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This paper talks about Corning's approach and recommendations regarding the mechanical reliability of glass for curved displays. [ABSTRACT FROM AUTHOR]

The Edge Strength Measurement System (ESMS) is proposed as method for measuring the edge strength of free‐form displays. Its feasibility on free‐form monolithic glass samples with varying radius of curvatures is demonstrated. Finite element modeling and digital image correlation are performed to determine the load‐to‐stress correlation and understand the measurement sensitivity. ESMS can provide full edge testing which can help detect weak flaws and improve product reliability of free‐form displays. [ABSTRACT FROM AUTHOR]

The feasibility of using Corning's edge strength measurement system (ESMS) for ultra‐thin LCD panels has been demonstrated. Panels were used to validate the load‐to‐stress correlation: digital image correlation, finite element analysis and mirror radius measurement all showed good agreement, supporting the robustness of the strength measurement. The edge strength of panels was measured by both static and dynamic ESMS. Test results revealed that dynamic ESMS is advantaged over static in better capturing the relevant flaw population owing to its larger test area. Accurate edge strength measurement via ESMS coupled with selective fracture analysis on the weakest flaws will assist in improving the edge strength of ultra‐thin LCD panels [ABSTRACT FROM AUTHOR]

This paper presents a 500-dpi transparent on-glass capacitive fingerprint sensor. On-glass sensor of 200x200 diamond pattern ITO electrodes are fabricated. High resolution readout ICs which are fabricated on 0.18μm CMOS process achieves 23.5dB SNR on finger touch. This is the first case of transparent on-glass fingerprint sensor. [ABSTRACT FROM AUTHOR]