为了进一步发挥电子纸优势,提升其原笔迹书写功能,介绍手写交互和笔写交互技术,通过对ITO工艺与铜金属网格(Cu Metal Mesh)工艺进行比较,并对手写触控磁容一体的铜金属网格进行技术分析,阐述了磁容一体手写触控技术原理,通过与目前主流书写技术进行比较,得出磁容一体手写触控技术的优势.证明了采用最先进的铜金属网格磁容一体技术,可以大幅降低电子纸手写触控应用成本并带来更好的人机交互体验,对电子纸应用普及和推广起到积极作用.
Exploration of Cu Metal Mesh Technology in the Application of e-Paper Writing
To further maximize the advantages of electronic paper and enhance its original handwriting written function,this paper begins by introducing hand-based interaction technology and pen-based interaction technology.It compares ITO and Cu metal mesh processes,provides a technical analysis of Cu metal mesh integrated with magnetic capacitive MagCap touch for pen input,and elucidates the principles of MagCap integrated pen-based touch technology.A comparative analysis with prevailing writing technologies underscores the advantages of MagCap integrated pen-based touch technology.This study affirms that adopting state-of-the-art Cu metal mesh MagCap integration significantly reduces electronic paper's handwritten touch application costs and improves the human-machine interaction experience,positively contributing to the widespread adoption and promotion of electronic paper applications.
magnetic and capacitive integratione-Papermetal meshelectromagnetic handwritingcapacitive handwritingtouch technologyoriginal handwriting written
万方数据
维普
