ШТАЙНХАУЗЕР Хайдрун (NL),МЕРДОК Майкл Джон (NL),ПРИНСЕН Петер (NL)
申请号：
RU2014114941/14
公开号：
RU2014114941A
申请日:
2012.09.13
申请国别(地区):
RU
年份:
2015
代理人:
摘要：
1. System (1) for three-dimensional X-ray view in real time, comprising: a source (3) X-ray detector (4) X-ray unit (7) processing monitor (5) and means (17) for detecting the position of three-dimensional points for detecting the position of the observers eye, for determining the distance between the monitor (5) and the eyes of an observer, wherein the source (3) X-ray and the detector (4) X-ray are located on the C-arc (2), the source (3) x-rays comprises two focal spots (8), wherein the spacing (A) IU dy two focal spots (8) can be adjusted, wherein the unit (7) processing is configured to calculate the interval (A) between the two focal spots (8) based on the distance (B) between the object of interest (20) and the focal spot (8) the distance (D) between the monitor (5) and the eyes of the observer and the distance (C) between the eyes of an observer, and wherein the unit (7) processing is configured to provide instructions for adjusting the interval (a) between the two focal spots (8) corresponding to the calculated intervalu.2. System (1) according to Claim. 1 further comprising a three-dimensional points (9) .3. System (1) according to Claim. 1 further comprising means (18) is input, adapted to regulate the height of the image on the monitor (5) relative to the height glaz.4. System (1) according to Claim. 1, wherein the means (17) for detecting the position of three-dimensional points is further configured to automatically determine the position and orientation of the eye, wherein the unit (7) being further configured to control C-arm movement (2) in such a that the orientation of the source (3) and X-ray dete1. Система (1) для трехмерного рентгеновского просмотра в режиме реального времени, содержащая:источник (3) рентгеновских лучей,детектор (4) рентгеновских лучей,блок (7) обработки,монитор (5) исредство (17) для обнаружения положения трехмерных очков для обнаружения положения глаз наблюдателя, для определения расстояния между монитором (5) и глазами наблю
