Research on the identification method of micro assembly part

Jia-yi Zhang, S. Xu, Yang Liu, Yong-ping Hao
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引用次数: 1

Abstract

In view of the assembly process characteristic of non-silicon flat micro parts in MEMS devices, a micro assembly control system is developed based on an established experimental platform. According to the characteristics of the micro parts, micro parts recognition and positioning method is studied, and a new matching algorithm based on shape template is proposed, then an identification module has been developed. Firstly, by acquiring the image of template and target, edge information of the target parts can be acquired after image filtering, binarization, denoising and sub-pixel edge detection. Secondly, edge direction vector is calculated by Sobel filter. Finally, using image pyramid method, image matching speed has been accelerated. Experimental results of typical parts assembly show that the new method has high recognition rate and fast matching speed.
微装配件识别方法研究
针对MEMS器件中非硅扁平微部件的装配工艺特点,在已建立的实验平台上开发了微装配控制系统。针对微零件的特点,研究了微零件的识别与定位方法,提出了一种基于形状模板的匹配算法,开发了微零件识别模块。首先,通过获取模板和目标图像,经过图像滤波、二值化、去噪和亚像素边缘检测,获取目标部分的边缘信息。其次,利用索贝尔滤波计算边缘方向矢量;最后,采用图像金字塔法,加快了图像匹配速度。典型零件装配的实验结果表明,该方法具有较高的识别率和较快的匹配速度。
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