基于塑料光纤和图像处理的高分辨率红外触摸屏的设计

L. Zhang, Jigao Fu, Zhubing Wang, Chen Ma, Bo Chen, Pingfan He
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引用次数: 1

摘要

红外触摸屏的主要缺陷是分辨率低,传感器容易损坏,无法实现精确定位。为了克服红外屏原理固有的缺陷,我们利用创新原理提出了一种新的解决方案,用激光管代替红外发射管,用塑料光纤代替红外接收器,用CMOS传感器代替复杂的电路,从而设计出了基于塑料光纤和图像处理的高分辨率红外触摸屏。目前,它确实有效地解决了红外触摸屏转数低、稳定性差、维护复杂的问题,使其具有很大的商业前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The design of touch-screen with high resolution infrared based on plastic optical fiber and image processing
Main defects of infrared touch screen are low resolution and sensors to be easily damage, which makes it can't realize the accurate positioning. To overcome infrared screen principle inherent defects, we propose a new solution by the principle of innovation, with a laser tube instead of the infrared emission tube, plastic optical fiber instead of the infrared receiver, CMOS sensor instead of complex circuits, which resulting a design of touch-screen with high resolution infrared based on plastic optical fiber and image processing. Currently, it does effectively handle the problem of the low revolution, poor stability and the complex maintenance of infrared touch screen, to make it a great business prospects.
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