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Design of a vision sensor for monitoring micro-plasma arc welding of metal bellows

机译:用于监视金属波纹管的微等离子弧焊接的视觉传感器的设计

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摘要

Metal bellows is one of important components for mechanical sealing. Because the seam is very thin, and its spatial position is strictly limited, it is very difficult to observe the welding seam in order to control the variables of welding in real-time, the welding quality can not usually be guaranteed under the traditional technology. A novel approach is proposed, which is able to provide an amplificatory and clear image of the micro-plasma welding seam observed from better perspective, then output the image to computer and process it so that the variables of welding can be controlled in real-time. A special optical sensor has been designed and realized according to the approach. The principle and main technologies of the sensor is described in detail. The results of applying the system in practice approved the approach is successful. The welding quality of the inner circle of metal bellows, as well as the working condition of welder has been improved after the system is applied.
机译:金属波纹管是机械密封的重要组件之一。由于焊缝非常薄,并且其空间位置受到严格限制,因此很难实时观察焊缝以控制焊接变量,传统技术通常无法保证焊接质量。提出了一种新颖的方法,该方法能够提供从更好的角度观察到的微等离子焊缝的放大清晰图像,然后将图像输出到计算机并进行处理,以便可以实时控制焊接变量。根据该方法设计并实现了一种特殊的光学传感器。详细介绍了传感器的原理和主要技术。在实践中应用该系统的结果证明该方法是成功的。应用该系统后,金属波纹管内圈的焊接质量以及焊工的工作条件得到了改善。

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