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Method of precise location and approximate quantification in medical or industrial radiology, and means for implementing the method

机译:医学或工业放射学中精确定位和近似量化的方法,以及实现该方法的手段

摘要

The location and quantification method consists, in the first place, in positioning a checking frame 10, placed or fixed on the part 20 to be examined, between the source 0 and the receiver 30. This checking frame 10 includes conspicuous points arranged three dimensionally, which are printed on the film positioned in the receiver 30. From two separate observations or exposures, a note is made on the negative of coordinates of the conspicuous points on the checking frame 10, and, by calculation, the site of the emission source 0, then the coordinates of a possible single point observed on the object 20, are determined, which coordinates correspond to the smallest distance separating the pseudo-rays brought from the emission source 0 to the said single point. The location process is associated with a set of means comprising a microcomputer, coupled to a coordinate and/or density plotting table, calculating programmes and simulation programmes, for assistance in advance with plotting the three-dimensional reproduction (location and/or quantification) and printing the results with a graphics plot. The invention finds its application in the industrial and medical field. IMAGE
机译:定位和量化方法首先包括在源0和接收器30之间放置一个检查框10,该检查框10放置或固定在要检查的零件20上。该检查框10包括明显排列的三维点,它们被印刷在位于接收器30中的胶片上。从两次单独的观察或曝光中,在检查框10上的显着点的坐标的负数上进行注释,并通过计算,确定发射源的位置0然后,确定在物体20上观察到的可能的单点的坐标,该坐标对应于将从发射源0带来的伪射线分离到所述单点的最小距离。定位过程与一组装置相关联,该装置包括与坐标和/或密度绘图表耦合的微型计算机,计算程序和模拟程序,用于预先协助绘制三维再现(定位和/或量化)和用图形打印结果。本发明发现其在工业和医学领域中的应用。 <图像>

著录项

  • 公开/公告号FR2648589A1

    专利类型

  • 公开/公告日1990-12-21

    原文格式PDF

  • 申请/专利权人 OMNES YVES;

    申请/专利号FR19890008003

  • 发明设计人

    申请日1989-06-16

  • 分类号G06T7/00;

  • 国家 FR

  • 入库时间 2022-08-22 05:48:28

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