the navigation program generates the instrument data by matching the single images with the body data.
    • 本发明涉及一种用于由外科医生进行人体或动物体的治疗的系统,该系统包括手持式仪器(2),该手持式仪器具有作用在身体操作区域并支持治疗的器械头部(3) 工具(12)。 该系统还包括一个计算机(4),在该计算机(4)上提供导航程序以辅助仪器头部(3)的引导,其中表示包含操作区域的身体部分的身体数据,代表计划治疗的计划数据,以及 表示仪表头(3)的位置和方向的仪器数据可用于导航程序。 存在用于记录仪器数据的定位装置,其中导航程序将作为实际数据的仪器数据与作为期望数据的规划数据进行比较,并且提供信令装置(10),其向外科医生指示实际的 来自所需数据的数据。 所述定位装置包括位于所述仪器头部(3)处的图像记录装置,并且在所述仪器头部的处理期间特别是快速顺序地记录在身体数据中表示的身体部位的单个图像 并且与治疗部位具有确定的关系,其中图像记录装置的取向与仪器头具有确定的关系,并且导航程序通过使单个图像与身体数据匹配来生成仪器数据。
    • 6. 发明申请
    • Preparation and Presentation of Patient-Individual Panoramic Visualizations
    • 患者个人全景可视化的准备和呈现
    • US20110109630A1
    • 2011-05-12
    • US12990525
    • 2009-03-05
    • Manfred BreuerNils HanssenJoachim Hey
    • Manfred BreuerNils HanssenJoachim Hey
    • G06T17/00
    • A61B6/14A61B6/032A61B6/5223
    • The invention relates to a method for generating and presenting a panorama image of a jaw region, wherein first a set of volume data representing the jaw region of a patient is generated by means of a tomographic method, wherein the volume data is composed of a plurality of individual volume elements (“voxels”), wherein multiple horizontal section planes intersecting the jaw are determined, wherein a contour surface (1) of the jaw delimited by an inner (2) and an outer contour line (3) is defined inside each of the section planes, wherein focus curves (4, 8) are defined inside the contour surfaces (1), wherein a common involute (9) is determined from the focus curves (4, 8) of superposed section planes, wherein the involute (9) defines an area that is positioned particularly in a vertical manner, wherein projection beams (10, 12) are defined starting from said area in each section plane, said beams being positioned perpendicular on said area and intersecting the respective contour lines (2, 3), wherein integration intervals (11) are defined on the projection beams (10, 12), said intervals being used to integrate information of the volume elements, and wherein an integration forms an image element of the panorama image.
    • 本发明涉及一种用于生成和呈现颌区域的全景图像的方法,其中首先通过断层摄影方法产生表示患者的颌区域的一组体积数据,其中体积数据由多个 确定单个体积元素(“体素”),其中确定与颌相交的多个水平截面,其中限定由内部(2)和外部轮廓线(3)限定的颌骨的轮廓表面(1) 其中聚焦曲线(4,8)被限定在所述轮廓表面(1)内,其中,从所述叠加部分平面的焦点曲线(4,8)确定公共渐开线(9),其中所述渐开线 9)限定特别以垂直方式定位的区域,其中从每个截面中的所述区域开始限定投影光束(10,12),所述光束垂直于所述区域定位并与相应轮廓相交 行(2,3),其中在投影光束(10,12)上定义积分间隔(11),所述间隔用于整合体积元素的信息,并且其中积分形成全景图像的图像元素。
    • 9. 发明申请
    • METHOD AND DEVICE FOR PRODUCING TOOTH PROSTHESIS PARTS
    • 用于生产牙齿假体的方法和装置
    • US20090325127A1
    • 2009-12-31
    • US12282834
    • 2007-03-22
    • Jochen KuschJoachim HeyLutz Ritter
    • Jochen KuschJoachim HeyLutz Ritter
    • A61C13/08G06F17/50
    • A61C13/0004A61C1/084A61C8/0048A61C9/0053
    • The invention relates to a method for producing tooth prosthesis parts comprising an implant for inserting into the jaw and a prosthesis for securing to an implant by means of a connecting surface (52). A first measuring data set of a 3D X-ray image is prepared in the region of the prosthesis which is to be inserted and is reproduced on a display unit (1) as a 3D X-ray model (20). A second measuring data set of a three-dimensional optical measurement of the visible surface of the jaw and of parts of the adjacent tooth (11, 12) is prepared in the region of the prosthesis which is to be inserted. The measuring data set of the 3D X-ray image is correlated with the measuring data set of the three-dimensional optical measurement in relation to the geometries. A data set of the prosthesis is prepared as a 3D prosthesis model (40). The 3D prosthesis model (40) is displayed to-scale in the correlated 3D X-ray model (20) on the display unit (1). A data set of the implant in the correlated 3D X-ray model (20) is displayed on the display unit as a 3D implant model (50) and can be positioned by input means (4, 5) in the correlated 3D X-ray model (20), taking into account the 3D prosthesis model (40) and the 3D X-ray model (20).
    • 本发明涉及一种用于生产牙齿假体部件的方法,该方法包括用于插入颌骨的植入物和用于通过连接表面(52)固定到植入物的假体。 在作为3D X射线模型(20)的显示单元(1)上将要插入和再现的假体的区域中准备3D X射线图像的第一测量数据集。 在要插入的假体的区域中准备颌的可见表面和相邻牙齿(11,12)的部分的三维光学测量的第二测量数据集。 3D X射线图像的测量数据集与三维光学测量的测量数据集相关联。 准备假体的数据集作为3D假体模型(40)。 3D假体模型(40)在显示单元(1)上的相关3D X射线模型(20)中按比例显示。 在相关的3D X射线模型(20)中的植入物的数据集作为3D植入物模型(50)显示在显示单元上,并且可以通过输入装置(4,5)定位在相关的3D X射线 模型(20),考虑到3D假体模型(40)和3D X射线模型(20)。