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The Influence of Feeding Accuracy of Gear Train on Printing Quality for Printers

机译:齿轮传动机构的进纸精度对打印机打印质量的影响

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摘要

The influence of feeding accuracy of gear train on printing quality, in particular the banding problem, for the ink-jet printer was explored in the paper. One method of band spectrum, as to mathematical method, was first presented to study the banding problem of print that was often encountered due to bad feeding accuracy of gear train of printers. Following the method, one physical model was then built up to solve a specific band problem, which was totally comprising of seven gears in the delivery train. Thus, some experiments for the feeding accuracy of the gear train were done for numerical analysis. At the mean time, there were two specified test patterns to be printed such that two individual groups of experiments were used to capture the cause of problem. As a result, it's found that one special gear, named cam gear, caused the problem mostly. The most of banding problem caused by the accuracy of gear train can disappear much after the cam gear was taken away in the train. This method could be expectedly a helpful tool to analyze the influence of feeding accuracy of gear train in many types of printers in the future.
机译:本文探讨了齿轮传动机构进纸精度对喷墨打印机的打印质量,特别是条带问题的影响。首先提出了一种带谱方法,关于数学方法,以研究由于打印机齿轮传动机构的进纸精度差而经常遇到的打印带问题。按照该方法,然后建立一个物理模型来解决特定的频段问题,该问题在交付链中完全由七个齿轮组成。因此,进行了齿轮系进给精度的一些实验,以进行数值分析。同时,要打印两个指定的测试图案,以便使用两组单独的实验来找出问题的原因。结果,发现一种称为凸轮齿轮的特殊齿轮是造成此问题的主要原因。凸轮传动装置中的凸轮齿轮被带走后,由齿轮传动系的精度引起的大部分捆扎问题会消失很多。该方法有望成为将来分析齿轮打印机进纸精度对许多类型打印机的影响的有用工具。

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