火箭和航天设备难以到达节点的视觉和尺寸试验方法和手段

V. Batshev, A. Machikhin, A. Gorevoy, D. Khokhlov, A. Naumov, V. Kaloshin
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引用次数: 0

摘要

大多数面向机器视觉的行业是冶金,食品,家用化学品,汽车和机械工程,以及制药生产。这些领域对产品质量的要求越来越高。引入国家标签和产品跟踪系统也在增加对机器视觉技术的需求方面发挥了重要作用。然而,在航天工业中,与机器视觉相关的问题并没有完全通过无损检测方法得到解决。在俄罗斯,首次开发、制造和测试了测量立体视频内窥镜的原型。作者开发了一种软件,可以获得物体的纹理三维模型,测量其几何参数,估计测量误差,校准和配置系统。视频内窥镜的技术特点已经在世界领先制造商生产的类似物的水平上得到证实。提出了一种设计探针立体系统的方法,并在实际中得到了应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methods and means of visual and dimensional tests of hard-to-reach nodes of rocket and space equipment
The most machine vision-oriented industries are metallurgical, food, household chemicals, automotive and mechanical engineering, as well as pharmaceutical production. These are the areas in which there are increased requirements for the quality of products. An important role in increasing the demand for machine vision technologies was also played by the introduction of a national labeling and product tracking system. However, in the space industry, issues related to machine vision have not been fully resolved by non-destructive testing methods. For the first time in Russia, a prototype measuring stereoscopic video endoscope was developed, manufactured and tested. The authors have developed the software that allows obtaining textured three-dimensional models of objects, measure their geometric parameters, estimate the measurement error, calibrate and configure the system. The technical characteristics of the video endoscope have been confirmed at the level of analogues produced by the world's leading manufacturers. A method of designing probe stereoscopic systems has been developed and applied in practice.
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