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首页> 外文会议>International Conference on Digital Printing Technologies; 20041031-1105; Salt Lake City,UT(US) >A Consideration about Oscillation Mechanism of a Cleaning Blade
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A Consideration about Oscillation Mechanism of a Cleaning Blade

机译：关于清洁刮板振动机理的思考

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摘要

A mechanism of a cleaning blade squeaking due to the friction between the photoreceptor drum and the blade in a copy machine is presented in this paper. Although this problem has been known for many years, the details of oscillation mechanism are not clarified, so we have not found out the fundamental solution yet. Here, in order to clarify this oscillation mechanism, we took notice of the feature of the oscillation that the frequency changed discretely with a normal force of the blade. In other words, we found out that the oscillation is caused by couple of immanent modes in the cleaning blade, and it was dependent on the friction force which mode became unstable coupling. As a result, we confirmed that the discrete change of oscillation frequency was explained by the unstable coupled modes of the cleaning blade.
机译：本文提出了一种由于复印机中感光鼓和刮板之间的摩擦而导致刮板刮擦的机制。尽管这个问题已经知道很多年了，但是振荡机理的细节还不清楚，因此我们还没有找到根本的解决方案。在这里，为了阐明这种振动机理，我们注意到了振动的特征，即频率随叶片的法向力而离散地变化。换句话说，我们发现振荡是由清洁刮板中的固有模式耦合引起的，并且取决于摩擦力，该模式变为不稳定耦合。结果，我们确认了振荡频率的离散变化是由清洁刮板的不稳定耦合模式引起的。

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