发明名称 OLED structure and manufacturing method thereof
摘要 Disclosed are an OLED structure and a manufacture method thereof. The OLED structure includes: a substrate, an over coat layer on the substrate and a micro-cavity on the over coat layer; an upper surface of the over coat layer away from the substrate appears a wavy fluctuation having raised peaks and depressed troughs smoothly joined with the raised peaks, and the micro-cavity appears a wavy fluctuation in accordance with the upper surface of the over coat layer to eliminate directionality issues of luminous intensity and color for realizing wide view angle display.
申请公布号 US9490301(B2) 申请公布日期 2016.11.08
申请号 US201414384471 申请日期 2014.07.14
申请人 Shenzhen China Star Optoelectronics Technology Co., Ltd 发明人 Yi Zhigen
分类号 H01L33/00;H01L21/66;H01L27/32;H01L51/50;H01L51/56 主分类号 H01L33/00
代理机构 代理人 Cheng Andrew C.
主权项 1. An OLED structure, comprising: a substrate, an over coat layer on the substrate and a micro-cavity on the over coat layer; wherein an upper surface of the over coat layer away from the substrate appears a wavy fluctuation having raised peaks and depressed troughs smoothly joined with the raised peaks, and the micro-cavity appears a wavy fluctuation in accordance with the upper surface of the over coat layer to eliminate directionality issues of luminous intensity and color for realizing wide view angle display; wherein the micro-cavity comprises an emitting layer on the upper surface, a buffer layer on the emitting layer, an electrode layer on the buffer layer, a white light organic layer on the electrode layer, a transflective layer on the white light organic layer, each of the emitting layer, the buffer layer, the electrode layer, the white light organic layer, and the transflective layer showing a wavy fluctuation comprising raised peaks and depressed troughs substantially and respectively corresponding to the raised peaks and the depressed troughs of the upper surface of the over coat layer to eliminate the directionality issues of luminous intensity and color for realizing the wide view angle display.
地址 Shenzhen, Guangdong CN