发明名称 PROCESS FOR OPTICAL COHERENCE TOMOGRAPHY AND APPARATUS FOR OPTICAL COHERENCE TOMOGRAPHY
摘要 In a process for optical coherence tomography a plurality of first OCT slice images, in each first slice image representing a different slice of an object, are recorded. Subsequently a reference figure that is representative of the three-dimensional contour of at least one structural feature of the object in a given three-dimensional coordinate system is ascertained by feature recognition of the at least one structural feature in the first slice images. Then a plurality of second OCT slice images, each second slice image representing a different slice of the object, are recorded. At least a fraction of the second slice images are displaced in the coordinate system until each second slice image is in feature overlap with the reference figure. Lastly, a set of three-dimensional OCT image data is generated at least from the feature-overlapped second slice images.
申请公布号 US2015042949(A1) 申请公布日期 2015.02.12
申请号 US201114368765 申请日期 2011.12.28
申请人 Jeglorz Tobias;Massow Ole;Wisweh Henning 发明人 Jeglorz Tobias;Massow Ole;Wisweh Henning
分类号 G01B9/02;G01B11/02;A61B3/10 主分类号 G01B9/02
代理机构 代理人
主权项 1. Process for optical coherence tomography, comprising: recording a plurality of first OCT slice images, each first slice image representing a different slice of an object, ascertaining a reference figure that is representative of the three-dimensional contour of at least one structural feature of the object in a given three-dimensional coordinate system by feature recognition of the at least one structural feature in the first slice images, recording a plurality of second OCT slice images, each second slice image representing a different slice of the object, displacing at least a fraction of the second slice images in the coordinate system until each second slice image is in feature overlap with the reference figure, and generating a set of three-dimensional OCT image data at least from the feature-overlapped second slice images.
地址 Nuernberg DE