相较于可挠电子产品,硬式电子产品已不能满足人们的舒适与方便的生活型态。可挠显示器是具有轻、薄、可挠与耐冲击的显示器,它在未来将成为一种热门的电子产品。例如,可挠显示器是具有和纸张一样的互动能力之潜力。挠曲可挠显示器可以当作是一个有效率的输入技术,就如同在硬式显示器之按钮控制来执行导航、内容选择、听接电话、听音乐和阅读书籍等功能。因此,可挠显示器的挠曲特性测试将会扮演相当重要的角色,尤其在目前的研究和生产阶段。本研究的目的是提出一个新的可挠特性检测系统(FCIS),来为可挠显示器在不同弯曲的条件下,测量其弯曲下之特性。为了量化弯曲条件,利 Compared with flexible electronic products, hard electronic products can no longer meet the people’s comfortable and convenient lifestyle. Flexible display is a light, thin, flexible and impact-resistant display, it will become a popular electronic products in the future. For example, flexible displays have the potential to interact with paper as much. Flexible display can be regarded as an efficient input technology, just as the buttons on the hard display control to perform navigation, content selection, listening to the phone, listening to music and reading books and other functions. Therefore, the flexible display flexural properties test will play a very important role, especially in the current research and production stage. The purpose of this study was to propose a new flexible property detection system (FCIS) to measure the behavior of flexible displays under different bending conditions. In order to quantify the bending conditions, Lee