通过螺旋采集数据获取足够的信息，运用特殊算法，重建管的三维图形，显示在模拟监视器上。
Through the spiral gathering data gain enough information, the utilization special algorithm, reconstructs the tube the three dimensional graph, demonstrated in simulates on the monitoring device.
实现三维空间数据的动态、快速、准确和批量的获取，一个重要的问题在于动态测量过程中传感器工作平台的姿态纠正。
In order to acquire a batch production of 3d spatial data dynamically, quickly, accurately, an important problem is attitude rectify of the sensors working platform during dynamic surveying.
利用实时三维容积探头获取容积数据，观察胎儿的心脏、颜面部、头颅、胸腹部等解剖结构。
The volume data of the heart, face, head, thorax-abdomen were captured by the volume transducer.
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