元件对中检测是贴片机视觉系统的关键。
SMD location and inspection arithmetic are key issues in vision inspection system.
与香烟中的尼古丁结合，从尼古丁贴片吸收额外少量的尼古丁可能会导致系统超负荷并引发疾病。
Combined with nicotine from cigarettes, the extra jolt absorbed from the patch can overload the system and cause illness.
贴片机自适应光源系统主要负责对被检测物体提供合适的光照环境以形成高质量的图像。
SMT adaptive lighting system provides a suitable environment for the detected objects to create high-quality images.
因此，开展研究贴片机对中系统有着重要的意义。
Therefore, deeply research on mounting machine vision processing system has large importance.
在贴片机控制系统中，对拾取的芯片进行视觉检测是其中的重要一环。
In the placement machine control system, pick up the chips on the visual inspection is an important part of them.
基于单摄像机的视觉对中系统消除了多摄像机视觉对中系统中的摄像机标定误差，在提高贴片机精度上有较大的优势。
Vision processing system based on single-camera can avoid the error that comes from calibration error brought in multi-camera system. So it has more advantage for precision promotion.
机器视觉系统是多功能贴片机不可缺少的核心部分。
Machine vision system is one of key parts in the multi-function surface mount equipmens.
针对检测表面贴片产品缺陷的光学检测系统，提出一种三阶段的快速路径规划算法。
A fast three-step path planning algorithm was proposed for automatic optic system to inspect electronic product defects by using surface mount technology.
课题以贴片机自适应光源为研究背景，选择基于数字信号处理器的图像处理系统为研究对象，具体较强的实际意义。
This subject is to study the SMT adaptive light background, selecting an image based on digital signal processor processing system as the research object, and having strong practical significance.
并根据所设计的视觉对中系统设计了一套完整的贴片机对中系统的机械结构和控制系统。
According to the vision processing system above, a set of mounting machine processing system and its controlling system is designed.
对所设计的贴片机视觉对中系统进行了摄像机标定。
Methods of correcting and compensating initial error have been designed.
主要研究内容如下：1.贴片机视觉系统方案。
The main issues are as follows: 1. Mounter vision system scheme.
本课题设计研究了视觉系统在贴片机中的两个应用：1）贴片头定位；
The specific work of this paper focused on: 1) designing the position system of mount head;
本课题设计研究了视觉系统在贴片机中的两个应用：1）贴片头定位；
The specific work of this paper focused on: 1) designing the position system of mount head;
应用推荐