25-1: A New Touch-Panel Structure Using Metal Mesh and Ag Nanowire

In this paper, we present a thinner stack of bendable touch sensor with silver nanowires for flexible AMOLED display panel. A 4.35-inch bendable touch sensor of mutual capacitive type is fabricated directly on circle polarizer with film-film structure, employing silver nanowire transparent conductive sensor electrodes named TCTF (transparent conductive transfer film). This stack of touch sensor demonstrates normal touch function after 10 5 circles dynamic folding test with 3mm bending radius.

Section: Figure 1 the Stack Of Amoled Module With Touch Sensormentioning

confidence: 99%

63‐1: A Stack of Bendable Touch Sensor with Silver Nanowire for Flexible AMOLED Display Panel

Liu

Mao

Wang

et al. 2017

P‐16.3: Research of the influence of OGM pattern design structure on capacitance

Qin¹,

Guo²,

Xie³

et al. 2019

This paper aims to research the influence of the metal mesh pattern design structure on capacitance. Firstly, the capacitance data of different pattern design products are collected. Through the Minitab analysis, it is presented that the Tx/Rx channel area, the Tx&Rx overlap area and the space size are significant factors for capacitance. Furthermore, three groups of experiment were designed, and the following conclusions were drew: the capacitance is positively correlated with the mesh width, negatively correlated with the space size, positively correlated with the mesh area of channel region.The research results have an important guiding role for OGM pattern design and touch‐related issue analysis.

P‐16.9: Research on the optical properties of OGM transmittance and haze

Qin

Guo

Zou-ming

et al. 2021

This paper focuses on the influence of metal mesh design on the optical characteristics of OGM products’ transmittance and haze. The metal proportion is used to characterize the mesh design. Firstly, the linear relationship between transmittance, haze and the mesh metal proportion is deduced theoretically. Then design experiments to verify the theory. The results show that transmittance and haze of OGM have a linear relationship with the metal proportion, which is consistent with the theoretical deduction. At the same time, it is verified that the design space and line width of the metal mesh have a significant effect on the metal proportion, and the angle has no obvious effect. The above research provides great convenience for the product design with high transmittance and low haze.