汽车发动机差差检测的创新应用——一种新颖的尝试

M. H. Priya, S. K. Vasudevan
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引用次数: 1

摘要

汽车工业对汽车发动机的发展起着主导作用。汽车发动机由电气和机械部件组成,结构非常复杂。汽车发动机的故障可能导致整个系统失灵。装配式汽车发动机中损坏部件的视差检测是汽车研究领域的一个重要课题和发展方向。在汽车装配过程中,有许多技术用于故障检测和部件丢失。本文介绍了装配式汽车发动机视差自动检测系统。采用特征匹配技术实现的自动检测系统,对已装配的汽车进行检测,发现缺失/损坏的部件。它被认为是非常快速和准确的。提出的系统检测任何缺失的组件,并用标签详细说明它们。利用Matlab和图像处理技术开发了完整的系统[4]。随着更多增强现实概念的引入,这项研究可以进一步提升。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An innovative application for car engine disparity check — A novel attempt
Automotive industries play a dominant role in the development of car engine. Car engine consists of electrical and mechanical components that are highly complex in structure. Faults in the car engine may cause the entire system to fail. Disparity check for damaged component in the assembled car engine is very important and a developing area in automotive research sector. There are many techniques used in fault detection and for missing components in the assembled cars. In this paper, we present the automated disparity check system for assembled car's engine. Automated inspection system implemented using feature matching technique to inspect the assembled car and to find the missing/damaged components. It is observed to be very fast and accurate. The proposed system detects any missing components and detail them with a label. Complete system has been developed with Matlab and image processing techniques [4]. The research can be further elevated with more Augmented Reality concepts being brought in.
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