首页> 外国专利> SEMI-TRANSMITTING/SEMI-REFLECTING ELECTRODE SUBSTRATE, METHOD OF PRODUCING THE SAME, AND LIQUID CRYSTAL DISPLAY DEVICE USING THE SEMI-TRANSMITTING/SEMI-REFLECTING ELECTRODE SUBSTRATE

SEMI-TRANSMITTING/SEMI-REFLECTING ELECTRODE SUBSTRATE, METHOD OF PRODUCING THE SAME, AND LIQUID CRYSTAL DISPLAY DEVICE USING THE SEMI-TRANSMITTING/SEMI-REFLECTING ELECTRODE SUBSTRATE

机译:半透射/半反射电极基体,使用半透射/半反射电极基体的制造方法以及液晶显示装置

摘要

ABSTRACT Provided are a semi-transmitting and semi-reflectingelectrode substrate provided with a transparent conductive layer which is almost free from the generation of residues caused by etching and is resistant to an etchant for a metal reflecting layer (metal layer), a method of producing the semi-transmitting and semi-reflecting electrode substrate and a liquid crystal display device using thesemi-transmitting and semi-reflecting electrode substrate. Specifically, the invention relates a semi-transmitting and semi-reflecting electrode substrate comprising atransparent substrate, a transparent conductive layer which is disposed on the transparent substrate and contains indium oxide as its major component and further one or two or more oxides selected from tungsten oxide, molybdenum oxide and niobium oxide and a metal reflecting layer which is disposed on the transparent substrate, reflects extraneous light and is connected with the transparent conductive layer, to a method producing the semi-transmitting and semi-reflecting electrode substrate and to a liquid crystal display device using the semi-transmitting and semi-reflecting electrode substrate. This semi-transmitting and semi-reflecting electrode substrate is almost free from the generation of residues, has high processability and improves the yield.
机译:抽象提供了一种半透射和半反射的具有透明导电性的电极基板几乎没有残留物产生的层由蚀刻引起,对金属的蚀刻剂具有抵抗力反射层(金属层)的制造方法半透射半反射电极基板以及使用该液晶显示装置的液晶显示装置半透射和半反射电极基板。具体而言,本发明涉及一种半传输和半反射电极基板,包括透明基板,透明导电层设置在透明基板上并包含铟氧化物是其主要成分,另外还有一两种或多种选自氧化钨,氧化钼和氧化铌和设置的金属反射层在透明基板上,反射多余的光与透明导电层相连,半透射半反射的制造方法电极基板和液晶显示装置使用半透射半反射电极基质。这种半透射和半反射电极基材几乎没有产生残留物,具有较高的可加工性并提高了产量。

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