首页> 外国专利> Medical ultrasound device that includes apparatus for performing the method for deriving three-dimensional with the adaptability of the proximal velocity shell of the proximal flow convergence region, the method and the device, the method a data storage medium having the computer program and computer program for carrying out

Medical ultrasound device that includes apparatus for performing the method for deriving three-dimensional with the adaptability of the proximal velocity shell of the proximal flow convergence region, the method and the device, the method a data storage medium having the computer program and computer program for carrying out

机译:医疗超声设备,其包括用于执行具有近端流收敛区域的近端速度壳的适应性的三维推导方法的设备,该方法和设备,该方法以及具有用于以下目的的计算机程序和计算机程序的数据存储介质:进行

摘要

The size of the flow velocity of the fluid at each point proximal velocity shell (PIS) is equal and identical to (v R) flow rate reference value, the present invention forms the viewing portion of the fluid to move to (B) The method and apparatus for three-dimensional derived adaptive proximal velocity shell proximal flow convergence region is the (PIS),: and locally in the peripheral part a) viewing portion of (B) A providing a flow velocity measurement result of the dispersion, measured indicates the direction component of the at least one flow rate localized fluid in the measuring direction of the respective flow entire process, b) the flow focussing region substantially at least In the method, such as to penetrate the (APIS k = o) approximate surface basis, as (PIS) preparing a (APIS k = o) approximate surface, c) approximate surface proximal portion constant velocity shell of initial (APIS a step of identifying a (v kJ) flow rate measurement of each approximation point a step of establishing approximate points of multiple (a kj) to k) above, d) for each (a kj), e) the approximate point ( as a function of the (n kJ) surface normal of each (v kJ), the measurement direction of the respective (m kJ), to calculate (vk kJ) Flow rate corrected flow velocity measurements in a kj), where it is indicated By comparing the flow rate reference value (v R) and (vk kJ) flow rates and process, it is f) correction, and a step of identifying a (K kJ) correction direction, by g) case, the correction in each direction (K In kj), a step of transferring to a new position (a kj) approximation points, to close at least to a new position h) the approximate point (a kj), to obtain the (APIS k + 1) new approximation surface and a step of variation of (APIS k + 1) until small enough new approximation surface of comparing the process, i) the old approximation and the surface (APIS k), the sequence repeats h) from step c), the apparatus and method about.
机译:在每个点近端速度壳(PIS)处流体的流速大小等于和等于(v R)流速参考值,本发明形成了流体的观察部分移至(B)三维派生的自适应近端速度壳体近端流收敛区域的方法和设备为(PIS),并且:在外围部分局部a)(B)A的观察部分提供流速测量结果测量的分散度表示在相应流整个过程的测量方向上至少一种流率局部化流体的方向分量,b)至少在该方法中至少要流过诸如(APIS < Sub> k = o)近似表面基础,因为(PIS)准备了(APIS k = o)近似表面,c)初始(APIS a确定(v kJ)流量测量值的步骤每个逼近点的计算步骤是建立上面多个(a kj) k)的近似点,d)为每个(a kj), e)近似点(作为每个(v kJ)的(n kJ)表面法线的函数,分别为( m kJ),来计算(vk kJ) kj)中进行流速校正的流速测量,通过比较流速参考值来表示(v R)(vk kJ)流量和过程,它是f)校正,以及识别(K kJ)校正方向,在g)情况下,在每个方向上的校正(K In kj),是将新位置(a kj)逼近点的步骤,以至少靠近新位置h)近似点(a kj),以获得(APIS k +1)新的近似曲面和( APIS k +1)直到sm比较过程的所有足够新的近似表面,i)旧的近似和表面(APIS k ,该序列重复步骤c)的h),有关的装置和方法。

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