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    • 1. 发明授权
    • Ultrasonic imaging apparatus with adaptable spatial image combination
    • 具有适应性空间图像组合的超声成像设备
    • US08355547B2
    • 2013-01-15
    • US10525132
    • 2003-08-05
    • Jean-Michel LagrangeClaude Cohen-BacrieClaire LevrierNicolas VillainRobert R. Entrekin
    • Jean-Michel LagrangeClaude Cohen-BacrieClaire LevrierNicolas VillainRobert R. Entrekin
    • G06K9/00
    • G01S15/8995G01S7/52077
    • An ultrasonic imaging apparatus using a method for combining CMB images of the same object including a step of seeking representative contours CNT of an interface on the images to be combined IM,[I], IM[J] is disclosed. The step is intended to define interest areas IA[I], IA[J] in the vicinity of the representative contours. The method also includes analyzing the interest areas IA[I], IA[J] being intended to allocate weights W[I], W[J] to the points on the interest areas IA[I], IA[J] and to the points corresponding to the interest areas IA[I], IA[J] on the various images. The method also includes constructing a combination image IMC, a point on the combination image IMC corresponding to a point on at least one interest area IA being obtained from a weighting of the corresponding points on the images to be combined IM[I], IM[J] according to the weights W[I], W[J] allocated in the analysis step ANA.
    • 公开了一种使用组合相同对象的CMB图像的方法的超声波成像装置,包括在待组合的图像IM,[I],IM [J]上的接口的代表性轮廓CNT的步骤。 该步骤旨在定义在代表性轮廓附近的兴趣区域IA [I],IA [J]。 该方法还包括分析兴趣区域IA [I],IA [J]旨在将权重W [I],W [J]分配给兴趣区域IA [I],IA [J]上的点,以及 对应于各个图像上的兴趣区域IA [I],IA [J]的点。 该方法还包括构成组合图像IMC,对应于要组合的图像上的对应点的加权获得的至少一个感兴趣区域IA上的点上的组合图像IMC上的点,IM [I],IM [ J]根据在分析步骤ANA中分配的权重W [I],W [J]。
    • 2. 发明授权
    • Ultrasound imaging system with a high lateral resolution
    • 具有高横向分辨率的超声成像系统
    • US07361144B2
    • 2008-04-22
    • US10512492
    • 2003-04-22
    • Claire LevrierClaude Cohen-BacrieNicholas VillainJean-Michel LagrangeRobert R. Entrekin
    • Claire LevrierClaude Cohen-BacrieNicholas VillainJean-Michel LagrangeRobert R. Entrekin
    • A61B8/00
    • G01S7/52049G01S15/8977G01S15/8995
    • The invention relates to an ultrasound imaging system for forming an echographic image of a medium, which system includes a set [REC] of transducer elements [EL] which are operative in a transmission mode and in a reception mode for ultrasound waves, construction means [REB] for constructing echographic signals on the basis of signals [S[1] . . . S[N]] received on the transducer elements [EL], display means [DIS] which are coupled to the construction means [REB] in order to display an image of the medium formed by means of the echographic signals. The construction means [REB] are such that in so-called exclusion zones, in which a coherent reflector is detected and which are determined by determination means [DET], the reception delays [D] are estimated in a manner [INT] other than that [CORR] used for the other zones. The calculation [CAL] of echographic signals is then carried out on the basis of the estimated delays [D[Z],Di[Z}}. The invention enables a correction of phase aberrations and nevertheless offers an excellent lateral resolution, notably in the case of point coherent reflectors.
    • 本发明涉及一种用于形成介质的回波图像的超声波成像系统,该系统包括以传输模式和超声波接收模式操作的换能器元件[EL]的组[REC],构造装置[ REB],用于根据信号[S [1]构建回波信号。 。 。 S [N]]接收到传感器元件[EL]上,显示装置[DIS],它们耦合到构造装置[REB],以便显示通过回波信号形成的介质的图像。 构造装置[REB]使得在所谓的排除区域中,其中检测到相干反射器并且由确定装置[DET]确定,所述接收延迟[D]以除[ [CORR]用于其他区域。 然后基于估计的延迟[D [Z],Di [Z}}进行回波信号的计算[CAL]。 本发明能够校正相位差,并且提供优异的横向分辨率,特别是在点相干反射器的情况下。
    • 8. 发明授权
    • Compression plate for diagnostic breast imaging
    • 压缩板用于诊断乳腺成像
    • US06682484B1
    • 2004-01-27
    • US10194766
    • 2002-07-12
    • Robert R. EntrekinNicholas D. Change, III
    • Robert R. EntrekinNicholas D. Change, III
    • A61B800
    • A61B8/0825
    • A breast imaging system is described which includes compression plates for retaining a breast during an examination. One of compression plates is formed by a polymeric membrane stretched under tension to provide a rigid but compliant retention surface which is substantially acoustically transparent for the conduct of a sonographic examination. The polymeric membrane may also be substantially radiographically transparent for the conduct of a mammographic examination. The thickness of the membrane is chosen to be a function of one-half of the wavelength of the ultrasonic frequency used for the sonographic examination so as to be substantially transparent to ultrasonic energy at that frequency.
    • 描述了一种乳房成像系统,其包括用于在检查期间保持乳房的压缩板。 压缩板中的一个由在张力下拉伸的聚合物膜形成,以提供刚性但顺从的保持表面,该保持表面对于进行超声波检查而言基本上是声学透明的。 对于进行乳房X线照相检查,聚合物膜也可以基本上是放射学透明的。 膜的厚度选择为用于超声波检查的超声频率的波长的一半的函数,以便在该频率下对超声能量基本上是透明的。