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...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。展开更多
The method rising measuring resolution through reducing pitch of the transducer has brought forward from the basic structure, principle and the corresponding relationship among pitches of capacitive electrodes, period...The method rising measuring resolution through reducing pitch of the transducer has brought forward from the basic structure, principle and the corresponding relationship among pitches of capacitive electrodes, period T and phase shift of vv(x,t). But if the traditional technique of PCB made of the transducer is still used, it will meet with difficulties in lead wire. And so the technology transplant from the transducer to grating is presented, the basic principle of the phase modulation grating similar...展开更多
文摘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。
文摘The method rising measuring resolution through reducing pitch of the transducer has brought forward from the basic structure, principle and the corresponding relationship among pitches of capacitive electrodes, period T and phase shift of vv(x,t). But if the traditional technique of PCB made of the transducer is still used, it will meet with difficulties in lead wire. And so the technology transplant from the transducer to grating is presented, the basic principle of the phase modulation grating similar...
