药品化学结构引起之立体障碍会降低滞留时间。
Nevertheless, steric hindrance caused by chemical structure reduces the retention time.
为了提高室内机器人的动态障碍物识别能力，提出了一种基于立体视觉的实时障碍物识别方法。
In order to improve the capability of dynamic obstacle recognition for indoor mobile robot, a method uf dynamic obstacle recognition based on three-dimensional vision is presented.
双眼视功能受损中，双眼同时视障碍为2 .1% ，双眼融合视缺失为4.3% ，而双眼定性立体视丢失为16 .7%。
For binocular visual function, 2.1% had a disturbance in binocular simultaneous perception, 4.3% had defective binocular fusion, and 16.7% had a qualitative stereopsis loss.
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